Raster3D_3.0-7/./0000755000471100001440000000000013734663311013002 5ustar merrittusersRaster3D_3.0-7/./label3d0000755000471100001440000000772713562710037014250 0ustar merrittusers#!/bin/sh # # Raster3D labeling script label3d V2.7a # ====================================== # # Ethan A Merritt April 2002 # # Usage # label3d -tiff [outfile.tiff] < inputfile.r3d > file_with_labels.tiff # label3d [-png [outfile.png]] < inputfile.r3d > file_with_labels.png # # Environmental variables # FONTSCALE controls mapping of nominal font size to height in pixels # TMPDIR controls where scratch files will be written # # Changes # - 2.6d is a fairly major change; the older version is label3d_old # - output to stdout, rather than always to a file ./label3d.tiff # - temporary files are placed in $TMPDIR if defined, else /usr//tmp # - together these changes mean you can run label3d from a directory # for which you do not have write access # - add -png option (tiff is still the default) # - 2.6g default to png # # Requirements # - Requires ghostscript and ImageMagick. # ImageMagick behavior is version-dependent (fooey on them!) # so you may have to edit this script if you update ImageMagick # currently known to work for V2.4.9 and V5.3.2 # - Depending on what size images you typically produce, # you might want to change the default FONTSCALE definition below # if [ ! "$FONTSCALE" ]; then FONTSCALE=3.0; fi # # Construct base name for scratch files # #echo "DEBUG TMPDIR is $TMPDIR" 1>&2 if [ "$TMPDIR" ]; then tmp=$TMPDIR/$$ else tmp=/usr/tmp/$$ fi #echo "DEBUG scratch files to $tmp" 1>&2 # # Parse command line options (currently only -png) # unset outfile unset img previous= for option in $* do if [ "$option" = "-png" ]; then img=png; elif [ "$option" = "-tiff" ]; then img=tiff; else if [ "$previous" = "-tiff" ] || [ "$previous" = "-png" ] ; then if [ `echo "$option" | sed -e 's/\(.\).*/\1/'` != "-" ]; then outfile="$option" fi else echo "label3d version 2.7a" echo "unrecognized option: $option" 1>&2 echo "Usage: label3d [-tiff [out.tiff]] [-png [out.png]] < in.r3d > outfile" exit -1 fi fi previous="$option" done if [ "$img" != "tiff" ]; then img=png fi #DEBUG # if [ "$outfile" ]; then # echo "DEBUG label3d: $img output to $outfile" 1>&2 # else # echo "DEBUG label3d: $img output to stdout" 1>&2 # fi #DEBUG # # Buffer input to scratch file # cat > ${tmp}_label3d.tmp # # rm -f ${tmp}_render.${img} ${tmp}_label3d.ps render -labels ${tmp}_label3d.ps -fontscale $FONTSCALE -${img} ${tmp}_render.${img} < ${tmp}_label3d.tmp if [ ! -e ${tmp}_render.${img} ]; then echo "label3d: could not find output ${tmp}_render.${img} from render" 1>&2 rm -f ${tmp}_* exit -1 fi if [ ! -e ${tmp}_label3d.ps ]; then cat ${tmp}_render.${img} echo "label3d: no labels found" 1>&2 rm -f ${tmp}_* exit 0 fi # IMAGESIZE=`identify ${tmp}_render.${img} | sed -e 's/.* \([0-9]*x[0-9]*\).*/\1/'` if ( gs -sDEVICE=png16m -dNOPAUSE -q -sOutputFile=${tmp}_label3d.png \ -g$IMAGESIZE ${tmp}_label3d.ps -c quit ) then echo "label3d: labels written to ${tmp}_label3d.png" 1>&2 else echo "label3d: GhostScript error" 1>&2 rm -f ${tmp}_* exit -1 fi # # Insure that the labels are on a transparent background # NB: ImageMagick version 6+ syntax! # convert ${tmp}_label3d.png -fill none -draw "matte 0,0 replace" ${tmp}_label3d.miff # # This works with ImageMagick 4.2.9 and many (most?) other older versions # if ( combine -compose over \ ${tmp}_render.${img} ${tmp}_label3d.miff ${tmp}_label3d.${img} 2>/dev/null) then echo "label3d: using combine" 1>&2 # # This works with ImageMagick 5.3.2 # else echo "label3d: using composite instead of combine" 1>&2 composite -compose over ${tmp}_label3d.miff ${tmp}_render.${img} ${tmp}_label3d.${img} fi # # output to explicit file or to stdout # if [ "$outfile" ]; then mv ${tmp}_label3d.${img} $outfile else cat ${tmp}_label3d.${img} fi # # Cleanup # # echo "label3d: cleanup" 1>&2 rm -f ${tmp}_label3d.ps ${tmp}_label3d.${img} rm -f ${tmp}_label3d.tmp ${tmp}_label3d.png ${tmp}_label3d.miff ${tmp}_render.${img} exit 0 Raster3D_3.0-7/./BUGS0000644000471100001440000000313013562710037013457 0ustar merrittusersAll platforms ============= ==> gfortran version 4.6.1 has a compiler bug that prevents compiling rastep with -O3. Use -O2 instead, up update your compiler. ==> ImageMagick keeps on changing their option syntax and delegates file format. You may have to tweak the calls to ImageMagick utilities in the stereo3d and label3d scripts to match your local version of ImageMagick. ==> Stereo pairs can be generated by using either a shear operation or by using an angular offset. Both have problems. The shear distorts bounding surfaces. The angular offset displaces specular highlights and totally breaks Z-clipping. - ISOLATE (object code 15) not yet implemented for quadric surfaces - Z-clipped objects cast un-clipped shadows. - The mixed Fortran/C calls to local() generate an interesting variety of compiler warnings because of inadequte type-casting on the Fortran side. - General quadric surfaces (other than ellipsoids) may cast spurious shadows, and always fail to shadow themselves. - Explicit vertex colors take precedence over material colors; (That's a feature, not a bug) - Labels with TeX-like escape sequences are always treated as Left-Align. - ribbon coloring scheme 6 doesn't work AIX === File indirection in render doesn't work, because opening Fortran LUN 6 clobbers C I/O in local.c Work-around : Patch file render_patch.aix modifies render to use LUNs 5,4,3,2,1 for file indirection rather than 6,7,... dispose='delete' not permitted in open statement Work-around : None; temp files accumulate until deleted Raster3D_3.0-7/./suv.f0000644000471100001440000000767013562710037013775 0ustar merrittusers FUNCTION CCuij(UU,VV) C =============================================================== C Correlation coefficient between two (3x3) anisotropic C displacement matrices Uij and Vij. C See Merritt (1999) Acta Crystallographica D55, 1997-2004. C Return 0 if any of the tensors involved are NPD C =============================================================== REAL CCuij V3VINV REAL UU(3,3), VV(3,3), WW(3,3), UI(3,3), VI(3,3), WI(3,3) REAL DUI, DVI, DWI DUI = 1. / V3INV(UI,UU) DVI = 1. / V3INV(VI,VV) C Sylvester's criterion for NPD tensor IF (DUI.LE.0 .OR. UU(1,1).LE.0 & .OR. (UU(1,1)*UU(2,2)-UU(1,2)*UU(2,1)).LE.0) THEN CCuij = 0 RETURN ENDIF IF (DVI.LE.0 .OR. VV(1,1).LE.0 & .OR. (VV(1,1)*VV(2,2)-VV(1,2)*VV(2,1)).LE.0) THEN CCuij = 0 RETURN ENDIF CALL M3ADD(WI,UI,VI) DWI = V3INV(WW,WI) IF (DWI.LE.0 .OR. WW(1,1).LE.0 & .OR. (WW(1,1)*WW(2,2)-WW(1,2)*WW(2,1)).LE.0) THEN CCuij = 0 RETURN ENDIF CCuij = sqrt(sqrt(DUI*DVI)) & / sqrt(0.125*DWI) RETURN END FUNCTION CCuv(U,V) C =============================================================== C Wrapper for CCuij() C =============================================================== REAL CCuv, CCuij REAL U(6), V(6) REAL UU(3,3), VV(3,3) UU(1,1) = U(1) UU(2,2) = U(2) UU(3,3) = U(3) UU(1,2) = U(4) UU(2,1) = U(4) UU(1,3) = U(5) UU(3,1) = U(5) UU(2,3) = U(6) UU(3,2) = U(6) VV(1,1) = V(1) VV(2,2) = V(2) VV(3,3) = V(3) VV(1,2) = V(4) VV(2,1) = V(4) VV(1,3) = V(5) VV(3,1) = V(5) VV(2,3) = V(6) VV(3,2) = V(6) CCuv = CCuij(UU,VV) RETURN END FUNCTION Suv(U,V) C =============================================================== C Normalized correlation coefficient ("similarity") between two C anisotropic displacement vectors Uij and Vij. C See Merritt (1999) Acta Crystallographica D55, 1997-2004. C =============================================================== REAL Suv, CCuij REAL U(6), V(6) REAL UU(3,3), VV(3,3), Uiso(3,3), Viso(3,3), WW(3,3) REAL Ueq, Veq UU(1,1) = U(1) UU(2,2) = U(2) UU(3,3) = U(3) UU(1,2) = U(4) UU(2,1) = U(4) UU(1,3) = U(5) UU(3,1) = U(5) UU(2,3) = U(6) UU(3,2) = U(6) VV(1,1) = V(1) VV(2,2) = V(2) VV(3,3) = V(3) VV(1,2) = V(4) VV(2,1) = V(4) VV(1,3) = V(5) VV(3,1) = V(5) VV(2,3) = V(6) VV(3,2) = V(6) Ueq = (UU(1,1) + UU(2,2) + UU(3,3)) / 3. Veq = (VV(1,1) + VV(2,2) + VV(3,3)) / 3. DO I = 1,3 DO J = 1,3 WW(I,J) = VV(I,J) * Ueq / Veq Uiso(I,J) = 0 Viso(I,J) = 0 ENDDO ENDDO DO I = 1,3 Uiso(I,I) = Ueq Viso(I,I) = Veq ENDDO Suv_top = CCuij(UU,WW) Suv_bot = (CCuij(UU,Uiso) * CCuij(VV,Viso)) if (Suv_top.eq.0 .or. Suv_bot.eq.0) then Suv = 0 else Suv = Suv_top / Suv_bot endif RETURN END C ======================================================= C The rest of the file is just generic 3x3 matrix algebra C ======================================================= SUBROUTINE V3CROSS(B,C,A) C CROSS PRODUCT OF TWO VECTORS C ======================= REAL A(3),B(3),C(3) A(1)=B(2)*C(3)-C(2)*B(3) A(2)=B(3)*C(1)-C(3)*B(1) A(3)=B(1)*C(2)-C(1)*B(2) RETURN END C FUNCTION V3DOT(A,B) C DOT PRODUCT OF TWO VECTORS C ================ REAL A(3),B(3) V3DOT=A(1)*B(1)+A(2)*B(2)+A(3)*B(3) RETURN END C SUBROUTINE M3ADD(A,B,C) C A=B+C C ======================== REAL A(3,3),B(3,3),C(3,3) DO I=1,3 DO J=1,3 A(I,J) = B(I,J) + C(I,J) ENDDO ENDDO RETURN END C SUBROUTINE M3MUL(A,B,C) C A=B*C C ======================== REAL A(3,3),B(3,3),C(3,3),S DO I=1,3 DO J=1,3 S=0 DO K=1,3 S=S+B(I,K)*C(K,J) ENDDO A(I,J)=S ENDDO ENDDO RETURN END C FUNCTION V3INV(A,B) C INVERT A GENERAL 3X3 MATRIX AND RETURN DETERMINANT C A=(B)-1 C ====================== REAL A(3,3),B(3,3),C(3,3),D CALL V3CROSS(B(1,2),B(1,3),C(1,1)) CALL V3CROSS(B(1,3),B(1,1),C(1,2)) CALL V3CROSS(B(1,1),B(1,2),C(1,3)) D=V3DOT(B(1,1),C(1,1)) IF (ABS(D).LE.1.E-30) THEN V3INV=0.0 RETURN ENDIF DO I=1,3 DO J=1,3 A(I,J)=C(J,I)/D ENDDO ENDDO V3INV=D RETURN END C Raster3D_3.0-7/./r3dtogd.f0000644000471100001440000001476513562710037014531 0ustar merrittusers******************************************************************************* * Support routines for libgd labels * ******************************************************************************* * Version 3.0 * * PCC Apr 2010 - Initial version (some code came from r3dtops.f) * PCC May 2010 - Allow for LABELSTRING to have null pointers * EAM Dec 2010 - Fix antialiasing scales ******************************************************************************* * * These routines are called from render.f to handle object types 10, 11 and 12. * The parsed information will be passed onto the mylabel_() function in local.c * * The "libgd file" describes a canvas with the same dimension in pixels as * the image created by render. The libgd canvas can be composited on top * of the rendered image to produce a labeled figure. * * Object types 10 and 11 are used for specifying labels. * Label object types are * - type 10: Font_Name size alignment * - type 11: XYZ RGB on first line * label (ascii characters enclosed in quotes) on second line * Object type 12 is reserved to go with this, as I have a nagging * suspicion more information may turn out to be necessary. * ******************************************************************************* SUBROUTINE LOPEN( FILENAME ) CHARACTER*132 FILENAME RETURN END SUBROUTINE LCLOSE( ) RETURN END SUBROUTINE LSETUP( PSCALE, BKGND, TITLE ) REAL PSCALE REAL BKGND(3) CHARACTER*80 TITLE COMMON /OPTIONS/ FONTSCALE, GAMMA, ZOOM, NSCHEME, SHADOWFLAG, XBG, & NAX, NAY, OTMODE, QUALITY, INVERT, LFLAG REAL FONTSCALE, GAMMA, ZOOM INTEGER NSCHEME, SHADOWFLAG, XBG INTEGER*4 NAX, NAY, OTMODE, QUALITY LOGICAL*2 INVERT, LFLAG C Might as well always handle labels? C LFLAG = .TRUE. RETURN END ******************************************************************************* SUBROUTINE LINP( INPUT, INTYPE, MATCOL, RGBMAT ) IMPLICIT NONE INTEGER I, J, LEN INTEGER INPUT, INTYPE LOGICAL MATCOL REAL RGBMAT(3) REAL AASCALE * * Input transformation COMMON /MATRICES/ XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT, & TMAT, TINV, TINVT, SROT, SRTINV, SRTINVT & ,RAFTER, TAFTER REAL XCENT, YCENT, SCALE, SXCENT, SYCENT * Transformation matrix, inverse of transpose, and transposed inverse REAL TMAT(4,4), TINV(4,4), TINVT(4,4) * Shortest rotation from light source to +z axis REAL SROT(4,4), SRTINV(4,4), SRTINVT(4,4) * Post-hoc transformation on top of original TMAT REAL RAFTER(4,4), TAFTER(3) EXTERNAL DET REAL DET * Distance (in +z) of viewing eye REAL EYEPOS * EXTERNAL PERSP REAL PERSP, PFAC * * Stuff for labels CHARACTER*80 FONTNAME, FONTALIGN CHARACTER*128 LABELSTRING SAVE FONTNAME SAVE LABELSTRING INTEGER MAXLABLEN PARAMETER (MAXLABLEN = 128) INTEGER IALIGN SAVE IALIGN INTEGER FONT, LABEL PARAMETER (FONT = 10, LABEL = 11) REAL XA, YA, ZA, RED, GRN, BLU REAL FONTSIZE SAVE FONTSIZE * * Keep track of actual coordinate limits COMMON /NICETIES/ TRULIM, ZLIM, FRONTCLIP, BACKCLIP, ISOLATION REAL TRULIM(3,2), ZLIM(2), FRONTCLIP, BACKCLIP INTEGER ISOLATION * * Command line options (Aug 1999) NB: nax,nay,quality MUST be integer*2 COMMON /OPTIONS/ FONTSCALE, GAMMA, ZOOM, NSCHEME, SHADOWFLAG, XBG, & NAX, NAY, OTMODE, QUALITY, INVERT, LFLAG REAL FONTSCALE, GAMMA, ZOOM INTEGER NSCHEME, SHADOWFLAG, XBG INTEGER*4 NAX, NAY, OTMODE, QUALITY LOGICAL*2 INVERT, LFLAG * * Copy of NOISE for ASSERT to see COMMON /ASSCOM/ NOISE, VERBOSE INTEGER NOISE LOGICAL VERBOSE c*****DEFAULTS: c FONTSCALE = 1.0 c c Read in next object IF (INTYPE .EQ. FONT) THEN READ (INPUT,*,END=50) FONTNAME, FONTSIZE, FONTALIGN IF (FONTALIGN(1:1).EQ.'C') THEN IALIGN=1 ELSE IF (FONTALIGN(1:1).EQ.'R') THEN IALIGN=2 ELSE IF (FONTALIGN(1:1).EQ.'O') THEN IALIGN=3 ELSE IALIGN=0 ENDIF c * TODO: The following can probably be removed c len = 0 c DO i=1,80 c if (fontname(i:i).ne.' ') len = i c enddo ELSE IF (INTYPE .EQ. LABEL ) THEN READ (INPUT,*,END=50) XA, YA, ZA, RED, GRN, BLU IF (MATCOL) THEN RED = RGBMAT(1) GRN = RGBMAT(2) BLU = RGBMAT(3) ENDIF c c Here is where Perl would shine c READ (INPUT,'(A)',END=50) LABELSTRING len = len_trim(LABELSTRING) c c Isolated objects not transformed by TMAT, but still subject to inversion. IF (ISOLATION.GT.0) THEN IF (INVERT) YA = -YA if (isolation.eq.2) then if (xcent.gt.ycent) xa = xa * xcent / ycent if (xcent.lt.ycent) ya = ya * ycent / xcent endif ELSE c modify the input, as it were IF (IALIGN.NE.3) THEN CALL TRANSF (XA,YA,ZA, TMAT) c YA = -YA ENDIF ENDIF c perspective IF (EYEPOS.GT.0) THEN PFAC = PERSP(ZA) ELSE PFAC = 1.0 ENDIF c AASCALE = 1.0 IF (NSCHEME.EQ.2) AASCALE = 0.5 IF (NSCHEME.EQ.3) AASCALE = 2./3. IF (NSCHEME.EQ.4) AASCALE = 2./3. IF (IALIGN.EQ.3) THEN XA = XA * SCALE YA = YA * SCALE ELSE IF (ISOLATION.GT.0) THEN XA = XA * SCALE + XCENT YA = YA * SCALE + YCENT ELSE c scale and translate to pixel space XA = XA * PFAC * SCALE + XCENT YA = YA * PFAC * SCALE + YCENT ZA = ZA ENDIF c allow for the antialiasing XA = XA * AASCALE YA = YA * AASCALE ZA = ZA * AASCALE c c IF (ZA * SCALE .LT. BACKCLIP .OR. ZA * SCALE .GT. FRONTCLIP) RETURN CALL CHKRGB( RED, GRN, BLU, 'invalid label color') c WRITE (0,*) 'COLOR VALUES = ', RED, GRN, BLU RED = SQRT(RED) GRN = SQRT(GRN) BLU = SQRT(BLU) c c C ============================================================================= C Ready to pass on information to libgd via local.c c CALL ADDLABEL(FONTNAME//CHAR(0), FONTSIZE, FONTSCALE, IALIGN, & XA,YA,ZA, RED,GRN,BLU, LABELSTRING//CHAR(0)) c C ============================================================================= c c 800 FORMAT(A,'-x,y,z: ',3F10.3) 801 FORMAT(A,4F10.1) ENDIF RETURN c c Error handling c 50 WRITE (NOISE,*) '>>> Unrecognized label command' RETURN END Raster3D_3.0-7/./modsubs.f0000644000471100001440000000455013562710037014626 0ustar merrittusers SUBROUTINE CROSS(B,C,A) C ======================= C C DIMENSION A(3),B(3),C(3) A(1)=B(2)*C(3)-C(2)*B(3) A(2)=B(3)*C(1)-C(3)*B(1) A(3)=B(1)*C(2)-C(1)*B(2) RETURN END C FUNCTION DOT(A,B) C ================ C C DOT PRODUCT OF TWO VECTORS C DIMENSION A(3),B(3) DOT=A(1)*B(1)+A(2)*B(2)+A(3)*B(3) RETURN END SUBROUTINE MATMUL(A,B,C) C ======================== C C MULTIPLY 2 3X3 MATRICES C C A=BC C REAL A(3,3),B(3,3),C(3,3) DO 1 I=1,3 DO 2 J=1,3 S=0 DO 3 K=1,3 3 S=S+B(I,K)*C(K,J) 2 A(I,J)=S 1 CONTINUE RETURN END SUBROUTINE MATVEC(V,A,B) C ======================== C C POST-MULTIPLY A 3X3 MATRIX BY A VECTOR C C V=AB C REAL A(3,3),B(3),V(3) DO 1 I=1,3 S=0 DO 2 J=1,3 2 S=S+A(I,J)*B(J) 1 V(I)=S RETURN END SUBROUTINE MINV(A,B,D) C ====================== C C INVERT A GENERAL 3X3 MATRIX AND RETURN DETERMINANT IN D C C A=(B)-1 C REAL A(3,3),B(3,3),C(3,3) CALL CROSS(B(1,2),B(1,3),C(1,1)) CALL CROSS(B(1,3),B(1,1),C(1,2)) CALL CROSS(B(1,1),B(1,2),C(1,3)) D=DOT(B(1,1),C(1,1)) C C TEST DETERMINANT C IF(ABS(D).GT.1.E-30)GO TO 10 D=0.0 RETURN C C DETERMINANT IS NON-ZERO C 10 DO 20 I=1,3 DO 20 J=1,3 20 A(I,J)=C(J,I)/D RETURN END C SUBROUTINE SCALEV(A,X,B) C ======================== C C SCALE A VECTOR B WITH SCALAR X AND PUT RESULT IN A C DIMENSION A(3),B(3) DO 10 I=1,3 A(I)=B(I)*X 10 CONTINUE RETURN END SUBROUTINE TRANSP(A,B) C ====================== C C TRANSPOSE A 3X3 MATRIX C C A=BT C REAL A(3,3),B(3,3) DO 1 I=1,3 DO 1 J=1,3 1 A(I,J)=B(J,I) RETURN END SUBROUTINE UNIT(V) C ================= C C REAL V(3) C****VECTOR V REDUCED TO UNIT VECTOR VMOD=V(1)**2+V(2)**2+V(3)**2 VMOD=SQRT(VMOD) DO 1 I=1,3 1 V(I)=V(I)/VMOD RETURN END SUBROUTINE VDIF(A,B,C) C ===================== C C C SUBTRACT TWO VECTORS C DIMENSION A(3),B(3),C(3) DO 10 I=1,3 A(I)=B(I)-C(I) 10 CONTINUE RETURN END SUBROUTINE VSET(A,B) C ==================== C C C MOVE A VECTOR FROM B TO A C DIMENSION A(3),B(3) DO 10 I=1,3 10 A(I)=B(I) RETURN END SUBROUTINE VSUM(A,B,C) C ====================== C C C ADD TWO VECTORS C DIMENSION A(3),B(3),C(3) DO 10 I=1,3 A(I)=B(I)+C(I) 10 CONTINUE RETURN END Raster3D_3.0-7/./stereo3d0000755000471100001440000001147413562710037014464 0ustar merrittusers#!/bin/sh # # Raster3D utility script "stereo3d" V3.0.3 # ========================================= # # Ethan A Merritt - May 2011 # # Renders a single Raster3D scene description as a side-by-side stereo pair. # By default this version of the stereo3d script uses a shear operation to # make the left/right images. The -angsep option causes it to use angular # separation instead. In this case the angular separation is pre-set to # +/- 2.5 degrees. If you want some other value you can edit the script. # Neither shear nor rotation is perfect; relative weak points are shown # in this table: # shear rotation # ----- -------- # Z-clipping OK serious problem # specular highlights OK minor problem # Bounding planes bad OK # shadows bad (fixable?) OK # # # Requires: # ImageMagick utilities identify, mogrify, and montage. # sed (previous versions used awk/nawk). # This script was tested using ImageMagick version 6.6.1 # # Usage: # stereo3d [-angsep] [-border] [-png [out.png]] < infile.r3d > outfile.png # # Temporary files: # Scratch files are put in $TMPDIR, if it exists, else in /tmp # # # Construct base name for scratch files # if [ "$TMPDIR" ]; then tmp=$TMPDIR/$$ elif [ -d /usr/tmp ]; then tmp=/usr/tmp/$$ else tmp=/tmp/$$ fi # echo "DEBUG scratch files to $tmp" 1>&2 # # Parse command line options # unset STEREOBORDER unset outfile unset img mode= previous= render_options= normal_options= for option in $* do if [ "$option" = "-border" ]; then STEREOBORDER=1; elif [ "$option" = "-png" ]; then img=png; elif [ "$option" = "-tiff" ]; then img=tiff; elif [ "$option" = "-angsep" ]; then mode="-ang 2.5"; else if [ "$previous" = "-tiff" ] || [ "$previous" = "-png" ] ; then outfile="$option" if [ `echo "$option" | sed -e 's/\(.\).*/\1/'` != "-" ]; then outfile="$option" fi elif [ "$previous" = "-size" ] ; then normal_options="${normal_options} -size $option" render_options="${render_options} $option" else render_options="${render_options} $option" fi fi previous="$option" done if [ "$img" != "tiff" ]; then img=png fi if [ "$outfile" ]; then echo "stereo3d: $img output to $outfile" 1>&2 else echo "stereo3d: $img output to stdout" 1>&2 fi # # Call normal3d to create left/right pair of input descriptions # Default is to use a shear operation to create stereo effect # -angsep selects angular separation instead if normal3d -stereo ${tmp} -expand $mode ${normal_options} > ${tmp}_stereo3d.tmp then echo "stereo3d: normal3d seems to be OK" 1>&2 else echo "stereo3d: normal3d failed" 1>&2 exit -1 fi echo "@${tmp}_stereo3d.tmp" >> ${tmp}_left.r3d echo "@${tmp}_stereo3d.tmp" >> ${tmp}_right.r3d # # Render left and right panels separately # Old code (without label processing) was # render -tiff left.tiff < left.r3d # render -tiff right.tiff < right.r3d # # echo " normal3d options $normal_options" 1>&2 # echo " render options $render_options" 1>&2 echo "stereo3d: rendering left eye view" 1>&2 render ${render_options} -${img} ${tmp}_left.${img} < ${tmp}_left.r3d 2> /dev/null echo "stereo3d: rendering right eye view" 1>&2 render ${render_options} -${img} ${tmp}_right.${img} < ${tmp}_right.r3d 2> /dev/null # # Find image size IMAGESIZE=`identify ${tmp}_left.${img} | sed -e 's/.* \([0-9]*x[0-9]*\).*/\1/'` WIDTH=`echo $IMAGESIZE | sed -e 's/x.*//'` HEIGHT=`echo $IMAGESIZE | sed -e 's/.*x//'` IMAGESIZE=`echo "$WIDTH x $HEIGHT" | sed -e 's/ //g'` # echo "stereo3d: joining left and right images" 1>&2 if [ "$STEREOBORDER" ]; then montage +frame +label -background black -geometry $IMAGESIZE+2+0! -scenes 0 ${tmp}_left.${img} ${tmp}_right.${img} ${tmp}_stereo3d.${img} else montage +frame +label -background white -geometry $IMAGESIZE+0+0! -scenes 0 ${tmp}_left.${img} ${tmp}_right.${img} ${tmp}_stereo3d.${img} fi # # This next bit is only necessary because ImageMagick _always_ writes a label # field at the bottom of the picture. Even with a font size of 0, you still get # two extra rows of pixels at the bottom. So we crop back to the original height. # if [ "$STEREOBORDER" ]; then echo "stereo3d: adding border" 1>&2 NEWWIDTH=`identify ${tmp}_stereo3d.${img} | sed -e 's/.* \([0-9]*\)x[0-9]*.*/\1/'` IMAGESIZE=`echo "$NEWWIDTH x $HEIGHT" | sed -e 's/ //g'` mogrify -crop $IMAGESIZE+0+0 -bordercolor black -border 2x4 ${tmp}_stereo3d.${img} fi echo "Stereo image size $IMAGESIZE" 1>&2 # # output to explicit file or to stdout # if [ "$outfile" ]; then mv ${tmp}_stereo3d.${img} $outfile else cat ${tmp}_stereo3d.${img} fi # # clean up # rm -f ${tmp}_left.r3d ${tmp}_right.r3d ${tmp}_stereo3d.tmp rm -f ${tmp}_left.${img} ${tmp}_right.${img} ${tmp}_stereo3d.${img} Raster3D_3.0-7/./Makefile.template0000644000471100001440000000316513562710037016256 0ustar merrittusers# # makefile template for Raster3D distribution 3.0 # # You may want to edit some of the lines below to select # options or directories appropriate to your local installation. # include VERSION # # Where to install the program, data files, and manuals # prefix = /usr/local bindir = $(prefix)/bin datadir = $(prefix)/share/Raster3D/materials mandir = $(prefix)/man/manl htmldir = $(prefix)/share/Raster3D/html examdir = $(prefix)/share/Raster3D/examples INCDIRS = -I/usr/include -I/usr/local/include LIBDIRS = -L/usr/local/lib # # TIFF support (enabled by default) # add -DTIFF_SUPPORT to the DEFINES statement. # add -ltiff to the LIBS definition. # The TIFF_INVERT option is a work-around for broken programs # (e.g. PhotoShop) that don't properly read the TIFF header. # TLIBS = -ltiff TDEFS = -DTIFF_SUPPORT -DTIFF_INVERT # TDEFS = -DTIFF_SUPPORT # # libgd support for PNG and JPEG output (enabled by default) # add -DGD_SUPPORT to the DEFINES statement. # add -lgd to the LIBS definition. GDLIBS = -lgd GDDEFS = -DGD_SUPPORT # # Everybody (I think) needs these # CLIBS = -lm # # Support for on-the-fly decompression of input files using gunzip # (may not work on all systems) GDEFS = -DGUNZIP # # Support for SGI imagetools library (-sgi output option to render) # This probably makes sense only on an Irix workstation, and only # if you have installed the libimage library. # Commented out by default. # SLIBS = -limage # SDEFS = -DLIBIMAGE_SUPPORT # # Any stuff you see below this comment was added by the "make OS" command. # You can edit it if you like, but it will be lost if you "make OS" again. # Raster3D_3.0-7/./ribbon1.f0000644000471100001440000004357313562710037014516 0ustar merrittusers * PROGRAM RIBBON * * Program to set up input for RENDER (RASTER3D package) * to draw ribbon diagram. The RIBBON routine itself is simply * extracted from CCP FRODO. The original invoked a bspline feature * of the ps300; I have replaced this with a spline equation gotten * from Larry Andrews. Conversion from ribbon edges to solid rendering * is my own hacking. * Ethan Merritt - 8-Nov-1988 * Slightly modified code to guarantee output of triangles with * vertices in correct order for triangular mesh algorithms EAM Sep 90 * * Usage: ribbon [-h] [-dn] pdbfile > setup.r3d * ribbon [-h] -dn - to take pdb records from stdin * * Input: pdbfile * Brookhaven PDB-format file of atomic co-ordinates * only C-alpha and O atoms are needed * setup.matrix or setup.angles * rotation matrix or angles applied to PDB coords * (see writeup for SETUP/RENDER). * Output: stdout (new for DS5000 version) * file suitable for input to RENDER * * Interactive parameters: * WIDTH of ribbon in Angstroms * NUMBER of interpolated coordinates between successive C-alphas. * COLOR scheme for ribbon * 0 or 1: solid color (RGB values from color1 below) * 2: shade from color1 at 1st res to color2 at last res * 3: front of ribbon is color1, back of ribbon is color2 * 4: shade front as in scheme 2, back is color 3 * 5: each chain is new color (from successive input * (COLOR cards at start of input file) * 6: use prefixed COLOR cards (as in SETUP/RENDER) * (implemented 4-Aug-1997 EAM) * COLOR1,COLOR2,COLOR3 RGB components (9f8.0) * INCLUDE 'VERSION.incl' c INTEGER INPUT, OUTPUT, NOISE PARAMETER (OUTPUT=6, NOISE=0) PARAMETER (MAXCOL=5000, MAXATM=10000) C REAL RGB(3,MAXCOL) REAL RADIUS(MAXCOL) REAL RAD CHARACTER*24 MASK(MAXCOL),TEST CHARACTER*80 ATOM(MAXATM),CARD LOGICAL SMATCH c C Ethan Merritt Oct 1988 C Modified to read in 3x3 view matrix (e.g. from CCP FRODO view command) C from file. Matrix is applied before C finding translation, center, and scale. Afterwards the input matrix C to RENDER is therefore the identity matrix. C EAM Aug 1997 - Honor COLOUR requests C EAM Nov 1999 - remove all (q) formats C EAM Jan 2010 - declare and initialize RAD C c common /COLORS/ ischeme, cindex, COLOR1(3), COLOR2(3), COLOR3(3) & ,RGB(3,MAXCOL) integer cindex common /SPAM/ natm, SPAM(4,MAXATM), SCAM(MAXATM) integer SCAM common /FLAGS/ mflag, hflag, dflag logical mflag, hflag, dflag c character*64 in_file character*32 flags character*80 line common /matrix/ matrix, coords real matrix(3,3), coords(3) data matrix / 1.,0.,0.,0.,1.,0.,0.,0.,1. / c c -h causes the header records not to be printed c -m [now obsolete because always in force] uses format c mixed object types in output file c -d suppresses interactive input c hflag = .FALSE. dflag = .FALSE. mflag = .TRUE. c narg = iargc() do i = 1,narg call getarg( i, flags ) if (flags(1:2) .eq. '-h') then hflag = .TRUE. else if (flags(1:2) .eq. '-d') then dflag = .TRUE. read (flags(3:4),'(I1)') ischeme end if end do c call getarg( narg, in_file ) if (in_file(1:1) .eq. '-') then INPUT = 5 else INPUT = 1 open( unit=INPUT, file=in_file, status='OLD' ) end if c 3 format(a,a) c call view_matrix c NCOL = 0 NATM = 0 ASPECT = 1280./1024. c if (hflag) goto 10 c WRITE(OUTPUT,'(A,A)') 'C-alpha ribbon - Raster3D ',VERSION WRITE(OUTPUT,'(A)') '80 64 tiles in x,y' WRITE(OUTPUT,'(A)') ' 8 8 pixels (x,y) per tile' WRITE(OUTPUT,'(A)') '4 anti-aliasing 3x3 into 2x2 pixels' WRITE(OUTPUT,'(A)') '0 0 0 black background' WRITE(OUTPUT,'(A)') 'F no, ribbons cast funny shadows' WRITE(OUTPUT,'(A)') '25 Phong power' WRITE(OUTPUT,'(A)') '0.15 secondary light contribution' WRITE(OUTPUT,'(A)') '0.05 ambient light contribution' WRITE(OUTPUT,'(A)') '0.25 specular reflection component' WRITE(OUTPUT,'(A)') '4.0 eye position' WRITE(OUTPUT,'(A)') '1 1 1 main light source position' c 10 CONTINUE READ(INPUT,'(A80)',END=50) CARD IF (CARD(1:4).EQ.'COLO') THEN NCOL = NCOL + 1 IF (NCOL.GT.MAXCOL) THEN WRITE(NOISE,*) 'Colour table overflow. Increase ', & 'MAXCOL and recompile.' STOP 10 ENDIF READ(CARD,'(6X,A24,3F8.3,F6.2)') MASK(NCOL), & (RGB(I,NCOL),I=1,3),RADIUS(NCOL) ELSEIF ((CARD(1:4).EQ.'ATOM') .AND. & ( CARD(14:16).EQ.'CA ' .OR. CARD(14:16).EQ.'O ')) THEN NATM = NATM + 1 IF (NATM.GT.MAXATM) THEN WRITE(NOISE,*) 'Atom array overflow. Increase ', & 'MAXATM and recompile.' STOP 20 ENDIF ATOM(NATM) = CARD ELSEIF (CARD(1:3).EQ.'END') THEN GO TO 50 ENDIF GO TO 10 * Come here when EOF or 'END' record is reached 50 CONTINUE IF (NATM.EQ.0) THEN WRITE(NOISE,*) 'No atoms in input.' STOP 30 ELSE WRITE(NOISE,*) NATM,' atoms accepted from input.' ENDIF IF (NCOL.EQ.0) THEN WRITE(NOISE,*) 'No colours in input.' c STOP 40 ENDIF C XMAX = -1E20 XMIN = 1E20 YMAX = -1E20 YMIN = 1E20 ZMAX = -1E20 ZMIN = 1E20 RAD = 1.7 DO 100 IATM=1,NATM CARD = ATOM(IATM) TEST = CARD(7:30) READ(CARD,82) coords 82 format(30x,3f8.3) x = coords(1)*matrix(1,1) + coords(2)*matrix(2,1) 1 + coords(3)*matrix(3,1) y = coords(1)*matrix(1,2) + coords(2)*matrix(2,2) 1 + coords(3)*matrix(3,2) z = coords(1)*matrix(1,3) + coords(2)*matrix(2,3) 1 + coords(3)*matrix(3,3) SPAM(1,IATM) = X SPAM(2,IATM) = Y SPAM(3,IATM) = Z c SPAM(4,IATM) = RAD C C EAM Aug 1997 - finally get around to honoring atom colors DO 84 ICOL = 1, NCOL IF (SMATCH(TEST,MASK(ICOL))) THEN SCAM(IATM) = ICOL RAD = RADIUS(ICOL) SPAM(4,IATM) = RAD GOTO 86 ENDIF 84 CONTINUE 86 CONTINUE C XMAX = MAX(XMAX,X+RAD) XMIN = MIN(XMIN,X-RAD) YMAX = MAX(YMAX,Y+RAD) YMIN = MIN(YMIN,Y-RAD) ZMAX = MAX(ZMAX,Z+RAD) ZMIN = MIN(ZMIN,Z-RAD) 100 CONTINUE XMID = (XMAX+XMIN)/2. YMID = (YMAX+YMIN)/2. ZMID = (ZMAX+ZMIN)/2. TX = -XMID TY = -YMID TZ = -ZMID IF (ASPECT.GE.1.) THEN * The X direction is wider than the Y XROOM = ASPECT YROOM = 1. ZROOM = 2. ELSE XROOM = 1. YROOM = ASPECT ZROOM = 2. ENDIF XSPAN = XMAX-XMIN YSPAN = YMAX-YMIN ZSPAN = ZMAX-ZMIN SCALE = MAX(XSPAN/XROOM,YSPAN/YROOM,ZSPAN/ZROOM) * Leave a little extra room as a border: SCALE = SCALE / 0.90 if (hflag) goto 129 WRITE(OUTPUT,120) TX,TY,TZ,SCALE 120 FORMAT('1 0 0 0 input co-ordinate + radius transformation'/ & '0 1 0 0'/ & '0 0 1 0'/ & 4F10.3) if (mflag) then WRITE (OUTPUT,'(A)') '3 mixed object types' WRITE (OUTPUT,'(A)') '(9F8.3,2x,3f5.2)' WRITE (OUTPUT,'(A)') '(11F8.3)' WRITE (OUTPUT,'(A)') '(11F8.3)' else WRITE (OUTPUT,'(A)') '1 all objects are triangles' WRITE (OUTPUT,'(A)') '(9F8.3,2x,3f5.2)' end if 129 continue write (noise,'(/)') write (noise,153) 'X min max:', XMIN, XMAX write (noise,153) 'Y min max:', YMIN, YMAX write (noise,153) 'Z min max:', ZMIN, ZMAX write (noise,153) ' scale:', SCALE 153 format(1x,a,3f8.2) c c if (dflag) then width = 1.5 offset = 1.2 nchord = 5 if (ischeme .le. 0 .or. ischeme .gt. 6) ischeme = 2 call vload( color1, 0.0, 0.0, 0.4 ) call vload( color2, 0.5, 0.0, 0.0 ) call vload( color3, 0.6, 0.6, 0.6 ) else width = 0 write (noise,3) 'Width of ribbon (default 1.5A): ' read (5,'(A80)') line read (line,*,end=154,err=154) width 154 continue if (width.le.0) width = 1.5 c Original RIBBON used bspline smoothing, which requires "offset" c because smoothed curve doesn't go through guide points. write (noise,3) 'Offset from CA position (default 1.2A): ' read (5,'(A80)') line read (line,*,end=156,err=156) offset 156 continue if (offset.le.0) offset = 1.2 write (noise,3) 'Chords per residue (default = 10): ' read (5,'(A80)') line read (line,*,end=158,err=158) nchord 158 continue if (nchord.le.1) nchord = 10 write (noise,160) 160 format(' Coloring schemes available:', 1 /,' 0 or 1: solid color (RGB values from color1 below)', 2 /,' 2: shade from color1 at 1st res to color2 at last res', 3 /,' 3: front of ribbon is color1, back of ribbon is color2', 4 /,' 4: shade front as in scheme 2, back is color 3', 5 /,' 5: new color for each chain (requires COLOUR cards)') write (noise,3) 'Coloring scheme: ' read (5,'(A80)') line read (line,*,end=161,err=161) ischeme 161 continue if (ischeme.le.0 .or. ischeme.gt.6) ischeme = 1 if (ischeme .eq. 1) write (noise,3) 1 'COLOR1 (RGB values, 3f8.0): ' if (ischeme .eq. 2) write (noise,3) 1 'COLOR1, COLOR2 (RGB values, 6f8.0): ' if (ischeme .eq. 3) write (noise,3) 1 'COLOR1, COLOR2 (RGB values, 6f8.0): ' if (ischeme .eq. 4) write (noise,3) 1 'COLOR1, COLOR2, COLOR3 (RGB values, 9f8.0): ' if (ischeme .lt. 5) then read (5,'(A80)') line if (line.eq.' ') goto 163 read (line,*,end=163,err=163) color1,color2,color3 endif goto 164 163 continue call vload( color1, 0.0, 0.0, 0.4 ) call vload( color2, 0.5, 0.0, 0.0 ) call vload( color3, 0.6, 0.6, 0.6 ) 164 continue if (ischeme .eq. 3) then color3(1) = color2(1) color3(2) = color2(2) color3(3) = color2(3) end if c end of -d suppression end if write (noise,169) ischeme,color1,color2,color3 169 format(' color scheme',i3,/,3(3x,3f6.3)) cindex = 1 c call ribbon( 2, width, nchord, offset, natm ) c END LOGICAL FUNCTION SMATCH (SUBJ, MASK) CHARACTER*24 SUBJ,MASK SMATCH = .FALSE. DO 10 I = 1, 24 IF (SUBJ(I:I).NE.MASK(I:I) .AND. MASK(I:I).NE.'#') RETURN 10 CONTINUE SMATCH = .TRUE. RETURN END subroutine view_matrix c common /matrix/ matrix, coords real matrix(3,3), coords(3) c real phiX, phiY, phiZ parameter (noise = 0) parameter (R2D = 180./3.1415927) open (unit=3, file='setup.matrix', status='OLD', err=100) write (noise,3) ' View Matrix from file ' read (3,*) ((matrix(i,j),i=1,3),j=1,3) write (noise,'(1x,3f9.5)') ((matrix(i,j),i=1,3),j=1,3) close (3) det = matrix(1,1) * matrix(2,2) * matrix(3,3) 1 + matrix(1,2) * matrix(2,3) * matrix(3,1) 2 + matrix(2,1) * matrix(3,2) * matrix(1,3) 3 - matrix(1,3) * matrix(2,2) * matrix(3,1) 4 - matrix(1,2) * matrix(2,1) * matrix(3,3) 5 - matrix(1,1) * matrix(2,3) * matrix(3,2) write (noise,'('' determinant ='',f8.3)') det phiX = atan2( -matrix(3,2), matrix(3,3) ) phiY = atan2( matrix(3,1), matrix(3,3) / cos(phiX) ) phiZ = atan2( -matrix(2,1), matrix(1,1) ) write (noise,3) ' View Angles from matrix',' ' write (noise,2) phiZ*R2D, phiY*R2D, phiX*R2D return 100 continue open (unit=3, file='setup.angles', status='OLD', err=200) write (noise,3) ' View Angles from file ' read (3,*) phiZ, phiY, phiX close (3) write (noise,2) phiZ, phiY, phiX cx = cos(phiX/R2D) sx = sin(phiX/R2D) cy = cos(phiY/R2D) sy = sin(phiY/R2D) cz = cos(phiZ/R2D) sz = sin(phiZ/R2D) matrix(1,1) = cz*cy matrix(1,2) = sz*cx + cz*sy*sx matrix(1,3) = sz*sx - cz*sy*cx matrix(2,1) = -sz*cy matrix(2,2) = cz*cx - sx*sy*sz matrix(2,3) = cz*sx + sz*sy*cx matrix(3,1) = sy matrix(3,2) = -sx*cy matrix(3,3) = cx*cy write (noise,3) ' View Matrix from angles',' ' write (noise,'(1x,3f9.5)') ((matrix(i,j),i=1,3),j=1,3) return 200 continue 2 format(1x,' phiZ =',f8.2,' phiY =',f8.2,' phiX =',f8.2) 3 format(/a,a) write (noise,*) ' No view matrix or angles provided' return end C SUBROUTINE RIBDRW(GUIDE,NRIB,MAXRES,NPT,NCHORD) integer npt ! number of guide points real guide(4,MAXRES,NRIB) ! 4 dim because E&S wanted it that way integer nchord ! how many interpolations per guide pt parameter (MAXCOL = 5000) integer OUTPUT parameter (OUTPUT = 6) C C splining from Larry Andrews 7-Nov-1988 C parameter (nspln = 5000) ! maximum of (npt*nchord) parameter (ndata = 500) ! maximum # guidepoints parameter (ndata1 = 501) c common /COLORS/ ischeme, cindex, COLOR1(3), COLOR2(3), COLOR3(3) & ,RGB(3,MAXCOL) integer cindex common /FLAGS/ mflag, hflag, dflag logical mflag, hflag, dflag c c real s(ndata1) c REAL XP(4,NDATA) real smooth(4,nspln,2) ! npt*nchord points on splined curve real color(3) c if (npt .gt. ndata) stop 'spline - TOO MANY GUIDE POINTS' if (npt*nchord .gt. nspln) stop 'spline - NPT*NCHORD > 5000' c c fill 4th coord with fraction of chain traced c color_inc = 1.000 / float(npt) fraction = 0.0 if (ischeme.le.5) then do i = 1, npt guide(4,i,1) = fraction guide(4,i,2) = fraction fraction = fraction + color_inc end do endif c c calculate spline segments c tinc = 1./float(nchord) do 1000 irib = 1, 2 iout = 1 do 900 ipt = 2, npt-1 t = 0.0 do i = 1, nchord iout = iout + 1 call bspline( guide(1,ipt-1,irib), guide(1,ipt,irib), 1 guide(1,ipt+1,irib), t, smooth(1,iout,irib) ) t = t + tinc end do 900 continue 1000 continue c c Add end segments (splines go midpoint-to-midpoint) c iout = iout + 1 do 1100 irib = 1, 2 do i = 1, 4 smooth(i, 1, irib) = guide(i, 1, irib ) smooth(i, iout, irib) = guide(i, npt, irib ) end do 1100 continue C 2 format(9f8.3,2x,3f5.2) 3 format('1',/,9f8.3,2x,3f5.2) c c Start loop over spline segments c ires = 1 jres = 1 kres = 2 2000 continue c do 2100 ires = 1, iout-1 fraction = smooth(4,ires, 1) c c Make sure the two sides of the ribbon stay in register c inext = ires + 1 55 dist0 = dist(smooth(1,inext,1),smooth(1,kres,2)) dist1 = dist(smooth(1,inext,1),smooth(1,kres+1,2)) if ((dist1 .lt. dist0) .and. (kres .lt. iout)) then kres = kres + 1 goto 55 end if 56 dist0 = dist(smooth(1,inext,1),smooth(1,kres,2)) dist1 = dist(smooth(1,inext+1,1),smooth(1,kres,2)) if ((dist1 .lt. dist0) .and. (inext .lt. iout)) then inext = inext + 1 goto 56 end if c call colorit( color, fraction, 1 smooth(1,ires,1), smooth(1,jres,2), smooth(1,inext,1)) c if (mflag) then write (output,3) (smooth(i,ires, 1),i=1,3), 1 (smooth(i,jres, 2),i=1,3), 2 (smooth(i,inext,1),i=1,3), 3 color else write (output,2) (smooth(i,ires, 1),i=1,3), 1 (smooth(i,jres, 2),i=1,3), 2 (smooth(i,inext,1),i=1,3), 3 color endif c if (jres .eq. kres) goto 2100 call colorit( color, fraction, 1 smooth(1,kres,2), smooth(1,inext,1), smooth(1,jres,2)) if (mflag) then write (output,3) (smooth(i,jres, 2),i=1,3), 1 (smooth(i,inext,1),i=1,3), 2 (smooth(i,kres, 2),i=1,3), 3 color else write (output,2) (smooth(i,jres, 2),i=1,3), 1 (smooth(i,inext,1),i=1,3), 2 (smooth(i,kres, 2),i=1,3), 3 color end if jres = kres if (kres .lt. iout) kres = kres + 1 2100 continue ires = inext if (ires .lt. iout) goto 2000 c c End loop over spline segments c cindex = cindex + 1 return end function dist(v1, v2) real diff(3) call vdif(diff,v1,v2) dist = dot(diff,diff) return end subroutine vload( v, s1, s2, s3 ) real v(3) v(1) = s1 v(2) = s2 v(3) = s3 return end subroutine colorit( color, fraction, point1, point2, point3 ) real color(3), point1(3), point2(3), point3(3) c c scheme 1 solid color (COLOR1) c scheme 2 shade from COLOR1 at 1st residue to COLOR2 at last c scheme 3 COLOR1 on front, COLOR3 (=COLOR2) on back c scheme 4 combination of 2 and 3 above c scheme 5 color each new chain a new color from RGB c PARAMETER (MAXCOL=5000, MAXATM=10000) common /COLORS/ ischeme, cindex, COLOR1(3), COLOR2(3), COLOR3(3) & ,RGB(3,MAXCOL) integer cindex common /SPAM/ NATM, SPAM(4,MAXATM), SCAM(MAXATM) integer SCAM real vec1(3), vec2(3), vec3(3) c if ((ischeme .eq. 3) .or. (ischeme .eq. 4)) then call vdif( vec1, point2, point1 ) call vdif( vec2, point3, point1 ) call cross( vec1, vec2, vec3 ) if (vec3(3) .lt. 0) then color(1) = color3(1) color(2) = color3(2) color(3) = color3(3) else if (ischeme .eq. 4) then color(1) = fraction*color2(1) & + (1.-fraction)*color1(1) color(2) = fraction*color2(2) & + (1.-fraction)*color1(2) color(3) = fraction*color2(3) & + (1.-fraction)*color1(3) else color(1) = color1(1) color(2) = color1(2) color(3) = color1(3) end if else if (ischeme .eq. 2) then color(1) = fraction*color2(1) + (1.-fraction)*color1(1) color(2) = fraction*color2(2) + (1.-fraction)*color1(2) color(3) = fraction*color2(3) + (1.-fraction)*color1(3) else if (ischeme .eq. 5) then call vload( color, & RGB(1,cindex), RGB(2,cindex), RGB(3,cindex)) c else if (ischeme .eq. 6) then c ICOL = SCAM(fraction) c color(1) = RGB(1,icol) c color(2) = RGB(2,icol) c color(3) = RGB(3,icol) else call vload( color, color1(1), color1(2), color1(3) ) end if return end subroutine bspline( v1, v2, v3, t, v4 ) real v1(4), v2(4), v3(4) real t real v4(4) c frac3 = 0.5 * t*t frac1 = 0.5 * (1.-t) * (1.-t) frac2 = 1. - (frac1 + frac3) do i = 1, 4 v4(i) = frac1 * v1(i) + frac2 * v2(i) + frac3 * v3(i) end do return end Raster3D_3.0-7/./ungz.c0000644000471100001440000000103713562710037014127 0ustar merrittusers/* * Uncompress a raster3d input file into a temporary file */ #include #include #include #ifdef __hpux #define ungz_ ungz #endif int ungz_( origname, tempname ) char *origname, *tempname; { char command[128]; char *t; int ierr; #ifdef GUNZIP t = tempnam( NULL, "R3D%%" ); sprintf( command, "gunzip -c %s > %s", origname, t ); ierr = system( command ); strcpy( tempname, t ); #else fprintf(stderr," >> sorry, no decompression support\n"); ierr = -1; #endif return(ierr); } Raster3D_3.0-7/./Raster3D.csh0000755000471100001440000000032613562710037015131 0ustar merrittusers# Raster3D_2.6 # user environment initialization for ?csh # Depending on your system's configuration, it may be sufficient to copy this # file to /etc/profile.d # setenv R3D_LIB /usr/local/share/Raster3D/materials Raster3D_3.0-7/./Makefile.incl0000644000471100001440000000000013734663311015354 0ustar merrittusersRaster3D_3.0-7/./grasp/0000755000471100001440000000000013562710037014113 5ustar merrittusersRaster3D_3.0-7/./grasp/ungrasp.f0000644000471100001440000002334513562710037015750 0ustar merrittusers program ungrasp C************************************************************************ C * C UNGRASP - * C * C This program will take the information from a GRASP surface * C file and convert it to a form usable by the render program in * C Raster3D. Note that the 2nd + 3rd records list the file contents, * C but I haven't added code here to interpret all of them. The program * C can currently handle potentials and vertexcolors. * C * C 30 Sep 1994 Ethan A Merritt - initial version * C 24 Jan 1995 EAM - option to output grid rather than surface * C 16 Feb 1996 EAM - fixed scale conversion of potential to color info * C coordinated with Raster3d Version 2.2 * C Recognize GRASP Version 1.2 files (format2) also * C 18 Mar 1998 EAM - updated code to use explicit vertex colors in * C Raster3D V2.4d * C 7 May 1998 EAM - ditto for calculated potentials * C * C************************************************************************ C parameter (MAXPTS = 200000) C real*4 vertex(3,MAXPTS) real*4 normal(3,MAXPTS) real*4 access(3,MAXPTS) real*4 potent(MAXPTS) real*4 curvature(MAXPTS) real*4 distances(MAXPTS) real*4 gprop1(MAXPTS) real*4 gprop2(MAXPTS) real*4 discol(MAXPTS) integer*2 triangl2(3,MAXPTS) integer*4 triangle(3,MAXPTS) C integer i,j,k,ic real*4 xlo,xhi,ylo,yhi,zlo,zhi logical clip logical grid logical pots, potcol logical cols, vercol character*80 line, line3 character*64 infile, outfile integer*4 nvert, ntriangles, gridsize real*4 lattice, center(3) integer filetype C integer indexc(256) real*4 coltab(256,3) real*4 rgb(3,3) C type 1,'Input file: ' 1 format($,a) accept '(a)', infile open (unit=1, file=infile, status='old', form='unformatted') c c Can we read this file? read (1) line type *,'header line 1:',line if (line(1:8).eq."format=1") then filetype = 1 else if (line(1:8).eq."format=2") then filetype = 2 else type *,'Sorry, unrecognized file format' call exit endif c read (1) line type *,'header line 2:',line c read (1) line3 type *,'header line 3:',line3 read (1) line C type *,'header line 4:',line read (line,*) nvert, ntriangles, gridsize, lattice type *, 'vertices, triangles, gridsize, lattice spacing' type *, nvert, ntriangles, gridsize, lattice read (1) line C type *,'header line 5:',line read (line,*) center type *, 'center' type *, center(1), center(2), center(3) C C Interpret line2 to find contents of file C read (1) (vertex(1,i),vertex(2,i),vertex(3,i), i=1,nvert) read (1) (access(1,i),access(2,i),access(3,i), i=1,nvert) read (1) (normal(1,i),normal(2,i),normal(3,i), i=1,nvert) if (filetype.eq.1) then read (1) (triangl2(1,i),triangl2(2,i),triangl2(3,i), & i=1,ntriangles) do i=1,ntriangles triangle(1,i) = triangl2(1,i) triangle(2,i) = triangl2(2,i) triangle(3,i) = triangl2(3,i) enddo endif if (filetype.eq.2) then read (1) (triangle(1,i),triangle(2,i),triangle(3,i), & i=1,ntriangles) endif C C Interpret line3 to find contents of file C pots = .false. cols = .false. l = 1 11 continue if (line3(l:l).eq." ") then goto 12 else if (line3(l:l).eq.",") then l = l+1 else if (line3(l:l+9).eq."potentials") then pots = .true. l = l+10 else if (line3(l:l+10).eq."vertexcolor") then cols = .true. l = l+11 else type *,'Don''t know how to handle ', line3(l:80) goto 12 endif goto 11 12 continue if (pots) then potmin = 999. potmax = -999. type *,'This file contains potentials' read (1) (potent(i), i=1,nvert) do i=1,nvert if (potent(i).gt.potmax) potmax=potent(i) if (potent(i).lt.potmin) potmin=potent(i) enddo type *,'Potential range:',potmin,potmax type 1,'Color by potential? ' accept '(a80)',line if (line(1:1).eq.'y' .or. line(1:1).eq.'Y') then potcol = .true. type 1,'What did GRASP say the max potential was? ' accept *,potxxx potmax = potxxx potmin = -potxxx else potcol = .false. potxxx = 1.0 endif nclip = 0 do i=1,nvert if (potent(i) .gt. potxxx) then potent(i) = potxxx nclip = nclip + 1 endif if (potent(i) .lt. -potxxx) then potent(i) = -potxxx nclip = nclip + 1 endif enddo type *,nclip,' truncated color values' endif if (cols) then type *,'This file contains discrete vertex colors' read (1) (discol(i), i=1,nvert) do j=1,256 indexc(j) = 0 enddo do i=1,nvert j = discol(i) indexc(j) = indexc(j) + 1 enddo type 1,'Use vertex colours? ' accept '(a80)',line if (line(1:1).eq.'y' .or. line(1:1).eq.'Y') then vercol = .true. do i=1,256 if (indexc(i).gt.0) then type '($,a,i4,a)','RGB components for color',i,': ' accept *, coltab(i,1),coltab(i,2),coltab(i,3) endif enddo endif endif C C DEBUG - print out first 10 of each C goto 100 do i=1,10 type 2, i, (vertex(j,i),j=1,3) 2 format(' Vertex',i4,':',t20,3f8.2) enddo do i=1,10 type 4, i, (normal(j,i),j=1,3) 4 format(' Normal',i4,':',t20,3f8.2) enddo do i=1,10 type 6, i, (triangle(j,i),j=1,3) 6 format(' Triangle',i4,':',t20,3i8) enddo C do i=1,10 i1 = triangle(1,i) i2 = triangle(2,i) i3 = triangle(3,i) type 8, i, (vertex(j,i1),j=1,3), (vertex(k,i2),k=1,3), * (vertex(l,i3),l=1,3) 8 format(' Triangle',i4,':',t20,3f8.2,2(/,t20,3f8.2)) enddo C if (cols) type *, 'Vertex colours',(discol(i),i=1,10) 100 continue C C Allow windowing of triangles output, either to select a C specific subset of the original file contents, or to C reduce the processing overhead in Raster3D by omitting C triangles which will be out of the figure anyway. C type 1,'Clipping bounds (xlo,xhi,ylo,yhi,zlo,zhi:' accept '(a80)',line read (line,*,err=101) xlo,xhi,ylo,yhi,zlo,zhi 101 continue if (xhi.gt.xlo .and. yhi.gt.ylo .and. zhi.gt.zlo) then clip = .TRUE. type 102,xlo,xhi,ylo,yhi,zlo,zhi 102 format('Clipping limits will be: ', 6f10.3) else clip = .FALSE. type *,'No clipping limits' end if C C Allow two output modes C 1) Surface made up of triangles with explicit normals C 2) Grid/mesh made up of thin cylinders along edges of the triangles C type 1,'Output grid rather than surface?' accept '(a80)',line if (line(1:1).eq.'y' .or. line(1:1).eq.'Y') then grid = .true. else grid = .false. C C Grasp seems a bit chaotic about the direction of the normal vectors C it puts out. Allow inversion here. C type 1,'Invert normals?' accept '(a80)',line if (line(1:1).eq.'y' .or. line(1:1).eq.'Y') then invert = -1 else invert = 1 end if end if C C Write out a Raster3D format file consisting of triangles C and surface normals (obviously needs a new version of render!) C type 1,'Output file: ' accept '(a)', outfile open (unit=2, file=outfile, form='FORMATTED', * carriagecontrol='LIST', status='UNKNOWN') C C Assume constant colour for surface, unless discrete vertex colors are C in the GRASP file. C red = 0.855 green = 0.855 blue = 0.855 radius = 0.018 do i=1,ntriangles i1 = triangle(1,i) i2 = triangle(2,i) i3 = triangle(3,i) if (clip) then if (vertex(1,i1).lt.xlo .or. vertex(1,i1).gt.xhi) goto 200 if (vertex(2,i1).lt.ylo .or. vertex(2,i1).gt.yhi) goto 200 if (vertex(3,i1).lt.zlo .or. vertex(3,i1).gt.zhi) goto 200 end if if (potcol) then call potrgb( potent(i1), potmin, potmax, rgb(1,1) ) call potrgb( potent(i2), potmin, potmax, rgb(1,2) ) call potrgb( potent(i3), potmin, potmax, rgb(1,3) ) endif if (vercol) then j1 = discol(i1) j2 = discol(i2) j3 = discol(i3) red = (coltab(j1,1) + coltab(j2,1) + coltab(j3,1)) / 3. green = (coltab(j1,2) + coltab(j2,2) + coltab(j3,2)) / 3. blue = (coltab(j1,3) + coltab(j2,3) + coltab(j3,3)) / 3. endif C /* Grid of lines along triangle edges */ if (grid) then write (2,10) (vertex(j,i1),j=1,3), radius, * (vertex(k,i2),k=1,3), radius, * red, green, blue write (2,10) (vertex(k,i2),k=1,3), radius, * (vertex(l,i3),l=1,3), radius, * red, green, blue write (2,10) (vertex(l,i3),l=1,3), radius, * (vertex(j,i1),j=1,3), radius, * red, green, blue 10 format('3',/, 3f8.3, f8.3, 3f8.3, f8.3, 1x, 3f6.2) C /* Surface made up of triangles with explicit normals */ else write (2,14) (vertex(j,i1),j=1,3), * (vertex(k,i2),k=1,3), * (vertex(l,i3),l=1,3), * red, green, blue 14 format('1',/, 3f8.3, 3f8.3, 3f8.3, 1x, 3f6.2) write (2,16) (invert * normal(j,i1),j=1,3), * (invert * normal(k,i2),k=1,3), * (invert * normal(l,i3),l=1,3) 16 format('7',/, 3f8.3, 3f8.3, 3f8.3, 1x, 3f6.2) if (vercol) then write (2,17) (coltab(j1,ic),ic=1,3), * (coltab(j2,ic),ic=1,3), * (coltab(j3,ic),ic=1,3) else if (potcol) then write (2,17) (rgb(k,1),k=1,3), * (rgb(k,2),k=1,3), * (rgb(k,3),k=1,3) endif 17 format('17',/, 3f8.3, 3f8.3, 3f8.3, 1x, 3f6.2) end if 200 continue enddo C end subroutine potrgb( potential, potmin, potmax, rgb ) real*4 potential, potmin, potmax real*4 rgb(3) c if (potential.lt.0) then rgb(1) = 0.8 + 0.1*(potential/potmin) rgb(2) = 0.8 - 0.8*(potential/potmin) rgb(3) = 0.8 - 0.8*(potential/potmin) else rgb(3) = 0.8 + 0.1*(potential/potmin) rgb(2) = 0.8 - 0.8*(potential/potmax) rgb(1) = 0.8 - 0.8*(potential/potmax) endif rgb(1) = rgb(1)*rgb(1) rgb(2) = rgb(2)*rgb(2) rgb(3) = rgb(3)*rgb(3) return end Raster3D_3.0-7/./grasp/README0000644000471100001440000000323113562710037014772 0ustar merrittusersungrasp - a filter for importing GRASP surface files into Raster3D Fortran source distributed as part of Raster3D This directory contains a utility program "ungrasp" which will convert a simple GRASP V1.1 surface file into a list of Raster3D objects. Similar conversion routines could of course be written for other surface generation programs. I hope that the new (version 2.2) support in Raster3D for transparent surfaces will encourage the developers of programs such as GRASP to include an option for direct output of Raster3D files, but for now I have to make due with non-ideal conversion utilities like this one. Here is a list of known problems: - You must select the "absolute centering" option when you save the GRASP surface. That is the only way to preserve the original PDB coordinates associated with the stored surface. - ungrasp does not know about all the possible types of information stored in a GRASP surface file. Currently it can only deal with stored potentials and discrete color indexes. - The ungrasp utility must be compiled and run on the same architecture machine as your GRASP executable. I believe that means SGI only, but I could be wrong. GRASP reference: Anthony Nicholls, Kim Sharp and Barry Honig, PROTEINS, Structure, Function and Genetics, Vol. 11, No.4, 1991, pg. 281ff GRASP homepage: http://tincan.bioc.columbia.edu/Lab/grasp/ Ethan A Merritt - 8 Feb 1996 ----------------------------------------------------------------------------- 18 Mar 1998 The ungrasp code has been updated to use per-vertex colors (object type 17) in Raster3D V2.4d 7 May 1998 And now it works for coloring by potential also Raster3D_3.0-7/./render.f0000644000471100001440000052331513655314424014441 0ustar merrittusers MODULE LISTS INTEGER, ALLOCATABLE, DIMENSION(:,:) :: KOUNT, MOUNT INTEGER, ALLOCATABLE, DIMENSION(:,:) :: TTRANS INTEGER ISTRANS END MODULE LISTS PROGRAM RENDER USE LISTS * * Version 3.0 (14 Dec 2010) * * EAM May 1990 - add object type CYLIND (cylinder with rounded ends) * and CYLFLAT (cylinder with flat ends) * - use Phong shading on triangles if they are sequentially * adjoining. * EAM Feb 1991 - port to Ultrix (minor changes) and modify output format * to depend on code in separate module "local". * EAM Mar 1993 - fix embarrassingly stupid bug in cylinder shadowing * add object type PLANE (triangle with infinite extent) * EAM Nov 1993 - Version 2.0 (beta test) * fix bug which allowed objects to shadow themselves * Command line options for 3 output modes * EAM Apr 1994 - Version 2.0 release * TIFF output support in local.c * minor changes to fortran source to make IBM xlf compiler happy * EAM Sep 1994 - EXPERIMENTAL VERSION WITH OBJECT TYPES 7, 8, 9 * EAM Jan 1995 - move DATA statement to make linux happy * EAM Mar 1995 - fix bug in routine CYLTEST which took bites out of cylinder ends * EAM May 1995 - fold object types 7/8/9 back into distributed code for V2.1 * EAM Jan 1996 - Version 2.2 * Add code for transparency and faster MATERIAL bookkeeping * Also fix major problems with explicit surface normals * object type 8 expanded to describe transparency * EAM May 1996 - antialiasing scheme 4, file indirection, * minor changes to accommodate HPUX * EAM Oct 1996 - trap and forgive shadowing error due to too small NSX,NSY * EAM Nov 1996 - scheme 0 causes alpha blend channel in output image * per-tile count of transparent objects * EAM Jan 1997 - zero length cylinders treated as spheres * Object types 10 + 11 (fonts and labels) accepted but ignored * Object type 12 reserved for other label information * Material properties can override object colors * - Material OPT(1) = 1 transparency option * OPT(4) = continuation lines for more material properties * EAM Mar 1997 - Make SLOP larger, and dependent on tile size * - GLOW light source specified by object type 13 * EAM May 1997 - V2.3c allow multiple glow lights; make cyltest a function; * V2.3d remove DATA statements; more terse output; * BACKFACE material option; EYEPOS = 0.0 disables perspective * EAM Jul 1997 - add commons LISTS MATRICES NICETIES RASTER * - D_LINES code for quadric surfaces, ISOLATION * EAM Sep 1997 - fix normals of flat cylinder ends (thanks to Takaaki Fukami) * EAM Nov 1997 - add VERTEXRGB object type to extend triangle descriptions, * allow # as comment delimiter in input stream * EAM Dec 1997 - Release V2.4b * EAM Feb 1998 - fixed bug in check against limiting radius of quadrics * EAM Jul 1998 - Object type 16 (GLOBAL PROPERTIES); fog * EAM Aug 1998 - render back side of transparent flat-ended cylinders * by duplicating object with INSIDE flag bit set. * EAM Oct 1998 - check environmental variable R3D_LIB for input file indirection * - V2.4g includes some preliminary code to support Z-clipping * EAM Nov 1998 - more work on Z-clipping * EAM Feb 1999 - re-work output module local.c to support -jpeg and -out * EAM May 1999 - allow explicit vertex colors for cylinders also * EAM Jul 1999 - 2.4l preliminary work towards an after-the-fact rotation option * EAM Sep 1999 - 2.5a command line parsing in separate routine parse() * label processing folded into render; routines in r3dtops.f * EAM Jan 2000 - 2.5b general release * EAM Feb 2000 - 2.5c (bug fixes to 2.5b) * EAM Mar 2000 - object types VTRANSP (18) and ISOLATE2 (19) * EAM Sep 2000 - 2.5e uncompress indirect files ending with .Z or .gz * discard BACKCLIP objects on input, implement BACKCLIP material * EAM Nov 2000 - 2.5f more bug-fixes to rotation of surface normals * EAM Feb 2001 - 2.5g command line shadows * EAM Mar 2001 - V2.6 (alpha test) * bounding planes * revamped transparency code, remove limit of 2 stacked objects * break out shared maximum dimensions to paramters.incl * make back surface HIDING (former INMODE=4) the default for * non-bounded opaque triangles * EAM Jul 2001 - V2.6b first release * EAM Aug 2001 - V2.6c bug-fix for MOPT1 processing * PNG output format ( -DPNG_SUPPORT ) * EAM Feb 2002 - allow a little RIBBONSLOP in testing for ribbon triangles * fix up complicated corner cases in bounded surface algorithm * EAM Apr 2002 - clean up auto-tiling, and allow zero NPX or NPY to trigger it * EAM Apr 2006 - V2.6d gfortran accommodations * - Change AND() to iand() everywhere * - Change OR() to ior() everywhere * EAM Mar 2008 - initialize various static storage areas * FZ Dec 2009 - initialize more static storage areas (valgrind runs) * FZ Feb 2010 - expandable memory allocation * JMK Dec 2010 - Bugfix for JUSTCLIPPED reported by Joe Krahn * JMK Dec 2010 - More transparency algorithms; use OPT[2] to pass choice * EAM Dec 2010 - Read in all header info before initializing output file * EAM Apr 2011 - Ignore blank lines when looking for next object * * General organization: * * - read in control parameters and initial output image file * - read in list of objects * - count objects that may impinge on each tile * - do this for both pixel and rotated "shadow" space * - sort objects * - go through main object list in sorted order * - fill in short lists of objects * - repeat the sort etc. for the objects in shadow space * - that's it for the "cheap" part * - for each tile: * - for each pixel: * - search objects to find highest point for pixel * - if it's transparent find the next one down as well * - transform resulting (x,y,z) to shadow space * - find closest z' for new x',y' * - this tells you if the pixel is in shadow or not * - shade accordingly * - copy tile to output buffer * * * Easy-to-change constants (kept in file parameters.incl): * * - maximum size of any expandable array MAXMEM * - maximum number of tiles in each direction MAXNTX*, MAXNTY* * - number of shadow tiles in each direction NSX, NSY * - maximum number of pixels in a tile MAXNPX*, MAXNPY* * - maximum number of objects MAXOBJ* * - maximum number of material specifications MAXMAT* * - maximum depth of stack transparent objects MAXTRANSP * * *NOTE: MAXNTX,MAXNTY,MAXNPX,MAXNPY,MAXOBJ and MAXMAT are now * initial array sizes for expandable arrays, rather than limits. * * Input (line by line except where noted): * * - TITLE anything you like * - NTX,NTY tiles in each direction * - NPX,NPY pixels per tile to compute in each direction * - SCHEME pixel averaging scheme (1, 2, or 3) * - 0 no anti-aliasing, use alpha channel * - 1 no anti-aliasing, no alpha channel * - 2 means 2x2 computing pixels for 1 output pixel * - 3 means 3x3 computing pixels for 2x2 output pixels * - 4 same as 3, but NTX,NTY expanded inside program * - BKGND background colour (r,g,b in range 0 to 1) * - SHADOW "shadow mode?" (T or F) * - IPHONG Phong power (e.g., 20) * - STRAIT straight-on (2ndary) light component (e.g., 0.1) * - AMBIEN ambient light component (e.g., 0.05) * - SPECLR specular reflection component (e.g., 0.30) * - EYEPOS eye position along +z coordinate (e.g., 4) * - relative to 1=narrow dimension of screen * - used for perspective, EYEPOS = 0.0 disables perspective * - SOURCE main light source position (x,y,z components) * - vector length ignored, point source is at infinity * - TMAT global transformation on input objects * - postfix 4x4 matrix on 4 lines, as you would write it * - upper left 3x3 must be pure rotation * - lower left 1x3 is translation * - lower right 1x1 is global scaling (reduction) * - upper right 3x1 causes extra perspective (should be 0) * - applies to homogeneous co-ordinates (x,y,z,1) * - radii are only scaled down by global scaling TMAT(4,4) * - INMODE object input mode (1, 2, or 3) * - mode 1: all objects are triangles * - mode 2: all objects are spheres * - mode 3: each object will be preceded by type * - INFMT or INFMTS object input format(s), 1 per line * - one format for modes 1 and 2, or three for mode 3 * - each is fortran format in parentheses, or single * * - for 3 formats, the order of formats and details is: * - triangle: x1,y1,z1,x2,y2,z2,x3,y3,z3,r,g,b * - sphere: x,y,z,radius,r,g,b * - trcone: x1,y1,z1,rad1,x2,y2,z2,rad2,r,g,b * - cylinder: as truncated cone, but 2nd radius ignored * - objects * - modes 1,2: each object starts on a new line * - read according to the single format given * - mode 3: each object is preceded by a line giving type * - type 1: triangle (to be read with 1st format) * - type 2: sphere (to be read with 2nd format) * - type 3: cylinder with rounded ends (3rd format) * - type 4: [not implemented: truncated cone] * - type 5: cylinder with flat ends (3rd format) * - type 6: plane (=triangle with infinite extent) (1st format) * - type 7: normal vectors for previous triangle (1st format) * - type 8: material definition which applies to subsequent objects * - type 9: end previous material * - type 10: font selection (ignored in render) * - type 11: label (ignored other than to count them) * - type 12: (reserved for additional label processing) * - type 13: glow light source * - type 14: quadric surface (usually an ellipsoid) * - type 15: disable coordinate transformation of subsequent objects * - type 16: global properties (e.g. FOG) * - type 17: RGB triple for each vertex of preceding object * - type 18: transparency at each vertex of preceding object * - type 19: variant of type 15; forces unitary coordinate sytem * - type 0: no more objects (equivalent to eof) * *----------------------------------------------------------------------------- * EAM Sep 1994 * * 1) Object type 7 signals an extra record giving explicit vertex normals * for a single triangle. This extra record must directly follow the * corresponding triangle and uses the same format. * * 2) Object type 8 signals an extra record giving extra or more explicit * material properties object. Current (trial) contents of record are: * MPHONG - overrides global Phong power for specular reflections * MSPEC - overrides global specular scattering contribution * SR,SG,SB - red/green/blue components for specular highlighting * (values <0 cause highlights to match object colour) * CLRITY - 0.0 (opaque) => 1.0 (transparent) * CLROPT - [reserved] suboptions for transparency handling * OPT2 - [reserved] suboptions for bounding planes Is it really used? * OPT3 - [reserved] * OPT4 - # of additional modifier records immediately following * These material properties remain in effect for subsequent objects * until object type 9 appears to terminate the effect. * * 3) Object type 9 terminates effect of previous materials property * *----------------------------------------------------------------------------- * Object types 10 and 11 are used for specifying labels. * Label object types are * - type 10: Font_Name size alignment * - type 11: XYZ RGB on first line * label (ascii characters enclosed in quotes) on second line * Object type 12 is reserved to go with this, as I have a nagging * suspicion more information may turn out to be necessary. *----------------------------------------------------------------------------- * Object type 13 specifies a "glow" light source; i.e. a non-shadowing * light source with finite origin GLOWSRC and illumination range GLOWRAD. * Specular highlights for this source specified by GLOWCOL and GPHONG. * 0.0 < GLOW < 1.0 = contribution of glow to total lighting model. * 13 * GLOWSRC(3) GLOWRAD GLOW GOPT GPHONG GLOWCOL(3) *----------------------------------------------------------------------------- * V2.4 * Object type 14 specifies a quadric surface * QQ = Ax^2 + By^2 + Cz^2 + 2Dxy + 2Eyz + 2Fxz + 2Gx + 2Hy + 2Iz + J * centered at XC,YC,ZC and truncated at bounding radius RC. Supporting * code is in file quadric.f * 14 * XC YC ZC RC RED GRN BLU * A B C D E F G H I J * * Object type 15 is a single line signaling that subsequent objects are * not to be transformed by the TMAT matrix in the header. This isolation * from TMAT is terminated by an end material record (object type 9). *----------------------------------------------------------------------------- * V2.6 * Object type 4 is used internally to implement bounding planes. * The BOUNDING_PLANE definition is given in the input stream as * a modifier to a MATERIAL descriptor. At the time it is read in * render creates a new object of type 4 to hold the bounding * plane parameters and modifiers. * DETAIL(K+...) is loaded with the following parameters: * SUBTYPE, BPTYPE, X,Y,Z, XNORM, YNORM, ZNORM, RED, GREEN, BLUE *----------------------------------------------------------------------------- * * Object space convention: * * - this is the space TMAT is supposed to map your data to * - centre of "virtual screen" is (0,0,0) * - x to right, y to top, z towards viewer * - the smaller of the x and y dimensions goes from -.5 to +.5 * - z cuts off at +1 and -1 by default, but is modified by FRONTCLIP, BACKCLIP * - shadow box dimensions determined by NSX/NTX, NSY/NTY * *----------------------------------------------------------------------------- * David Bacon's comments from Version 1.0 * * Bugs: * * - perspective is applied to raw objects, giving wrong lighting * - perspective unity factor is always at z=0 in object space * - shadow box doesn't necessarily enclose entire view prism * - some ASSERT calls are commented out for extra speed * - SLOP parameter is empirical fix to imprecision in shadowing * * Deferred priorities: * * - superior pixel averaging (you should use another pass?) * - better assignment of triangles to tiles (do clipping?) * - better estimate of max. triangle elevation within tile * * * Why I don't do shadowing properly: * * Although you might not notice it as a casual observer, * the main light source is (in effect) in different places * for different parts of the picture. More precisely, * perspective is applied to the objects comprising the * picture first, and THEN the lighting from a distant * light source is applied. The lighting would be correct * if there were no perspective, because the angle doesn't * change across the picture. With a scene in perspective, * however, the angle of the light beam, from the eye's * viewpoint, should vary a little. * The reason I allow this error is because the use of "tiles" * is implicitly a parallel projection, so I have to apply the * perspective to the objects initially. * Conceivably I could "undo" this whenever taking the light * source point of view (this would result in using a slightly * different light source position for different parts of the * picture), but that would cause another problem: * Perspective distorts spheres differently depending on whether * you ask about each point on the surface individually or use one * perspective factor for all points based on the centre. Consider * even a sphere in the plane where perspective is supposed to be * unity (z=0 for us). It swells slightly when perspective is * applied point by point. * This is a serious problem for us because although I * generate non-swelled spheres by applying the perspective to * all of them initially, I end up asking about individual * points on them when wanting the light source point of view. * You might argue that I could simply calculate the amount * of swelling that has to be accounted for (by drawing tangents * from the eye and seeing where they intersect the constant-z * plane that passes through the sphere centre or something), * but the "swelling" is complicated in the sense that it is * in effect a "stretching" of the surface closest to the eye * and a "shrinking" in back. * Even if I could see how to compensate for all this, I * don't think it would be worth it. * It's probably not even worth trying to implement a better * approximate solution by changing the light source position * slightly for each object in the picture. The ambiguity * as to whether the obscuring or the obscured object should have * the modified light source position applied would make it * difficult to assign objects to shadow tiles. Trying to * implement full "antiperspective" for the light source would * just shift the problems of perspective (swelling spheres, * etc.) to a different locale without solving them. *----------------------------------------------------------------------------- * * Overkill: IMPLICIT REAL (A-H, O-Z) * INCLUDE 'VERSION.incl' * * I/O units for control input, info output, label processing INTEGER INPUT, INPUT0, NOISE, LUNIT PARAMETER (INPUT0=5, NOISE=0, LUNIT=4) * * Descriptor codes for the various object types INTEGER TRIANG, SPHERE, INTERNAL, CYLIND, CYLFLAT INTEGER PLANE, QUADRIC, MXTYPE, FONT, GLOWLIGHT INTEGER NORMS, VERTEXRGB, VERTRANSP PARAMETER (TRIANG = 1) PARAMETER (SPHERE = 2) PARAMETER (CYLIND = 3) PARAMETER (INTERNAL = 4) PARAMETER (CYLFLAT = 5) PARAMETER (PLANE = 6) PARAMETER (NORMS = 7) PARAMETER (MATERIAL = 8) PARAMETER (MATEND = 9) PARAMETER (FONT = 10, LABEL = 11) PARAMETER (GLOWLIGHT= 13) PARAMETER (QUADRIC = 14) PARAMETER (ISOLATE1 = 15) PARAMETER (GPROP = 16) PARAMETER (VERTEXRGB= 17) PARAMETER (VERTRANSP= 18) PARAMETER (ISOLATE2 = 19) PARAMETER (MXTYPE = 19) * * Bit definitions for FLAG array INTEGER FLAT, RIBBON, SURFACE, PROPS PARAMETER (FLAT=2, RIBBON=4, SURFACE=8, PROPS=16) INTEGER TRANSP, HIDDEN, INSIDE, MOPT1 PARAMETER (TRANSP=32, HIDDEN=64, INSIDE=128,MOPT1=256) INTEGER VCOLS, CLIPPED, VTRANS, BOUNDED PARAMETER (VCOLS=512, CLIPPED=1024, VTRANS=2048, BOUNDED=4096) * * Bit definitions for OTMODE passed to local(1,...) INTEGER ALPHACHANNEL PARAMETER (ALPHACHANNEL=32) * * $$$$$$$$$$$$$ ARRAY SIZE LIMITS $$$$$$$$$$$$$$ * INCLUDE 'parameters.incl' INTEGER OUTSIZ PARAMETER (OUTSIZ = MAXNTX*MAXNPX*MAXNPY) * * * Command line options (Aug 1999) NB: nax,nay,quality MUST be integer*2 COMMON /OPTIONS/ FONTSCALE, GAMMA, ZOOM, NSCHEME, SHADOWFLAG, XBG, & NAX, NAY, OTMODE, QUALITY, INVERT, LFLAG REAL FONTSCALE, GAMMA, ZOOM INTEGER NSCHEME, SHADOWFLAG, XBG INTEGER*4 NAX, NAY, OTMODE, QUALITY LOGICAL*2 INVERT, LFLAG * * Title for run CHARACTER*132 TITLE * * Number of tiles, pixels per tile COMMON /RASTER/ NTX,NTY,NPX,NPY INTEGER NTX,NTY,NPX,NPY * * Pixels per tile after anti-aliasing, output buffer line length INTEGER NOX, NOY, NX * * Actual image size in pixels (may include partial tiling at the edges) * (MUST BE INTEGER*2 for call to local()!!!) C INTEGER*2 NAX, NAY * * One lonely tile REAL, ALLOCATABLE, DIMENSION(:,:,:) :: TILE * * With an alpha blend channel REAL, ALLOCATABLE, DIMENSION(:,:) :: ACHAN * * Pixel averaging scheme INTEGER SCHEME * * Background colour REAL BKGND(3) INTEGER IBKGND(3) * * "Shadow mode?" LOGICAL SHADOW INTEGER NSXMAX,NSYMAX * * Phong power INTEGER IPHONG * * Straight-on (secondary) light source contribution REAL STRAIT * * Ambient light contribution REAL AMBIEN * * Specular reflection component REAL SPECLR * * Primary light source position REAL SOURCE(3) * * Input transformation COMMON /MATRICES/ XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT, & TMAT, TINV, TINVT, SROT, SRTINV, SRTINVT & ,RAFTER, TAFTER REAL XCENT, YCENT, SCALE, SXCENT, SYCENT * Transformation matrix, inverse of transpose, and transposed inverse REAL TMAT(4,4), TINV(4,4), TINVT(4,4) * Shortest rotation from light source to +z axis REAL SROT(4,4), SRTINV(4,4), SRTINVT(4,4) * Post-hoc transformation on top of original TMAT REAL RAFTER(4,4), TAFTER(3) EXTERNAL DET REAL DET * * Distance (in +z) of viewing eye REAL EYEPOS * * Input mode INTEGER INMODE * * Buffer one line of input for decoding CHARACTER*132 LINE * * Input format(s) CHARACTER*80 INFMTS(MXTYPE),INFMT * * Free-format input flag LOGICAL INFLGS(MXTYPE),INFLG * * Allow very long names for file indirection CHARACTER*132 FULLNAME * * Stuff for shading REAL NL(3),NORMAL(3),LDOTN REAL RGBCUR(3),RGBSHD(3),RGBFUL(3) REAL SPECOL(3) * * FOG parameters * (fogtype -1 = none, 0 = linear depthcuing, 1 = exponential model) * (fogfront 0 = front object, else fraction of front clipping plane) * (fogback 0 = back object, else fraction of back clipping plane) * COMMON /FOGCOM/ FOGTYPE,FOGFRONT,FOGBACK,FOGDEN,FOGLIM,FOGRGB INTEGER FOGTYPE REAL FOGFRONT, FOGBACK, FOGDEN, FOGLIM(2), FOGRGB(3) * * The s & m guys are for the shadow box in the following * * Object list, consists of pointers (less 1) into detail, sdtail INTEGER, ALLOCATABLE, DIMENSION(:) :: LIST, MIST * * Object types and flags, parallel to list INTEGER, ALLOCATABLE, DIMENSION(:) :: TYPE INTEGER*4, ALLOCATABLE, DIMENSION(:) :: FLAG * * Keep a separate list of special materials * and remember any special props of current material on input CDEBUG MPARITY gets its own array because it's used in a per-pixel loop CDEBUG (using DETAIL(LIST(MLIST(MAT))+18) cost 5% in execution time) INTEGER, ALLOCATABLE, DIMENSION(:) :: MLIST, MPARITY LOGICAL MATCOL, BACKFACE LOGICAL CLIPPING, MAYCLIP, JUSTCLIPPED REAL RGBMAT(3) * * Object details, shadow object details REAL, ALLOCATABLE, DIMENSION(:) :: DETAIL, SDTAIL * * Input buffer for details REAL BUF(100) * * Number of objects in each tile's short list (m... are for shadows) C Moved from COMMON BLOCK LISTS to MODULE LISTS to allow dynamic C allocation - FZ C COMMON /LISTS/ KOUNT, MOUNT, TTRANS, ISTRANS C INTEGER KOUNT(MAXNTX,MAXNTY), MOUNT(NSX,NSY) C INTEGER TTRANS(MAXNTX,MAXNTY), ISTRANS * * Pointer to where each tile's objects start INTEGER, ALLOCATABLE, DIMENSION(:,:) :: KSTART, MSTART * * Pointer to where each tile's objects end INTEGER, ALLOCATABLE, DIMENSION(:,:) :: KSTOP, MSTOP * * Short list heap INTEGER, ALLOCATABLE, DIMENSION(:) :: KSHORT, MSHORT * * Temporary for sorting REAL, ALLOCATABLE, DIMENSION(:) :: ZTEMP * * Where the permutation representing the sort is stored INTEGER, ALLOCATABLE, DIMENSION(:) :: ZINDEX * * The number of "details" each object type is supposed to have * : input, object, shadow INTEGER IDET(MXTYPE), KDET(MXTYPE), SDET(MXTYPE) * * Support for cylinders EXTERNAL CYLTEST LOGICAL CYLTEST, ISCYL * * Support for quadrics REAL QNORM(3) EXTERNAL QINP, QTEST LOGICAL QINP, QTEST, ISQUAD * * Support for transparency COMMON /TRANS/ NTRANSP, INDEPTH, INDTOP, TRANOVFL, ZTOP, ZHIGH, & INDLIST(MAXTRANSP), ZLIST(MAXTRANSP), & NORMLIST(3,MAXTRANSP) INTEGER NTRANSP, INDEPTH, INDTOP, INDLIST, TRANOVFL REAL ZTOP, ZHIGH, ZLIST, NORMLIST REAL SBLEND, RGBLND(3) * * Support for a "glow" light source REAL GLOWSRC(3), GLOWCOL(3), GDIST(3), GLOWRAD, GLOW, GLOWMAX INTEGER GOPT, GPHONG INTEGER, ALLOCATABLE, DIMENSION(:) :: GLOWLIST INTEGER NGLOWS * * Support for decompression on the fly EXTERNAL ungz INTEGER ungz * * Support for BOUNDING_PLANE internal object type REAL BPLANE(3), BPNORM(3), BPRGB(3) REAL xn, yn, zn, xnb, ynb, znb INTEGER BPTYPE, NBOUNDS, BPIND LOGICAL ORTEPLIKE INTEGER ORTEP PARAMETER (ORTEP=1) EXTERNAL INBOUNDS LOGICAL INBOUNDS REAL TEMPNORM(3) * * Output buffer INTEGER*2, ALLOCATABLE, DIMENSION(:,:) :: OUTBUF * * Copy of NOISE for ASSERT to see INTEGER ASSOUT LOGICAL VERBOSE COMMON /ASSCOM/ ASSOUT, VERBOSE SAVE /ASSCOM/ * * For label processing COMMON /LABELS/ LABOUT INTEGER LABOUT * * Gamma correction INTEGER GAMMA_MAP(256) PARAMETER (MAXRGB=255.0) LOGICAL GAMMACORRECTION * * Keep track of actual coordinate limits COMMON /NICETIES/ TRULIM, ZLIM, FRONTCLIP, BACKCLIP & , ISOLATION REAL TRULIM(3,2), ZLIM(2), FRONTCLIP, BACKCLIP INTEGER ISOLATION * * Array of sizes to try allocating for expanded dynamic storage INTEGER NEEDMEM, TRY1(3), TRY2(3) INTEGER, ALLOCATABLE, DIMENSION(:) :: TMP1D INTEGER*4, ALLOCATABLE, DIMENSION(:) :: TMP1DI4 REAL, ALLOCATABLE, DIMENSION(:) :: TMP1DR INTEGER, ALLOCATABLE, DIMENSION(:,:) :: TMP2D INTEGER*2, ALLOCATABLE, DIMENSION(:,:) :: TMP2DI2 REAL, ALLOCATABLE, DIMENSION(:,:) :: TMP2DR REAL, ALLOCATABLE, DIMENSION(:,:,:) :: TMP3DR LOGICAL TEST_ALLOC TEST_ALLOC = .TRUE. * * Allocate initial space for dynamically allocatable arrays ALLOCATE( TILE(3,MAXNPX,MAXNPY) ) ALLOCATE( ACHAN(MAXNPX,MAXNPY) ) ALLOCATE( ZTEMP(MAXOBJ) ) ALLOCATE( ZINDEX(MAXOBJ) ) ALLOCATE( LIST(MAXOBJ), MIST(MAXOBJ) ) ALLOCATE( TYPE(MAXOBJ) ) ALLOCATE( FLAG(MAXOBJ) ) ALLOCATE( MLIST(MAXMAT), MPARITY(MAXMAT) ) ALLOCATE( DETAIL(MAXDET), SDTAIL(MAXSDT) ) ALLOCATE( KOUNT(MAXNTX,MAXNTY), MOUNT(NSX,NSY) ) ALLOCATE( TTRANS(MAXNTX,MAXNTY) ) ALLOCATE( KSTART(MAXNTX,MAXNTY), MSTART(NSX,NSY) ) ALLOCATE( KSTOP(MAXNTX,MAXNTY), MSTOP(NSX,NSY) ) ALLOCATE( KSHORT(MAXSHR), MSHORT(MAXSSL) ) ALLOCATE( GLOWLIST(MAXGLOWS) ) ALLOCATE( OUTBUF(OUTSIZ,4) ) TRULIM (1,1) = HUGE TRULIM (2,1) = HUGE TRULIM (3,1) = HUGE TRULIM (1,2) = -HUGE TRULIM (2,2) = -HUGE TRULIM (3,2) = -HUGE ZLIM(1) = HUGE ZLIM(2) = -HUGE * IDET(TRIANG) = 12 IDET(SPHERE) = 7 IDET(CYLFLAT) = 11 IDET(CYLIND) = 11 IDET(PLANE) = 12 IDET(NORMS ) = 9 IDET(MATERIAL) = 10 IDET(GLOWLIGHT)= 10 IDET(QUADRIC) = 17 IDET(VERTEXRGB)= 9 IDET(VERTRANSP)= 3 IDET(INTERNAL) = 20 * KDET(TRIANG) = 16 KDET(SPHERE) = 7 KDET(CYLIND) = 11 KDET(PLANE) = 7 KDET(NORMS ) = 9 KDET(MATERIAL) = 18 KDET(GLOWLIGHT)= 10 KDET(QUADRIC) = 17 KDET(VERTEXRGB)= 9 KDET(VERTRANSP)= 3 KDET(INTERNAL) = 20 * SDET(TRIANG) = 13 SDET(SPHERE) = 4 SDET(CYLIND) = 8 SDET(QUADRIC) = 14 SDET(INTERNAL) = 20 * These object types really have no shadow details, * but indexing seems to require a nonzero value SDET(PLANE) = 1 SDET(NORMS ) = 1 SDET(MATERIAL) = 1 SDET(GLOWLIGHT)= 1 SDET(VERTEXRGB)= 1 SDET(VERTRANSP)= 1 * * Feb 2008 - more initializations for current gfortran NSXMAX = 0 NSYMAX = 0 CLROPT = 0 SCHEME = 0 TRNSPOPT = 0 INFLG = .TRUE. JUSTCLIPPED = .FALSE. IXHI = 0 IXLO = 0 IYHI = 0 IYLO = 0 ITPASS = 0 * * Copy the info (also error reporting) unit number to common ASSOUT = NOISE WRITE (NOISE,*) ' ' * * Initialize to level 0 of file indirection INPUT = INPUT0 * * Initialize unit number for label processing LABOUT = LUNIT * * Initialize to no special material properties MSTATE = 0 MATCOL = .FALSE. ISOLATION = 0 CLIPPING = .FALSE. NBOUNDS = 0 ORTEPLIKE = .FALSE. CLRITY = 0.0 GLOWMAX = 0.0 * * Initialize to no perspective. EYEPOS > 0 will add perspective PFAC = 1.0 PFAC1 = 1.0 PFAC2 = 1.0 PFAC3 = 1.0 * * Initialize global properties FOGTYPE = -1 RGBLND(1) = 0 RGBLND(2) = 0 RGBLND(3) = 0 * * EAM Aug 1999 - break out command line parsing into new routine call parse * * Get title 100 CONTINUE DO I=1,132 TITLE(I:I) = ' ' ENDDO READ (INPUT,'(A)',END=104,ERR=104) TITLE IF (TITLE(1:1) .EQ. '#') GOTO 100 IF (TITLE(1:1) .EQ. '@') THEN J = 1 K = 132 DO I=132,2,-1 IF (TITLE(I:I).EQ.' ') TITLE(I:I) = ' ' IF (TITLE(I:I).NE.' ') J = I IF (TITLE(I:I).EQ.'#') K = I-1 IF (TITLE(I:I).EQ.'!') K = I-1 ENDDO IF (J.EQ.1) GOTO 101 DO WHILE (TITLE(K:K).EQ.' ') K = K -1 ENDDO OPEN (UNIT=INPUT+1,ERR=101,STATUS='OLD',FILE=TITLE(J:K)) WRITE (NOISE,'(A,A)') ' + Opening input file ',TITLE(J:K) INPUT = INPUT + 1 READ (INPUT,'(A)',ERR=101) TITLE IF (TITLE(1:1) .EQ. '#') GOTO 100 ENDIF GOTO 102 101 WRITE (NOISE,'(A,A)')' >> Cannot open or read file ',TITLE(2:K) CALL EXIT(-1) 102 CONTINUE K = 132 DO WHILE (TITLE(K:K).EQ.' ') K = K -1 ENDDO WRITE (NOISE,103) TITLE(1:K) 103 FORMAT('title="',A,'"') * * Get number of tiles READ (INPUT,*,ERR=104,END=104) NTX,NTY CALL ASSERT (NTX.GT.0, 'ntx.le.0') CALL ASSERT (NTY.GT.0, 'nty.le.0') GOTO 105 104 CALL ASSERT(.FALSE., & '>>> This doesnt look like a Raster3D input file! <<<') 105 CONTINUE * * Get number of pixels per tile - 0 means autotile from values in NTX, NTY READ (INPUT,*,ERR=104) NPX,NPY if (npx.eq.0 .and. nax.le.0) nax = ntx if (npy.eq.0 .and. nay.le.0) nay = nty * * Get pixel averaging scheme READ (INPUT,*,ERR=104) SCHEME if (nscheme.ge.0) scheme = nscheme CALL ASSERT (SCHEME.GE.0 .AND. SCHEME.LE.4, 'bad scheme') * * Set up tiling and anti-aliasing. * If NAX, NAY are set, then use them to autotile IF (SCHEME.LE.1) THEN call autotile( nax, nay, 2 ) NOX = NPX NOY = NPY if (nax.lt.0) nax = npx * ntx if (nay.lt.0) nay = npy * nty ELSEIF (SCHEME.EQ.2) THEN if (nax.gt.0) nax = nax * 2 if (nay.gt.0) nay = nay * 2 if (nax.le.0) nax = NPX * NTX if (nay.le.0) nay = NPY * NTY call autotile( nax, nay, 2 ) nax = nax / 2 nay = nay / 2 NOX = NPX/2 NOY = NPY/2 ELSEIF (SCHEME.EQ.3 .and. nscheme.ne.-4 .and. nax.le.0 ) THEN C Old style scheme 3 with exact tiling specified nax = NPX * NTX nay = NPY * NTY call autotile( nax, nay, 3 ) nax = (nax * 2 + 2) / 3 nay = (nay * 2 + 2) / 3 NOX = (NPX * 2) / 3 NOY = (NPY * 2) / 3 ELSE C Either scheme 4 or -size and anti-aliasing selected on command line if (nax.gt.0) nax = (nax + (nax+1)/2) if (nay.gt.0) nay = (nay + (nay+1)/2) if (nax.le.0) nax = NPX*NTX + (NPX*NTX+1)/2 if (nay.le.0) nay = NPY*NTY + (NPY*NTY+1)/2 call autotile( nax, nay, 3 ) nax = (nax * 2 + 2) / 3 nay = (nay * 2 + 2) / 3 NOX = (NPX * 2) / 3 NOY = (NPY * 2) / 3 SCHEME = 3 ENDIF * call assert (nax.gt.0, 'nax <= 0') call assert (nay.gt.0, 'nay <= 0') * CALL ASSERT (NTX.GT.0.,'Tiling failure - ntx = 0') CALL ASSERT (NTY.GT.0.,'Tiling failure - nty = 0') CALL ASSERT (NPX.GT.0.,'Tiling failure - npx = 0') CALL ASSERT (NPY.GT.0.,'Tiling failure - npy = 0') * * Expand arrays KOUNT, TTRANS, KSTART and KSTOP if needed, eg NTX > MAXNTX if (NTX.GT.SIZE(KSTOP,1) .OR. NTY.GT.SIZE(KSTOP,2)) THEN * * Double the old allocation if that's enough, or take 150% of the new * If that fails, try 150% of the old or 120% of new, or just the new CALL GET_TRY(SIZE(KSTOP, 1), NTX, TRY1, 2) CALL GET_TRY(SIZE(KSTOP, 2), NTY, TRY2, 2) * * Try allocating memory to the arrays do 900 ITRY = 1,3 * * Test to see if requested allocation is valid if (TRY1(ITRY) .LE. 0 .OR. TRY2(ITRY) .LE. 0 .OR. & TRY1(ITRY)*TRY2(ITRY) .LE. 0 .OR. & MAXMEM / TRY1(ITRY) .LT. TRY2(ITRY)) GOTO 900 ALLOCATE( TMP2D(TRY1(ITRY),TRY2(ITRY)), STAT=IERR) if (ierr .NE. 0) GOTO 900 C TMP2D = 0 TMP2D = KOUNT CALL MOVE_ALLOC(from=TMP2D, to=KOUNT) ALLOCATE( TMP2D(TRY1(ITRY),TRY2(ITRY)), STAT=IERR) if (ierr .NE. 0) GOTO 900 C TMP2D = 0 TMP2D = TTRANS CALL MOVE_ALLOC(from=TMP2D, to=TTRANS) ALLOCATE( TMP2D(TRY1(ITRY),TRY2(ITRY)),stat=ierr) if (ierr .NE. 0) GOTO 900 C TMP2D = 0 TMP2D = KSTART CALL MOVE_ALLOC(from=TMP2D, to=KSTART) ALLOCATE( TMP2D(TRY1(ITRY),TRY2(ITRY)),stat=ierr) if (ierr .NE. 0) GOTO 900 C TMP2D = 0 TMP2D = KSTOP CALL MOVE_ALLOC(from=TMP2D, to=KSTOP) if(TEST_ALLOC)write(NOISE,*)"Expand MAXNTX x Y to ", & try1(ITRY)," x ",try2(ITRY) GOTO 902 900 CONTINUE ENDIF * * These should only fail if the above dynamic allocation failed 902 CALL ASSERT (NTX.LE.SIZE(KSTOP, 1),'Tiling failure - ntx>maxntx') CALL ASSERT (NTY.LE.SIZE(KSTOP, 2),'Tiling failure - nty>maxnty') * * Expand arrays TILE, ACHAN next if needed, i.e. NPX,NPY > MAXNPX or Y if (NPX.GT.SIZE(TILE,2).OR. NPY.GT.SIZE(TILE,3)) THEN CALL GET_TRY(SIZE(TILE,2), NPX, TRY1, 2) CALL GET_TRY(SIZE(TILE,3), NPY, TRY2, 2) do 905 ITRY = 1,3 * Test to see if requested allocation is valid if (TRY1(ITRY) .LE. 0 .OR. TRY2(ITRY) .LE. 0 .OR. & TRY1(ITRY)*TRY2(ITRY) .LE. 0 .OR. & MAXMEM / TRY1(ITRY) .LT. TRY2(ITRY)) GOTO 905 ALLOCATE( TMP2DR(TRY1(ITRY),TRY2(ITRY)),stat=ierr) if (ierr .NE. 0) GOTO 905 TMD2DR = 0. TMP2DR = ACHAN CALL MOVE_ALLOC(from=TMP2DR, to=ACHAN) ALLOCATE( TMP3DR(3,TRY1(ITRY),TRY2(ITRY)),stat=ierr) if (ierr .NE. 0) GOTO 905 TMD3DR = 0. TMP3DR = TILE CALL MOVE_ALLOC(from=TMP3DR, to=TILE) if(TEST_ALLOC)write(NOISE,*)"Expand MAXNPX,Y to ", & try1(ITRY)," x ",try2(ITRY) GOTO 907 905 CONTINUE ENDIF * * These should only fail if the above dynamic allocation failed 907 CALL ASSERT (NPX.LE.SIZE(TILE,2),'Tiling failure - npx>maxnpx') CALL ASSERT (NPY.LE.SIZE(TILE,3),'Tiling failure - npy>maxnpy') * IF (VERBOSE) THEN WRITE (NOISE,*) 'ntx=',NTX,' nty=',NTY WRITE (NOISE,*) 'npx=',NPX,' npy=',NPY WRITE (NOISE,*) 'scheme=',SCHEME WRITE (NOISE,*) 'nox=',NOX,' noy=',NOY END IF if (nax.lt.0) nax = nox*ntx if (nay.lt.0) nay = noy*nty NX = nox*ntx LINOUT = 0 WRITE (NOISE,1105) 'Rendered raster size =',NPX*NTX,NPY*NTY WRITE (NOISE,1105) ' Output raster size =',NAX,NAY 1105 FORMAT(A,I7,' x',I7) C * * Expand array OUTBUF if needed, i.e. NTX * NOX * NOY > OUTBUF size * NOTE: this may avoidably fail if the above array expansions took * up more room than it needed, and didn't leave enough for OUTBUF. NEEDMEM = NOY*NOX*NTX if ( NEEDMEM .GT. SIZE(OUTBUF,1) ) THEN CALL GET_TRY(SIZE(OUTBUF,1), NEEDMEM, TRY1, 1) do 910 ITRY = 1,3 * Test to see if requested allocation is valid if (TRY1(ITRY).LE.0 .OR. TRY1(ITRY).GT.MAXMEM) GOTO 910 ALLOCATE( TMP2DI2(TRY1(ITRY),4), stat=ierr ) if (ierr .NE. 0) GOTO 910 TMP2DI2 = 0 TMP2DI2 = OUTBUF CALL MOVE_ALLOC(from=TMP2DI2, to=OUTBUF) if(TEST_ALLOC)write(NOISE,*)"Expand OUTBUF to ",try1(ITRY) GOTO 912 910 CONTINUE ENDIF 912 CALL ASSERT (SIZE(OUTBUF,1).GE.NEEDMEM, & 'image too large for output buffer') C C Header records and picture title IF (SCHEME.EQ.0) OTMODE = ior(OTMODE,ALPHACHANNEL) * * Some derived parameters XCENT = NTX*NPX/2. YCENT = NTY*NPY/2. SXCENT = NSX*NPX/2. SYCENT = NSY*NPY/2. SCALE = 2.*MIN(XCENT,YCENT) * This was always true; now it's explicit BACKCLIP = -(SCALE+1.0) FRONTCLIP = HUGE * Copy scheme to common, where r3dtogd can see it NSCHEME = SCHEME * * Get background colour READ (INPUT,*,ERR=104) BKGND if (XBG.NE.0) then BKGND(3) = iand(XBG,Z'00FF') BKGND(2) = iand(XBG,Z'FF00')/256 BKGND(1) = iand(XBG,Z'FF0000')/65536 BKGND(3) = BKGND(3) / 255. BKGND(2) = BKGND(2) / 255. BKGND(1) = BKGND(1) / 255. BKGND(3) = BKGND(3)**2 BKGND(2) = BKGND(2)**2 BKGND(1) = BKGND(1)**2 endif IF (VERBOSE) THEN WRITE (NOISE,1106) 'bkgnd=',BKGND END IF 1106 FORMAT(A,4F10.4,(/,4F10.4)) CALL ASSERT (BKGND(1).GE.0., 'bkgnd(1) < 0') CALL ASSERT (BKGND(2).GE.0., 'bkgnd(2) < 0') CALL ASSERT (BKGND(3).GE.0., 'bkgnd(3) < 0') CALL ASSERT (BKGND(1).LE.1., 'bkgnd(1) > 1') CALL ASSERT (BKGND(2).LE.1., 'bkgnd(2) > 1') CALL ASSERT (BKGND(3).LE.1., 'bkgnd(3) > 1') IF (GAMMA.LT.0.99 .OR. GAMMA.GT.1.01) THEN IBKGND(1) = SQRT(BKGND(1)) ** (1.0/GAMMA) * MAXRGB + 0.5 IBKGND(2) = SQRT(BKGND(2)) ** (1.0/GAMMA) * MAXRGB + 0.5 IBKGND(3) = SQRT(BKGND(3)) ** (1.0/GAMMA) * MAXRGB + 0.5 ELSE IBKGND(1) = 255. * SQRT(BKGND(1)) + .5 IBKGND(2) = 255. * SQRT(BKGND(2)) + .5 IBKGND(3) = 255. * SQRT(BKGND(3)) + .5 ENDIF * * * Get "shadows" flag READ (INPUT,*,ERR=104) SHADOW IF (SHADOWFLAG.EQ.0) SHADOW = .FALSE. IF (SHADOWFLAG.EQ.1) SHADOW = .TRUE. IF (VERBOSE) THEN WRITE (NOISE,*) 'shadow=',SHADOW END IF * * Get Phong power READ (INPUT,*,ERR=104) PHONG IPHONG = PHONG CALL ASSERT (IPHONG.GE.0, 'iphong < 0') * A derived constant for numerical purposes in applying the * Phong power in the shading algorithm. * The idea is that any specular contribution less than * 1E-9 (hence the 9 in 9./IPHONG) is insignificant: IF (IPHONG .NE. 0) PHOBND = 0.1**(9./IPHONG) IF (IPHONG .EQ. 0) PHOBND = 0. * * Get contribution of straight-on (secondary) light source READ (INPUT,*,ERR=104) STRAIT CALL ASSERT (STRAIT.GE.0., 'strait < 0') CALL ASSERT (STRAIT.LE.1., 'strait > 1') * * Derive contribution of primary light source PRIMAR = 1. - STRAIT * * Get contribution of ambient light READ (INPUT,*,ERR=104) AMBIEN CALL ASSERT (AMBIEN.GE.0., 'ambien < 0') CALL ASSERT (AMBIEN.LE.1., 'ambien > 1') * * Get component of specular reflection READ (INPUT,*,ERR=104) SPECLR CALL ASSERT (SPECLR.GE.0., 'speclr < 0') CALL ASSERT (SPECLR.LE.1., 'speclr > 1') * IF (VERBOSE) THEN WRITE (NOISE,1104) 'iphong=',float(IPHONG),'strait=',STRAIT, & 'ambien=',AMBIEN,'speclr=',SPECLR 1104 FORMAT(2(4X,A,F10.4)) END IF * * Derive component of diffuse reflection CALL ASSERT (AMBIEN+SPECLR.LE.1., 'ambien+speclr > 1') DIFFUS = 1. - (AMBIEN+SPECLR) * * Get distance of viewing eye READ (INPUT,*,ERR=104) EYEPOS CALL ASSERT (EYEPOS.GE.0., 'eyepos.lt.0') * * Get position of primary light source READ (INPUT,*,ERR=104) SOURCE SMAG = SQRT(SOURCE(1)**2 + SOURCE(2)**2 + SOURCE(3)**2) SOURCE(1) = SOURCE(1) / SMAG SOURCE(2) = SOURCE(2) / SMAG SOURCE(3) = SOURCE(3) / SMAG IF (VERBOSE) THEN WRITE (NOISE,1106) 'eyepos=',EYEPOS WRITE (NOISE,1106) 'source=',SOURCE WRITE (NOISE,1106) 'normalized source=',SOURCE END IF * * Get input transformation DO I=1,4 READ (INPUT,*,ERR=104) (TMAT(I,J),J=1,4) END DO IF (VERBOSE) THEN WRITE (NOISE,*) 'tmat (v'' = v * tmat):' DO I=1,4 WRITE (NOISE,'(4f9.4)') (TMAT(I,J),J=1,4) END DO END IF * * Initialize output file IERR = LOCAL(5, IBKGND(1), IBKGND(2), IBKGND(3)) IERR = LOCAL(1, NAX, NAY, OTMODE, QUALITY) IERR = LOCAL(4, TITLE) * * Allow command line rescaling option IF (ZOOM.LT.0.) ZOOM = -ZOOM / 100. IF (ZOOM.GT.0.) TMAT(4,4) = TMAT(4,4) / ZOOM IF (VERBOSE .AND. ZOOM.NE.0.) THEN WRITE (NOISE,1106) 'zoom factor = ',ZOOM ENDIF * * EAM - The original output mode was "upside down" compared * to what most graphics programs expect to see. It is messy * to change the evaluation order everywhere so that pixels can be * streamed to stdout, so instead I invert the Y axis in TMAT and SOURCE * here. * The actual decision whether or not to invert is done in local.c * and returned as a bit in the status word returned by local(0,...) IF (INVERT) THEN DO I = 1,4 TMAT(I,2) = -TMAT(I,2) ENDDO SOURCE(2) = -SOURCE(2) ENDIF * * By popular demand, add a post-hoc rotation/translation option * that uses matrices of the form used by O and molscript * Initialized here to identity matrix; set by GPROP options. DO I = 1,4 DO J = 1,4 RAFTER(I,J) = 0.0 ENDDO RAFTER(I,I) = 1.0 ENDDO TAFTER(1) = 0.0 TAFTER(2) = 0.0 TAFTER(3) = 0.0 * * Compute the rotation matrix which takes the light * source to the +z axis (i.e., to the viewpoint). * first make p = source cross z (and normalize p) P1 = SOURCE(2) P2 = -SOURCE(1) * p3 = 0 PLEN = SQRT(P1**2 + P2**2) IF (PLEN .GT. 0.0) P1 = P1 / PLEN IF (PLEN .GT. 0.0) P2 = P2 / PLEN * phi is the angle between source and z (shortest route) COSPHI = SOURCE(3) SINPHI = PLEN SROT(1,1) = P1**2 + (1.-P1**2)*COSPHI SROT(1,2) = P1*P2*(1.-COSPHI) SROT(1,3) = P2*SINPHI SROT(2,1) = SROT(1,2) SROT(2,2) = P2**2 + (1.-P2**2)*COSPHI SROT(2,3) = -P1*SINPHI SROT(3,1) = -SROT(1,3) SROT(3,2) = -SROT(2,3) SROT(3,3) = COSPHI SROT(1,4) = 0.0 SROT(2,4) = 0.0 SROT(3,4) = 0.0 SROT(4,1) = 0.0 SROT(4,2) = 0.0 SROT(4,3) = 0.0 SROT(4,4) = 1.0 * * Quadrics will require the inverse matrix also (and its transpose) * This is also a convenient place to check legality of TMAT CALL QSETUP * * Get input mode READ (INPUT,*,ERR=104) INMODE C WRITE (NOISE,*) 'inmode=',INMODE CALL ASSERT (INMODE.GE.1,'bad inmode') * * Get input format(s) IF (INMODE.EQ.1.OR.INMODE.EQ.2) THEN READ (INPUT,'(A)',ERR=104) INFMT C WRITE (NOISE,*) 'infmt=',INFMT II = 0 2 CONTINUE IF (INFMT(1:1).EQ.' ') THEN INFMT(1:79) = INFMT(2:80) INFMT(80:80) = ' ' II = II + 1 IF (II.LT.80) GO TO 2 ENDIF IF (INFMT(1:1).EQ.'*') THEN INFLG = .TRUE. ELSE INFLG = .FALSE. ENDIF ELSEIF (INMODE.GE.3) THEN C WRITE (NOISE,*) 'infmts:' DO 4 I=1,3 READ (INPUT,'(A)',ERR=104) INFMTS(I) C WRITE (NOISE,*) INFMTS(I) II = 0 3 CONTINUE IF (INFMTS(I)(1:1).EQ.' ') THEN INFMTS(I)(1:79) = INFMTS(I)(2:80) INFMTS(I)(80:80) = ' ' II = II + 1 IF (II.LT.80) GO TO 3 ENDIF IF (INFMTS(I)(1:1).EQ.'*') THEN INFLGS(I) = .TRUE. ELSE INFLGS(I) = .FALSE. ENDIF 4 CONTINUE INFLGS(PLANE) = INFLGS(TRIANG) INFMTS(PLANE) = INFMTS(TRIANG) INFLGS(NORMS) = INFLGS(TRIANG) INFMTS(NORMS) = INFMTS(TRIANG) INFLGS(VERTEXRGB) = INFLGS(TRIANG) INFMTS(VERTEXRGB) = INFMTS(TRIANG) INFLGS(VERTRANSP) = INFLGS(TRIANG) INFMTS(VERTRANSP) = INFMTS(TRIANG) INFLGS(MATERIAL) = .TRUE. INFLGS(GLOWLIGHT) = .TRUE. INFLGS(QUADRIC) = .TRUE. ELSE CALL ASSERT (.FALSE.,'bad inmode') ENDIF c c Done with header records c Do we force-close the input file, so that we can borrow headers, c or should we keep going as long as the file continues? c The following 4 lines implement the former, so that the initial c @file command essentially means 'use his header records for me too'. c c IF (INPUT.NE.INPUT0) THEN c CLOSE(INPUT) c INPUT = INPUT0 c ENDIF c As of V2.5e, however, we keep reading. c >>> This is a change! <<< c c End of header processing * * Give them a notice to stare at while the program cranks along WRITE (NOISE,'(1X)') WRITE (NOISE,*) '%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%', & '%%%%%%%%%%%%%%%%%%%%%%%%%%' WRITE (NOISE,*) '% Raster3D ',VERSION, & ' %' WRITE (NOISE,*) '% -------------------------', & '------------- %' WRITE (NOISE,*) '% If you publish figures generated by this ', & 'program please cite %' WRITE (NOISE,*) '% Merritt & Bacon (1997) ', & 'Meth. Enzymol. 277, 505-524.',' %' WRITE (NOISE,*) '% -------------------------', & '------------- %' WRITE (NOISE,*) '% Raster3D distribution site', & ' %' WRITE (NOISE,*) '% http://www.bmsc.washington.edu/', & 'raster3d/ %' WRITE (NOISE,*) '% comments & suggestions to: ', & ' merritt@u.washington.edu %' WRITE (NOISE,*) '%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%', & '%%%%%%%%%%%%%%%%%%%%%%%%%%' * * If label processing is selected on command line, initialize * PostScript output file. This isn't needed for Version 3, which * uses libgd rather than PostScript to handle labels PSSCALE = 2.0 * MIN( NTX*NOX/2., NTY*NOY/2. ) CALL LSETUP( PSSCALE, BKGND, TITLE ) WRITE (NOISE,'(1X)') * * Initialize gamma correction table GAMMACORRECTION = .FALSE. IF (GAMMA.LT.0.99 .OR. GAMMA.GT.1.01) GAMMACORRECTION = .TRUE. IF (GAMMACORRECTION) THEN DO I=0,MAXRGB G = I GAMMA_MAP(I+1) = (G/MAXRGB) ** (1.0/GAMMA) * MAXRGB + 0.5 ENDDO ENDIF * * * Initialize counters DO 5 J=1,NTY DO 5 I=1,NTX KOUNT(I,J) = 0 TTRANS(I,J) = 0 5 CONTINUE DO 6 J=1,NSY DO 6 I=1,NSX MOUNT(I,J) = 0 6 CONTINUE c DO 662 I = 1,SIZE(FLAG) FLAG(I) = 0 662 CONTINUE nprops = 0 npropm = 0 ntransp = 0 nsphere = 0 ncylind = 0 nplanes = 0 nhidden = 0 ninside = 0 mstate = 0 nlabels = 0 nglows = 0 nquads = 0 nclip = 0 nvtrans = 0 nbplanes = 0 tranovfl = 0 c c Objects in, and count up objects that may impinge on each tile NDET = 0 IF (SHADOW) MDET = 0 N = 0 c c Read in next object 7 CONTINUE IF (INMODE.EQ.1.OR.INMODE.EQ.2) THEN INTYPE = INMODE GOTO 8 ENDIF C C READ (INPUT,*,END=50) INTYPE READ (INPUT,'(A)',END=50,ERR=47) LINE c Nov 1997 - allow # comments IF (LINE(1:1) .EQ. '#') THEN GOTO 7 c May 1996 - allow file indirection ELSE IF (LINE(1:1) .EQ. '@') THEN J = 1 K = 132 L = 132 DO I=132,2,-1 IF (LINE(I:I).NE.' ') J = I IF (LINE(I:I).EQ.'#') K = I-1 IF (LINE(I:I).EQ.'!') K = I-1 IF (LINE(I:I).EQ.CHAR(0)) K = I-1 IF (LINE(I:I).EQ.' ') LINE(I:I) = ' ' ENDDO IF (J.EQ.1) GOTO 7 L=0 DO I=J,K IF (LINE(I:I).NE.' ') L = I ENDDO K = L IF (LINE(K:K).eq.'Z' .or. LINE(K-1:K).eq.'gz') THEN c ungz will uncompress into a temporary file, which ought to c be deleted later. Unfortunately, that's hard to do in g77 c since it doesn't support dispose='DELETE'. line(k+1:k+1) = char(0) if (0 .gt. ungz( line(j:k+1), fullname )) goto 73 j = 1 k = 132 do i=132,2,-1 if (fullname(i:i).eq.' ') k = i-1 if (fullname(i:i).eq.char(0)) k = i-1 enddo if (verbose) & write(noise,*) 'Creating temporary file: ',fullname(j:k) open (unit=input+1,err=73,status='OLD', & file=fullname(j:k)) fullname = line(2:132) goto 72 ENDIF 70 CONTINUE OPEN (UNIT=INPUT+1,ERR=71,STATUS='OLD', & FILE=LINE(J:K)) FULLNAME = LINE(J:K) GOTO 72 71 CONTINUE IF (LINE(K-3:K).NE.'.r3d') THEN K = K + 4 LINE(K-3:K) = '.r3d' GOTO 70 ENDIF CALL LIBLOOKUP( LINE(J:K), FULLNAME ) OPEN (UNIT=INPUT+1,ERR=73,STATUS='OLD',FILE=FULLNAME) 72 CONTINUE DO I=132,2,-1 IF (FULLNAME(I:I).EQ.' ') J = I ENDDO WRITE (NOISE,'(A,A)') ' + Opening input file ',FULLNAME(1:J) INPUT = INPUT + 1 CALL ASSERT(INPUT-INPUT0.LE.MAXLEV, & 'Too many levels of indirection') GOTO 7 73 WRITE (NOISE,'(A,A)') ' >> Cannot open file ',LINE(J:K) GOTO 7 ELSE c April 2011 - ignore blank line READ (LINE,*,END=7,ERR=74) INTYPE GOTO 76 74 WRITE (NOISE,'(A,A)') ' >> Unrecognized line: ',LINE GOTO 7 76 CONTINUE ENDIF IF (INTYPE.EQ.0) GO TO 50 IF (INTYPE .EQ. CYLFLAT) THEN INTYPE = CYLIND FLAG(N+1) = ior( FLAG(N+1), FLAT ) ELSEIF (INTYPE .EQ. MATEND) THEN MSTATE = 0 CLRITY = 0 CLROPT = 0 TRNSPOPT = 0 MATCOL = .FALSE. ISOLATION = 0 CLIPPING = .FALSE. NBOUNDS = 0 ORTEPLIKE = .FALSE. GOTO 7 ELSEIF (INTYPE .EQ. FONT) THEN IF (LFLAG) THEN CALL LINP( INPUT, INTYPE, .FALSE., RGBMAT ) ELSE READ (INPUT,'(A)',END=50) LINE ENDIF GOTO 7 ELSEIF (INTYPE .EQ. LABEL) THEN NLABELS = NLABELS + 1 IF (LFLAG) THEN IF (MSTATE.EQ.MATERIAL .AND. MATCOL) THEN CALL LINP( INPUT, INTYPE, .TRUE., RGBMAT ) ELSE CALL LINP( INPUT, INTYPE, .FALSE., RGBMAT ) ENDIF ELSE READ (INPUT,'(A)',END=50) LINE READ (INPUT,'(A)',END=50) LINE ENDIF GOTO 7 ELSEIF (INTYPE .EQ. ISOLATE1) THEN ISOLATION = 1 GOTO 7 ELSEIF (INTYPE .EQ. ISOLATE2) THEN ISOLATION = 2 GOTO 7 c Global Properties ELSEIF (INTYPE .EQ. GPROP) THEN READ (INPUT,'(A)',END=50) LINE L = 1 DO I = 132, 1, -1 IF (LINE(I:I).NE.' '.AND.LINE(I:I).NE.' ') L = I ENDDO IF (LINE(L:L+2).EQ.'FOG') THEN READ (LINE(L+4:74),*,ERR=771,END=771) & FOGTYPE, FOGFRONT, FOGBACK, FOGDEN 771 CONTINUE FOGRGB(1) = BKGND(1) FOGRGB(2) = BKGND(2) FOGRGB(3) = BKGND(3) CALL CHKRGB(FOGRGB(1),FOGRGB(2),FOGRGB(3),'invalid fog color') IF (FOGTYPE.NE.1) FOGTYPE = 0 IF (FOGDEN.LE.0.0) FOGDEN = 0.5 ELSE IF (LINE(L:L+8).EQ.'FRONTCLIP') THEN READ (LINE(L+10:132),*,ERR=75) FRONTCLIP FRONTCLIP = FRONTCLIP * SCALE / TMAT(4,4) ELSE IF (LINE(L:L+7).EQ.'BACKCLIP') THEN READ (LINE(L+9:132),*,ERR=75) BACKCLIP BACKCLIP = BACKCLIP * SCALE / TMAT(4,4) ELSE IF (LINE(L:L+7).EQ.'ROTATION') THEN READ (LINE(L+9:132),*,ERR=773,END=773) & ((RAFTER(I,J),J=1,3),I=1,3) GOTO 774 773 READ (INPUT,*,ERR=75) ((RAFTER(I,J),J=1,3),I=1,3) 774 WRITE (NOISE,775) ((RAFTER(I,J),J=1,3),I=1,3) 775 FORMAT('Post-rotation matrix: ',3(/,3F10.4)) D = DET(RAFTER) IF (ABS(1.0-ABS(D)).GT.0.02) WRITE (NOISE,*) & '>>> Warning: Post-rotation matrix has determinant',D IF (INVERT) THEN RAFTER(1,2) = -RAFTER(1,2) RAFTER(2,1) = -RAFTER(2,1) RAFTER(2,3) = -RAFTER(2,3) RAFTER(3,2) = -RAFTER(3,2) ENDIF CALL QSETUP ELSE IF (LINE(L:L+10).EQ.'TRANSLATION') THEN READ (LINE(L+12:132),*,ERR=776,END=776) & (TAFTER(I),I=1,3) GOTO 777 776 READ (INPUT,*,ERR=75) (TAFTER(I),I=1,3) 777 WRITE (NOISE,778) (TAFTER(I),I=1,3) 778 FORMAT('Post-translation: ',1(/,3F10.4)) IF (INVERT) TAFTER(2) = -TAFTER(2) ELSE IF (LINE(L:L+4).EQ.'DUMMY') THEN ELSE GOTO 75 ENDIF GOTO 7 75 CONTINUE WRITE(NOISE,'(A,A)') & '>> Unrecognized or incomplete GPROP option ',LINE GOTO 7 * ENDIF * COLD CALL ASSERT (INTYPE.GE.1.AND.INTYPE.LE.MXTYPE,'bad object') IF (INTYPE.LT.1 .OR. INTYPE.GT.MXTYPE) GOTO 47 CALL ASSERT (INTYPE.NE.INTERNAL,'object type 4 not available') c c Read in object details, now we know what kind it is. c Allow an all-zeroes record to terminate input for the c benefit of those of us who might inadvertently supply c a series of blank records after our real input as a c side-effect of tape blocking or sloppiness or ... 8 CONTINUE IF (INMODE.GE.3) THEN INFMT = INFMTS(INTYPE) INFLG = INFLGS(INTYPE) ENDIF IF (INFLG) THEN READ (INPUT,*,END=50) (BUF(I),I=1,IDET(INTYPE)) ELSE READ (INPUT,INFMT,END=50) (BUF(I),I=1,IDET(INTYPE)) ENDIF c 15-Dec-1999 This was supposed to check for all-zero line and exit c but all zeros is legal for [at least!] LABELs IF (INTYPE.EQ.LABEL) GOTO 9 DO I=1,IDET(INTYPE) IF (BUF(I).NE.0.) GO TO 9 ENDDO GO TO 50 9 CONTINUE * * Expand array DETAIL if needed: NDET+KDET(INTYPE) > size(DETAIL) NEEDMEM = NDET+KDET(INTYPE) if ( NEEDMEM .GT. SIZE(DETAIL) ) THEN CALL GET_TRY(SIZE(DETAIL), NEEDMEM, TRY1, 1) DO 920 ITRY = 1,3 if (TRY1(ITRY).LE.0 .OR. TRY1(ITRY).GT.MAXMEM) GOTO 920 ALLOCATE( TMP1DR(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 920 TMP1DR = 0. TMP1DR = DETAIL if(TEST_ALLOC)write(NOISE,*)"Expand DETAIL to ",try1(ITRY) CALL MOVE_ALLOC(from=TMP1DR, to=DETAIL) GOTO 922 920 CONTINUE ENDIF 922 CALL ASSERT (NEEDMEM.LE.SIZE(DETAIL), & 'too many object details - increase MAXDET and recompile') IF (SHADOW) THEN * Expand array SDTAIL if needed NEEDMEM = MDET+SDET(INTYPE) IF ( NEEDMEM .GT. SIZE(SDTAIL) ) THEN CALL GET_TRY(SIZE(SDTAIL), NEEDMEM, TRY1, 1) DO 925 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 925 ALLOCATE( TMP1DR(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 925 TMP1DR = 0. TMP1DR = SDTAIL CALL MOVE_ALLOC(from=TMP1DR, to=SDTAIL) if(TEST_ALLOC)write(NOISE,*)"Expand SDTAIL to ", & try1(ITRY) GOTO 927 925 CONTINUE ENDIF 927 CALL ASSERT (NEEDMEM.LE.SIZE(SDTAIL), & 'too many shadow object details - increase MAXSDT and recompile') ENDIF N = N + 1 * Expand arrays ZTEMP, ZINDEX, LIST, MIST, TYPE, FLAG if needed IF (N.GT.SIZE(FLAG)) THEN CALL GET_TRY(SIZE(FLAG), N, TRY1, 1) DO 930 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 930 ALLOCATE( TMP1DR(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1DR = 0. TMP1DR = ZTEMP CALL MOVE_ALLOC(from=TMP1DR, to=ZTEMP) ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1D = 0 TMP1D = ZINDEX CALL MOVE_ALLOC(from=TMP1D, to=ZINDEX) ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1D = 0 TMP1D = LIST CALL MOVE_ALLOC(from=TMP1D, to=LIST) ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1D = 0 TMP1D = MIST CALL MOVE_ALLOC(from=TMP1D, to=MIST) ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1D = 0 TMP1D = TYPE CALL MOVE_ALLOC(from=TMP1D, to=TYPE) ALLOCATE( TMP1DI4(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 930 TMP1DI4 = 0 TMP1DI4 = FLAG CALL MOVE_ALLOC(from=TMP1DI4, to=FLAG) if(TEST_ALLOC)write(NOISE,*)"Expand MAXOBJ to ",size(FLAG) GOTO 932 930 CONTINUE ENDIF 932 CALL ASSERT (N.LE.SIZE(FLAG), & 'too many objects - increase MAXOBJ and recompile') C 20-Feb-1997 Save both object type and material type TYPE(N) = INTYPE IF (MSTATE.EQ.MATERIAL) FLAG(N) = FLAG(N) + 65536 * NPROPM LIST(N) = NDET IF (SHADOW) MIST(N) = MDET ISTRANS = 0 * From this point on, we'll use the symbolic codes for objects IF (INTYPE.EQ.TRIANG .or. INTYPE.EQ.PLANE) THEN * triangle as read in X1A = BUF(1) Y1A = BUF(2) Z1A = BUF(3) X2A = BUF(4) Y2A = BUF(5) Z2A = BUF(6) X3A = BUF(7) Y3A = BUF(8) Z3A = BUF(9) RED = BUF(10) GRN = BUF(11) BLU = BUF(12) CALL CHKRGB( RED,GRN,BLU,'invalid triangle color' ) CALL ASSERT (IDET(INTYPE).EQ.12,'idet(1).ne.12') IF (MSTATE.EQ.MATERIAL) THEN FLAG(N) = ior(FLAG(N),PROPS) NPROPS = NPROPS + 1 IF (CLRITY.GT.0) THEN FLAG(N) = ior(FLAG(N),TRANSP) IF (CLROPT.EQ.1) FLAG(N) = ior(FLAG(N),MOPT1) NTRANSP = NTRANSP + 1 ISTRANS = 1 ENDIF IF (CLIPPING) THEN FLAG(N) = ior(FLAG(N),CLIPPED) ENDIF IF (NBOUNDS.GT.0) FLAG(N) = ior(FLAG(N),BOUNDED) IF (MATCOL) THEN RED = RGBMAT(1) GRN = RGBMAT(2) BLU = RGBMAT(3) ENDIF ENDIF * Isolated objects not transformed by TMAT, but still subject to inversion IF (ISOLATION.GT.0) THEN CALL ISOLATE(X1A,Y1A) CALL ISOLATE(X2A,Y2A) CALL ISOLATE(X3A,Y3A) ELSE * update true coordinate limits TRULIM(1,1) = MIN( TRULIM(1,1), X1A,X2A,X3A) TRULIM(1,2) = MAX( TRULIM(1,2), X1A,X2A,X3A) TRULIM(2,1) = MIN( TRULIM(2,1), Y1A,Y2A,Y3A) TRULIM(2,2) = MAX( TRULIM(2,2), Y1A,Y2A,Y3A) TRULIM(3,1) = MIN( TRULIM(3,1), Z1A,Z2A,Z3A) TRULIM(3,2) = MAX( TRULIM(3,2), Z1A,Z2A,Z3A) * modify the input, so to speak CALL TRANSF (X1A,Y1A,Z1A) CALL TRANSF (X2A,Y2A,Z2A) CALL TRANSF (X3A,Y3A,Z3A) ENDIF * perspective factor for each corner IF (EYEPOS.GT.0) THEN PFAC1 = PERSP( Z1A ) PFAC2 = PERSP( Z2A ) PFAC3 = PERSP( Z3A ) END IF * apply perspective X1B = X1A * PFAC1 Y1B = Y1A * PFAC1 Z1B = Z1A * PFAC1 X2B = X2A * PFAC2 Y2B = Y2A * PFAC2 Z2B = Z2A * PFAC2 X3B = X3A * PFAC3 Y3B = Y3A * PFAC3 Z3B = Z3A * PFAC3 * scale and translate to pixel space X1C = X1B * SCALE + XCENT Y1C = Y1B * SCALE + YCENT Z1C = Z1B * SCALE X2C = X2B * SCALE + XCENT Y2C = Y2B * SCALE + YCENT Z2C = Z2B * SCALE X3C = X3B * SCALE + XCENT Y3C = Y3B * SCALE + YCENT Z3C = Z3B * SCALE * save transformed Z limits ZLIM(1) = MIN( ZLIM(1), Z1C,Z2C,Z3C ) ZLIM(2) = MAX( ZLIM(2), Z1C,Z2C,Z3C ) * * check for Z-clipping JUSTCLIPPED = .FALSE. IF (INTYPE.NE.PLANE) THEN IF ((MIN(Z1C,Z2C,Z3C) .GT. FRONTCLIP) & .OR.(MAX(Z1C,Z2C,Z3C) .LT. BACKCLIP)) THEN JUSTCLIPPED = .TRUE. GOTO 45 ENDIF IF (CLIPPING) THEN MIND = LIST(MLIST(NPROPM)) IF ((MIN(Z1C,Z2C,Z3C) .GT. DETAIL(MIND+16)) & .OR.(MAX(Z1C,Z2C,Z3C) .LT. DETAIL(MIND+17))) THEN JUSTCLIPPED = .TRUE. GOTO 45 ENDIF ENDIF ENDIF * * solve for coefficients of plane eqn z=Ax+By+C CALL PLANER(X1C,Y1C,Z1C, & X2C,Y2C,Z2C, & X3C,Y3C,Z3C, A,B,C,D) * save results for PLANE object * PLANE impinges on all tiles, but casts no shadows IF (INTYPE.EQ. PLANE) THEN NPLANES = NPLANES + 1 DETAIL(NDET+1) = A DETAIL(NDET+2) = B DETAIL(NDET+3) = C DETAIL(NDET+4) = D DETAIL(NDET+5) = RED DETAIL(NDET+6) = GRN DETAIL(NDET+7) = BLU CALL ASSERT(KDET(INTYPE).EQ.7,'kdet(6).ne.7') NDET = NDET + KDET(INTYPE) DO IY = 1,NTY DO IX = 1,NTX KOUNT(IX,IY) = KOUNT(IX,IY) + 1 TTRANS(IX,IY) = TTRANS(IX,IY) + ISTRANS ENDDO ENDDO C write(NOISE,*)"Incr kount ",NTX," x ",NTY IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF GOTO 7 ENDIF * save results for normal triangles DETAIL(NDET+1) = X1C DETAIL(NDET+2) = Y1C DETAIL(NDET+3) = Z1C DETAIL(NDET+4) = X2C DETAIL(NDET+5) = Y2C DETAIL(NDET+6) = Z2C DETAIL(NDET+7) = X3C DETAIL(NDET+8) = Y3C DETAIL(NDET+9) = Z3C DETAIL(NDET+10) = A DETAIL(NDET+11) = B DETAIL(NDET+12) = C DETAIL(NDET+13) = D DETAIL(NDET+14) = RED DETAIL(NDET+15) = GRN DETAIL(NDET+16) = BLU CALL ASSERT (KDET(INTYPE).EQ.16,'kdet(1).ne.16') NDET = NDET + KDET(INTYPE) * tally for tiles the object might impinge on IXLO = MIN(X1C,X2C,X3C)/NPX + 1 IXHI = MAX(X1C,X2C,X3C)/NPX + 1 IYLO = MIN(Y1C,Y2C,Y3C)/NPY + 1 IYHI = MAX(Y1C,Y2C,Y3C)/NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NTX) GO TO 11 IF (IXHI.LT.1 ) GO TO 11 IF (IXHI.GT.NTX) IXHI=NTX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NTY) GO TO 11 IF (IYHI.LT.1 ) GO TO 11 IF (IYHI.GT.NTY) IYHI=NTY DO 10 IY=IYLO,IYHI DO 10 IX=IXLO,IXHI KOUNT(IX,IY) = KOUNT(IX,IY) + 1 TTRANS(IX,IY) = TTRANS(IX,IY) + ISTRANS 10 CONTINUE C write(NOISE,*)"Incr kount b ",IXLO,"-",IXHI," x ",IYLO,"-",IYHI 11 CONTINUE * repeat for shadow buffer if necessary IF (SHADOW) THEN * rotate light source to z to take light source viewpoint X1R = SROT(1,1)*X1B+SROT(1,2)*Y1B+SROT(1,3)*Z1B Y1R = SROT(2,1)*X1B+SROT(2,2)*Y1B+SROT(2,3)*Z1B Z1R = SROT(3,1)*X1B+SROT(3,2)*Y1B+SROT(3,3)*Z1B X2R = SROT(1,1)*X2B+SROT(1,2)*Y2B+SROT(1,3)*Z2B Y2R = SROT(2,1)*X2B+SROT(2,2)*Y2B+SROT(2,3)*Z2B Z2R = SROT(3,1)*X2B+SROT(3,2)*Y2B+SROT(3,3)*Z2B X3R = SROT(1,1)*X3B+SROT(1,2)*Y3B+SROT(1,3)*Z3B Y3R = SROT(2,1)*X3B+SROT(2,2)*Y3B+SROT(2,3)*Z3B Z3R = SROT(3,1)*X3B+SROT(3,2)*Y3B+SROT(3,3)*Z3B * scale and translate for shadow space X1S = X1R * SCALE + SXCENT Y1S = Y1R * SCALE + SYCENT Z1S = Z1R * SCALE X2S = X2R * SCALE + SXCENT Y2S = Y2R * SCALE + SYCENT Z2S = Z2R * SCALE X3S = X3R * SCALE + SXCENT Y3S = Y3R * SCALE + SYCENT Z3S = Z3R * SCALE * solve plane eqn etc. CALL PLANER(X1S,Y1S,Z1S, & X2S,Y2S,Z2S, & X3S,Y3S,Z3S, A,B,C,D) * save results etc. SDTAIL(MDET+1) = X1S SDTAIL(MDET+2) = Y1S SDTAIL(MDET+3) = Z1S SDTAIL(MDET+4) = X2S SDTAIL(MDET+5) = Y2S SDTAIL(MDET+6) = Z2S SDTAIL(MDET+7) = X3S SDTAIL(MDET+8) = Y3S SDTAIL(MDET+9) = Z3S SDTAIL(MDET+10) = A SDTAIL(MDET+11) = B SDTAIL(MDET+12) = C SDTAIL(MDET+13) = D CALL ASSERT (SDET(INTYPE).EQ.13,'sdet(1).ne.13') MDET = MDET + SDET(INTYPE) * tally for shadow tiles the object might impinge on IXLO = MIN(X1S,X2S,X3S)/NPX + 1 IXHI = MAX(X1S,X2S,X3S)/NPX + 1 IYLO = MIN(Y1S,Y2S,Y3S)/NPY + 1 IYHI = MAX(Y1S,Y2S,Y3S)/NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NSX) GO TO 16 IF (IXHI.LT.1 ) GO TO 16 IF (IXHI.GT.NSX) IXHI=NSX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NSY) GO TO 16 IF (IYHI.LT.1 ) GO TO 16 IF (IYHI.GT.NSY) IYHI=NSY DO 15 IY=IYLO,IYHI DO 15 IX=IXLO,IXHI MOUNT(IX,IY) = MOUNT(IX,IY) + 1 15 CONTINUE 16 CONTINUE ENDIF ELSEIF (INTYPE.EQ.SPHERE) THEN * sphere as read in XA = BUF(1) YA = BUF(2) ZA = BUF(3) RA = BUF(4) RED = BUF(5) GRN = BUF(6) BLU = BUF(7) CALL CHKRGB (RED,GRN,BLU,'invalid sphere color') CALL ASSERT (IDET(INTYPE).EQ.7,'idet(2).ne.7') IF (MSTATE.EQ.MATERIAL) THEN FLAG(N) = ior(FLAG(N),PROPS) NPROPS = NPROPS + 1 IF (CLRITY.GT.0) THEN FLAG(N) = ior(FLAG(N),TRANSP) IF (CLROPT.EQ.1) FLAG(N) = ior(FLAG(N),MOPT1) NTRANSP = NTRANSP + 1 ISTRANS = 1 ENDIF IF (CLIPPING) THEN FLAG(N) = ior(FLAG(N),CLIPPED) ENDIF IF (NBOUNDS.GT.0) FLAG(N) = ior(FLAG(N),BOUNDED) IF (MATCOL) THEN RED = RGBMAT(1) GRN = RGBMAT(2) BLU = RGBMAT(3) ENDIF ENDIF * Isolated objects not transformed by TMAT, but still subject to inversion IF (ISOLATION.GT.0) THEN CALL ISOLATE(XA,YA) ELSE * update true coordinate limits TRULIM(1,1) = MIN( TRULIM(1,1), XA ) TRULIM(1,2) = MAX( TRULIM(1,2), XA ) TRULIM(2,1) = MIN( TRULIM(2,1), YA ) TRULIM(2,2) = MAX( TRULIM(2,2), YA ) TRULIM(3,1) = MIN( TRULIM(3,1), ZA ) TRULIM(3,2) = MAX( TRULIM(3,2), ZA ) * modify the input, as it were CALL TRANSF (XA,YA,ZA) RA = RA / TMAT(4,4) ENDIF * perspective IF (EYEPOS.GT.0) PFAC = PERSP(ZA) XB = XA * PFAC YB = YA * PFAC ZB = ZA * PFAC RB = RA * PFAC * scale & translate XC = XB * SCALE + XCENT YC = YB * SCALE + YCENT ZC = ZB * SCALE RC = RB * SCALE * save transformed Z limits ZLIM(1) = MIN( ZLIM(1), ZC ) ZLIM(2) = MAX( ZLIM(2), ZC ) * check for Z-clipping IF (ZC .GT. FRONTCLIP .OR. ZC .LT. BACKCLIP) THEN JUSTCLIPPED = .TRUE. GOTO 45 ELSE JUSTCLIPPED = .FALSE. ENDIF * save results DETAIL(NDET+1) = XC DETAIL(NDET+2) = YC DETAIL(NDET+3) = ZC DETAIL(NDET+4) = RC DETAIL(NDET+5) = RED DETAIL(NDET+6) = GRN DETAIL(NDET+7) = BLU CALL ASSERT (KDET(INTYPE).EQ.7,'kdet(2).ne.7') NDET = NDET + KDET(INTYPE) nsphere = nsphere + 1 * tally for tiles the object might impinge on IXLO = (XC-RC)/NPX + 1 IXHI = (XC+RC)/NPX + 1 IYLO = (YC-RC)/NPY + 1 IYHI = (YC+RC)/NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NTX) GO TO 21 IF (IXHI.LT.1 ) GO TO 21 IF (IXHI.GT.NTX) IXHI=NTX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NTY) GO TO 21 IF (IYHI.LT.1 ) GO TO 21 IF (IYHI.GT.NTY) IYHI=NTY DO 20 IY=IYLO,IYHI DO 20 IX=IXLO,IXHI KOUNT(IX,IY) = KOUNT(IX,IY) + 1 TTRANS(IX,IY) = TTRANS(IX,IY) + ISTRANS 20 CONTINUE C write(NOISE,*)"Incr kount c ",IXLO,"-",IXHI," x ",IYLO,"-",IYHI, C & kstart(IXLO,IYLO),kstop(IXLO,IYLO),kount(IXLO,IYLO) 21 CONTINUE * repeat for shadow buffer if necessary IF (SHADOW) THEN * rotate light source to z to take light source viewpoint XR = SROT(1,1)*XB+SROT(1,2)*YB+SROT(1,3)*ZB YR = SROT(2,1)*XB+SROT(2,2)*YB+SROT(2,3)*ZB ZR = SROT(3,1)*XB+SROT(3,2)*YB+SROT(3,3)*ZB RR = RB * scale and translate for shadow space XS = XR * SCALE + SXCENT YS = YR * SCALE + SYCENT ZS = ZR * SCALE RS = RR * SCALE * save results SDTAIL(MDET+1) = XS SDTAIL(MDET+2) = YS SDTAIL(MDET+3) = ZS SDTAIL(MDET+4) = RS CALL ASSERT (SDET(INTYPE).EQ.4,'sdet(2).ne.4') MDET = MDET + SDET(INTYPE) * tally for shadow tiles the object might impinge on IXLO = (XS-RS)/NPX + 1 IXHI = (XS+RS)/NPX + 1 IYLO = (YS-RS)/NPY + 1 IYHI = (YS+RS)/NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NSX) GO TO 26 IF (IXHI.LT.1 ) GO TO 26 IF (IXHI.GT.NSX) IXHI=NSX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NSY) GO TO 26 IF (IYHI.LT.1 ) GO TO 26 IF (IYHI.GT.NSY) IYHI=NSY DO 25 IY=IYLO,IYHI DO 25 IX=IXLO,IXHI MOUNT(IX,IY) = MOUNT(IX,IY) + 1 25 CONTINUE 26 CONTINUE ENDIF c 30-Dec-99 duplicate transparent spheres, if requested, so that c the inside surface can be rendered also. BUF() is still loaded c with specs for the current object; we just need to set flags. IF ( iand(FLAG(N),TRANSP).NE.0 .AND. CLROPT.EQ.2 & .AND. iand(FLAG(N),INSIDE).EQ.0) THEN FLAG(N+1) = INSIDE NINSIDE = NINSIDE + 1 GOTO 9 ENDIF ELSEIF (INTYPE.EQ.CYLIND) THEN * EAM May 1990 cylinder as read in X1A = BUF(1) Y1A = BUF(2) Z1A = BUF(3) R1A = BUF(4) X2A = BUF(5) Y2A = BUF(6) Z2A = BUF(7) R2A = R1A RED = BUF(9) GRN = BUF(10) BLU = BUF(11) CALL CHKRGB (RED,GRN,BLU,'invalid cylinder color') CALL ASSERT (IDET(INTYPE).EQ.11,'idet(1).ne.11') * Zero length cylinder is better treated as sphere * EAM 22-Nov-96 IF ((iand(FLAG(N),FLAT).EQ.0) .AND. & (X1A.EQ.X2A).AND.(Y1A.EQ.Y2A).AND.(Z1A.EQ.Z2A)) THEN BUF(5) = BUF(9) BUF(6) = BUF(10) BUF(7) = BUF(11) INTYPE = SPHERE N = N-1 GOTO 9 ENDIF IF (MSTATE.EQ.MATERIAL) THEN FLAG(N) = ior(FLAG(N),PROPS) NPROPS = NPROPS + 1 IF (CLRITY.GT.0) THEN FLAG(N) = ior(FLAG(N),TRANSP) IF (CLROPT.EQ.1) FLAG(N) = ior(FLAG(N),MOPT1) NTRANSP = NTRANSP + 1 ISTRANS = 1 ENDIF IF (CLIPPING) THEN FLAG(N) = ior(FLAG(N),CLIPPED) ENDIF IF (NBOUNDS.GT.0) FLAG(N) = ior(FLAG(N),BOUNDED) IF (MATCOL) THEN RED = RGBMAT(1) GRN = RGBMAT(2) BLU = RGBMAT(3) ENDIF ENDIF * Isolated objects not transformed by TMAT, but still subject to inversion IF (ISOLATION.GT.0) THEN CALL ISOLATE(X1A,Y1A) CALL ISOLATE(X2A,Y2A) ELSE * update true coordinate limits TRULIM(1,1) = MIN( TRULIM(1,1), X1A,X2A) TRULIM(1,2) = MAX( TRULIM(1,2), X1A,X2A) TRULIM(2,1) = MIN( TRULIM(2,1), Y1A,Y2A) TRULIM(2,2) = MAX( TRULIM(2,2), Y1A,Y2A) TRULIM(3,1) = MIN( TRULIM(3,1), Z1A,Z2A) TRULIM(3,2) = MAX( TRULIM(3,2), Z1A,Z2A) * modify the input, so to speak CALL TRANSF (X1A,Y1A,Z1A) CALL TRANSF (X2A,Y2A,Z2A) R1A = R1A / TMAT(4,4) R2A = R2A / TMAT(4,4) ENDIF * perspective factor for each corner IF (EYEPOS.GT.0) THEN PFAC1 = PERSP( Z1A ) PFAC2 = PERSP( Z2A ) END IF * apply perspective X1B = X1A * PFAC1 Y1B = Y1A * PFAC1 Z1B = Z1A * PFAC1 R1B = R1A * PFAC1 X2B = X2A * PFAC2 Y2B = Y2A * PFAC2 Z2B = Z2A * PFAC2 R2B = R2A * PFAC2 * scale and translate to pixel space X1C = X1B * SCALE + XCENT Y1C = Y1B * SCALE + YCENT Z1C = Z1B * SCALE R1C = R1B * SCALE X2C = X2B * SCALE + XCENT Y2C = Y2B * SCALE + YCENT Z2C = Z2B * SCALE R2C = R2B * SCALE * save transformed Z limits ZLIM(1) = MIN( ZLIM(1), Z1C,Z2C ) ZLIM(2) = MAX( ZLIM(2), Z1C,Z2C ) * check for Z-clipping IF ((MIN(Z1C,Z2C) .GT. FRONTCLIP) & .OR.(MAX(Z1C,Z2C) .LT. BACKCLIP)) THEN JUSTCLIPPED = .TRUE. GOTO 45 ELSE JUSTCLIPPED = .FALSE. ENDIF * save results DETAIL(NDET+1) = X1C DETAIL(NDET+2) = Y1C DETAIL(NDET+3) = Z1C DETAIL(NDET+4) = R1C DETAIL(NDET+5) = X2C DETAIL(NDET+6) = Y2C DETAIL(NDET+7) = Z2C DETAIL(NDET+8) = R2C * EAM save anything else? DETAIL(NDET+9) = RED DETAIL(NDET+10) = GRN DETAIL(NDET+11) = BLU CALL ASSERT (KDET(INTYPE).EQ.11,'kdet(1).ne.11') NDET = NDET + KDET(INTYPE) ncylind = ncylind + 1 * tally for tiles the object might impinge on IXLO = MIN(X1C-R1C,X2C-R2C) / NPX + 1 IXHI = MAX(X1C+R1C,X2C+R2C) / NPX + 1 IYLO = MIN(Y1C-R1C,Y2C-R2C) / NPY + 1 IYHI = MAX(Y1C+R1C,Y2C+R2C) / NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NTX) GO TO 711 IF (IXHI.LT.1 ) GO TO 711 IF (IXHI.GT.NTX) IXHI=NTX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NTY) GO TO 711 IF (IYHI.LT.1 ) GO TO 711 IF (IYHI.GT.NTY) IYHI=NTY DO 710 IY=IYLO,IYHI DO 710 IX=IXLO,IXHI KOUNT(IX,IY) = KOUNT(IX,IY) + 1 TTRANS(IX,IY) = TTRANS(IX,IY) + ISTRANS 710 CONTINUE C write(NOISE,*)"Incr kount d ",IXLO,"-",IXHI," x ",IYLO,"-",IYHI 711 CONTINUE * repeat for shadow buffer if necessary IF (SHADOW) THEN * rotate light source to z to take light source viewpoint X1R = SROT(1,1)*X1B+SROT(1,2)*Y1B+SROT(1,3)*Z1B Y1R = SROT(2,1)*X1B+SROT(2,2)*Y1B+SROT(2,3)*Z1B Z1R = SROT(3,1)*X1B+SROT(3,2)*Y1B+SROT(3,3)*Z1B X2R = SROT(1,1)*X2B+SROT(1,2)*Y2B+SROT(1,3)*Z2B Y2R = SROT(2,1)*X2B+SROT(2,2)*Y2B+SROT(2,3)*Z2B Z2R = SROT(3,1)*X2B+SROT(3,2)*Y2B+SROT(3,3)*Z2B * scale and translate for shadow space X1S = X1R * SCALE + SXCENT Y1S = Y1R * SCALE + SYCENT Z1S = Z1R * SCALE R1S = R1B * SCALE X2S = X2R * SCALE + SXCENT Y2S = Y2R * SCALE + SYCENT Z2S = Z2R * SCALE R2S = R2B * SCALE * save results etc. SDTAIL(MDET+1) = X1S SDTAIL(MDET+2) = Y1S SDTAIL(MDET+3) = Z1S SDTAIL(MDET+4) = R1S SDTAIL(MDET+5) = X2S SDTAIL(MDET+6) = Y2S SDTAIL(MDET+7) = Z2S SDTAIL(MDET+8) = R2S CALL ASSERT (SDET(INTYPE).EQ.8,'sdet(1).ne.8') MDET = MDET + SDET(INTYPE) * tally for shadow tiles the object might impinge on IXLO = MIN(X1S-R1S,X2S-R2S) / NPX + 1 IXHI = MAX(X1S+R1S,X2S+R2S) / NPX + 1 IYLO = MIN(Y1S-R1S,Y2S-R2S) / NPY + 1 IYHI = MAX(Y1S+R1S,Y2S+R2S) / NPY + 1 IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NSX) GO TO 716 IF (IXHI.LT.1 ) GO TO 716 IF (IXHI.GT.NSX) IXHI=NSX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NSY) GO TO 716 IF (IYHI.LT.1 ) GO TO 716 IF (IYHI.GT.NSY) IYHI=NSY DO 715 IY=IYLO,IYHI DO 715 IX=IXLO,IXHI MOUNT(IX,IY) = MOUNT(IX,IY) + 1 715 CONTINUE 716 CONTINUE ENDIF c c 20-Aug-98 duplicate any transparent flat-ended cylinders so that c the inside surface can be rendered also. BUF() is still loaded c with specs for the current object; we just need to set flags. IF ( iand(FLAG(N),TRANSP).NE.0 .AND. iand(FLAG(N),FLAT).NE.0 & .AND. iand(FLAG(N),INSIDE).EQ.0) THEN FLAG(N+1) = FLAT + INSIDE NINSIDE = NINSIDE + 1 GOTO 9 ENDIF * ELSEIF (INTYPE.EQ.NORMS) THEN * vertex normals as given (these belong to previous triangle) IF (JUSTCLIPPED) GOTO 46 IPREV = N - 1 IF ((TYPE(IPREV).EQ.VERTEXRGB).OR.(TYPE(IPREV).EQ.VERTRANSP)) & IPREV = IPREV - 1 IF ((TYPE(IPREV).EQ.VERTEXRGB).OR.(TYPE(IPREV).EQ.VERTRANSP)) & IPREV = IPREV - 1 CALL ASSERT (TYPE(IPREV).EQ.TRIANG,'orphan normals') * Isolated objects not transformed by TMAT, but still subject to inversion IF (ISOLATION.GT.0) THEN X1C = BUF(1) Y1C = BUF(2) Z1C = BUF(3) X2C = BUF(4) Y2C = BUF(5) Z2C = BUF(6) X3C = BUF(7) Y3C = BUF(8) Z3C = BUF(9) IF (INVERT) THEN Y1C = -Y1C Y2C = -Y2C Y3C = -Y3C ENDIF ELSE X1A = BUF(1) Y1A = BUF(2) Z1A = BUF(3) X2A = BUF(4) Y2A = BUF(5) Z2A = BUF(6) X3A = BUF(7) Y3A = BUF(8) Z3A = BUF(9) * Apply rotation matrix, but not translation components X1B = X1A*TMAT(1,1) + Y1A*TMAT(2,1) + Z1A*TMAT(3,1) Y1B = X1A*TMAT(1,2) + Y1A*TMAT(2,2) + Z1A*TMAT(3,2) Z1B = X1A*TMAT(1,3) + Y1A*TMAT(2,3) + Z1A*TMAT(3,3) X2B = X2A*TMAT(1,1) + Y2A*TMAT(2,1) + Z2A*TMAT(3,1) Y2B = X2A*TMAT(1,2) + Y2A*TMAT(2,2) + Z2A*TMAT(3,2) Z2B = X2A*TMAT(1,3) + Y2A*TMAT(2,3) + Z2A*TMAT(3,3) X3B = X3A*TMAT(1,1) + Y3A*TMAT(2,1) + Z3A*TMAT(3,1) Y3B = X3A*TMAT(1,2) + Y3A*TMAT(2,2) + Z3A*TMAT(3,2) Z3B = X3A*TMAT(1,3) + Y3A*TMAT(2,3) + Z3A*TMAT(3,3) * Also apply post-rotation, if any X1C = RAFTER(1,1)*X1B + RAFTER(1,2)*Y1B + RAFTER(1,3)*Z1B Y1C = RAFTER(2,1)*X1B + RAFTER(2,2)*Y1B + RAFTER(2,3)*Z1B Z1C = RAFTER(3,1)*X1B + RAFTER(3,2)*Y1B + RAFTER(3,3)*Z1B X2C = RAFTER(1,1)*X2B + RAFTER(1,2)*Y2B + RAFTER(1,3)*Z2B Y2C = RAFTER(2,1)*X2B + RAFTER(2,2)*Y2B + RAFTER(2,3)*Z2B Z2C = RAFTER(3,1)*X2B + RAFTER(3,2)*Y2B + RAFTER(3,3)*Z2B X3C = RAFTER(1,1)*X3B + RAFTER(1,2)*Y3B + RAFTER(1,3)*Z3B Y3C = RAFTER(2,1)*X3B + RAFTER(2,2)*Y3B + RAFTER(2,3)*Z3B Z3C = RAFTER(3,1)*X3B + RAFTER(3,2)*Y3B + RAFTER(3,3)*Z3B ENDIF C C If all three Z components are negative, it's facing away from us. C Old default treatment was to assume the normals were screwed up. C V2.6: default appropriate cases (e.g. opaque triangles with no C associated bounding planes) to hidden by assumption and C thus not needing to be rendered. Mark as HIDDEN. C Default treatment is overridden by CLROPT in material spec C V3.0.3: Render both sides of opaque triangles C IF (Z1C.GE.0 .AND. Z2C.GE.0 .AND. Z3C.GE.0) GOTO 718 IF (Z1C.LT.-.01 .AND. Z2C.LT.-.01 .AND. Z3C.LT.-.01) THEN IF (CLROPT.EQ.2) THEN NINSIDE = NINSIDE + 1 FLAG(IPREV) = ior( FLAG(IPREV), INSIDE ) ELSE IF ((iand(FLAG(IPREV),BOUNDED).EQ.0) & .AND.(CLRITY.NE.0 .AND. CLROPT.EQ.1)) THEN NHIDDEN = NHIDDEN + 1 FLAG(IPREV) = ior( FLAG(IPREV), HIDDEN ) ELSE NINSIDE = NINSIDE + 1 FLAG(IPREV) = ior( FLAG(IPREV), INSIDE ) ENDIF GOTO 718 ENDIF C C Mixed + and - Z means the triangle "wrapped around" the edge. C For solid objects the best we can do is pretend the edge is right here. C For transparent objects or 2-sided surfaces we need to invert the C normals also. The value of EDGESLOP is purely empirical; setting it C either too low or too high makes some edges get coloured wrongly. C Setting the HIDDEN flag for this record (NB: for the NORMALS, not for C the triangle itself) causes the triangle to have flat shading. IF (Z1C+Z2C+Z3C .LT. 0) THEN IF (Z1C .GT. EDGESLOP) FLAG(N) = HIDDEN IF (Z2C .GT. EDGESLOP) FLAG(N) = HIDDEN IF (Z3C .GT. EDGESLOP) FLAG(N) = HIDDEN Z1C = MIN(Z1C,0.) Z2C = MIN(Z2C,0.) Z3C = MIN(Z3C,0.) ELSE IF (Z1C .LT. -EDGESLOP) FLAG(N) = HIDDEN IF (Z2C .LT. -EDGESLOP) FLAG(N) = HIDDEN IF (Z3C .LT. -EDGESLOP) FLAG(N) = HIDDEN Z1C = MAX(Z1C,0.) Z2C = MAX(Z2C,0.) Z3C = MAX(Z3C,0.) ENDIF C 718 CONTINUE DETAIL(NDET+1) = X1C DETAIL(NDET+2) = Y1C DETAIL(NDET+3) = Z1C DETAIL(NDET+4) = X2C DETAIL(NDET+5) = Y2C DETAIL(NDET+6) = Z2C DETAIL(NDET+7) = X3C DETAIL(NDET+8) = Y3C DETAIL(NDET+9) = Z3C NDET = NDET + KDET(INTYPE) IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF * * Allow specification of RGB triple for each vertex of preceding * triangle or cylinder. Overrides base RGB. * Also overrides MATERIAL RGB, which is arguably a bug. * ELSEIF (INTYPE .EQ. VERTEXRGB) THEN IF (JUSTCLIPPED) GOTO 46 CALL CHKRGB(BUF(1),BUF(2),BUF(3),'invalid vertex color') CALL CHKRGB(BUF(4),BUF(5),BUF(6),'invalid vertex color') CALL CHKRGB(BUF(7),BUF(8),BUF(9),'invalid vertex color') IPREV = N - 1 IF ((TYPE(IPREV).EQ.NORMS).OR.(TYPE(IPREV).EQ.VERTRANSP)) & IPREV = IPREV - 1 IF ((TYPE(IPREV).EQ.NORMS).OR.(TYPE(IPREV).EQ.VERTRANSP)) & IPREV = IPREV - 1 c we should only see a SPHERE is if it's a collapsed cylinder IF (TYPE(IPREV).EQ.SPHERE) THEN K = LIST(IPREV) DETAIL(K+5) = BUF(1) DETAIL(K+6) = BUF(2) DETAIL(K+7) = BUF(3) GOTO 7 ENDIF CALL ASSERT (TYPE(IPREV).EQ.TRIANG .OR. TYPE(IPREV).EQ.CYLIND, & 'orphan vertex colours') FLAG(IPREV) = ior( FLAG(IPREV), VCOLS ) DETAIL(NDET+1) = BUF(1) DETAIL(NDET+2) = BUF(2) DETAIL(NDET+3) = BUF(3) DETAIL(NDET+4) = BUF(4) DETAIL(NDET+5) = BUF(5) DETAIL(NDET+6) = BUF(6) DETAIL(NDET+7) = BUF(7) DETAIL(NDET+8) = BUF(8) DETAIL(NDET+9) = BUF(9) NDET = NDET + KDET(INTYPE) IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF * * EAM - 30-Dec-1999 * Allow specification of transparency at each vertex of preceding * triangle or cylinder. Overrides any MATERIAL properties. * ELSEIF (INTYPE .EQ. VERTRANSP) THEN IF (JUSTCLIPPED) GOTO 46 IPREV = N - 1 IF (TYPE(IPREV).EQ.NORMS .OR. TYPE(IPREV).EQ.VERTEXRGB) & IPREV = IPREV - 1 IF (TYPE(IPREV).EQ.NORMS .OR. TYPE(IPREV).EQ.VERTEXRGB) & IPREV = IPREV - 1 CALL ASSERT (TYPE(IPREV).EQ.TRIANG .OR. TYPE(IPREV).EQ.CYLIND & .OR.TYPE(IPREV).EQ.SPHERE, & 'orphan vertex transparency') NVTRANS = NVTRANS + 1 IF (iand(FLAG(IPREV),TRANSP).EQ.0) NTRANSP = NTRANSP + 1 FLAG(IPREV) = ior( FLAG(IPREV), TRANSP ) FLAG(IPREV) = ior( FLAG(IPREV), VTRANS ) DETAIL(NDET+1) = BUF(1) DETAIL(NDET+2) = BUF(2) DETAIL(NDET+3) = BUF(3) NDET = NDET + KDET(INTYPE) IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF * * Material properties are saved after enforcing legality * ELSEIF (INTYPE .EQ. MATERIAL) THEN * Mark this object as current material MSTATE = MATERIAL NPROPM = NPROPM + 1 * * Expand arrays MLIST, MPARITY IF ( NPROPM .GT. SIZE(MPARITY) ) THEN CALL GET_TRY(SIZE(MPARITY), NPROPM, TRY1, 1) DO 940 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 940 ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 940 TMP1D = 0 TMP1D = MLIST CALL MOVE_ALLOC(from=TMP1D, to=MLIST) ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 940 TMP1D = 0 TMP1D = MPARITY CALL MOVE_ALLOC(from=TMP1D, to=MPARITY) if(TEST_ALLOC)write(NOISE,*)"Expand MAXMAT to ", & try1(ITRY) GOTO 942 940 CONTINUE ENDIF 942 CALL ASSERT(NPROPM.LE.SIZE(MPARITY), & 'too many materials - increase MAXMAT and recompile') MLIST(NPROPM) = N * Clear any previous material properties FLAG(N) = NPROPM*65536 MATCOL = .FALSE. CLIPPING = .FALSE. NBOUNDS = 0 ORTEPLIKE= .FALSE. BPRGB(1) = -1 * Phong power defaults to value in header IF (BUF(1).LT.0) BUF(1) = IPHONG DETAIL(NDET+1) = BUF(1) * Specular reflection component defaults to value in header IF (BUF(2).LT.0 .OR. BUF(2).GT.1) BUF(2) = SPECLR DETAIL(NDET+2) = BUF(2) * Negative values for specular highlighting indicate default to object CALL ASSERT (BUF(3).LE.1., 'red > 1 in material') CALL ASSERT (BUF(4).LE.1., 'grn > 1 in material') CALL ASSERT (BUF(5).LE.1., 'blu > 1 in material') DETAIL(NDET+3) = BUF(3) DETAIL(NDET+4) = BUF(4) DETAIL(NDET+5) = BUF(5) CLRITY = BUF(6) CALL ASSERT (CLRITY.GE.0., 'clarity < 0 in material') CALL ASSERT (CLRITY.LE.1., 'clarity > 1 in material') DETAIL(NDET+6) = CLRITY * Transparency processing is necessarily a compromise, and several * possible approximations may be useful; allow a choice among them CLROPT = BUF(7) DETAIL(NDET+7) = BUF(7) * The next one is used in conjunction with bounding planes * Dec 2010: no, it's used to select which transparency algorithm is used TRNSPOPT = BUF(8) DETAIL(NDET+8) = TRNSPOPT * One remaining field reserved for future expansion DETAIL(NDET+9) = BUF(9) * Initialize clipping planes, only used if CLIPPING is set below DETAIL(NDET+16) = FRONTCLIP DETAIL(NDET+17) = BACKCLIP * Additional properties may continue on extra lines IF (INT(BUF(10)).GT.0) THEN L = 1 DO I = 1,INT(BUF(10)) READ (INPUT,'(A)',END=50) LINE DO J = 132, 1, -1 IF (LINE(J:J).NE.' '.AND.LINE(J:J).NE.' ') L = J ENDDO IF (LINE(L:L+4).EQ.'SOLID') THEN MATCOL = .TRUE. READ (LINE(L+6:132),*,END=720) RGBMAT(1),RGBMAT(2),RGBMAT(3) ELSE IF (LINE(L:L+7).EQ.'BACKFACE') THEN FLAG(N) = ior(FLAG(N),INSIDE) READ (LINE(L+9:132),*,END=720) RED, GRN, BLU, PHONGM, SPECM MPHONG = PHONGM IF (PHONGM.LT.0) MPHONG = IPHONG IF (SPECM.LT.0.OR.SPECM.GT.1.) SPECM = SPECLR DETAIL(NDET+11) = RED DETAIL(NDET+12) = GRN DETAIL(NDET+13) = BLU DETAIL(NDET+14) = MPHONG DETAIL(NDET+15) = SPECM ELSE IF (LINE(L:L+8).EQ.'FRONTCLIP') THEN CLIPPING = .TRUE. ZCLIP = FRONTCLIP READ (LINE(L+10:132),*,END=720) ZCLIP ZCLIP = ZCLIP * SCALE / TMAT(4,4) DETAIL(NDET+16) = ZCLIP ELSE IF (LINE(L:L+7).EQ.'BACKCLIP') THEN CLIPPING = .TRUE. ZCLIP = BACKCLIP READ (LINE(L+9:132),*,END=720) ZCLIP ZCLIP = ZCLIP * SCALE / TMAT(4,4) DETAIL(NDET+17) = ZCLIP ELSE IF (LINE(L:L+9).EQ.'ORTEP_LIKE') THEN ORTEPLIKE = .TRUE. ELSE IF (LINE(L:L+13).EQ.'BOUNDING_COLOR') THEN READ (LINE(L+15:132),*,END=720) BPRGB(1),BPRGB(2),BPRGB(3) CALL CHKRGB(BPRGB(1),BPRGB(2),BPRGB(3), & 'Invalid bounding color') ELSE IF (LINE(L:L+13).EQ.'BOUNDING_PLANE') THEN NBOUNDS = NBOUNDS + 1 nbplanes = nbplanes + 1 * * Expand arrays DETAIL and SDTAIL as needed NEEDMEM = MAX(N+NBOUNDS, NDET+NBOUNDS*KDET(INTERNAL)) if ( NEEDMEM .GT. SIZE(DETAIL) ) THEN CALL GET_TRY(SIZE(DETAIL), NEEDMEM, TRY1, 1) DO 950 ITRY = 1,3 IF (TRY1(ITRY) .LE. 0 .OR. TRY1(ITRY) .GT. MAXMEM) & GOTO 950 ALLOCATE( TMP1DR(TRY1(ITRY)), stat=ierr ) IF (IERR .NE. 0) GOTO 950 TMP1DR = 0. TMP1DR = DETAIL if(TEST_ALLOC)write(NOISE,*)"Expand DETAIL to ", & size(TMP1DR) CALL MOVE_ALLOC(from=TMP1DR, to=DETAIL) GOTO 952 950 CONTINUE ENDIF 952 CALL ASSERT(NEEDMEM.LE.SIZE(DETAIL), & 'BP Oops') IF (SHADOW) THEN NEEDMEM = MDET+NBOUNDS*SDET(INTERNAL) if ( NEEDMEM .GT. SIZE(DETAIL) ) THEN CALL GET_TRY(SIZE(DETAIL), NEEDMEM, TRY1, 1) DO 955 ITRY = 1,3 IF (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) & GOTO 955 ALLOCATE( TMP1DR(TRY1(ITRY)), stat=ierr ) IF (IERR .NE. 0) GOTO 955 TMP1DR = 0. TMP1DR = SDTAIL if(TEST_ALLOC)write(NOISE,*)"Expand SDTAIL to", & try1(ITRY) CALL MOVE_ALLOC(from=TMP1DR, to=SDTAIL) GOTO 957 955 CONTINUE ENDIF 957 CALL ASSERT(NEEDMEM .LE.SIZE(SDTAIL),'BP Oops') ENDIF NB = N + NBOUNDS CALL ASSERT( NB.LE.SIZE(DETAIL), 'BP Oops') c OK, we've established there's room to store this bound; c Flag all properties belonging to the parent material TYPE(NB) = INTERNAL FLAG(NB) = ior(FLAG(N),PROPS) IF(CLRITY.GT.0.0)THEN FLAG(NB) = ior(FLAG(NB),TRANSP) IF (CLROPT.EQ.1) FLAG(NB) = ior(FLAG(NB),MOPT1) ENDIF NBDET = KDET(MATERIAL) + (NBOUNDS-1)*KDET(INTERNAL) LIST(NB) = NDET + NBDET IF (SHADOW) THEN NBSDT = SDET(MATERIAL) + (NBOUNDS-1)*SDET(INTERNAL) MIST(NB) = MDET + NBSDT ENDIF c Read in details, transform, and save READ (LINE(L+15:132),*,END=720) BPTYPE,XB,YB,ZB,xn,yn,zn * Transform bounding plane along with objects CALL TRANSF(XB,YB,ZB) * Rotate but don't translate normal, including post-rotation xnb = xn*TMAT(1,1) + yn*TMAT(2,1) + zn*TMAT(3,1) ynb = xn*TMAT(1,2) + yn*TMAT(2,2) + zn*TMAT(3,2) znb = xn*TMAT(1,3) + yn*TMAT(2,3) + zn*TMAT(3,3) xn = RAFTER(1,1)*xnb + RAFTER(1,2)*ynb + RAFTER(1,3)*znb yn = RAFTER(2,1)*xnb + RAFTER(2,2)*ynb + RAFTER(2,3)*znb zn = RAFTER(3,1)*xnb + RAFTER(3,2)*ynb + RAFTER(3,3)*znb temp = sqrt(xn*xn + yn*yn + zn*zn) xn = xn/temp yn = yn/temp zn = zn/temp IF (ORTEPLIKE .AND. ZN.LT.0) THEN XN = -XN YN = -YN ZN = -ZN ENDIF * Save data in same arrays as for regular objects * ISUBTYPE currently only used to flag ORTEP_LIKE ellipsoids * BPTYPE is loaded on input but not currently used for anything ISUBTYPE = -1 IF (ORTEPLIKE) ISUBTYPE = ORTEP DETAIL(NDET + NBDET + 1) = ISUBTYPE DETAIL(NDET + NBDET + 2) = BPTYPE DETAIL(NDET + NBDET + 3) = XB * SCALE + XCENT DETAIL(NDET + NBDET + 4) = YB * SCALE + YCENT DETAIL(NDET + NBDET + 5) = ZB * SCALE DETAIL(NDET + NBDET + 6) = XN DETAIL(NDET + NBDET + 7) = YN DETAIL(NDET + NBDET + 8) = ZN c Most of the time BPRGB(1) is -1 to signal no special color DETAIL(NDET + NBDET + 9) = BPRGB(1) DETAIL(NDET + NBDET + 10) = BPRGB(2) DETAIL(NDET + NBDET + 11) = BPRGB(3) IF (SHADOW) THEN XR = SROT(1,1)*XB+SROT(1,2)*YB+SROT(1,3)*ZB YR = SROT(2,1)*XB+SROT(2,2)*YB+SROT(2,3)*ZB ZR = SROT(3,1)*XB+SROT(3,2)*YB+SROT(3,3)*ZB BPNORM(1) = SROT(1,1)*XN+SROT(1,2)*YN+SROT(1,3)*ZN BPNORM(2) = SROT(2,1)*XN+SROT(2,2)*YN+SROT(2,3)*ZN BPNORM(3) = SROT(3,1)*XN+SROT(3,2)*YN+SROT(3,3)*ZN SDTAIL(MDET + NBSDT + 1) = ISUBTYPE SDTAIL(MDET + NBSDT + 2) = BPTYPE SDTAIL(MDET + NBSDT + 3) = XR * SCALE + SXCENT SDTAIL(MDET + NBSDT + 4) = YR * SCALE + SYCENT SDTAIL(MDET + NBSDT + 5) = ZR * SCALE SDTAIL(MDET + NBSDT + 6) = BPNORM(1) SDTAIL(MDET + NBSDT + 7) = BPNORM(2) SDTAIL(MDET + NBSDT + 8) = BPNORM(3) ENDIF ELSE IF (LINE(L:L+6).EQ.'BUMPMAP') THEN WRITE(NOISE,*) '>> Sorry, no bumpmaps (dont you wish!)' ELSE GOTO 720 ENDIF GOTO 721 720 WRITE(NOISE,'(A,A)') & '>> Unrecognized or incomplete MATERIAL option ',LINE 721 CONTINUE ENDDO ENDIF * Update array pointers for material object itself DETAIL(NDET+18) = NBOUNDS NDET = NDET + KDET(INTYPE) IF (SHADOW) MDET = MDET + SDET(INTYPE) * Update array pointers to allow for bounding planes and any other * objects inserted by MATERIAL processing NDET = NDET + NBOUNDS*IDET(INTERNAL) IF (SHADOW) MDET = MDET + NBOUNDS*KDET(INTERNAL) N = N + NBOUNDS * ELSEIF (INTYPE.EQ.GLOWLIGHT) THEN NGLOWS = NGLOWS + 1 * * Expand array GLOWLIST IF ( NGLOWS .GT. SIZE(GLOWLIST) ) THEN CALL GET_TRY(SIZE(GLOWLIST), NGLOWS, TRY1, 1) DO 960 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 960 ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 960 TMP1D = GLOWLIST CALL MOVE_ALLOC(from=TMP1D, to=GLOWLIST) if(TEST_ALLOC)write(NOISE,*)"Expand GLOWLIST to ", & try1(ITRY) GOTO 962 960 CONTINUE ENDIF 962 CALL ASSERT(NGLOWS.LE.SIZE(GLOWLIST),'too many glow lights') GLOWLIST(NGLOWS) = N GLOWSRC(1) = BUF(1) GLOWSRC(2) = BUF(2) GLOWSRC(3) = BUF(3) GLOWRAD = BUF(4) GLOW = BUF(5) GOPT = BUF(6) GPHONG = BUF(7) RED = BUF(8) GRN = BUF(9) BLU = BUF(10) CALL ASSERT (GLOW.GE.0,'illegal glow value') CALL ASSERT (GLOW.LE.1,'illegal glow value') IF (GLOW.GT.GLOWMAX) GLOWMAX = GLOW CALL CHKRGB (RED,GRN,BLU,'invalid glow light color') * Isolated objects not transformed by TMAT, but still subject to inversion IF (ISOLATION.GT.0) THEN CALL ISOLATE(GLOWSRC(1),GLOWSRC(2)) ELSE * transform coordinates and radius of glow source CALL TRANSF(GLOWSRC(1),GLOWSRC(2),GLOWSRC(3)) GLOWRAD = GLOWRAD / TMAT(4,4) ENDIF IF (EYEPOS.GT.0) PFAC = PERSP( GLOWSRC(3) ) * save for rendering DETAIL(NDET+1) = GLOWSRC(1) * PFAC * SCALE + XCENT DETAIL(NDET+2) = GLOWSRC(2) * PFAC * SCALE + YCENT DETAIL(NDET+3) = GLOWSRC(3) * PFAC * SCALE DETAIL(NDET+4) = GLOWRAD * PFAC * SCALE DETAIL(NDET+5) = GLOW DETAIL(NDET+6) = GOPT DETAIL(NDET+7) = GPHONG DETAIL(NDET+8) = RED DETAIL(NDET+9) = GRN DETAIL(NDET+10) = BLU NDET = NDET + KDET(INTYPE) IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF ELSEIF (INTYPE.EQ.QUADRIC) THEN NQUADS = NQUADS + 1 IF (MSTATE.EQ.MATERIAL) THEN FLAG(N) = ior(FLAG(N),PROPS) NPROPS = NPROPS + 1 IF (CLRITY.GT.0) THEN FLAG(N) = ior(FLAG(N),TRANSP) IF (CLROPT.EQ.1) FLAG(N) = ior(FLAG(N),MOPT1) NTRANSP = NTRANSP + 1 ISTRANS = 1 ENDIF IF (CLIPPING) THEN FLAG(N) = ior(FLAG(N),CLIPPED) ENDIF IF (NBOUNDS.GT.0) FLAG(N) = ior(FLAG(N),BOUNDED) IF (MATCOL) THEN BUF(5) = RGBMAT(1) BUF(6) = RGBMAT(2) BUF(7) = RGBMAT(3) ENDIF ENDIF * ISQUAD = QINP( BUF(1), DETAIL(NDET+1), SHADOW, SDTAIL(MDET+1) ) * IF (.NOT. ISQUAD) GOTO 45 NDET = NDET + KDET(INTYPE) IF (SHADOW) THEN MDET = MDET + SDET(INTYPE) ENDIF C C New object types go here! C ELSEIF (INTYPE.EQ.INTERNAL) THEN CALL ASSERT(.FALSE.,'object type 4 not available') ELSE CALL ASSERT(.FALSE.,'crash 50') ENDIF GO TO 7 c c here to discard object due to clipping planes c 45 CONTINUE NCLIP = NCLIP + 1 46 FLAG(N) = 0 N = N - 1 GO TO 7 c c 26-Aug-1999 attempt error recovery and reporting c if input line is not recognized 47 continue write (noise,'(A,A)') 'Unrecognized line: ',LINE goto 7 * * here for end of objects * 50 CONTINUE IF (INPUT.GT.INPUT0) THEN IF (VERBOSE) WRITE (NOISE,*) ' - closing indirect input file' CLOSE(INPUT) INPUT = INPUT - 1 GOTO 7 ENDIF * * help people re-center objects * XA = (TRULIM(1,1) + TRULIM(1,2)) / 2.0 YA = (TRULIM(2,1) + TRULIM(2,2)) / 2.0 ZA = (TRULIM(3,1) + TRULIM(3,2)) / 2.0 CALL TRANSF( XA, YA, ZA ) XA = TMAT(4,1) - XA * TMAT(4,4) YA = TMAT(4,2) - YA * TMAT(4,4) ZA = TMAT(4,3) - ZA * TMAT(4,4) IF (INVERT) YA = -YA WRITE (NOISE,*) 'To center objects in rendered scene, ', & 'change translation to:' WRITE (NOISE,'(3F10.4)') XA, YA, ZA * * Now we can set depth-cueing WRITE (LINE,577) 'Z limits (unscaled) before clipping:', & ZLIM(1)*TMAT(4,4)/SCALE,ZLIM(2)*TMAT(4,4)/SCALE WRITE (NOISE,*) LINE(2:57) WRITE (LINE,577) 'Z-clipping limits: ', & BACKCLIP*TMAT(4,4)/SCALE IF (FRONTCLIP.EQ.HUGE) THEN WRITE (LINE(48:57),'(A10)') ' none' ELSE WRITE (LINE(48:57),'(F10.2)') FRONTCLIP*TMAT(4,4)/SCALE ENDIF WRITE (NOISE,*) LINE(2:57) IF (VERBOSE) WRITE (NOISE,*) 'Scale: ', SCALE IF (VERBOSE.AND.GAMMACORRECTION) WRITE (NOISE,*) 'Gamma: ', Gamma IF (FOGTYPE .GE. 0) THEN IF (FOGBACK .EQ. 0) THEN FOGLIM(1) = ZLIM(1) ELSE FOGLIM(1) = FOGBACK * BACKCLIP ENDIF IF (FOGFRONT .EQ. 0) THEN FOGLIM(2) = ZLIM(2) ELSE IF (FRONTCLIP .LT. HUGE) THEN FOGLIM(2) = FOGFRONT * FRONTCLIP ELSE FOGLIM(2) = FOGFRONT * SCALE ENDIF IF (FOGTYPE.EQ.1) THEN WRITE(LINE,577) 'Fog (exponential) limits, density:' ELSE WRITE(LINE,577) 'Fog (linear) limits, density: ' ENDIF WRITE (LINE(38:67),578) & FOGLIM(1)*TMAT(4,4)/SCALE,FOGLIM(2)*TMAT(4,4)/SCALE,FOGDEN WRITE (NOISE,*) LINE(2:67) ENDIF 577 FORMAT(1X,A,2F10.2) 578 FORMAT(2F10.2,F10.2) * * Check list for special objects * Triangle types first (vanilla/ribbon/surface) NRIB = 0 NSUR = 0 NTRI = 0 DO 55 I = 1, N-1 IF (TYPE(I).EQ.TRIANG) THEN NTRI = NTRI + 1 * Allow IPHONG=0 to disable special processing of triangles IF (IPHONG.EQ.0) GOTO 54 * Check for surface triangle (explicit normals in next record) CDEBUG "I+1" should be replaced by INEXT processing IF (TYPE(I+1).EQ.NORMS.AND.iand(FLAG(I+1),HIDDEN).EQ.0) THEN FLAG(I) = ior( FLAG(I), SURFACE ) GOTO 54 END IF IF (I.EQ.1) GOTO 54 * Check for ribbon triangles, * can't possibly be one unless surrounded by other triangles IPREV = I - 1 INEXT = I + 1 IF (TYPE(IPREV).NE.TRIANG .OR. TYPE(INEXT).NE.TRIANG) THEN FLAG(I) = iand( FLAG(I), NOT(RIBBON) ) GOTO 54 END IF * trailing vertex must match one in previous triangle J = LIST(IPREV) K = LIST(I) L = LIST(INEXT) DO II = 1, 3 KK = K+II if ( abs(detail(kk)-detail(j+ii+3)).gt.RIBBONSLOP & .and. abs(detail(kk)-detail(j+ii+6)).gt.RIBBONSLOP) goto 54 C IF (DETAIL(KK).NE.DETAIL(J+II+3) C & .AND. DETAIL(KK).NE.DETAIL(J+II+6)) GOTO 54 END DO * leading vertex must match one in following triangle DO II = 7, 9 KK = K+II IF (abs(DETAIL(KK)-DETAIL(L+II-3)).gt.RIBBONSLOP & .AND. abs(DETAIL(KK)-DETAIL(L+II-6)).gt.RIBBONSLOP) GOTO 54 C IF (DETAIL(KK).NE.DETAIL(L+II-3) C & .AND. DETAIL(KK).NE.DETAIL(L+II-6)) GOTO 54 END DO FLAG(I) = ior(FLAG(I),RIBBON) 54 CONTINUE IF (iand(FLAG(I),RIBBON).NE.0) NRIB = NRIB + 1 IF (iand(FLAG(I),SURFACE).NE.0) NSUR = NSUR + 1 END IF 55 CONTINUE IF (TYPE(N).EQ.TRIANG) NTRI = NTRI + 1 56 CONTINUE * Set GLOW to maximum requested by glow light sources and bump up * ambient contribution to compensate for darkening applied later AMBIEN = AMBIEN * (1. + GLOWMAX) * WRITE(NOISE,*)'-------------------------------' IF (NSPHERE.NE.0) WRITE(NOISE,57) 'spheres =',NSPHERE IF (NCYLIND.NE.0) WRITE(NOISE,57) 'cylinders =',NCYLIND NTRI = NTRI - (NRIB + NSUR) IF (NPLANES.NE.0) WRITE(NOISE,57) 'planes =',NPLANES IF (NTRI.NE.0) WRITE(NOISE,57) 'plain triangles =',NTRI IF (NRIB.NE.0) WRITE(NOISE,57) 'ribbon triangles =',NRIB IF (NSUR.NE.0) WRITE(NOISE,57) 'surface triangles =',NSUR IF (NQUADS.NE.0) WRITE(NOISE,57) 'quadric surfaces =',NQUADS IF (NPROPM.NE.0) WRITE(NOISE,57) 'special materials =',NPROPM IF (NCLIP.NE.0) WRITE(NOISE,57) 'Z-clipped objects =',NCLIP IF (NTRANSP.NE.0) WRITE(NOISE,57) 'transparent objs =',NTRANSP IF (NHIDDEN.NE.0) WRITE(NOISE,57) 'hidden surfaces =',NHIDDEN IF (NINSIDE.NE.0) WRITE(NOISE,57) 'inside surfaces =',NINSIDE IF (nbplanes.NE.0) WRITE(NOISE,57)'bounding planes =',nbplanes WRITE(NOISE,57) 'total objects =',N WRITE(NOISE,*)'-------------------------------' IF (NGLOWS.GT.0) WRITE(NOISE,57) 'glow lights =',NGLOWS IF (LFLAG) THEN CALL LCLOSE( NLABELS ) WRITE(NOISE,57) 'labels =',NLABELS WRITE(NOISE,*)'-------------------------------' ELSEIF (NLABELS.NE.0) THEN WRITE(NOISE,57) 'labels (ignored) =',NLABELS WRITE(NOISE,*)'-------------------------------' ENDIF 57 FORMAT(2X,A,I8) * ZSLOP = SLOP * MAX(NPX,NPY) IF (VERBOSE) THEN WRITE (NOISE,*) 'ndet =',NDET,' SIZE(DETAIL)=',SIZE(DETAIL) IF (SHADOW) WRITE (NOISE,*) 'mdet =',MDET,' MAXSDT=', & SIZE(SDTAIL) WRITE (NOISE,*) 'EDGESLOP =',EDGESLOP WRITE (NOISE,*) ' ZSLOP =', ZSLOP ENDIF * * * Sort objects, fill in "short lists" as indices into main list * (note that it would lend itself better to "parallel * processing" to form the short lists first and then * sort each one - maybe even slightly more efficient in * the present context!) DO 60 I = 1, N K = LIST(I) CALL ASSERT (K.GE.0,'k<0') CALL ASSERT (K.LT.NDET,'k>=ndet') IF (TYPE(I).EQ.TRIANG) THEN Z1 = DETAIL(K+3) Z2 = DETAIL(K+6) Z3 = DETAIL(K+9) ZTEMP(I) = MAX(Z1,Z2,Z3) ELSEIF (TYPE(I).EQ.SPHERE) THEN Z = DETAIL(K+3) R = DETAIL(K+4) ZTEMP(I) = Z + R ELSEIF (TYPE(I).EQ.CYLIND) THEN * EAM May 1990 Z1 = DETAIL(K+3) Z2 = DETAIL(K+7) R1 = DETAIL(K+4) R2 = DETAIL(K+8) ZTEMP(I) = MAX(Z1+R1,Z2+R2) ELSEIF (TYPE(I).EQ.PLANE & .OR. TYPE(I).EQ.NORMS & .OR. TYPE(I).EQ.MATERIAL & .OR. TYPE(I).EQ.VERTRANSP & .OR. TYPE(I).EQ.VERTEXRGB & .OR. TYPE(I).EQ.GLOWLIGHT & .OR. TYPE(I).EQ.INTERNAL) THEN * EAM Mar 1994 (not sure this is necessary) ZTEMP(I) = SCALE + 1.0 ELSEIF (TYPE(I).EQ.QUADRIC) THEN Z = DETAIL(K+3) R = DETAIL(K+4) ZTEMP(I) = Z + R ELSE CALL ASSERT(.FALSE.,'crash 60') ENDIF 60 CONTINUE CALL HSORTD (N, ZTEMP, ZINDEX) KNTTOT = 0 KNTMAX = 0 DO J = 1, NTY DO I = 1, NTX KNTTOT = KNTTOT + KOUNT(I,J) IF (KOUNT(I,J).GT.KNTMAX) KNTMAX = KOUNT(I,J) ENDDO ENDDO IF (VERBOSE) THEN write (noise,*) 'max/avg length of short lists=', & kntmax,(knttot/(ntx*nty))+1 WRITE (NOISE,*) 'knttot=',KNTTOT,' MAXSHR=',SIZE(KSHORT) ENDIF * * Expand array KSHORT IF ( KNTTOT .GT. SIZE(KSHORT) ) THEN CALL GET_TRY(SIZE(KSHORT), KNTTOT, TRY1, 1) DO 970 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 970 ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 970 TMP1D = KSHORT CALL MOVE_ALLOC(from=TMP1D, to=KSHORT) if(TEST_ALLOC)write(NOISE,*)"Expand KSHORT to ",try1(ITRY) GOTO 972 970 CONTINUE ENDIF 972 CALL ASSERT (KNTTOT.LE.SIZE(KSHORT),'short list overflow') K = 0 DO J = 1, NTY DO I = 1, NTX KSTART(I,J) = K+1 KSTOP(I,J) = K K = K + KOUNT(I,J) ENDDO ENDDO C write(NOISE,*)"Set kstart and kstop ",NTX," x ",NTY CALL ASSERT (K.EQ.KNTTOT,'k.ne.knttot') DO 90 I = 1, N IND = ZINDEX(N-I+1) CALL ASSERT (IND.GE.1,'ind<1') CALL ASSERT (IND.LE.N,'ind>n') K = LIST(IND) CALL ASSERT (K.GE.0,'k<0') CALL ASSERT (K.LT.NDET,'k>=ndet') * impingement tests here must be same as above IF (TYPE(IND).EQ.TRIANG) THEN X1 = DETAIL(K+1) Y1 = DETAIL(K+2) Z1 = DETAIL(K+3) X2 = DETAIL(K+4) Y2 = DETAIL(K+5) Z2 = DETAIL(K+6) X3 = DETAIL(K+7) Y3 = DETAIL(K+8) Z3 = DETAIL(K+9) IXLO = MIN(X1,X2,X3)/NPX + 1 IXHI = MAX(X1,X2,X3)/NPX + 1 IYLO = MIN(Y1,Y2,Y3)/NPY + 1 IYHI = MAX(Y1,Y2,Y3)/NPY + 1 ELSEIF (TYPE(IND).EQ.SPHERE) THEN X = DETAIL(K+1) Y = DETAIL(K+2) Z = DETAIL(K+3) R = DETAIL(K+4) IXLO = (X-R)/NPX + 1 IXHI = (X+R)/NPX + 1 IYLO = (Y-R)/NPY + 1 IYHI = (Y+R)/NPY + 1 ELSEIF (TYPE(IND).EQ.CYLIND) THEN X1 = DETAIL(K+1) Y1 = DETAIL(K+2) Z1 = DETAIL(K+3) R1 = DETAIL(K+4) X2 = DETAIL(K+5) Y2 = DETAIL(K+6) Z2 = DETAIL(K+7) R2 = DETAIL(K+8) IXLO = MIN(X1-R1,X2-R2) / NPX + 1 IXHI = MAX(X1+R1,X2+R2) / NPX + 1 IYLO = MIN(Y1-R1,Y2-R2) / NPY + 1 IYHI = MAX(Y1+R1,Y2+R2) / NPY + 1 ELSEIF (TYPE(IND).EQ.PLANE) THEN IXLO = 1 IXHI = NTX IYLO = 1 IYHI = NTY ELSEIF (TYPE(IND).EQ.NORMS) THEN GOTO 81 ELSEIF (TYPE(IND).EQ.VERTEXRGB) THEN GOTO 81 ELSEIF (TYPE(IND).EQ.VERTRANSP) THEN GOTO 81 ELSEIF (TYPE(IND).EQ.MATERIAL) THEN GOTO 81 ELSEIF (TYPE(IND).EQ.GLOWLIGHT) THEN GOTO 81 ELSEIF (TYPE(IND).EQ.QUADRIC) THEN X = DETAIL(K+1) Y = DETAIL(K+2) Z = DETAIL(K+3) R = DETAIL(K+4) IXLO = (X-R)/NPX + 1 IXHI = (X+R)/NPX + 1 IYLO = (Y-R)/NPY + 1 IYHI = (Y+R)/NPY + 1 ELSEIF (TYPE(IND).EQ.INTERNAL) THEN GOTO 81 ELSE CALL ASSERT(.FALSE.,'crash 80') ENDIF IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NTX) GO TO 81 IF (IXHI.LT.1 ) GO TO 81 IF (IXHI.GT.NTX) IXHI=NTX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NTY) GO TO 81 IF (IYHI.LT.1 ) GO TO 81 IF (IYHI.GT.NTY) IYHI=NTY DO 80 IY=IYLO,IYHI DO 80 IX=IXLO,IXHI KSTOP(IX,IY) = KSTOP(IX,IY) + 1 KSHORT(KSTOP(IX,IY)) = IND 80 CONTINUE C write(NOISE,*)"Incr kstop ",IXLO,"-",IXHI," x ",IYLO,"-",IYHI, C & kstart(IXLO,IYLO),kstop(IXLO,IYLO),kount(IXLO,IYLO) 81 CONTINUE 90 CONTINUE DO 95 J=1,NTY DO 95 I=1,NTX K1 = KSTART(I,J) K2 = KSTOP(I,J) K3 = KOUNT(I,J) if(K2-k1.ne.k3-1)then write(NOISE,*)"*** ERROR IN KOUNT,KSTART,KSTOP" write(NOISE,*)"I,J=",I,J," start,stop=",K1,K2," kount=",k3 write(NOISE,*)"NTX,Y ",NTX,NTY," kount=",size(kount,1)," x", & size(kount,2)," stop=",size(kstop,1),size(kstop,2) C write(NOISE,*)((kstart(III,JJJ),III=1,I),JJJ=1,J) C write(NOISE,*)((kstop(III,JJJ),III=1,I),JJJ=1,J) C write(NOISE,*)((kount(III,JJJ),III=1,I),JJJ=1,J) endif CALL ASSERT (K2-K1.EQ.K3-1,'k2-k1.ne.kount(i,j)-1') CALL ASSERT (K1.GE.1.AND.K1.LE.KNTTOT+1,'kstart(i,j)') CALL ASSERT (K2.GE.0.AND.K2.LE.KNTTOT,'kstop(i,j)') 95 CONTINUE * * Do the short list business for shadow space too if required IF (SHADOW) THEN DO 160 I = 1, N K = MIST(I) CALL ASSERT (K.GE.0,'k.lt.0') CALL ASSERT (K.LT.MDET,'k.ge.mdet') IF (TYPE(I).EQ.TRIANG) THEN Z1 = SDTAIL(K+3) Z2 = SDTAIL(K+6) Z3 = SDTAIL(K+9) ZTEMP(I) = MAX(Z1,Z2,Z3) ELSEIF (TYPE(I).EQ.SPHERE) THEN Z = SDTAIL(K+3) R = SDTAIL(K+4) ZTEMP(I) = Z + R ELSEIF (TYPE(I).EQ.CYLIND) THEN Z1 = SDTAIL(K+3) Z2 = SDTAIL(K+7) R1 = SDTAIL(K+4) R2 = SDTAIL(K+8) ZTEMP(I) = MAX(Z1+R1,Z2+R2) ELSEIF (TYPE(I).EQ.PLANE) THEN * no shadows for plane surface ELSEIF (TYPE(I).EQ.NORMS) THEN * and certainly not for normals ELSEIF (TYPE(I).EQ.VERTEXRGB) THEN ELSEIF (TYPE(I).EQ.VERTRANSP) THEN ELSEIF (TYPE(I).EQ.MATERIAL) THEN * or surface properties ELSEIF (TYPE(I).EQ.GLOWLIGHT) THEN * you want a shadow on a light source??? ELSEIF (TYPE(I).EQ.QUADRIC) THEN Z = SDTAIL(K+3) R = SDTAIL(K+4) ZTEMP(I) = Z + R ELSEIF (TYPE(I).EQ.INTERNAL) THEN ELSE CALL ASSERT(.FALSE.,'crash 160') ENDIF 160 CONTINUE CALL HSORTD (N, ZTEMP, ZINDEX) MNTTOT = 0 DO 170 J = 1, NSY DO 170 I = 1, NSX MNTTOT = MNTTOT + MOUNT(I,J) 170 CONTINUE IF (VERBOSE) WRITE (NOISE,*) 'mnttot=',MNTTOT,' MAXSSL=', & SIZE(MSHORT) * * Expand array MSHORT IF ( MNTTOT .GT. SIZE(MSHORT) ) THEN CALL GET_TRY(SIZE(MSHORT), MNTTOT, TRY1, 1) DO 975 ITRY = 1,3 if (TRY1(ITRY).LE.0.OR.TRY1(ITRY).GT.MAXMEM) GOTO 975 ALLOCATE( TMP1D(TRY1(ITRY)), stat=ierr ) if (ierr .NE. 0) GOTO 975 TMP1D = MSHORT CALL MOVE_ALLOC(from=TMP1D, to=MSHORT) if(TEST_ALLOC)write(NOISE,*)"Expand MSHORT to ",try1(ITRY) GOTO 977 975 CONTINUE ENDIF 977 CALL ASSERT (MNTTOT.LE.SIZE(MSHORT), & 'shadow short list overflow') K = 0 DO 175 J = 1, NSY DO 175 I = 1, NSX MSTART(I,J) = K+1 MSTOP(I,J) = K K = K + MOUNT(I,J) 175 CONTINUE CALL ASSERT (K.EQ.MNTTOT,'k.ne.mnttot') DO 190 I = 1, N IND = ZINDEX(N-I+1) CALL ASSERT (IND.GE.1,'ind.lt.1') CALL ASSERT (IND.LE.N,'ind.gt.n') K = MIST(IND) CALL ASSERT (K.GE.0,'k.lt.0') CALL ASSERT (K.LT.MDET,'k.ge.mdet') * impingement tests here must be same as above IF (TYPE(IND).EQ.TRIANG) THEN X1 = SDTAIL(K+1) Y1 = SDTAIL(K+2) Z1 = SDTAIL(K+3) X2 = SDTAIL(K+4) Y2 = SDTAIL(K+5) Z2 = SDTAIL(K+6) X3 = SDTAIL(K+7) Y3 = SDTAIL(K+8) Z3 = SDTAIL(K+9) IXLO = MIN(X1,X2,X3)/NPX + 1 IXHI = MAX(X1,X2,X3)/NPX + 1 IYLO = MIN(Y1,Y2,Y3)/NPY + 1 IYHI = MAX(Y1,Y2,Y3)/NPY + 1 ELSEIF (TYPE(IND).EQ.SPHERE) THEN X = SDTAIL(K+1) Y = SDTAIL(K+2) Z = SDTAIL(K+3) R = SDTAIL(K+4) IXLO = (X-R)/NPX + 1 IXHI = (X+R)/NPX + 1 IYLO = (Y-R)/NPY + 1 IYHI = (Y+R)/NPY + 1 ELSEIF (TYPE(IND).EQ.CYLIND) THEN X1 = SDTAIL(K+1) Y1 = SDTAIL(K+2) Z1 = SDTAIL(K+3) R1 = SDTAIL(K+4) X2 = SDTAIL(K+5) Y2 = SDTAIL(K+6) Z2 = SDTAIL(K+7) R2 = SDTAIL(K+8) IXLO = MIN(X1-R1,X2-R2) / NPX + 1 IXHI = MAX(X1+R1,X2+R2) / NPX + 1 IYLO = MIN(Y1-R1,Y2-R2) / NPY + 1 IYHI = MAX(Y1+R1,Y2+R2) / NPY + 1 ELSEIF (TYPE(IND).EQ.PLANE) THEN * no shadows for plane surface GOTO 181 ELSEIF (TYPE(IND).EQ.NORMS) THEN GOTO 181 ELSEIF (TYPE(IND).EQ.VERTEXRGB) THEN GOTO 181 ELSEIF (TYPE(IND).EQ.VERTRANSP) THEN GOTO 181 ELSEIF (TYPE(IND).EQ.MATERIAL) THEN GOTO 181 ELSEIF (TYPE(IND).EQ.GLOWLIGHT) THEN GOTO 181 ELSEIF (TYPE(IND).EQ.QUADRIC) THEN X = SDTAIL(K+1) Y = SDTAIL(K+2) Z = SDTAIL(K+3) R = SDTAIL(K+4) IXLO = (X-R)/NPX + 1 IXHI = (X+R)/NPX + 1 IYLO = (Y-R)/NPY + 1 IYHI = (Y+R)/NPY + 1 ELSEIF (TYPE(IND).EQ.INTERNAL) THEN GOTO 181 ELSE CALL ASSERT(.FALSE.,'crash 180') ENDIF IF (IXLO.LT.1 ) IXLO=1 IF (IXLO.GT.NSX) GO TO 181 IF (IXHI.LT.1 ) GO TO 181 IF (IXHI.GT.NSX) IXHI=NSX IF (IYLO.LT.1 ) IYLO=1 IF (IYLO.GT.NSY) GO TO 181 IF (IYHI.LT.1 ) GO TO 181 IF (IYHI.GT.NSY) IYHI=NSY DO 180 IY=IYLO,IYHI DO 180 IX=IXLO,IXHI MSTOP(IX,IY) = MSTOP(IX,IY) + 1 MSHORT(MSTOP(IX,IY)) = IND 180 CONTINUE 181 CONTINUE 190 CONTINUE DO 195 J=1,NSY DO 195 I=1,NSX K1 = MSTART(I,J) K2 = MSTOP(I,J) K3 = MOUNT(I,J) CALL ASSERT (K2-K1.EQ.K3-1,'k2-k1.ne.mount(i,j)-1') CALL ASSERT (K1.GE.1.AND.K1.LE.MNTTOT+1,'mstart(i,j)') CALL ASSERT (K2.GE.0.AND.K2.LE.MNTTOT,'mstop(i,j)') 195 CONTINUE ENDIF * * Paint the tiles one by one DO 600 JTILE = 1, NTY DO 500 ITILE = 1, NTX * bounds of this tile in pixel space XLO = (ITILE-1)*NPX XHI = ITILE*NPX YLO = (JTILE-1)*NPY YHI = JTILE*NPY * initialize tile to background colour DO 200 J = 1, NPY DO 200 I = 1, NPX DO 199 IC = 1, 3 TILE(IC,I,J) = BKGND(IC) 199 CONTINUE ACHAN(I,J) = 0.0 200 CONTINUE * test for no objects in tile IF (KOUNT(ITILE,JTILE).EQ.0) GO TO 400 NTRANSP = TTRANS(ITILE,JTILE) + nvtrans IJSTART = KSTART(ITILE,JTILE) IJSTOP = KSTOP(ITILE,JTILE) * process non-empty tile DO 300 J = 1, NPY DO 300 I = 1, NPX * location of the pixel in pixel space XP = XLO + 0.5 + (I-1) YP = YLO + 0.5 + (J-1) * starting value of "highest z so far" ZTOP = BACKCLIP * the index of the object that has it INDTOP = 0 * index of highest opaque object ZHIGH = ZTOP * and number of transparent objects above it INDEPTH = 0 C Clear parity counter for all BOUNDED materials IF (NBPLANES.GT.0) THEN DO M = 1, NPROPM MPARITY(M) = 0 ENDDO ENDIF * find the highest pixel, using the tile's sorted list C DO 240 IK = KSTART(ITILE,JTILE), KSTOP(ITILE,JTILE) DO 240 IK = IJSTART, IJSTOP IND = KSHORT(IK) K = LIST(IND) IFLAG = FLAG(IND) * skip if hidden surface IF (NHIDDEN.GT.0 .AND. iand(IFLAG,HIDDEN).NE.0) goto 240 * further tests depend on object type IF (TYPE(IND).EQ.TRIANG) THEN X1 = DETAIL(K+1) Y1 = DETAIL(K+2) Z1 = DETAIL(K+3) X2 = DETAIL(K+4) Y2 = DETAIL(K+5) Z2 = DETAIL(K+6) X3 = DETAIL(K+7) Y3 = DETAIL(K+8) Z3 = DETAIL(K+9) * cheap check for done pixel IF (Z1.LT.ZHIGH .AND. Z2.LT.ZHIGH .AND. Z3.LT.ZHIGH) & GOTO 250 A = DETAIL(K+10) B = DETAIL(K+11) C = DETAIL(K+12) D = DETAIL(K+13) * skip object if degenerate triangle IF (D.EQ.0) GO TO 240 * skip object if z not a new high ZP = A*XP + B*YP + C IF (ZP.LE.ZHIGH) GO TO 240 * Rigorous test to see if this point is interior to triangle * NOTE: when lots of triangles are present, the following 3 lines * account for the largest single chunk of rendering time (>10%)! S = (X2-X1)*(YP-Y1) - (Y2-Y1)*(XP-X1) T = (X3-X2)*(YP-Y2) - (Y3-Y2)*(XP-X2) U = (X1-X3)*(YP-Y3) - (Y1-Y3)*(XP-X3) IF ( (S.LT.0. .OR. T.LT.0. .OR. U.LT.0.) .AND. & (S.GT.0. .OR. T.GT.0. .OR. U.GT.0.) ) GO TO 240 * Z-clipped triangles are easy IF (iand(IFLAG,CLIPPED).NE.0) THEN MIND = LIST(MLIST(IFLAG/65536)) IF ( ZP.GT.DETAIL(MIND+16)) GOTO 240 IF ( ZP.LT.DETAIL(MIND+17)) GOTO 240 ENDIF * Use Phong shading for surface and ribbon triangles. IF (iand(IFLAG,SURFACE+VCOLS+VTRANS).NE.0) THEN V = (Y3-Y1)*(X2-X1) - (X3-X1)*(Y2-Y1) W = (XP-X1)*(Y3-Y1) - (YP-Y1)*(X3-X1) ALPHA = W / V BETA = S / V ENDIF IF (iand(IFLAG,VCOLS+VTRANS).NE.0) THEN DETAIL(14 + LIST(IND)) = ALPHA DETAIL(15 + LIST(IND)) = BETA ENDIF IF (iand(IFLAG,SURFACE).NE.0) THEN C CALL ASSERT(TYPE(IND+1).EQ.NORMS,'lost normals') A1 = DETAIL(1 + LIST(IND+1)) B1 = DETAIL(2 + LIST(IND+1)) C1 = DETAIL(3 + LIST(IND+1)) A2 = DETAIL(4 + LIST(IND+1)) B2 = DETAIL(5 + LIST(IND+1)) C2 = DETAIL(6 + LIST(IND+1)) A3 = DETAIL(7 + LIST(IND+1)) B3 = DETAIL(8 + LIST(IND+1)) C3 = DETAIL(9 + LIST(IND+1)) TEMPNORM(1) = A1 + ALPHA*(A2-A1) + BETA*(A3-A1) TEMPNORM(2) = B1 + ALPHA*(B2-B1) + BETA*(B3-B1) TEMPNORM(3) = C1 + ALPHA*(C2-C1) + BETA*(C3-C1) * For ribbon triangles we take this normal for "middle" vertex, * normal of previous triangle for "trailing" vertex normal, * normal of next triangle for "leading" vertex normal. * Then we use linear interpolation of vertex normals. ELSE IF (iand(IFLAG,RIBBON).NE.0) THEN IPREV = IND - 1 INEXT = IND + 1 C CALL ASSERT(TYPE(IPREV).EQ.TRIANG,'lost triangle') C CALL ASSERT(TYPE(INEXT).EQ.TRIANG,'lost triangle') V = (Y3-Y1)*(X2-X1) - (X3-X1)*(Y2-Y1) W = (XP-X1)*(Y3-Y1) - (YP-Y1)*(X3-X1) ALPHA = W / V BETA = S / V AT = DETAIL(10 + LIST(IPREV)) BT = DETAIL(11 + LIST(IPREV)) AL = DETAIL(10 + LIST(INEXT)) BL = DETAIL(11 + LIST(INEXT)) TEMPNORM(1) = -AT -ALPHA*(A-AT) -BETA*(AL-AT) TEMPNORM(2) = -BT -ALPHA*(B-BT) -BETA*(BL-BT) TEMPNORM(3) = 1. ELSE TEMPNORM(1) = -A TEMPNORM(2) = -B TEMPNORM(3) = 1. END IF * Check bounding planes. * This is different for triangles than for other shapes, as we assume * that each triangle is only a facet of a larger shape that is really * the 'object' being bounded. This means that rather than checking top * and bottom surfaces of the current object, we have to search for * them in other triangle/facets of the same bounded material. IF (iand(IFLAG,BOUNDED).NE.0) THEN MAT = IFLAG/65536 M = MLIST(MAT)+1 IF (.NOT.INBOUNDS( M, TYPE, LIST, DETAIL, & XP,YP,ZP,DX,DY,DZ,ZP, BPIND )) THEN GOTO 240 ENDIF c If this surface was above bounding plane, track parity MIND = LIST(MLIST(MAT)) IF (BPIND.NE.0) THEN IF (MPARITY(MAT).EQ.0) THEN MPARITY(MAT) = 1 IF (ZP.LE.ZHIGH) GO TO 240 TEMPNORM(1) = DX TEMPNORM(2) = DY TEMPNORM(3) = DZ CORTEP Very ugly code to force bounding plane colors to be used CORTEP but only if they are present. IF ( (BPIND.GT.0) & .AND.(DETAIL(LIST(BPIND)+9).GE.0.0)) & IND = BPIND ELSE MPARITY(MAT) = 0 IF (FLAG(INDTOP)/65536.EQ.MAT) THEN IF (iand(IFLAG,TRANSP).EQ.0) THEN INDTOP = 0 ZHIGH = BACKCLIP ZTOP = BACKCLIP INDEPTH= 0 ELSE IF (INDEPTH.LE.1) THEN INDTOP = 0 ZHIGH = BACKCLIP ZTOP = BACKCLIP INDEPTH= 0 ELSE INDEPTH = INDEPTH - 1 DO L = 1, INDEPTH INDLIST(L) = INDLIST(L+1) ZLIST(L) = ZLIST(L+1) NORMLIST(1,L) = NORMLIST(1,L+1) NORMLIST(2,L) = NORMLIST(2,L+1) NORMLIST(3,L) = NORMLIST(3,L+1) ENDDO ZTOP = ZLIST(1) ENDIF ENDIF GOTO 240 ENDIF ENDIF ENDIF * update values for object having highest z here yet * 19-Feb-2002 Must wait til here to set NORMAL NORMAL(1) = TEMPNORM(1) NORMAL(2) = TEMPNORM(2) NORMAL(3) = TEMPNORM(3) IF (NTRANSP.GT.0) THEN CALL RANK( IND, ZP, NORMAL, FLAG ) ELSE ZHIGH = ZP INDTOP = IND ENDIF ELSEIF (TYPE(IND).EQ.SPHERE) THEN X = DETAIL(K+1) Y = DETAIL(K+2) Z = DETAIL(K+3) R = DETAIL(K+4) * cheap check for done pixel IF (Z+R.LE.ZHIGH) GO TO 250 * skip object if point exterior DX = XP-X DY = YP-Y DX2 = DX**2 DY2 = DY**2 R2 = R**2 IF (DX2+DY2 .GE. R2) GO TO 240 * skip object if z not a new high DZ = SQRT(R2-(DX2+DY2)) C Triggered by CLROPT=2 IF (iand(IFLAG,TRANSP).NE.0 .AND. & iand(IFLAG,INSIDE).NE.0) DZ = -DZ ZP = Z+DZ IF (ZP.LE.ZHIGH) GO TO 240 * Check bounding planes. IF (iand(IFLAG,BOUNDED).NE.0) THEN ZBACK = Z-DZ M = MLIST(IFLAG/65536)+1 IF (.NOT.INBOUNDS( M, TYPE, LIST, DETAIL, & XP,YP,ZP,DX,DY,DZ,ZBACK, BPIND)) & GOTO 240 ENDIF * Z-clipped spheres aren't too bad IF (iand(IFLAG,CLIPPED).NE.0) THEN MIND = LIST(MLIST(IFLAG/65536)) IF (ZP.GT.DETAIL(MIND+16)) THEN ZP = Z-DZ IF (ZP.LE.ZHIGH) GOTO 240 IF (ZP.GT.DETAIL(MIND+16)) GOTO 240 DZ = -DZ ENDIF IF (ZP.LT.DETAIL(MIND+17)) GOTO 240 ENDIF * update values for object having highest z here yet NORMAL(1) = DX NORMAL(2) = DY NORMAL(3) = DZ IF (NTRANSP.GT.0) THEN CALL RANK( IND, ZP, NORMAL, FLAG ) ELSE ZHIGH = ZP INDTOP = IND ENDIF ELSEIF (TYPE(IND).EQ.CYLIND) THEN * EAM May 1990 X1 = DETAIL(K+1) Y1 = DETAIL(K+2) Z1 = DETAIL(K+3) R1 = DETAIL(K+4) X2 = DETAIL(K+5) Y2 = DETAIL(K+6) Z2 = DETAIL(K+7) R2 = R1 * EAM Mar 1993 with a better understanding of how this works * add truly cheap test for cylinder entirely below current ZTOP TEMP1 = MAX(Z1+R1,Z2+R2) IF (TEMP1 .LE. ZHIGH) GOTO 250 * 2nd (relatively cheap) test * is to check distance to cylinder axis in projection IF (X1.EQ.X2 .AND. Y1.EQ.Y2) THEN TEMP1 = 0.0 ELSE TEMP1 = ((XP-X1)*(Y2-Y1) - (YP-Y1)*(X2-X1))**2 & / ((X2-X1)*(X2-X1) + (Y2-Y1)*(Y2-Y1)) ENDIF IF (TEMP1 .GT. R1*R1) GOTO 240 * Now find Z coord in pixel space of point on surface of * cylinder with these X and Y coords (ZP) * Also get coords of closest point on cylinder axis (XYZA). ISCYL = CYLTEST( IFLAG, AXFRAC, & X1,Y1,Z1, X2,Y2,Z2, XP,YP,ZP, R1, XA,YA,ZA ) IF (.NOT.ISCYL) GO TO 240 * skip object if z not a new high IF (ZP.LE.ZHIGH) GO TO 240 DX = XP - XA DY = YP - YA DZ = ZP - ZA * Check bounding planes. Unfortunately we have to get the * back surface first which means dummying up a call to CYLTEST IF (iand(IFLAG,BOUNDED).NE.0) THEN ZBACK = ZP ISCYL = CYLTEST( ior(IFLAG,INSIDE+TRANSP), AXFRAC, & X1,Y1,Z1, X2,Y2,Z2, XP,YP,ZBACK, R1, XA,YA,ZA) M = MLIST(IFLAG/65536)+1 IF (.NOT.INBOUNDS( M, TYPE, LIST, DETAIL, & XP,YP,ZP,DX,DY,DZ,ZBACK, BPIND )) & GOTO 240 ENDIF * Z-clipped cylinders are messy IF (iand(IFLAG,CLIPPED).NE.0) THEN MIND = LIST(MLIST(IFLAG/65536)) IF (ZP.GT.DETAIL(MIND+16)) THEN ISCYL = CYLTEST( ior(IFLAG,INSIDE+TRANSP), AXFRAC, & X1,Y1,Z1, X2,Y2,Z2, XP,YP,ZP, R1, XA,YA,ZA ) IF (ZP.LE.ZHIGH) GOTO 240 IF (ZP.GT.DETAIL(MIND+16)) GOTO 240 ENDIF IF (ZP.LT.DETAIL(MIND+17)) GOTO 240 DX = XP - XA DY = YP - YA DZ = ZP - ZA ENDIF NORMAL(1) = DX NORMAL(2) = DY NORMAL(3) = DZ * if explicit vertex colors, need to keep fractional position IF (iand(IFLAG,ior(VCOLS,VTRANS)).NE.0) DETAIL(K+8) = AXFRAC * update values for object having highest z here yet IF (NTRANSP.GT.0) THEN CALL RANK( IND, ZP, NORMAL, FLAG ) ELSE ZHIGH = ZP INDTOP = IND ENDIF ELSEIF (TYPE(IND).EQ.PLANE) THEN A = DETAIL(K+1) B = DETAIL(K+2) C = DETAIL(K+3) D = DETAIL(K+4) IF (D.EQ.0) GOTO 240 ZP = A*XP + B*YP + C IF (ZP.LE.ZHIGH) GOTO 240 NORMAL(1) = -A NORMAL(2) = -B NORMAL(3) = 1. IF (NTRANSP.GT.0) THEN CALL RANK( IND, ZP, NORMAL, FLAG ) ELSE ZHIGH = ZP INDTOP = IND ENDIF ELSEIF (TYPE(IND).EQ.QUADRIC) THEN * First do cheap checks against projection of limiting sphere X = DETAIL(K+1) Y = DETAIL(K+2) Z = DETAIL(K+3) R = DETAIL(K+4) IF (Z+R.LE.ZHIGH) GO TO 250 DX2 = (XP-X)**2 DY2 = (YP-Y)**2 R2 = R**2 IF (DX2 + DY2 .GE. R2) GO TO 240 * Now find Z coord (ZP) in pixel space of point on quadric surface * with these X and Y coords ISQUAD = QTEST( DETAIL(K+1), DETAIL(K+8), & XP, YP, ZP, QNORM, .FALSE., .FALSE. ) IF (.NOT.ISQUAD) GO TO 240 IF (ZP.LE.ZHIGH) GO TO 240 * Check bounding planes. IF (iand(IFLAG,BOUNDED).NE.0) THEN M = MLIST(IFLAG/65536) IF (DETAIL(LIST(M+1)+1) .EQ. ORTEP) THEN CALL ORTEPBOUNDS( M+1, TYPE, LIST, DETAIL, XP,YP,ZP, & QNORM(1),QNORM(2),QNORM(3),ZBACK, BPIND) CORTEP Very ugly code to force bounding plane colors to be used CORTEP but only if they are present. CORTEP An alternative would be to always set IND = BPIND, but CORTEP check for presence of coloring info later, in which case CORTEP IND itself needs to be temporarily saved somewhere. CORTEP Or maybe just cache BPIND now and use it later if non-zero? IF ( (BPIND.GT.0) & .AND.(DETAIL(LIST(BPIND)+9).GE.0.0)) & IND = BPIND ELSE ISQUAD = QTEST( DETAIL(K+1), DETAIL(K+8), & XP, YP, ZBACK, QNORM, .FALSE., .TRUE. ) IF (.NOT.INBOUNDS( M+1, TYPE, LIST, DETAIL, XP,YP,ZP, & QNORM(1),QNORM(2),QNORM(3),ZBACK, BPIND)) & GOTO 240 ENDIF ENDIF C Z-clipping of quadric surfaces is encountered more frequently C than for other object types, as the limiting sphere can also C cause clipping. C Check against limiting sphere in 3D MAYCLIP = .FALSE. DZ2 = (ZP-Z)**2 IF (DX2+DY2+DZ2 .GT. R2) MAYCLIP = .TRUE. IF (iand(IFLAG,CLIPPED).NE.0) THEN MIND = LIST(MLIST(IFLAG/65536)) IF (ZP.GT.DETAIL(MIND+16)) MAYCLIP = .TRUE. ENDIF IF (MAYCLIP) THEN ISQUAD = QTEST( DETAIL(K+1), DETAIL(K+8), & XP, YP, ZP, QNORM, .FALSE., .TRUE. ) IF (.NOT.ISQUAD) GO TO 240 IF (ZP.LE.ZHIGH) GO TO 240 DZ2 = (ZP-Z)**2 IF (DX2+DY2+DZ2 .GT. R2) GO TO 240 IF (iand(IFLAG,CLIPPED).NE.0) THEN IF (ZP.GT.DETAIL(MIND+16)) GO TO 240 IF (ZP.LT.DETAIL(MIND+17)) GO TO 240 ENDIF ENDIF NORMAL(1) = QNORM(1) NORMAL(2) = QNORM(2) NORMAL(3) = QNORM(3) * update values for object having highest z here yet IF (NTRANSP.GT.0) THEN CALL RANK( IND, ZP, NORMAL, FLAG ) ELSE ZHIGH = ZP INDTOP = IND ENDIF ELSE CALL ASSERT(.FALSE.,'crash 240') ENDIF 240 CONTINUE 250 CONTINUE C Apply background fog here (added 2010) IF (FOGTYPE .GE. 0) THEN FOGDIM = FOGGY( FOGLIM(2) - ZTOP ) TILE(1,I,J) = (1.-FOGDIM)*TILE(1,I,J) + FOGDIM*FOGRGB(1) TILE(2,I,J) = (1.-FOGDIM)*TILE(2,I,J) + FOGDIM*FOGRGB(2) TILE(3,I,J) = (1.-FOGDIM)*TILE(3,I,J) + FOGDIM*FOGRGB(3) ENDIF * Background colour if we never found an object in this line of sight IF (INDTOP.EQ.0) GO TO 299 C We now know this is not a background pixel so set alpha channel to 1 C Modify later if it turns out the object is transparent ACHAN(I,J) = 1.0 C Transparency processing revamped Mar 2001 C If the top object is transparent we will have to come back here C later and do this all again for each object in INDLIST IF (NTRANSP.NE.0) THEN C CALL ASSERT(INDEPTH.GT.0,'INDEPTH = 0') ITPASS = 1 ZHIGH = ZLIST(INDEPTH) INDTOP = INDLIST(INDEPTH) NORMAL(1) = NORMLIST(1,INDEPTH) NORMAL(2) = NORMLIST(2,INDEPTH) NORMAL(3) = NORMLIST(3,INDEPTH) RGBLND(1) = BKGND(1) RGBLND(2) = BKGND(2) RGBLND(3) = BKGND(3) ENDIF * ZP is the "height" of the chosen pixel, * and indtop tells us which object it came from: ZTOP = ZHIGH ZP = ZTOP 255 CONTINUE C C Shadowing code - look for objects that shadow the one we just found C IF (SHADOW) THEN * locate pixel in shadow space * take out object translation & scaling XT = (XP - XCENT) / SCALE YT = (YP - YCENT) / SCALE ZT = ZP / SCALE * rotate light source position to z axis XR = SROT(1,1)*XT+SROT(1,2)*YT+SROT(1,3)*ZT YR = SROT(2,1)*XT+SROT(2,2)*YT+SROT(2,3)*ZT ZR = SROT(3,1)*XT+SROT(3,2)*YT+SROT(3,3)*ZT * scale and translate for shadow space XS = XR * SCALE + SXCENT YS = YR * SCALE + SYCENT ZS = ZR * SCALE * determine appropriate shadow tile ISTILE = XS/NPX + 1 JSTILE = YS/NPY + 1 * Just to get proper error message IF (JSTILE.LE.0) JSTILE = NSY + 1 - JSTILE IF (ISTILE.LE.0) ISTILE = NSX + 1 - ISTILE IF (JSTILE.GE.NSY) THEN NSYMAX = MAX(JSTILE,NSYMAX) INDSTP = 0 GOTO 270 END IF IF (ISTILE.GE.NSX) THEN NSXMAX = MAX(ISTILE,NSXMAX) INDSTP = 0 GOTO 270 END IF * starting value of "highest shadow space z so far" * and the index of the object that has it ZSTOP = 2.0*BACKCLIP INDSTP = 0 * DO 260 IK = MSTART(ISTILE,JSTILE), MSTOP(ISTILE,JSTILE) IND = MSHORT(IK) IFLAG = FLAG(IND) * Ignore transparent objects except for the one being shaded IF (iand(IFLAG,TRANSP).NE.0 .AND. IND.NE.INDTOP) GOTO 260 K = MIST(IND) IF (TYPE(IND).EQ.TRIANG) THEN X1 = SDTAIL(K+1) Y1 = SDTAIL(K+2) Z1 = SDTAIL(K+3) X2 = SDTAIL(K+4) Y2 = SDTAIL(K+5) Z2 = SDTAIL(K+6) X3 = SDTAIL(K+7) Y3 = SDTAIL(K+8) Z3 = SDTAIL(K+9) A = SDTAIL(K+10) B = SDTAIL(K+11) C = SDTAIL(K+12) D = SDTAIL(K+13) * cheap check for done "pixel" IF (Z1.LT.ZSTOP .AND. Z2.LT.ZSTOP .AND. Z3.LT.ZSTOP) & GOTO 270 * skip object if degenerate triangle IF (D.EQ.0) GO TO 260 * skip object if z not a new high ZTEST = A*XS + B*YS + C IF (ZTEST.LE.ZSTOP) GO TO 260 * skip object if point exterior S = (X2-X1)*(YS-Y1)-(Y2-Y1)*(XS-X1) T = (X3-X2)*(YS-Y2)-(Y3-Y2)*(XS-X2) U = (X1-X3)*(YS-Y3)-(Y1-Y3)*(XS-X3) IF ( (S.LT.0. .OR. T.LT.0. .OR. U.LT.0.) .AND. & (S.GT.0. .OR. T.GT.0. .OR. U.GT.0.) ) GO TO 260 * Check bounding planes IF (iand(IFLAG,BOUNDED).NE.0) THEN MAT = IFLAG/65536 M = MLIST(MAT)+1 IF (.NOT.INBOUNDS( M, TYPE, MIST, SDTAIL, & XS,YS,ZTEST,DX,DY,DZ,ZTEST, BPIND )) THEN GOTO 260 ENDIF MIND = MIST(MLIST(MAT)) IF (BPIND.NE.0) THEN IF (MPARITY(MAT).GE.0) THEN MPARITY(MAT) = -1 ELSE MPARITY(MAT) = 0 IF (FLAG(INDSTP)/65536.EQ.MAT) THEN INDSTP = 0 ZSTOP = 2.*BACKCLIP ENDIF GOTO 260 ENDIF ENDIF ENDIF * update values for object having highest z here yet ZSTOP = ZTEST INDSTP = IND ELSEIF (TYPE(IND).EQ.SPHERE) THEN X = SDTAIL(K+1) Y = SDTAIL(K+2) Z = SDTAIL(K+3) R = SDTAIL(K+4) * cheap check for done "pixel" IF (Z+R.LT.ZSTOP) GO TO 270 * skip object if point exterior DX = XS-X DY = YS-Y DX2 = DX**2 DY2 = DY**2 R2 = R**2 IF (DX2+DY2 .GE. R2) GO TO 260 * skip object if z not a new high DZ = SQRT(R2-(DX2+DY2)) ZTEST = Z+DZ IF (ZTEST.LE.ZSTOP) GO TO 260 * Check bounding planes. IF (iand(IFLAG,BOUNDED).NE.0) THEN ZBACK = Z-DZ M = MLIST(IFLAG/65536)+1 IF (.NOT.INBOUNDS( M, TYPE, MIST, SDTAIL, & XS,YS,ZTEST,DX,DY,DZ,ZBACK, BPIND)) & GOTO 260 ENDIF * update values for object having highest z here yet ZSTOP = ZTEST INDSTP = IND ELSEIF (TYPE(IND).EQ.CYLIND) THEN * EAM May 1990 X1 = SDTAIL(K+1) Y1 = SDTAIL(K+2) Z1 = SDTAIL(K+3) R1 = SDTAIL(K+4) X2 = SDTAIL(K+5) Y2 = SDTAIL(K+6) Z2 = SDTAIL(K+7) R2 = R1 * EAM Feb 93 - Test first to see if entire cylinder is below * current top object in shadow space IF (MAX( Z1+R1, Z2+R2 ) .LT. ZSTOP) GOTO 270 * Now find Z coord (ZTEST) in pixel space of point on * surface of cylinder with these X and Y coords ISCYL = CYLTEST( IFLAG, AXFRAC, & X1,Y1,Z1, X2,Y2,Z2, XS,YS,ZTEST, R1, XA,YA,ZA ) IF (.NOT.ISCYL) GO TO 260 * skip object if z not a new high IF (ZTEST.LE.ZSTOP) GO TO 260 * Check bounding planes. IF (iand(IFLAG,BOUNDED).NE.0) THEN ISCYL = CYLTEST( ior(IFLAG,INSIDE+TRANSP), AXFRAC, & X1,Y1,Z1, X2,Y2,Z2, XS,YS,ZBACK, R1, XA,YA,ZA) M = MLIST(IFLAG/65536)+1 IF (.NOT.INBOUNDS( M, TYPE, MIST, SDTAIL, & XS,YS,ZTEST,DX,DY,DZ,ZBACK, BPIND )) & GOTO 260 ENDIF * update values for object having highest z here yet ZSTOP = ZTEST INDSTP = IND ELSEIF (TYPE(IND).EQ.QUADRIC) THEN X = SDTAIL(K+1) Y = SDTAIL(K+2) Z = SDTAIL(K+3) R = SDTAIL(K+4) * cheap check against limiting sphere IF (Z+R.LT.ZSTOP) GO TO 270 DX = XS-X DY = YS-Y R2 = R**2 IF (DX**2 + DY**2 .GE. R2) GO TO 260 * Now find Z coord (ZTEST) in shadow pixel space of point on * surface with these X and Y coords ISQUAD = QTEST( SDTAIL(K+1), SDTAIL(K+5), & XS, YS, ZTEST, QNORM, .TRUE., .FALSE. ) CDEBUG XS, YS, ZTEST, QNORM, .TRUE., .TRUE. ) CDEBUG 16-Dec-1998 I inverted the BACKSIDE = TRUE/FALSE flags from CDEBUG what they "ought" to be to remove buggy shadows from a test CDEBUG case parabolic hyperboloid. I don't understand why this would be CDEBUG necessary, and worry a bit that it breaks something else. CDEBUG IF (.NOT.ISQUAD) GO TO 260 * skip object if z not a new high IF (ZTEST.LE.ZSTOP) GO TO 260 * Check bounding planes. IF (iand(IFLAG,BOUNDED).NE.0) THEN M = MLIST(IFLAG/65536) IF (DETAIL(LIST(M)+1) .EQ. ORTEP) THEN ISQUAD = QTEST( SDTAIL(K+1), SDTAIL(K+5), & XS, YS, ZBACK, QNORM, .TRUE., .TRUE. ) IF (.NOT.INBOUNDS(M+1, & TYPE, MIST, SDTAIL, XS,YS,ZTEST, & QNORM(1),QNORM(2),QNORM(3),ZBACK, BPIND)) & GOTO 260 ENDIF ENDIF * Test against bounding sphere in 3D * and if surface nearest to light is clipped, check back also DZ = ZTEST-Z IF (DX**2 + DY**2 + DZ**2 .GE. R2) THEN ISQUAD = QTEST( SDTAIL(K+1), SDTAIL(K+5), & XS, YS, ZTEST, QNORM, .TRUE., .TRUE. ) CDEBUG XS, YS, ZTEST, QNORM, .TRUE., .FALSE. ) IF (.NOT.ISQUAD) GO TO 260 IF (ZTEST.LE.ZSTOP) GO TO 260 DZ = ZTEST - Z IF (DX**2 + DY**2 + DZ**2 .GE. R2) GO TO 260 ENDIF * update values for object having highest z here yet ZSTOP = ZTEST INDSTP = IND C No more legal object types; should never happen ELSE CALL ASSERT(.FALSE.,'shadow tile error, crash 260') ENDIF 260 CONTINUE 270 CONTINUE C End of search for objects that shadow this one if ((zstop+zslop).lt.zs .and. indstp.ne.0) nslow = nslow + 1 ELSE ZS = 0. ZSTOP = 0. INDSTP = INDTOP ENDIF * if roundoff made us miss the object, we are probably * at a pixel that is very near the edge of the object * from the point of view of the light source, so just * treat it as if not in shadow IF (INDSTP.EQ.0) THEN ZS = 0. ZSTOP = 0. INDSTP = INDTOP ENDIF * * Pick up colours of object to be shaded * K = LIST(INDTOP) IF (TYPE(INDTOP).EQ.TRIANG) THEN IF (iand(FLAG(INDTOP),VCOLS).NE.0) THEN ALPHA = DETAIL(K+14) BETA = DETAIL(K+15) INEXT = INDTOP + 1 IF ((TYPE(INEXT).EQ.NORMS).OR.(TYPE(INEXT).EQ.VERTRANSP)) & INEXT = INEXT + 1 IF ((TYPE(INEXT).EQ.NORMS).OR.(TYPE(INEXT).EQ.VERTRANSP)) & INEXT = INEXT + 1 K = LIST(INEXT) CALL ASSERT(TYPE(INEXT).EQ.VERTEXRGB,'lost vertex colors') RGBCUR(1) = DETAIL(K+1) & + ALPHA*(DETAIL(K+4)-DETAIL(K+1)) & + BETA*(DETAIL(K+7)-DETAIL(K+1)) RGBCUR(2) = DETAIL(K+2) & + ALPHA*(DETAIL(K+5)-DETAIL(K+2)) & + BETA*(DETAIL(K+8)-DETAIL(K+2)) RGBCUR(3) = DETAIL(K+3) & + ALPHA*(DETAIL(K+6)-DETAIL(K+3)) & + BETA*(DETAIL(K+9)-DETAIL(K+3)) ELSE RGBCUR(1) = DETAIL(K+14) RGBCUR(2) = DETAIL(K+15) RGBCUR(3) = DETAIL(K+16) ENDIF ELSEIF (TYPE(INDTOP).EQ.SPHERE) THEN RGBCUR(1) = DETAIL(K+5) RGBCUR(2) = DETAIL(K+6) RGBCUR(3) = DETAIL(K+7) ELSEIF (TYPE(INDTOP).EQ.CYLIND) THEN IF (iand(FLAG(INDTOP),VCOLS).NE.0) THEN FRAC = DETAIL(K+8) INEXT = INDTOP + 1 IF (TYPE(INEXT).EQ.VERTRANSP) INEXT = INEXT + 1 K = LIST(INEXT) CALL ASSERT(TYPE(INEXT).EQ.VERTEXRGB,'lost vertex colors') RGBCUR(1) = FRAC*DETAIL(K+4) + (1.-FRAC)*DETAIL(K+1) RGBCUR(2) = FRAC*DETAIL(K+5) + (1.-FRAC)*DETAIL(K+2) RGBCUR(3) = FRAC*DETAIL(K+6) + (1.-FRAC)*DETAIL(K+3) ELSE RGBCUR(1) = DETAIL(K+9) RGBCUR(2) = DETAIL(K+10) RGBCUR(3) = DETAIL(K+11) ENDIF * EAM Mar 1993 PLANE is shaded from full colour in foreground * to half-saturation at horizon ELSEIF (TYPE(INDTOP).EQ.PLANE) THEN FADE = (ZP + 3.*SCALE) / (4.*SCALE) RGBCUR(1) = FADE * DETAIL(K+5) + (1.-FADE) * BKGND(1) RGBCUR(2) = FADE * DETAIL(K+6) + (1.-FADE) * BKGND(2) RGBCUR(3) = FADE * DETAIL(K+7) + (1.-FADE) * BKGND(3) ELSEIF (TYPE(INDTOP).EQ.QUADRIC) THEN RGBCUR(1) = DETAIL(K+5) RGBCUR(2) = DETAIL(K+6) RGBCUR(3) = DETAIL(K+7) ELSEIF (TYPE(INDTOP).EQ.INTERNAL) THEN RGBCUR(1) = DETAIL(K+9) RGBCUR(2) = DETAIL(K+10) RGBCUR(3) = DETAIL(K+11) ELSE WRITE(LINE,*) 'Top object claims to be type',TYPE(INDTOP) CALL ASSERT(.FALSE.,LINE) ENDIF * * Get shading components. * * * 11-May-1997 As of now, treat negative normal(3) as indicating the * back side of a material. Default is to shrug and invert the normal. * Some material have explicit BACKFACE proterties, however. * BACKFACE = .FALSE. IF (NORMAL(3).LE.0) THEN NORMAL(1) = -NORMAL(1) NORMAL(2) = -NORMAL(2) NORMAL(3) = -NORMAL(3) BACKFACE = .TRUE. IF (iand(FLAG(INDTOP),PROPS).NE.0) THEN K = FLAG(INDTOP) / 65536 if(K.le.0)WRITE(NOISE,*)"FLAG(",INDTOP,")=",FLAG(INDTOP) CALL ASSERT(K.GT.0,'lost material definition') IF (iand(FLAG(MLIST(K)),INSIDE).NE.0) THEN K = LIST(MLIST(K)) RGBCUR(1) = DETAIL(K+11) RGBCUR(2) = DETAIL(K+12) RGBCUR(3) = DETAIL(K+13) END IF END IF END IF * ABSN = SQRT(NORMAL(1)**2 + NORMAL(2)**2 + NORMAL(3)**2) c CALL ASSERT(ABS(ABSN-1.0).LT.0.02,'>> Abnormal normal') NL(1) = NORMAL(1) / ABSN NL(2) = NORMAL(2) / ABSN NL(3) = NORMAL(3) / ABSN SDIFF = NL(3) * STRAIT*DIFFUS SSP = 2.*NL(3)**2 - 1. * We do the value check like this to avoid floating-point underflows * in the Phonging. We also save calculation time this way, because * the 0 case will occur often for reasonably high Phong powers. * Note that PHOBND**IPHONG should evaluate to the cutoff value * between significant and insignificant specular contribution. * The contributions that are actually computed here * can be smaller by a factor of STRAIT*SPECLR: IF (SSP.LT.PHOBND .OR. IPHONG.EQ.0) THEN SSPEC = 0. ELSE SSPEC = SSP**IPHONG * STRAIT*SPECLR ENDIF LDOTN = SOURCE(1)*NL(1)+SOURCE(2)*NL(2)+SOURCE(3)*NL(3) IF (LDOTN.LE.0.) THEN PDIFF = 0. PSPEC = 0. PSP = 0. ELSE PDIFF = LDOTN * PRIMAR*DIFFUS PSP = 2.*LDOTN*NL(3) - SOURCE(3) * Comments as for SSPEC apply, but substitute PRIMAR for STRAIT: IF (PSP.LT.PHOBND .OR. IPHONG.EQ.0) THEN PSPEC = 0. ELSE PSPEC = PSP**IPHONG * PRIMAR*SPECLR ENDIF ENDIF * * experience has shown the "spots" on dark objects to be rather * overpowering, especially by comparison to those on brighter * objects. hence the specular reflections on dark objects are * now artificially scaled down by a function which relates * directly to the "brightness" of the object. * this makes such objects duller, but their * colour seems to come through more clearly, and they don't * appear more specular than the brighter objects. * the funny coefficients are ntsc: BRIGHT = 0.2 + 0.8 * SQRT(0.299*RGBCUR(1) + & 0.587*RGBCUR(2) + & 0.114*RGBCUR(3)) SSPEC = SSPEC * BRIGHT PSPEC = PSPEC * BRIGHT * * The usual case is white lighting, no transparency * SPECOL(1) = 1.0 SPECOL(2) = 1.0 SPECOL(3) = 1.0 SBLEND = 1.0 CLRITY = 0.0 * * Extra properties make specular highlighting calculation a * bit more complex. First we have to find the MATERIAL description. * IF (iand(FLAG(INDTOP),PROPS).NE.0) THEN K = FLAG(INDTOP) / 65536 if(K.le.0)then WRITE(NOISE,*)"FLAG(",INDTOP-1,") =",FLAG(INDTOP-1) WRITE(NOISE,*)"FLAG(",INDTOP,") =",FLAG(INDTOP) WRITE(NOISE,*)"FLAG(",INDTOP+1,") =",FLAG(INDTOP+1) endif CALL ASSERT(K.GT.0,'lost material definition') IF (iand(FLAG(MLIST(K)),INSIDE).NE.0 .AND. & iand(FLAG(INDTOP), INSIDE).NE.0) THEN K = LIST(MLIST(K)) MPHONG = DETAIL(K+14) SPECM = DETAIL(K+15) ELSE K = LIST(MLIST(K)) MPHONG = DETAIL(K+1) SPECM = DETAIL(K+2) ENDIF SPECOL(1) = DETAIL(K+3) SPECOL(2) = DETAIL(K+4) SPECOL(3) = DETAIL(K+5) IF (SPECOL(1).LT.0) SPECOL(1) = RGBCUR(1) IF (SPECOL(2).LT.0) SPECOL(2) = RGBCUR(2) IF (SPECOL(3).LT.0) SPECOL(3) = RGBCUR(3) CLRITY = DETAIL(K+6) * not currently used, as MOPT(1)=1 already marked in FLAG, * but future interpretations of MOPT(1) might need it CLROPT = DETAIL(K+7) ENDIF * * 20-Feb-2000 Allow per-vertex transparency (obj type 18) IF (iand(FLAG(INDTOP),VTRANS).NE.0) THEN IF (TYPE(INDTOP).EQ.CYLIND) THEN K = LIST(INDTOP) FRAC = DETAIL(K+8) INEXT = INDTOP + 1 IF (TYPE(INEXT).EQ.VERTEXRGB) INEXT = INEXT + 1 CALL ASSERT(TYPE(INEXT).EQ.VERTRANSP,'lost vertex transp') K = LIST(INEXT) CLRITY = FRAC*DETAIL(K+1) + (1.-FRAC)*DETAIL(K+2) ELSE IF (TYPE(INDTOP).EQ.TRIANG) THEN K = LIST(INDTOP) ALPHA = DETAIL(K+14) BETA = DETAIL(K+15) INEXT = INDTOP + 1 IF ((TYPE(INEXT).EQ.VERTEXRGB).OR.(TYPE(INEXT).EQ.NORMS)) & INEXT = INEXT + 1 IF ((TYPE(INEXT).EQ.VERTEXRGB).OR.(TYPE(INEXT).EQ.NORMS)) & INEXT = INEXT + 1 CALL ASSERT(TYPE(INEXT).EQ.VERTRANSP,'lost vertex transp') K = LIST(INEXT) CLRITY = DETAIL(K+1) & + ALPHA * (DETAIL(K+2)-DETAIL(K+1)) & + BETA * (DETAIL(K+3)-DETAIL(K+1)) CALL ASSERT(CLRITY.LE.1 .AND. CLRITY.GE.0.0, 'illegal transp') ELSE CALL ASSERT(.FALSE.,'illegal vertex transp') ENDIF ENDIF C C This is the only computationally intensive code (as opposed to mere C bookkeeping) involved in rendering transparent objects. The blend C factor must be some function of the clarity/transparency, but I'm not C sure exactly what the equation ought to be. The cosine function in C TRNSPOPT option 0 below was chosen after purely empirical tests of the C resulting image quality. If your machine bogs down incredibly due to C the cosine call, then you might prefer to use TRNSPOPT 1 instead. C Conversely, if you don't mind the extra computation then you could use C TRNSPOPT 2, which is closer to an ideal model. C Dec 2010: controlled by OPT(2) in the MATERIAL specification record C IF (CLRITY.NE.0) THEN ZN = ABS(NL(3)) + MODULO(TRNSPOPT,1.0) SELECT CASE(FLOOR(TRNSPOPT)) CASE DEFAULT ! CASE 0 SBLEND = .25*(1.+COS(3.1416*CLRITY*ZN))**2 CASE (1) SBLEND = (1. - CLRITY*ZN)**2 CASE (2) SBLEND = 1.0 - CLRITY ** ( 0.7071 / ZN ) CASE (3) SBLEND = 1.0 - CLRITY END SELECT ENDIF C C Final calculation of specular properties of special materials C IF (iand(FLAG(INDTOP),PROPS).NE.0) THEN DIFFM = 1. - (SPECM + AMBIEN) SDIFF = SDIFF * DIFFM / DIFFUS PDIFF = PDIFF * DIFFM / DIFFUS SSPEC = 0.0 PSPEC = 0.0 IF (SSP .GE. PHOBND) & SSPEC = SSP**MPHONG * STRAIT*SPECM IF ((PSP .GE. PHOBND) .AND. (LDOTN.GT.0)) & PSPEC = PSP**MPHONG * PRIMAR*SPECM * de-emphasize highlights from inside surface of transparent objects * Could use BACKFACE flag instead of INSIDE to catch non-triangles IF (iand(FLAG(INDTOP),INSIDE).NE.0) THEN SSPEC = SSPEC * (1.-SPECM) PSPEC = PSPEC * (1.-SPECM) ENDIF END IF * * We now return you to your regular processing * DO 280 KC = 1, 3 C2ND = SBLEND*RGBCUR(KC)*(AMBIEN+SDIFF) + SSPEC*SPECOL(KC) CSUN = SBLEND*RGBCUR(KC)*PDIFF + PSPEC*SPECOL(KC) RGBSHD(KC) = C2ND RGBFUL(KC) = C2ND + CSUN 280 CONTINUE C EAM March 1997 - Support additional non-shadowing light sources C which lie within figure and have a finite range of illumination. IF (NGLOWS.GT.0) THEN DO KC = 1,3 RGBSHD(KC) = (1.-GLOWMAX)*RGBSHD(KC) RGBFUL(KC) = (1.-GLOWMAX)*RGBFUL(KC) ENDDO * Recover glow light parameters DO NG = 1, NGLOWS IG = LIST(GLOWLIST(NG)) GLOWSRC(1) = DETAIL(IG+1) GLOWSRC(2) = DETAIL(IG+2) GLOWSRC(3) = DETAIL(IG+3) GLOWRAD = DETAIL(IG+4) GLOW = DETAIL(IG+5) GOPT = DETAIL(IG+6) GPHONG = DETAIL(IG+7) GLOWCOL(1) = DETAIL(IG+8) GLOWCOL(2) = DETAIL(IG+9) GLOWCOL(3) = DETAIL(IG+10) * GDIST(1) = GLOWSRC(1) - XP GDIST(2) = GLOWSRC(2) - YP GDIST(3) = GLOWSRC(3) - ZP ABSN = SQRT(GDIST(1)**2 + GDIST(2)**2 + GDIST(3)**2) GDIST(1) = GDIST(1) / ABSN GDIST(2) = GDIST(2) / ABSN GDIST(3) = GDIST(3) / ABSN LDOTN = GDIST(1)*NL(1) + GDIST(2)*NL(2) + GDIST(3)*NL(3) IF (LDOTN.LE.0) THEN GDIFF = 0. GSPEC = 0. ELSE C Might want separate diffuse param for glow; (always 1.0?) C GDIFF = LDOTN * DIFFUS GDIFF = LDOTN GSP = 2.*LDOTN*NL(3) - GDIST(3) IF (GSP.LT.PHOBND .OR. GPHONG.EQ.0) THEN GSPEC = 0. ELSE GSPEC = GSP**GPHONG * SPECLR ENDIF ENDIF C Limit glow effect by some function of ABSN, GLOWRAD IF (GOPT.EQ.3) THEN GFADE = MAX( 0., 1. - ABSN/GLOWRAD ) ELSE IF (GOPT.EQ.2) THEN GFADE = 1./(ABSN/GLOWRAD + 1.) ELSE IF (GOPT.EQ.1) THEN GFADE = 1./(ABSN/GLOWRAD + 1.)**2 ELSE GFADE = MIN( 1., 1./(ABSN/GLOWRAD)**2 ) ENDIF DO KC = 1,3 C This isn't right for transparent surfaces CGLO = SBLEND*RGBCUR(KC)*GDIFF + GSPEC CGLO = GFADE * GLOWCOL(KC) * CGLO RGBSHD(KC) = RGBSHD(KC) + CGLO RGBFUL(KC) = RGBFUL(KC) + CGLO ENDDO * End of this glow light ENDDO ENDIF * * That does it for the shading computation. * ZS should still be a shadow-space co-ordinate of the pixel * whose shading we were interested in, and zstop should be a * shadow-space object's co-ordinate no further than that from * the primary light source (modulo the empirical slop factor). * IF (INDTOP.EQ.INDSTP) THEN TILE(1,I,J) = RGBFUL(1) TILE(2,I,J) = RGBFUL(2) TILE(3,I,J) = RGBFUL(3) ELSE IF (ZS+ZSLOP.GE.ZSTOP) THEN nzslop = nzslop + 1 TILE(1,I,J) = RGBFUL(1) TILE(2,I,J) = RGBFUL(2) TILE(3,I,J) = RGBFUL(3) ELSE TILE(1,I,J) = RGBSHD(1) TILE(2,I,J) = RGBSHD(2) TILE(3,I,J) = RGBSHD(3) ENDIF C C Fog processing added July 1998; moved into transp. loop 2010. C Note: Background fog is applied at beginning of this loop. C Should have glow lights brighten fog? IF (FOGTYPE .GE. 0) THEN FOGDIM = FOGGY( FOGLIM(2) - ZP ) TILE(1,I,J) = (1.-FOGDIM)*TILE(1,I,J) + FOGDIM*FOGRGB(1) TILE(2,I,J) = (1.-FOGDIM)*TILE(2,I,J) + FOGDIM*FOGRGB(2) TILE(3,I,J) = (1.-FOGDIM)*TILE(3,I,J) + FOGDIM*FOGRGB(3) ENDIF C C Transparency processing totally overhauled Feb 2001 C The first pass is sufficient if top object is opaque. IF (NTRANSP .EQ. 0) GOTO 299 IF (INDEPTH.EQ.1 .AND. iand(FLAG(INDTOP),TRANSP).EQ.0) GOTO 299 IF (ITPASS.EQ.1) THEN ACHAN(I,J) = SBLEND ELSE ACHAN(I,J) = 1. - (1.-ACHAN(I,J))*(1.-SBLEND) ENDIF RGBLND(1) = (1.-SBLEND)*RGBLND(1) + TILE(1,I,J) RGBLND(2) = (1.-SBLEND)*RGBLND(2) + TILE(2,I,J) RGBLND(3) = (1.-SBLEND)*RGBLND(3) + TILE(3,I,J) C CALL ASSERT(ITPASS.LE.INDEPTH,'Ran off end of INDEPTH') IF (ITPASS.GE.INDEPTH) THEN TILE(1,I,J) = RGBLND(1) TILE(2,I,J) = RGBLND(2) TILE(3,I,J) = RGBLND(3) ZTOP = ZP ELSE ZP = ZLIST(INDEPTH-ITPASS) INDTOP = INDLIST(INDEPTH-ITPASS) NORMAL(1) = NORMLIST(1,INDEPTH-ITPASS) NORMAL(2) = NORMLIST(2,INDEPTH-ITPASS) NORMAL(3) = NORMLIST(3,INDEPTH-ITPASS) ITPASS = ITPASS + 1 GOTO 255 ENDIF C End of transparency processing C 299 CONTINUE C 300 CONTINUE 400 CONTINUE * do tile averaging and save output tile in outbuf C For now fold schemes 0 and 1 together; later split for efficiency? IF (SCHEME.LE.1) THEN K = (ITILE-1)*NOX DO 420 J = 1, NOY DO 415 I = 1, NOX K = K + 1 C CALL ASSERT (K.LE.SIZE(OUTBUF,1),'k>outsiz') C DO 410 IC = 1, 3 ICK = 256. * SQRT(TILE(IC,I,J)) IF (ICK.LT.0) ICK = 0 IF (ICK.GT.255) ICK = 255 IF (GAMMACORRECTION) ICK = GAMMA_MAP(ICK+1) OUTBUF(K,IC) = ICK 410 CONTINUE C IF (SCHEME.EQ.0) THEN ICK = 255. * ACHAN(I,J) IF (ICK.LT.0) ICK = 0 IF (ICK.GT.255) ICK = 255 OUTBUF(K,4) = ICK END IF C 415 CONTINUE K = K + NOX*(NTX-1) 420 CONTINUE ELSEIF (SCHEME.EQ.2) THEN K = (ITILE-1)*NOX DO 440 J = 1, NOY DO 435 I = 1, NOX K = K + 1 DO 430 IC = 1, 3 * I'm not quite convinced by this pixel averaging * (is a corner worth too much in this setup?): TMP = (TILE(IC,2*I-1,2*J-1) + & TILE(IC,2*I ,2*J-1) + & TILE(IC,2*I-1,2*J ) + & TILE(IC,2*I ,2*J )) / 4. ICK = 256. * SQRT(TMP) IF (ICK.LT.0) ICK = 0 IF (ICK.GT.255) ICK = 255 IF (GAMMACORRECTION) ICK = GAMMA_MAP(ICK+1) OUTBUF(K,IC) = ICK 430 CONTINUE 435 CONTINUE K = K + NOX*(NTX-1) 440 CONTINUE ELSEIF (SCHEME.EQ.3) THEN NHX = NOX/2 NHY = NOY/2 K = (ITILE-1)*NOX DO 460 J = 1, NHY DO 455 I = 1, NHX DO 450 IC = 1, 3 * Bad pixel averaging?: TMP1 = (TILE(IC,3*I-2,3*J-2) + & TILE(IC,3*I-1,3*J-2)/2. + & TILE(IC,3*I-2,3*J-1)/2. + & TILE(IC,3*I-1,3*J-1)/4.) / (9./4.) TMP2 = (TILE(IC,3*I-1,3*J-2)/2. + & TILE(IC,3*I ,3*J-2) + & TILE(IC,3*I-1,3*J-1)/4. + & TILE(IC,3*I ,3*J-1)/2.) / (9./4.) TMP3 = (TILE(IC,3*I-2,3*J-1)/2. + & TILE(IC,3*I-1,3*J-1)/4. + & TILE(IC,3*I-2,3*J ) + & TILE(IC,3*I-1,3*J )/2.) / (9./4.) TMP4 = (TILE(IC,3*I-1,3*J-1)/4. + & TILE(IC,3*I ,3*J-1)/2. + & TILE(IC,3*I-1,3*J )/2. + & TILE(IC,3*I ,3*J ) ) / (9./4.) ICK1 = MIN(MAX(INT(256.*SQRT(TMP1)),0),255) ICK2 = MIN(MAX(INT(256.*SQRT(TMP2)),0),255) ICK3 = MIN(MAX(INT(256.*SQRT(TMP3)),0),255) ICK4 = MIN(MAX(INT(256.*SQRT(TMP4)),0),255) IF (GAMMACORRECTION) THEN ICK1 = GAMMA_MAP(ICK1+1) ICK2 = GAMMA_MAP(ICK2+1) ICK3 = GAMMA_MAP(ICK3+1) ICK4 = GAMMA_MAP(ICK4+1) ENDIF OUTBUF( K+1,IC) = ICK1 OUTBUF( K+2,IC) = ICK2 OUTBUF(NX+K+1,IC) = ICK3 OUTBUF(NX+K+2,IC) = ICK4 450 CONTINUE K = K + 2 455 CONTINUE K = K + NOX*(2*NTX - 1) 460 CONTINUE ELSE CALL ASSERT(.FALSE.,'crash 500') ENDIF 500 CONTINUE * Ready to write when we have completed a row of tiles K = 0 DO 550 J=1,NOY LINOUT = LINOUT + 1 IF (LINOUT.GT.NAY) GOTO 600 IERR = LOCAL(2, OUTBUF(K+1,1), OUTBUF(K+1,2), OUTBUF(K+1,3), & OUTBUF(K+1,4) ) K = K + NX C CALL ASSERT (K.LE.SIZE(OUTBUF,1),'k>outsiz') 550 CONTINUE 600 CONTINUE * * Report any soft failures IF ( NSXMAX.GT.0 .OR. NSYMAX.GT.0 & .OR. TRANOVFL.GT.0 ) THEN WRITE(NOISE,*)' >>> WARNINGS <<<' END IF IF (NSXMAX.GT.0) WRITE(NOISE,*) & ' Possible shadow error NSXMAX=',NSXMAX IF (NSYMAX.GT.0) WRITE(NOISE,*) & ' Possible shadow error NSYMAX=',NSYMAX IF (TRANOVFL.GT.0) WRITE(NOISE,601) & ' Transparency processing truncated at MAXTRANSP=', & MAXTRANSP, ' for', TRANOVFL,' pixels' 601 FORMAT(A,I3,A,I10,A) * * Debugging information if (verbose) then if (nzslop.gt.0) write(noise,*)' NZSLOP failures=',nzslop if (nslow.gt.0) write(noise,*)' NSLOW failures=',nslow endif * * close up shop IERR = LOCAL(3) * END SUBROUTINE TRANSF (X,Y,Z) * Input transformation COMMON /MATRICES/ XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT, & TMAT, TINV, TINVT, SROT, SRTINV, SRTINVT & ,RAFTER, TAFTER REAL XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT * Transformation matrix, inverse of transpose, and transposed inverse REAL TMAT(4,4), TINV(4,4), TINVT(4,4) * Shortest rotation from light source to +z axis REAL SROT(4,4), SRTINV(4,4), SRTINVT(4,4) * Post-hoc transformation on top of original TMAT REAL RAFTER(4,4), TAFTER(3) REAL X,Y,Z REAL G(4),H(4) H(1) = X*TMAT(1,1) + Y*TMAT(2,1) + Z*TMAT(3,1) + TMAT(4,1) H(2) = X*TMAT(1,2) + Y*TMAT(2,2) + Z*TMAT(3,2) + TMAT(4,2) H(3) = X*TMAT(1,3) + Y*TMAT(2,3) + Z*TMAT(3,3) + TMAT(4,3) H(4) = X*TMAT(1,4) + Y*TMAT(2,4) + Z*TMAT(3,4) + TMAT(4,4) * Apply post-hoc rotation and translation also G(1) = RAFTER(1,1)*H(1) + RAFTER(1,2)*H(2) + RAFTER(1,3)*H(3) & + TAFTER(1) G(2) = RAFTER(2,1)*H(1) + RAFTER(2,2)*H(2) + RAFTER(2,3)*H(3) & + TAFTER(2) G(3) = RAFTER(3,1)*H(1) + RAFTER(3,2)*H(2) + RAFTER(3,3)*H(3) & + TAFTER(3) CALL ASSERT (H(4).NE.0.,'infinite vector') X = G(1) / H(4) Y = G(2) / H(4) Z = G(3) / H(4) RETURN END SUBROUTINE ISOLATE( X, Y ) * Expand X and Y coordinates to fill image regardless of aspect ratio COMMON /OPTIONS/ FONTSCALE, GAMMA, ZOOM, NSCHEME, SHADOWFLAG, XBG, & NAX, NAY, OTMODE, QUALITY, INVERT, LFLAG REAL FONTSCALE, GAMMA, ZOOM INTEGER NSCHEME, SHADOWFLAG, XBG INTEGER*4 NAX, NAY, OTMODE, QUALITY LOGICAL*2 INVERT, LFLAG COMMON /MATRICES/ XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT, & TMAT, TINV, TINVT, SROT, SRTINV, SRTINVT & ,RAFTER, TAFTER REAL XCENT, YCENT, SCALE, EYEPOS, SXCENT, SYCENT COMMON /NICETIES/ TRULIM, ZLIM, FRONTCLIP, BACKCLIP & , ISOLATION REAL TRULIM(3,2), ZLIM(2), FRONTCLIP, BACKCLIP INTEGER ISOLATION * IF (INVERT) Y = -Y IF (ISOLATION.EQ.2) THEN ASPECT = XCENT/YCENT IF (ASPECT.GT.1.0) X = X * ASPECT IF (ASPECT.LT.1.0) Y = Y / ASPECT ENDIF RETURN END SUBROUTINE HSORTD (N, A, NDEX) INTEGER N REAL A(N) INTEGER NDEX(N) * * this formulation of heapsort is based on n. wirth, * "algorithms + data structures = programs" (p. 75). * * the caller supplies an array, a, containing n elements, and an * index array with space for n integers. * a and n are considered "read-only" by the subroutine, but ndex * is filled by the subroutine with the sequence of indices of a * that obtain the elements of a in ascending order. this is * similar to the apl unary "tree" operator. thus a(ndex(1)) is the * smallest element after the sort, and a(ndex(n)) is the largest. * INTEGER L, R, T DO 10 I = 1, N 10 NDEX(I) = I L = N/2 + 1 R = N 20 IF (L .LE. 1) GO TO 30 L = L - 1 CALL HSIFTD (N, A, NDEX, L, R) GO TO 20 30 IF (R .LE. 1) RETURN T = NDEX(1) NDEX(1) = NDEX(R) NDEX(R) = T R = R - 1 CALL HSIFTD (N, A, NDEX, L, R) GO TO 30 END SUBROUTINE HSIFTD (N, A, NDEX, L, R) * used by hsortd INTEGER N REAL A(N) INTEGER NDEX(N), L, R INTEGER I, J, X I = L J = I + I X = NDEX(I) 10 IF (J .GT. R) GO TO 20 IF (J .GE. R) GO TO 15 IF (A(NDEX(J)) .LT. A(NDEX(J+1))) J = J + 1 15 IF (A(X) .GE. A(NDEX(J))) GO TO 20 NDEX(I) = NDEX(J) I = J J = I + I GO TO 10 20 NDEX(I) = X RETURN END SUBROUTINE PLANER (X1,Y1,Z1,X2,Y2,Z2,X3,Y3,Z3, A,B,C,D) IMPLICIT REAL (A-Z) * solve for coefficients of plane eqn z=ax+by+c * and yield d=0 in case of degenerate ("edge-on") triangle D1 = Z1*(Y2-Y3) - Y1*(Z2-Z3) + Z2*Y3-Y2*Z3 D2 = X1*(Z2-Z3) - Z1*(X2-X3) + X2*Z3-Z2*X3 D3 = X1*(Y2*Z3-Z2*Y3) - Y1*(X2*Z3-Z2*X3) + Z1*(X2*Y3-Y2*X3) D = X1*(Y2-Y3) - Y1*(X2-X3) + X2*Y3-Y2*X3 A = 0. B = 0. C = 0. IF (D.NE.0.) THEN A = D1/D B = D2/D C = D3/D ENDIF IF (ABS(A)+ABS(B)+ABS(C).GT.1E10) THEN D = 0.0 ENDIF RETURN END SUBROUTINE ASSERT (LOGIC, DAMMIT) LOGICAL LOGIC CHARACTER*(*) DAMMIT INTEGER ASSOUT LOGICAL VERBOSE COMMON /ASSCOM/ ASSOUT, VERBOSE SAVE /ASSCOM/ IF (LOGIC) RETURN WRITE (ASSOUT,*) 'ERROR >>>>>> ',DAMMIT CALL EXIT(-1) END C C Find Z coord of point on surface of cylinder with known X and Y coords C cylinder axis is X2 - X1, cylinder radius is R C Need to find Z coord ZB. C flag is 0 if cylinder had rounded ends, FLAT if it has flat ends, C Also find nearest point XYZA on cylinder axis and fraction along it. C FUNCTION CYLTEST ( flag, axfrac, & x1,y1,z1, x2,y2,z2, xb,yb,zb, R, xa,ya,za ) LOGICAL CYLTEST c implicit NONE * * Bit definitions for FLAG array INTEGER FLAT, RIBBON, SURFACE, PROPS PARAMETER (FLAT=2, RIBBON=4, SURFACE=8, PROPS=16) INTEGER TRANSP, HIDDEN, INSIDE, MOPT1 PARAMETER (TRANSP=32, HIDDEN=64, INSIDE=128,MOPT1=256) INTEGER VCOLS, CLIPPED, VTRANS, BOUNDED PARAMETER (VCOLS=512, CLIPPED=1024, VTRANS=2048, BOUNDED=4096) INTEGER TFI PARAMETER (TFI = TRANSP + INSIDE) c INTEGER flag REAL x1,y1,z1, x2,y2,z2, xb,yb,zb REAL R REAL xa,ya,za c REAL ca,cb,cg,dx,dy,dz,d2 REAL A0,A1,A2,Q REAL p1,r2,dx2,dy2 REAL dd1,dd2 c c start with direction cosines * d2 ca = x2 - x1 cb = y2 - y1 cg = z2 - z1 c c other useful quantities c (note: if d2==0 must be degenerate cylinder, really a disk) r2 = R*R d2 = ca*ca + cb*cb + cg*cg dx = xb - x1 dy = yb - y1 dx2 = dx**2 dy2 = dy**2 c c use these to find coefficients of quadratic equation for ZB c EAM Jan 1997 test and handle dx-dy=0 if (ca.eq.0. .and. cb.eq.0.) then if (z2.gt.z1) p1 = 1.0 if (z2.lt.z1) p1 = -1.0 goto 100 end if c A0 = (dx*cb - dy*ca)**2 + (dy2 + dx2)*cg*cg - r2*d2 A1 = -2.0 * (dy*cg*cb + dx*ca*cg) A2 = ca*ca + cb*cb Q = A1*A1 - 4.0*A0*A2 if (Q .lt. 0) then C zb = -99999. cyltest = .false. return else if ( iand(flag,TFI) .eq. TFI) then dz = (-sqrt(Q) - A1) / (2.0 * A2) else dz = ( sqrt(Q) - A1) / (2.0 * A2) endif zb = z1 + dz end if c c now find nearest point on cylinder axis c p1 is fraction along axis from x1 to x2 c 0 < p1 < 1 means point is on wall of cylinder c dd1 = dx2 + dy2 + dz*dz dd2 = (x2-xb)**2 + (y2-yb)**2 + (z2-zb)**2 c p1 = (dd1 - r2) / d2 if (p1 .le. 0.0) then p1 = 0.0 else p1 = sqrt(p1) end if c if ((dd2 .gt. (d2+r2)) .and. (dd2 .gt. dd1)) p1 = -p1 c if (p1 .ge. 0 .and. p1 .le. 1.0) then xa = p1*ca + x1 ya = p1*cb + y1 za = p1*cg + z1 cyltest = .true. return end if c c point is either on end cap, or missed entirely c 100 continue if (p1 .ge. 1.0) then xa = x2 ya = y2 za = z2 dx = xb - x2 dy = yb - y2 dx2 = dx**2 dy2 = dy**2 else if (p1 .le. 0.0) then xa = x1 ya = y1 za = z1 end if c c Rounded cylinder end if (iand(flag,FLAT) .eq. 0) then if (dx2+dy2 .gt. r2) then cyltest = .false. return else if ( iand(flag,TFI) .eq. TFI) then zb = za - sqrt(r2 - (dx2+dy2)) else zb = za + sqrt(r2 - (dx2+dy2)) end if end if C C Flat cylinder end C else if (cg .eq. 0.) then C zb = -99999. cyltest = .false. return endif zb = (cg*za - ca*dx - cb*dy) / cg if (dx2 + dy2 + (zb-za)**2 .ge. r2) then C zb = -99999. cyltest = .false. return endif if (p1 .ge. 1.0) then xa = xb - (x2 - x1) ya = yb - (y2 - y1) za = zb - (z2 - z1) else if (p1 .le. 0.0) then xa = xb - (x1 - x2) ya = yb - (y1 - y2) za = zb - (z1 - z2) endif end if c if (p1.gt.1.0) p1 = 1.0 if (p1.lt.0.0) p1 = 0.0 axfrac = p1 c cyltest = .true. return end C Bookkeeping for transparency C 5-Mar-2001 C New version that is not limited to 3-deep transparent objects. C On exit: C INDTOP, ZTOP contain the top object so far, and its height C ZHIGH height of top opaque object C subroutine rank( ind, zp, normal, flag ) * implicit NONE integer ind real zp, normal(3) integer*4 flag(1) * integer i,j,k * INTEGER ASSOUT LOGICAL VERBOSE COMMON /ASSCOM/ ASSOUT, VERBOSE * INCLUDE 'parameters.incl' * * Support for transparency COMMON /TRANS/ NTRANSP, INDEPTH, INDTOP, TRANOVFL, ZTOP, ZHIGH, & INDLIST(MAXTRANSP), ZLIST(MAXTRANSP), & NORMLIST(3,MAXTRANSP) INTEGER NTRANSP, INDEPTH, INDTOP, INDLIST, TRANOVFL REAL ZTOP, ZHIGH, ZLIST, NORMLIST * * Bit definitions for FLAG(MAXOBJ) array INTEGER FLAT, RIBBON, SURFACE, PROPS PARAMETER (FLAT=2, RIBBON=4, SURFACE=8, PROPS=16) INTEGER TRANSP, HIDDEN, INSIDE, MOPT1 PARAMETER (TRANSP=32, HIDDEN=64, INSIDE=128,MOPT1=256) INTEGER VCOLS, CLIPPED, VTRANS, BOUNDED PARAMETER (VCOLS=512, CLIPPED=1024, VTRANS=2048, BOUNDED=4096) * * The MOPT1 flag signals an alternative mode of transparency if (iand(flag(ind),mopt1).ne.0) goto 400 * do i = 1, indepth if (zp.gt.zlist(i)) then if (iand(flag(ind),transp).eq.0) then indepth = i zhigh = zp goto 345 else do j = indepth, i, -1 indlist(j+1) = indlist(j) zlist(j+1) = zlist(j) normlist(1,j+1)= normlist(1,j) normlist(2,j+1)= normlist(2,j) normlist(3,j+1)= normlist(3,j) enddo indepth = indepth + 1 goto 344 endif else if (iand(flag(indlist(i)),TRANSP).eq.0) then return endif enddo c If the rest of the list is transparent, add this at the end indepth = indepth + 1 i = indepth c 344 continue if (indepth.ge.MAXTRANSP) then indepth = MAXTRANSP - 1 tranovfl = tranovfl + 1 return endif c 345 continue indlist(i) = ind zlist(i) = zp normlist(1,i) = normal(1) normlist(2,i) = normal(2) normlist(3,i) = normal(3) if (iand(flag(ind),transp).eq.0) zhigh = zp indtop = indlist(1) ztop = zlist(1) return c c MOPT1 version. Same routine, except this time we have the extra c overhead of having to check for duplication of material. 400 continue do i = 1, indepth if (zp.gt.zlist(i)) then if (flag(ind)/65536 .eq. flag(indlist(i))/65536) then goto 345 endif c Handle case where two MOPT1 surfaces have intervening transp obj c In this case overwrite the lower MOPT1 surface do k = i, indepth-1 if (flag(ind)/65536 .eq. flag(indlist(k+1))/65536) & goto 401 enddo if (indepth .ge. MAXTRANSP-1) then tranovfl = tranovfl + 1 else k = indepth indepth = indepth + 1 endif 401 continue do j = k, i, -1 indlist(j+1) = indlist(j) zlist(j+1) = zlist(j) normlist(1,j+1)= normlist(1,j) normlist(2,j+1)= normlist(2,j) normlist(3,j+1)= normlist(3,j) enddo goto 345 else if (iand(flag(indlist(i)),TRANSP).eq.0) then return else if (flag(ind)/65536 .eq. flag(indlist(i))/65536) then return endif enddo c If the rest of the list is transparent, add this at the end indepth = indepth + 1 i = indepth goto 344 c end c SUBROUTINE CHKRGB( RED, GRN, BLU, MESSAGE ) REAL RED, GRN, BLU CHARACTER*(*) MESSAGE CALL ASSERT (RED.GE.0., MESSAGE) CALL ASSERT (GRN.GE.0., MESSAGE) CALL ASSERT (BLU.GE.0., MESSAGE) CALL ASSERT (RED.LE.1., MESSAGE) CALL ASSERT (GRN.LE.1., MESSAGE) CALL ASSERT (BLU.LE.1., MESSAGE) RETURN END FUNCTION FOGGY( DEPTH ) REAL FOGGY, DEPTH COMMON /FOGCOM/ FOGTYPE,FOGFRONT,FOGBACK,FOGDEN,FOGLIM,FOGRGB INTEGER FOGTYPE REAL FOGFRONT, FOGBACK, FOGDEN, FOGLIM(2), FOGRGB(3) REAL FOGDIM c FOGDIM = 0.5 IF (FOGTYPE .EQ. 0) & FOGDIM = FOGDEN * DEPTH / (FOGLIM(2)-FOGLIM(1)) IF (FOGTYPE .GT. 0) & FOGDIM = 1. - EXP(-FOGDEN * DEPTH/(FOGLIM(2)-FOGLIM(1))) FOGDIM = MAX( 0.0, FOGDIM ) FOGDIM = MIN( 1.0, FOGDIM ) FOGGY = FOGDIM RETURN END FUNCTION DET( A ) REAL DET, A(4,4) DET = A(1,1)*A(2,2)*A(3,3) + A(1,2)*A(2,3)*A(3,1) & + A(2,1)*A(3,2)*A(1,3) - A(1,1)*A(2,3)*A(3,2) & - A(3,3)*A(1,2)*A(2,1) - A(1,3)*A(2,2)*A(3,1) RETURN END subroutine liblookup( name, fullname ) c character*(*) name character*132 fullname character*132 R3DLIB c call getenv('R3D_LIB',R3DLIB) c fullname = ' ' len = 0 do i = 1, 132 if (R3DLIB(i:i).ne.' ') len = i enddo if (len.eq.0) then fullname = name return else fullname(1:len) = R3DLIB(1:len) fullname(len+1:len+1) = '/' j = len+2 endif c len = 0 100 continue len = len + 1 if (name(len:len).ne.' ') goto 100 len = len - 1 c fullname(j:j+len-1) = name(1:len) len = j+len-1 c return end C EAM - 21 Feb 2001 Version 2.6 C Test for bounding planes C Returns .FALSE. if the point does not have to be rendered C .TRUE. if the point is to be rendered, in which case C ZP, DX, DY, DZ have been updated if on bounding plane C ZP = height of point being rendered C DX,DY,DZ = surface normal at point (XP,YP,ZP) C BPIND is the object number of the bounding plane C or 0 if the bounding planes don't trigger C FUNCTION INBOUNDS( MAT, TYPE, LIST, DETAIL, & XP,YP,ZP, DX,DY,DZ, ZBACK, BPIND ) IMPLICIT NONE LOGICAL INBOUNDS INTEGER MAT, M, TYPE(1), LIST(1), BPIND REAL DETAIL(1), XP,YP,ZP, DX,DY,DZ, ZBACK c c Object type used for bounding planes (may change) INTEGER INTERNAL PARAMETER (INTERNAL = 4) c REAL BPLANE(3), BPNORM(3) REAL XN,YN,ZN, TEMP INTEGER MIND LOGICAL TESTBACK c INBOUNDS = .FALSE. BPIND = 0 TESTBACK = (ZBACK.NE.ZP) M = MAT DO WHILE (TYPE(M).EQ.INTERNAL) MIND = LIST(M) BPLANE(1) = DETAIL(MIND+3) BPLANE(2) = DETAIL(MIND+4) BPLANE(3) = DETAIL(MIND+5) BPNORM(1) = DETAIL(MIND+6) BPNORM(2) = DETAIL(MIND+7) BPNORM(3) = DETAIL(MIND+8) XN = XP - BPLANE(1) YN = YP - BPLANE(2) ZN = ZP - BPLANE(3) TEMP = XN*BPNORM(1) + YN*BPNORM(2) + ZN*BPNORM(3) IF (TEMP.GT.0) THEN IF (TESTBACK) THEN ZP = ZBACK ZN = ZP - BPLANE(3) TEMP = XN*BPNORM(1) + YN*BPNORM(2) + ZN*BPNORM(3) IF (TEMP.GT.0) RETURN ENDIF DX = BPNORM(1) DY = BPNORM(2) DZ = BPNORM(3) ZP = (XN*DX + YN*DY) / (-DZ) + BPLANE(3) BPIND = M ENDIF M = M + 1 ENDDO INBOUNDS = .TRUE. RETURN END C C Equivalent test for bounding planes in ORTEP mode (only the octant clipped C by all three bounding planes is removed). Only intended for ellipsoids. C This tests the AND (rather than the OR) of multiple bounding planes. C SUBROUTINE ORTEPBOUNDS( MAT, TYPE, LIST, DETAIL, & XP,YP,ZP, DX,DY,DZ, ZBACK, BPIND ) IMPLICIT NONE INTEGER MAT, M, TYPE(1), LIST(1), BPIND REAL DETAIL(1), XP,YP,ZP, DX,DY,DZ, ZBACK c c Object type used for bounding planes (may change) INTEGER INTERNAL PARAMETER (INTERNAL = 4) c REAL BPLANE(3), BPNORM(3) REAL XN,YN,ZN, TEMP, ZMAX, DXMAX, DYMAX, DZMAX INTEGER MIND c M = MAT ZMAX = -1.E10 DXMAX = DX DYMAX = DY DZMAX = DZ DO WHILE (TYPE(M).EQ.INTERNAL) MIND = LIST(M) BPLANE(1) = DETAIL(MIND+3) BPLANE(2) = DETAIL(MIND+4) BPLANE(3) = DETAIL(MIND+5) BPNORM(1) = DETAIL(MIND+6) BPNORM(2) = DETAIL(MIND+7) BPNORM(3) = DETAIL(MIND+8) XN = XP - BPLANE(1) YN = YP - BPLANE(2) ZN = ZP - BPLANE(3) TEMP = XN*BPNORM(1) + YN*BPNORM(2) + ZN*BPNORM(3) IF (TEMP.LT.0) THEN BPIND = 0 RETURN ENDIF TEMP = (XN*BPNORM(1)+YN*BPNORM(2)) / (-BPNORM(3)) + BPLANE(3) IF (TEMP.GT.ZMAX) THEN ZMAX = TEMP DXMAX = BPNORM(1) DYMAX = BPNORM(2) DZMAX = BPNORM(3) BPIND = M ENDIF M = M + 1 ENDDO ZP = ZMAX DX = DXMAX DY = DYMAX DZ = DZMAX CALL ASSERT(DZ.GT.0,'ORTEP bounds incorrectly initialized') RETURN END SUBROUTINE GET_TRY(NOLD, NNEW, TRY, DIMENS) * * NOLD = old memory allocation * NNEW = new memory allocation needed * TRY = new memory allocations beyond that needed to be attempted, * so that we don't have to expand the array too often. * DIMENS = number of dimensions to be expanded (1 to 3) * * For DIMENS=1: if the new allocation is less than twice the old * try to double the old allocation; otherwise add 50% to the new. * If that fails, add 50% to the old or 25% of the new; * If that fails, just try the new, then give up. * * For DIMENS = 2, expand by the square root of 2, 1.5 or 1.25 * for the same effect on total memory in 2-D arrays where bot * dimensions are expanded. * For DIMENS = 3 (not currently used) use the cube root. * INTEGER NOLD, NNEW, TRY(3), N, DIMENS REAL RATIO(3, 3) DATA RATIO / 2.0, 1.5, 1.25, & 1.41, 1.22, 1.12, & 1.26, 1.14, 1.07 / N = INT( FLOAT(NOLD) * RATIO(1, DIMENS) ) if (NNEW.LT.N) THEN TRY(1) = N N = INT( FLOAT(NOLD) * RATIO(2, DIMENS) ) if (NNEW.LT.N) THEN TRY(2) = N else TRY(2) = INT( FLOAT(NNEW) * RATIO(3, DIMENS) ) ENDIF else TRY(1) = INT( FLOAT(NNEW) * RATIO(2, DIMENS) ) TRY(2) = INT( FLOAT(NNEW) * RATIO(3, DIMENS) ) endif TRY(3) = NNEW RETURN END Raster3D_3.0-7/./doc/0000755000471100001440000000000013562710037013544 5ustar merrittusersRaster3D_3.0-7/./doc/r3d_objects.l0000644000471100001440000001700513562710037016125 0ustar merrittusers.l .nh .TH R3D_OBJECTS 1 " 8 May 1999" "Raster3D" .SH NAME Object types used by the Raster3D package These are the object descriptor types, and the required parameters, recognized by the \fBrender\fP program and other components of the Raster3D package. .SH Object type 1 - triangle x1, y1, z1, x2, y2, z2, x3, y3, z3, red, green, blue; .SH Object type 2 - sphere x, y, z, radius, red, green, blue; .SH Object type 3 - cylinder with round ends x1, y1, z1, R1, x2, y2, z2, R2, red, green, blue. (R1 is the cylinder radius, R2 is currently ignored). .SH Object type 4 - not used .SH Object type 5 - cylinder with flat ends x1, y1, z1, R1, x2, y2, z2, R2, red, green, blue. (R1 is the cylinder radius, R2 is currently ignored). .SH Object type 6 - plane x1, y1, z1, x2, y2, z2, x3, y3, z3, red, green, blue; The plane is defined by any three points. It's color fades from full intensity in the foreground to half-intensity at the back. .SH Object type 7 - Vertex normals Explicit vertex normals for preceding triangle object. This object must directly follow the triangle object, and uses the same format. .SH Object type 8 - Material properties. These values override the specification of lighting and specular highlighting in the header records, allowing some objects to have different surface properties from the rest. The specified values will apply to all subsequent objects until an object of type 9 is encountered. The parameters are read as free format floating point numbers from the next line of the input stream: 8 MPHONG MSPEC SR SG SB CLRITY OPT1 OPT2 OPT3 OPT4 .TP 5 .B MPHONG value >=0 overrides the global Phong power for specular highlighting .TP 5 .B MSPEC value >=0 overrides the global specular scattering contribution .TP 5 .B SR,SG,SB RGB triple specifying color of reflected light (by default all specular highlights are white) A negative value for any component will default to the base colour component of the object being rendered. .TP 5 .B CLRITY The degree of transparency for this material, with 0.0 indicating an opaque surface and 1.0 a purely transparent one. .TP 5 .B OPT1 Affects processing of transparent objects which belong to the same material, but occlude each other (for instance the front and back surfaces of a transparent molecular surface). OPT1 = 0 will render all outward-facing transparent surfaces OPT1 = 1 will render only the topmost outward-facing surface OPT1 = 2 will render both the outward- and inward- facing surfaces of transparent spheres and cylinders .TP 5 .B OPT2 Selects from several variant treatments of transparency as a function of alpha and the Z component ZN of the surface normal. OPT2 = 0 T(ZN) = 0.25(1+cos(pi*alpha*ZN)^2 OPT2 = 1 T(ZN) = (1-abs(alpha*ZN))^2 OPT2 = 2 T(ZN) = 1 - alpha ^ (cos(pi/4) / abs(ZN)) OPT2 = 3 T(ZN) = 1 - alpha Option 0 is an empirical function that I think looks good. .TP 5 .B OPT3 Not used .TP 5 .B OPT4 Non-zero to indicate that additional modifier records follow immediately. Each modifier must constitute a single line, and OPT4 tells how many of these lines there will be. Here is a complete list of modifiers currently available, and their parameters SOLID RED GREEN BLUE BACKFACE RED GREEN BLUE MPHONG MSPEC FRONTCLIP ZFRONT BACKCLIP ZBACK BOUNDING_COLOR RED GREEN BLUE BOUNDING_PLANE BPTYPE X Y Z Xnorm Ynorm Znorm ORTEP_LIKE used to create fancy ellipsoids (see rastep documentation) .SH Object type 9 - End_material Terminates application of all previously defined special material properties (object type 8) or isolation from TMAT transformation (object type 15). .SH Object types 10,11,12 - Label descriptors These object types are used as label descriptors. The current version of render ignores them unless the -labels option is selected on the command line. .TP 0 .B Object type 10 - "font_name" size "alignment" Legal values subject to details of font processing implementation. \fBfont_name\fP is any font name recognized by libgd \fBsize\fP is the font size in points, but is modified by render's -fontscale option \fBalignment\fP is "Left", "Right", "Center", or "Offset". .TP 0 .B Object type 11 - Label text X Y Z R G B (On one line) label position and color Label text (On 2nd line) .SH Object type 13 - Glow light source. This is a colored, non-shadowing, light source with finite [x y z] coordinates and a limited range of illumination. Control parameters are read in free format from a single line of input following the line specifying the object type. 13 GLOWSRC(3) GLOWRAD GLOW GOPT GPHONG GLOWCOL(3) .TP 5 .B GLOWSRC(3) [x y z] coordinates of light source .TP 5 .B GLOWRAD limiting radius of light source (see GOPT) .TP 5 .B GLOW fractional contribution (0.0 - 1.0) of glow light to total lighting model .TP 5 .B GOPT (integer 0/1/2/3/...) - controls functional form in which limiting radius is applied [under development] .TP 5 .B GPHONG Phong parameter controlling specular highlights from glow light .TP 5 .B GLOWCOL(3) RGB triple specifying color of glow light source .SH Object type 14 - Quadric surface x, y, z, limiting_radius, red, green, blue, A, B, C, D, E, F, G, H, I, J Quadric surfaces include spheres, cones, ellipsoids, paraboloids, and hyperboloids. The motivation for this code was to allow rendering thermal ellipsoids for atoms, so the other shapes have not been extensively tested. A quadric surface is described by 10 parameters (A...J). Although these parameters are sufficient to describe a quadric surface located anywhere, for efficiency during rendering it is also useful to know the center and a bounding sphere. So by convention we require that (A...J) describe a surface centered at the origin, and add additional parameters x, y, z to add a translation component. Therefore a QUADRIC descriptor to render has the 17 parameters listed above. The surface is the set of points for which Q(x,y,z) = 0 where Q(x,y,z) = Ax2 + By2 + Cz2 + 2Dxy + 2Eyz + 2Fzx + 2Gx + 2Hy + 2Iz + J Points further from the origin (prior to translation!) than the limiting radius are not rendered. .SH Object type 15 - TMAT Isolation Objects following this descriptor are interpreted as being in an absolute coordinate system centered at the origin and having unit extent in X, Y, and Z. If the image is rectangular, coordinates run from -0.5 to +0.5 along both X and Y. If the image is rectangular, coordinates run from -0.5 to +0.5 along the shorter dimension. The rotation and translation described by the TMAT matrix is not applied. This isolation from TMAT applies to subsequent objects until an object of type 9 is encountered. .SH Object type 16 - Global property Object type 16 is always followed by a single record that affects the rendering of the entire scene. Currently the options are FOG, FRONTCLIP, and BACKCLIP. There are also options ROTATION and TRANSLATION that affect only objects following their appearance in the input stream. .SH Object type 17 - Vertex colours Explicit vertex colours for preceding triangle or cylinder object. R1 G1 B1 R2 G2 B2 R3 G3 B3 .SH Object type 18 - Vertex transparency Explicit transparency at vertices of preceding object. All three values are required, though only the first two are used for cylinders, and only the first one for spheres. Trans1 Trans2 Trans3 .SH Object type 19 - TMAT Isolation Similar to object type 15, except the the x and y scales are the same only in the case of a square image. Both the x and y axes run from -0.5 to +0.5 regardless of the aspect ratio of the rendered image. .SH SEE ALSO PostScript and HTML documentation render(l) Raster3D_3.0-7/./doc/r3dtops.l0000644000471100001440000000042713562710037015322 0ustar merrittusers.ad l .nh .TH R3DTOPS 1 " 8 May 1999" "Raster3D" .SH NAME r3dtops - Raster3D to PostScript label conversion .SH SYNOPSIS This program is now obsolete. .PP Use render -labels instead. .SH SEE ALSO r3d_objects(l), render(l), raster3d(l) .PP .SH AUTHORS Ethan A Merritt. Raster3D_3.0-7/./doc/stereo3d.l0000644000471100001440000000401513562710037015451 0ustar merrittusers.ad l .nh .TH STEREO3D 1 "19 Dec 2010" "Raster3D" .SH NAME stereo3d - render a Raster3D scene as a side-by-side stereo pair .SH SYNOPSIS stereo3d [options] [-png [outfile.png ]] < infile.r3d > outfile.png stereo3d [options] -tiff [outfile.tiff] < infile.r3d > outfile.tiff .PP \fIstereo3d\fP is a shell script that renders a single Raster3D input file as a side-by-side stereo pair. stereo3d uses the Raster3D utilities \fInormal3d\fP and \fIrender\fP, and the ImageMagick image processing package. Intermediate scratch files are created in directory TMPDIR, if defined, otherwise in /usr/tmp. The right eye and left eye views are separately rendered, optionally given black borders, and merged to form a single side-by-side stereo pair. .PP Input is from stdin, output is to stdout unless a filename is given as an argument to the -png or -tiff options. .PP .SH EXAMPLES If the following line would render a single image: render -tiff single.tiff < input.r3d then the following line would render the same scene as a stereo pair instead: stereo3d -tiff stereo.tiff < input.r3d .PP .SH OPTIONS The options below are specific to stereo3d. All other options, e.g. -labels or -gamma 1.2 are passed through to the render program. .B "-angsep" .PP By default the stereo effect is generated by a shear operation. The \fI-angsep\fP option creates stereo by using angular separation instead. Neither option is perfect: the default handles shadows badly, and the -angsep option blurs specular highlights. .B "-border" .PP By default the left and right images are placed next to each other with no intervening space and no frame around them. The \fI-border\fP option requests a 4 pixel wide black border separating and surrounding the component images. .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO normal3d(l), render(l), raster3d(l) .PP .SH AUTHORS Ethan A Merritt. Raster3D_3.0-7/./doc/README.doc0000644000471100001440000000072513562710037015174 0ustar merrittusersThe *.l files are standard unix man pages to be filtered through nroff. Install these files by moving them to the appropriate system directory, probably either /usr/local/man/manl or /usr/man/man1. In the latter case you may have to rename them so that the suffix is "1" (number) rather than "l" (lower case L). R3D_manual.pdf is a complete set of Raster3D documentation pages packaged into a PDF file. >>>> HTML documentation files have been moved to ../html <<<< Raster3D_3.0-7/./doc/label3d.l0000644000471100001440000000042513562710037015230 0ustar merrittusers.ad l .nh .TH LABEL3D 1 "12 Dec 2010" "Raster3D" .SH NAME label3d - process a Raster3D scene containing labels .SH SYNOPSIS This script is obsolete as of Raster3D version 3.0 .PP Use render -labels instead. .SH SEE ALSO render(l), r3dtops(l), raster3d(l), stereo3d(l) Raster3D_3.0-7/./doc/R3D_manual.pdf0000644000471100001440000256710513562710037016204 0ustar merrittusers%PDF-1.2 %Çì¢ 6 0 obj <> stream xœXÛnÜÈ}Ÿ¯(À+/4m²y߇öZ6d¬l­¥u6^zÈž!#›f“–ä+“ì«ó+©ê 9ÉA H3"»«ërêTU†€…Ðû,÷«Ï«cØéU;ümVô< yY¹ÚâŠÓ’$ðq”†°_þk»Úþ¸Šàn±<…‹ï-º²ÿÄIq‚ßÂÜ ÿÜ­>Chôòå^]Ó¹ äp½]YuC(PD’±ŒÃõ~uòQèQÑëç×[EI̲]WË øD¯â€¥þèIÆrÔ2vÏt£:à,£7g×ð«q…5#˜­œ¥Þ=ýΈ¯œ}üÿ²¯ 'ò"4°HŒ<ƒ—ÓnÒ#ð ˆH¿9GÙ´…ÇÞ¨ðæ¤Fž:5Òˆ‡NÜšQŘ[µÎcƒùžY€ß‹åk½ú3t‡1&'Vâ8¤Eyâ61 XâÙC#Õ#ÀsÆÓC7L`„-BÚäv)5e»Í¿¸`i|çÜÇÑI°J"[4ƒ6I¹Üte;UôÖ( ñ‘m±…h2èBwÕòØÿEÆPO‡_“´ñ›zÕa›¶ïMˆVD³Ix ¨ª†òædB…œMXF–œK¬Iÿ&l#]§éµjª?àÛn$D/L:„õ!céQŒHŒM‰{D'Ú{-­¾˜ª‹PŠ}DÛTÂ(SÖ²¼Õ°”TʸÅêd—{?^¾?¿úðz I·¢\ìFÑtä¾GÇ 3àó8gödÔ‚-²u³Èû_Ã_×㺂qïºikÓj&‘-+Úš±ÞÃ1ÕÍ®†Ï“ @ߘ\ ³Å>|²õ,²•bœC Èeº•á­cé=tgЂ" ¬c¤—,Gw„¬È1u,ö,9j5 ¥<ŒîïT·^ĆÉbÏ"ì>Œ¦î]­#Ì;\t ã :Ý ii¼"]øT4Cï%‡Ü—µ¢ Àƒ1(zŒïŠ”…Þ¢taYÇQÀø º‰ÈØòa‰Ç›9Ef¶Òz—"÷dG…; ð6­Ë¥jMM ÝgˆX/“ù"¢o'mK:e-ºN¶VÍ(ÂtçKº£€i˜°þì‰Û-NrZ= ÏĪØÁvjÛ{Øaá08ƒ¸_£o [øú€þÃNaQ4é‘”fŠt²²–4Æ;¥‹ o°-Y[]ÃŒ¨àAÊ Áx–\D­D96&4ÅR~¾Øˆæ>¢ré|F…¥ ” ºÆºÔ:( bÆ ˜9í¢n*{è¡J!à;5bÉîIŒ…èl 1ͼ³î—Ój1T¦L¤91­óÀ`éÑsà:(§Žè`=õ½E˜œÄh³U¹{Rß:½¤‡ Ë3ßʤ‰ÑüÓÕ)¼»<{{ ×çoÞEÒ%ª§pùþ­ûÕÛsL¤ š/xq8—a_[21_çšIÎÜ£'{L;Wg586Áí^Mˆ,d%jCl•.˜|R CÄäRL¢ú åwÈÏmK°é\Ö8Í°ýãá!=øN÷æD²ƒwªîàç©ýþc¦nêSPÃ9ɺ»¦¼%³È–®±5©‘úæù\áÖ<æÔv9S6ü(±ÇõÞH`£5Þ˸`DË êƒ°‹¹a×õ>Òó?æe.…é+jmIġȆVûÎ)³hƒ|Â7sC —Ž”¸ŽY°°g>o3ÊP‰kÇZMXHfG46{蜮òI賓ŸjGŸ¢êöÇš?Ëë3@/Q6sÓÍj–Ì=ëp wÔ´’ OÌŠ6™Oac‘š.°@@aÄt³iØ$ZºW5µÕÜO¨Š¨[O-b¯ÙZÓq_¬2‹âÙž{WS3*PÞ3U³uíwž‚;äKï{iŠ¥m>›[†ôdβ²¡INJÔÝpO–³ü¨~Ìa öº-²öùÖPêoûiG.¦s’Ô^¸®Ò×O›Hª/nÀ(úi9gþ°¾•Ø0>1NûÓag Ë¿‹Dô35%öߟבÔPõ órÐ?9ây~óÎ:¹Ã`£½Ì“Í8šRñJ”4N‡E‘y«2/á 7»xHeZŸ³îï÷ˆ+µ»·ë“À­Ï1î~=ϲ#}ˆ¥Þ⟒ Y'<>ž–ø‚lvtc²æ…™í×±µéì÷——¿œ]‰°7'ˆŽØøç7; wírUá&Ûš‡+–‘¡ÙQ §ÂbN jÒ¨ #š/©’ÆunüÆ>´”ëo8‰àQ{UIºÎ [ Ûú8Ys7YXÜ¢€5 $·ó{³1ÿK'8ôÍ“½¹{1€& gÀ.Œ¢†µëI¶ªmm§U-yˆTý<á鮃h’óÉ)-y>×n ¶¯bßSÏbñGËô7#8ææ{x¤ã¦’‚Tº£W&+òeÕà¬D‘¹~¡8 {2ý(E?áÄ«U£¸µü»°FtCú‘ y% y‘_/­Á´N8a%s·¾v›‰¡¤nDõöJÈœ{M¨Åˆâ9·žY3—yÏàõ î@ï–7OSø+¹È–®ù×8Y¢oø)B 7iñåÁ­67fS-áËÍ”7Ï °V(¢Êì¥?HIàte}µø“ׇ?=µãœ}¥’<ÂinÄ´I‹¹ŠLÀJ®{,{4™ ?ÏS í(n©FRäŒEÛÙÔ.¼úŽ1zÒžfP~ Ž=üóÍÙ¿ŽŒ"3çÃ`OÌÍ!¬k4ò±˜g.),³wêá½ÜAþ¢­Ø7»^e{æ*š~þ äÛÎendstream endobj 7 0 obj 2720 endobj 59 0 obj <> stream xœXÛŽÛF}×W4ƒQ›¤HQ ‚Eï8™E|Ù‘¼X-±%uÌ›ÙäÈä›ü1»ïû-{ª/$5¶ÃðŒDvWŸª:uªz>°€‡, î÷®œ}˜=¹IRvгð_ÍèÅ2Œ–føÑÊÙK– -I"z¼X†¬œ¥þc1Û?[°ÓlÁWKöâk‹ÖöKœ„,N‚€…+kü{x˜}`¡æíJöó†Î]²ÛìgoÈÒˆ¥IÊñkSÎ.n„îd»øûãÍï³EótE›||ÁþE¯â€/ýÙÒ“”¯â ˆÝ3­êŠE<¥7WöO ëF0x8O#ö/¿³&qàü‹¾É¿ 8ÿ²Äø",ZÑ6Z”­d¥ìièuÇ¢ Xœ!'«¥ƒ±\Dá·àÈüG·Â/2d':Öªí¶®x»È™jëJ›OÂv•Ë–ý5j×õ­äMu°°ÓÀÙœ‡+6"ü–ìE]è]«šŽu5ÛÕeSã¡`ÿ;`;ÛÓæ0^ò t¾Ö-òiOSÃáp„ÝAGў몓ÆPÂ}–­èdÎzœUïG O¼í'×¥8Èâ vï X®tSˆ{&*fLEIÄÓG¥; ˜¸ò‰Ð»|ù`Σ8ã)¡²Î—ÃêyËTµW…ä9B;DñOêgî!‚á’Œ„<‰Ùæ4»xÊ´*U!Z /Nù"õèDÙ®ŽŠœ¥$ã‘_u÷à”Œ‡þšWv§Ì iÀ‰{²uÆ<ÉÜ£KlȱO÷%Efsýü9Ó}ÓÔmÇŽ0·•²b[³ –Ïä^b€wGéâ@‹æ‹4äÑ»¦­‘Áò‡!61+•¿ ñ¼Sû½uŒÓG{£€LŸ?ú…ø£, vÆá­ªˆÃ#P.Æô2Žòay+Nž“êŽX¸r×SußîÅüoë’½X¿X?äRˆ GÁ¿£×ß±g¢ ýü‚)ÐQ뤪,¬ÙG´ù‘­i÷š7ùÂÏw]ýîãýTÏd…BGkK]j6Wûá!›×ö ›ÃÆV¾kE®zÍB”Û<—•VÝ=[ð`8 HëêN‚ ”fc¯î»¦w¹c‰çÒFD‡ÐrçÐ`Œ¶GÞ‘1l>Çx¬8;ß'©iåÜÉN>ɘÞI¼¾½ØÕU'TE;JAœiå®ns}ûØZr¹ëZQéF€W+‘V‰â ½I%á|+Ô¶í½5#š¦P@à¨ÿyþÀcE rÇÖâNšŽv¹—^S´¶ðˆ÷ƒïžùPæ©J³dW¯žÓŠŸ†²ñAûiâù>¨Ýõ•òX¿ùå—«õæúÕË5{þê†ý|µÙ\Ý°××Ï6on®Öco]ýRém`/áieNN@¤Ð´PEM‚Ïîë¾u‚ä"æ”Ë;µ“?<³0ýbo,ZclƒmzQ=©X*!‰uÑ{ñk‰'ȆÕàã?|€BL»Ëp¡Û‹²ß}€“„¯&ñ펀Bp¶Ò`ëÈ•0^ðì3®0ˉÛÇœÊÆ;¦Èžã‘ÔŸ%0Yòp534µ„!E3…Œ#µmë¢Ë¢#J‰´W/7ÿ¾|¹y{ûØÔ¾¿Æ÷×ô&iuTåš=q,L Œ6-Úüc/¨•‘µÙaÌÇ‘‰²DÉXÑÌ%—D2‹ß­^¸Õ«O—nõ\«?äCk!÷¥Œê/ pAmª6=„³·NDR$ TC? ÌZ…®‘R7-¥|9øa8CöA½8Ù‹ñ†ÜA≠+‰­(L m§LO*ljвÚECóÆÌhE˜;}¸ðÃL‹0øÿZ=H3žxªŠV¡ Lc¬á¤•Èe6ÊI¤)îªÆ–ÌY‡Ê´†MD‚LŽŒ²ÝiYì á©Çb„g[Ï@òe¨ ³ IŸÐï­º˜„Ò“©•Éz±ÇY&¤Ñ ˆÿÀ®‘Wó8X’’êdåiÒÙM|*•Ñdˆ¹:›Xäìz?*óÖMö4É :o:ÔüâxR×LÒññÁæÕ=^ú^’ÿ¨KdM\ Â@Ú…HUªÃ¤cY—áÒî…™±º{ öf21ò¬JÌVaèšE•^ã‰`[‰­M4l¸¡›lÝ9D+ÏQô˜—‘§}oÆŸ¶Ç­Ô´ø)O^/ƒì˹·ž¬"Byv— Ô”‘ÍÉ°&„v2?{}Þ¢ö¾Áà;0ö\¬"¯1ôD+{y ‹ÁÃ1ï£ÐWl`o~ä! —˜$YÓ·fb qœLšË…ÒöV‚›h»—² ÇX“ËYtÒy.Æ9ÒcQy=ÅØ1Ö˜=z+ÏEAî÷D ¤' •,bEÿa×¼Á*] ðvl²Äí˜ÉÛTÜÄ °#¿Î@®ÆyC?8²mÐö¨¤ÀŃf"sÁÐ’ bba+vïÏ-pök}’¸P@xnerê|GÑþ¥?’8ÂüáÄÞŽÛ¶>!2˜íôP0àMwœŒîØ™wjYb»4Æûi¶5nH1(ˆÛù±À$ÒÙjºSÏ‘Þ+ €R¼·¯¬î@v4Ó€¡qáèêöJS¹³—Îmà œIúC‡”>‰û†?ÇLln!ÜnÐÁôÒäá²Zb ë˜ôÀ,4ñCoVÔ;1½zÒf³Æ@±£ ½Z¿zsóìjœ|*Â@κÿÐüíÆ÷ýzì*úÖ¾OCÑÛº·ÅÔ†I.ŽõÈå\–ÍQPß·ÌpYè *ŒWBûài€«ròîöBãòE.ÎkL_çÞšqImí„8xK8Œ¯tîzsóôzƒkÆÈøþ¡@¸Yp U™ÉØXµ%dÚ/rÊ6Ãú±ÓA{ãUÄó7Gú÷° ¥âendstream endobj 60 0 obj 2473 endobj 79 0 obj <> stream xœ•XënÜÆþ¿OqˆXìò²·âÀnÒÂNb[HkÀ€1KÎîŽErVR«}©O©™¬âc=Ù|=Éé0É“åœ^ÿ·MïüK1K©˜á)]zá_CávrC©‹¿Ê†¾»b½sZÒÕfâñ¦´‚ˆÙ"YdtÕL.Þ*×ë.ñôêÓ$ŸÉ"Ǧ«ê´@¿ðR1MæqEwüe‘,²ßœ±-eÉ‚W^^ѡ›1­˜K3úûãkÞ@,û²/²oÁ_Î ÌV)ÁÀÕL Ìô|Ø®§l:ÍŽ,!›dE4*¿‡œa,çÆ<ÏÒ/Á±z€ƒ‰NÓ$_1ŽTð&ýNÓÆl‡N't…g}§š}­i­k{ ÁiGn§*{0í–zK¦­L©zMŠJÝöªio;ýŒÔ­5•l‚”VëŠ6¶Ã.§KÛVlÛø ˜Y­íúÝÚÇo>$O¿äU /I±¤ËtáÉøíGKnX»^µ¥¦Rµ@G¥mö;K¦i †n+è>ÈzªÍvדj+±Bÿ>ºœƒ š29}É üh{½¶öÚ‘ÝÐ+ Œ]e©R>òÒ0ëšœmt¿cµ¹fÏ÷ÏÚ"†írL¤'âÚ)çûÅúA+F}ˆNG‡ÎôˆVÏ œb*-þ‚´‹oGç&]^ñ—'òßÉ#ôK–L ¹ÍhÙ9æ« ˆ¼„ƒ¤×CJPëGÜùáB ˆ3]Š†Ô¹ý‡§þ(ª\ëöJâN÷4".©A“è4Ì¥ßNŸyùOoó_ýí;Á|&6býVô~ ÀƯðèǨíYÏ+½> ³ ¶ÖVF;9Öéj!±ÞÎJÍ¥8mîk@šK˜HÀ5êZzð"™Ö‘éé–?gy²Zý÷HZ¹#ÇŸæÅÙ4)ââÝ &Ž+²/\c¬¾Æ:½“ª”.VÉØÃoCÇÑ´î†mŒÐ_k¬xïKšÌÃv.s\BžIy+Ò,™Ÿ•·•/¢Ü’cºJŠØ3bE*wªÝú)mÈI~ù·åŒ>údú¡].zˆB˜Z³eÆ}ÅË_׃׹H¦±sˆ'Tý9÷f¿,½“U|.úœ]éy2Ã(•—ß¹Œ^Lè§._ЄޙGšÔâPH†S>oŠ+½Ø4ÏOpBéG ®Õ©-‡z …äH`Ø™¦gBœW¹ƒ·Zž%Ù| Žp2™Ý×ñˆõEÎM8Zÿò6ø‘(k=…ôÚXÂÖEJÎàËà·4)|Ž„¾*<ù.‰i‡f­»S=ÿ•ûV€›¥Ë$ñº³Ú fv÷«$ª2GúÒ9F£Ù>æþe2Ä={ f#ÅG«™ýŸ"ÿÞÿ5 äÊÀf âÊ`§‘ùé!S\–Ÿ«û’ˆˆùÀ=ãƱYÛÚ”Èéö:vRÔfLYÒ*¢ðÙY’$ëE’Ǻ¥ÚÞÇS.àÆ”ûÙ>±üç„;=F/#½ê(zx¤n¿’úŠØz_•„0FÓE\8žUK‚XU×l–Û™MïSš³9LjiA¡ßãùdtÍ­No†ÚŒ³U‚ËK4g,§8Y ¥tÄÖ42:}3è–GÄNûŠúÃÕëW´¸×†o¡c{”›‚œFOøð4y0S#S1HàÊâaȸ\£Ñ³¬me–x,mßta29•Vô•X:R¾Sú6§éåû—?ÿôŽmFÃù@š÷@1B˜€è¬“ ï—ÙY,4ãüåöº4à …Ç|^p]<……·Šçæ¤2áš;Ìji9àg ½G04 Æ®}b:ëæVÕ~ú–³£0³ƒÆÈ…Ë íÔÙuŒ/+ ÀÏÊ:Ì8Á*÷;Û³ûúJdë/TP£1»øÙúž¢qôñz"¾*êØPe³FÐ6<ô˜œœ8˜ óBèÀ u/rW¤ï¹¸xÖGȺuš+½Ç™¾¤žÆa¾#0}Ð-·ê7“¹UÏWòW ¹þËsíŸgù’ŸW§ÇÝäÔÂÛ)œ·u¸vgéj™þr=ÏI†=šóf þC ïÍè…¼‘Ÿÿƒ§wendstream endobj 80 0 obj 2045 endobj 109 0 obj <> stream xœ•XÛŽÔH}¯¯ˆ4£jã[ÝB‚z¦»g¥Ñ²Bn;«Êƒí4vº‹’æ›öc@ûºß²'2Ò—¾ì,#DW•/™q9qâD~"ß Èçî3-gŸfÏE»vö ~´Ãÿ|Æw—AèÓjƒ?šmù¹`ÁÏ-B¾-*g«þk1Û~7‹è0‹¼õ’Þý¯‡.äG¼(^ø>kYý;츛}¢Àš×¤%½¸´/iM—Û™˜Ð*¤Õbåá㲜œ'­QMôãËßgÑ"öVºÌÆôw¾ûÞ²¿£¾²òÖ±ïÇîZ›ëŠBoÅw^^Ò/6â‡?¸á;WCúéþ{âá"öƒá·9¸Â“·<„ƒ›…u0f“ø©5¿ÈOmÖÎh Wô¼Ûu­¡Ð÷£¶³!ë¥3d…Á7Y²é÷˜Ä:¼hæÞ‰8ÌNò–Ú"ßíMq¤¼J•´*£«#ÕºÍ "™W;2{E×ycº¤ 4)U“?¨«ä ¯¥…nmÓW¿«ÔxôZÔµjæ”oé¨;JÅ>qpÞÎN}/´»§ºä}°EBÛ|×5ŠR]™$—mštC¥Æå6/ó"iÜú-öyºçU©RŸ ï®\а›*oçaI^>irJzËË=z8ÃÖ²÷5î$–â[°¼…cT7Ú¨¼¢Ö4]j`ÏœïUöFµ]aØ0,šEò™ÊäHWJ,Ä2 íó*k’*E<öIÅTQ{tÐ*»ù"²›ßQd"Up®2DÍÐ!/ úÒ*õUvç$Í\ Ƽm]Úg µ5sâGú_Ó°?ï/¬w_¶xt¹‡!âj DP–o·°©2¤ð%5ù5[®µÎ9x[$¨Nr}+5Ý™äãWìà0,ì2¬˜§I ‘d ¹â asÙÇ¢†ã‹·÷œßVzùÛËŸÏ.ø™»²¼UKÈ Õªikg&\ç˜Û û”±ƒ.×@Z ;š„aŽ·ëšÃ8B䦥­£­‡5Q_¨É °õµfHûÞÊîs1yÒfâ.Ú´ÉkóDÞë2ÜxŽÆ,¡ñÛÏáÁ@v}|Qø#?[“UªJÀ1µ'¯êÎп°ù>± ¾Þ8n»¶¬í­=iS…rÝòU·X¹Ë6ëye­ŽÃÈ‹ÃÑì•Ôì›Rgʦ²Q[.¾©!l‚a—ÄÉ+FÆ4ƒ”´àkbz›ÐmÏc”e]m¥+J´ÌDÞª÷@7ÅÌhé-W£™ÇjM_€¦sÇVq=6ºÛ1Ž] ‰;DþÔY&-mŠ”0ö6}<úÍZyþ`xGíÞV[^ÁÍ$£õ6Ƹ4«ÿ(u¥ÿ9…Ér&Ú{â÷ía‚[}„e‚`*çÜÏÖ±GîÙÂ[ôn 'yª¦Ö2%Q‚Oy™ìÕ2ùÈlÜÕ7ó+ñYz=ü­Ð¼@]¢…8ʱ Ïo)ôÙ,'\¬Q6¿&8÷YX:ðùðqðh!ä¬`n%ìHÖ¤<ïÁ ÄÖæ/d*±ñwž^OùóFy¡„U×Ûs6k6‚¸µÏ^ ö/¥xP9º,Ù†l ¡´ Îø”Žv¾4Àýñ3–6yɤ~OŒbDúÃû®ˆ÷ÄJêqm²¡§V}@-¿p0ewÜr]aÈëb°>±wò{Á eC(§‘Y+W+îÙòÐçþ¨'}þB·Îi¯™œ\,OHÍ°w'è×–Ê„ v(zËsÉpÇ6/Ø,€?ã;§ =uéÃEzæ¾7Q6<ü€Î%2?]I)§{•~”håæ߬ ðí èå5¼ëbút\–þàŠCg;Ò©É âü…Óóõží %;èŹÉÑØ“[„?¼ÕçNëE}zÓ£~ïñ‰[=à¥ÓpÉÁ½¥På÷ÄVB¸@§ÚÔ¡;¸Ì*è‚ïL(µ}r˜¢ ½8îIê ñ8±ÌþV]y…x q×:ÍÔ6¯T&…¶‰¼pKÀ•kSl­'¤©TmÏzYÎíK7GzÌ|™\´ôþDUP¬ºâæÕjå3dG?|xûæÅûG½­Ÿîµ›Цóí‘mÕ|RrÜÛÙ”€¢íPÍé5iàâf‹î8¶8¨íäÀ²‡1u‡ÇÐ)WßNc´qv.V–-¹ÙË,ð©ã=îßP•ù6w1 £Ð ¢±]®–“"6E§8dGªyÈùÄe@a8ØY陪Úüƒý‹Ÿ¸m8‹º)ÜóW/z¸ Ù5“§È»|×z‡yF$30µr–ë‚ËaH•JUÛ&%C瞘ìV!§ýˆt(¡˜¹}̮ȪsŸÛS³9ÒR¬žßÈ8ÁÅïÖæ K3VÍ\ÎΉW!ÂH4'÷Çÿbßc®°ß íåp¸)ÅÆÐbâïÏÞžýzNÜ5šÌ±˜Ñ·È…;rèÿ†4ìQ‡w†WÕ¢‚`ß(­0m º¥ëø’F>~º‹Ü”F€—ÅÝ=§VOáÍrsŸ\ÛâI £H …nm†€XäðJ™ƒBü¬[s!–ñìÃè¸+›[qïõå»·=ßÛ“9%8å¾4r¶F·ÎBíù Wýù ˜ôƒÅh§lÈ"ëG™¢Ø÷û2ïÏqÂ!{SÃ)ˆO¯þâiG¸‰Y]L,‚¸†TiE !‰L‰.¸`Mkm7׺ðzn(?Ä°`õÊZÒéKÉ?aü‡Ï/,‰Ú©—%Ç®IÊ{H·vŽâ›™.ººfÚt§%H?˜1;Z–âåùT‚gä©íX¿†öl ²ËŽ<ï:œsúñüì‡3+¥xPàS 6ý„ݨ©òN»ÆŽýðÿX79sÿ0 LèYæÓµ8Ž[—Ç7[§¾íµ^ì g Î6™µ²®¬ïl •²øLC#°â½+{øÄýàÊŠZ;õ°°l;ys+D)­9¼Yèmz8®Â+ÕqH((¯Ò¢Ë8ü¼=Éšœô;É ¼+§-¡;îí·6»ŽÝ ;lë­‘Ò´'Z­’Ó‰Œ›di¯VV¹†aiǵ†ËwÏ/ݺég©€h)ˆ0âÉÕ=šö€šjøhCŽ3`z ‚z”ó€çÅáXÑO ôöá·³ž¸ô {æVº—§nKãõÂ[ÃkEyÏÀ óÎp@èšòÝ`ˆ8c}Éh`²´‹ü ÷„qÀ‹''Œˆ²0óLtJR‘ÔÓ3„qˆÐ?Õmœ2Î|6zv{šÈTjHß*)±¹÷êâÃùËço]$ÂÉ~öŒ \ûÀý„¼]ûÕ_–„z™ˆ§é_«¤~ÆíwŸÐÓ´yvëlÉêÓ`)Ç*ÍZWoÙ—å¡?O’©—G.×1nÌ|0µÙ C¦d jyb¦{ÕC›øšÿý2Òk endstream endobj 110 0 obj 2732 endobj 129 0 obj <> stream xœµZÍrÜƾïSLN’Rä3ƒ_ç’£”C—åÈ#;Uº€‹á.l,°°¢˜÷ÉÅ?€#©\ý,ùz~±KÉ!Ë•rYLOÿ|ýu÷€ïXÂKè?÷s½[½[=}%dÁ6ÓJ° þoWô$2aE…F½º¦wTFïdi‚û*l·ªüe·ºþýJ±›•âeÎ^|ê¥×ö—4,Íp%J+ý÷Øq³zÇ„QÍÿXïØç—f㜕ìòzeU¬‚Œ¬à…d—»ÕãWõ4ëQ=rùýJe)/^ºlâö†¥ Ïý=Ò‚—P3u÷¦vè™ä=ùó%ûÆ8ÃÚ‘3gªd_~ü™µœò~tka¡¬ƒ…Uf,Dpž6‡if2I)HkJH§52õfeGº“"eîÉ•÷Ò¤:Ñ„|-Ç}h’nV/·šýÔi6ÈÝÐñá0³›¶ëX?")¹¬œN7l=ôsÝö¬í§y<¬gøyb×ÃuöãÐÖm¿a3þ•½oµP•¼ öCÛÏXÍ^ Ý´ÛýÌÙ³nÎÌ"õÁ8ä\%%;'Ÿ4+Á“Ê(º«ç±ýÀn¶ízë—&ÎD‚¾1Ä{Öû@¦\øئ5ª .¼»ßXñ2ó¨šX=±É´õ0ŒMÛ׳fóX÷îí¦ŸY;‘¤özG½žÉ;6ì0iÖ´t«»%)5[Âú¼*(¯œqÉÒ²öšÝVºd@ñ¤t Í ^ëi"ß´ó6ºý4N37²íŠs8Ï8N¦FüóC¿®áóõ+­à<çÞÐéÔ“EL­ïæº{cÃ( .}O]›såµ$%7c½coŸÊMSžû×¾ûe>"—Â=~û„‘¾ëQ“ÓCê·ýàT'†°´»zƒ«àèëqØÙpŽÞlp.òŒG_ó¬4þ€Û´î=BA&Yµ´ Î)ÜïgØtÝrz=»éŒ] }ƒÞ¢à* ù1\}mðXwø9‚…ÝOí|ks Í‚d=¯9{Q÷Foúm4F4z¤‡½M´µ}ù\‘³f)æ+Í Œ¡RâCX­n€HCÉ;ÐÓlôìá{'ùýÅöÃþü°gûn˜gÚb§ûÃÄOEVOÓ{J¤À×`kH ›ÚÝáE^9<ÔlÒ3®+d zÈŽ³)xp«kxŽD†6€Š¦|¹òåpâ#)ÅyŠƒ$ܲ &“ŠÐâ2ì<ᨴç³~€L ²ÇÖ5ˆÑ@¼ËS‚‰Á'ÂA)¿k7Û™L6ë5ôo(<à˜E(ËxáöæÅó;þeËÓ„ éºF=·ëºcŸ·ÃÞP©HQ üšÛ©]Ol3ˆlmóHU)OŒ,l"‘¼¿õÆV…’œ}ŠLGJ„Œ]t]Ûí]ˆ’‡Òw“ŒÎ9ñ¨Û±mˆ± Ú. ò$úž’Àî¿ÓóvhlÉ: •*–©;ú1ë¾A*uƒýźGIž©˜¹­¬(Cz}èô™]dot= ˆïÒš­l¶úd¦ˆÂ½oY¯ëº4‡}‡øQAB‰˜FT©wûò„VÏa ÙbQŽRëYc´îµn¬buŽ&Î^¤2‹e¯ÞŸ¹ûA5ak lCR!å®H+ÚµiëÍ@Z¦9ì÷`ÃN_-;›°eÁ³P+‰˜ ë-™½7›’7Ê€dç…+ R³µ§W@û"øŸ ×R[érùâ™yGòR$>%.­9©ÉóÊBà¤R`§S‚*Ùe¹àN‡ GŽº+€ÿØbS5§"TÎ+¿‰Eˆ‰eg‘cRº‡ç'j·‡q¶!xØÕ·¡lÖ“k€ùE«`yÛ/çì"´œ®IˆÒÞž¢/¯ð± ünygBÑl_Ez6¥Ï;^®¾ŒuÇ0Zš÷ë šýxÓöÁH‘/ÆŸmÈРÃ9*ñG»½·*³Ë¯(îVWIU9¹(ÚÂòóI‚Ùòý±^sÑ6xj˜fâhG(“~/Ÿ¾¦}½Öh„O¨#UϽ‰·”!÷©£°ÊQ¹@0wh€mhR7¯™N G&Bé·OÎmNê]ÓK.0RTѽ—îΗF´OEº^dwrÑ©ÚÌCÛÍ.X9ÏO¦Œ@WÚRƈ˜ØTg"ïkГÑÏ¡3„Êá¼E ²¹3ê‰<Î"÷J¤;õK*AÏZˆJ™—þ4ô3<Ç]@á«# Ã|ã|œ'] ë&¢1ž;…K îV…—“Ù›üÞ ÇQ¿;P+Š'“êèfG®“HÿbÝdt$A庎}Zâ+ #ÿ:UMNF oî–µ¡]Ï(züÙp¨;Ûãj·‹"FÐõ)’Fôئèz¢8ÇŸ{ïKßé)Êfûò¿.zôH¥ ŒmS Š°ïR̉Ol% ³£ € Ì0c9õùݿŒ&Ÿ[dË’—jQŒ¢?Þ»9 ˆúWˆ~ûØt{À–8ň_·pqGÍOm~£¯Œ·ÃaŽ=ˆyõ…»åø&xÌߨ2§vP%9Oss˜´çýgOŸÞÜܸ„,´R¿¯çzt9çÕã“~º[ºÚéôÅ’²¤¤î8jb€Ñ½k;Oñpw3&Å×’ƒƒ$(h:¬‰wlSꌊvDž"æç­í”Ý|X£á¨c9ˆICǘ(l¢}UŸWnç-å8ÓvìSiÅ•ð=oBðGg4­Ù:†,™´9sØh[w’–-Z[:)˜0Ì4€B1³UÏöÄtTøáfcõ«ÒyL4 Îâí”Ó=eqéÛÚÍa^H[7.„J|×~;¨Åô{æ‹ëCç[ Uü¨p ‘vóYÀ‡A2åÞêƒ>@ĪBôƒªbF…á%ˆñµÍÇxðÅÙf€êè@€üMÄÙ"àQ8Z_ÛI´Œ…xê~Q_ÇäÇ‘%eȼqg(á¸"¶p°)—»z?9ƒÝŽrŒ9[ˆôl[EÁrÞTªøâõ~pC˜9#ÀO7if€ðÀ Ì¥9œG.p’©ò4& ¤å‹zÓ®xdS#‹“óÓÁ< ¦i'4vE ˜ÛSîMy–'Iy›€A²NEˆ£åGŠ‚·z§Ñ²¼Å¬Ðk` qHi*Û 4ò5oŸœŠ3ÍÏ‘È+ S?°+üC‡¢ŽL+@¯óšsne™žŠœ[Ò'ÖoVïÀ ðmš¦ôy=Pi¯;{­rE×æw½]}ËúðW¦YÂd4¾æà}>þ!´ÅÑWÈ\R½K1ÏÙïëÿDÐW:äàdµ³Æ¯"¾PXòG³Ò|n 䉑Ð1sxþ¿UP§2bðð<±Ä Ûö-î'Tþf»ä©]—ðÿ0LýfÃÔo6L=È0:MÄÍYØÓ —o³<þUýjÎB¢eñdž,™áwY˜ /ÇïGþÔWn8ü’,(0}V•±×ÒùCf4—Ú'PXU™2¶Uä\,뫽?¶Æû#lLþÀ€¨Š*°?2ª”*¯èsRpˆ=_]ÌÃ_¢½0R&vÃð—ÙkÚM™¸Ðuà ôñOÜ}e¯ýjkòC×8“ãÆX–gUTâþ&«BÒ7JsŒoyÿ™ùÛˆ Ãhœ'OæŒÝ³™="%…Š*^ƒb6¹24´`I*f®íßΨ<©ð&1z’À$¡x¡[ˆJæÚ¯v~zà藺1–Š“gö:?²ÏüÑÜϤeE£íÑ™´½åëÿò4z‘XÇGé>¡è¿ÿ¢íÆendstream endobj 130 0 obj 3595 endobj 154 0 obj <> stream xœ•YËrãÆÝó+zåÑ8$‚“8U[“RÊ’m‰{ªT•j’M`Ѐ)ÿN6Yd“]>&ß’sow5r&¥‰Â£û>Î=÷ÜÖGá{ðéËþ\&'¿¿ âPìôäüˆþ纛¡/Ò ß5ÙÒs‰OÏÅ!]’@&©ûXL¶_N"q?‰¼E".^zèÚü21}_ ³ú—Øq7ù(6ÏýXÄÛ%oˆ…Xn'Æì@¤¡HãÔÃåarr%u«šè›×Ë_&Q<÷Ò-7à ñžnÍ}/qwTCWRo1÷ý¹½¦óª¡—Ò³¥øƒaüð{7|ëj(þòé{ÆÃxî[ÃÏs0Ä“GÂÁ,f2‰žŠèEz*[X£E˜ŠÓn×éV„¾=± Y$Ö$ ƒÏ²dîö°–dð,¼(cS¾§boîgYfL˜ùž{÷“ù(jÙ´ùº+d#dÛª²¥˜¶•h÷JléÕ Xx~`—ëVÜœ<*=yûŠsyYêò!ÖU¹ít^în^cÙŠ|+«NtZñŠU±{Ìd‘KzNèõ^”¡¨8ó IÉôE—m c¶5¢J^EñƱ¹˜Þñ`#ëà O:Yˆ²;¬T#ª­¨ózj¼8oT¡E®EYµB燺xäÕë¦Útðórùó——ßÿ<½\~ÀÏôrè'æžXîs^€í‰ü… ñÉC]ȼTv)JáRà\òÙܸҨrû²„µ?=÷æ‰ïÓã1/õwÎB„«víËÊäeü=¸eÁy't×(“ä U¡×M^#+eݵ⟅"ë‘Sì ç74N‚m\ˆî)G°UŠUõ@a$£õ^ÖŠóº—Æ8”ðq.âÞŒ_€u‡…Ç£ÔŠ"³VjƒˆòËxÊ•}ÕCiY« yt.Üb¥ ŒhôÎ=]I¼8õýÐ^š²µ*:·Þ?d£ä¿Ø‚¿!׆øÿÛªY+È,"Y²Ù´ˆÙ= ½ ßÙ,Ô¶ÅÂM‰ÏXêæÄŸú(Ú†^êê7š|·=5Œäc-µšâ¥Ì÷§ÂÍkO¼ë¼Ø*ΧÂ÷ƒ‹©Ùû ´—²B¾ ‹Ò·mäA¹ìþÜ ’î‘ئê¬]ùAî”'®«—árŸ‚ÎNG ³Ð./ß8Ê‹-ÍÂEFÕbm;©‹ª5ˆå·““²b»^¿« hqôN{"¡o ;+¹¾Ý W>óÕ1çÍâÆ 1ød­\uåÈ‘û¼Ý³«³Æ4ä½vŒgê^!M#‡qÝ–èý>_ï =šWØ+IW)Þ2dŸ@ºm@jCéĵ¸ˆn0Î6yËÆûö>L…þåO±*XšKô**ÄÄá•¡9gcÚ°¥eù1 ½ÄÁåa­°7JŒ­)$ÊX{¹2ÎЮúp2¤OùÙ€c§¦jÚGÌ¿¯t{m?TÒ8³ã»ä9"Ûb 2¶*-ý[kž¡9öÒ”ñL*RÒ¨´Êµ$ÁÞ5ÐóAm®èªæVe­*t¥q AšF/ýùÓæ>""Á¹”Z—âªÓ¬ÿ“™˜æ?è÷†`ôÆ(×äÿŠB· qÉ}p£jj;e{«üí Ƀ˜1"öÂGœ¿²Õ:zFs°ÌE2å7ˆ ñ¡V/˜«–çïÞQÈŸC!„N’lc|’eø$»6ßv…‡ïÛç²pI?ù`”¢“1½"¬!´R&ɤ’’^wå®Ý›f™dó8Ô'zm:d¥sŠ2U²URB¤QÕÕÖø è–:(æ3Âce‘géHŠú‹^ŠÖ$GäÏa^ túi§áyÙA²/;’¥#é -†ˆâáZ­ÛÜ ;¦ñå({ƒ¸†¶Ìͨ˜³Õ*µ„_<’zìˆS ¯¥¹*v´3ÅåºQ[#š‡¡Mï¨ÚÇZ ;@YJAP´~äùéKpC¬ueÆ¢ó>Í÷¬ª-1’ ò³>±È€Ø¡Ïìz@.$dÈÃ1aŠž} jË"±û;b¹_ˆŸöy«ÄvÈÔÐp.!–]Wé%qÞ nrZç+£Ô(uRì¦ôÓ yšÇiÇË7'ÊÛycV¡‰Ü (X¹»zQÄ›¹j’€]i¶Íw[å­;¯ GX3œ%ðM Æ"Œ“›×SQªÄ®¦S¼Ò­@ªe›cë„ ¦A¯¡‚¾²0¶9âû¸HÔíªç_Œ¢žpCÏçô & { ÂñœrùnId`cç 9`‚Ž7G\)>x±ÉÕª€]‚[öŒÎâ‚2ÌÑ Æ†½%í´”o‰±‰ïdŽ ,xlÄÒêÌ‘Ót`Ú‰¸Ã£œ¸kšèu¸Q´{j¬tc±aÎI6JÓ±ùF°Áþœ_å1¢†u­HŒFE6ƒVö¦j<ñα½¼³SO­ä(Z”ϸ Òí8[ßã8![šÈ¢ÏhÜoUK2Âà×ÄÔ_­ZsFDÛÆÝÕ£àó36Jvy‘ËæÑ•µ$h ÂdPXÒðܸÛßé𹊣¡i‘Ä—$N9<, Ð9‹¼}4ÕÛSBù(Nß_Ϭ²ÈËËuÑm¬±†Y€ŸùˆY‹µ•T¸+" e¥ã± %jêwÍüÌþØ‹ƒ¾elrJ ‚oçUåŽ ¾ ¾iŸôE{ʱ|®CL–á'™|v8]šøTwztè§mÐ``Ñ7âMŽÈä«Ž6n5fŸ9Ÿ0\~ @möAZž]‹ï.ÅòêôòšzÓØ ]ï;½:»\Šë¯Þ±ÐAM9_Nòé{ø×g×Ï…R )—õÍí‚ß â^+…¦o,Ï®ÎO¿µgrukˆ±ZýB¬Âzî²n#C4˜0©h®iª¢`5²Ô¤uJn Td߀M&¢‘âðÄ…Ä Ä®n[ÄLú5ªÊb‡Dâ;P³úØñ©ÅÓ³Øáð§§Ôº°×EÎ¥¼¡9¹˜‘‹ÊuÕ×ðYæÞt9s62ML¯SðÔȬLî ŸÔn‘Ø,ó&¹&‹ ˆ´cÓ)SËõ7+ A¦ÓqÓª?¼&êçØŽéofé?_¬<ræðîm¹OtÈãM­›áôõ™&dY€TÍñ®Ñ‚rÌš×Ï BÎ[^Ë’ÎByéÀ¢1õUK–&9p”5€¥%¿K»›äCIæ^åF*Ì’~ö´(%: {Û °Ïp²ìHÛØ={p]vØK†Ž‹ÙŒßþ G¹ºÅmÞzý_~èë¿-ÿ!endstream endobj 155 0 obj 3026 endobj 174 0 obj <> stream xœ¥XÛŽÛÈ}×W4°;^H6ïÌ °ÃëÄ—Ù!@°Þ‡Õ’¸ Ù2I¬_ @~&¿²§úBQšñÂ@lŒ$²›ÕU§NÝø‰\°€þ»ï²™}šýáNd!Ûö3Á¶ø«f´’Š0`YNÍ6´'hO¸¥‚5³Âÿ¬g›f;Î"ž§ìÝ×6ÝÛ‹8,Nð‹D’ôpâvö‰ £šÿ*öbi,gËÍ̪,XIÆ¡ó²™ÝÜÉ~P]ô·gË_gQó,¦åú¼ÀþIKqÀS¿¢:º“ñjÆî^_é–…<£•WKö“ÃÚŒfÎÔýýé5k!–œá·Ò­‰…a!,,ca˜±ç‡í¡X)HÏDNÏ„±7ëRwR$O"iŠoÒ$¾Ò„°‚Gi"x˜²åqvó^»ªÝ²ªg›N©9ÓVêC×ã§l× «=«Ú²>¬UφN¶ý^vª-IÃ0 yZ8OÆ7U°bubýa¿×ÝÀ6º»†BD“'ž€bÃNúÀ°Ér8Ⱥ>MŽ—­Ñ; ¯7ðŠŒÞU#·ŠwU¹ƒkÚAVíÔÓ«_¡b?g;mTÉÅùè£2·Ä'o\ùUEY„îÞÜ@äi$¬¯µÃ<ñ¡vdk{dÁ½¬cKHÉž5è‹oÉ ¤yBan÷ /„„Œµ½(8"ØÛn bN.APÅz¥šž³ÖVôÑžóÌîÁZh-[ÃÚ¹A¼¤+ðŒùò™ÄeW­àN9˜{ð¥hÞEЃ…œä…Èì\‡=g3r=÷³löµ"1’½{nèŒäåñ^¾º{óü­;yO†[Wö{UV_4ufè "¡ˆx€©?úl‘¸¸^D2gî!»a¹9×ö‘ñÀhê=ƒ´ivîz˜cã‡Asô~À‹Ëgm­ñ:d.c-Â$ÁÓ„’&müy̳Ï\ÉÚ\Åôêrç4mA4…BÌÓßÝþøáýköîþöÕKËꈧ^ãû;s+ã¡?îþµ»“y+î_Ф8W–—oïÞ,ÿe4I¹ð.ûp»¼7$³˜Ç# „Iã æ’ÈÔ!‹wªÔÈcWZÿ $Æ‘– ðñƆ,N{ÅòÏ8#‘]×.œBŽ1FÂ4†¿Yø.v„þ‹Ø›d£{G7¹ß#ç ~ Õ‰¥JÖ†ë‘&6‡Yˆ Jþ|íÓñïå®2åFlk½B¢¾ÝiÊ«^ ”³ºCúVÝŸ ¿µ”Xžgc®êl­'æËú ØŸÃ€|ÆúFI˜¤ƒõOœð|´ü†üp¨eÇvÕvWãoÀV“|".ò+ýÇÚÒ‘6Ò¤À0ã‰ß·¥”›9%Á•\=ɶZ¯l•W5`·Ap&⶷é$J Ê#ΞÃÿ'Ì$æíÝ×q&Âtº& ám:YN  Q¬@§#<†ƒ ·ßɵk ÖÀ´±íÔÿ\ži±>¢Óïô¡FTì¯èJƒ)î$ù-$?*YüÙ÷³E¨ÜßÍï_Ï]”z`:µž³-z“Öv$+"D©›½n!©÷Åü ßsv§Õ¬Ë@æ+”í£o'M>—}¯ËJR¿{ý‚zÊææ‰5aÚ ü ÂQ¥®Q’ ´ã¯î/¶˜üÛnø¯)Oô1„p¯[¥ƒˆûìhüEÐÖ ±Z•sì2mg!!¨ñ5FeôÞ»z É™Þåa(x2öïÿCŸP{¶’}U:£ñp§ÛQ©QÈd •ß£AªÞåR’í­ÚuUJßW©ö3øŸìþk-"QAcˆ HkfáÍ,¦ ðì:fÎ@ÈÞkè«vàŹª-WÚ¥ÿ±p<ãB]”)wñUé©êÌEž°"il¥†#xŒè •©ö: œÀ8Û¢±õê÷M[|«áä ‘ÂaPðdìyoÛÐy <Ú¤…N ^#bõ^~‚Z>u™–'=§®9•@$ØWžŸÐÙöL„bzNÇ^nÂÇ:±ÜŽqa|6‘Ð=¡[c0%ÐP¢Æùœ†÷ø¹ï(d­ñŠH>:ÆWï‰[TOÕ,ž”EÙa¡{°¶cì””»6‡áÐ9â$鹞ÞÃêÉaK~Vpá±³ßú%M9¼i…ª¾”ÒçO×G •¡Æ‘â?‹_PæübƵóbS?ÜuM|¡ó¯§L ×S*È8ˆX ÓëLñ±ì/¶¿g$Ÿ×õSƒ;VXXùJ­]Çœ?!R\Š\`ÂÉMƒò¡­mW>è}£ûsÍS"òÈ“K[ûJ€G¾žØÖ?úÃGÑ?­˜í…þ>d`2•ã°‹òI3EÛ熆 HJ¸È"sÌp¬jq@‹J›¥Ñ äcßQ •²LÕ»ºétƒjtíÒç2iȃ⌂M@:Ðs¥.eM Ž®4™´CeePøõf°IZú¾’š¯ù±ŸL Ú{U&c’ÒÙ#E’©"fð™âüòö°i­êß!Føˆ‘›k´]¦‹"xüF# ‚se¦wÌ䈧þ2 À¨ýÎÅ hc#Aíðž@0½w/9Tß+‹äh7fñ`’´zg8æ‘ÇܘR qlßUP~õ¨ÂÏ“‘ô|Ò"RÉðc°1š¶qp“úa:íz Mß{MÇP‰½è+³Pµ{ô)_jÓÎÙóÜl°î ]1qá>R²¡Ê3¢HI òì#.Zè•…Ÿêoøõ¼*òKà~F8¶'7Ù@¼}ÉDþ´Í+lªa îsþ‹í­M#ùÝyZ2Ñë¤>ÞH§,2¨qË35Rê¦RÍP‰A  ]œðâÖjƒo}Ù<{ͨI½ éƒI™©ÞôÇègh¿!ôz‹ Ú÷{¯8ÄÎ…›Ó9ïLu00êÛÔOÏ}0ÕÐ "vÂ;GüÐØÒ9]gEñü›@º] ;vR•3iŠéFŽË7ÌTÛËTxÅh¬{%¦žo“whî‚Qœ‰ìƾ ,ó’“þÿ߉Wendstream endobj 175 0 obj 2420 endobj 193 0 obj <> stream xœ•XÙrãÆ}çWt•¬q‰mì‹ýÍâXÉDšhXI•3)W“h’mh‡þ¡ùÆœÛ @R’kR*‘º>w9çÞ‹,à! èÇ}¯šÙÇÙ÷a²M?Ã~ÕŒV²0 X^⣓³µÙSÒž4¢ëq²f–û?ëÙú»Y̳˜ûÇs›ÞÛ’4dI,,ìӿÉ›ÙGhþkÕ°— agÁë™…²·ªÇƒVº«þº»_°ßèxÁVºid;üÈÔÀà÷Fµb=¶’õ;¹R¢f ®tøƒpÒ1ogWß°;}`U'L·’5º£í[ÙÉkvتՖ‰P-ÛŠžµz|Ò®Ó;Ù Jö/¾]EôÁÔ)þH"眀SžŒÑJd¿rüÆ”ýÞ§‰³wOÍÃŒnŒxÇfW?)Z +:öÉdMÊÃbÌ#“5zm­ ¶·»ýÀÖØ3®Ù¾Wí†}©i¥RpÜ@wˆ¶‚ÇvœWòK++6t¢íw¢“íÊäqVòÂÛq¤+ó$I0¢+AWÉ~Õ©yÞºÓÁP«e'º#AòÎîÙ‡+Ù—vÿÔOªÓ-a„7aiÊSo˜ÀK`~ˆ_ÿúööå‡ÜûËçÇ< Aèê?8®=ºÄè¯aìªÞWdúVŠJv×L7jduÍ8çÿ¥§E>À½Öu­´_/ƒ“€Y¸<øð‚T]³X%×b_çáw™d“`Nñeúo}Ú\j®ˆÆ‚aô ” ¿…Cwÿåd/ïâê,¿îø…gÈièæóŒ OÏz)Ú1ì»–õ¾ƒÏLêFYÁ ŸG[NcW£kÑ÷ˆÖëò|ÜrT:û“¢ÞèN Û ?ÖÚHöØ“Bù­z_Wcç'µ©Y Å÷¸… (R©µÍçîòZRfK2­×uK\$÷9·àÐÜxa4ýÃA»ÙO÷Ø´x¸¹sB€6QÂtrM¥ctZñòYŸ‘DKVsMÿ×`©üíÁó>Ÿ’• ÷iyqŒ¡´ñ¨×WÆ[1O=?M¶GÆÙ‹|}ÉŽtŒ±˜<§ì»•M°kÀÐÈø€G?t{S\z“Æ(-°o§j‚;Få£Kƒ zÂFˆmµ_!,PäZm¶C}úÞ†20¹qV™:)jÕj=Éõ‡+ø©9ÂïÄ͸:â1½S- Câ]ªæSRLÌÅdrœGLHµª¨B£@ïÍ£ç÷zßZ·Œ%,KX’rÄ ßæ–»{wÜùÅ›÷ìþŽ½z{ûîÝíÝ_Ù»·7woÞ?jì-s´&T¹åô [Õj·#QÚÕHàŒfClcãåIìvRt.•˜•2HQô$Ú¬©Î4¶A@§¥¼ÚÙ¿ÀdT_Ûwq»ÍEµ1, 6Cjm–(mˆ+úèå^Û¤t„í|…³{}Uë´§:蟔aBœS~ å­°¶ÙcÜÓ;§v÷¨è©ÍtÒWïŠkÅ»k½ïL9{wlQã³c ã©ìôÑ–¿Ì'ϹnÎ`sœÜçäúÂQ 5À¦‘øBqk§npß* p:ÀLÛ*:³®AmªµX1 Çe45lºûŽÄãß½~i]g—GÍ‹îä,z\¿5Zî;S Î   Éþh7HOÝôÖ%—;“mÜ㢤ìül©á|qìGg8˜UùQ eíEÈt$OilȃÂØ"}n­H©;ßjn—õrLÝ÷q¾ˆ nGl Ikc™QÃäH”þa€bc˜žDÛaXJT¥ê9Ìæq‡|*…ÖšÒW ÑU$˜þ>±ìu½äeVL'Ø|.y蕈³qšµm;Ò’fmÌY&Q<õ Ú—ã°˜TÕ”ãÁ6'(ÓY11/±éÓÈa«+È;÷2LÉk/úÔëœUýI³Çåjñ#utEV'Hà,ejã8&(*×óÇ:a5·@§ú\¿Ò’Uè‰k–#eÀ³©C‘öž¨(K)[Ê?8eBº6Їñ¨=#.*ÃMk…HºÐgÃgÑìj£¬N„èäGRÔ³íÁÊd*çOØ´”–¨ú¥'Þá‡Gsjœ4×zC¿¡¤~ælº÷*Ìh¤úéáþnAuŸEœþ·W_Þ¼ú»¹tõ¼ (ü…<«,³££¶c:l£Lí{µi+l?ƈK/Ô8•\¾A9™€ÏÜx.¢úe«ÕS‚oäÔQ&÷-ƒ<{ˆÝŽAKš<£}•jL ß#%X¿Âùã› t%DÙVÑ=gdp`»þŠ†1z'⧮y8ö¡õ|yœûq,£Ñ/Pk¤zÿ–¨‘˜ûÜ8ãz¤0Šx‘Ÿ÷H£ø‹#Œ;i¶Zç|ø¾*‰ù8N[svºìÛ7Ãä<ˆ&k¢lt¶c«c’%Ô98.œ1 $ÉþœR”4N¦–ç¼IœXá¤8}Ä:qöæ :•è”%ºà•ƒÍÔÜ?׎DÂ?š•NF‰¯¦jå䎉ª÷;ñq/§¤·uH1°w'V°L.²ïœÎÞ2¾ù> stream xœ­YËrÛÈÝó+º* ËSbh¼Ç+yìÌ(‘%EfœdâÔ6IL@ÆÃ4óQÞæGfüJî£IiâªÄ*QÐè>÷ÞsŸþ(é Ìßl7û8{ñ \GlÚ™+6ð›ÏðIè*GD |4z¶¦51® |î{¡+v³Ä~-fëofžØÏ<‡âíS‹Þñ…¸Âà›óîßÀ‰›ÙGá4û'Û‰W :8±X¬g Ù ìD2Rb±›]<¤m§ïõóÅÏ3/ðeäÁ¢Åj| Þã#ß‘¡}¢¼É`úæ^›W¥P2Â'o⤠–ÃÄpŒ¨Jüîñg,!<2ª¯PÑ­‰„*qH˜$¡ŠÄU¿éÛN(Çñ ¾ãÂîøŽò­XÉv‡HèÁú¯A¢N ®]Wz !¹½Ã#\_j[¼y'înÅ«»?Þ¾¾¾ý^Üß\ݾyg1zf·9¿2 áK¯ª¾\ååFÔEZêV¤©ØUðg£Kݤ…ÈÒV‹j-~œgE^×ãb)[û« h`Ä*_¶Xz¡¹¹ÖX7Õî|‘¶b]EE¯xÀ¥Ø¼³o¿Å{sßu¤ˆºýO^(}»÷•X !òV´µÎò/z%–±ÉYS®ô]óÊ'\ÜmµÈªª7Ó€€ˆmµÓ¢®ò²yI xÇ´\ÑUY5;ÐHWá3ÛΑ°1-'½ ¸°Í©¼pb_Ðf^£–—Z¬t›5ùЂ.ÒSiVúK9Ä‹ƒQG$HZ’DÖFqô‚ɵϻ­øq"¸øíélj¥Ÿ˜÷ïnßÝ\ߟÊý‰ºJ:V÷:ëªFüÕ¹t.Ý¿I:Uy@0÷is2®©:@q)º&-Û‚¾â±m–šÑ"R ¨¡Zþ gõΉ´ªgÇ øÀ§0Ìé¹b±?³Cד ü‹ÔiÓ!9R¾ zØÊ¿ mòÂcNëº8ˆª„ ˆJ2äd"4Ä x=žÜmÓnØèHœ,- èÙrŒd‚¹S#–ØÕ2-ŠÃóg3/£tÖŠ…2yÚ4 ¸?mu С€:ºiá‚©˜žéÿ’ý ïÁ’ºjÒšnû€… ø)Tn',cs4x6úÎJ¯QGFÖcÓ¾è€":ívº4J8v”K±å(éZ¹÷š);q}Ê@2†P¬NrgÝç‘¢“7}™¡‹Ldá?yžø7È`q0ýýÈ:]Û7 ƒÁlÿ4ã8aÂ@¾&}×éÇ~8 ì9¼ø.2ŠqÆzu)U4+ äMº¿ð­Öh5 Ul¾6¬Ö챃ۢå“âŽ_E¤Û­/ÿ8¥B©ücpYß1ON4@E|6Šš,TªÝIàMönt TÀ )Ÿ€kµâ—¶È3ýŒ‰„åˆgó›+ñ¯aUÖ7 ’'ßÕ…F¥ÄÑtH>J |Ø“p¾ ­âA©E¾ÙvÅãO*5æ8Üæ¹2²LÁQñ t"ÃÑ ‘ž}mAH'º2N—f;¯3Í4à. FR§Ù–-†KCWªÁñÁžš1A‚p¦˜JrȾG–¬š”¼ #õŒÜéz^ä'§ñ¥k­L¦£œ  a[å+o¿Í Ye9©@{» ØrØœ}ʲÁSJ[±Œ’±”âº$#›ŒFIÎèj!R(©M¡Œ¢S_·¨K“Ââ±jªŠ~GŒ%&úž ìêÏYÑcÊ!ž>Oá<"'á~I—Lž0yzvî3$Ù™yÓ¶­ Ÿ`H%+æK©" p2ZZ‘”çIç%cŽs2ÁLås£?öyƒ‡ˆ¢ÚäLÅÕíkŽÇ>£š?è†Ô€¾Ï©'c÷XcÔ(ÙOù( B¶ËÐÚ>åJŒ\Ó#G¤¸­(œrä ¤¹q4U¿áäŸit›L†ÝLÒ-¼[0@>× 1äAªÃÕT*ÔÔ…î$]<–X b³ŸŒ„¨V|¸°U·oªn𽡸š¯Ó2;„§…9,I숵„ü²ÁÖ©þða Ù“C dàObŠSùÿôÝÝÍÝô ¦äÌqbìqës]a °âøáÕó!a÷­-œ—ès¬WcËÏâ¥àØ• %p “0bø7QÐU u$',}óS“‚F§X^RÐ%\ &Ì<8¡“1CˆâÆcWñ¹ÓÔž‚=ú¬ën3“ØëÕƾ ñ ‹þ!TÙ)Ï\AàÕÂ_Úñ‡ëw rOºVu† ÞØýe²KÛ@ýGÃx‡æm!æi‡+¦ˆS… sJFßž23ð‡NÅÅb—_­VTqà4¨Úí0í9Z§æ¶«ì.¡ZáøÏú«ó,áù2±”B‚Æ„uSmšt×â—Uš¿¿ýÊött^òpCùÔ­Z¾bÇH¶ ížØ2Ê3ýðŠ§ôs¬œð\9žb~I)í ¡!s+ë? ŸgÅ5é=pFNî!-×ØL·çnµÏ¯ÛE¢ÞعÁN8Î1GR©¨ú®îÉùt‰Ý#9ŸU(4EG=ø‡ [ZžÖ8ÐÔ(»´È—57ħÂ[õ þ³* ¸>Ùá§ï»#5/°"¦®ìwKSâ©N© ³³3e1”Aj{£vTú“&Š#Ë \|ùl«¼aœÉ³ õ’b’ÑTŽJš¢M̼Û ê:\·* Hy™5:mYéôÛSbÈ!FΡÒsòÛ«?/®nßÝãH(Ýi¬ŽyÄ4U§ Ù·l……6x ­:½hJ±ÁmZ Š3Ó¹ãühUµÝ|[e<¼£&'…f‚‡×P Bf‰‹9L³¨CfJ²…ÜLк®‹•¼FÉPÉ<Øâ#Ö8ä*ž3æV§®Ñ#x"}@<Ξq\]ß’kw<–jí6¶Ì5š&šwÑí©ÕŒ`¼yÙvPî2pa¶Û> stream xœYÙŽÛF}×W0é­2÷%óö$â$ãîx€™Y-ѦHš‹eå“òà¼çëæÜÚH-N2‘t·H±îzι—ï˜Ç}æÑ?ó³Ø¯Þ­½ Bm‡•Ï¶ø¯ZÑ•Ä<–æø_/Wꞌî‰ú|úùý›UG< qÓ}9_`¯èRäñÄ^‘=}’ò,ò¼È|6TmÞҕg÷ìŸ*ÚϹáWöíõkÚÃ8òŒƒÁŸr0¢;Ï<„ƒy¬ô=²‰nóé›t[ž«Y²ÇÓvFx^xb)ˆylï`]ßn{±gM«²›s{åÀ†©ëÚ~Ø¿×E]u]ÕloYÕ”U/‹‘ÌlØN œ€ˆm_tµÒµµeÉŠ¶n{|‹ž¼öcÇ1[S†Ê•Ï“H¹€gtÝOxš˜£uEvãqßþøìkÖNc7·L4%ëªÖŸ°±eÏ÷b+_ˆmU¼emÏ*ú›~Û‹ç7ªšÃG©yö{å&ÏbWÃqÎî´³ê!£Žê:Œcîe³Éž6¹jŠzL~l‡ñ®è«ndµØÈz@˜Ž; Uæ l'¶‘²aSWªÈlŽ¸ !цr¼Ìe˜f<òm2Ãrl»á<›¡Ç=ë<.%å =Ò:òð(çËW¼Õ%É&º“b9ömm ÅŸû=å™’¬íÈû°ØvWšóÔ†y­ƒsq`Êë?·9áÞÿQȺ€ý‰«`Q-E!;Tñ“ø"F•ë M©«l|ZS&Qî0â¬rý¹éÙ¾RQ×UGÙD Pª†ªô´E8{Þ°NôcULµèσ ã±Èz¨~–ì›o¾ùðêÕ«s瓘GtÙ¡ªk*ÝBªƒMèf@—lL=û1O\ ÞHíPå¹–5œJ”SD1ÖG:›jÇ£ó>Ðýù"©H¨îJ:S…'¸gÙAôU; ¸>VkQWb¨»¤‘~·9Ø‹#,dƒ¬+hŽIÝ©üÐwœ X’PÑGÿrqóoè×®—ƒlF¡«À'Æv ƒ,5f(l’bRŒ¦›ÿÉl°R]aLé[#9Ê©jhÏ=B~Cf¯3ðÐOs¡f&³÷ˆ7%Âq«{lï+x÷úæñ÷Ïï~ø‰÷O‚ýøô ûXK•,Óhä#qöD¤­ýdøô‰îíÐÏçÚõ´à5.9Bàšrí’"ÊÏQAÝÐÐ%‘ÍRƒ.jC\úÊj€õU`~À]/NÊзÕhKÌÓÌU–¢æRRá ÓF+•¶?*öUCn bßÕ’@Hö•¨u"ÄçÉœÉXƒ`)?6•Î>ðâÈÚ@Ó4HÅ…½hÀ¹l´ŠÉÐ?¶Ð_C —·,¢S0ìá>[*?ÖµÃPm¨3*ÕCöy‘}¾Ñlk8gTý’GíöSA¡&õ·:lÙÜ¡RvŽ£•9»ªn‡¶Ûé<³Ví²¤Å[Öz)0Ò‰´%01Õ;§'"moÓªW9Qš¨ÇÔ“´|‚ë¶~bœ²‡¶³Cše1ÍL–Šz[)ôוˆ{þL–nŽcègaô}@±tvz‰©Y¥^+‚x q6/‰ :ÐÿcÛÖÚ R{d­ äVI@ꦡ­µÄWÛ¾] M"A¨ÃžV53ë&àG+æZ«^}¦³Î,Tõ.AàD8NÕNL%bx¦;è à Ä%­4Vø^4—áA“0lл @qt …Knˆ}Œþ€0ØÞcKrHæõÞ­#"ý`F€4Y´,}‹Je¯y -ä|k÷°Qˆ4§ r ΃Γ–e¥tØ´>HÕ¸¶Ö®€¹¾û`Ù|æþ5•gqZm%˜Ÿbt¬_Àœ@´?Kµ…¬`ßëmEÈ# r92 _BÔ¦€`sày˺Z4ôsØ·@­µü3R"Nºf{ßKzXæ™E§yM5Ý·SS®·ú~´M^8hÅ6ï›ÍkŽp±¼ß`\Õçê-¯~CûòkóKÿ{ïuÝ;}™å£å˜y¯»ÇîËGeE´@^¾Ù?ˆa‡ ŒmÃe9=RÁÎã…¬WäVê  Í¾÷õÂî¯ÿà-ô¹µ0'ðRk­ÚŠãñúD:Ï”êzÌ^Ð[®qÔ`Âî¿[Ý<•ÝHøö¤jëvK!ÇHç[ö¤ýÀÂ8M£àóÏV7?5~`|w¯Žlk-Þ¯.J3ÿËhß½U°QSÅ™„4ÚYÀ¹CQµÔ_䶳<óóØÌ-‹ýîÍ^;óÕÄUš ϼøü$Ê 4ýûK#z"endstream endobj 233 0 obj 3390 endobj 251 0 obj <> stream xœµZÛr7}çWàic§$pîçI¶G.+öJŒ“ÚÊ 8ɉæf`F4óQÎ/n7n3¤¤XkËK&1@_NŸ>É'âQŸxøÇü,êÙ§Ùü*ˆr²‘3Ÿlà¿r†ß$~à‘4‡¿Ÿ­qMœâš8òàó0ñI=Ëí¯Õlýý,$»YH³„\>´èZÿ#Š}Åð›ŸéÝ¿‡7³OÄW¦ÙEM^.ÔÁÉÈb=Ó&û$‡=┦YÔ³gWLö\„¯Ÿ/þ˜…qDÓ-Vãä#~y4±ßpŸ¤43#ó™,Û†4ÅoÎäß*ÚϹáWòöþï´‡ð•q0xœƒ9~4ñ0È}æ±ò0HÉÙ°dOÏ Ñ@x&ÁÝñ™ L ¾`?ÊhšLÏ/"'Õ„¸¸SQ‹‹Ô%E¾T\ž($ÕH<’w @Æ«=i—=ƒÍ "lfó„Ö·½µªëÀ˜ë¥Ê\]“ú<÷ß1}¹VÑó`©eë5e¿?§äZÕpÑÀRÌ­r”f¶Ê  *0¿«x qSÕ/U•1½gL#ÿðÑÔ>ÊÊŠ-+~.Õ°ÂbjN–{rÍjòŽk«€ßrûÄ_ìݶ,¶¤f{²äºŒS0/=Ä•Ž€ç¶dµ¶Q½ÇwÚ×í ɺB`*JÎTèZ¨Ü”´hëùFU_âSJÖ+ò /ôC }zr"µ„h;Êi¨5¼Ï~n{þâëB 6¬êÓXƒ›\éB°pQDªÂ¾Õ™ €jÓ‡@eT·:Y~´*ÊsÈд@ÞýçW@uÝAWQÒ`5p,®¢m .WK¨ÒAM4šÂý,¦YèrO³@ÏØ­PˆD8ýÒ”ÀÒ?üKtáFãj‚LðÌ•”ć(;nÌÖ2ˆ§Õ`˜nïoÛmC^m·ýw¸ Tˆ‹´&2)‚ä{c]ÔÌxçôÆF{âO<á—zÕ„´6ea¬³ý渙|L<Ï ÎÓÈï4¡`Yì‡ßÖ¿tÔâcßRT ‡¾£:¿±ŠÚI2Ýè õKmt¡ã÷ç ›˜T£ÕÕJ‹³—‚­*Ò„Æ6¶:ï)rÐiOh˜ ý|{œ«l”Þ9õÝHúl1ŽvGøŽi™Ži4ÁÌ­ :y| (  ¶òÆÓ“¡/«²ßOpçj(ìüº¬XqCþ…z³‡!Zéu!Ê®·LPbçÐ*eÿΈY®º#2Èôªä)*Ê¿6rš fÖu` É™¨J ¬š[P·§ª…¬°‹€éÁji=ŽZðŒ]µëª†" \U÷m[Ý[<Ûä¦ìZðÝQuŽô„äqWåAsÔšRÍ lø ‘ÇáÃ=Ž @ yr¸ÑVr=»˜Ää€,ÔO{.†÷ŠÍƒÙÁèºت6[6?LÇIÑ ‚„¦wÛÄ8ßT(^—à›ƒ²÷i¤[AÇƳ-«'\ô¨„Àtº[´[Íz'U…T¸X¨ë 6Òë–äMDaKX§ë%žÃJHØ-ÄMã\wH­ JJt¾œòšK§ÀJcwõç¡NçXßÖ ÷@Ä &ÃÕ1ª’ÐÙè2ô£P¨*²0[<²ÍÝÁSàÛ–UëÓ¾Åq\[l ÜÚ¬´s)RÝY{¨A×y»a%$ÔšÓ™úí+®ýÇÕ„£õåDö-äP¥0S£œ¼$;QBATt¼(¿ 4c]¿¹0*$ôdzQ…@üÑ@º®ÙjöhDFÔö‚5Ré÷I±lÁA =,z@€šZ¼ƒJǨšïmå*䶞úÑ0#þa' žÏ¿; ]¦vÃÑIñ©ù:¿>õ#{Ñ¢,=³ç©6¼±Wo¼Ú8'r˜Ã€ÌKÙÊAè{ƒ\5lÉBe$«À¨W(ý¥>`n9k᪘A„®›Ó´uQ¢î‹t°AÀG÷\˜ Ý?}¼f5ýðøÈbè‘á¤&Càìük Íq¡ §š÷:€í‹§Ñ=aˆþ†Øž¾ª{–¥Ñ+™»ãàR]~P6Ì —ñoP0iF“©5ô¸2ašÅ%¶=]B%ºCïÇÊ h@®ŸGg7YƒÚw[¸Ð³>Íä"Zc?FT²[Ö3ÞGó©äózêâ#ãY’{$H]Pß_%j¾8ÿí8~ÀfJÑÛ šg@jåãCäcªË®l ìX¡Ë.›\Òß-»—…Q5ÀŽ¯˜-P*SÙ6ßYÎsã¾$æäœ&™;ùƒ¥ è,:«I>ͪ¹¶Gê ”â(z6Kh5045Gåþx÷ŒNŠÈoÀ9‘¼~=ÿU­™Œ»e³jÚw7;M­OPŸ>và„ó×!4›c5CK>/Ä^ösÙ®ûX:JO€Õñ­Ýöõ7b-to1~ûÒσø£™5šŒ²o¬‚¿µ{£:p3Ú­Ž7 *Y•y%€üeq—VÐ7N /väKß«ßµ@`Õ^–Ò5šåž¼¼Ä¹,®8?Qð0{9|˜È„“ñãš嵄ÎIXÁV¼ ñPœÇ¹(JðÀÈ<ЇŽ7•º‘'O’/ï1®¨¤“”¯õnì=Þ›ˆµÐ8ô|F(T߆?s·×/_ÿ M¿,[ :h’ä¶Ä¶\þ©ï\Pp½ø¼¼/A.x¨Û*Ò]ï®™ ×…$uëÆôûº_šÒè/÷ é>ÅÙ+mxQUeÓ–O”ßˈŸ<æ½Þ¤C9*9W ÿu¹¦“[„€r2voç·õê¹W»çm4NEöm´M‘¯ÿd<üìzq>ùÚé^Ç–0Jè7ÙÞøVà—ÅOï¯î¾œŽšÛ.®êeÔ{QnÊF©`«Œ±RÍ¥m€¯¬*_‘·”¼dE«oÝ)gá¶o8ùÑ´ÓĽ"%gÈã'¬³¦(«ê`P…Ã.™¸!R0£ãuÏ»­ü˜]}7CùQ‹oÓY=àÒK˜<ár9 È<ŸàQg-´H;!gÕ’ƒ,©ïÝÝ%øf;”FÞŸ«wgä’ Œ%çŸ{TÂJÿ ]®8¡9[ÊÉlЮp¢ÐÒ}iæ„ ¿óŠöø$üó_)d–endstream endobj 252 0 obj 3236 endobj 270 0 obj <> stream xœWËrÛF¼ã+æ”H.rƒ]`ñpN4M)’MIYÉE—¸"ƒŒGTÌ'ùð×eöR¤”r©$ ‹vº{¦gø|BÁW?ö3Ûz_½_îY”Àºõ(¬ñ7÷Ôˆ2âÿ4Ò{R{âHíáL­…­» ïéÀ³$‚ù[›æ"äBîû@óöwxâÚû T‡æ>²-|XêƒcH`ùä™)Ä büXn½³{Ñv² >ž/ÿò’8ÀMËÕþü¡n…>‰ÜÙ¨•˜$¡ï‡v­Í«‰ÕÙ~×dþ÷P\¿~Ï ä¡o²˜àÎ#„0å e*&µ-UOªmib£ä_÷mÌ÷ƒÁ«H’ÈFŒþH(‰ïÎ8 ›R¤:–éÕòêæ–¿Íàî^“ÈHê(¼½¼ŸÌ6Ø„ÚÍ–1MÔ&Ÿ„–ÏÞÙÕìªúVB·‘0ˆU‹ì‹Xãbu#kÑHøwÝ7²…§ªº,òLt(ÖÈÄìA,Hê$® )Zy ã„sGÝ:W·)Fäü­Ó"–EU˲F®òN…¥Â}·©šöWu¡3/F”L£ÔÝ“y§ÖÔÃÛ åjd&Ëô‘4 HL‡äÔ©X=齎Ž¼…¹lš¼ëà'ø 2ÜñpFÓ4~8ÑZ,Œ$:ÂâàÊeQém I©ïÎ{VKá±ï3»Do.ÆA“Ed¡)­ÙÅì~v3¨­TþìQ1MŽtÉ5aà“r…ðÔÊŸç?{X$μ05Éxš¦nMcL’‡sß4ž€p'Öô4"±[‚I±®¦ÍVÓ}/Õ‰y¹†2)ÇyQ¨«yUȬ/$ÜåY§²ë»ÆŒIš r2R’ÆÙxl»FdÒ¥JVÌΔ+–j¡3ò„„üX„=·øÈy({Q ¢²SÑX­mP¢ËFÔ›5¢/òvwÚ«SBãB§“ùÛüöóbzu·T›R]UfÓ{ª×Øw¨V}&á±BBW²y¡´(WÐf¹Å’Ë .ª®Õ’5U'óÒÊü‚Ç„vJc8D6©ë¢b ‚Åi³k;rÂYD"1 OÊÃÉZFã”[Öý¨eíì³pöd!¡©©çF–™ÁœL‰2ƒªo¾h®0ºÁ¶,ÉèJ= ›„¯«iz{sÀrDÂè–U­e)¡ÓTb>u :ÏJ–mÞíДª¶ož´§øh=C6eÆ®mî%{Ï‘3êÚ1¶˜—N4Y¤T…:¾Þ)‰\9íŒ>?²*¬S{ùýXÞ[¾(®µš •;Ž3âÎ ‚·tS’¥þSÕHÆ°£°¡¹1‰¬U`F&J£yß8iBxtŒfxõœÌˆ© Jâèem„ª6^Ž4DºiìãÃ&pw àݦêªF ,=UƒËX˜tÆ`Œà´LB>8¯‘p’u^/0˜üÈý*ÑãÙ9‰Òq‚Û¸/f;‹›Tí{̓¦24A²'çý›ˆám|§Ê²LXs‰Ý}ժ̜•ÿ축é›ØÒdÈ¥õî7Úž¯äulâàzþÈ5¹ÏÇœ…>Šÿ&Ï6UQ WN°q.6¢©GðIÿ­*óõ>ì-ó ã½kš1 '¸¡ÓÞš†?\/gW7 <¤kzÕ õÝøƒ•Ø4=(£\ôe¦‹Wùí%ZD÷JûÀdwILéÿT.ŽÑ‚Œb.„ÁÀÃB”¥™ÖYL‚Ø9!O,s360ºû‘¯ÛBÏ;u,j¹±o¡>Û[Ý®ÇSË#×)¤_Å„º—©‰BAlªGMƒí-5sgÕ¶î­a—Ù‰æl‘(?°ÅWÖƒ;îN™b©aDv­r=> stream xœ¥WÛŽãD}÷WÔÌ"Ò¸Ûw„fµ‹´—a&Ü<8q'iplo»½™A|Ó~_GU·ÛqqÑh2»\]uêԩʇ~Æ¿ë}ð&øäNä9lû€ÃU@OR.BÈ üÐ2ØM‘’M‡x?J9ìƒÂ_ÖÁæ£ ‚C±<…—ï3ºwÿÄ ‡8Á+ž;ïá‰Ûà pšÿ³ÞÃÓ¥=8ƒ–›À…Ì¡@IÆ2Ë}puýdùK°°(Š/«àêÛ{q{O·£¸`i4Þ½+{#uô ¾¥Gqx|"5ÝÉXŽaÇã½^µ –Ñ“çKøÚ‚ãò §´Â1u_ýõ3—1>ÿ,áœnÍ2̸HlÆ"ƒëa;ôDF ½S wzGDÙ˜N‚§HòtŒ$Cùä.¬±´_#\è6‹1!›‡½N‹,Äëâx¹ ¾ƒf^x‚ÇœŒòdDÃ^tXá{'nœ—Ü£íÉÏHŒ’ã‡Î¹§ÂÀï öå#¬$ =æT<ïjTCÊÚžŒ•³Üø|N[d•–Måó䬄%žðÐév«Ë=2Ò"‡‚…3dÐ!ƒVÕ°–Ê XªP¥´\›úÑUi†ƒ%†ºn+DªÇŒÖ;Õh•ì(¨Æ|Œ}VAÕÊš–ªÔµ½D™ëVkƒŠÞc3Ø| ÒÔ•Íàƒs5S¿YžX`´Úª¦¬]ÉÜè‡NjÄO©eßÃV6R£Å˜vï_}«ì®‘\Ó¶Xî®\ÿJÞ.ºÄ7]þ_ ÍY*N%g<ý»F9òQ’¶jX’­¶±st{™}ì×%5å>¯6Pv]­¤U8¹ïP”õ3»½%†b4N_x†Úãñæ,táÊfW6k¹·Etͧš­«§ÔTjc#JK=›ÁŽiŒøH¦YÃŽ¤+GÜY•½ZSȺEö‹J”óºàœ9‚=CË˵£F©UÙØ>ù¢¶ìÆ #òâÿX-îTÍÊõGœ²Ø÷ìö4 Ü>ÄiŽó p¨.DlÍžýòöÅóûóâ_ÝúÔšU«+«[«9Àa§Œ¯Y?(S®°„T”6ˆ1uD iRõY+Z©?ÅÁ8 VÈÝP§° õÿ °!ì›”Ž*øÆ©ñùX‚KæÎÇÂu…Ê.»Ó yæ:"tZv¥öÙP%ÄcàS´çs e>JÿuÈ‹Ø)Gî/Ãçá çùõíòæõ«©<~Ô^-V#€b «é3méDZ'G-pÒq˴Ôº\»Á»í ‘ËO1t×16¿ååP› ñÎ/Î&§­îŸNŽƒªëY¹˜¬ð¹:„,A¡nj`ƒ}7MDº_œIëª5Mj¹ñÃÅp¦„Ñ 1œ úuãbû9yÄC¤–ïƒ#ù_h ¬¡ÚídI•ÁA…pônk dæk—SšhØ„ˆQÍi¸ä»Î¢•—­‘ËðÓ•d[Fýå-¼({©‘nnnzõÓE?m‡!êžê¸Àà9+iRºtç¨ÚP®ÍPÖNáiýEÚ…nÁÂaÙÖ5ÄTŸ1;(lÅßà»Ê<Ò¹ý°ê *¢*ëšj€\¨[á¤{ϯH|Ѹµ†ÃÁIg‘0û³$!ï;¹V›ÇQ—£(a3Áñ3À ãL•7ˆB3)Ìrp^ì¿È‚i ÷}~^ö÷9ßX¯W–Ø“ð0jŸÌ¾ |Œ«ÃŹ‹ü4uúR$Çò£w{ì3Õw5no'=Ë?\›e9i†Çˆ‹<|à!NƒUј6ç®Õ¿b±,.({HdÑ…¤e‚^ðSÇ®ÊéñËÂ7Ë/_ß]Ì …µðýúÜìèë¼Ä‘§Œa˜Á8Ïg{²R¹E§äß|yªœ¦Ø¥oõwÈ`üDV[._×8k > stream xœÍNÃ0„ïû{l{0ëûX$$ÚX½£’DE¤(I+^oâ@BV²ÉÌ$žÏ=’H¼ÊÜwÐÃÍVË€íÛ|€'¡ù6ÔÐpF9ÎXźv;ð—Ç7hV ñ´ÿ Uó‹±%B濯òŽ-ô(§j—±ïð6M{ ˜˜+Kô ½õ"ÔÁb½L¯`ÅC¶Ó ,v•zªXÖ& §‹º}Oõ ïpÇ–¡/§Xñ""S´ñð~D%<;÷ 7ÓáÌ\tÅ¢‚®ðáwo&¶† °úpÈÉÄ8Ú XîıÈ_rìJŽù¬Öçö<žPéoå¹Ip¥‰ÓJ–*›¼>ØNoŸendstream endobj 321 0 obj 270 endobj 335 0 obj <> stream xœ¥XÛRÜF}×WÌ›!…ƺ_ü*ÀTÊ  ›8©8Bv'ÖJ‹fä5Uþ&çÓ=I«›TŠ²Ñj.ݧûôé^î‰G}âáù]®{çåu†d)Ÿ,áwp%ñ¤9ü×1ç÷D>î‰#Þ‡‰OÖNnkçî'$['¤YB.žÚt£?D±O¢žüLßþX\:÷ÄW®Ù_åšœ,”á€ddqçh—}’ÃqJÓ€,ÖÎÁÉáâo'¢qœç9,/*çàøüü߆1àLÍËëBHÖ…¯Éoê€G“Ь°ߤ4¯#óNð¶!MqålAÞ©ØhXÞ€Ê3Èòóãk0,¼Áóð†øj8È}€óXRrÜ/{!Iày!:ˆg"¸Ï¡ìÇ;Σ'YbÔY•Ñ@1D‡{Au5ÌÒ %kØ‘ ‘ÞÓ4ò:k÷L9 Š/aºXƒŽ?ÆjÍÍ×g7§×oµ÷y„~ã0¤S¿z%4ª;œŒ}&Ïæ$„Wp¤ÓÈ!Vs©8¥tÈüçd`Dµ€h@ > ›9/'sˆ*-MªBzÜÀ‘ÚrÀ§ih&§æ#ÑwQr:9ŽÁ7|(ÄØOT6&c‘eKWTœÃaÁ—îýššEY*cKL1’ïôòür®£ØY¡ö³„£þ/Khl?OÅ#ôá‹Í¤Tl4ë 9½úÅzLu…À¼”¢\e:::8ã­AFýé­O–Ka+~&tÃŽÝ÷ÜtvaЬîÞœä4 v¯6Ì#êû6ƒ0NGʯSËËiúÁMŠ^hõlå 6™ää¯×CMÓ×7Œs3”º ¡†èqêÀF°¾j]¬G}—étå(Þ›9ük_s#¤f¿nÄ+#1ù~?=Õ;Ôdbyy adÜ7Ž†sðåÒ%Ñî1°¯"8ÝÓ ½}…øɘU& V> stream xœWÛrÛ6}çWìLâdd„÷Ë£œ8MR_R[M/“˜„$6$¡dlýRüýºîâB]œN3- \{öœ=€¾€ÏðéeßËÖûâ½¼‰ÒVÊ `…µGOÒ ô!+ð_/¼%ÅdÅ$!Gi­—¹·|áEpïE,Oáòß‚nÍ—8 N|‚ܬþw\y_ Щ¹·²…³…Þ8„KϤ~Ï’ŒáÛ¢õNΞ/þôb–$EQàãEåÌ/.ni4Jgfo¸D½†z‚ϳy"zÉXû~lÇT-;YFOÎð³®åO¨|‹<„÷ß~f'±oñ†ß‡7ÂÈ#Àˆ·H4Þ ¥œ(,¦™Vä6k3˜«Q ú~tXTP.XC|¿÷N®ä `Xóÿ ¸Õ ~ì…èfÀ» ΚQ@)ÛìD7(ཀºÓ¡Š·6RÕÖŸ(=úÛ ~×üÅ+B‹Í¬õÇþBr œâNmà)•­òNIݔև×g0§€«—Úu4°Â±} ²‡·çzQ5ÓØãH+Ðb?±Ü9Ké³Â(`nÈ{u}qmÙÔ ÔÝföÊ´~@>qPr  sú—ãj ‚—k“te’¥IÙ“d§L_Ú¬¢l"× J—sìÈ̲=ýú‘N_ Þ—kAUîïÃ0ݦ jWÁ Ïw¾æ’ ‹"ÿÞ¼ˆÔh)›±Å†Ì&ü‘o´øH¬ª±\ëÄCd;ë@…YJÒÞRŽHB%ÐÛº³ùârì5=¶SloðA¶ZšHŠå»Îpe@£¸*Qb¢ÄPƒºdì ~­«om¢6¢¬Kn ‡êÚ"§´r§W¦ÝáÓ‰`+6ƒ;Žê×@íÒ(K2¨âºÂ¾#†hî°Ýˆ™þÖiFÂMÓ$"ì¡ìk¬1”ÀýºFm5üN k,ÙªÖ“³xg6_7äèßÎQ§J¶Bó±Èu÷¸‡îø'4µ¡UMÎ^Jäz>ÓüjÛÞɆÚÀ¦PòØéîë¦*y_1xÇ–‡c(i性I?Š±+£ ~¹æ=/»Õ„1ëá:rª°o:×Ä ££Ud<ñ«øÉ(¾ÓÛ‹ìHò æ$xCŠËͧÂñ»M0¨ÑF–—“m‚š-tvß ¢ßZóÊX¸3Ñ8¼žÔÑz®±*µ–#úñš›Ãß!™TᶙèSÿÑÏôض•Ô ¤¡gûÄmŽŠŒŽüI:±É}9©=ŒÙNëºî×RYsJ‘àðæRƒŒvðáaÚ†#³wŠuM§Í7½f.Ä$wx$À^ÉÑPã“S‘Üñfœ--¨¡œ­ÅƒÑx†õ•C3Á¥È0­W²ÁâžéJ²Ónvr+Т –%GÌÅ“=‡$'ÚHô¼ÇFhOÜ?¼fHZÙŒºÈ­´Aá'8“wð¦ÙJùù™†^àâ®Þ þº]óh¶p)+4š¿µ)òNkßë,×-.G»½úð:%΄ ïL„nqV5¶Vî©FûÞí6¹ëjj¯’§6ü4Œõ„ó«ïn4ó>Ýé­®.ϯnª»…žšS:*sYÑURb7 ùëës»Ðx×Á§X³¥s™ XN"1cÁ®‹j5 4­·0ÝuÙR”¦­×x‡ÁŽqw ,@5–ˆ÷nërÍÜ9&—5Óï° Õ1¼¯¤“{<)R”ÇôÛÅÉ4Ðî×Ì/‹·×7·Oê£#\y®ûzUw¸õîñÀð´¸ÛÂkí!E>uïœñRš«™¾Îfø{È5Û•öÆ–$ˆ'ÛwX …ò†ó\\™+<µ¶®(öhÚÄ<ÆÎõY;‡KÑSVlú•B¯u ý{endstream endobj 366 0 obj 1642 endobj 383 0 obj <> stream xœ¥XÛrãD}÷WÌÙ­x"î@Q•°Y•‰ŠÆÒØV–¼šÆ|ßH÷\¤ØNjCQ©$²f4Ý}úœî–?‘€†$À÷¿\O>M΢<$K5?ð+'¸’†, Y:1Y˜=îIâîGiHÖ“Â_Ö“ÅÛID¶“ˆæ)¹yiÓ£ý'!‰¸ s{ú[°¸œ|"¡qÍÿ+×äb††‹€äd¶˜X—CŸ³$£#³õääúüâò:z÷föÇ$JbšE°gVMN¸Ò¢‹Þ‘Ÿp)hêWD‡w2šƒ—±»§dÛF3\¹œ‘ 6Œ`ˆ"p‘2òÃók6@Xrñ±×Åâ­'2¸‰ eä¼_öJ:ˆÏ08ŸaQæB÷GOòÔy’F,t®àÃfòGH½uÝDá2q˜ë´È¸.ÆËÕägÒ<Í3„‰ã7å‰CÃ\"gqÀ¼±—ˆƒ¨p˜á ¥Az˜a·Ù Å š‘Ùõääñ—Û»ûÇ«Ç7_˜õØ£™›ÕšÏEUn1ñ甥¸€pÎvrB6][ ¥„"œ ô‘ͦ×äŸZ²m4—l–ÄJ*¡ÊNntÛ)òÛI;ÿC”šè݃S†ðË~{G莜]½OÚŽÜß~‡±L­SÌ#xa\k¾Ü34oõŠè• ë¶e_óŽ,;¾YÉR»™7•ÙÀ•jKɵ¨¬wŠzÀ< '·_:RQJ / «šf,¹ñItNiE¦‡gÆ9 w€GÚmyêÂB­vâ_dÅ)W¼Y‚׀њëruhTDg¢Meå»g!¡Ièv|å&YtíÚoÍÜÖ¤ ¹—¼®dsxTXÐØ;…/pCÅÆßä}­IÛkgƒc6m&LN#(4ÅÔ“¶9t dC0àtL’}H.dªåbA~; Y ŠŸ~'_Fæc;¾!O½™šƒSL÷²ÕÁà¯Ó Ðv0~Ñ ,ŠÚØc!-ò¢0ç¾»|üöáê~vuw{èÛɇfÑvºo€ôõ˜$O“‡¢ð*>äРÈ?Ë)æv`aÕ­IÉ›¦ÕdÑ×õÎW ¯623T¯¨–´æ£‘ï3Z‘åÉЋÊv-ÀW‰•O‰à]-E·çú4 #¦»’JwrŽKàg4¨‹™Ü÷ô å¡)ë¾añ†ðþ/Y×’w;Ë‘Ê wÞqH“n7ê“È”JïŠÐ jÕzS‹µh´:<2ÏéÐœ^²lªÒˆó/¦ÑBl‘`’‰¹ÃÓb‚‰Âg‡rië3&j%Ž¢bÊØ룇°+úoL†ã„æ¾ nɆwP"hýˆwÙÈÐÿÀ;©•¨§¦ÖK̬¡UÀÆ­ŽWYQþüö#Þ¢A0Ð žßsÌ—¥i&4f = ÍŠA'cöü†Ðmå!íù‡~n:¡€¶Š± öUì¹ä4eÿ¡•$®kÛ ×-ôaãÙièúÆ´Òg{º^um¿<ê9,7ã×g²A ÞÚ†¨¡IH[ܦÖš°S˜¼-Eï[¥­ë®¼àKÄ´ðím¹‚ÇlćÅлÇêçÆ‚¼‰Î½ozk¨ã‘­ÑpÛ@¦l#S~`Qð`t4·¤³ÿ1¸8%¾btf½ØÌr—·?]=@¡)fû»Û›ËÛÙQß²[<Ýh-0å`¶O;a왢#H%&˜ãvdvsÿîêáeR‰QˆDt[©î>ëUw¦×›3ã£1CÊì¨t±3#ÃHÔfb@#ž¨Jõk3c..¸Ëc¾Æn:nw°Á]m$0²aéÇr˜ Fι2!=è.Cc‡¨¢r^;N‘­ty´²>ªQá ørÝ°üÀPm¤°ýÐ`ÒФäËÐÀ¶7 ÁΉ¶UÎwD ­=«…E"f芃Bvmƒm‰×ÄÀ‚Ù/rz¾¼¿»=~{~}éJTí×(°ä’Ö‰O=p¥¡àȨó§ííÁX(줌EçhLÇ$½RÂFW(«¾”åÇ#MLY™+ŽÛa bÙÀo¨ó†XFáX=!úÖÎ x*×¹ï„Íͨâ‡NËé0Ú?Á MäIW†—’‚&Å~ÐŽL0šb†R׆.°5ö~oMyCŸ;¼å˜|»MpÍAÚ†UbD”@÷³3—µõZáÈl\M¡ôÆGê;’Í”±ÕÅЦ»Ùöž­¹y­›cÓDèûFõ› ¼e˜zQõãúÐHü$±g–5—kõέ[ô ùvC+ÊQÔ¿‰"X×¾"öºï0 hgEt…WŽ•oðÂ?·ÂáϾ¿{xFúá(ýKH|CÎÉè:©õðÅþü Ybendstream endobj 384 0 obj 2028 endobj 414 0 obj <> stream xœÍNÃ0„ïû{l{0ëçت½ rh±¸£’DE (I+^oì @BV¼öÎ8žÏ=’HüezÌc%K„2俯Ò-ô(§hs9u¸‰ÓÅÆrd‰^¡·^¤;Xì×›Ý^o—ñ´5Âëä‰/°8>×zÐ[|bÉp³RÜñ""Szãùý •ð¬ì"¦·ÈôEA…TáýïZ´† ŸúŸJ΀‰¯²Ÿ œ‰mšO²­ %5*ë[{¯¨ˆô·ðœ$¸’Äéôˆ9Ê!O_kÞendstream endobj 415 0 obj 266 endobj 429 0 obj <> stream xœ•XÛrÛF}çWÌ›$ÇcfpMÅ[ˬ•*§,˱XI¶Vû /иˆf>*û~ÙÓ3€ÙÎJe Äôôt÷9}~d.Ì¥ßáoº™}œ½xïÉ­Ú™`+ü+f´é²0ÆM>[’ŒòIÆ÷\¼W`›YlËÙòÙL±ÝLñ(`7_º3<_0ÏÇ“ˆŒög8q5ûÈ„6ÍþI7ìÇ…>8`[,gÆdÁbèðCJ¶ØÌ.ßÞ¾¿™¿Q¯®fÊ÷x¨ ´Èf—ËõŠýJKžË»’7ô&äÌô†wmQWLòV®ì ã‡;ºá®JöóÓkÆC, Ê¿æ`H¯<”±`ð0öµ‡gÞ¯ú¶cÒuH{"h§=» ">2ž,‰‚Á’@I1˜‚Íž"(öÆtíÅàöC?qèâ9ž׳ßXu4‚ãy‚„"ˆ†~¤pÐa‘=ì‹ðbpáb7ànpñ ­Ã%c²Å›ÙåÝ?ßÞ¾»{}wuAë¾kÃéÕªn6I©²aU «*à±0¡syÑÝì!J²–%l$OQmûŽýYælÙÔ›Á_ÚTÌ]ÿ¶ËŠÊJØSDÌ=xÎ’í¶,r å¼€ñ°¶gi]7Pt9Û$U±íˤ)[Önó´ø3Ï` ëÖ9[ÃFCaéúD´ÓÇóBî3‡¸¿´SI•±]St8—¶oêLk#ŸºúÌ#)¹”“Gußq+£G¸ §Œfÿª·Úä³`ì²(sÞàõߘ‘(þÈ3zq#@9"0HƒÄ–â짂oá<"ˆ{d©jà£lø³¼M›âaÈuô=.lô?%iWîuxÚd“³b“¬r–˜€ÕM±.åÄÎæe9àʤ˜6Z- y`c#9"Kþ”ù²c}•®“j…àkÑÐå±%ϧ4ßvlY7úÈ®IªvI>Q<Á‡®)>±ûËݺH×ì'n4‹,¯º¢Û2÷WŒà¦³]›d²¤à1iàUÓŽŠákó´`Ïî¯8gü@Ø"6g}ïˆ+[eÙ“ÛTÛo·MÞ"DçQ8=Amb[?|ÈÓÎ.›¸úê€t‚+¡½˜”¬Oʶ>×ùœ= A]æ V T4‡ygb8ÌÖ‰Þã .¬Kš7®®‹—±‘@µ0Dquµ³‡.F2 Üã×èæçú;³âHŸªµY¥6/°(®Wžì‹U,ýHï‰Ýñ­RA(„~;¶à¯Ÿ»|åžÛ%]!ÑÏœˆCåÆßv"`²JxQÙêx‘§âã·BqWÄR€¤ÓúnÜ‘&Ý_ÿ¡ Á(Ýn©Ì´ú¥=ð¥®,öS mtâiK÷h<o/lò-Œ7£0抄Ú(„™TžíÛV^ùä:X(mn›˜Iƒ¬ù[]DÐ ý5÷{õ¸‰Æ¶"9ÐUŒÝ·ü uºÎÓÿ°d•ÐLÁnæ¿ßÌ÷WÃüw Ìô ¡óh5Â; ÜXx¼Î>¥øöÇŸ­b5‘Žj{R”§*™ï ÄSz^]Šƒ€·ë$«w_R§OÉ'ÕݽzRÝ_ Ó%[4=Æ"”!Ó—M#žÆ[šQªºÓmÌÔ S)<¥¯ûàw ã8–”Ó´àù‘ t 9*ËtYS¦õÞ¾[¼¾};–dyö"{*ná ¾Ù2nî©œ½ÕõV–aŠ›Y¼ .wMõ)ZËÃÞ`KúVÆ:da˜Qq«ihTÃf2Lrè; =¸¬;ÓrÛ'oURt+\BÜξF8¼XëõØËK1SºÆSŠÐª';¥ë›+ß䆳I¤Ÿ¿h,ûî…3ŸÖ×ïã»ðc‘›¥¸mŽ;¦K ÔÂàŽý¶Hi‹™üx`óÀÌöÞ¬BŒ°Þñýh)º43Ü¥?3<õ?óñ›.úýI—"endstream endobj 430 0 obj 2202 endobj 459 0 obj <> stream xœ¥UÛnÛF}çWÌ[ìÀÚ.ïä[Ý&€[Ä *«~©‹‚"WÔIï®j;E~)ýÅÎìr)[JŠ… QÚË™3gF÷ÀYœ^Ó³Þ÷ÁwË$Í¡ÕA-¾e@7YqÈKüP"ØM–’MÑyœ…° rÿµ 6¯ƒ‚˜\ÍèÆýHÒ’”s ý5flƒ{-4ÿ¨wðÃÊ&Π€Õ&pCÈ#ÈÓœácµ Î~y¿¼¾|¿9_}â4ayŒF«&8[VÚ¿[ºJ8ËüPt’³"á<™Î´zˆXN7oWð«%ÃÕÁç2øTj?ùÎU˜&|*0ú¶s´<ª ,S[`Ä ™äIfe1¡†(‡Ë}»×"Îãà I‘MH²8 ¿ Jés<#; Y\Z,‹í„%çÞ®€E˜X07ûqTBkØŠª ÓÕƒj4Ȇ½÷†Áj+5 £!²ñÛ^‹Í¾ƒÍ `TC³¯eßÂçNhxØÊz е’kCß=ÁX)Æ] t-zqUßL.•`@Ÿ®ÂöC=ìÖ²x-8LhÓ¸¬x»~‚Ál…ÅѪj§Ùù«|,l¡…-t!œ~pj\Gp gI<“#ûE‡8,Ò~P»ª“ñW×!=ÚT}h† ¡ÂƒF"w–¤»3òÒX…’”Ấ­ì{âËöýÝ9ñŒ%੦@Ìëf®!ÊbòŸëЄáêêêñööö?»cWÕê½R¢7 wU+À:oÔ°;d<î¼…Ö;èŠÈCxóÃvPòãЛªƒQ>ÚÇ K½½è4-â2e%Šì)Q‰Àá/;ß)Í‹Ÿo#ëC(}ô˜#±S^Bž0ž?ãŸâfÞs€ßo~\þqÌg×H˜d3]«­8ÎŒ{t_‰~·Dõ”eéýŸª…ºÂѶɓLIê-N€B­ƒy°QÓŒE>×0±f,+gòIúÇc;äΤÃT|"é¨d¡×<$(Aû…ªd»ýb8ÅÅ;]à|b×¥²k4v?ŠçN{=é½4ÕuF¥ˆæäH„Ì3ÕÀ°þ€Ó3Ï:i³Ò€ûB6b±~ZШØÖ±’ M ߶<œ ž9 ¬áÕËú|wÎàêdṡÊÕÓ´üE3o;BRöÝpûdViõDµºmŠÉ Å;&»HYšü/MÍ‹ØqžrÍ”kÑ!‰¢aðÓ†x«Qb´‘íf°ª¾Ú Úá­t‹Yê»dÅ<ýHCÆXÑHmk¬p­gþ˜OŸq§áoñéO¯M¯?\j+ÀÕ‰ú¢ç{> stream xœ•XÛrã6}çWàm=) C¼î›íñ&NyÇŽ¤ÚÝdœŠ„$&¼ /ck?ÉùÌ~ËvI™²+©)e@wŸ>}º¡¯Ä¦ŒØø¯ÿçÖWëãÒñ=²k,Fvð“ZøÆcÜ&~ÿÕÒÚâšÀÁ5®cÃsá1’[¡ù˜YÛï,A-Aüó­E+ý‡ã2â¸ð‰úôïÀâÎúJ˜rÍüŠsr¹V†]õÖÒ.3®O}NÖ¹u¶ŸÖÖ¿Y̧¡ï׉uvw¿"g˨ie->‘¶$÷¸Ä·©k–”M»Šk|ʵþiZµ$‹Ôq!µƒþéFf$. µ8¤Âñ 8Tðþo©Žói Â0ìŸ5iY<|Pœº~ÿxpí_ê ›zâõ!¡39„pêã›ë5ùI%JclÛ}8ùñô;>¼êÁç|MÐç!#€~è*ô¹O.º]×´„Û¶@q§ã.LÀœ9ž^ï‰'8ë]Í!Gšý¼Ô®«(ú€Tê³ú6|Ç{ëߤ˜’@6;ÃEÀ¢¼_4æcoÀÓ×ô³=j{GôsêïÓ9>uÙÿ4ß&üb£<œ ‰nÛ#ÇFFõΩì,n$ ৯®~þ nܬÌÂФb¹µl0²~´ÎÖ{©LÿÍœ†ÇʦFI¹%CLÚéZÆe4l¹ùMÆ-i•lÀÒ9a ~øÃ’ÿnÚJÖÛ²ÎeB6Òî¥öQ‘Rù(ú¦ jY$º(¦a,îP' $Zb1Ê\OU—»:ÊI‡›0²¶.3ô|b†( ò}CÐ…Š¨ym‡û”ìá¸<Š„di!IYµ %7‘Q¥`î›Î² Œ!×A×î‚mWĸŸ<Ì0žDʉЖz¾ ;ÔN±‹H#«¨ŽZIúÀ_C©ødI[V³…Mmcûœ<îÓxI*J\è2êz$å¦)3ÙJJÖó¬yõ ƒ˜"™¡PnÔ“4{™e¤Ñ¬ˆº¶Ì!Ž…ÁIJÑ8Æ©ç 8(NM‹´Ø´iQu-ù#Sœn£´À÷:±è2ROŸ Û¿vi æÒ¢i£,‹ZÍð]w¬ÙÝh¬~–¿):+NP,Ê îôú°¾¹ûŒ¥q‚ÿ¾ƒÍíý͉¼hÙ§ÞˆÂHð»`sEß*M>OO'„aÁ´7ºJër“IHJ£„A˺ªe«2„'‘&ý¯ÔPJH@KÆT¨‰Ôh•õ  Fµ&lºT‚tÂõ£>áXÑIKe΃¤%Ê°¶IÃRWQ@ƒà- +Ú.%èZ¤H¢6xVU¿>àgU«@÷=j2OÉå6)zÍÙÔj—µç£" !{í€mŸôAÇê„ÔÙfŒ†¤WißBÊ‚qŒPÞAN¢¦é°ö!I¢ ÀyJ±n²¤ÑNªtRÁ Æi)õå“ QyY¤(‡T} ×6Õ­1„zŸEðj4þØÎu0Û|’2…aCv²5T×ÔQ±ƒ”ÕeNðü‡ùÃ&à°Ò‚*–ËÖ0}ä0wLF甤[C4··}?¦…D12ôRCƒé*º|£-„Í( Æy@«JŸúÁÐ1j ‚mkÚÈ:@D¬ì²“‘q-£F&'Å‘…œ‘ü)uÔFÙ6ºclBw<" ¢ 3ì˜yðÔËHqƒ½ˆæ+H¶x³ék²ª\¢ŒB¥E*w³i•0R7úG èÖi#‰Ö6w5hXÛ7GœBc!Ê:9iÍ ô0ë -Ðu`‹iÔe‘Ãqà™:åÙÀAt XäwŸ×««‹Ûk:Dà©*·`ÚóÉ—ÿe²úýúŽ&Þ÷£ß2Ÿx`àQóÈÀ9šÒ¥WlN “Q’¤ªåô(i™—Šÿ-ÜEòhöf ­·¡‡Hó] Ó³¡G8o¦NkÒÔ$4tØŸÌf £ 8æ%Ï0‹ Dé;©QC’P$#¼êš7G»ik{£ ŸŽvgºæM“cêå×Wkòézuµ¼¹WóxŽw½»åŠ,¯¯î¾ÿ|óËõ§9)ÔRCŠ»1¯°àF<«„¨¾è†ôeéN±óE·#•Æµê[[œ°í1v•Êç”O+t¬†³ô¥br§MsÙ,.Ë,yAWžoå¶}¡äV«¶ÍéÐevš !8=TF¦º%tßJÆé(Íh¤éúX˾»ÂÈ”©aU¥F%·Á1íÆX(i^Áx€µ8 ­¾M´Ú)Ïá§öÄpÅÙ¸ 'ÃÇ7†T8Ë3K?ÎÎAÙøK#ã8Ÿñû …Øä‘Ã,¿>oÈ%¶}y Ɔq˜ÖþÀ5í ` ȬI¸‰÷×"9á~àÓÀÜGj¾çº™æ…A™ª2E¦<œåeTy]ȃpxpÍ6’0–'„#42¥oL'ÆTîã—&ƒÇC½çöó2ÝíÛ—ó¾à÷•Ä–Ÿ »=ßmu 2$¯Þ´…^ú2o F0EðåÏÞ)ÿ/ÿùù—_É—å÷—ªmœÝª1P_]¥‡™ö©Ytm=ßž0Èß1·YkÉp(7„‡=œ!Aäõ½tKtý¨¶7xqâ+ÆBåH/¢«ûë«›‹[rõÃÅò¢?`h¼Wëëå컄…^ÑGW u9» M3_?b¡?p ˆ*p4ÞÔ·F~`Q©ËÆÅéÑŒ¡ê¬Ì ¢è‹ ƒš–4-^ýÔ¤“Fpƒ¶³í25Ý´2úEÊÌÜ ip|‰¬Ê&ío}äPvußÚÿ®]`xèk»·^œÏôÚw #—›£Í›(þ½©¢X¯eÁdá·£…óÙ»U³|mTiªÙ' Ìk=é*Â>rå˜Îýaö'/Ž,^;@æóæoÊløºÿýÔ~ïendstream endobj 479 0 obj 2252 endobj 507 0 obj <> stream xœÝX[sܶ¿òW`êI/à-3©ìÈ—T–kÛºãu,‰ÝeÂËšäFÖdüsò’‡ü€þ ûõ€ W{™º}ìh$¸œóûÞF9aøÓÿOKï½÷õ«€dÙzœ,á7÷p%ä>#Qí-p¸'ðq^„œ”^䆅·øÊäÆ4Éóc›®í‡ 8‘c„Ç–úWÀqé½'Ü@sÿÒ’<œÆ’Ädºð,dN"ŸDADáß´ôN_‰o§gÓŸ<Ñ$„õiæ¾xyMf§¯TÛéF|Kºš¼Ä-£ÛR·ÝuÚà¬/(“ýl¾îH¡ ¹„²¸Ÿë‚¤ue6'T8¿à„¤Â￵!ÑX$IÒϵy]ÍÎ ÁاAÔOÐþnh0Š]"’ ¨ñi„+Sò½1”Õ1TÌz3øä»ÃkVûd½òý/S~;w´ÊO£|ßGL¸-Ä“¸-qZ#~DÎ7ËMÛŸ1q<"‰ÃI(|þEP"ÇcË8§"1XŒ”3Ôþ”mP\ØÙ0"næõ0cqN.Ÿýõ‚\ÿóÊ4t=í¤‹{Îp!‘ LÀ†¶ŸÞx§tÓ©¼rN"C*ø]'Asº)]u`Ж,šº$ÝJ“N›‡ÔíøÐMZÝuyµ$ë¦^6ªt@œ ¢hdáçÈâ? ¾- ®2æ¤%ªÑ¤Ý¬×uÓéŒÌo ¶ÁS …apRݶˆ,­3MÉ3#ñÄ÷9Eîè+¨)bÖªéòtS¨ÆKWªQ)Ð#?¾;!yÕ5u¶zDãy›6ÈÍ*/ôîþöö¯ucOˆ)ëÏ(Q\zœFE]m“Ê[Ls”u>!ucIx<à4tÞ;±´uöÀ A›¡zºÆˆ®*$ «´¨[К~Ó·d<~6yBú”»$ »–üú‘’'Öfu"ȔѠ.ƒr@âU©-`»-çuÑ:Ž^覎(Á-©T©I¾@„–iL—4n=×þãƒqÁã¤Ç“‘›¼[ç·-T»¢»6ñHmüIZwz}þüååÅõ®a$\z§ÏÁf½Ø÷U¸i5®#ÖC"H8½›ã"ÛeãÇÔwy—XÓù–¹.¡r'+ÇÁmh«ŸCˆ©r]è¨G4ºy–£çÖ‹bÊ]tl0f–&Òg4Š]8}ªGŽ>ù¸í¢Q˼}±#ëBYwín EÈ.‘VOŠÓê+/KåªÓàD`[„TèE‡ðÙŠ"ÕAΘ¶kp=;û¦×“ϜٸEïY§÷ÉýÆ4X˜1œÆ8Å$ 5YP '%M8FƒÏz P˜Qª³„:tæ×(„‡¨ »vg€í9X}5°6B> ªhk´ 1lþýôT¿hPM®TÓÔ7“‡u‘}†²,>]‚>[ŒG‘†GA¹wÀÏfÕ•þÕîþ–Í;XTiS·­ÍæõÚ˜ ü®TK Pez­áOeÌÙÔB_úºkT±gÆmªÕrÏœ<Þ²äC½Ý©y[›2Z]7Y^Ï´Fç2®~øu6Óë6/êÊÿ8yŸÐÑuŠ$ƻ罻¬®\@ÂŒú6”4›UõÈ­_”ã­ØßAçX¼–™{ 2‚Û’àlñàû<¶è2"*ñê’˜%1›µù²TäÍãw5àxü.}{Wv1"3”¡^¸‹úÏ€J?/ÄoïaæŒr‰—6ßÞÑꨇED³O¯w#t€?xkN|*¢AàLuŠÌfyµènt]}²%Æ-;Bs`ïªäo;n3ïRf\ر´àÌž~¼òþAªþ‰§±ï‘RB ð©Ün,¦~)¡iå|ƒ9¤ úQêc<%¸ÙnÂǧá¸ýºpbý$CÚÃq98r<¤Æ±›øöq>ðè¾0µâ¾zò)ê \â裞ï<ê Èy@‡B0ã»Þ£ó­ëê^4 i¹çÐ}ÎdF@›_;¸1& # 3/žÆ?…pþ)$úa(ÿ4ãÞ?…86{ú±õÏ;¶Ë=>š†; 3Ü §£b‹7mFX ¦L®.¿èBdô‚ÕÃã±½!ùñçß-!ïëendstream endobj 508 0 obj 2430 endobj 540 0 obj <> stream xœ•X{oÛFÿ_Ÿb€ ¨Ó³öÈå;8`_ wy¸±r×" JZÙ›ò¡pɸ:ô3õ3vfv—¢äع£a‰ägg~ó›õB@î{UÏ>Ïþú.‰r¸1³ñ"„ü×3ZMC@VàG§f’‹S’KâïGiõ¬ð§ÕlóÃ,‚»Y$ò^?$te/â$„8Á³0·ÚÀofŸ!dóüת†óoœA‹ÍÌšB:’LdõìäÝÙÕââ®OÞ•¦W]ô·ª{ºø4ËÑ|`±žÔeU¥·¦Õk¸äeT¦n½½éÊúú)Ý–a$²ÌÝuþ›–â@¤‘[±[d"GWcwÏè¶)2Z¹XÀ ¨Å"¡\þùõ5‹.9äÿRN·&(É"t±H%™ÁÙp3˜dDd =S vzFFÞaO–䩳$dèLÁ‡“ØÓÆšÎ^8‡Ø>O‹,Àóbz;û4S²ĺ8I(O|JpÐf…ßìARâÓ1M‚Té#49æÅ„N%c* ‘ÁâÕìäêç7o/¯^^=ýž×CysÚìHý–ÙâÉ÷7ÐÍFWJl×Kø;(¿Ÿ]´&É9ŠÎe0yæ}¹ª²WðÏèéða¾ÜýRömÝï¶ê#s5‘nóU[Ãüðâáúš•Käç<üª)¦/{mz½2¢W¿õÞméÜš§)Ú•ùE‘&ihMEÃânv‚)×J¸|~«¶íÖº!Gþ¨^6}©ÝÜÀÙ›—Woߣð % ô·ekeV^* / ®ýѨ5Üéþí^k›ƒˆ çõ½ÊÊB(ôRÒm`CH‰^ÁÙóKƒq?k´iû®Ýâ­çÚl«r¥jÕôpIχY$¤¯%’@!IÌõSxï]ŽmJ¤Q ‹êOÇÄ"Ž‹"/!ŽQMDÜ7q=UÙ€B T+ġĺÙ=cºi;DO'ö½(ʤÀ2åÑ9éT³¶Õë`ÇDx2"Nl$·6!wت7ª1¬#i0wʦ¬vFh7lƒƒ¼ôX3IÓ ´;6÷ ßÏDŽˆëv0°ªJck³þ1œï8ÆQˆé\ #¡(ò¢à'×jÃñ“"u5li™XUÏfy?,|†ð³ð/äʯ`VªQŽ€Ûž ¹nàîV¯nA•øA–€&Nn;e7HÌåî@Ûh ñLd3T³ªZCœ§¸™Ö ÛœaX<“‘ŒC4vY.u¥ûÚÓúÞ ÍŠŒTµ âÜQ.ÕuÛT;øµim1È…‡ù®’rÊV¸Iű8F¹ˆ _².6s1 -Å4ì†/Ê ¹Åi\·kuʉܵUeQÀöiâù”‰Ô›CÕŒ£”ˆÂ‡œ«Û=žô-át ®ËníÐ;úöx×¹,"‘ŒøŸ˜~²_É.d¸«Z؃˜ëšJV…Äöq¸Ð7ª¡G ) ß™¹±È·jP#ûkEŠø[¥‚z¥—€ºì;ýÛ)æHU±oI²ßúnÄÑï„Ûk"±ê+Iæ\§|Ò•k42Åh°s_ßïícóã˜f¬Ñ~õùØþL$Éhü)gö$W6u_§¸Œ/[ü@>Y#?P-Ø_Qøë·¯]o ã14ˆÍêö^ã«k02 –4¥Í© š‹ŸÎ^_¾º¸:¶¸ÿ ÃÚRñÜwžû9ƒî°'IðÝAnV §æ"ÉÉ‘sPݘXZÇ]Š3û€ryúÇå¿0œUÛ™SvKËtÏ`êºVkíÒd.³€êÅØäò-·åœ€ÑMß"P‹—/^à£å ·\®¨ù¦âóE³2$D|G,æþ€A+¹ªcI)ןpVD¡F³¥†îZrKEÙ@=P˜›/Xש¶­1zY)Ï‚Ÿ~l¸ÍXãؼg>&c”<ƒÈ,8˜Z~ë1ŽHz³$n?tJÐÅqŒç¬0µpaã84ìóÓHs lš%C˜æ"&ÙlÚãí ¤³ èqËÆú9ølhZ¸ElÑ?qر_ ƶ ÛS²\„GM¥¤ú0ëþÿ@óæçì#Šˆðÿ›³)éÂÁw…I`M¥…#9h)kL?l6|ùXˆ¾(B'¯¨ö1¬~a>Ö0 ìE4lNg@GÏû! ºà±nÒK’KIÊÀ¡Æ&£ÿk)²F«/ŠHø]Фƒ³PŒ™¿ÎF£¶8NÚñ÷^ˆ°§"JîÅ Û¥3c'(㎢4îÉ«¤”ã3yb|?Ɉ‹›Y„ù™;zÒFO`‡w/º’§ x3ÔKÿj›päŸàÝë‡:Èc[Ü ît˜]ô»B° _àÀ‹$ôÓCð˜HÈ¿NL´Ä£HäEH‹Ük #/†N„†!÷ZpÊt‡L½i‰öZðý×ïãµD¤%ÚkÉG‘ÌÛ‘–x¯« ‘N$&-ñ¨%Ä@»£ˆ½iIF-¡·9’8‘„´${-RŽ"~£„´¤-ù(’9‘”´¤{-ÁèQá’–lïQVx‘ÔC—‘–l‚®ß"o MG"ßk‘ûN$'-ù$Ò£ðæ椥x”/i)e®†"xXËþh˜øDëÃÓgN8r'ÉGÓ6óýäÄ™ð€$HšÀCÅ”ˆKÕß)ÕL2{Éù/xù ð _ï¦ÖOifóNæ ·^추ǵÂvFßÔåxe°²sàê|€¿i¿YöwÚrÑöX‚‰ËEÊÔŠCJ6o'ˆðJô÷'® Oendstream endobj 541 0 obj 2114 endobj 570 0 obj <> stream xœÍX[sÛÆ~ǯ8o•3æ‹;¦Ig¤Úq&‰l‰iâ<¬À%ÄRX ²ú£Ò¿Øsö€¤$Û3}èx,‚ÜËùÎwqéŸû¬öÁ}ðç›4+`§;üß´’ñ(„¼Ä?½ ¶´'ÏhOÑïqÆaäþ± ¶ß1<1+2øñ¹M·öK’rHÒ0^ØÛ¿A‰»à¸æ?ª=\­à Xo ™CAžæ ?Öûàâæòvýö=|¼¸z}üÖµì_­ÿˆ¬7ÁÅ^´ð¶m›ƒVÍÞ›e¼‚gn]íz±ÿøŠ~ŽxÌP¢ý}ºó´”„,‹ÝŠ‘³" ÃÄý¦ÕAÄrZy»††PËE8Q:º"øþé5ËRš„Ž¤èËH*pç K¨a™’¢„0Ѷ’NÒ¶ÒsQ—ãnÔDa'$EædqÄ¿Jz3”¬(Y\,×ï×﮺u€ î7£.VbÔ«?™¥h^ZñÄ€½ÄÕ•–­¬"[má÷Fc'Œ{šn¢Ûµò5TµÒ²ƒAÁ¾éš}óo C-Az)6tž¾‰Aí5ˆVá9úîîŒòŒeÞE`ÓôV,;žŠó=QfïêªR­êá eâñÉ8×h2äý€ªiÝì:0'5Ü -‡ßé4s–zE;J ½@¬=ìÅPÕ¤ö¥ÙŒ>{àkãì¬ôž{ý#±Rý5Þ™µ’yM‡nÐt‡qÄ¿‘[Úa¤¤~ÇØð·ë®¾¡¥UœÆ,‰P›ÈiùÑƉ`pi¸}h†Uùö;ËÉCÓ¶p'­²¨çFô¿Ájõg ·ÿ¯ßúÎö·Í®Œ¦y ‘9±›ã+HÚ·$ùø"aÈÆ›ݺ¢Oï•êöYíÕ¸«³ ÝûqÛ^íÑ7C#Šà’_¡Hævòc_ç [ÑU¿„«ì×ç½àsÖY@¤,õ¬ƒ½åô‚(gIé·¨ƒ X¡‹kT µ©ÔþÐ “XìÏ|Bð ƒ ÃÚD/»$¢¥Oš3¬–þؽ´™òDcôƒxÒÇâ Ï—¬œÿâÜ‹lé]¿‚V-fi=öf9-Xä}WTg4­x˜Q-8–Ì_”¼é…œ2ôÞ‡)kX)l¼bö } IÃÌD†õ-C/:}ÈÖwjì¬ 9ܼ(fë<<*CJ/ÇÀ£¯îƒBÞèù}ƒZÑÉÉšî3IJñzŒ þ_"ø¢¢$šëª#jXá“Ú)tLpQ9Õ0<9¾Hߟ±U˜ÎÍB°¸©ḢKÏhÕ®5‘¸âqJ‰ñk0¦/bܪ~^·=ÏbùúÆBÉÂÆç,§$s´ îÄd+SKV¤ådRÙë×Þ¬hê(ŸÌzâ望 ªA ûFSf±, /äÙW±ý_²µ‚³Ä½+ ®AN_¯>f}¬!XY6Û)­z¥q2çA_ [%²•¥”^ cõ‹íAœšrs;(Uk¨±qÁ²ïk8¢P〛ÁÕ£¯Øt{´Lª^Bì%`I÷E¿§&÷pf’„ež/[6½ÚŒÂK„?ZŒ”º©jЃèî bìZB¾èâ£î9Âʃ}õk{™²8^@ÇŠ6P&Ó•hmc·!(•t&1e§Jhá9x‚ã¥^¿ÿˆUQ{’ÑèZi‚ɺH½&áq³®)-Øú‹O£–Û±%?vœNäJ;²6RW}ƒD™0'ýj(;lYIA»³úÉ¿ÀÝ­ÀY„Jù]C‹áÚ^uÀ¤k8màî”iñnô‹=J£Õ ÍÉßm™„s¸¨O ½:4 ¹wMÛ sNå% Ó9§š․þøjé¬X'£—]5ý¬§ò#Om•úÍÐùÓ»Û럗±2Ô®¾¤ yΞïß\o&îÑ|Îþç;4 6Ú‹"Šö~·…N_Nvw­”‘,`× ‹/OóŽO:éU_›seûé#&™p¹¹;±2IŒ|F'“gš?/Á*mª´>û¹`‘œ§Ñ`ê“GšB–4 —M  ní4fG§ÓŒ0•Ü“n6µ¸.~H²eæ'·5~Gê8·&lÎ^Ó¤á,6õ]DÓ’4œ+ܳ“H·µH^àuK™ðÌ D«•÷„óA1Ân6_ ¥/Džw±¡ò :† 7>½·Œ™¯v€> N}žÝðñ•ñr½”ðh >´jÀ›yž}ŠÂ×}‚ÚuÇõæ\%G,ç³Jª7&iÆœE^ª²z»ìŽ¿ÊNŸB^E±-–‰7 Cn°PM.OͲ=Žòz(ö1ÆpØÕN†zÚp>RQ=ùlzïñ!¸7ï=’Ô¼¿2ïhÌskŸã° ñ9ŸëàŸÐðæ5Ú=$I–¸W#èÄäqq‚…¼Ú›m%¼Q$ç¹7(%’À—oPxHï²â8ñ/QVv0gq1çäiâ*’yÄ›6–aÈÍ€”§47Ÿl<¹Ñ $gqò™fnÈ‹9¼üÆd±)]Ðü!ø/·vy¶endstream endobj 571 0 obj 1951 endobj 600 0 obj <> stream xœ½YÛrÛÈ­}åWôKb{KD0ƒûf+U²¬µ‘E­D§²µN¥@p$a4.–ùKûàØÉ·¤»gAʱ_"—%3ÓÓ×Ó§¡÷à:\úg~f›ÙûÙŸn‚$†ûfö~pÿó­†Bº%ø­V³;ܺ!í |Ÿ{¡€Í,±¿³»og<Î<'áÍS›nõ?àø›ˆµôoñÆûÙ{¬žý‘màå’/Ž †åÝL«- AAäD–›Ùó›ÓÛåù5¼{~“6­ª½W°|Põ‹å¯³µÁËõìù&-à¼(òmSåk¸æe!B³^Ý×éæÝ z,…çD‘yÞËü;-ù®zfE_91šê›gM^• ˆVΗð;TûÂí]áwIøñøšö.'É/sRLF^’‰41 ØK2‚Óî¾kZ®ë‘‚t&AétFzÖ`ì)OšÄ¡Ñ$ô¤øU„;Q…&„ã%¬Ê|ˮý›«\Š½8¡ ÚUE…0ç"qüæÂç/w°Vw|.ÄH˜siW´'7UÓÕ¼èc¤¥]ÌTi­`]§f­ßc mªÌŠªQÐ>(Ü?À¶®Vé*/òvZIᇎ=ó…81:È^¡ ÈK>>>ºVeƒ?iû\FÒ‘d†äw]™µ”;kÕdu¾RkXíXÀ[ë×”z £6—NÀ'ó_§ )âvÙ(Öø¢Cër§W·‹·Ьª×UÍp™‰Ÿ‡Ò„9{4lÓÛ9h ª-[”EÅJŽg%=6°«:ru£ •µÀ˜{Ã(î²Î9vÂ%Háƒs×ÁY>¢ÃT­ÊöHd¢ÄÁ42ã°`9§hìŸßOÍ ¥[M:"ˆÏ¤#:#´ò½@¯æ ðµž?ˆ"§c6âå%ÛZµÞsîê”ÃþgЦN]ÿµÊøŽ°YùÐÚhÇÆB<–.{ôI%·ªÎÐ×ÎTÁ¹”$bŽqv8tmn¤ë¼kàæ0AœÄ³õ‹•’¯ß+äPŽ ÙJVB2$`Mð¼Þ!}'´®³eŽÎ‰“!ÿVU¹nà1o ÖšbWt¿•j•*¡TùýêªóòÒ¶Ú4Ð5ô;ÕM“næõ=®¶öptëà´9ГØ6v”t„V«dµnŽ3ˆÇ¢ÅøLÊ*Œ ¦e•=¤å½0c]uÇŸØlÎþÑJmTKç\(«Þ5'Ø‘¼^¾Ø°pìü_ŠÍ››éªW Cmú fy~;•8×ë&¬XšqÑÌŒÙs[(œ—È÷Ü™'°aÙi4óFÓÍ dN2H¼ÊŒW“ÛpŒ°l°é.BéøAÏ r4‡Ôy…Ìô9ÄÁ‡!šÐPAE]Ç&Ažéy kÞ­³]' ÙÌm݆‡Ìø òÖº1TÉ6ÑžÒ6GG*)#'HÀbžâxÌõª¶)×8ÑÇ#–"!ƒÉòÄþ”EµA>ÒŸ`0Èc{¨êµ÷¸·è‰Æs›2Ó uFCæh·K7a;æ&W«O%^ÎäöôÕ5¼û\×Ø“§U‰ìW³J™ iú¨¹Y&£N}f0K&óÈí V«çlòÙ¨}U¹O† ú¨i±Åº{ $žÁ] F—M¸Cl8r8Ö 4êÐø‡sp¶o&ç"š:ô’<wëfúìÇ4qFb>Ÿ6'ûéñv¢ŽÂæŸSAñ ez+ i‡1äÀ’ÿq04=ïk"e¿öN«¬øê;­•Od°œûØRFe…~¥¼ªZJ:‚ì‚؆êjë˜`IeuÕ4sLÌ UÌ;IGØ(«Ü&t³©;š §GêÀ¯t7 áíлK,ÞÛ×ç—ÿ81@¸®À\1÷d<6È Ø ”c°xÍeË¡w<*󲦟E‰©žØû~y2=¦\ž£͉Mø£~„Úõ°PM}`óº?”fzPØCj„¶Ø öºzªÝÂŽ Ö[ïöBVáÖ¼$RHß-}Hz~ˆÄSãÉ}EÀþüëåÏô5å/Ü)°«2‚èõ :€¸€,‘0|ñHŠ—\¢\ ïOɤO=?ô#rqH$÷´˜`,p§—¸½ÜgcM}€³ÓcšJ7FMQã…{±Ã—XMݱ¦g,±×ñ¨Ä( ÃARàH\±Vžà-,NHéïIìuD ÎŽzÓǼ‚(q¨S‚"ì½)ˆx?©ãQ‰aÄ~”‰6Š“Çä‡ÂõCíëø¸Ž¸º8®cˆb¢Ø‰eÀ~Œ¥gt”½u¾û:•èK/`Ér y觼*%‡ÅO¢‘Ä}n‡ùŠ® £½W"¶¸Þ._/^¦Íyƒ%ìç<žŸÂUÓX9%´ öæü‡ó›ó«3$ŠÏ&ï;P•ÕçÊ—]]ª¶…?™ó7~¬Ê ú»ç„á»ü†ê> stream xœ“ÏrÓ0ÆïzŠNi§úcI·@si§$N¹¸¶’š±­ÔV¦ðJxž®’-›R Óñ$Jv?ï~û[û¦@ÂÏ¢A÷èíFÒ=¢p🠅Œ¤Œ€Òþ«3h4L`!Î%…©égöçˆÃâ8•põ/Ñvü“ ‰ h:V?÷èè`m:ŠÞgCc)d{4Z¦ (¡°?²-6«m¶¾Ýb“÷Îtü²;Óe_QêÝø²-š¼†u]WÇÞV%Ü i_‚ʘ·‡.ovg!Ì(ÇJÅø\óKH%K3c …Ó„$ÆúʶÀ° ™uŸ # 2£ ƒ/çFJ"!{¤Ô+ŸQòj1@b2x 2î 2=±Ïwu:œzŒþ‡ùà$•Ñ‰äŒ¾Æ 'S' £s¼P¬(dhñ _cÈä'4ºéN涶¶ãÀ/m· ZË݆A©õï ¬œmª.«þXç…iLëàf¥8Êå~¯Æ¯®­uîN¹ðSmçÀî!‡þt[ئ©œ3l*,ó›° HK?mð›ýʧýŽsýöIý_8Òæt¦íÇŸ“UárøÐ}ïݬcQ—(,&•`Svæ©0c1}J‘¥J) ‰‰ô†Óå8ƒç5^a¸2]ç§YêåúÛ1o˪=€»3peKS¿ƒU[õÖuöø"UN5ÖÉ3¬=T­¬3þܺîT„ùGQ.6æg;T{ó!0Õcá‘ôë] ñ@”½¤Ôçg:\ZÜ; endstream endobj 621 0 obj 606 endobj 638 0 obj <> stream xœXk“ÓFýî_ÑßR£^½e‘ªT‘0É 0a¦²Ù |%Ùn%¡–¦*¿‰ý‹{n¿äÇ ŠØXÝ·Ï}{Z˜ÏæÓóYîÿxF)ÛÈEÀ6ø+ô$ BŸe9þ7Ô‹5­‰cZ“Ä>~Ò€í¹ýÚ,Öß,"v»ˆø2e/Zt­ÿ'‹| –Úú78q³øÀÍ~”;öý:8aKv³^hÈËa#Éx²›ÝâìõÅËg¯ß¼[DI̳Kn*ü\ȱ¢gì7zû<µOê~Éø có›]ËBžÑ“‹ö« …öÂwNøÆÑ=¿ÿ™öŒ{á_s/¥Ÿöü ó€Á¿¾çó×íâ_¬ÝO3‚ê%ŽZ´LL4ÔW –Ùà @²D%'ØO¹Ÿ%جUÁ sž±›_g×ÿ~ùêêúòúñ#õ<·Á\ª§CÝVH¸z–úvoÂ6&$·5+ëvŠ†‰]±©=½M´ÖÝf(v¬[«e®¬v]S—SS û­(%ë‹ò=6s‚êé3<‚Q-|áóvqvÙöÓ¨Ž,Þ«ºLxšÚºlÙzèvLŽ•h¿eÝ4ÒÚ]WÕ´¡ì€¯kšºÒ«æn·+ÚŠ5¢­9»‹a$È·bܲª#”Ǚ«{SåéæœUõš¤!_ÚçÅÔŒ z%*à õ”‚]½ü‰­»aWŒ:^ vë¸ÉúÝåÁ •-› ³Àw |€¬™;¶æÑj/ð÷ì1¯ø(6ú”%³—¿]›3Æîá3ÔúãcÞõõF1ÇÒ˜ú›×¢©ßžœîÛêz~uá|šÆÏMÍÞœ™Ðç)—{¡—3¢7O0…™Z~Œ©o¿Ò^”E<ù @´ÚËy¾Ìóø”܈¯e* ^ÿt‰z^i„𴔣wp.ª$E/ùYÀõo<óÜzµYÝãH”.9æÀqdG±^³‡‘»úš‘ß\þøã!â½v’â#À.λh.:‡C™Æ?}úô0º^ô5›!^RT_Q¾§þ%RQ‘cn«x#æËä5°Ù´Í,Îg:¾õ¢8ã*"Lõü½·ÙÃ%eÏWzAHŠ ´Ò²B–B¨™RјWÖ f´W§8AÞ[B|ˆ%lšŽV-SW×· ÏÕm¥J4Niƒ¢š`¢[½«Ëü(ËAôc7HÎnÀµšî?F~ȃÜRdÀ³D³¤žÃP—Ý ¼ªÔϧv‰Ju§„aL±xÀ±–­jíHäÏs«è›'Ù¶‰8{¥Á¡Cmê þN’¢X°µ¡ïj¢â?ÞJAȹµ<©…hŠ,ÏíʵN%FÃ’ïyjÏ‹fÓ :;* Ìj*k¸›-û€ ŠñŽõB•LÂU ¸6ã–Ýb~nÕˆ+D+Aÿ5“Û¢êtq"ëÖiò¤Ù‘ÉnÊúœU%FT(R×v­g”“:40Ïœ©0r¾Cg û‰IyÎdoF;y žaÑ9ƒ>heض¥² K–nîtÖ¢xŽÙ¹ÊýնéÓ`¹?rIÀ‘ÈœîQRmšÐ4M±çŽ,×V1­”iÙ\ý27ÉAÔºL{.´Ù[t‚ªNªnj´Âå ‰öó“<‘²c¶(2,/»,"ZÝÄ=Jߘ!á²À™Ðmd˜„“(@Ò \’ºse–hž°ŠÃ*IB¸-PÅ<‰¾µÔ€zšú¾FE‹4µÏ5Ÿã_ÉJ¡â]Él,•~/HGsÄS]b¢-›‰Ò_MJR¢ÄGìÑ;Ö•VD²§sa›Cµÿº»ûNJ±Q‚ÍtƒÃÊqáÄ„ºuÑ»'žYq¨ö”SLh`û#Ã`£ àTÑÈN©¾€È™ Ï@H(ÁÛIør#ÖžF¡)BKmÒãHó­hVb4Œ°…¯ÈzoTUŠIQ–u?ÑšÒ¡XÐ(Qt7v;¡ÚÔØŅʸHSG÷AÙŸE óR+jÕ³ïÉŽªTI†UÞŽ']Bm]¯íõÉSöóãí¨üpž€ºBÊ~Î-Ú¹µÞU§¶QÖËy¿öEQÍñA!bQ bµÒ³þødšo®+ `lT¹õÁ0Öؤêã½ݱ^”gDuô¢kô¬c\~Ð騜7gAž³Ö±Åojëâ¹®“ ÷gAÇžö=Xä‡áNÎ׌ÈìNb sŽO…¦ãä.(á!éÿß ë÷+¡=™Çó›ÃWW7—¯^^ŸP‚~ÇëÅQ^TZôgøïG?»Ž(6í(<\N 5'Þœ]ÿðÏ‹,~󘙈Gé,z6:îúZ Uz±^–ÛzW«Ë£Jƒ¹ZQŒg‚QïçéÏÿ<ÅÍendstream endobj 639 0 obj 2491 endobj 669 0 obj <> stream xœ•XÙnÜÈ}ï¯( ‘ê ÷ÈcYÑ`l+Vg0@ÕMv7-6IsÑÌåaòž¯Ë¹µ‘jöØ–l²ÈºË¹çœâgæp—9ôGÿÞŸúE1Ûu —íð·XÐÈõ§øÑæ‹-­‰CZztÝ\vXÄæŸåbûÝÂg Ÿ'{û[‹nÕ‚ÐeAè8ÌMÔÛ¿ÃŽ»ÅgæÊÐ̯ͽZÉ#–°Õv¡BvYì±8Œ9~­‹³—ï^_~x±ú´ðÀÇ>–¬2\]Ÿ·þköÝ ™;yKWbžŽèk]QWÌã1ݹ\±¿ÉR¨,›„£õاï©üÂÀÑéyß–^Œ•Gù!½4”éy ÅDËz’–¥‰Žšy1»vC×3ÏqügÁS$I¤#‰|Ïý¦PR³Ç¤Ô®ËýTƲ÷Ž&qÌÊ„-Ý€ÂY:ÜCŸgz&*v!‹óÐú§[VÄ.g¨w×gõÐs¶Úº”;k În‰Z·OÓ³êÇ Mm—Ï’›f‚y‚ç ¦è0 šŽ²¨r5ÓR¾6ÔV"ƒ€ÜŠÉ%¯”ð:þˆÿû¢­«† 5¯ ÑuE[ˆ5Púæý»Õí÷?^¾$º¯rà # :0Òr.£½WRïÐøëÐTkeö]ž§G¢ÜÑh.´ÁKÇiÙ ]]}Aw/šý”8ôáKL=äƒ 50›¬êÕí9‘+ÉꜮÿžJÂè îÄÜ5uPÎGI@Yìöˆ—ôПõCJN£”¬¬)¶~‹×xö5EÏ2ÑÞé8-9ã뙕s‰C'kk²ÏËæ õ¸!¬B…‘ûD#«`õB-*eIF¯vŸ·3FE˜©#cQ{]W*øÔȘý¤„}Ý,ûz¹®û¾>h>ˆ'RÞ*'¦  ´§zS;Hîjx™:ËØ}¡ø6%2<Ð Ìö®‡.Âøc¢Ÿe§Bští¦Ø?€ m`Œ<an£àíþ9e0|<ÖD62 )+J†¤èåk2+ÿºýûÍÍ{y.r£h<ýhqò (8{õ4`2;f{×2%C¥E3–G»­p>ñ6䃽¿‚tѱÑ@zu‚â`‚ÌÎ'Ë:ÓcÄÅN²°[4M=–‚Q¡tL]‘=˜Áµf­:gp }}pHÝÖçG™Î¬ÁH’ÒjëŠýÈ›úºJuÀç®Ð§Õ$ú-ŒC7UØÒ&&€|ùIéi]¨ši$ýOYwÝÓÿ´m>—N(«Áà0»0Î¥¢üÀ=÷ƒÖäM9tZŽE¥GãÔ.m÷ìM¦Ðšo©„ä$h vÚ´v°Ó_ä ­ª“ ‘•© oºãáЂ‘ž¤!0òüñ¬^E³þ©Aî®sîºç®“Eõ US]×8Áîä…D–’ß5FÔä™ÒK¶úQž€=éH¦¤­½6}Ÿôøò°0ÓWDZ^ODF€Zâ Ùl6œÔN¥ÌÔÏP›ãÒòÿü´¥<€9{¯Ÿ&æby¼ÝF¥_??*$¾ªûÄ“u²„äñZÒæ^åpx¸cŸœ/á‚*í©xB—œ¶æ ?ÇÏRÅaÚZFÇMr„s¤¥1ñºE[­ÊL%ÖPßróããã<ç€|‰¯ß^(x8¶ÛW—7×7—ԃͅ8)›M—'øÄʼnÙ=ÍlÇu½Äñ·s5B‹ÆâM!\‘sâ‘s6ó~MÀ~+vÅæÎØÆã­Á‹¶•8?hU³.ç>7ªÐä2'NOdþ\U“>­´ƒ´XÒÔéw§É˜é)0Á(Ö·Çkš¦‡} 9 &*õw Ÿ>~èý‚i·“aGX©äÇöê±Ï+¢Éã~BàíÐÀëZŠ ýgmªgæ!Hé¬g¸°:á æaüU„B•ŸY”š¹U¸}d•ïôw3ú Ö=ûˆ¯>šeøŠ“à÷§ßT3Iaúþ1øµ–:jUçN*ýh>~¿Ð‡“óÕïzö\Õã”ÇáPAùSaG”:#Ó˜‘ùz)#=3r•­¤PŠn…<’Ü´Çž«´œüZLþîU‚kendstream endobj 670 0 obj 2391 endobj 687 0 obj <> stream xœXÙrÛÈ}çWô‹kd—؃}‰3©ÒŒè‘¦lÙ‘gìQ*iM 6PXF–?)Î{¾.çö@$í()×Ø Ñ}—sÏ=·o™Ã]æÐóïr3¹|%![7—­ñ_>¡7‘ë9,NñW-'+Z“ú´& <÷#—m&©ýYLVÏ&>»›ø<‰Ø«¯-ºÒÿ„. Bür½û3œ¸žÜ2W™fÿYnØsupÀ6_M´É.K±GóØcóÍäèrvq:»|:ÿ0ñÀÇ>–Ì3<M+kÿ”½¥WÃ#ûFÖô$æ Œ ̳&¯Jæñ˜ÞÌæìÏ*Ú §wÂ1Žzì—Ãï´xeÜóç^HFþy©Ëàž“^ÌNºu×´ÌsŸ ¤o"ìNßx~l\ðÒÆ“%Id,‰|Ï}”)ñŽ)j×å~ªL™Þv¢ÈÛ{vqaíHì ›º2u8‚1¿›½.‹{¶‘¢ÌËõª+X^²eU~èÊeKá¾ËÛÖÞH»Uvò 2^M?lÕ7änhž­w·/Ø¿Äú9kdÛо¬êÚmײ|#Ö’YÓ·¢Ùj¸qÊ#×|ÍÙIQTôØóxhŸÞi°¸^Šãô#±(”MS? ïSJžÿ®ÆccŽ£‚ ŠN6¬%lXÕÕ†¹S¹>ÊäJ™€ð†š¢+Zö¢~ý”³³|}#kVv›…¬&jÉ Ù4ˆáf[ã‡ÌŽ™(3ý°¨šæ^Ù¤„ëÒËÊD/±½Ó®OýÄãNÚoiIJο,‡€µË›\gÁ¸kgÜMìa’­k)ÙÞBÊòõQ³E§_ Éšü³„o»)ŸºÀ»ãÁ˜Dg½¹YuǾgÓ²Ò¿¿¸£YIiXU³,oôoÊÿRË® lÕŠ©}tÖ"Žæ9çøZQHÂÝt×?Çñzê¨óÌì~uvrúZ#á¡]ðW‚ VÜH‘ÁïZ.«:kööÝ€{ÉÈi‡}zûöí7Ü}­ s‘½øYêL vµSôI¸˜ÿz|1§Ýyh‰ïøâ ^¼ywýÔZMi2–º¶u•u€ƒ(M=)ð¸‰* }j{#Pm SP!3g|ËLÏØ6ÿD/# jY4}Àª:ÿ\•­(ÔуýÀõC"¡½/tŽü/dÝæÈû¡`'<{³ßàk‰){A06‹\UHÄû¼¯ÛMȧ"!}Rˆëò•‚~^ÈL³Ûôôåùç¯N´ O,«ü<ûûÕ_Þ¼y}iŽî4W¸ ãl¾O’žÏ[xäË^ÆœcŠåÐ5ý>©Y¡éYÕ²Ì49ŒwòFÖV®~>×LâÜ z0ù °½–ž™h¦èÖ …²¼D‹Õæ]·èد€]¶¦Í*À<ï¼Ôõ¼d†dÑQÜhÌ±Æ “€v÷ØÔåQÅ ˆÂˆl¤<¬‹ö`㌳—Ç–ž ^àG~¼…!³66[¹ÌW÷¡ÂVièiEÿy)u‚5¹%÷üÿFa:D&:À_Œ¢³_<²çè¹ÍMïâ-ÊÕƒj ¼¾ú¹]ì ‘Z(§˜=høÐkˆu5?ñbTB.%Hvk蛄oM<èÏÊxœ<²¦\hËÿ«¦¹e88šz©Odo0¢u…‚Åäñ•ê3ð¨JZ±ûªcYÅʪešc¢ˆ§_ÂVÔq/¾šC–8OüêrÓ~ãÃÕe’ô°–†H ü$¦œ ¨U{¦ød¤åÊ}RóÀí Ø ÍÔM¹õ|}tEÄ!öˆ "±›OE±½{AŽBCÛ}açYGªzÙkW$´­µ²\ê2 "Ei”«ªÞh›~:›½š1ç ÄJ¢ú>Ÿ+ˆÑ÷ï{²W‹#­1WÊh«¶ßT§ÅOƒ =«…H84stz¨°ë£¹îyÐb_ͯ‚ãàúé 4vôá­¬Ø?ž|ý². :¤"‘‹cZ^já{ S 4kxª£ð™¶4c‹{8xÌš}ÂfCØnü”}‘Þiè„IšZ†¨º"cêcøƒ£„ŽG˜Ôá@ýc¶‡ƒ5Ôp²ø —Tùzm¹zÜ –91|-¡ÀTM“<“…ªóß"‡ìéþ4Y#d۪̰¾PÄ® Lh¨Ø·¬ ‹ë¼ühÒ*ÑLt¥'.O£oTºV¡É0WÓ¤C–½ÏþÈ\ҮO´Jp¼‘J Ì¥šÈæš>ÏIßA¸âQ‹4 ?ìÉòFÍP;ËŽbõˆ¸©×2ˆÚÇybÜl?uÿ5_=:>ú“þH–…f‡"߶tÔ@ÞÒ„©!ThLYdùF–4ö4ªrñDó?œÐ¡…õFÑz!"`‰‚m-7BOÈM+Êö¹&½:¨¨êæø”mŒÞFD¡‹êÔ·à]h23Œ;NÏhTÔÕ=]ëg³“ÓÙ%»œýôúòôê)Ì_¢ úº/Ï•o·]N¾=,d²IÇá°ÑYÊ8ÌN˜.Tš£öw/‰UG£vÄÃhèœÍ>-å¶ew…%õ!šz%Róq’–OýÄæk`æŸ"oH9EmRÍá,ƒ‘Z@!òšˆÓˆ®/,ùb¹ÄÍ*)Á¨Ãéœ QØI¯ÙDëÔ@Ô–hKÀ†€‡¼êˆñ—U&÷Xûh~>9C ¾ÂÏ'åî,xeª Æ]ä• 2hÌÝ–¤Eâ0T2A|ö›D¤ºнb4<~ÅŽ u{@áøg ™Öü›œWiÊ€ußé- ·2˜Ô·…¸§œäs]%°lAe¤4]<õZ 2²ÄPÑð!ê_[è¥ý8š¡6h $H¢˜Öª˜)Ã8ÚY±ŸòM·¡ãÝÔc]©nQ(jºa{¡;ˆâ}úËË%ÔÀ¤W'¿"ÀW&é?0?Bt(_8[åíÍ;ë­ÙѺ;¤ â¸ïý|epdŠ›Õ8_1Iy­¬î ‰»k:‰Ž!ÚPWböfï9˹ä4äŒàå»ßè¾Ë›*_¢šóÖ ¯S?ph¢éIÙÒÙH¸Åªn”×JU›Acqo—XQöñV53\ÁéZ´t+Ù¢Ûù„N|©:zl:º>â±#‘+2¡ÜãÇÿ̯àŠUÕQL ¬õ8ÖŒY—^Ù{@=LQ× w~Þšû?cm¹+‡RR\ŽÞ¦ºF¯EÔ˜¡¾Ê ŠE‹(/H†>|h/ig[‡ªÿaîI¨}úó9¢ô±endstream endobj 688 0 obj 2644 endobj 706 0 obj <> stream xœ•XÛrÛÈ}çWô›%‡œWÖÖ>ȶ¼V²–‰›¬«ø2†$l 1€I壜_L÷\’UNѲD`ÐÓ—ÓçôàxÌ>öw¶}ýrŸx!¬Ôȇþ#ºû܃dŠÿ5r´¤5>§5§ëAìÃf”¸?ËÑòõ(€Ý(`i Ï-z0_Âȇ0ò<ðScý5î¸}_»æ~ex3ÓÂl92.ûpH¢„á¯Ùftq}ûîúþröeD!K\2Ëñ²P­l‚wð/ºz,vwdCW–††m®©¢®€³„î\ÏàŸ:& ¯³røûó÷L|QèÙðøÏ…âÊ“ø0¼i¤Ã <ò‰–Eô$-›¦Ökà \u«NµÀ=/8rž¿Ô«l¼étˆ.<Œ ÿaQí“Ázw?bžkLtjÆdj+³â‡T®Ù1$1 »úbû $C,ÐhUüGŽñ ödƒ)ªS£XGÎ}"O ‡œqþŒaf²s¢~ö CÎ0*Ô:ðǺƒBØ65Q¸ýõúöî/*öíì3þùÙÕƒG)›&}iøÿÚçÍÙP$»Üf~Á æ—æû+fmŽÁƒ3×Èo]Ñh6CÞ¢gÈUZ¹FØxÏ6ß U`Ë’áàW»¾{ ÜFlÍ¿`õ„yÑSóܤÖÞ¶© ïù0ÛaŽ fH|hjÛh˜&>‹ÒÞ”! ÈæNæhj›M_7ƪ‘¢5 “¹)U#' ò’Dª‡]Ñ®OØÏÁ_{˜,Š\<íœ~Ùˆxh% ö$‡|fÀ·n"ºÇª±N†ácæ;¿Ç˜¸1%ÄÁf47V J20<Äô„§!˜ %“‰7ÿøýöÝ Òù¦$“’g~ÑP609²2IY”ÔTSW²jÕØ0Š ®Ñ‘z†oÕàȽ—ñåáÃÕ»OXˆã¿OCÏè®spF–3Qf]‰Åµy­)ÖcžïêKµ¡Ü[ŸT†º7†÷ôh½)Úá)Ÿf5ºÝšÁ®Â†Ž{oî>|ºýý¥Éc]ùÖV‚ÓÞ#I‰”lÅÆÀ#”7‘FÑÀºX­KüiŽ 6¨Õ¸þ»éŠ„…ŽÁ%{´+[Í¡ði÷ˆŽ»x¤Àü2˜­‰ °ÇšÇóf¦SD'f”´J—p6 ŽûY”ª†‡OÞ¿½F¶)u™“„EN6vè3vâJŸÐzN·+b·»û›W÷XEvȘÏýÎÏ4uä3L¢ËôÕÇ77×·/Àòj³(°U¡(ËnSTzÒ}Œnbù ª’nFûض.ªþaœà‹êGEwÌT%9N¥†Ölþ¾cCÇépˆÅ»4m›3äl¢¬Ó š'u““~i‰1Ä(xVeµ'N¬Ã…ý)À ýÄqœ£Âˆ£þ„Éל5šìiÓ)}zÐËœOU©ÛçÌ(‚©!ä~ÊRÇλgMË>ïë?ûxe¦˜á¥â“qkⳘÅ?Ô›š^ÕJMY/D‰Óœ¨¤3ÐhZTtB±œ1v ONrNû÷€X/:ÞC¸éUSì©h!Æ\aƒ|¡÷ƒxÿ±îL^qê÷†¼ž¤‘x–»K> stream xœíXÛŽÛF}×W°VcŒ:dó# xá16AÆIl!/–(ª%Ñ&Ù4IYÒüÒùC9}!%JãÀ»¯ F#±«ërêÔéÖ|"‡¹ä¨û7+'Ÿ&ß¿‰8§M;qiƒß|¢VB—;%xiÄd­l‚ˆEœæådúæîõË»77ó/ðYäÁd¾Âã´íD㽤ßÕ’ï°°_z±IúöY›ËŠ8‹ÔÊÝœ~ÓP˜*œ¡ÇÊ駧×L}X²åño+«GgõñÄ%Ô—º>Ñ‹Ýf×vÄÇS ª=¼«=Ü‹l ž;J^e‡6“Ðãî7¥â_¤â:1E®Ë¼Då2si¾ŸLSªw Fvièn©Û *¤Ê öYàÚœö¢¡B¬;rµ»e™vM~ M® “„ÅÖî³î‹ƒ¾E-¥Ô5iÕgþwu M¾ÙväÜ3‡íVîŠ-…ò3sㄹ!ÍB+¬~¤ÅTÂO³Ï[AÚ4ŒYÔçz@O‘­”+¡r¹%~K+OÍøê!Ì”_@ŸÌP¦à{Ï]Et&­6…@7µ1¿0Ö¨µŸut#©çûÛZ²\мs"Ͷ6ž™µ%f¥"Ã’×~t¡êÒ¼Ò2@m®Rºù§å\µ+—ã¼ZåD&9¢wÇó6G+‡:µiÒ’Ù”Uq´1¸¯1íAu?W°é7o¿ŽþôµlÀRœÿ!šÅ´]Ü0z¥áòÎFŽåe³Z´DÁÅ5C­ÐÔ±)+qéØÆcO_“2 õ>4 –@ÈØ` E‚¼Ð-}<Ýøm#®¢µg(Lee õ¢5PÿÑ MT5ùR´:¾u¡¢¤Ì1Ø¢·¨Ó,¦œNŸn›7v í™fxñ?›ß#â® ü$}3­ãŠŒî».JP`Š\Õ‰˜¶ ã¡ê°î7‰*+d *BÆk Ra_«Øl2Ö4$Í®¼ýÁ4݈\cY´Ülf½ëŽSŸ“J½}qÿëÏwôŸ»¸ÜKιgXz<1‹é©ÐqŽ«é;à²Î¢À]>ÃêÂÊt#7æÈ·ú˜™aeæš5L¼ê#¢·Ö1Z$ku5ÎÊÁåF´é”’âh!>#Mÿ9®FÞì_üÀ/7ë»ÞÈÁ²H³´Ä˦‘»ju¹c>αAÙÍÄÕW¹k2aä'C3qKWrß^úàÁÈɯ[‰\k¹·Cxž»°5D?…Tj†íÔðz³3Þœ–ËÌû¦­—qAúº§5b]¨Ë f6“%įZÂƘŠ£PwþT$WݨGÖ%Ôy h¿\X7²$ùùt{Ô·\Èâ͵ãëæ~ÎÅÞ^zmÑ"y•Ò×l3[OCnïyj¾8JWû-2<§|%ÏïìÏ¡q3ºÕÙqS‡T~§Ïz^×ãAÂp¬z/—¦ÏF¦ ´“÷º©Õ±.R‰ZݯÃþ•/#´ÿûþÌ ïW<v<,>ÿà ›3JwœAÐÂçe£¬gÓk¼™]jÏ_ªQÄO-Öß{KýÉïZýµIm†l?ˆþ"‡tpÊVm¾ý%áŠ>#DžÎû–@œ‘–ý÷Ê…PkNËSŒìJw_| ªÕ,-` ×ÿp騟?Ý<\‚endstream endobj 725 0 obj 1800 endobj 745 0 obj <> stream xœÅWÛnÛF}×WìKQ9°·\ÞÙ<5©‘6hW Ð E®$É,IËÎG¥ŸÔ_陽В­zƒ±–´Ü=sæÌÌò=ó¸`ýÙÏb?{?ûj‘„Ûö3Á¶ÕŒžÄÂ÷X’្³ ­‰­‰|šbÁö³Ä}­g›³€fOcöã_-º5?BX #Ïc"5Ö_àÄíì=šû(öìÕRì³”-73Y°ÄgI”p|,÷³ùâú§o¯ËßfAò$À’e‰é¼¤ ¾e¿Ð£Ðã±{"Í$< =/´s}Õ6Ìç =¹^²Ÿ5Æ or³ŽúìíùgÆ¿(ô¬{þç¹`åÿà^i÷Ÿ0ѲvÒ²,µ¨™Ÿ°oÆíØÌ÷¼à`ÜøŽñCÉò’m½¹dëz”ÏAÆÐ`<£:¡1„} Ž¤ç"äAdwäe5öŸ$ðiç9,Á ÕŽMy%Á9âsYZÒÊ6ªÝküJöƒ‘šáR3Yœ„ÜÏN(=TuÍò®«~‚0åQæÜ$—2í’‘#@¬{ù~$<ε±*Xhœ€IϤ‚ŒT,›-¥ÁÓå*ßKL ´(š—DúÑDãô©g™lšœ2™ùå,Š¸ó_Bm³ˆ2«AÕ»û¯C V_ £Òo¾{÷Óátú½Íuì»y¹º0"‹“Çû¸ T˜M[«²mÝ®¡ì›]KûkºøœÕ—F$ü˜‡é#¦Û›ë×ÿ8¤éøú§„µ¢mÏkMp„Jêî6#%ˆ­‰ËA»]\Þ¾¹¼}u‚nñæ•…®¶âÚ<Û5œF”ü*€à´Ï¸I£Š”R+ןàæc=hI™ @`qØUƒ\]\²Ü 2{\Ú™~™q?Í2§ã­á"sî€:³È%æc™˜ÒÌö4'ƒŽ[®™}»¤|€sû®mHô:[¬;ÄUrì r„4¸ÎQÀˆQí45ˆSˆÉ'›7kI<*j ÊÞ“tY4¡xýÃâû察’‰ñ)F‚»´–Ãw¼yºì îAO”‰¥éž¸ªF“”…”Þ– gd¯.åZ¯Ž "‰– Op¼ãMíÆÖú—ú<\ *¨E†ªC—£nLUL„O“£2fÁob^Éê‡#8 ±‘ÜœìdÀñóîfy»š‡æÍe¢hC1È˲"}!+>ʺt…§—ʨÀ‡2¦îQjÿ6£~Ô E1OÐûHl7¡PŸémÐ}?¼4qF/~¬¥óAw6}ÛXSÙƯÆVé “ÎähK¯¦«em&|ªæãÜÇòm«ªa·7W##Wq|‘é"hqÓiŠø×Ó›9ýý òváCendstream endobj 746 0 obj 1723 endobj 763 0 obj <> stream xœXÛrÜ6}Ÿ¯@U,§,˜×áp·öA–eG‰,)Êl*I©*Å!13ŒIbL–•OÚÀ~]N£ ÎMJ¥$QèËéîÓ }žô…G_Ã＞|š¼¾K¦¾X™ ø)'´2õO$)­š,íž”öÄ‘‡÷!Ô“ÔýYM–ßNBñ0 ål*><·é'þžˆbüåÏXú·Ð¸š|¾5ÍýÊkñfNŠOÌÄ|9a“}‘BFœÈ$ózrrwqýöâîåüIG2 ±e^àuf:Õ†oÅÏ´yrêVTKo9ƒ‘ÑðΔºLhåb.~´P°Þè„78ˆïŸ^cÿ°4¸ü3÷|zµã_úþ¥±õ/HÄY¿êM'Ï É@:@: Âdp! ÷Œ'KfÓÁ’iøÿÈ”ðÐ/‰ïË0µ¶ÜÜÎïOüû—â?‚\k Õ £ªå©Îóª/Êf%6ºí¦z)2ѵYc6¶v¢Î2«poð¡z$‹ýH̯vE¿|1‰|駃_¾S¤›êQtk%þ×éÍÿ…éÛ¥=ï#™ãas–+Rü”ZÚ{êÇð%§¤´Øó'pjHC«²v« ˆd=¯ÀlÖªUFdM!r>H—lUIRÕ$© ¶ÚçÐT!MÅWU¢4¢ÑÍ韪բÓ”«Xuë¬YQ”*>׺(¿ÂÊVåº-Œx(«J,uUi[^(§Á úÁê^RºàeYת(Gð£T†;).²|} AÔ”y9Ú•]ß)ÄÔ Ì,/õÊ:mQŒ€¢é ˜]eÁNëÚZ—ÊÄéz@XzLeâ"ýh‘]+£èÙ*vn¡¤xgaõ|™Ì†½ºʾŒ¥ïþ’Õ›Jqœ!7:ˆsdã|-j…Ø1°ë†åžŒ\)}é°ü3äy—•Í^\H±ÃILçÃ÷'F)¶0ä,ݳ.q¸¢™L}‡ÈýKWÛÑP„§¼›mXü¡rØü¸QàÃA9™¥ÒsÀ'ÄUò)¯BN=*¬ùÃääì(§ ¥Ý‡3WSCc~qwyv% eò¶ÜtïOØ Š@Þr!ûrŽ6ý†¸@ÏçE  ÀÁ¾Ð·ö=—r”#e³é;Î=Š`§;xÑôõ‚Xb Í;ê8Œ6‹ µªr¼Fµ5öè׆‰´_I3‘S­:–E›€É‹É,”^¸{"Ň_Þ·Ä ©Ñy("fT⧛«Ë·Öä76+’DN§ƒ<‹ùTÎ@ð.—ÏàœŸÉÄ?Ø姩 Íù×x ã¢1ùn@F.½™æ"Ó8çGÚÀjèly W‡¥9$®åôàÔ”<ëÀ–èËèª,€JªÆ7ÐÆ>ë²]áÂŒ"NG6uQõŠv“9šŠÞžù—KâxHâ“oÄwD%±¬P[kl<—ds& Ý/*Öºµ¡#W$cnƒ¹=QvÔÀA¥¥q¡7Ù'Ø5:øPvkqûÝÍõ{HƒœÏ™ÄìNöúŘ7(¤ì£jIJյõl­²bËÙ¯Xˆ=›=n™þQ1uš#c#Ai¼ti,ù$¹ÁédWK,¯ÊÏlúÝû7ଠôØ¡X+ÅÒõgÕž¶ÀÅð"ºsòL¿0 ΢iË/V Ê0 l1°¶7gÈdzó‹­Â¼Æ~¾£|©Ûƒ˜Bª7H´e…P:|¹’êŒ=s»Öpœˆ·ÕÕÕ=°Ùø\×äÙ>ˆ¤žM-LféýI)Ñ?Êî …°ÒæÜ°ñþå¦ê#ÓWÝAj-àÆn;4JK™LŒ —ŒEןlŸ¬‹ƒv‹ÀÚ4£ºj…>O=7Ia¿-¸ªõ¤gŠ£žë.¹)õ~o°'·âè6`ìn,¸ÍÎϽý6øñyÿ,Újµà`j×]ý’“· 1EV‹õn'Ý­{¦åÁj*d×þ ÌU«Pd»éÍž´ü¹C¢ÞØD«)ÐGÞÝÝ\Ïϯ.o÷Eü‰šnº'õ=±y‘åöÞÜÍ/n¿ºüáÀºû“FïpÈ¿E¾Îš ¬Ã4ÚÕC–/tßðœ]e`öm¹ùïõÛËë÷¿Ÿß\ÝÜýϽ½:»>0o±±-ÿñ«øMüÒ趿Úçoôt›Ž¡GØOƒàhpIíÝË¥)­Ë†¨ÃVjfÓê B21u¸7`Ûµd䥩ëPN’ëYŽ-ïs©{C3Öõî·U ºÐ»CÆðX‰î•Ñ¨Ä„>ç)ôf2p æ܆§èéck³Wð`Íg÷Eû11ÏhEÀÃÞU†!ñ`æÚ`pŠ¶3ãxq›ÙŠù™Cú[|Àè%ñ/r‹/»!æPlÑçÈ €V•„`;/–Ä+²ÃÐĹ ’¾Ä× ¼:'Î]cÌXPNQ/鲦#PûÍªÍ ;ÿ0­ Æ8t>[ºÂÇP¬J¾ûû[] ‘q¼µ˜õ±¤«fï!HÄl¥Ä|vî@Ã20Úòy–bÔÑz­«aEámÖenÜ@7Þ“ÆËÏP{35s:ûþmúhGÔÚä ùñN·¹½±u“kL¹ÃÅ•¨ C÷!º“ä¶Ù}†»Ì0 ÇY²FÎ=ê^<è¾*šªŠç»rÉïÁ2;¡e¥ì‹a¨EåÑ0q¿n5÷kƒ|¶—3Œ¦£BƒKqØYÄùZkCWÏ%õ{Zðð´ÿ]£¯¿§v"endstream endobj 764 0 obj 2296 endobj 783 0 obj <> stream xœ•XÛrÛF}çWtÕ>,•€# îxØYV¹”È–Y»I,× I$¸Ð¸,E}’üúºíîÁ€%y½%› 1žî>§/ƒ/` 6ý ×´œ|™_‡‘„e;ÁüŸOh%Ž aŒš,X&&ß¡ûn ¡œ„æk1Yü0qa3qEÀ/¯ }Ô?<_‚çÛ6ÈHkÿw\N¾€dÓÌ%-áÍœ6Žmˆ`¾˜h“%„„~(ð2/'Óë³_ßž]Íÿœ¸¾'BEæÞNÚN5î[ø'-y¶ÌŠjèN("϶½á^›×8"¤•³9|àPh/ìÑ {pÔw/¯iÿ|ÏÜs¾Ï=‰’þ¡{±Ïî¹ÙDb=Ibq4X N'ý²o;plÛ}b,Ðe¨’R=B›ß+xÀŒ]VÄ7©gêœx¨Hx$RhìLú¢†Âq„cÌKŠ^i‡æ V¨`Xãªð¦.²G2åáR-ºGÍ$iÛøLj. ↔KxìÅcQK ë[]E¾ªFïÚöƒóµNÕ%9"€i˜jXø1·\TüÑ€÷wo‡Ê]‡:óf憱ˆBC“;ǯ¤a`ï²àøY‹Ð¸¶\ÕmצM¾îUxž†PÏ0©=&æ“úAA!D±˜aªë8FØÄÝ[xÊ?²ráÇlHë%2 ƒÛí³ê€úòÿ²mj1¬XÉÆ'YÄs_ºdº"1ëÊnÃÃg;úö«Éï|cÃFµªÑùë gŒg†“°Ny¥¸a2a(ì`´âæèÏãW á¡c,çE­Ë‹M47¸B‚¶oR%ížÉÛç+Ä’ŽÙZ`[Í,¨êjÖ®’LkÆ™#4MqÃy±¯»C·‚¯UŽýÓláþó^³o5mð‰2ÀÖ¿TCöÏ͆,Øez¸‚œ"Ÿ›šúNƒIÕ™šÔ¨$#Š/Eœ§ö¯Œ"WëžÒ²ÐrZßÝsƒ³†„uÿÕËÆ=NmX½‹?‡“¡×Ðœ_^1î¶0ˆüëãõéÍÔÕ¨XÔ†û/E‡jé^0Ù¿¡üúäí^Ž-YÚ$YÞ?ÓIÄX_½Ÿk“þÇÚ öqD Uó&¿eˆ†e-Ñó¤pÃæ pª¼9"–:îJÊbRC©q¢Õ?Éô²Îpf%ã¬x  D³¹ZئgOó¡§ÈHȱÌc!²å±sì !Ђ™6—F†E_ˆ1DŸÍ*OWp9MJÖj¶§¼ q©û©§!gÂBôêp‚²mCèJ~ÖCWçÛàÑûŸ¯~=âÓûUFŒL7–d1±/’†':ŽW« ?Ä×qâÝ lóœM®äõo~zuù]±z⨞c_‡½l౯tCáx¯nÿt´ \’}±¨yOŠÚ‡>Éš<¥ùo‘ì4ŒÇI]¾~³àwƱcÂÖî¿5¸pi[bݨ,¸ÅÑÊ‚ ÞXpjÁ[ Î,ࣆ#]aG£¢s ~¶à‚wš.Χ»hîÛɳ9òM]G»±®ViÑgAl• @hé¢Üu[ç~'Üo1¬üƒÊåŠíÀ ¬¡f4B–u—k Q²> stream xœÕYÉrÜF¹öWÔœ†²ÙevÄ„ò¦ðnKŒDÐht7l4ÐÂbŠú(ã¼Ì¬Ð$e›sq(D¢ö—Ûˬâåi£<úgÇÕ›ÕGÏSϨ}¿Âü¯V4ßSI†]¹ÚñœŒæD¡‡þ 6ê¸ÊÜg½Ú}° ÔÍ*Ði¬¾}ߤÒ#£Â_&•Ý?À‰ûÕešûUÕ'Wt0Ú©ºÚ­²Qöˆøê긺xþùwŸ}þüÉÕÏ« u`ÊÕÝy?”]ð™ú …žŽÝHÙQO¢S€ m__µòuB#Ÿ_©Y"…7 áYA}õÕÃc"†¬xþŸÏP×B>?3 òeËç'êé¸ûAùž@ZãcwZã‰!ˆÎÀ’4¶HâÀ7 JpŠñR•£ƒŒ°¬=íÃ7«‹áêúâ©Öú«ë'j[öEWmJ•«~ìvÄx¾b‹-/JU” RnV‡Rµ]µ¯šK•7èÚòÿj€òZò.?–˜Ý«Ÿ.Õh;? tlìv—ê¥bý©,ªÝ­ÊiÊ:#%jMšÙBPÚåM_ç´±*Úã©mC«« ìÚŽ¿ómW3òÌÓÙ¹HwÚN -ÔØlËNòžÅ0Én]Á붌ÆncÑ\ä›–7µŸÙ½eÏÔiäS«Úªzµ;ìÝ©]×Ê‚ÆO]%0‚ý€:žYWG¨±Ù«.ßVc¯rÈØ´ƒ…]nµó Ðšz$µ2ˆï7?—,t{‚lìRˆ3Á·) CÕ·VŸŒîêÛ§bî˜t/¯k3ðge¶Ý‘W:ÎÛ «@gt•.0@ m]³Ö"£c§µn8TýÒ.$eEþuê`8S¯6%M`(&ßô8À Û¶ÛVMŽÏþ¦:.Ý’Í&GY«‘Ã'Öá'#ÃØãâX‡©3&66Õ J6«¯=‡øí€3‰sæô;û2í÷R«/wl¿ê˜ïñ³W=ü²+/¹s†Ý«n´šïÚq¨oÅÙ¢TÇéälkÖ¼ü,sø<ÍÆ4ÎÙqGŽhoŽ—1OÁ¶›v8¨ŸCNcí9È÷±v0WÞìÇ:ïd×LGÉ$àƒèbÂ~/>å°à(‰ïée²ÍEh;˜Nm«cÙsXC-ƒ¸'a_†¿#©­ÚÜ2|ëº~’éÐL® íª·$…M~:Õ¢[W=£°ÓŠ‡Ã!õ¦ýd‡žb¶7}ùf$oh­‹ÍPÕä¢Ò¡Ú„^FʦhGqOÛ5¶]‰Ó«ÃCÞ<öo ƒà‹Ì2nÚetó=øf¯5~¤]J|[”§Ah–”eWïÚfÈkVì¯2Ýhß±CÙ U‘×b)èȳ¥Ð_  ]™S€ö%±æPŠÿøáà—ªoçsOĈê"1º$‡xM åˆ&Z¤nœü¶w™fhOª.wôÕ5’ý³XO‰îlýý·ýØ•½Í%(0¦\ê³]°Ü o¾©Gdx RÇ´B+®Ø¸iÅ2^}hE ^ßçbƒ|Å|èÅ÷ù8>ããgu»¡lÙµ'R¾ ?ãÕ(¼Ã©nŸY‰I¢ãäwt89Sêpš(A„l§ªKŠ(FË%‰šT{.–wìê¤-ÉBì‰B!ˆ… nу†KŽ_‰1ä¤À,X";íïJ¬Š±ÃžC}‹à:ˆ¶ìg’ˆ•³›ïE:J—bÆ3CiõÅ÷Ï ™=‘æ %™ÓpX#g“‘äUeÅÉ9Ç!M‰Ði;òsvz¡Sviýfr‰·R„TäØnËšT±k÷8 ,6H<ø +hõÔ)Áz‚¨E‹™ý°Pã/R[¸D+)•†7‘öíl<ïK’à7UÍ*ÝŽ…åY(+‰Ú‡!I„núlS—çZ¹¾°ŠØ–Í¡TÌÙ˜å!^DuÛ—ý01P«¤<ðBí“SÑ3M¹~Âyæ¶USÚšJfŸx-©cèÚšq¬‚³Ä;¦JŠKÆߊ©š˜˜2»ø!ª4¼[³^ƒ8Õ¡£Å²<Í IIœmmD\¿)‡›²¤2±'“QIÒTR qñ†Q)m¬·SY˧PÖ›8©¤@‰ñ«­¬RgÝ,D±ÚY\p·9EÁ¹Ø—äf›¼ø…ß𸉂"¤*ü‘]¾Y]À/žüÃö —Dƒ˜M{É\[´{¦A%g¦þÔÉÌÓä ¶ÌžùÄÂ’ b*G]? Þ¯CLɦL¸“ãe­«&ÔÇ6:…m÷q¬‡ŠÒq‡qQ€úævRkõöøè¼Ëjíú‰ä`R¬lg°KieÉî‡7ÓŒ¦:ÝhìÌ‹Œå__¨õã‘) Τ‰X><³ü=ݼ””ÄÔÃ{I\ª²FøÂQ .i¦á¢®N'rëS7Îù—ÇŒß;…íûÞC:b?<ÃúÂtÄõE_"ƒ N¦}Øý%“ƒÛŠÆ[âw˜·wÔQK>³žtý䟢LYë¬->FŸPæ¶d¥RÇùk s¡×)×Mt)Õ’g¦@¦x½yHz¡æ„-Â7,jø§’¸<3Óú§_úÍ—?Ì[Iˆàöá;-½s¦9‹¡…fßݳÝÂnX†õŒl¹dN¹A¯tbŠ›zæÚGìAü2ç©[/Õtƒ¤¹(éÆJ…µ$‰yàÞ¥™/Ã÷¾à¢\@qá„eï•ÉTh R9–˜£*Î1lðÄ'î:Oà¨%8s¢ÔMƒ)sþbï–?|öɲ¸»*IƒhFyuw‹+,ö8Ò_ÞÙ êo;‡GéþŠ Û)טØ'%8N·Ò¢Œcã,îõήôÅs)ÉæױzŸß8¶zg¹Ù`æîé Ë|\½‘g¯ˆŸûøaŒ¿kùÒÄÃw6VÿVÍôØh|~¥B.0Qà)š'/UÑüžø𜫠2¯}xàÕFEA©ïáî…A H&Ë|é¯m¿|°†^Ì»x(ŒÜ. ¡žFÏŸÔo—Øo:ê±kèF']Á„.|ûVùž!œÇ©Š<Øûˆ[wª0ÃÕ¦–þ0‹Óù›û*»Ž@¡/C¢JµCÜÏ[ÕnÎtÔc×8UôúJ]@'Þ9Š‡^<öMa¦_ÐŽ«‹µ}¹ðS"ˆ5ÿÊ2y†±C¿5•à²|ìS«ØåŒ]`û—õ˜‡9 ÏÁ5hIÃ#ˆ™>}Ï埯·é\RÌ 7ï¡×T/s~Èì=”/ k†…ëlxçÈåC½Ò¸×š¼n±/]¦×’Óû ç~3ºD4‚ð3¤—ÛöÂa<綼ÛÖeß;JÏ©,–GºL2¥(­£ôþ|?RþÿAcé+ú#}ewü}}YŽ÷´¼5öGdWºMš›§ÕBεP#mĹÊm¦Z¾ ÎËùå….?¸€\ª›CUh¯’,8½·]¢TOéЕGûv³ç·›NÒÕ‡9ïætDû¸« ¸B?¡¿‚\¡ÚþÚöË7…øc× †y(Œ£Ô-AF4¶â~»Ä~ó1\ÃÇp“šCà1UD¥‘="ÉàVyñ)÷‡Y¸oÛøÖ€4‹d²lZÂý¼Õô=óØ5rŒ=õH¦¡ Cú«îDašÒ¥lɈ‘¡ìMŒHÏ7ç|Ü#Ã$åÙa²ìdߢ¿·?õ'òö“h&ïWÊ„:~}ym[Û•ŸÙ¼"õ—+^9Ípi帘- $ëNBv¬"?Æm•3‘m§(Ëp+ƒDÊH®UПæÂåh ¾ÝJ×â}i®mGÚ•a4ïŠoÌs'ÒˆÃ"kÎdÝWèÔTPdÈ?Vfƒ¢Êƒ>EÂçÏþ²ÏgI¬áÂ~³×Û²3yHQ aÎ-rG×*07H±Í4ê'Ôr+m »ÒLÛŠéx·Î§?M»J‹æÊ™nÔâ±+g¬lŸ¿.xRýø÷_C.Usendstream endobj 804 0 obj 3007 endobj 826 0 obj <> stream xœíXÛrÛF­}åWtUl¥¤YÌà^û)Öº”’•DfR»)?d Ixq3†b>*ߘH;®lå-å‹Ä™úrNŸîáðþØŸYµø°øçc"Øô‹ïñ‡ þ+´qáAœâZ¬éœ/è\(hÝ8T‹ØýZ.Ö_.|Ø/|–Dðæc‡ÞšAÈ!=xbÞþ%ZÜ,>×î¹Y7Km؇–ë…q›C, c†?–ÕâåãíëÛÇ‹åû…,öñÈ2ÇeÙªó_Á´x,r;ª£•˜%çv­/š‹içv ßëT˜(¼1Ï*à›ó{&¾0ðlxâó ðä³ø0¼4ÔáùùDÇBz’Ž¥‰õD ׻ͮ@xžä´1!Ò‘mßš¥ˆۥ%-…Œ'išÚ¥k³9ç—wß>Lv »"áο‘CW<¹ŽWø›se:1’Îò¡kD˶Òû Û¶,ÀÕÚ¦®ª]9¸”™SrMÁ똤úá1î§îž³'Â? ½“ô‰CˆûÆW´Li;0Z\7ôØeB=QybÅdM‰-ÃY›}%£Zƒö„‡Óšê†Sé¶ÊTNObÂe½)± ;ÈeQçf®8"åO+™qíQå^w‡›r§¸†*béÈA™—õÌ8…LŒCFØ¡hðXÚV“5UÕÔ,¶&Ý ²¦~¿«3m|_ [;mÄé”WÆ£©ÏT­©ÕÃ;[ϦÎâw¤¹ê³®X)B¤jšakDK ç¬ö»nm+,°Ån§§ÌMu•®5GÞ]);¿ú-ƒ»Ú0,“½²Ì­Ú¦6êkè"ÎŽ/|Æ]’É!ä<ÍMZýd®TšÿXbøŠŒDG7êµê9S'­râF¶1!=ðKˆ/µ‚ó˜a¶–[R Ô"nrÜ 2L&Š.Úi¹*Õ» æ¦ËÙ¤ñ­T†£_ÑW(÷ó¦Z#¹ß¨Z阧§Y+t²l,óp¨Ø t‚3ÓÊ°¿;ÔgJ&ðŠ•Œ=ã®6©J–F³™£ŸP溬ÜÔT gd)!‚SÉNÎK¶™ »:Ãà-]¹ç³ úÿeQ0É´•âpšjÉ8–šiÒ,³eq~Ù3Öë9Y®-aÀõaïT»ØÄ1Þ•"ÄLK>:ƒ½Y$ËH®Öæ#ÙõSÆÓ¿Tus{[ãÓ캡ú¡j˜`Ó/Å1m¤Á8É4¶Ê$ý•ž2GCŒ²fB<yl0YÌ ¶•qyLm«Þ Kƒ0Ë©TQŸÑx×8Aiý0êÇñž˜ŽîÎø;Ejº´ê;Ú‚q(¤mÝ-¨ýè«÷Ô¿f%:öÅ„Ïü˜•«}6³Jÿ<œTwà…ÌKÏWxzTá+…W4íz$^c+7s[‡³½´ƒ³ÍTêêÞ Ò§eú48¹²~«œNNô Â(‹²ÿlmòŽ7Ž]‘›û‹ªõ·!EÝâ<Œ×s%+j—­©Ïw'~¢úˆÉÍï:ª3_i¦šWý†ÄÜH.š±W„³ü´¬~Ó*FÿÜ Ò_« ,Pã½èÖ o¼ÑX*ºN¦2™Å‚Š„ÕE•°ßÒÍsR3ÓUÛSk¾ Óé¢ßìÊœÜ.u]`ÇM÷6¦&Òp’Y^Ú«µîsæ™0 ï¡ŽŸÁI)Ÿ!׊ºGõ@î"S­@$xažb¥WѱéK .Ô” dbMšªG% üç/^vÝNfƒa=Gµ œÅ3 YÕ‘¨_»V-{ª+ƒ ƒ[ÙáÅËÞ9ñuTé;IÝU@ÈÄãwM ÓDÞÚA¯F›q!ÂÐksñuk˜hé‘e„ª,ªÂ%R1鬽֥,q` ô:È­ìí}tÀW` ‚¼èeþ‹1"Qr£¬ëÓñ·d¦?cÍî:…íÎ()V°Oú¬i•ÑcÝjÐÌØòž³ˆ~%sw w¯îo¿ÖwüóýÓ|ü”ï?õâ ¡ )Ó÷,ÝF†ë®×©Áš¶jYYäH«´ï·6øµÑ4rDAM~½ôµendstream endobj 827 0 obj 2322 endobj 844 0 obj <> stream xœ­YmsÛ6þ®_é—¸ æ»Ä»éMÝÆmÝIœœ­»6δ4Il(RÈÈêòo¼g)¿¤×#Û@`_ž}vþ Š€¾ÜÏr;ù09»ž'‘X›I(ÖøTšÉÂ(³ß´š¬hMК4 0g¡ØNrÿk=Y}1‰Å~Ëy&^jÑ}HÒP$)~ çv÷/pâzòA„,šÿQnÅ× >8s±XM¬È¡È±G:“³H,¶““ë‹«—ן/~ŸÄi"g1–,–.L§tüRü—¦’@f~Fi™É9„Lܘ©ÚFDrF3 ño6…Õ"”œ¢‘øáù9«¦œzÑ_S/¢¡#ý¢<Ð/OY¿h&Îûuo:ALÒ;1v§w¢xæTˆ O’Ì3'IGá_%y$ ™: eœ“(S &‹ýä¤jv}'*#ºâ=›7‘—C5R,6˜ÛªrS4•ÙŠ­]•ç2VQub×SÝÖJt-Ä›öF ÓͲÐKÑÞþ®Ê˱íë®Úa™VÍRiµ¦T2§Bɵ…0ª£¦aKè0%Û,IÞÀÊÛ®ÄmÛ7˪Y‹]]àUÑêñ¨¥ºoªÀð Ò8UQ‹nwJw•2Rü¸Q°j¯t»iX+ »Læs§×G6‡œ§^Ïš¶¼‡ìŽ×ЈVQ!çñ±¸!‹‹ó·U1–âö TSBv’ Ò3 „6¥®vÁ Ýa§pä/'xÄØÉûË秢l›N·5Ì×õJÂÚÝFA?ec#•Ñ ÕöÆ*Ê"ºI'b “”%4VÅVŠ×Þ3Ö³L&Ÿ¶„yÎ…V 8 ²w˜%ŸÒú*àrˆ^¶ziD åŠÚ´â–ÐP,ÅǪ =YØ9²ÎrÖ#ïXó{pª«F±é6XÎÁV9œ@›F˜Æë°®`½}ÕmÄo_½8·´ ›I?M1qt-zi§0Ó´Ö°Qæ^ØÓïv­†Ç%͆à»W“PZ8,XÀ½2„6 ±*UèrƒÁUK&ª‹®úüÞe?vCDÞe¯¡8 Ä"·úÀg‘ÌüR).Wëö(±b•3²­]QT5âv3=O&³qòþNü&u¼|៱ Žà1IÃb¹„N*R°)¶ 8^ÚíÑB«¢°Åb,ð¹Q’Qòy,•3×s–"ecpÚìSˆõ=°Ï4†yç£6vª¬îm¼vŒa‡DÆáXºm¶°6ˆ…JS™úX)À7Dƒ×ñË__]~8 sØÇ;â°«Ê¢®Vë=o0 Ýöõ’B‚‚†"¢@Ìo·d@ÓÃt…ñy#u?RÈ¿ÒlÎ:|û‹íÅnªùè¥g½Ñgu 9ÎŒ.Ï´Í°Ë3O˜ÖÅx{º÷7gïïé6ûòÿnöO¡î($üñ^Ÿ¢¦ÈMÓ0³8ÊØ —+ïrÆbšÓ‡ü™Ø^®ÿ8u´×®5â{_Õµ(ºNmwyºÏnÁ‰†SSÕ`™¥ÔE ŒzC Œ-¼(™%‰âÑ—ë¾ù£Ú=‘Ö­ nÝ#ýº™[%ùT7ç¯ß¾º—Woÿ³/ØóH¦>®Ï9eèíʈ¤² ð;ß¾yõê £Ú/ûñòê;ñýŹ+™ˆÆ™D0%öYûÄý¬Úºn9Ù¡nò{íÉž˜m:a3Œs²Fø•ü@PfnëPÝmÊ-å P°+{T2ª·BrxYAM’yþd¿h˜â±Ì{ÍÖ¤ààgÒ;'!*p‚#lò·_…=  0 \çEø ÚZö$ÿ„ðÖÉ”Šl‰ÿxÈ<3‰að8*02•x)JcŒ?6ip*¶s_=ï$¢S ð'Àcž '„€à¶¡Û:Œ¶Fäüê·çi«c˜F ¯¾¸f(…¹Ì<òÞ\‹×77ŒÑ$§ªÑŽwqãí8÷;esʯtÆAçžÛªšp¶¥÷Úª ‡*ò †£\ΉÝȲ7=3'B®¶Õ›ªkËP¸÷];í*‚«åè(žËÁGJD]°Q*3¯ÓÝk ù²#¼+®¯ ŒYPv¢Xp”12$„lÀ̘ÓyDÇcÒ£I¤Êx.:dÙxÙ-e%+J|œdl9,çÅ@õNÙº·µÀ.P]M­4öM/MQW\»£êEŠwŒÐ@Fc’AHèèÂÕì¶è%ø%w»º*«Ö挘¾êìrëG¶k7y³ˆ}ÃiùêíO§øöÎå¾Ü¯Àà‚fïlþE⪼“‡–c£SRþàäÝ|d’ÊùŸfúª)Q÷¡¡ýxÅ,¤&l“ªÅ×ç?Avÿúï=Át¡†³ë΢&ŒåÌ£ù©³(êËÌËe$„¨ƒ:âÌÑLZnwÀ‚|r2ì6ÿ³`â#IŽ1MqB”Ä¢ë8 6xÎò4Ò–È:ù’[`–X\Ÿ_ݼýòîîŽ}y8àíêNÕæIˆ¢@L¢‡!Jœo‹jàÁtcƒ'3­#gшHïÇ$0¢íÆÖƒrPe“¶jR8ùβµ\+Ãð1,Žje]»‰¡ ”ˆfn„™P+YR ŸØˆŠs*½ÛIðÇ¥B8v ¶çxâläp84†mÖMK©Ôj•#Zž×j©òš¬ÖŒ~qýYDÝÜ'ƒ Ú²ui4ÎãíŸÑ0—ï¥ BáˆðopZééºm—£Óа½°!ŸŽmu.gºí×»Öym>¯pƒNvÀv8lZÕcs¶·Q:hƒû³\zhP{¶b¡žB­áÐ ì4ÌdvD3GäR%VoÅ~S®y„3J¾çÓüȪæY/¡Ý–„­ÑOωÛîï"“xdëc.Ï°IÌLkÙä­e“øˆMüõÙË–ËA¥YŽùQN f¿ù *Š/èá Ì€É't0$í¢7¶­o>¬ÕÐá,–¡ç¦»Ž+~[<¢GÌ£EÛw¾Õ¿W5ß|¬x‡Eæü1‚Æø?e6óÅeâ½zWlw\&ðm’Å ç´±Ÿ×+‹…á¥)RidÛÝ’ª…Fl[ôð%Pelx‘ù%”·³Y?ƒ][ý¼µRš ŒâxùLÞ{gžš ¨mªåpËaË {¿RÛf?K¥7é:ôœÄôz|ïN¹‡Õ^¹‘ä1m³°»cGSÚüÔ… vÂ,[Å=+OÇj«€£éÞª û¿ÊæœV¥Q}ªc¼¯÷Ʊ¥÷4çžž¦’ÐvÔ®±ˆ“ð8ÖŽBt( ²x¼ë´µ ¬ €sf¾ºy®ƒLzcý­µ€áû¦ÒßòÍE Ò5T“>n/§Êq¸rÙp»¼úæúâü†šÂÅ÷âüúúÜz7&ØcÞ‰›ËŸ/nЇŠñ®ýaãh—;¢ kâØ÷ãä J dÇŽìÈng›¹J¯@Ÿ«°r^s‘Þ©ª±…]5nk©—ö.KKJI|]ç² ææcM`×ÓåÁ°¼³·F/-(Pçéà Ÿûºv)±Õ„ãBëâ`Ž|ï~žÉÜë÷‰ŒŸŒÁÅ[Æ&"¾ŸX«Žïs½ÊÅ]-®åïm^¨íyÔ ­j$Ô›y"GÆí_üTÒ’uÆ\; apö›¯xXrÒæüGúúHñAæendstream endobj 845 0 obj 2799 endobj 864 0 obj <> stream xœµUÍnÛF¾ó)æVÛ°¶»KŠ¤ ô CR#ªSY Z —¹’6å¼$­¨”C O×™%W– ð¥$R3Ùo¾ùfùœ àô®Y<?/ÓX¶ lñkòÄBrH&øcu°¡˜„SÌX’=Œ”Aâo‹`s„pB–Æ°ø¯ ûþO49‘öÙ¯°â6xá ùKVÂÍÊÂjô$’qÂð²*ƒ‹åü÷Ù|y¹ú„ãˆ%!†¬r4«¦Õ6œÁ'rEœÅÞ£-Y–FœGƒ­1u’%䙯àGEß?5Á‡F%ܾîëûG|hO¾­=‰‘/úÃö&c×^˜& éI ›¤j L»m×´ 9Ÿ'$i< ‰C)Þ%ò5Ψ‚…‡eµÓ°WV•©mà°3ÙŽu¥:B¥um ¦Ê¬Ve5duÕ*S¡ÇTÐâãß íûµäD°4ZÂôä!Külúrd• ‹}`ðPásyÜÒaí#~ñÎxpŽÂ0¦#¢®\%t½Ç{X¨¯¦ìJ¨ºr­-Ô¨×_tÖ6ðùâ ”çŸ// .>L—ÓÅ|5_¢g1ýóîæ~‰îÁå~`j-Ò¢ ]ê ³¨Ge µ.4lj;ä†\#=EóJÖNÒeÌ{ h¹ŸYÞ^©©m‹ü¦q­|kvhøÑÿµŸûwK¬#Î+ß¿²¸gÎ9‰)¥¥1C‚Ý pëpsÁj$St( TL2dˆ%~;«Ú–ªó—“ÅÑM„×}ך´G’[¦Š¬+T«aWÓ3é„jöqf5'Šãñ4WUå/æà4KBFˆ;Ô¶…½ÉÚÎjF‰FRJzq…®=ZŒ3ž¡1ÿè>ÙNÙÕô (®‚Ê..÷ŠVU¦¯aíì)s׺űº¢D{[oqÁ´.6€Ãì Z®ÜdOˆ4e\<‘Ðe;> ƒ½ƒÞìU¦áàÎOÜC?—vMe:cûÍÎêr_à.‚òœ G€iiºU—Î"ж8bãU^ ¤õ‰I'˜zÄïEñ›?)¨?µÇÖöÖPúÅ”ìtÒêh#½œX+:¤zòÏMkª­KæYjp~Ù«‡Žˆ9“ÿásíTe5qeú²£Ç!åsÚÏP:ôíqOà¿•êo'%ü‘œ¢øÁ|Ùô´w}ÐHF=GÃîy°Wïî–÷/ÁŽ\Ä0‹‹;k¶¦ÂôG8XÓ¶º"03EOMRæÙx49ÜÂÂãœÁü+†Ñ ³¹ÆFûQ¥O¯×G3øˆˆ²ÎÍwT&Y(ó¼E]ÀÚR9vzeÑç_½F:endstream endobj 865 0 obj 1012 endobj 884 0 obj <> stream xœ­XkoÛÊý®_±ßâ\„{ÉåCd/PÀN\ mbçÚê qPÐäZbC‘2uô7ÝþÅžÙIQRîEQ‰eqwvæÌ™3³|f.÷˜K?æw¶]¥´¶#³×Q›#µ¹nØÃEW³.ýª8ñ0²DbŸÞ]Ö¬nò–=5õ–µ]^T¯­Áp4HÛÊÙÌ¡‰?̱û–'¹S›æ®Š˜ CbPñ¾,.àR ‡Rå^Vû¢J;É~)%K«œíš:ï3I+è«Ñhlz‚ªË”F—×}wtîr,¨¬®º´¨Šj͆ªËe›5Å®|@øœ’GD€#±p¸<‰”ß–FîÙJØì¨*a½íš>ëd®1NY×iµîË´a[Ùn8[mtt&²œ=î™±¶M÷ìQ²'|™p¥+÷¬«ç@“'àR#«òðê0Ô‡ Wã‹@ŠÎZÎêícQÁüKÑm¦qáöÀ£ºÛÈf„¨ïŠ²è Ùò9·}¤ƒÌ¾×»üøéÃõý<Do8½‚¿!÷Ý$I,|M„Ú¸/0¨À€œêdh7HK‰-² hY]Ö œn·5œb øDz‡¡NYºqĶ¨úh2Z›*Ž8ÖÇóxãÃm{;lûݼFÕêÃÉ…u•£RÙ¿™Îû½öü»"ëúFò]µþ^ ¯èáB@F…ˆÀ·}ÙŽFÂâ¢2ÙîdVü‚ÀÔJM_™f}ö±û‚G¥/2À¤ÖéÍÊýY(6Æ96 –7~~DŠDh³·ŸVïooîçõzálfœUÑköÜ÷;ª§–m  r,GĉºÞõgW{剬zÑ’%4G…²ä¡yÜœ$P×3+dYÚ€ô˜U©¾l `ÙviÓµ p­ ž"¯ÑÁžâÎÌ÷‰â¤ƒë"àÞÔuÖÊŽÕO¬ÍÒR­ÔÒá#²³zGòÒ*ñ˜êÅ6Hg30æ¾HÐBMˆÿI×:ÌÖâ ž·Ê¢ã+´¬Ì ¤EcÙ˜’š€câk¡Í$WJîðõ(.Êí¢5A0|ê[ùÔ—ÄR †’ =E«ÄHc>h‚2¾C%H@&+ùFÁ¤¦ 7V–hÍY¥÷.Έ¾Y7é÷ê`gÒž'ð„ÂYF·ÿEùÜC©cšu-’q’ü— ù@ ‰¥”(@ÓÊÅÖ2 L·VZ¢*}¾¨•­êfœýAÙ¡Ï#o~€ëg(þ®àñ(*ÑytÀóá 6ÛÈ-õu$®ØîJü ò7l£ž·ô¸oðE‘ŽÜ˜ÍɃhn(zÛæ§ õ§&‚li ÊM ÜåT [‰Sû]ÚLêœaÝæs»+¾Ÿ>/^œ&8Ó2ÇÉ¥„uÉÔ¿Ï}›~'wçû}Áýá怔#ú¹#rëΓ–_T K»z[d“«q«YEÔm†k)8F![ºHçi—¢J«¯LÛåì–槷—ºÙ§ È‹ãñÁ¾d·ê¸!SD3sä?1ÐÌ(”–šþ½®jK!ÇØ<óõ…ùîìÜÑëyÀ^azªpcDç !½l¤¦“™ÞH}š³ËŸ´6Ab†ŠÑÛE2¾JÛ?ÖƒñÈá®ë&to6‘Úèy@OŽz¦Ðz $\±³Oòe8i_ÓhÍô£%¬;1ÕûÁØ·ONCKÆTÏÙåüEä¹èa]9HN0„äqO_Y ßyrxér'mŒ‚:wHífvÀY–S„à$öñM’>d¸bë7' PŒ¤ßvè·,æà¢=x/µÁU·ìszÑ°ú¨ôDx!Í+:ª80¿aWÍÙÕU®’T«P»&­Ú±ZõRmàqqxƒ2`(V+tI¿ãÆþÃEñD/g¤m]eË7“‡×oèí9÷º/%e˜©ëÕp­œ›6OL Übqhš/`éç¿s'…{endstream endobj 885 0 obj 2266 endobj 914 0 obj <> stream xœ¥TËnÛ0¼ë+öØ1KRïcš¶SGÍ–h™­%9$Õ4?•oì’’ÜæQ @aØ”¹£åÌpÈ{ „uŸq,›à>ø´Î‡Ú jüªÀUÆ)¤9þhls7& š ÷Áö$á!I–Àâ_ ÛáO3ˆbJeC÷\±îyjÓP6p^ø…dPlƒ2ƒ”C§‡¢ >¬¯ÏÏWËÅ÷ Œ#’†)*œÆJ^Â+E”$SEj7“’,¢4çŒêZà$u•y_½ƒ zAG¡¾¼]ôÅåñ÷Éãˆ|¡åå±—QÇÉÁB÷¦ƒåÙÈx g}Ý œÒðyÇ$KF&Iˆ¾‡J4­ñ—ÕŒ‘0¬V›M×N|âË3ÂG)š Å2;è®êKi@@ÙµVµ}×0M×ÙX-J ÝìN:¤•ª…(`wIàÊ­ÀFÒIh§¡é´ÄVÍa¯Jae…rZÙZaqó ¶s¯ÍxN å0s–"!ÏfZÂHäR ýÆê¾´=¶T”´˜°ôF"çJùn,ǘ¥#‰­Ô¸šã[kÑœ‚$5E·7¥V{ Z ì±G‹Žv¦ŒÐ©~ÛŘÄlD©˜ŒÅY˜G$Œa†`¾¼»^ûÈSw †·VËÅ|Y¼ì; 3–yPŽ?íq_Œ´ý4Âjõ D[¢­±z ÊoŽ÷ c„Ok<Â0‡{“S¿”Añb;lÉÿØUZ¿Á;)*ôE£ùº2S2*Ø<¾²)BþË%JòüèÒ™$„MŒ¾ŸWëÛWyÄèJe>2+­jÕŠ= <0y•„­0&ÕG¸Ù©=Ìz3’˜ä“A“¸í´~qq‡dx0Øñúñ— ¦ÿÊoaÌ ®¦ÕåÊEªRO¥Oµ d%]À6L·WÕ˜ñŒ¤ÉóŒ<ñ¼<^ ·±ß <5Òì<Ÿ›]×Ö`v¢R8âY8Þ> stream xœVÛnÛF}çWÌC8A¸áýRäØ•U(²c1mƒ (ÖâJdÛÉe]ý¢>¤ïýºÎÎ’”,7E!ØZqggÎœ93Ë{°˜ –ú ߛҸ7^ÝÆ®»Î°a‡¹¡vÛ± Œñ_+Œ-ÙDÊÆ÷,|î6”F<. cûÂpáÁpYÀ›/­õÏ·ÁóqeGÚû Œ¸3îÁ&hãצ„ó„ÇA²54dbôá‡,t )³ÛÅj¾v/ž'¿®ï±ÐE›$Å缓¢u/àµåY,wD«ž„,B”Þð¬Ëë ªËÞ: kÊÂ2uàûßÓ âÖŸó¿òóèÑQ‚Nl&û” ¬ßõDz\P±Ñ»:ã¸á‚g?¯DÁ€$p{€¢ª’o±ô:e1$DyÐ:ˆC ×ña™?Bu\gE„ŒçÙÊ(ò6h©èÀ`Xì!Ø ð”Âi…­€YÁi…cbËñYÉÒ8[¿_]߬ëçÏhßÙŒh·Í«]ç¦Ã¦7lºŽÒg±’”€àí&Ȭ­û]n.Îás! ¨ëOè¶u‹,vyÚ£Ù¦®$Ï+õÜ7w³åhE ô%z4mö<ÀU¦ŽlªêalŠY§iFsÇdÀÔ„pÉ•ǘžv]V÷E w>Qz! `lzÑH ?ê7=‹=M;Æ/¡«a_÷ÖÕ3š.óGº%dt«Øþ¡â¿ï,Éz²Ý‘_‹…£ã>G|˜qâ!çäZ»c×òRç)Žf¨È6Œ/Y”íÓBh›‰cK“üKÿI ¯¦à•x¢ÌG£wà7Éð*=⯎º‘ê= ¥ˆ §ÙÝ÷¹G¼NÈótƒw}Ó äÒbáT"å1åXß:à8/ùN=7šÆ3¾8„;ë „ºŠ9lZ¡jŽçð':þ›ÿ‡Á6Àendstream endobj 933 0 obj 1434 endobj 962 0 obj <> stream xœOKÃ@Åïó)ÞQ{XgÿoŽJEÚïRÓP1J“¿¾;ÉFPdÉN2ïmæýöV,«ÔmGºXWѤÑægO¢m±Ê[ßÐnô$ñx#}4:Šóë+ídñAV¥€û¿L›éÃy 癡Óô÷EžØÒzŒ6—m‡«z\!¡ÞÑY#DU.uGgëÛ‡›]ž×/d½SÑfOýœûOñéí"9VaVš^:Q%ÇìJoØ¿¿Á¨(ÊuÕxQp!5¸û]›½ãÂgþÅÅù0óU~äsF2‰MËI±U©¤†‰¸<µ§áÃl¿…—$)”$Á]¢¬òúÒÝl8endstream endobj 963 0 obj 264 endobj 977 0 obj <> stream xœÅXÛrãÆ-¿ò+úmµ[â7â{]%iU•Mv-Yb⤲~Aˆ„.°–Uù&ûsz.HJ¾$©JI¢ÀÁ`ºût÷én|"G¸äðùŸU³O³?Ü%Ñ‚6ræÒŌçP”à£Íg¼'öyÏ"p°î‡.U³Ä^–³‡W3Ÿg¾ˆCzÿܦ{ý%X¸,påÆúôW¸™}"W©fÿe].•à€bZ>Ì´Ê.%8c‰È£e5;»{¹üaˆØO’·—ëÙÙÍ›{^ôƒDÄví.•]Þúoèoj¿#BßÜÉ[^‰D ¥³&‹¦&OD|çzIß*h´UÎ`”c ÷èÏOßÓöâ–1×ûmæ.xib¯—¸{“…²×‹è¢ßô²#Ïq|VŸ q:?ãù‘1!ð”gMâÐhúžkTÁÃ8Žý‘ UWVƒ”ê:L"×Éx¹}GõÔí ÇO¸¼ †Tf?.ZaÏDˆŒc‡;¡pÂÑá®+¼#w›'ts}î-D¤öÜÿã››Ûû·ÃÆØb AïfgíË3O$ñCÍZÚ½‰ÝˆElnS!)¥]›ïÚ&Ë¥lZzÀß*-ËyZ¯ç²+²ôÓ¦osIEMÝ6§!«¦Ì³¾L[Ú´én[d’viö1ÝäZ¤ë8Ž‘éˆÀÇ·ÍÙ¿ÜB1úç|û=>VüѦ뢗tÇ×—YSB‹Ë /«ôó÷ÇæÎaïÜ õI|ó÷íŠ0¡å#ŒoótÍöß¾¹¤¬iÚuQ§]N?•9lÍÊß7tuóîæ¯wØ›avKZç2k‹U¾¦U^6*E]ĵ•þÈ+¡X ê<³tNÔôÝ®ïHv]QóÀ[ç~à ×·ÐÌáDJ¿h-p×£† åV+ Ç­ûŒuÙ£ä9žð,=ün˜Î¨J÷°pøº€à®ÜS×KI<á[¾ióz­yhz(¢wáR V=tš1K»F*â(-esNû"/×:€ú nCDˆÞ/N‚ó>Óî:C ëþáÄ\G$þÿWÌÞdz›Œ‰“Qîé‰l‘ºçbðî'v£ÄFÖÌÑî‘ŒÔñ'U}N4MW`­›•@DÖ´GIû¦gŸfÛ´ÞäVüÜwbáŒ>ÌôtâM 0Ê[ãp„lPNtü¨›ÛD¡Õ±ìsAwºáü¹‡»¦¨;ªûj¥9Ãõ}nõOøß‹0!¹c 7ŠÏg˜ÔÕ]ÕXpS«ŠÝrÅ“Hmɥљížê,a 2 |UÓCÛT*ÎIõbc¡5]`Ùú%}õZk¥a¥15g¢Rƒ¬´ýH+ÈûR?œóõke˜=‡ìþ²Øl;h°>ÜÏ"¿bñãS,úŒ›e75–Ëmª²PV |ƭݶmúÍVw;0oÛWÚ`Ö‹ qÂTßÚ­“ëÍõýÕÝ[U¸Ÿp¨íBYÍÍkQ3룟|qw W,þ‹ÄC‘…DaÕäQV:…?Ê‘k=ûù Þ0 ºVÈÅJñîÙn‘M¦ÕMðÀ°N»T»C­[·º"ò•«´þHú0AW“ç¹À˜š‡–ëš|íSÓ_)m4᪔+‡Ž¥ŽG‡X O³L Ü°ÛØ¡<Å ç 0/¸ê3c?;¿ ozr"ܦ:g¼ñÅæ=†õanâsݪ½&ÙaPª¹r€!é•~±Ï œ\³ËwŠ±xü5˨! õ4 ó$ú$O7ŠÎÙ³5BØtäsè™Ü ø]õL¬Æš¢ƒh¤-ÅrmNÊÍsöâ(¤x°ÌéFÉháyŠme#™@ÊÓÌ 9‘Ï$|@ÍH3Ž‰JÄžÇD¾,Z ’ë‡\ÑžDi@aÒa"tŒF€v(ž®Ð!:©†Èi5|¶1KmsyÔb#’ÛüS_˜h¨b“imªÅåù9ÑFœí¡ô k„ÒÌˉXŒ<*ÜØPi¹ºWþ˜4))-ß_ØrdݺÄüÙµÅgÖ"w¨½“déÚ´–# [ìíZ$úÐw5ÊJ‚ÑËN ôúp†è@ã” ‡¡ã3Õ‡—ç\KŒäk bm‘2÷l¸½|F¦¹{xrŒý¹9ZПݤ§n¢‡8Œ@ÛËC\¯F…§š‘˜¡ß4#è6]`â+dbí±P#se©­”' ¡C«2üÙVu z†97wŽ^ÌðK,«µÅRPµr¾ðu鈂Þ>ðoÝœ¼Üiù…ŠjAíÛ.} ž: -*1È §ïÆãXK}½e?›`hCÃi‚]ÝþÅVâgW¯7­B:‰Edyx¯ómNŸ/Bùçß<Ûr•endstream endobj 978 0 obj 2278 endobj 1007 0 obj <> stream xœWÛrÛ6}×W`¦µ3ðÎÎøÁNÜ$ØNm5½Œ_`’Ø’„BqüSþÆîâB‰–“f:žD6¹Îî9{úDå„áû,šÙ§ÙËkÎXLÖzÆÉþU3|•ð€‘4‡ÿ:9[™ bPà‹0ᤙ¥þ×z¶z1 Éý,¤YB.¾tcÿˆbN¢˜1Â3»ý 8r=ûD¸ç?Š†œ-íÉÉÈr5³¨9I’Æ)…e3;º>^þ=‹hæy¯—åìèêõ > £œfþٵнìÂ×䣉g4 ÝÙá“”fc‘{¦+Õ’€¦øæ|I~5űi±1+æ2È/Ï¿³ Çsùß™o ¡O†|óØäEÊÄ%¸ãòÌá&AJN‡õ {0Nà#–,qX’0àß&õ‡ìUŸs戆T÷Pò“N–sryrWrNnNd]+à ÖDÕ+ƒ!±×Ä+Õö€Lë|eâB$š®h×~X a!›Ä]ý¹=*¥.ºêN–äNÚ f1hÓWðöØææøpÜ/ÄsÃl²á5ìQ¨f«Z€}€¤ÉdÅ$âk"„OÓ;¿±$ŽaI2Íô³mÙ4v‹–”²#¿›¦…dÇç¢Ö¤e5hà–œ¶kÝwª1 ,òˆ&»cÌ?cOkOØd»‚Q4²š½T½$ýFôÕqú}c•(Ú’LóýuA`¨$[¥«lÞhóô9ùÓÚNB9å{ýµ¿‘ZÁ3ƒÉE:¡ÚîàlçdK“ÍW-e©í· ¢:òöÜD`^þÀS×ö`Äeª&4z¾ÚiðLµ×Jš’okQHDŒ]Å°m y‚å· ,a¼ëjJ–_)©KŒ#˜vè^…ô/Q×оäh×6ïáÔ.ß—afVãq¦e]’J£g”~q#úbSµk²íT!µal¥ÐŸ~œAHcoŸ÷š’Ÿ+´ \ÑëN4PPQšj`ºWº ÃÃYÀ8Ͳ§”1æ]]ÌMÚQh|ÓóíØã`Ž=¨ 7éœÚ‚W³|U»z ¾´3‹Ç0Êãý’CHoÉë7Ö"E±± K ¥`G¤/ª0ã%eÊ9t–LËc32õ ¡:C_KщUîÀ¸÷Ò°ýf‘zWAže»ìAyž}/.ädê¼ìÕç2«Ecþz(6xLäÉT€” µ·RPJ˜BMÕ:¼p„:Ck×¢W‘&bEù®µ\Ù¤AÜ“JЈ 1Ð ‡éùT?Wås‡è­,ªÇBXËÁº6À)îÜšñt˜’®éœÜ P¿vkŸ(Œ^ƒ n7 âª‹C†p-ÎÒ¹ù˘:ÚЃÍÔïFà~S¶jsJ›l dëÊ,N#äS·ÏöìtªUc¼ i˜úöƒ3LÇÐhÕnûT8êS ÙíñÜðÑͪ±ý{hÚ$/ðâp_Õe!º’’wTBy„¢f&txMÚôú2Ó/6¢äî4aÅy™‰+̸³³* ŽV¢ñØ„¬‡8Å@ÆWlþÀÝóô‰ä)9EÁ[R<6gœ&"=ã ø ÕÆ«ÁòÒ|´é4l¹3ïî²{pæ•Ò`?O;Dk¸¤Mêè<×Z•Þ¨üx#ìÌ`»LFUøcFúôô3¾vm¥L™ŒÀÓý®‡,GyJ“|'wXj"ºÓºi‡ûÒÎœ 8ø_†¹2I†;DélË‘=;ºŽ£2Ìr—Ø«1:hÒX$?Þ¬³%96ÔÄÙŒÖ3œ¯LͶB#Xpí…âž™J÷ª¥ãU7wWÝ Â©{t~ùñÝ5˜ëx}¸º¼8¿\^ŽmŒ»{™9ýXC›iÙ[ лꋬæŒyx;'ÕÊ7Ï8 ‚±>öß øK¥{hiSê Ù l% «è Œo‹£ ˜r(ðzýàÁ̈Ðaìz£ôÀÝ·BU^þy´»>Ökf!vÊ"ˆ&W<ò·åÛ«ë›Ã¢™_³scò§äBvà¿ýø¥þè7;çendstream endobj 1008 0 obj 1702 endobj 1026 0 obj <> stream xœ•XÛrÛF}çWôÛ*Yq nD’Ú*+’cmY’#ÑÚJ¥ü’C q±Ì|T>d¿jOÏ`H m¥|áeÓÓ§OŸîáGr„Kÿi_—ÙäãäìÎu¤O›jâÒÿÒ /…®t(Šñ_©&kmäI6 | ^èR6‰íÛÝdýýģlj'f!]ÉèÞ|ð—üïÜ™Ùþ{¸ÜL>’«g_–Ïgf4_OÌ©]Š±I‰HÒ<›œÜÏ/ï.o½‹ïæÿx/"FóÕää.©jUzôÀK¾#B»¢Jþ&3œÓo¿«Ò"')"^¹œÓ¯ˆÓÅá´±Jú÷ñ5"–Úå #ôù»Aˆ2v !ÆQFôªÙ4UMÒq<>¡~(Àþüô¢6?xr|>Ë,lÏzÒmÃOãˆHç¯`€9½¤I‡¢ß‡qäà}Ü¿ÝNþCù0ÙŒÓÆ÷]6š- ú-#¢½ÖÛ—AðC0âyžP8á(ÏÖ\c&Ñü-,~»¹}wuÿÝ?ŒAdAéefƒ*¼•]žµËž/`¡t„ÓüqrBiE U[µÛQµ,Ó}Mõ6©_¾R¥^KóÍNQG²4ß75ý…¯³¼RÓÅaʯd<Ó>I5ñ<™m=žºmj~ë‚TZo =§^$…Ò”“Œ£és%4¿zýšŠ.ÞÝüBi–l{,6ê“›ól¨±E"HŠqlªB„H·ìꢭ‚pEÓц~Ä 7–»d¡v€ÒÚX,åLHkCÕ!¯“Ï´ Ëm’oÔŠ#Ì’z¹mîºq‰Ay¼y {Ô[ÀÚº,2k8­m ßFZÕ«4íæ,Ni¥ÖláF¤ý2iv5ƒäŒœ„p\ÇíÝÀz|j¿÷£³4õe,܉é/ßWÈáÝænÏÚ6õsé÷b_#CÕšÖézÏM½N‘}þô~(úc ÛÑpqt¬©Þ?ÔûåßôþûtŸozïøðá‹Þ±8*Yí\ší/.ï¾»z7¿º½³‚ %Ž¿^¾¡mʦŽºLšJ!aÛAy6uºKëTUc¿{Þ5õßòû”ò¢Ì’cLcÏÜR’¯ÆûÇÂñ¾IlWvTÄ&tÅu}lÒå_;ºëöt…ÐäÈôáXM–£§ãª¶ê²bS}…òät£=¦¾çˆ(ê“(|¶÷-õ5 §#Ÿ­ÜŒ\Á7Dpâ{x™¼=-t³Œmp«Ëü~ä«íÐS4 dðy…k-òû&x~°r-‘<!×|‹±þ´Öj©ƒ_– YÑâ@É~¿;_Óì“ÙVàú+âÍ4zÊ|J §ÂA+z4tÇî3á÷::…í o@›6ø磴fV? Q ˆ1YµT6bÄS˜.Mt-åוªk‘é5磔ÂÆÄý0êBÒàäø»iv€¥­+v^¬éŸgS)‚ÿéz~Èc ’›±öT°ec·ŸI!mª©=“³Îu6´Íqº0Íi8¹“PW¸2-Q¾Å‘gi5U¯Ë} 7rƒ T~fü\ë-Yn©à!1«¡A À_=æ}áuò–3êÕûiWyÑ H$¿;èºL2š¢ ¶Íž©Ã%ÆÈ`£x1&à—eN+cΪjQ}Ú§Ÿù¡XvÊ£vˆ ú2Ô©.ù\&FýÑ»‘Îíª)u–fË"Û9ú‘Aö¾ÙïKUU„ã KµÄ΀k%éf=ªôOEoÞ¼ùüðð0Ž²S‡“;¥³GK§sNúiÍ˾…<;ˆÉd[Ú®ð‚Ž¨ƒ-pÚ‚ÖrwÛYð\\ì ø*“ã8¤mM`> /Contents 6 0 R /CropBox [0 0 612 792] >> endobj 58 0 obj <> /Contents 59 0 R /CropBox [0 0 612 792] >> endobj 78 0 obj <> /Contents 79 0 R /CropBox [0 0 612 792] >> endobj 108 0 obj <> /Contents 109 0 R /CropBox [0 0 612 792] >> endobj 128 0 obj <> /Contents 129 0 R /CropBox [0 0 612 792] >> endobj 153 0 obj <> /Contents 154 0 R /CropBox [0 0 612 792] >> endobj 173 0 obj <> /Contents 174 0 R /CropBox [0 0 612 792] >> endobj 192 0 obj <> /Contents 193 0 R /CropBox [0 0 612 792] >> endobj 211 0 obj <> /Contents 212 0 R /CropBox [0 0 612 792] >> endobj 231 0 obj <> /Contents 232 0 R /CropBox [0 0 612 792] >> endobj 250 0 obj <> /Contents 251 0 R /CropBox [0 0 612 792] >> endobj 269 0 obj <> /Contents 270 0 R /CropBox [0 0 612 792] >> endobj 289 0 obj <> /Contents 290 0 R /CropBox [0 0 612 792] >> endobj 319 0 obj <> /Contents 320 0 R /CropBox [0 0 612 792] >> endobj 334 0 obj <> /Contents 335 0 R /CropBox [0 0 612 792] >> endobj 364 0 obj <> /Contents 365 0 R /CropBox [0 0 612 792] >> endobj 382 0 obj <> /Contents 383 0 R /CropBox [0 0 612 792] >> endobj 413 0 obj <> /Contents 414 0 R /CropBox [0 0 612 792] >> endobj 428 0 obj <> /Contents 429 0 R /CropBox [0 0 612 792] >> endobj 458 0 obj <> /Contents 459 0 R /CropBox [0 0 612 792] >> endobj 477 0 obj <> /Contents 478 0 R /CropBox [0 0 612 792] >> endobj 506 0 obj <> /Contents 507 0 R /CropBox [0 0 612 792] >> endobj 539 0 obj <> /Contents 540 0 R /CropBox [0 0 612 792] >> endobj 569 0 obj <> /Contents 570 0 R /CropBox [0 0 612 792] >> endobj 599 0 obj <> /Contents 600 0 R /CropBox [0 0 612 792] >> endobj 619 0 obj <> /Contents 620 0 R /CropBox [0 0 612 792] >> endobj 637 0 obj <> /Contents 638 0 R /CropBox [0 0 612 792] >> endobj 668 0 obj <> /Contents 669 0 R /CropBox [0 0 612 792] >> endobj 686 0 obj <> /Contents 687 0 R /CropBox [0 0 612 792] >> endobj 705 0 obj <> /Contents 706 0 R /CropBox [0 0 612 792] >> endobj 723 0 obj <> /Contents 724 0 R /CropBox [0 0 612 792] >> endobj 744 0 obj <> /Contents 745 0 R /CropBox [0 0 612 792] >> endobj 762 0 obj <> /Contents 763 0 R /CropBox [0 0 612 792] >> endobj 782 0 obj <> /Contents 783 0 R /CropBox [0 0 612 792] >> endobj 802 0 obj <> /Contents 803 0 R /CropBox [0 0 612 792] >> endobj 825 0 obj <> /Contents 826 0 R /CropBox [0 0 612 792] >> endobj 843 0 obj <> /Contents 844 0 R /CropBox [0 0 612 792] >> endobj 863 0 obj <> /Contents 864 0 R /CropBox [0 0 612 792] >> endobj 883 0 obj <> /Contents 884 0 R /CropBox [0 0 612 792] >> endobj 913 0 obj <> /Contents 914 0 R /CropBox [0 0 612 792] >> endobj 931 0 obj <> /Contents 932 0 R /CropBox [0 0 612 792] >> endobj 961 0 obj <> /Contents 962 0 R /CropBox [0 0 612 792] >> endobj 976 0 obj <> /Contents 977 0 R /CropBox [0 0 612 792] >> endobj 1006 0 obj <> /Contents 1007 0 R /CropBox [0 0 612 792] >> endobj 1025 0 obj <> /Contents 1026 0 R /CropBox [0 0 612 792] >> endobj 3 0 obj << /Type /Pages /Kids [ 5 0 R 58 0 R 78 0 R 108 0 R 128 0 R 153 0 R 173 0 R 192 0 R 211 0 R 231 0 R 250 0 R 269 0 R 289 0 R 319 0 R 334 0 R 364 0 R 382 0 R 413 0 R 428 0 R 458 0 R 477 0 R 506 0 R 539 0 R 569 0 R 599 0 R 619 0 R 637 0 R 668 0 R 686 0 R 705 0 R 723 0 R 744 0 R 762 0 R 782 0 R 802 0 R 825 0 R 843 0 R 863 0 R 883 0 R 913 0 R 931 0 R 961 0 R 976 0 R 1006 0 R 1025 0 R ] /Count 45 >> endobj 1053 0 obj << /Count 12 /First 1054 0 R /Last 1239 0 R >> endobj 1292 0 obj [ 54 0 R ] endobj 1 0 obj <> endobj 4 0 obj <> endobj 12 0 obj <> endobj 27 0 obj <> endobj 32 0 obj <> endobj 55 0 obj <> endobj 56 0 obj <> endobj 31 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 30 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 29 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 28 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 26 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 25 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 24 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 23 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 11 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 10 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 9 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 8 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 57 0 obj <> endobj 65 0 obj <> endobj 75 0 obj <> endobj 76 0 obj <> endobj 64 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 63 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 62 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 61 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 77 0 obj <> endobj 85 0 obj <> endobj 101 0 obj <> endobj 102 0 obj <>/Length 64055>>stream ÿÿÿÿÿÿÿÿÿÿ,œ)7š$¨Ž‚K¡;š#¢:‚$t""B"]A.ˆ*#%ÄHèL#DB$tL¡Ê6T&樎¢:&R¡[@! …Œ ‡D ˜B!0‚Z#Ñ# @…"ñ-DtjA„Ñæ MŒò>B""&„ÑtGA †¢9ÄDÚ‚a‘Ð@„0²;6KFhMFB6ˆè „A:#DtË&UžÊ¢å+:D&´"GDt"'(r¼&zâB$tŠ´G·²‰”l0›-â] © !ЉtGG´ ‚ÄŽ’ «*a¤E”8B ‘ uWÈO¡DA:#¡`„ „A2ŽPåb!¬8åkehWl ™C”èºhº$!#£È!8¡!èV, EÐ BÏ‚,&På‘Ñ|ŽhDº“`T‹R6„Dº6„!# @„O¤H Ò $ƒ(r¬ã„ʈ‰BB Îrµ* 6 „M ‚‚8hBDº.‹¢:.„HèÚ<†Â #ÛV]ô˜! &A/$PÃ(جK @…‚HÂ!6‹£h „!h „ „ºÕ²¬‹°F$VGF@+ ŒÑôGÉÔ›iÐA`„˜BB!"›Ftm@ˆA š | „#”8DtGH!!H0‚ …°F‘Ñ—Ca3Ž"!%ÐAA‚! „] !Š²½vGdtÊ!&$eº B$t$tyRlVˆèŽˆè!e9VPå9XU•€„DDŽ@„Hé ‘A3Pá@âÂab¬Dt,&t"q‰DDDº#åÐA0„!#¡:èÍL!# ‚:L#ÂAP‘Ð`…‚v>ä}GAYC”8ZA—EÑBmК)6*DtGDt"“BHèHèDŽ ”,ˆí"è TGÁah«åÐA4‚ûüDDâ.„L"èÂb;(r‡8à„ ˜!:#¡0Ž":#¡U ‚œ§* W´‚`—i ‚@Šàš N_gªÊÀB"ÁÂPá‘Љˆ‰B#£DG@‘­Èè „a¤‘ ¬$XaA’I* ‚œ©‚hŽ„â‹(r‡)Â# A tBBmПEÑÑ „B!epA"]˜šH0L0EZH „°ˆè!‚#¢:BDº!.¤Ø­DR.‚DA:!.„HèÑF B&ˆ!‘ØeÌ"°'d{@‚@4ÂH ‚ï³¹IÎ8BBB1:#Ì!øAˆ‘Ð B""‰¢>ƒ+(pDtA‚ ²± Ò ‚@‚ŠN":QÂ.‹©6+@¤GDtGA.ˆèâ8„ò/ˆ—IØ`¨Žˆæa…{B/†‚VHŽˆù‰„BGFÐA ÐŒA •„AhÂèFÑ„"GFt,§@‚I)Vˆè$ÎL"èŽI WAt¸‰„"!""GDtGF› EXL¡Êã„"Bˆ‘ИEЈ B%ÑB,¡Ê§) AÐHŽÖ&ˆìvU¤±Xá2‡?•e8BqˆÅ‚„DŽˆè „Ž‚HèòH莄O!:0‚H$U„’DsÎ"ù š#Í„]‹—A —AÊ™C”Ý,› ":U”8Yш„ˆˆˆ‚'Ñ‚'ÑÄ ¯‚I"ºG˜!Èé*‚KhŽ´„M ‚a—B2la@²„%Ñ#£¢8Œ @„â'Dt$tmAŠ $ ’Dt Ñßà‚ô‚ ð‚w)Ê ¢ n–ˆ—DtÊrÇ(sŽqÊ`„Dº8„Ž„A:K¡:@„ºHèÚ&@‚kÈèC…áA{kì§(t$tGXAˆ‘ÑA HèX!E)ʘ!.„D „ „ÑBGBˆ‚"Ò ‚B$t-$‚!ö a[B! Îà„BDdØ"!#¢èŽˆèBK¢>G‹£h$‚ •`„MhDDÂ!.‚K£K 6‚AbG@$“°N ¡ ‚ „]A ÄŽ„Â>¢Áˆ‘Ð BB Âe„XB„›EÑÄ""‰A %aÂáà A ’H ¡ØL« qÃ#¡#¢:!0„ú“`hHùtGAÂ>‘tGDt) '‘´GFhA"GBGG‘š.::#¤˜ Á`Œ A4!‚Ä5áÐHpÁDŽ„DŽ„!.¢GA„DE„$t! !6„DÚèDHè!#¢èXB%аBGA Hº| $GÈø‰&–ÜC°BÌ8BGFЈžPAl¨+$GDtGDtGÏc—A$t—F‰„qB"%ЗDt—B(0†ˆìYC…¸eÒ@›(r‡ tQ8„!<Ž!.¢"$tB"""GA  ÂBB'ô"²œ¡Â:&Pç!/ ‚ÎbÐAh­qÁ¢è ˜Y$GBo0ˆèŽ‹¡>¤ØB1—B$tGDtGEÒIDDºhDò0„â>Œ&‰„X¤,!i$‚r=Dt¡Á$Adt]A0Á‚"( ¢ÂÙC”åaPV""GFÐØ!‚DXB@„‘àA t‘Ñä‰B„‚!‹i$’`‚´0ý¤‚AÍ`†ËÄt–!q!K¢:.‹¢:‰ÑÑA BB!‚èDDºA„’:$’# A^‘ƒM$‘< `ƒ!ÂÄ#hŽˆèŽ„шˆÄDYC‚:ùÐ „º.„â:.ˆèÂ0‹ EY‡ì§* ¡Á$¸†ƒÊ-‚PàŒ@Á(p‹Al†"%Ñ´GB"f‹£E&ÅÑ#ät“*¢°ã”8B""&tC@ˆAˆ‚ÐA¤>,@‚àÎiA„ʈB gýœ¡.„N&SqAaA ä!„N„Hèò#£K¢:.„ŽƒD|ŽÈú²‡(pAXA4UšÒ’I0¶Ú0„Hè"­ „dØB#¢>BB]„—F›B] ‚"%Ñat!„I!ÃDv0ñ‚ÙVB ›Î:G‹”r !#£hÚˆ† !FˆDHèL"èDò# @„Ú#«¬Iâ>â„Ÿ@ŠDtXˆ@ƒ*€Œ! "æHBaˆ BÉ°Œ „DÂ.‹ @„DŽ¡.„O @„Dº!eb#½‚¿#¡H2‡8áÐâ!Ê¡Ê@‚g öÄL!êMµ@Š´GDtGEÐ B"&hHèLÑ Dtq‘Ð B" ‚  ‘Ð"‡ Ùø¡Âe*Á$GÈ莚ÇÃÂ#£l3ŽFÑ´m ÄGFh`‹B"CB'ÑtB"B!""GFò:6Œ$+HQ’AGDtˆ I´G¤‰*Ð ¶0BÊr¬$³DDÂ!:+Ž8!#åÑ„aÑ B"] ‚+Á‚Âg´#ät, ¢ÖGBÑa /8°ÊAÐH$$tmG—B%Ñõ&ÔA$t,¤!:0!#â'Ä]—@ º.Aré AÓ)ʈ`Á˳U…‘ÐAI HA$º@„HèDDHèb"GEÐEYC„"m‚$ta ô‚"]FŠ+_úH"í ‚ …„{¼ hˆ`ƒ+ ¶Ñ„"}FhK£ÊM¨ˆèŽ‚vPá 8åyB B6ˆèŽŽ ‚:!èDL#ÈP ‚¿ö, PA0’AA "è ˜#‘Ó ¢èŽ‚AœDtaA""Ò@˜BÏÅ{+ r‡+‚@„DN!#¢:#£Ž‚A‡ƒÂ ¢8 h A¤‚ˆfä“¢ Š†C´AEЈ‚"aCePå œp‹à‚Hè „D!3F tmEÐA ˆA‰A0’*?²½$X¾ ”8AD ˜Dt] 5„,«H ‚ÄÚ8…” ®(r›“!DŽ„D!!#¡Hèº!i ’Kt/²:# ‚>Ê´GB-Ѻˆû°¬Â:èºK£Í tB4Œ":#¢:6$tGĺ0„ „â:0‹ @„DHé%ðÊ°„ZA$"Px „A²‡(sŽL ‚´+B] 6„DDÚèDòˆAb"† „HèÂ0‰¡‚$|‚:#¢èÂ#¡ÚA„ˆèŽ‚ *"!hD0š&Dx ™C„„GÄBN#ˆÂ0„K @†:#âG@Š°™N(€„Ú.„ò.‚DHè!#£E„ÑtM0‚Aa Â Ž ¤GÁeHùA@±jAåÑ| „º!#â"GF ÐA …@’e  ‚@„º!:è!!#£ B)C„! ‚ IxA3b & $A$ ÐEp ÐI\ÄBDDº#¡„‰Ñˆ‰´""GFämL¨'Є„³äD …‚ð—Dt_aìv‘i$ˆéL¡Á +Ë«ãg‘t%Ñ#¢:H莋£D] µa‰¢#¢:Z@„LЉÑtBGB!‘„)Ð2‡D „qö ÑV TIE”莈è"¼ ŽËŒK¢:UEjS”9MÕ„V9VPejS”AA ò‡)2‡(r‡(p¬Ž‚$‹ ‚ÙC”ál¡Á ˆîîÈúIAÒB@‡a3ŽPà‚Š Ž9\TÊÀB"#e8B!"aB$ta N„Ž‚YVTÚb",-„ÐAvXÁWwì ˜&Êã•à’ D0$‚ì&W"èK¢„yXL¤åjP‚œ a‚!$„0FtG@‚Ú/Å¢< ÐH$¡  M"GDt ÐhŽ‹ Š°V"%ÐA—B]‘Ñš'RÜÍDtÂ:'Ba Äh„M£hHè\ºHW@  ï°A`Á0H$ ˜B^Ê:#Â"! #Dº!#¡6Ž @„Ž‹¡b""&ä$t"B]EБÑt&„BI(pŒ ‚Èç´‚,E‚ ¡ÂH$ A‘äš Ñ@`Œ":gÀB"%Јˆ—C-ÖÑ0™XPåAS(à„ŽˆèM¡:D N …ö ­$W…d|"¬+ØAi I’ ± & &S”9C”8EØ—Fh¡Ñt&Ð B]ÔDº.˜B"& B""tG‰I ‚D|a¤ :Pàš "é @…Á –ÐA4Cí ‹È'´ˆ¢ˆ(åjPá2Ç=”åDŽ†[¬¢:S„%Ñt"}DB#£Â!! $ˆ4- Aa-Ð ˆèV)Hû‚ HP$‚*,Ø0²>GdxŽ‹¡@…•0„Dò:.¥¸ª>„K¡Á0‹¡#¡#¢BHèº0‹¦BDBI ‹¢; „Ýñ!¡K°T’\X$„ š ‹ ’H$U‚ "}":.„ „Ž‚*Ê™C„"&ÑÄaDŽ„Ú8:0„M¢:!:<ezI ´‘t. ŽEÑt!…ŠI$;8åpBII0˜MÑDt$taˆ°„R#¢øA‚ 0Cè „DJБÑÑš!8Ž¨òè „ ‡hL¡Ê¡ÂI$* ‚}4GÌ":„^Î8B,㟠pšA0š« $„E‚@„!±è!#¡¡Kp4]hE”åjW”8!>„â8„ „Ž‚D „ ¯ +Ť’H ¶‚ Â`„BDòÁRÚ "í„ÁTœÎ8AätGGt(":#ät‚ÍÐA B$èHèÂ.¨‰tGGˆ›B"$|Ú@„ºD „Hè]…†ˆÿÚIN! D}"äC‚H ¶ˆèK ‚g°˜[?`ƒAÒB"$tP’Å„ ŠŒŽ„DM£è&UEhb$t&ˆº3FÑ„]A&ˆèº#¢èHøH ˜H @šA.þG"¬,Y^DZ! ‹±ÐEÑ ìÚ8‚E…`‚ax@ƒG´GEÐA ˆ‘ЗC-Ä‘Ñ´"] BB!"Ba‰¢:3DtaÄK a„Â`š&’Iå „L¡Ê°‡#ÄtGÅ#í ’ ¨ „D$Av’‚!"""GF‰ôaJ꨺D!èDº:.0‘Ð B& B"¯)Áªa„@‚aa}˜p„ŽŒ HŽˆè$’!APhDº{¡‰ŒLöK¢:#£èâU„ÂÒK‚hº0„H莋¢B0‹¡ B%Ñ ÑtGB"ˆ‰„GÄò0‚DÂDCAÐ@œ0®+Ü$AƒBB>GAVGÈøAl›¸f0að‚DHèD „ @ž"AH´DDDDHj$t%ÐA Œº HÚM£hÂ6„Dº0 ‚:6‹¢èº#¢ê{h!a šˆù™C„$}$’‚ ¡Yø$Ið@„0‹â]%І\Ž‚E”‚S•9NS•¡C”9C•ÅYK‹‚%ÐA ˆ‘Ñ&‹£ˆŽ‹¢:BD!D „º4F„ˆ B!!,!:V1: ·HŽÂ‹Ø4‚ ½œtÂhŽò;.l, A$VHv$tB!%ÑA´$t&IÁ tGEÐAˆˆˆˆ—BÂHè ™X‰@ !ˆˆ‚$t —B AœBa‚ t,"ç ‚ ±‚ÈìCú ¤‚âGDtq"¬®VBÏ莄DD@‚a`g9A•²¬¨*e.¶!"$tBGDtˆ‰ô"]$tm tGFÐ B'‘„%Ñ"$t$tGDtGEÐ"œ«)Á"=‰U¤’úDxDŽÁ‚HBDr NG@Š´‘„GF@0¶1ePàƒ%åASX ‚‚]P@’.ˆøA„ˆ‘Ñò:#åÑt] ´aD4B"BB"mBB]ˆ˜Fшˆˆ°JPÂÂ@$„AˆA0šI1„V"GH ²®HA9]ÂX!.VX‹1ÁA # ‚&A¢.„Ju:!#¢:!hº:0‚Â!!hŽ‹¢èA:BK¢:!DL":>Œ EPÊ®ƒ †Ñtq @ „I A$GÂ])4G¡ØA` 0á8„›DtÂË£Y‡m(pF „!@„Hè „ò#¢:#£4m tf¥pH‘ÐA„ŽGÎ"|!èú#¡‚! @„DL!@„K ‚Dº¤ˆèŽ’#φHé…h‘Ð ‚´A† ‚@H A„U ‚Kâ x„˜A öÕ•2¸¡Ê‡BDDDè„Žê""‘ÐA‚$t]+R¬!èâ#¡6@„º0„Ž,‘ÑDt$tGA$ta0I4X4#Å A2‡TË&U ¬,B «HŽˆè4@‚½_# ‚ÁÐ B¬+’DxBH ‚ÑX`Ì#hL ‚:#¡@„ÍD4CA$t"2¹b#¢èº.’ !„ŽˆèDDA0£ÚHDº# @„ŽˆèDK¢èŽ„!‚DDH莄$&˜'à ÛÃ@ ˜X0°‚ÂöqÂ÷„°—Èø‘БРIbGA{œp®ÑBåL!0ˆèŽˆèHèÂDO# "’B!EA2“•e«* ‡L ‚ºDDHñ# ‚aˆ‚$tyBÊ¡ÂA$ã„HAZ&D A ( ‰ 0$HC Ð$Ib‘ЋDy$’AAA ’#Æòèº>„ÚÈÆmˆ‰‰š.„K©\³H ™C•‹(åP!0ˆè&Pá‚"!&„]F B"qÑ(pCŠDts0ˆè!:!:B, ¬ Ë ‚0‹¤¸A A B ŸƒÐ$H$ ðab—Dt@ÒA&(†’&DL!(B]""&Ñ„y›A$ua‚PF A  tˆˆ‰´'ÐAˆâ%ÑB#²¼!gˆ‰tGL!0„^Ê‚‡ ¢8ÂTB,-$HPh ‚aDvƒH ½ÖI:HèFˆäeA2‡(pšH$GB%ñ!#ˆ B]ˆA ®ZÊã„A`„N!:#¢èŽ @„ŽŒ @„Hé•‘Ð B]AÀ¨L#ÂDòV0É3NAA0½‚ $U @˜ °‚ÙYj°’Jˆ‚ʬ*€¶‚DPAmHèú4Fä!.„Ú6Œ"è „Ú#¢:D!.:ˆˆˆŽ!0ˆø B""—B!"] Dta$t"" ”à„„³`B$|!Q#áì±Â¶™C”9VqHMÞLÑ’ Ì$# $#ˆ!!:&Pá # @¼0„Â:0„Hè „Dâ‚Œ!#¢:ˆºDFW-DtGÈèº#ätB$|DM£hº‚莄ŽˆèHè!Èò# @„ ­„ Š$ˆð2¦Pà…–9EцPè#øI A A0‚ †‚ICH$WÜ#æAl¾B  ¶‘S*а† DA016„DŽ„ADaDDRe{(rœªÊ¡Êr !DºDÚ0‹£º.:DAÃ@l&ÄËp„AeV©:+AÈð°˜$‚‚& Á&,2:# ‚alé$A!E#À2œ‰Ÿå ”9S+R‡*Ê¡A”B$u+‚À‚Èè¼!•Á t"""BGA$tˆˆˆˆ‹ Ai=•@„ ±3@Š$Ú$H´ÁÂŽ‚ … (0‹Òc ‚³ˆ.)%¢¾;EÑA¬(„ ‚1DŽŽ#4GEÑtm—L©”p„ÚHè¾a „]A&ÄE‚0Èè$:!¢èÂ#¢:.„‰ämEÑ´yÑ| A"ì"ð¤G’# ‚WÒAÃA T ŠG¡º6‚DM ‚:#£hâ#¢èŽ‚"G@Šàš.‚H D{KaVp@„D0š@äs!& ‚ ÐEï¸a">GDtM0š ' ‘á¤A0„|Zi ’A„Â#¢:>„Ž‚K¢:!K¡!‚Â>! ´ Ê­J‚‡*# ‚<‚DD&Pà„DDDŽH$Ú"è „E…yaxAAC1Ó"z# ‚ï  ݤWÚ,$X’ "¨š ØI":# I ‚I ‚Ø*#¢:DK¡‚‚!$ @„K¢:#¢èŽˆè!#£hº8¢! ‘Ð A”9C•2¼¢@„„‘Ñt]‰¼DNˆŽ…¤PÐIB&Ño‰ä’E̺&ø¨Dvö„—p h ‡AØHŠJ #ät$'_Ç 'ÚIDBHèâ.„HèM¡DDDA‚S„%ÑDR&0C‰ tBGFЂ ŠW”9Jʧ[THºh šHŽŒ I+8„X Î8L,HèQ5 Am„{*Ó ‚h$ É An!ƒ&8&¼A H ’$FÑB œBa FÑ´BmB""$u+‚"è ¶Â`’6„D&P‡(rœ«(p„ „L"èÚA\0„Ž‚ „ á(‚/„+‚ BÎ8$‚ &@Œ a`]‘Ø.B ¨#à+a A4G¥xNÊpAÃCB"$ta B"""GA&Ñ„GFtGC+ˆFˆ! ‚a3ØB"GEÓ$tmDtB"Aˆ B"A„@’ ‚H ˜ ׈A4Ar:†HŽ{ h ®CI‚JŠ²¬¡Â a „” A„‚`‚³ÀL« ¡ AhÚBD!.‹¢::¢èÚ.Œ!‚:3B"B"aDÚè!aX{"aˆˆ B‰ô]Bk@¤AaôA-ì&{H&Wp@‚,BA&’A2¬Ñ°­¤Gdwá”8Aö0G´ 8è$@0°Ah#h A„" ‚%ÑЂ"'ÐAˆ²¦„‰F1.‚b$t Pá0LÄBaŸEÑt˜A%ÑÑ„"&hº6‚ „‚ÄR# ‚ÄZ  & EžÓ0ં;Dv& ¸$U¨xkÃ0åxEç‚A^‚I$-ÐA„8eW„"$tBN„O":L ‚S•€„DºH!‰:‚Ø! Â‚h!#¢:e8!èÂ0‰ÓZ(p_²Ü ´@‚ $t]ÐAƒ ‚EaV0°AÃa A’{DtG ‚# ‘àØ]‚„âaÂ.„A@„HèLѼDA#¡‚ÈBBL)\Ba Iñ‚0„XBGGôBBaB]²¸!™ìûƒ „‘$"VÂ# ’ !Ú#ÌvI$`¨ P`žË؆‚ $’*ÒAÙH8á *ÂDa  „a‘Ñ„˜L¡ÊrŽW”á„ÂN"è A†PåP剴aЈA „""&Ñ´$tGFˆ ™C”:HVPá0½…‚"Âi”9ÜDv,]…‘Ð L¡Ê°A_°aXE\PÐAHŽIM°¬Ž‚Yt!e Ú‚>,«Hè!4"—B"%Ñt!"aÐA L ‚Èâ.’Êó+‰„]ÐA‰@A Ñ„N‚Aˆ „ „q#ätX‚I’H+EÐ ¬B $Št$H%ì&8Eä‚{.ÐX ˜H$AXðÂA_ ‚Ãá°„º!#¶U•@„ „L ‚e„‰EД ‚:莈èÚ.‹ ‚ „FWÑB'ˆ‰|DˆA B"BG@‰",«)9EÑA A—´$( ÂÂ`‚ …°A4ŠÀA AˆA‚ i Á I- I+HŽ‚D#ØL&"B"!"]“¡# ‚@„!! DK¡6!—B]Ј‚&ŒDÚ6„ILЈ‘ðH»-àË¡#ÀÁ … W´=»@ A ‚ ‘Ð °ñkÂ(hV VIa‡#²è BfFA „$ta ´a t]B"] tGEÐ Ba M¢è!Ž„M¡è¾]Dt%ЄK @„!#£Â.:#£hN# Žƒ2±$YÅ‘ÐE@h«A$ :Ž[¤Ç ˆúH-¤+¼BX]°A„‚/ ‚AØ\ŽÐDt,å‘ð‚Ø@ˆA„‘òèD „DBH莋¢:#¢:H莂DD!#¢MEÑõ+ê‹¡<„HèH莂DBYC•Å !E¡Âadw‹ì&;µ‰å¯I ”8at‹´D|$]íxjÁî$tGLHŽˆð B"$t]EÐÐ B""" ‚&2J‰ИBaG‘tˆA B"GA$ta ò莈èºLŽŒ!U¤U…‚=°Î9\‚A0˜[ ¦*ÐH HB „-‘Ñ0 .ÓA^¤’, …œr‡>p‹0å9VU‚‚K£DGBBaEÓ*€„H莄ŽˆDN‹¢èez‰Ñt"""BÊâ §Â`„K @„DDIta@Ð „º,^^$v P ™C”8$XEMˆì ë HŽdt @$ ŠÃŽSªEdB*¨´Ðˆ"‡ $ I‘ò:¨ˆ‚  BÊ!.„DDK£x‘ÑÐA t"GBGBaŒHèDL"莋£èÖˆèK¡.‚ ‚Dº.‚Dú>‹¡#¢:90ˆè ˜[ a²‡+#°$A2: œrœ&* AAÏ"莈ó¹¤Á$G4‚*ÒDs.‚ ‚H$+ŒŽ‚- B,È(pŒ!eœG‘„aDt‚(¹S%óÈK¢:.¢:#¨A t""˜Fh!èº#¡# ‚ePሜDt!"]ÑôGB!i„Âh$,Z# AaÐEÐA0A ´ŠA  ÂÒ F(`A†GæÏ-‚ "°!à }bMx »gr¸ñ „ ˆˆˆˆœDt] tˆ‚" ŒD „K¡DDAB!ˆDK¡ ”8@‚h „0™PT;âÂH$ZAhŽH"ìD@‚ ô Ò#0‹˜h …œp¶#²è$ ˜Lã‚ak ‚á„B]B ”9NR#¢èŽ„¹—EÑtaDtmÑtmÑtB"GB$taDtaF‰ÄGDu+ÖˆèÂ.‹¡#£DGFЛFÑt%ИBGG‰BÃIÐ L¡Â‚Ó#˜I’ZÒ(r¸«˜Dv+I$ /XhÌÑX„*A$@ @©C?i 0˜MÐH$,L!Šà„DDDD „DM ‚‚!BK£Â6„F"B"fˆèò.¢è!.‹â!$t]ˆ—BGB"U¢:!aA„ˆ„Êrœ¡Á4 ¬ “dsØ&Pè!Âö‚0F FÄG3 BÐA0‚a†Á~"!# @… AA Eë’A ‹àh#ätEð‘&‚M¡„]Fˆˆ„ˆA uˆÚ.„Hè „Hè „Ž‚D „DK¢:#£ˆŽ£Ô‹¡eXYuÃH$Á$Glã ¬+GÀ˜Arù&4ñ4Š¸HZ "‡*ʬ„ Å”8X‘Ð ˜AAÙQ¢<-2£ Ø' îS•eK¢:.Œ"èDBHèÔ¡0„Hü®1B%ЗB"" ´GDt"qEБЈ B$tGB-æ‚X al¨†Pgˆ ²; £ 9ö"䂨ÂEt[‘ò:áØBÕþGÍ¡Ø$‚ ¶ ‚I$Â-„]ˆ°šh ¯ ‚P‚‡BE‚.ˆè „M£Â‚#£S(r¤ DÚ.„Ž‹¦R‚‡(r‡HèDK @„DD!DGHXA²‡)Â`›é  ¢; $H¨&<ŽˆèŽ°™1Ê°A@‚ (p²9‚H! GŠcE`*üA‚a[*&¼ „XA…S…mcˆ‰!„‰t"]ÐœA!"&ÑtB"GEЉJõ#º#¦PåPå9C”9VRr¸‘ЛEÑôGFš!4@˜L&‚I+ „!Al&‚ ‚. gšK‡‚"æ@‚Á„-JÀ·]‚ Á#´‚J ‚ePè$  ÒZÄŽƒ …Š(eL‘ÑÙôGBGEÐA ´—B$t]ˆ—GÐAˆˆ‘ÔBDº3Bˆˆˆ‰!Dº# @„BX!.„DDÂ6¡ ˜A ÌZ#°“@.IGD|Ž‚XL$º#¶ì®A‘‘æˆî’,ŽÇ $¾§ ‚i‚ #ìƒA„„,&"<!DâèA#¡>„º.ˆèº8Œ#Ž‹¡‚%Ð BGEБфBk@ „‘Ñ%Ð B"qЈ”ˆDAHªŠ°ˆúI ‚á"•ˆ²®AXAa]‘Î$Š°A /Î< A ‚ÐIGds ˜MðApÁ¸b/#Œ$ BB‘"tB—F˜FÑ„B""""$u2DtmˆÂ#¡!@„DDŽŒ":#£ „DA!#£h!:0ˆèº?œEÑ:,h$]’#°ÒI$Ð LeW ‚öxXAÊ„H ‚à‚a8H$²vÒé$’)Ò*á‚+a+Â@‹¢<" ã•–W‚ DtGÂHèâ 2På@B‰ˆ B"]£Ž":4EБøˆA ˆ B&ÑÑ„""!&ÑГ¢:0„Ž„DÚ‚°@žAa¢> Ò* ‚ý ‚!Bü0Š´Eè~AZAÃA Fm h ’I$‚IæA0„4BG@$,!`’ ò> I Xaa$tB!eP§(rœ¤å9I ™Ã(r‰•µ³!¤GB$t&ÐAˆ—Dt]Ñ„]A‰Ft‰„mÑt]DtmA"$th¡ ‚`†ÐH! †’T$X3ŽAav‘ ‚ I$B°‚kA ‘P‘ÂÐAj +±Pá0‡ar#°š ‚ ¤Ñ‚ ¤ÑœEÐ ByЛ@ˆ‘Ñ"$t"]@‘ОP‚# ‚$„D „͈„‰ t"B"G@$B"""‰tfŒ"莄º:Hè …<„tˆùô£ $‚H Â4GAÂh0¬Â ‚h „$H A˜´TÁVi ‚.‚‹‚, @˜XAr¬Ã¤TÐA0˜BÊ°‚ ¤Ag$‚DYPRQNTÊVRÑC•°¡#¡.e9EÊ ô)Ê‘Ñt]ˆ˜Dt%Ñ""yFÐ Ba BB"""V„ ·±‚ `Ë°AÁ†h":#¢é @¿IPà‚ HŽH$Gcì/h °a0„"°JÒ#ÀÁ$^ÛEÔ˜áCH$Î8 ¾}B$tG@ŠÂ‡+Ê™VK¢:(DtGBGEÑämDÂ.„a—ÄB „%ÑÑ ´¬* @B"&@ˆ‰"øA„„‘Ð BGDtB$tfŽ!Ú0‚ ¤ÂÃ&:I …X* ³˜ Mˆø‚0ÒM IBHA"²Á"­$k“°„!#°’ ‚ÃÁ$  ‚E|A Ý|Ž<„B •2œ—@2ƒ(rœç(`!: @„a"‚.ˆèYC¢èÂ#¢èHè!!‚èÚ—A"] BaF—A"%Ð B"""GEБÐA  ÄmDtA ´‚ hª|4$±qÈí·#à!iÃÒ @¨$Glt#Ò£‡a‘Xˆ"œ ‚a ñI$tA‘Иƒp‚_bGDtm& B&ˆ B"GFЈ‰ÕAœEÑ…@„DƒDDDK¡A$tB""%ЈA Фa"GGÄ,¯Dâ@„D A‚ ´G¶ ‘ÁûE` ‚hˆAgAb &Ð$“ ¦*µi$+ &âa4H$]¤H$ˆèŽ‚*Ï“(r²ÄDDŽ‚Dâ!0‹ ‚:0ˆèA:!£Èº#£ˆN¨ „Â!#¢:‚ Š˜!.¢:!!3Ba‰@ˆ B„›Dt]BGDt ›BLaXL ‚åZ $‚HŽdt ÊIÌ$"X‚*0ÂŒ{A A†4· ¡Â.ŒÐ ²è … KH XdvÒA!ÚˆìŽÐ@‚# ’$Gdtyˆ B!""""G@ ""N„DŽ‹¢èŽ„FBm + „B%ÑDt]‘Ñ t]Ê‚‹•QC•eW‚‚@„DDK¢èŽK¡AØPÁØ]$ò®E؈Œ«»0™C”8XA0™ˆèM¡3@‚$‚Dv’(i]á €„a¤¬(rd>MðƒA"‡ ";@ƒAv ™Ç ]°­Ã ”8BL¡Á LDsA$]èAp‚hŽˆè „DDº6ˆèº#¡0„DDDŽ„D „Žˆèºˆˆˆ"‡ „$tBGL‰t‘ÑÄ]Ñ„˜BqFhKåÐ B""&„$tG@ˆ‰ЉБÑ@‚°„’&h ¬ðí]Ù ˜A"9¢°Š:0‚ ƒ&M"94X1‘ÑÑt Ã!@A$ Ì2C ‚²:!&‘XPá0œ ô—EÑ„""_8„DD„ÑÄGG‘t]BHB"%ÔÈB#æ2>a‚HBDÂ:#¢èºHºA@„DDÂ#¢èŽŒ#h!.Ž":8‚DDŽ ‚ k A4\ A(p‚†Š°’A TätIÂÙVqÂh0­$’#ÀÒM$„GA`ƒ ‚Aö{IˆA4‘ÐA h$L„ˆA ¢. Êp„ú#¢èH莈øA„‰ˆ‰ C(p„ „º.„PAÊ¡Ê¡ÂŽ‹¡>‹¡H „M ‚>„DDDÖ„Ž‚DŽ„M¢èŽX":-„I´‚ I AZDvH OiÅeqÌ9C”å´Gb‚.†’I1lfA"¡Á$‚H"æGDtEà°°‚Ò(pIñN%ЗA"GA&¤aЈ—G‘„"&˜B&´%Ñ´GF „K¡#á $""!"$tGFЉDt"mžEЛEÑB0¢:.ˆèº6„Ž!#¡:.„Ž†Ò ‚h ÐA0’´‚ï ,ÑÐAn 4Â>aÐ#Ó`a(pH$$Š²‡(r‡  EWü5Ã$G„YC”8X½‚¹ ’#˜A2œ‚" ‰š:!:@™C”å9PU ò¸¬DBHêY‰#£ BA *ÊrTÂèŽ`„K¢:(r¬£”AUPB‡* ÀB%Ó)Ê@EÌ0@•„' $/ A A4GDXL, ‚+ pEô&^#•B A  A`”E¤Èèÿ†N âMpg ñ!"$tB}BœB"&ÐAˆˆˆ‘ÐA BaÄN!‚˜B!Dº#¢èK¡DD&‚"  ´'A EÑtf„ÍÑÑŒDBL!tVÁ Á‚¤O ŠÁŠ™C•” $$G@è ‚°A‚ }‚ L¡Át‚.ˆè N ‚ ¤­`Ê°™H¤Š‚cí‚ /²;:.!‚A ! BGF Bf‹£Â0„D!.ˆèÚ™Èé”9N„(p˜IDt"$tBGBGFÑ´BM‘Ñ—Ba‰tB"""!èÚ:£‰%#˜@N Ò(HÇ $GAI Al†GÁ$A0­ZA"*)7IaÁ$Aà ‘ÐA$G <5h«ôh´‚Eˆ‘ÐA ä&@„ò:.ˆèDDNa""'Tmˆ CA B"Â@’!Ž„DŽˆèAeŠAÌ9C•ÅyP‰ä"]—Fˆú.‹¢:#¡‚eqÊr‡(r‡(r¦‘ÐAAm Ùä^ $‚ HL©œp‡Þè⩘p´Aa0˜H ¿:‘YÚA$V#ÚIh$Šà1& @ƒDsØAaAa+.ˆè!#¡0 „K @„ÂDHèú0ˆèÍ›EÑB>„!#£hŽ„‰(r‡0åYC•pš:#â$tGEÑ„""%ÐAˆ‰%ЄžEЉt ˆˆ—DtaB""""]"!,"ïAfÚDv» —°‘‚ &IÐ BÁñðÉÀ ÒC Hè^Gi¯p‚H5…’r¸¡Âa¤ŠàöPá$‚At"BBm² !èA‚!.Œ ‚#¢è!#¢:èD „Hèºa,,DBpÊ!èÂ.‹¢è!g¼DHèA8‹£È!.ˆè „Â.„BDŽˆèÍ›B‚ö’öXáàPÒA Al ‘PÁ-„ÿ# 0A„!! Gä 'aöa@ƒ ‚+‘•hlãœp’HŽaÒI ­ ’#¢èDBA0ˆè—Dt]B] „]„„„ˆˆ B"mˆÄB$|Â!!a (r‡(r‡*Ê‚œ„ˆ‹8à„æ%ÑBGEÐ BG@„ˆ‰B"GEÑt]Ñè „K¡6¡#¢èŽ‚A^ðËÆ’@#ÆÂA°‚ °‚H @’H$±aBGBGAÂ0ÃœFÐ „Ž$$@’@’°"æ ‚@‚ì ‚A '9 X >‰t]Ñt‰¼DDDº:DA‚èÚ0„ò.„Ž‹£D]PF!!:#ÁÊa4" 0L!È A¢>GÂC”BM£DÚ#¡èDL @„H莋¢:DD0I$ÖI H";A ’H ´[ A ’°‚¼Z*v‹AI@’„[ ´EØ#úþVm‚)$ 3ŽU„)‚VGÈè …!6‚%Јœ@2œó* ð„ „DÚ!„U”:.„DDYá‚莋 A2‡ ‚!èÂ1—FtB}AA ´a˜B]EЉtˆˆ˜F¸I$Â÷K´‘V‚ •‚ Ø`‚ ØI ’Ah‘Ì B Ñ Tl+(pAp’B, ¸ìöxH"è„‘ÒA…x I0H:H FA H!>@„K¢:#£4q@ Ð B"GEÐA˜BBmÂIÐA …H! ,‘ÑŒŽ‹¡PåPá B""ÂePåPádt!!@„Hè!.ˆèÂ.Œ#Hè „K£ „ „!+.‚H-„!…´‚ à– ¡„ @ƒ†V¬-"±dt ’ ‚°‚wh‚(p¸8eë „‚ ÄpAa¡{ì ¬!‚h ‚D|Žˆèº0ˆèD!#£ˆDK¢:‚e¡ÊrŽS”9^K ‚<„D †,ã‚DL":#¢ðâ"GDt]ÐA0‡Z`„O#èK¢:!0„ „D „DHèD‚ø BL ‚a$-GDtQ†“I A":öA ‚ŽÁVA Mð‚etB)1ÃVz$$¼P`@H#º# ‚Ã@DtDsH$A@0A„ ‚A‚.‹ ‚@„Ž„Ž¡6%ÐA‰ta‰tB"mB0 8åPåaZ‚1‰ð@’I!# @˜L ”à’!0ˆèÆ$| „º$!!#â]ЗDt]A%Ñ„!%Ñ¢ˆA Au´“ \N@¨ ˜H«8à‚Dx0A„Ò ‘&"‡úI$+Ø$\äÜAJÄv$à ë $Pû-•ˆˆA2‡!!"B›@‘Љt]@š#¢#«(pBÓ8á Ñ´†Pሰ„B,! ‚i ‚‚*`„Â.„º3A"]˜B""!$tGB%Ð B& B ¤•Û@‚¿A A$U A`ü0Tˆú& °0Žá$L  ÐEXMÆG´Lö‚ F1.Ì׆A_#Ûh„‘Æ ˆ„DŽ‚ .ˆúA)A""‹ A B""a !#‰ ‚#¢èDL"èDHèÂ.„â!XAh Io‚@’@$GÒa"£aH ‚<4A ÂH$‚ ,*elCA$’EpA´‘ $]~Á#ÙðAí0AM$Gĺ!.Œ"èºèº#£º# ‚:0!#£ˆ!:.ˆèK¡:°„XBŽGDt%Ð X‰‹AA ´aAa„ʧ)Ê¡Îà„Â.ˆèÂ:#¢èòE‚S•… Á$,D °ÐT& 5‹aa„0¬@‚,"¬ ‚`H_“p¬Ž„^ ²9»ˆˆ$&„Ž‚ â`¨ŽÌ4­ aEÝ›B!!""$taˆŠAÁ A""aEЈ‚ʧ)ÊÚ—A!Êîˆ‘Ñ  ‚e8åAÇ ‚‚a°A„,!HCBDDú#t]‰t"aDtG@ t#¤G~ìðÚ X&Ds ÑTC A4H  ¼Z& rè ¼EÄŽÌ¡Êa0L$U†#hA";h A•öÖ‚ öAT ‚:# ‚0!èÍBÂ@™C„"GA"%ÑBB"$tGS!BL!‹à‚˜B"!H莈莄K @™Ç! $&På‘Ð B}BGDtN„Dº>‚K¡!@„ŽŒ& ( ‚í„G´DvAa¢¯^Á$I$‚Dt:AFÃ& A° B‘xHè¾LeX!a2ãeèDt¡Â @(A¡AA ‹Ät"—DtÊpBf¡6„º ‚@„º#¡DŽ„A#¨ˆ B$| ± „ „Žˆè‘ÐA2‡BDDºD BC„!! &°‚6„DHèºL":0‚K @„Aèº!‚‚e   K†QÒ+ & "¡°š ÒH ½‚ ØAaˆEXL†@aÐ L- Š°´ƒa8A`„E„Ñ`’ =¯†l ‚ 8‚%Ђ"ˆ‚!$tˆ‘ЈРBGA$|ò.‹¡Hêd1á#è!Èè¼BBZXŽ“Hè!# ‚# ‚HøA0˜MÑtBGDt""!"B$t""aEð@„DB‡xa¢9®Pa": AÒPÁ ÒHVG0AXH$ÖkEÑ!&8I(p° L´#²è‘ðEEtA”8/¼$‚ <t«$‘°ˆè „Â:èº6„Â# @„Dº(By,©‚@„DŽ™[„(pš¯BL&—ÄB!"‰t] „ÏeGa DDÂ8hº@„HèÂ.‹¢:!`„N`Š TE`PÜâ0A„„H& °‚K’A"° ´‚A Fˆqe ’H$‚jÒäANmäv$tG4w†I` Øˆ IH¨x‰‘Ñt]ÐA‰ЈœA ›D莄L @„ „º# @„ºÄGAÊ!Â#¢>"‡$Lã„aDtBGDt˜A"Lˆ— ¢>%ÑB'ta"%ÑtLˆˆ‚ Šä#ŽH"ì,›‚ ðA ‚H$‚@RHŽÂ ÂA!"Ñ@¶‚ áÁ=•alIF ¬4Èì AœpNÊÀ„ò¬@’A ’* .ÐIDt‘Ñш‰tm—FÐ L‘ÐA BD „A •l´Z!:# A2‡DDB8éˆAˆ B&Ö%ò:YT"$ty""}B"&DtGAʲ‡!h ­h« =‚H*eZ¤‚ …iA ;%Ð ™A¤‚@‚°‹Âò(pƒ"‚P°AY„PßH$GÄÂ’#˜V±C•eTi$A!aˆ‰ô‚"ˆ‰t ‚:R@„º#£Ž„ „ ‡‰ˆa‘ÑàA2‡ œp˜BGF „Ú!#£!`…”‚‡*èDM¢è!莈èºDDDA.„4 $G6qÊ AA @’P‚ePáÚA$ L+:&a ‚ŽÐH A ‹â!YÇ.‚ „_‘Ð@„XB]„‰t"%ÑÄ%Ð"¸!.Œ"tGB"L®"* rœª9DV]„Ñ ‚ 1I$ÐA0_ F¥ì¡Á‚&¢­a„Á*¾ »® •vˆí *‚a³ŽWyz „ŽˆèÂ!BK£ˆº.ˆèÚ ”PV8!èº.Œ"èO @„DN Eq[%‚g&‚!„"ˆA4_# ‚‚èº# ‚0Œ!K ‚@„K£Dâ!6„ „ …„%Ð B%ÑtGAÑ‚AAAH ¸@’A\ða(r ’A$ˆè„A ’ ";  ºH ’‚A$CDvH¡ÂH š#ÄtºEÐäw²œ®I ˆèD ˜B"ʈˆA‰8‰ò0ˆè!#¡#£èDº>‹ ‚# ‚,a &Pá3Pà’&4 ‚@„DM¢:DŽˆèŽ„Dú:.…•eW„"]‚"BB"A FA0‚+CAV½IüavGÐL$’ ‚°™V’Ia¤_H$dtPH ‚Ø]áÄ A¤‚L ‚Á°“W‰B%Ñä‰Ñ„"*Ê°„Ž.‹¢:ŽˆèH莄â!!²‡ !!Ê´°„ ™C”8!莂D „º!3Dto!#¤„ÚeyC”8ByDt—Dt—@ , …„Á;m„ ‚  H%»¸Áh$Wé"9ló  ªhŽ{@‚I%´@Ž8 ¢•…u „!Ó)Â’#Á„GDøˆ‘Ñ„"B"BGDtqшAˆ—Dtˆ‘ш›B'‰¢º0¢"! ¡Î9Ç •ÁA‹* 9D"qA"ªŠ¡Á  t"&‘ÐAˆ B"BB"mL ®B‚a5„GA ‚ij‚ AqʸA ‚Û’I"¦tGDxX$AO ‚ í„ÂÒ# @„4H AA!–%žH"躂Ž:1ˆ‰ˆA „—B$t&ЈœÂL":>‚H莌!.bB""GgDtGÁ‚H莂M @„ „DÑ""$tˆ˜A' BÊ¡Ê¡Ê€„AÐAAXAÐ@ŒhIAxé$h ¬¡Âè ‡ öÒI">G0‚ðg  $G‚H-„aw I$ÀÁ ‚ @‚,DX †‘ð‚#¢:#¡!‚eYNQ„Ž„Dú#¡.Þ©‚# @„DDDŽ™C•µœº#¢:#¢<)  „! ”åDŽ‚Hè „Dú0Œ!èÚ.Œ":>BmB&ñèDDBHè"¬!!l4‚# 6&¤DzÒÂ=¨i$’@ ‹¿Ã+-ç ‚A @‚†#ÞÚìüˆähŽƒ °HDº.„DŽ:L!‚0‹ @„K£ŽŒ":!ePåDŽ„S*ÂhâHèFA8‘Ñ ”8B! ˆ„ˆ‰ôGF²°¡Â@„BD@Êò‡%ÒEÑt,‚5„ Ö$¥¤ï @’V °‚=¯ ä$­»¤ˆì$‚ ÚI ‚ "=Û$å`6aÊ„‘Ñ´¡ÂÃ"_.„BD!0ˆè!0莂DDDDDŽˆé•‚!Êâ¦TÂ:‹B œp„E!# A BaÑt˜Dta„‰Ä‚"$t¤h‹£ºDBDK£Ž…0‚<3‰„‚@‚A $[ !¡ÁA’KAš $‚@‚`_ $X8ðam$IʨA"è#Ø!A$,X„mÑtGDtGEÐ@„Hè!0„º‚.!.Œ"èâ.„A‚:#£Hèº#¢èÂ!:#¢èF$„Hè „Ž‚D „º@„Ž‚D „A‚8.ˆèDDK ‚ÂH莄 „L @’ 0E|$I„PÁ¸ac!gt$‚.AlI´‚A¤ A] ‚A `’*Ò$‘}”å i âg« Á} A\"ðˆˆˆ‰„$t‚ 2œ¨)Á BGÄBBDŽ„Hèº# @„DDº!.Ž!ä|Ž‚ #¦ !#á!%Ñt ‘ÐA ta@ Bq‰ÐAŸEЈAAˆ—A%ÐAöH ‚aC  Ä@E „ A¤$‚K‚@‚Ii"¢Â&˜X0Aq°˜A0^",8`œAIDEÅ•hŽŽ!#¡‚e8&D „BB&Љt%Ñ0„AˆŽ‚HèòAb"8A4¡Â@„DºèDD&S„"m‚DDD „HèÂ# @„ „DºÃ.IH L»@’H"‡¾„A é† AÐ »H A  …ävŠ°‹ÂG…ŸÁ$G„4&¶qÊ¡C H!e8Ba$tq‹&˜B„ˆ—Ì!# ‚@„º# ‚#¢:Dº!0ˆèº'D舑ò:#Ì&¤$tBGDt]‰t]Ñt"%Ј›D4T @„DD!.‹¢èmhVÂ#°‚ÑXPà…ÚAqPáMÂHè -A¤Ž‚H ì$Gh3† .ˆè ÂH ˜BqÒ " A‚"GEÐAA tB]Ê¡Á@„ „Ž„L"è ™C‚e8B""ˆˆÄR, „$±!6‹¡ú.„Â0£hHèâ:3FhDò/˜DtGB"%Ð"­ÞôEX_&=‚  ÂJØ!ÒÂA‡Äh A†. a A0H @‚á„æGDt$tGÈùV ‚h¾‚°BGEЋa—EÑ´‰A""‚"B""]"BGEЈˆˆÐ BhŽªÎ9C„-A K¢èŽ‚HèYNTaG)Á‚ —B%П@„‹* §* ŠH¨ÃI’Iˆ A†L ‚†ÐAoÁÙVÐ@‚Â8á%`œ>‚Ž‚A 3a9•nÈí ‚a$$Vˆö$|P`¢",² ¡Ê®AèO# „ „º!S”9C•eTåS” §;•P!6¡ÁÊ! ">""%ш‰ta‘Ñt"ÊNS•©C‚#¡‚‚#¡iþÂíÍGA Ž‚Á Kׂ aA’+AA0­ ‚á„ Eº#³†BVÂa`ë ˜Dt[;!}fÑ@ ˆ‘Ð B"]ˆˆ B‘Ñ„""ˆAˆ‘Ñ„qB"N‚F‘tBBÁ$"GB'tGEЄ‘Ñt"GFÑtЉš# ‚0„ºE”åqÁ`‚ü0¶‘\Ò@¬Žˆø„ °@‚Xø@¨$‚ $E BPÒ& ¬ ™VXåG •„ Lv’"í‚vX„ˆ—Dt‰tGDt"GFÑ„$|!0Žb A „]‰taˆš#h!ˆÍR&„‚–GÁ$t]FÐ B"'ˆ‘ЄˆžF—GK ‚莂N":6ˆèD]ö8yÒ“‹„  Aˆíö’ ‚H šV‚ H|,Ž… ’ Ú@‚ØL`íA@ša Íg¾Bmˆ›A"%Ñ •`„Ž„K¡#  ´!Êp…‚Ž‚eS” ®!&t#eBB"&ˆA —DtmA%Ñ„] „‘óˆDA&S‚!.„DL"îW AYtLø‚D ˜Lø*Ê(i7A‡mìÚHŽˆè ˜$‚ Âœh&H H$$G… ÅVlK¡@„A!K @„Ž„BHø B"‘Ј‚"ÂÈDBFdVÂD Ê¡ÊÄ!$tB""ˆ‚"$tGB"!8‰Ð”!h „ŽˆèâK¢:.-Ø[†‚AG‚‘ „Â.a"<" ¸A4#`AC(tI$˜@’H$ˆæ‘„ˆ†qÊ°°‚ ¡‚+莎!#£º:8‹¡#¢:DK£!!/2 ®)Á !Dt] :$(ät!->Œ!h „K£t"a$t]˜FhŽˆè!‚eˆ²­ŠðÁ‚A$‚‚a| 0i$v’`Â*!hV¶E:ØYë8„Ž‹ŒA`’I KF8$$A ‚1—@‘ñ#¡HèDŽ¢:.ˆèº0„BL @„ „AePà„ „Dò6„DK¢:>ºfE(ºÙN A3Ž !#æ„L—EÑt]ÐA B"$t]DtGBBB$t]‚&Aˆ B}A"%Ñ|Ž„IlPa^±Èè ˜*&= HCI{I6 I$H ¬:A ‚ ">%#Û+‘a$’I Ð#}‚°‚ŠÈAˆ‰ÑDt"mAˆˆA tB‚ʘB]B"$tGDt]"aB Aˆ›P@‡&‹!# BBYCeTÂèBHè&ˆ‘ÐA‰@‰„B"]$þˆæ0ÂÑÒH »¬ÚmÑ°~  "‚VÂ0‘XA‚ $  ´GA/û<":#I ¢BG¬ „Â.ˆèÚ莈ø‘Ð Bc0@„ „ „!eS‚ÈÂ.„ŽŒ @„º!#â˜EÑ´a ”8&‚ ”8$„º#éb"GBGFÑtaEÑ„a"a‘òèHèDDÚ#¢:.ˆè&DÆBB4 ¢æYVa aÃDsAÁ! ˆô Ò@’ ŠŒ0‚DrÁØBø’Ab´Šà’@Š°‚ ÂDBHèúDHèDVD&S„Êà„ÂeYC•8!èâèA#¨°I0„YCœt,&Pç¡Ê¯"""!"B"!„& t} t]ˆˆ†Pà„Lg‘ô9V’# exXíC´DtM H(v ‚A0I A`†W @’ö“‚¤ˆú $’AA-È š(p˜Zˆˆ˜BBGB]B"B"] ‚"B$tGDtBGBaEÑš0„ŽŒ ‚fBˆŽ‚X$‹ätX‰’B"%ИEò!0‹¡?²‡"‘Ð BGDt]‘ÑÄGFÑFЉt]Hè „&AˆðöNG,$@ŒI…4‚á A3h ˜L!h °t"<XØSÉž’ ZAˆA2¹A&Tp˧(r‡* ™G+0‹£hŽº.‹¢èº:@„DDŽ莄Hùt" tGDt]Q°B"$|B,,Žˆè‚%Ñ(r‡(r‡%ÐA‚"GË¢:a›BÂ@„DŽˆèº:‚‚U„p@°j‚AEU®’lKA…¤’I{‚XL&Pá|aCò1Ê‘ô˜[I ‚ ÙÇ(pIˆðA ’ Í BGEОL¡Á ´B"""{!:hHèú0Œ!莄M£Žˆè!!™ "ìAʇ"]´!„$tB"""!"‚*²‡+ʧDŽ„DŽ„ÑBa˜FÐ X ¶ÂD}+A’#°‚ða0‚œDqR#šÚH"<’$‚B;*á A4Šœ$‚Af†ô$ÂÁ ‚Aö$#„]‰@ B%ÐA›EÑDt]DtG@Š™PTÊ€„H莂BBAR‚œ!8Œ":0¬®*Âe‰ÐI”8L§Á$  BGÂO#hŽ’:#¡.™C”9C”åL§)Ê!莈èD&WáÂ>‚H °Ð ‚²¬":+#Ì ‚ìEW$Pà0ÂK ¤-„_+Á ®’DrI]0‚I$N\($Aà ‚DÂ.„D!0„M ‚`„Žˆè!‘Ñ|DK @„K @„H膄HèE‚‘ÐA` A”8B m%Ñ/—EЄˆ—Dt!,&Pá˜EБЈ‹(r !# @„ „Ž„ºH0ˆè^°M´G~ A…éI˜u°H ®Ú„@‚)ÓI2³Á„I A0‚Ú¤tAII ’Ð B&ä%ЈŸGÑÑ B"ˆ‘Љt]‰´GBB]F‘Ñta L†æˆ‚Ê! ¡Á@ƒ •ÖPሉtG@ tGFЉ, …¢è …” ‘Ñtf‹¡&R À°\8k.@˜a"¬/ U‚I H$H ‚ ØH«Iñ‡º@‚ƒ#¶‘C„]A$‚H$Á|@‘i 7ÂHK¡8„ „Ž„ŽŒ":e9XS”å9C„$t"aB]EÑ" ˜GŠA$t"$t1eW"GA²‡BYN „,¡Ê®(pB""B]´]BHèHèÚ6Œ"èDHèº!øA‘Ñ´ÃÂA ‚#`L¡ÁÒA$G°‚ƒ@ @’$A|0‚“sXXe+*öÑ‚ 4XaaéA"è\ 1m ¼K @„ „K¡.Œ":#£hp@„DDHèº#¢:#¢:`„ÂH!:<:.‚DŽŽ!6Œ!™ ¢:!ex$…„,!# ‚aA2‡ # @„O"莄 „!JÄB •á BB'‘‰*… ”AX]¤Hè ´Á„ÂIIN ACú àÒ+ AXA‚•-„ ,I$ ¿Á„ ‰v& G@‰"]B$tGEЈˆ B"mDtˆˆˆ B]$,§* ˜!@„Dº::6‹ ‚‚eS•³!Ø&w+Á"±„ã‚"}‰t]‘ÑŒA("舑РBB$t]ð‚6…•VT!ᬠ˜Xì×9 a0‚a4°ÚÁöfàA2>7ÂAW8ƒLãÃV"<X0A$"ì!!6„N"èDHèÚŽˆù|DHè „º0‹¡DÂ莂Dº# @„Ž„A!„ #à‚.Ë¡#¢>!Á$#£hL&ˆˆ@ƒ „!ž‰t""!#¢è!:'@„°AFàšs#È ÐAa$  ŠÈa8ái‚*lI HŽð‚ƒ $@ H‘쎈ì'h#S„&ĉta‚ʃŽS‚#¢:!0莂N# „DÚ#¡ •2œ!.„º3Q! § ÊÀ™C”èDDD$Œ":L":ˆÂ8à„ „º.ˆè&TBœˆ‰ DtB&La";HŽh ŠàA0AC è#ØA`Á$t ˜BG`@ž,$ˆñÜ ’* }=bÐA$, I ÆZBmÑ‹*…xBB""&ˆDŽˆèŽˆèŽ„òYA‚`„HèÂ!莈èYVD „Þ$tG@ ":# ‚eaC‚:a²‡(r‡)Î9C”å°B,¨Dâ`„º# ‚‚@„ „DD „Ž‹ @„M£H莄AH#Ø U¤S„ ˆç ‚¸4Ã8åd#A„V ÐAÐH$X0 a…†ÑeÐA ÉàA$HVb8»#ät""—@ „"mEÑ´]Dt$tB""G@‚#¡.!!„ „DŽˆèDŽ‹ ‚Db8³Žˆ ˜!# ‚hE“Bʨ§A:‚èº,Ž‚L#è „DN!:#¡ˆ „C  „A0H$Uý¢;AxA ÁÒº#¤Ò@’-û¿&: iÃEs‚aJ²‡ A$Á% G³Ž’A „Ž‹£ˆº# ‚:!!èDAà„HèK¡.ˆèŽ „!:8„DŽ„º„8à‡#á eˆ‘ð‚"è‰#£Âa„+ …!eqC”8B'‘Ä$tGEÐA—GÄB&Ð IRa$‚ . i•*ö[YYwi KŒ)䊰A";A à’ -&H2‡ q@„DDº#£hŽ@„K¢èÂ#¢:hŽ‹æt‰BGB]ˆ‚"]‘Љ|Ž„lˆA ˆAA‘ÑÐ BÎ8 Â.„BY\PåP ‚L ‚eQ8BL¡TU‚’Hˆl H $ÁÒA ¡, ’A">ÂÄ-í Aã•a0¶ @œâ&w.Áh.$‚ ˜L ’J‚6ˆèº莋¡‚@„º.‚DDHèº# Aˆˆ—FA „K¢:‚!‚:#¢èŽ„H莢_! ‚‘DD!‚ePà„KâB%Ð BB ˆ‘ÑÄB$t"a":&PåPåaX ÐAo`‚' A$‚ ðÕ Ar:#°‚I‚hˆ B’A^ïEˆì•m É8a ’A¤ $@©Pá‚I A"$tˆ˜EÐA ´‚"%ÑÓDL#hÚ‚`„L":#¢:.ˆè „ „BE„"#áÁa¡#åð@„Žˆè …$’#£hºTÁ‰Kì¨(r‡>8B$t$tBGD|DDDA ÂB ÷-  0‚¤’@Ø] AÐAx`”4‘. ¼=ÐXŸÂAƒI4!I$”4’Jì „º#¡:0ˆè „DŽ‚ „!%Ñtˆ—@ B„‚"a"""!&ИB]ÑEÔA°´‚ ”9C„‚ !hB" $"Bq@ˆ B" ‘ЗL§"$tGEÑt‘ÑÑt_„%ez  ]*–Á $A-!Ú$’) H­â> ’AYC„ Œ H ¿`‚ á „DÂ6‚6‚DŽˆèº# ‚:&S•A äGDtyB] tBGB""]E…ˆ°„D „Ž„ ¡Êè(rœ*Â:.Œ"::0‚DŽ‚A#¡:#¡ÿ !IBGÁÂA Ð@$$PÁ- ‚ Âa3Ø$ $ˆáax(` ¢ ¬I–Fø`’XlM¢:0‚N ‚6èº7‘ÐA—B,«)Â!舉HèK¢:Hè!#£âb,ã”8BYPàŒ ‚ÄHèº.‚DDO!:‚@„º.èL#D"]FÐA5 8h$ѤA$ ¶b„A0’ A ‚.Èìe0Š !†$’!!²:0°Ø´g˜B!&A tGA! +@„Ž@„M¢:6‚Hèº!èDHúB ŸBBGA)DD „DD šg¨¡Ê²‡(rœ¡Á ÑtGB] Bˆ—F„BGDt&A Dt ‚@… ’„ šA5•aF•$Aa‚  $‚ápA{* ÂÈñ׳Í":Pà’« $L!aðeÈ-ŽŒ!!!‚BBK¡#£ÈŽ‚D „Hèº!e„ˆˆ˜@Š¨«8ሂ3%¬3ŽqʡЄK¢èº0„BDDDDK ‚::e9PDD „K¢:!!EEØB°I| ŽˆðçI%h ‚†^H ¶„'A`‘{0F `’@ØH ¸ƒ;”8 ™ì.Á.Ž ‚@„ŽˆèD „BA6‚L @…!IÑ@ tB]EÑ!.‹¢èŽ„ºˆˆˆ†Pà’JtGA!"GB"BaEЄˆ‰ÄtDtBH ‚ ”è$DtGxrè šAa¤@‚Ü]¡ŽˆèLØ#Ù²ìîsØA{(rœ¡Âh Œa ã„:A":# A B"‰tq‘Ñt"mG‰‰t] ´]ˆ BGB"ˆˆˆ²œ¡Â’Ò#¢>GDtGDtG@²‡8å9C”9NTº#áÂ#¡!K¢èº#¡DHè „ò0:.ˆèŽI šI$U…„Expi= @ƒI$#œDtGA„IgÄŠ‹'i4)!Ð ¾ ð’!a$á¡‚ ”á°„Ž‹¢è „K¡0™Iʨ*g !#¢èº#âyÑ¢0ˆèDb!¡hYC”8B""" ˆ‰ t!""Ê£•á „ˆ„ˆˆ‚ÒL,_°K Ž’# ‚Á•i] ášg!†‚AáÕ‚ A•–X0šICAaxÁ‘ÑИ@A˜BB„—BaœDtGDtB!&˜Fñ.‹¡:0„DÂ0Œ)’ÜÎ8BGB!”VW”œ!# ‚Â.„Hè!.„ „K @„‹¢:!@‚°¯é. &íØVxèPdtG$aÐ$È캡Á ${ (p‚ „†MàÂi.ÑÙv„Hè!#£i ‚ ™C”r‡BL!#¢ù„B" ‚#¡!WåAC”AH(rŽ„Á•h$]Ð „ŽŒ ‚‚eS•eˆ „BYC•º!!# ‚@„Ž‚K¢èº!‚a0_´iÌ ¡‘аI!á{H®Ø „GA"¼.@‚† H$PÂ=‚ÐPˆåè$!fÐHD!B ‚@„DH莈èDBD0B"GDtGBaЉˆ²œ¨(pI@ )ÊpB1"Á‰A—@‚"ªVˆ B"ʘB"‘Ñ 0¡!†#ZEp@$G$”1a¶qÂa Œ"è[Dv[0š @#Ç‚.Èí A2¿´‘‘у0ÐFÑ ˆA2°¤åPåXB]B]F„"%Ð B$tq‰tGDtˆA² !6ˆê!HÚ BGB%ÐA „ Ä$tmA t%Ñäa&БЈ˜EÐ0H"ì$aDŽô¼Ê‚°$‚a&LhZM„*-*Â(`Ð@‚¸I Az*Ê»lIH¯+hDDD‘ñeª‚`„ºD,D!èDLeò莡(p™C¢:# ‚:# ‚#£ˆÂ!.Œ!0„A:0‚ ”8L¡ÊÃŽ„ˆ BGB]GA„4âA`Á FŽÁ $ˆæ ’V¡Â/ ‚ˆa®ÐACAÒAA¬"ó$A$‚üRnG„’H ‚²<&Ã6¢:.ˆèK¢:/‚)x(r¼§(pBGDt]EЈA2œ!#¢:.ˆè „Ž‚L":.Œ":H莢"#°I‘Ñt ‰tGEð‚‚èHèÂ# @„!!öˆ@„DÚ@„º!@„ „Ž‹ ‚`‚¸I§4  JÊ¿°A°C‘Øi ‚é, ‚AaiG„A‚H$ šI ‚#Í$I øÜ‘Ð B"$tˆ‚$tmˆAˆˆAˆ‰A"%ÑÁ/„‚""%ЈÌ‘ÐA0„HèDDDBD!¤_È „!#¡@„ „DA…«°‹š@‚ƒI @¨$GAì ‚}]ÐAY‹ö’ H"<à AA0˜IPK²æ ‚ v ­„GDs1ˆ‘Ñt‰A2‡DL"èº.„Ú#¢:‚8„D „ŽˆèÚ.‹¡#£hŽˆè!0ˆù„mÑ…hHúEÑDtGDtf‹£ÚŽ„q„CžÁA‰ tB]Fô W$*HA’ öH"³b, G´’A,A ap ®‚&‚ H+vý$Ga†H A…°EK¢:D „H莋 ‚:8ˆèŽ„DHèº!#¢::.:@„DŽ @„DDŽ‚D „!`†W5DtL¡Á DDDŽ‹ ‚@„Ž:0¡!&,ˆA—Dt˜DtB!ÁAˆABÎ8I  $¡Â AI| ˜*#´’ ‘‚ ‹ÈA ´‚ „"Â[@‚  Ì:Ii‚I|A@‚ð‚è!#¢è!èBDHèº#¡‚è „Hé„‚Ž!.:.Œ#h „K¡0¢Âa‘æPå)XB‘Ð BB“(p„º:.ˆèD&UA‚""GDt‚@ˆè ·¢9‘ô@ƒI0@¨ FÌ0‚¾Â´A90@’@PHJ| A„‚ H$ ÁØ[H,Aˆ „B „"GF„$tGB"%Ñt]‚"" ‰Ê§  B] ‘ÐA ´GEÑtC&8å !6 @„º#æt]Dt""BL!@„ŽˆèDA‚:#¢:6„Ž„ò0„ZI$‚I"®  ÃI$"è0A ÂH.Lp‚ $AXHXaPáÊ°Ð °Al"ñH Z H!# ‚!exBBGB$t]DtGF B""]EÑF‘ÑB"" ˆ„ˆAA‹Hê)DAHŽˆøA2‡L!!.Œ#ŽŒ ‚Hè!.ˆèBˆˆ‚$tGFA‘ÑAv·l$ØW# öV0‚a4L A¤+ Â/h$&$Œ ‚hŽÂƒH ¶LDXAhŽÒ,6"Bm‘Ð B!$t""!,¡Êr ¨(pCˆ°BB"]FÑt˜Dth„Ú#¡.‚O!AbGD| „DDD!6‹¡.Œ @„BDDŽAGEÑ"G@Š ®)Ê€„DD†& l&™C•xeZ ’$a A_xa0°‚°A‚PX V‚,äG@{*? @„º:0ˆèDB$t] B"BB! ‘Ñt‚Ê §YVW9^PåP¨G‘E„"ÊsŽqÊr¨TÊБÑt&Ñt"!!Å„"&Ñ%Ј‘ÑBGG‘t¡Á •&@ƒ(p"‡&; ì @˜l&AZUiÎÐH#"¬ HŽ‚ ²q I ¾Âá"GB!"GFK ‚0¢èHèº „DDHèDŽˆèºDAe «BK ‚ ‹ätLˆ‰„BGB]Ñt]ˆ²°&PáAa$t]Ñ„"!$ta"GDt%Ñ t"- ØAè(Aa„} H© H ‚ÃqÂ/0­ A%*ÂH$BEdpF°I¢°,EØH-„ –$t—BB""%Ð Bˆ‰G‘´B'¢èº#¢:.„ò:/‚ „‰ÔDt‹¢:DH舊FÑtyË¡E¦BE‚â‚@…•2ŽS•´‚$@¸2èºG4H$H"‡&":&*H$H °Ai’#°@’#¶ $»Á…‘ô\Ža ­¨bÊp„º!.¢:.Œ ‚U ¡Êr¼¡Ê!!@„º#áʧD͈‘Ñt]—B"›@ Œ¯hŽ#‰$tGB$tm„ˆ B"GA%Ð#àX Y„! ‚e9NS‚@„HèL @„B ”:J‚/œ[)Á9A$ŠÄAi’+A ’a I‚ $«ƒia|ì¬Dw×Ø@œ0@©Ú.„D!H „D „ „!8„DHè!HèÂDDDHèâ#¡DDL"èº:#¤™R(K̈‰t]A„‘Ñ$tGB!( A A!! ŠPTB%ÐA ÃHL«D|$¡/I‘Ïi$Ai‚„.ÐAa  ÞÊ ‡ÙDwœÒ $  I.ˆûHèâ.ˆèA0„BL!DÚ‚‚<¡# ‚8‚K¢èŽŽ":# ‚>""GDtGDu:¬FÑ„"a„‹+ʧ(r§PáA"Ba"fŽ#hR8ˆèŽ„Ú`„ B‘ ‚h!#¤/ãiöÒ$‚„EÒ Hˆa ¤AÁR*Ñ°°F¸a$“V"ˆ—Bm‘Ñ"]Fñ.:6ˆèB ”9NPå@B!"" ˆ—@Š™C•„DmÐA2‡BHèº#¡/‘ÑÑ &U# ‚DHè „!ˆŽŒ!!Hè!DH莂M @˜#ˆA2£a‘ÐA A8á ¡Á$ ‚ `ƒ‘ÞGÈø ¾’- @Œ9(¤Â‘X‚@ Ê&‚XAtGF B]Ba!"!Ê‚ ²•P刈ˆ„žBGEÑ ÄG@A2¬L‘ÑtGQaˆˆ‰Ñt""$t£”9C”€BBGÈè „AhŽ„BK @…•a B"B]²°-Áaa†ˆ„HB ¤‘X‚Ü0ʸ‹ûK°@eà4„¸V ‘XX$Z ‚!:På8!#¡`’AeTሉ´GDtGFÑ „‘Ј‘ÑÑA" ‚"BˆÄú#£ÈDDHèÂDO!&Pá%‘ÐHŽ‹ ‚A‚ŽŒ!:$‚A"øI$ˆèQœB¤•‚ ‚pÁ‘ÙÑðÐPÁ0͘\4‚ü ‚`’IØ„H I ‚EЄ—A"&ÑЗFЈ‚"]A‘Ñtqˆ„‰‰ˆˆ˜LªB‡(r¤(‰t%Ñ:0 ‚eyC‚è „DDDDNdtmÒEЂ$tB!%ÑtGG‡ ÑÚH ­`Œa"’DBDDA—Dt„‘Ñt]Ñ„DHèº#¢: „B#à B"%Ð B"%ÑtGEÑt‰AÒ@’Ø@‚»I@›`ŸA@‚#¢:!ÁIpʵ¾á‚ Ð@’H$@ƒ}„A2 !# @„DM¢è!:#¢:&Vè A‚AA tB$t'ˆ—Dt Ä] (p„ÞB—Du!DDDE"GAÊ!‘ЗG‘ôGDtB"! ‚a (p„DYS!"B"]ÑA‘ÑtaBÊ!ô’#²;V¶í$@$Gš«/¤‚Š´A$! "±U¿9/†Á Bˆ‰t]B%Ñ´eYC„$t$t A ¢:0ˆèDHèXB"a„ˆˆˆ‰DÚ::#¡eP刑ÒL¡Ê¡Ê¡Â:#á ñ.‚D „ ™C…ˆþq@0AA~a’@6ˆöÒúï†-‚I";I":Ãð‚# ‚DÚ6ˆè!.„!!#¢èA!:!:è!#¢èÚ!.¢:!#¢èŽˆèº:•Ë ‚# ‚.""]ÑK!B "&„GÌЉt$tBÊ´G ä} Ax@ƒ@A0f´V&ð÷¿a`A,.Î\&/ƒaÒH>ì¡Âa2‡$t]Ð BB"]Ð BGDt$ta—B!%Ñ|Â:# ‚È „L":# ‚aA (p„DDBDDO¢:# ‚_TGA"GDtGB"«8åPå8!‚aÎ8B‚a A"&A Ј„ˆúRÝ„ð‚I AAA ‚HA$a$G`$A] PØ ÂvAãѶÂà „, Êp„ „DDŽ„ ™C„"aEÐA L„‘ñ.„HùÐAˆˆ B"GDtaÑÐA „mEЈ‰u.¢:Ö"GDtGÈó(rŽA!:!.ˆè …‚#¢:.ˆèC„‚¶¡„A$AÐAxe{„@EZA$‚  A0™_ g¸ F6 ‚=„"6’H«M •…YNPá˜@‚莈èº!!0ˆè!!#¢: #xˆ‹)ÊÀBÁˆ„‘ÐAA0„K£Ž‚eqŽ„ŽˆèDº# @˜BG@‚A„"GDtG@‚e‰t",¡ÁA ‹*hA9T‚H N:A$’† „’‘¤II$’ ‘  AA(pƒ’»#¢<ûDv Âa0˜X B"%Ð B!""B‘Ð B"BGFF„GB" ŠÃÙC”9NPå9Ü&ˆˆˆ I2 „°†WÑ"m—B,!  ”9C‚Aˆ¤Ïà„Â#£ˆYC•B°®(r‡(;Ãi ¡m\CA ¬ „0¸Ix„H„Taƒ@’DuŽ"!0à‚BR&°„Â.ˆèDº‚‚:!‚.Œ ‚DDPB&ˆŽŒ"B!DK¨‰t]‘Ñ@„2‡ ‚:—ÈøA0B$tB$t$t‰БÐA ƒDxæ ‚àÁ ‚ F": ‚.Ë´®1Ò#áÁz'‹‘0‹á GŠXA •á‰´GBGFtGBaÑt‰DtGG B]‘ÐAAA Ä&Ñ„B""%Ñtʨ(r‡)Â\4B""]ÑtaÐA t,&qÎ::!ÐB"ˆ‰tˆA  Ë @ƒŽ‚ ¢;‚]‚ H$C‚"èV‚¤«@’B!„(! žÇK @„Ž„K ‚`„D!!.ˆè „DA#¡‚‚èK¢èBDº0ˆø L!X!Ä!0Œ!‚‚`„C(t$| …”ANT¡H>Êr¢B!ì"öqÂE­ ‚ì±Ê€BÊ TH »5„’„0I$¬EÑ!#¢:‚aA‚%Ј—Dt%ÐAA‰ „&ĈA B$tBGA!"B!"a Ô®t$t‰taF°™C”9C‚4GB"'Ñ‘Ñt]Hè „D$,Žg&‚‘°˜V ‹¢>’$’I~‘ü4’ šA@‚±e8 ÂaxA L(aPPåPå¨*@„DÂè „Ž˜Ba—B]„!ÊFñ#¢:0‚ ”áĺ!莂!.Œ&Ó(s¸@šÑtoDE…²‡ ÈêI„ °‚ YÌ"‡  $I$“dtXˆ´’H†0’!@AD ±&aÊ!qÒ „º0‹¢èDDK¢:#£<Ž‚L"è!A‚!!ÂDŽ„ BB!""]Ô!DR.…„Á$!<"£•eL!ÄDºî0A0‚³Ž ì$’@‚Ù1 ’HI 0æ&š’{[ …ÁŽ!@’;aAÊÀ„Dº<„Hèº#¢:.‹ @„Ž‹¡‚@„YNQr‡8å—@ B%Г „ „Ž‚HèºF$tm Ä]ˆ¤Ê!#¢:¬+Bœ¢e—MÁ@’A B"l&†I ‚Ùä' $Ó(sÒÐ@’A¨ÐAˆˆAA2‡+Á¤BGBaÒDtB_.ˆé„""""! —DtaÑÂDDD!#¢:!#¡„DA$t]Ô!>GFÐA‚ $BC‰ˆ‘Ñ´"! Á‚;Dr#É5„‘ØAo† $‚ vPá0‹ä|L¬l$’ ’Aaäx‹i¤$tEØA ‘´‹ Š@!.ˆèŽ‹£Èò.‹ ‚hDBDDN"쎂BDBHÒ# ‚:.ˆèº#¡!‰„! #‹eBr>tL¬)ʲPá0L!+¤W`ŒR¬AÖ6Kh&IDR.‚ Ò$¬ »°i $,!W‚HBDº.„!!DDˆ°„K¤‹¢:.Œ!0‹£Ž‚Q\„—DtB#„ˆˆ‘БÑt]JóA"mG„‚"GÂD0„ „DA!#¢èXL‚ids#ÐaZ`„Ž ‚Pà‚ ÷¢; „9|Ža† ‚I„Eõ†Â`’0@„ÂW•AˆXPå9CœX! @„Ž‚A*‚D¾GDt$tˆÄL!è „Ž„&Rp„Ž‹ A ÑQ‘Ñt"!ÁA0A ’+UÒö‚a¤$A$‘XA AÁ!$tGAÚ IH$¾ÊîPåW„"GÈèL§H莄Žˆè ˜!@„ºDŽ„DH莋£ˆÂ6ŒÑ%ð@„D „DB #¡#á"]Ì)_Ð Bf„DŽ„Nˆ BGAÂBDHèÍ""$t}‘æ ‘@( œ0TL"å‡jš#±‚ „Âh‚$Le¡@ƒ(r­ˆ²‡""GB‰t%Ñ„"$t"BG@ˆ@„L @’#äxŽ‚YEe‘ÑB%ÐA@„ ™R!Ê⸫+Šã”@C„°™C„  "èY\T0Bi B‚àá„0G°AŸ‚ A5GEð‚:¤ ÁPá„4‚V A  ™@¥!@„Ž£DŽŒ!#¢ø‘Ð BG@˜G›Dt"B]$tDDDBB!,!#¢:D „F,¨ •0„º!U‚ˆúI ”8!Å"::&K ‚DŽˆú@R„Gh ¡]Ø]‚ Pá•ØLa„„$t@”A ‚‡a„Ê% #éÐH!!.…”åh‚,§(r‡ B$t]‚,„—DtGDtGDt‚/ˆ B„ˆ„‘ÑDtGR¿¢:è „DHé‚H „XL„ˆAa"GDt]ˆAA‚°¹<a†U oÅ @žÂH A0A…„2‡@‚Ä$8„ˆH6.a2–â!„"BGF B&ˆ!:# ‚:#¡::BBqH B‚ Ð BB)ÄO¡:0!‘Ð …!#½¢è$"]"]Dt,îH®C•Èõ‚¤IìBH ’ {"Á$# Îá0B¬"Á$Y$@3ŽPá2œ¡ÊWåPªÊ9PK¢èŽ„A!#Â"$| „!!A@„Â#©\è‰EÐ B%ÐA G‘aa„! þC)Êò…P@™Ç+’@Œé¤I ‚H\ BÂÐAq! ã…³¹Ç ¤@ƒDL‘Ñ",¥‚‡XB"GEÑÄGA"GBa ò莌 ‚:#¢èE„"aA%Ñ Fò>!‚.‹¢:!!#¦T#0ÊãàL«*ÒEÐA )Ê §)ʲªC.'Á„ÒAðÂÃHP@–Ñ>"Á ‚„ˆèŽ‹ U„#‘Ñ—AÎ9IÂ@„º:#¡‚èº#¢èL ‚a„ˆ„‚"Ê¡B‡$tGEÐA°„ „ „ „ „ŽˆêW¢<¢:Dº#¢!# EYC„)ñAx‘ña„‰E_e’Dv$’I$ …dtÊt œŽˆèŽ‚AH&qÂ/„E„,!¬(p„DYD¥˜!:#£Â!#¦VåL¬*…9NV¥8!#¡0aʈ B"Ê¡Á2‡D …‚ˆ BB ²œ¡Ê¤$ÊšEXL¡Â?‚& ¤ÝµùÄ.ÒHl³Ž wŤ˜B,h‘Ù4X˜È莂 ””:ˆ‘Ј‘ñ#¢è&‰„GDt]²‡)Á‚ƒAœT¯(r¨DÂAe9C•! B$tGDtGEЈ‘Ð „BHè„A"nA…AB+‚AvG0>=¤DtG‡L$”8XHB!"#„VK#âÓ # ‚>„ F´!""]",¡ÊÂœ¡Êˆ‘Ñ (r‡ ”ZS„"GÄÂ# ‚‰ „]ˆ‰ÄHø„‹)Â/‚+$]""]A2‡H[A"¡ka$ L%Pá0H ¢"" ‚gÔ9C…ät,! ¨ ‚ÄÑ ôGA%Ј‚Ê¡VT"GBÊp„DE”å‹ ˜X¡Âa—Á$tG@0„ŽŒ# $tBÊ8!„Hè „LŠFM t]EБÒA‡ØXh$ … +Ø ÒA„ 0B#ˆˆ—ÂHø„¤GDtLÛ5(r‡(r‹•ÅS„ÊÀ„º:0Œ"èºa‘ð‚º#¡a ´!‚‚‚!ˆA L§*—EÒA"]rè! „Hè „DHè!’ ‚ Ð% ˜ Ôí AÎ9NP莈ù°B@$;+ Ú r‡)qC”9NS„" ‚AA0„L @„Ž‚"B"‘Ð Bm—@‘Ð C‚`„º#¡&qÂ# Aa Šà„!ˆºŠ´G@%œAC ‚ #çÍ$‚Y0BÂÄD Á$"Âa3Ž“$yˆ‚$tˆˆ‰Ð B"B%Ñ‚"Êã”9B „Dº#¢:DŽˆè „KªFA‰´GZHðˆŽL¡Ê„]AÂèDG“ÐA5ÚC•‰$!ŠEæPå‘ÑA (sŽU„Á‘Ђ „"$t]FÑÂD „º#¡# @„L!0ˆè!‚ˆº#â"!,!# @†WÓL"èºDYÇ(pF#á8‹ ¡K¢Ùú  ¤  ìŽ}›L«DBL!A3Ž‹)ÑHùBX!!‘Є!ÂeS‚ „BK¢:#ät$tGA"%ÑDtˆ²‡*AºHè „DN":DBEÄ „‚A òùt‘БôU‚ ¡Ó ¤v4‚)Ä'´xD!# AÊ ²:# $8‘ЗDt‚* „ºPå‰t""$| „Hè „Cˆˆ‰„]ˆˆ‘ÑÑtGA#+†„DK @„C)Ê&Pç!!! ˆ‚Ê¡ L,âax84‚ƒH˜a  I LBA-"°¡Âe„DD „â#¢:.ˆèº# @„Dº!0HÂWá4!!#äYÐ B"aò:!°†&´GEЗEБФB" BGDtG„ŽˆèŽˆèŽ‚DYVˆæBÑÂH¡ Ø´Â:$tM$GAÊÐ B) Œ#³T]ÑИB"""!,§Hé ‚a AH B"BGÍ ‚@†L¤á‚$tL¡Âg¡Ê XˆA‹AÊ¡Ê‚€ \«AˆŸX0C †ÃB …„Âa°˜^GÂX$„DD!.‹¢è¡а…”9IÊ¡Á2‡„)à‚!è „ „es ‚#¢:0’èDE‚@’g¡Á$_#ȈAa=„„r躂ɻ@ƒ „Á°˜Lã„‚ ÐA4 ‰t]‘ÑB]B"‚g((rœ‚"BGDua t"B ÑtBGDt"!‚>GÒ.™VLB $Â[øtGB ÒEÚAˆa0²:#ãì­•à„L!:0„Hèº# @’#ät.RDKâ]ЈÄK¡#¡!#¡:#¢>GÈ莂 ‚ &²‡ E „C„H ‚.Ãx@ƒ ERGÁÁˆa B&ÐA tmÑ„‰tO„ˆŽ8abGÈèH辬(p„Hè—EÔ¯¢A:#á&Є""Â`ƒ ”8[IA´IH QVqÁÇ!6ÄCH莈ò­…ˆ BB"&A„$tGDtÊ!!`…”XPà„BDYRPåVPá $$tGEÓBB"84@’K  4¡Â Ê!¢#¢>!,„ˆèº‚@„Â.‹¡!H$"!hVPà’"èYPPá ä*BEpЉA"$ AI„$t!Á #¦† $‚I$G`$êϺ‚ÁÊ¡ÂhM¢è!!#¡0…_# PåXBL¡@„˜B##¡# ‚™H„4!!%ÐA0„!áþ-"¹„A]2Ç(pI¤„2¶VU‚è „Âèº! DBDE„"‘Ð"¸ª9R+ê!P‘‡*Ê, „$… Påá$’DsHŽB¬ ‚AC„,ÄÁ ز!ºD!.„DDŽˆøA ÑŒŽˆè BGL¡Â:0„H莢B] BmÑ‚*"B"!"!H!½¤W•À™NA]DaGDtGÈè „2‡‚!#¢èŽ‚DK¡M£ˆÂ?‚E„"!AHŽ„H莌 @±!‰ „",(p„ŽÁ‘ô ±”2<ÂR ‚Z„XBG±&”¢:0‚ ”9^~(0B$|C„_è ™C„"$YˆA‰|%+êˆèÂ:0‹¡#¢:#¢è§˜B!@B# (Èè ˜Aa‘Ð#ÙC„$tGÒ HŽ„O¢è!!# œLã”8!3Ž &ätG@‚Vå9XHüDHèDHø‹A‚ ¡Ê#™|Ž‚ ”9Cd$GË¢9´^‚††„Žˆè „Dì]Dtˆ„ˆA äa"9| °Á0„D^‘áa2ˆ*CetèK£K¡)Ð B"$tAaˆ3ØA#úã ¡BC‚=ˆ—D|Ž„Ž„Dº# @„Ú‚‚#¢:?„""&!#¢::&W3¹C•!`‚!#¢:!.Œ!gÔ8,YN(s¹Cœ"õ‰ Pa":¤BBC•Å $ˆˆ‘Ð BG@ˆ„4‘|‚DAK:èH*BbaÄDA‚:DXL§Aˆ4C”H G@ˆ$ì ¢XA0°‚g!e8X5‘ÑÙZ#¢:.Œ @„Aè „Ž‹¢èŽˆé‚h N"GDtG6‘´_/‚$t“(r¬¡Â‰¡:#¢:,LㄉI]†x„X!A0™C„ÂDDDŽ@„ „DDX!a # ‚`„D „ ™\Pá (r¤$W­BGDt%ÑtGF©ˆ˜Ú ‚ ˆA !¸M‘VE:#Ø"‡ÆGÄŽ Ê!!;)DèºDR8Œ ÊAePåS”TTÂ@„Hè!@„b$t"_‚:¾GA °„ ™Ç …³‚ Ú ˜p‚A$(ˆ„DX°[(p™öXS”8!.ˆèŽˆèŽ„!eqÊ@Xé@8‰Ð „K ‚!.ˆêB] tÁ DK HDEaZDvA ˆè™ ‘Wœp˜L!<„DA ”9BXB 0™Ê ¡Á‘ÐA B0‚‚:#¢:e9Z0BGEÑÐI”8 Î9‡(pL¡Ê¥ ‹ÙÅü=ñÂ:Pá‘ð‚:#£²¤GGñHèY\V€ƒ(ta@ƒ"_DŽˆèDL(ˆAˆ B$t]@ (p…!`ƒ  ‰ÌDtHŽþÐ ºIE/# ‚`š:!aa‚H ±#¢:hŽ‹â‘БРBÂÁ$^`™C”.Pà„Hè!:#¢èŽˆè †W:0‚DD „Â#¡a „XB]ÈèXPçRI{ &—´GB"!A (p…‚I„,Û$"  BGÄDŽ‚YVM—Dt‰t""‚Ê!Ab)4#¢:;FAˆ²œ£”åi&z BBFЂ‚ʨRŒDº#¢è „Dº.…œp„DD‚Âh!!Ð@¤qØ"‡^a$GÄHð°I"ÊØCŸ8‹¡:#¡‚hK¢>!!ePáiÐA‘ÐAˆAA ÐA A0‹¢:8ˆè B$t]Ð A„‘õea^a…8L+;6‚+‚ÙÇ #¡:hDÂDÂ#¢é„ʧDA`±@„Hè¾BBB"Ê‘`œDtˆž@‰ °æXHè4GvG0$G…3ï &Œ ‚Ø!el¬¡Ê°BBGEЈ‚ I!#¢: ‚&Pæ 2 ¨DDBL"èa"%ÑDt"GB"&Hè A¢: A2„Á6‚ELH Bî1aAbÑtGDtGÒ#£²hÚ#¢:/ˆ‹+£bÂÄX!!.Œ":#£h!!:‰Ä,‰L­åBB"8 ’`ƒAɎшö#Hú@‚Ä ÂÄDDA莣hŽ E(r‡(p„Ž‚ ‘Љñ„ˆˆA—A$t2¸²!eCD ™Cœp™C•8L!&q$ÑÑTØv$GDÑ(p„D A‚.ˆùÑ"!"!"-‹@‚è!!.ˆèÂè „x‰„]Dtˆ‘ؤ""’BPLt\Ž*»¶(âÎ9VBGD}!i":Ž„º.„Æ]‘ò>] 0ç)ÊÀB!$t!e8!‚"B ä!"莈èŽa ÐA0„Ž’ I"¦ ŠÀ‚ ±D! !:ˆ„B&hDÂR@‡ÒK¡:DFL§)PåŠM„„"!,- ‚ìŽw&á´tGA$tGA,îC(sŽVÉ•e9C„%Ñ„GA"m á")Ä‘ÑÑA$t‘Ñ„GEÔDK£hDDB ”9N„‰Ñ‘öi ‘_E`@¨ ‚„D „YC‚ ! @„!DDº.‚ ”\¡Á (r‡ ‚@„vP B]2—â¹RA‚a AʈAAv³Ž…‰Ðˆ‘Ñ©!!¡.„JDh„M¡4@ Dt$t'ÄGDtGFœFˆDDÖˆèÍ :ˆˆ’Ñ´&ôL!6„DDDL!hÂ<ˆèE::¢4B"&ÕEЗGT%N"t"m"mˆ˜Dt$BèL @„Ú4GÑ¢èò!.„K¡È „Dò.¡ˆˆ‰„&¢<ˆèK£hHšœB&Ñ¢:0„º0ŒÑ„&´h„—Bh„Dº莄º!¡6„DDDò0Œ!@„ŠtGB%Ñt&Ј B"h‰Ð—B )DµÈ6‹¡:#4CBS¡:0„HhDò4B]"uB"]&hL#¢"hƒB}Dt"GBqB""B"qŸF´'ÑtPŒ!6‹£È¨BD”ê„Dº%Ñ´EÑ­‚$t}EЗEÚ6¢V!R„"aB"%Ј˜BkEÑô'D&„DM¡ª)$""'‰—BmÑtf„ú>¡.¢GByB&­EÑÄ'’‰‰´""&¢8Œ#!$„„A1ˆˆBK¡>£È!4EИB$b4BFÐA t%БÑ&‰ „DDDDF&t"a G B""'‘Ä!$„&ˆ‰„GBD#ºèŸF!&Ñ„h„Ñ•hº4GB%Ð”è¡ t$Â6ÈÚ0„£ò膄Ž‚HèÚ:¡*Dèº:#¢.¢%БњDÔˆ„m B&ˆHèLЈˆœB%Јž@ˆ‰¢hˆèÂ.Œ#ˆº8(D ›FhJ„ˆˆ‰ä&ˆˆ˜B]‰ô'@ ´PŒ!>„Í›Q.hDDÂ'B"F!t$ˆŽ‚"L!DDDDDLÑÄq PŽˆúèâ@„ÔŒ!>„Š¡0„ò4@ˆ‰!ŒO£hN¨‰¡0&„¡<:.„Ú#¢è „M¡.¡!¡È–¢B$!.ô%ЉtGEЈ B"a¤K¡.Šth‰Ð‘è„DÚ0juFˆDDD¡G’hÂ<„DDÂ(EЈˆ‰š GОB"$tB&¤"&ÐБÑ:<„Ú(B%L":D$tf‹£ª]B} ÄfŒÔM¡>ˆè¡"B4GÄGB"K£â#¡0ˆ4 ›F¤%ИGT]¡3D4uG˜B&hèŒÐ‰B>ˆèD¡6‹¡hHèŽ>‰ÐˆšÑÄmЈ‰„'Th„K£ˆDDÚˆˆˆˆ‚"uEÑäP„DÂ.„JÄ%B'B"N„Dò0„DŽ„MH!#£hHèDDÂ"¨ŽŒ!.„DDHhº>‹¡­ B"qBuGЈ‰äyC*Hº4GÄ'T""Bqˆ B'Da‘¤mDb.„è!Ⱥ>ˆ„&ˆDDÂ!”ˆDDò4EDDÂ:£ÈúèDIR<Š„$t"tEŽ¤š!¡$К!„â4F‰!£4Dˆ‘Ñ„m‚"ˆˆ‘ÑtfŒÐ‰„qBD"èBjGˆ”ˆ†„DD#Èò.Ž#ª# @„è„Â3By © „GB'‘ÅK¡:#DHGt%I„KP‘Ђ"CB"jFˆDA! Ä&hÍG‘—B]$I‰„yžB&hD£Z#¢::¡!ԉЈˆ“¡èN¨Ž„DFCB&hÚDDLÑ´&hÍDtqB"C@ Bmˆ‰´""tB"S¡0„N!R4B""$i ÄN„Í ´&ˆâ<š::£hÖ„D͈ډt"'DS¢èDHèDHèD‰!B.Ä]ЉÑD #ª„f‹¡:#RÈAR:¡ˆâ8¢B0Žˆ—B] ä “¡(GÑä"1)Ñ!ˆIDº#£â3EÂ<¢èL!:#ÈÑB"GB"$º.„H„a—FhL":ÈòèÔ‹£ˆÍ ä]ŸGÑB>„â.„DÍ"w¢h—G‘„kR4„L"t%DD!ª"t&ˆ¡—Db%ˆº>ˆhDM¡6„DHèO¡$Ñ´S¡3B'Ñ.¡!<Štvè!3FhHèò@„Bdb0‹¡D&h—DYE:'BjB&ˆDM£èº::#È¡Ñ„]Ñ¢.„Dº¢<„yB&ˆòª#£hºR6ˆ’#¡DIЗB'Da DO¢­!4] N„DDJ„aAˆˆž@ˆˆ˜BjDè"MˆˆŸF´"D#D@КˆQ„"hŠt"NDN„ÚD#:<ˆèÍ"]FˆD!8ôh£ˆè£h"„"q ÑB"NŒÑ:莄ÂD%ÑV„H'EÐБ$GB'D'Ñ„$èDDDښБЈˆˆœFtR#4]ЉÄ"a‰AšÐœBˆ›D-Ñ!‘ИFЈš#ˆÂ'B]¡!£ÈHh‰¡:!¡Бѩ¡è§BGG B&ˆDŽŒ#ˆò‰t&ˆè¡3@ˆˆ‰ä&´&‘Ñš„%Ñä]Ј—B @ ˆ˜B%ÐЗF¤“¡$Ñ´"&‚'t"""@‘ôP‹¡‚@„Ú‰„q ’„T!0ˆèŽ„ú*БÑ„DL"B„º.Œ!!¡„&´GB$t'‘t] „]“£â0„ÂÂ)ÑôD‘N¡ˆÑGˆ›Q$Љt""%MB.‰¢$!3B}#hDDHè‰!#¢t] B"""”!.„º.¡º5¡#¡@„!.ŒÐÉ4EЉttBq‰´'Ñ©B%ЉÄ"K:#¡! @„ú&ˆÚ#›B$tF!"ˆDòt"&ˆ”!.¢èŽŽˆŽŒÑ¢4B] è„Ž¨M¡0„ú"‘Ñ!B$„%ÐœBHB@ˆ‰:Dº(F¤jFˆ‰ Ä$i ô] B<ˆDm¡ˆˆˆ‰„"tQŽŽ!8„¡ äa‰B"NŒ"L#hÂ)Ñ©‘Ñ&‰Ñ!èM¡<‹¡6„H4m›Dº:!<ŒÑš5¢:4q‰ty!MGDf„è†D!<‹¢¡ ¢DN¨˜E:R.„DD˜FЉäy šˆK¡DŽ„º0„! HNˆLЉt%Г£!hƒB%¤B"GF´""%Ñ0Åty „M£DPŽ!0HO!<Š´a !ˆ—Bˆ‰“£RèÑ FˆˆˆˆœEÑ¢0„¨BmBa"Z„â'B"aN¨ÍGDº'F™¡#£D"GDš(B"$tyhâJš<„Ñ Bmˆ•´m$"""""kG‘Õ šˆHD1!4N„Â:!0Œ#èA蔢B] „"%“FÑBè‰ @„DN!.ŽÇG‰B¦‰ƒG„L!>„FF!<„Ú5¢5¡.ˆ¢5¡èN!IDDâ3D ä}@‰„$š<ˆ4CB$B<Ž#È¡‰F´"y@ˆ’Ѣ莄ŒD"8ŠDDHèDú5¡ÈDú:3Fh ! ´"""&ÑFˆIИB&´h„Ž„A:.„’#ˆ!#£èO£K @„!)Ñš:¡%Ñt%:hDŒDèH4yˆ—B"vta Ј›GИGЈÂhDDL#ˆº) A‰ˆ˜EBˆNˆº:#D"q‘Ñ´K©Pˆ’."tCE:8„¡"¡B'ЉV„º)*EÑ¢6‹£ÍB"$tP!tGFˆDш—DtjB]B'ЉÄ$4‘¤$tuB$èD„DFS¡!¢èÚM¡0Ž!'B%ÑÄ}“¡Bèâ8¡$#ˆDÚ#¡ÈDO#ÈDDú4B""mБЕhN":@„„Ô„—EB(P@„ˆˆ‰ôh‰DL!GDqBB:!èIÚ)©’„A¡)Ñ:"èDJt$t"%ЈˆœBqDM¢1‰„F!>„N!HºR>„L#è„HhJ”ˆD§G‚"tF¤HDº#Õ „]è”"5!.‹¡:!"(B‘DN¢t"$"a ôkB'БÑÕ š‘ EÑÕFÑ´ˆˆ‰t] ŒÑtK¡0„Â8ˆèIt&´&š#ÈŽ(‰­’hMHHˆDO!ˆˆB&hL"1ˆˆˆˆˆ“¡>‰t]G¢3E"8‰Ð‰ôD!4Fˆ‚"T!(B"f¡@„gT&´S @„Ñ ´NŽ"t"} &‹¢„I4&Љˆ4PŒ#¢'EшÄ"N„DM @„ÂhÖ„Ž„Dºè„J„&ˆÂ>„Œ":Mš!‰@ „&´y 䈉ä"qEB.Œ!]˜GDaB'TF!6„DD!8ˆèº6DÍ ! Ä'D""HB""fŽªL!.„Dâ8ˆ¢!”èDJ:!hL#D'‘P‰„&¤tDº@„ƒBm ´uEDO£ˆ«D­ .ˆèÚhK£ˆ"èâJš":. @„Dâèú%Ñ©EÑÄ]EO¡0„IDŽ„Dò$Й£ˆDº5¡"¨DŽhO#h щ,Q:@„LКˆˆ’£ÈDÂ0„HèDDL!K£ŽŒÑÑBfŠ´CB"$ !0„”£¢'BN„â0„DJN„˜Dº4B}DŒÐ’­ ­ !$tHFˆœBN„ID¡D""'щ!˜GiÑô&‰ôS¢:'B'“¡<„K£èDÍ ta¡.§TU¡.„IЗF¤‰.„N!BˆAhL#ȧGÐ’èò] F´A¢3Bˆš!DDÍ „%:&—FÑ„"$Bê'‰,B&Ђ&ˆBK¡h†ˆhD†HHèO#ˆDD¨GtCB"G@ tP„DMhŒG‘Ð’„P„J‘Ñ¢èщt&Ðĺ5£Z4FhDú!¡::¡¢L!)Ñ! Ä$t]‰:4D‘‰t] ! ä"a ´HF´""jGtHF‰„q ´ ›B%ÑÑBh‹©„º@„º>‰DDÑhDÂ6„D!$"4„Dè„“BGBm B$º:£DM @„K¡ˆDB'‰ô]B1ˆDÍB$„F‘B8„Jt$""Ⱥ8„ @ˆ‰Ñ š!ˆ¡¢!£ƒB$"0„Ô„DÖˆj$mšP˜B"a!0!Vô$4"$b6Š’4BfˆhDDK¢èŠ¢,ˆèM¡DDˆBGC!HÚ.„†„Ú8Ž!>„„F¤aèº:脺D@Ñ¡:!£ª3G‰tjG‰t&hHZ!‘Љ:"hˆ8„º(B"q ´"'D$ttEº„""%ЉÄm š¡ˆŸD„h‹¡@„N#ÈÑ¡8„ÑBtD !DIÑ´&Ñ„"Bm‰†U¡O!@„Š˜G‘´"&´&hŒD4&ˆžG‘!ЈˆœDtGGDjBmB NhDDM£¢8ˆÄh£ÈD‰#Z'C5#O#”#ÈÚ*ЉB"HDDD—DÂO#DDDDDLЈ‘t"&ЗG‘Ñ‘ЛGœB GÐA‰&¨ˆˆˆÐ‰Äy ‹£ª0„â5!1FÑUD Dº#HH'GÑ„&ˆêˆhDO¡DÍèÂèê‹¡ FhN¨Dò*Љ:>ŒÑ ! ú.Œ":ˆè„M¡0„A.„‰¢] ttB$t"yGЈŸF¥".„O#è‹!5£D$ºÈDDâ!Ј—D©G‘„tDb#£ˆŽ„Dº.ˆèŽŒ ‚Â#¡#hDDº"´HBy‰D„U¢T„DDÑ Ah¡FˆNˆD†„â6„HèJ´$">¡4F‰‰òé!!!èÂ)ПDUhD!0„DM¡6„ˆBCEmИR‘‰Ä'D"}Ñt'D%:4GDP„ÍD"ƒFˆ”ˆÂ4@‘Ñt"ˆ„‘Ñ tañ.ˆè „M @„Í !'’èD«Dº#¢èâ:!(BI¢B3Dt"&j"fŒ"èN¨DŒGЈš!:¡6„ÚHèDHÄ""m4"",§*èÚ:.„ „HèD „Ú!.„DÂ>„ÚtB!"ˆN!!ˆˆš‘¢3Bm‰(BaDDÚ%ОEB!£hDÚª(EÑ„""$I ÕGP˜D".Œ":6‹ ‚!!&PåTÐ B$t]$ˆA t&ˆ‰GЂ$taD"$èIFtDta ˆ‰ $#hÚ6ˆš:!6„DŒBq äB"!"B‚""%ð‚<„D,º#â$t]GDm &‰Ñš!¡hK£ˆ†ˆ¢3E"ˆ‰taFˆHDN„ˆB""%Ј›FˆDÂhº.‚Hèº&S‚@„M¢ø"¨På9C‚ùtGB"$taÂW• BGB&ИBqFˆÑt] ôD‘:#¡h!8ˆèú3BK¡'FÄDH4S¡.„ŽŒ!8„͘E"!£ˆAHDDKâÂ#¢:.# ‚ˆDD B"GEÑ„"!%ЗÂBE”9å…+ K""&´h„Ö„L"‘Tj@ „""h„º8Žˆ¡ ôS£¢*ˆˆ B&ÄGDt®*eDR6„KâGFBm‹)Êrœ¤XD¡‘$E"ZG‰!‰Bˆ˜B"S¡hÂhL"èÔ„DI™¢èHè!# ‚:# ‚.ˆè „ „ºV8B"ÊsŽ‰tˆ‰ÑöPåaC‚:!<ˆùЗEИBF @„â3D#HIÑB:!<„“GT2X¡)hHèú.£ª£ú>„莈Dº!!‰„]B"" A *…9NDK ‚‚hÂDD „BD „L!èDŽ„#Z5!$Ј‘Ђ"3R!©GÐP‚$m¤"$4fĈ‰BG@ ÕF2èŽ.‚D „ŽˆùÈèº#¢:@„º!#£DL!!!:@„ „ÂHÂ#¡.ˆèHÄ$t] ´"@‘GT$4$Q !Dè”(ŸGÑt%ЈœF©™¡*•hDDHÚ#¢:.‹¢:!#¢:#¡#¢èO#ˆ!S‚:6ˆèºa t""""$tBˆ‰„GDtBGDt]ó!@„º#¢:.‚K @„&„‰t]ÒBmÑ0‹¢:>#º0Ž#Â.„èˆèº#£èLÐ B%"躈Hšˆˆ›F´"N„Iº"‰´}ÑFˆDDDŽ# ‚#¢èHèDŽˆèŽˆèº!@„ „Dº‚>]Ñ´yÐ BBBGFÑtG@ˆAˆˆA—A"""B$t!!!)‚"",¡ÊrŽU•…Pá " A0B$tGFÑ:.ˆèŽ„DHè&W¶Q)[Ы&#K¡!èDò3B 2‡(rœ«(pBaò:#¢èº0‹£ ”åL¡Ê™Ü!ø‰„%шˆˆ L§Ae(" AA B"$t%Ñĺ!!0ˆèº0Œ!#¡#¡‚‚:.‹ ‚Ⱥ0„D‚e(r‡*@„K @…”8Ba",§*Ê ¡Á “ŽŽ"†""'Ñ&Hº4BQ&ŠÐAˆˆˆ B""")"GDtB%ÑDŽ‹£ŽˆèŽ  „‚"'‘tGDt"&0‚`„Ž‹¢:6¢è „A:0„º#¡ Ð B!Êp„D „ „ „Ž„Â.7ˆ„›@ A,¡ÊãŽV`„K¢:!eL¡Â‚èº:#£h!.‰4K¢!"P„Dú<„â„BNŠš!.Ž#D‘Ñ„ˆ‰G‘A$tf‹¢èŽ‹¡DHè „DÂ!‚Dº!8ˆèŽ„DH莋£ˆ°…”8BL!è‘Ñ F‰„B$tGB"&A‰t"!>B"GFÑ´GEÑt$t%ÐAA B""]DŽ‚HèK¢è „DHèDDK£|D „O#ˆÂÈò0„â<„â$!:¡e:5¢MB"$b>¡ˆBD „HèÂ@„Ž:# Aˆ‰@ ta‘Ð BGDt›IDt$t]‘щ„GDt""]EЈˆ˜A""G@‰Ñ „!"GDtaA"mʨ* „BGFA „!PåPᄉt]@ˆ‰ÓDÍ$aÑFÐ B"G@ „G@2‡"]ˆœEB!0„bGB]h¡‰BBGDt%Ó$tÊ!hŽ‹ @„DŽ¢:DHø²œ®A:# ‚@„ „A#¢èDŽŒ @„Dº.ˆèº#¡#¦‘Ñ„GGB$t‰tGA",‘Јˆ B& L!!!HèDDBHèº6ˆè!@„Ž‚D!Hèº.ˆèº# ‚# ‚è¾GA"B"!""GEЉ""$t]ÐЗA%:­DDN¨òèBDÂ!AA˜@¤"°„ŽˆèS"GBBG@ˆˆ L¨"aˆ B""G@ B!,§E”9\Wá‚"‘ÑtGDt]Ó* p…‚ePåBYS(rœ«(á2‡E&V$tB‹DDDA#¡8ÈDŽŒ ‚>‹¡3BR#èDDŒDt2ŠtHB$"!šD ˆ‚*‘БÑÑt"B!Ê°BB]‰äaÑ"Bm%ÑtGD|Ž™C•…V¥jTÊ⇠„ ÑA ‚#¡Hè¾$tˆ‚$tGB,¨L">G@ ˆA2œ¡ÊpBGFÑÑ„$t%щ@ Ð BBGA&ÑtB&š•D"I£ˆÑQR>‹¢]ˆDºª›EÑBm‰t"Â:#åÑtBˆ BGDt‰taDtG@Aˆ˜A$tB$tB""‰‘ÑtGDtL¡Êr‡)Êâ —A"! ˆ B$tGG‰tBGFˆˆA2¬¤9C”åpBˆˆ‘Ñ´GDt"""ˆ²‡(r¬¡Ê¡Ê¡Á‰ˆAˆ B"]ˆ—A$tGB] š$¨N"1„ˆ”)„DDÚ#ä]”#4"""GDt‰tGDtB!"""ˆ‰A!!""˜A"""]—B]0„D!‘ñ‚BH莄Ú# @„ŽˆèŽ`„Ž‹¢èÂ#£È!‚莈èDDº@„ÍDt!"$t]EÑt] tG@ˆAˆˆ‘ÑÐ L§(r !:6„L @˜!S”` …¤… *²ˆ(¬HD]Dµ—GЈ›EZ4EÑÐ B"a""]Dt&hŽ‹¢:.‚Hè¼"B,¨* BGFÑÑt]БÑtB—A$t%ЗG‰ÑtBq",§)Ê!#¢:!@„D „Ž‚‚.„K ‚‚èò@„ŽŒ ‚a‘ÐA „,ˆ‰"&ÐA 䈈ˆ‰@A Ñ"$t]ˆ‰­ t"$mNˆDO£ª(BGBa ‘ˆDDBN @„HèDK¢èº!:.‚K£YC•„ ™Xˆˆ²œ!‚&T&A !8…„"a›Fˆˆˆˆ B ‚‚hBL @„ „ „Ž‚ ”à„Ž@„DDHèL!#¢:#¢è!:0ˆè&›BBhŽ":DHè „DDº6„H航8 ŒDŽ¡èK¢R„Ž‰Ñ‹¢èº „HèHù„mˆ‰´]DtGDt]„‚!%шA B$t'tGB&t]"!!""G@ * â ¡Â#¢:#£hÂ<‹¢èŽ‚L  B] tGA$t""!" ‰tGDtGÍ¢ø‘Ð BGB,!‚é"èK¢èBGA"$tGDtGB$ta@ B]ЉÄGEÑ„tB"$±DI©©#hDº:4fBDDŽˆè „BK¡‚0Œ":DDDK£ „BA!0„ŽŒ ‚:0‚DYNPå9SN!Hº.‹¡!# @„ „Lb"B%Јˆ„"GBGA""]EÑtGEÐA ÄBaD|DD „H莄DŽ„ÂŽ‹¢:# @„Dºh „DHû"ÊàB'ˆˆšÑ žB1­—Dº˜EѲ¦ •ÅYC„&AA‰Fh ˜! „MA ) ‚0ˆè!:.²è „º#¡ˆ²¼¡Á ‘Ñ 8 ‚#¢:#¦Pà„L#Ž‚DDDL!@„DŽ‚HèDº/‚&Ð B_DDDÂ.‚K¢ùÄGA"]Pà„Â#¡.‚L"ø‘DtBš‘„$ ©.ŽˆÚ:#RhDLÑ¢%ИB""]‰t!"BB$t_`„º ‚.‹ ‚a tmBB""]A‰tˆ›EЈA DHèÂK¢èÂHøˆ‘ÐA0B$t ‚Aˆˆ B&Ј‰ÑÑDt—Dt$tGBGDtGA"GEÓ!$|!œEÑ„B""GA"‰B$t‰„‰´]Ñ„K£4"%ª!ˆˆ‰&¢èDD„EÐA F B] „"aˆ [Ê°B""B‘tL¨(r¼!eW„$t]Ѳ‡(r‡$t$tGEЈ„ˆA‰<„D!.„K£h„*Ê!#åшˆA²œ!:#¡@„Hè!‘ÑtByˆ‰„GDtGD|D!#¢:.„DHèHèŽè „Dº.„ú4F‹¡ Ô’" G‘´CGˆ¤B"B"BGDt$t]&AˆA2‡H莋£h!!è!.‹¢:0‚DDDŽ„DDŽ„DŽˆèºBM¢::HèÂ.‚Hë0 ‚‚#¡@„DDº#£â!0„N":#¡:# @„Ž„M∛B%ÑtGDtˆˆ‘Ð B‹)Êrœ¡Ê¯*a2¦˜BahAD¡ŒÔŠD&hDDº;„F#ª4GA%Ñ„B"°BG@2œ§L":!!!#£hâa‘Ñ"aL¬* pBqˆ‰„BG@—B!!""ÁA„‘Ó(r¨W•„„²œ!.ˆèŽ‚E”9T)Á2¸¡Ê‚‡"}%Јˆ‘БÐA‚Âè!.„K @„Ž„D¨E:]D¡ ´"T‘H„DDD „ „ŽˆèB]‚""!"NŽ ‚#¡@„Ž‚K¢:6‚:!èº!BYNPà„K£¾",§*eDº6ˆè!#¡.‚DDº.™C”8!!‚‚‚:.‚D „!‚0ˆèò# ‚#¤¢:<:#¢:!:#¢è!º.„AHÚ!@™C”å'(J Þ "AQ„IÑB>Šth‰ˆˆ„ˆ›DtGDt]%ÑÑЂ"GDt$ta²¼B]ÄBL&ˆA‚Â.ˆè „ „H莋¡Hº# ‚0„!!# ‚6ˆèŽeyNPà„º0:hDHèHé!DAYPˆ B"ˆˆ—@‰tGB!$tÊ€„DDÑžEŠ¡’èÂ>ˆ’5!4BDÑ´%Љ´h„K£ˆ BfŽ!6‹ @„DDA:HèDDŽˆèºè „R˜FAAA  „GBBB"Ê¢ ˆ‰БРBm,!.Œ ‚A „GEБш‚!) Ñ‘Ñò:èDÂ#¢èŽ‹ätB]BG@ 0B‘јF„G@2‡K¢èŽ…”å¬K¢èÂ$!#ˆÄD¡!$Љ˜B$tB&Ð „‰taˆ‘Ñš:0„BK£hŽˆèºè „L ‚R:!!>]ˆ„žB&´"GFtB"$t‰"ˆA H躎‚ ”‚ˆDDŽˆøA „B"""‰ˆ‚"!!!!""!"ÊpB%ò::.„K£4uD„aDÂ#¢Fµ!¢PŽ¨N¨I„" ‰ˆ˜BGÁ: ‚ø‚!""]A"a„(pB"B"Êr‡)Ê€„ÂN ‚@„!hŽˆè!è!A.‚DDÚ #Ž‹ ‚::@„Ú#¢:8‚HèŽ:0¢:# @„º#¢:@„BM¢è „º#¢:‰t$tGEЈDDDDDú6†tEB$!hM•º( ÑÄ"]ÐA2œ©‚Aç)º! „&A2œ¡Ê¡Ê!.‹¢èK¢èŽ‹ @„DBBDŽˆèB"GDt""$t‰БЗEÑÑ$tBmA""""GEÑ tB"GB""¤ˆˆ B"]˜B] (pBL§)Áˆ BGB"a š3D„B"Žˆ„bGB$MžBR#! BÊr‡"ˆ„ˆ‘Ð BBGA$t!`˜B""""""%Ј—@ˆ‰taБñ#¡.3Dé‚:!DE„ ‘ÐAA—Ë¢èÂ0Œ!S‚:::0ˆè!#¡::#¡:!.‚K @…”8!ˆ!èÂ# ‚莊ta‰ä"GB&ÔMh“D4"$B!tqˆ„‘ÑtGDtGDt‚!$tGA""B"]ò:#¢èÂ#¢:#¢:#¢:#¢èŽ‚K¢:6‚DŽˆèÂ.„ „HèA:#¢:.„O!>„Â.„BDX!!!6˜B‘ЛFш B+莋¡莈èDD „DHèâ.ˆè „H莈è!4]"kB@ÑBhº…„$tm .ˆPhº>‹â #h „DDDK ‚@„DM¡<ˆèDDBDDDDDŽˆèˆA‚"GB"Ê©„"BGË¢èº:: @„ÆGEИB]EÑt (r‡HèBBK AA—EÑ„B"GB"$tˆ‘Ñ´GDtGBGFЂ""G@ˆ—Dt]DtGFÑt""BŸB"B}Ô—B""B!<„A`„ÂDŽˆèŽ‚BDº#¢:#£!!:#¢:!#¢èŽˆèº.:$!Dº#¡.¢:!e9S(r´DŽ:.„DDDAè!:‚‚:0ˆè!.‹¢:!:DDHèA莂M¢è „HèŽ!„DDÚ‰D!¢aˆDBBYC”9Nˆˆ BˆˆA BGA%Ј‘Ð B""‘tB_.’e9C”9C‚莄º# ‚S‚@„E„ʧ"_0‚K¡Dª!*ÑDta‘ÐAŸ@ ‘ÑäGDt]Dt!" ²‡$t„›Dtˆ B"]‰²°«)ÊÀ„Ž‹¢EÑ© Õ “D‰Ñš@„E„'*:.@„DK¡:0Œ!èDDBDŽ‹¢èŽ‚D „D!DDŽ‚!ª#¢,„#È „DD „DÂ0‚DHèº.‚K ‚.@„º#¡# ‚# ‚:.ˆè „ŽŒ!0ˆè!BD!På9C•S„"$tq „P„Â*ª"K¢tJÑ BmÐA2‡+Ê°„ŽˆèH莂 •ÈDDŽ‹£º#¡.‹¢:‚0Œ"莋£º.„º.‹¢è „Ž„DD!#¢èº!#¢:.hˆÚ%Ђ$tB'L§*—DtˆˆAŸDt]"] žEòèº!!#¢>B,§* ˜!0™NPåh„L":@„O!èòÈÑIJª5¢èúºè!DH莄E•åYNPåRrŽW9Pˆˆ„ˆ‘Ð B""$t]ÑBB"!""]‰taEщ "$t],!Œ":DYPTåYC„""mˆA @‚#¢èº#£ÈÂ#¢>B„ˆ‘ÑBaÐA—AÊ‚·Y@eaB ²*„ïÑ„†„DDè‚D!# @„H莌 @„Ž‚#¢èÂ.‹¡#¢:øˆA ´‘щÑäm""BGA"aÄL @„DDº#£º.‹¢:6Š´} ´mˆ‘Ó)Ê„ˆ—Dt]BB%ÐAA—EÑtB&A„‰ä]ˆ‘Ð BBGEò莈莎":.Œ":@™C‚D!6‚DBDBH莋¢:%ˆâšQ(Dt""GBˆA „"$t%ñ‚:!:.‚ tBGÁ"""G ”8B&Ñ„B"]ò:.@„Ž‚YNS”åR€B ‰! @„DD!!#¡0!DDÂ!@„Â.ˆè „K¢:6„A@…„"$tGÁ‚#¡.‚Ká"yˆˆ‰‰tqŠ"]œE:*ÄEB] tG@A t"aÑtB] Á莄DD!0Œ":#¢èŽ„DM ‚‚6!# ‚H „DŽŒ"èº#£LЛBGB&„.‚HèºS•2‡)ÐA š!:!# @„DL ‚Wå9C•ÅX!莄HèDK @„ „D „Hèº#¢:.ˆèÂDDú,¤i B)ЉÕˆ‰tG@2œˆA BB]""‘Ј‘ЉtqDta%ÑÑÄ!""%ÑA"&Ј›G‰„"""!"$„$tq‰ˆˆ‘Ð B‘„"ʇ(sŽ‚DŽ„DŽˆè „YP‘ÐA0„K¦Wå@B$t%Ñts!@„º.Œ"興ˆˆA‰š$#4jC*Ð’‰©Db4Ž#ˆº<eAHÂèŽ@„â0‚K @’DBYG(p„â#¡!# ‚Æ&t]DtGF‚$tG@ FDta ˆâ.„º#¢:#¢:#£È¾a B‘ЉômA‰EЂ""&0‚º#¢:Ž„X!‚@„Ž!øA‚*…‘аB"]Ñt]Ñ„š‘tD!’P‰Õ A ‰"mA%Ñ„B"A„‰„BB!"!$t‰ЉtB%Ñt]Dt]Є‰@„ºDBDBHè!DA‚‚# ‚3@2œ!:!¡:!PåHèò0‚ !# ‚º!#¡$ ‘Љ„"GDt"]Áè!K¢:# A tœA"&˜B""B$4B$tGEÑä$…)ÑBj@‰´]"qˆAAAA „G@ BBmDK¡TCŽP刋DD!# @„Ž„DŽˆè! ‚Hèº@…”C•9C”9C„& B"$t"$tGEЉt]ÄA‚#¡‚ˆL":0‹ @„A:0:På@B"„›EÑt] ˆ„‹)ʉ´GA$t˜DtmBmEÑt„‚"$t—G•”K¢:ˆ‰¢º/‚‰´GA"]‚" ˆA BG@$"yÐ BGDtGDt]"GDt¢ ƒŽS”9C„%Ј‰t]@„‚DŽ„ „Hè „ÂèDDDD „Ž":.:#¢èú3DtGEò:.:!HL#h ™C”9C”9VDŽˆè „Â:DDN":!eaC”à„DŽˆèÂ:è „DHø‘ЗDt"'Aˆ‰tB!ÂhŽ‚XB"‚ ‘ÐA  „º“‹£ª0ŠZ ” ¡Ê€B""%ÑÊ‚œ¬*¢ ¡Êp„BDDDHè¾"$t"Â.ˆèº0Œ"è …„"$t!# @„ºA •åAVTANTp…”à„DDDK¢:!A.‚AHDDDM¢èDA‚#£hº.‹ ‚.Œb‘Ј›@‰ t"aB›DtGEЉ @„L"ùtGB!"]ˆ„˜B—EÐAˆA ¢! MhDIò HDK¢èÂ>„BHèº.ˆèŽˆèÂ# ‚# ‚!:º# ‚‚0‹¢èÂ#£H莈莈èº莂XB""Bm@ˆ‘вœ‘ÑtÁ ! A„ˆ@„K¡ˆŽ‹¢èÂ#¢èŽ‚DO£èŽ#à„‰ä}ÐA—FЗA$t ˆˆA2´* ‚œ!ˆ!# @„Ž@„ºe9C„"ÂèK¢:!:DDŽ™PDBH莄&‰Ñt'’hÚÚ’èÍ “¢!‚èL!!`„D „HèA:!# ‚8ˆèŽˆè!!.Œ!:#£h!:.ˆèŽ‹¢:!.‚DK @„º!:0„!!/—A""",žDtB]"$tGBBGDt—EÐ Bc!# @„ „ˆ‰t%Ñt]@‘Ñt]AÁA0„Ú!@„!!!K ‚:#£ÈK¢:Dâ#£º‚#¡6„DF"mˆI‹¡:#¢è „ŽhŽ„YCœ€™H(r ¡Â!#¢èº#¢:0‹£!‚W9B ¡P‘ÑÐAA  ÑtGEÑEÑtFÒEÐ B!‚Â#£ˆŽ„ÚˆœB$tGB"""] "$tB$tGEÐA B"B$tB"""%ÐAA B‘ÐA‘Ñ´qñ#¡#£K¡#¢:!0‹ @…‚#¡:.‹£!*B%ˆÑDID“D„&tˆˆ‚"]Dt]F#¢:# @„Hèº.„DM„›Eшˆˆ²´(p…”9NTS„$taˆˆ„ˆ Bˆˆˆˆˆˆ B"B! ‰‰tBGDt%Ñta$t"mÑä]ÐA  )Ê€B",+ ‚œ‚"mF´]"B"GEЂ"m ˆA EÑ„!%БÐA‰""G@ Ñt"!%Ñ „De:#:4‹¡3BGÈèDK£ÈŽ‚Hè ™\ˆˆˆ„ŠBaEÑ„GA$t ‰taFDt$tGDtGDtB""!""$tGDt]@2‡+Šp„ŽŒ#ˆÚ#£ÞGB]Ð B]@ BGDtB$t""GB""GGA—B"‰Ј@„º0‹£D!!::„ˆAˆ—F B ÄB"B °„ „Ž„ „!WåaEÊr¼‰BCFˆƒDê" ‘t$t"]Ñt$tB!""GB]Ѣ躎„ŽˆèDDDHè!0’@˜!‚DDDú.Œ!8Ž!@„ ˜!:!‚ep!0‚Pሄ‰taBaFÑt%ÐA‰tGA$tG@—EЈ¤$tGEÐ B$t$t(r‡"a‘ÑtaÄ „HèHèº!èŽˆè „ò:0ˆè „DŽ„HèÚ#¡/ˆ‘ÒEÑ´GDtm"GB"]ÑÄ"%ÐÊDLÑt$ „‹(€„Ž @„º>B"]‰t"]Ë¢:<ˆèDŽA |DŽ„N#4]ˆA2‡)Ê‚$tqB""aA"GÄÂ# @„O @™S(r‡)Ê‚¼¡Ê„²œ¡Êp„!R#¡èÆGA"ˆ‰‰Dt‘Ј‰t]2‡)9C•¨B  B]ÐAˆAˆ˜A$t""cH莈è!:@„DD!‰RB$ ‘БфGA"B‚$t!$t]"BG@ˆ—A"GDt,§"a taDt—A"$tˆˆ‚  B$taÑÄ]@ |BHèK¡@„Ž‹¢èDL!.‚DA:A:#â""aÑt"‘ÐAˆ‘Ñ@‚"y"]A$tB$t"%Ñ„Bmˆ—DtG@ŠS•eAC•åU‚:8ˆèº.„º;Ñhº>¤¥膄ú4 ˆ‘Ð B"B]ш‘Ñ´"—Gˆ²œ¢ ¨Hè „ ˜!&L!èâ.„Hè „º‚# ‚B"%БÑ„ˆ—FÐ B]Dtˆ‰Ñ´"GF‰FhŽ:0ˆèDLЉ‰ Ę@‘Ð BB BGÈè „DŽ‚Aèº!M¢:.ˆèæ,®Baˆ B"""B#èDA‰t'ˆˆŸEÐAA‰Ñ|Ž‹¡ø B+Šr¸¡Á‘Ñ„GB!"B"GFЈA t‘ÐA0„Žˆè!‚e8!#¡:!6‹ ‚è!!#¢:.„ „Ae@B!ʲœ§)ʯʂ‡+:.„Ž‚HèB"GEÐAA—EÑtGDt]—B"GÈèº.„HèÆGA"%Ð B)‰@0„!!‚W8!# ‚‚#¡%Ñ©›G‘N‹¡‘¤N„J´]ˆˆˆ‰´£„!$tB$t‰„!"] „$t!%ð@„BBDBD „ „D!.„Ž‹¢:@„BBDâ#¡:K ‚!DDD „DŽ˜!èD „A „"""BaEÑDHø „DDâ#¡:0:.!!èŽ‹à ´GÈèŽ „DDŽ„K£hDº%Ñš‘ˆâ+hDú ÑÛ¢„GA!'Aˆ‚,«  B]$t%ÑtB Bˆ‚%Ñt$t%ñ#¢:è!h „HèÂD!eS„Ê‚ ¯(r¬«)Êp„Â#¦Pá˜B]Ê‚œ¡Ê°„HèÂ.‹¡DDA€„Â/—Dt!莄 „ADº<„DK Aˆ‰2¼«(r‡(rœ¥R„ÊУhR±­T$èD‰¡.# AŸDtB „„„)Á0„ „Â#¡DL":.ˆèº#¢è „DK  Љ‰ÑÐ L!‚:!# @„º.A„D!莋¢:K¦S‚`„ „D!.„DK¡#¢:. @„BDDÂW0B$tGDt%òèHè „¾aˆ‘ñ/ˆAˆ‰´@‰š3C Hò8„‹¡$Ј‰Ä"$t]2°¡Ê§(rŽ‹"‰ tGEÑÐAˆˆˆ‘ÑFtGA""GEЉˆˆA tGÄDD „Â0Œ":.ˆè „HèBAŽˆèDDYN‘ÐA "!$tGDt}‘Ј„‘ÐA t]A%ÑĈ‘ЗEÐ B"]‘Ј„‘ОDt]Ñ  t&hŽ‚DF"$Â!¡$!:::#¢èK¡# @„Hè!ˆAˆŸB& BGEЈ˜EÑ´m L"""GA"B"GEÑt_0‹¡@„Ú#¢èŽˆèŽ‚DDÂ!#£hDE!!Ù˜Dt"%БРBGDtmЉ„GB""ÊÔ R £n²¼©“DP„Ñ•”BGBGFÐA‰ Є˜Dt²°¬)Á ÑtBGF2¸§*Â!莈èº0!!.‚BDº.‹£x L‘Ñt°„DDÂ.‹¡.‚DDDN"è „M @„!.Ž @„Â.‹¢:èÂQÁ—EБÑ|A‚DŽŒ":DÚ#£èDÔ„L!‰UBfHH’‚K¡:A#¡! ”9SBBDÂ0!K¢:‚@„D!ˆA2ŽPç¡Ê™XV:# ‚6£h „DŽ‹ ‚!# ‚eHè „DDŽ‚Peª‚#¡.„ê„êŠR‰FˆˆèŽ#4P„IÐAA t"$tGFÑÊr¼¨(r¬¬)Ê€˜!hDK¡!K£hDDDÍÐA ÄDâ!:Hø‚$t]ˆ˜@ B„‘Ñ„" ˆˆ² §(rœ gr°¨)Á „yÐA tGEÑtGF˜BF‰Ž¨†„¨Fj"F‘„DD©¢:# ‚‚Â# @„A:# ‚‚!D „M @„ŽŒ# „¾"GA!%ÑDtGFtqDtB""GÈèº.‹£ „DDŽ™Zå8B"$tÁ‘Ð BaGш²œ¨(r‡)ʧ*e`L! ”à„D „DD „D©"]ˆŒ§DY ! ß"¤qˆ „Hè „BAè!@™XS‚h!‚A# @„A@„DD ˜BGA""qB",‰Ì":#£DÂ.ˆè&‰„GDtaA $t„‰tB%ÑDtG@„ˆˆˆ B"BB&œBHDmDèŠu4T!#¡#‰©!º$ ‚`„DDŽˆèŽ"莋 @„!>‚e ¯+Ê‚'ˆ‚'ˆA—Dt]Ð BL¡Ê✭ pB"!&ÑA""%Ð B"$tˆA H莂K¡@„DD „!>Œ"è „Žˆèº# ‚.ˆèHèº.„DJ„]h‘ "'T$ !U•ANT‚ª%òèBDHè ”9\PåjPá DtGDtGBm‘Ñt$t""B"$t"GFÑ„"mЂ""qB&hDL!@„ŽˆèˆK¡6ˆèBDE„,¬(r¦RÙNR ØB‹J™B„¡$$©¢t"AQ„ „ „DHèK¢èÂ#¡#¡‚èBDD!ˆŽ‹ @„BDDDŽŒ ‚#¢èL!#¢>] Ð BBaB$tGA%Ñtq‰t]DtG@ Ñtmð@„º0„!.‹¡.‹¡#¢:#â]ÑtGBÊ™üûVÂoÄHºDDú*Љ|Ú#¦S”åTÂPåaXPá—Dt‘Ñ„›@ˆ—BGG‹+à„Hè!#¢èŽ„DŽ„DDŽˆè „K¡#â&1Pሄ‘Ñ—EЉ!>B$tGBB"&(r¦TÊ¡Ê-(P©•¸(aD¨D!ˆ#¢‘P„ˆAˆ‘ш BGB&²°!# ‚:!‚::K¢û(rŽUhL#Ȉ‰ÐA2œ§(r ¡Ê®)Êr¼¡Êr°¨(rœ­ ¡Â`„DYC•¯(!N‘щЗDt"$| ‰H¨’”CFtUPˆ‰-GT‘Ð B˜B$tGFA—B%ÐA2‚9PzÊ!èDòèº莋 ‚èº# ‚:DŽ‚>"$tB"GA""h‚DYXPåPå «+Rœ¡Êr‡*  $ ŠÔ¥jVèRÁJ TÈ*èDK¢„$Â(E::!!.ˆø°B—@ BB&„yÑtB!莎"èDÂ:.‚ ”à„HèDDDDDŽ„ºHèú.<„M¡:.Œ"莋 ‚a Ä ˆ‘ÑBB]Ñtaˆˆ„‰ÑtGFhŽ @„Â#¡hˆDkBqB'TÍhDM¡.„D"!ˆ‚"%ÑA2¸!!:#¡DŽ‚DDŽ„ „Hè „L"::!:!# @„º6¢èŽ!DH莄Dº.‹£!6ˆè „DDDDºDº!.„!Dâ!#¢:D „E”9NTfQABÅ) &´"IQ„"'‰t]—B$tB—A"GFÐA tGB Ј—@„‰tB'‰ L¤…T8&V…YC‚:# ‚L"èÚ#£Â.„H莈è!.‹¡D!#¢è!#¡6ˆèº.„DŽŽ‹¡DMhFT!:¢TŠÒ)”!:.:‚@„BDÚ1‚"%ÑB&ИB& L¨+ ¡NU„!""ʪ8BBÊ‚‡)Ê°B"Ê€„A!.ˆè!!!:Hèº#¢è!# @„DK¡::04Žá QhH’'EÑEZ:#¢:DŽ‹¢:.ˆèŽ„º0ˆèDº# ‚eL§+B‡(r ¬;„ ,®(r‡*`„Ž‚K¢èº# @„DBDAˆŽ‚‚#¢:.‚D „ÚDDL"èº0ˆèBK¢èŽ>‘ÐA‰B²„…¡*¨ˆR‰ÐPP‰„DDŽ‹¡6#¡!莈èDD „HèŽ ‚‚Eã„ „%ÐA‰Aˆ²‡(aPUE8!@„º#¢:@„Â#¢èŽ‹¢:K£Èº:@„DA…pBGDt$èHh¥!(ˆ„#X„«D) B‘„‰Ñ´$t—B"GDt]F B] (r‡DAˆS 2 !::# @„â0ˆèDÂ.‹åñ!0ˆèº#¢:!ˆº.’DO":6ˆèHè!K¡:.‹£‘ÐA """HGœDiP“êŠDPŒÖŠ¢"ÈM¢BКК!‚:W”9C„"+‚‚‚DDº#¢ø‘ш„ˆ‰t"&ÐA‰""‚"""GFЈ„‰¢DÂ.ˆèÚ!# ‚:#¡‚"B]%"B6„DHD"%: J"L! Ñä"$º$‹¢:.„Ž:L"èD!.Œ!.„DÚ.ˆèŽˆø—FÑt]‰tGB&БÓ)™\S•Bœ¡Î9C„$t!$tˆA2œ¡Â:#¡&U0Ž"èºX„FLЗDèŠ!„aD¥ D< „DŽˆèº:.Ž":#¢:D „Hè!# ‚‚èº.‹¡<‚DDA@„DDMA B]ÑHHè!èº# @„D „DL#hD—EÐA—Dt!ʈ—D|º'BtGaƒD„""""kDº# ‚:!0™C‚ˆ „!.‚DDDDŽŒ":!K£ADDDÚ6„Ž„K£D]ˆ˜EÑtGA'‚&t"""]ш‘Ñ„B"'ÐÑTBI¢ê"TЉÑ‚"‘щth‚D „Ž„L#Ⱥ0‹¢èBD „HèDŽŒ!@„ŽŒ":ePå8BÊ™C‚!#¢é•ŸDt]Dt]ˆˆAA—D͉BS¡*BJ‘Ý0ŒÐ—@A2ˆL!!D „DŽ0„Ž‹¡Èˆˆ B""GDt‰tGFÑtB,!!!#¢èº!—EÑ¢.„K¢:.ˆèO#DfHÚº›C hD„DBL!:HèK¢:6Œ"è!è „º!6#£!Öˆ)Ñt]ˆˆ‚"&Aˆˆ›Dt„‰@›Dt""""&ˆ•E1hNÇFB‘Ñt$t!ÊpB"„˜@ˆˆˆˆ“¡*ˆ‰t ‘Ñ tGFÑ¢‚#¢:.„Hè¡¡Gn‹¢$†&ÐœG‘ߢ6„N!(B"&A‰äˆAžGjЉÑ‘вŽ˜Â •ÅK¢:%ˆ‹¡Ä"% &‰B%hJD""'tB$t]ÐA‘$CF´N1‰ˆ—B""%".„FS¡ŠtD"ª„DDDD¡ˆˆ™£²hD„GcJ$•GxŠª)Ј‰ß!$ˆIb”U¡$¨ÂHˆš)ÑB0ŒÐ$"S¢hDƒDm :)Ј’:)DDDˆ.„DHDdH„Jtv,„è„ŒFˆ‰!°†"""""#ÿÿÿÿÿÿÿ€€ endstream endobj 74 0 obj <> endobj 104 0 obj <> endobj 105 0 obj <> endobj 106 0 obj <> endobj 100 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 99 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 98 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 97 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 84 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 83 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 82 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 81 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 107 0 obj <> endobj 115 0 obj <> endobj 103 0 obj <> endobj 125 0 obj <> endobj 126 0 obj <> endobj 114 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 113 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 112 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 111 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 127 0 obj <> endobj 135 0 obj <> endobj 148 0 obj <> endobj 124 0 obj <> endobj 150 0 obj <> endobj 151 0 obj <> endobj 147 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 146 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 145 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 144 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 134 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 133 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 132 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 131 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 152 0 obj <> endobj 160 0 obj <> endobj 149 0 obj <> endobj 170 0 obj <> endobj 171 0 obj <> endobj 159 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 158 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 157 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 156 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 172 0 obj <> endobj 180 0 obj <> endobj 169 0 obj <> endobj 189 0 obj <> endobj 190 0 obj <> endobj 179 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 178 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 177 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 176 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 191 0 obj <> endobj 199 0 obj <> endobj 188 0 obj <> endobj 208 0 obj <> endobj 209 0 obj <> endobj 198 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 197 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 196 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 195 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 210 0 obj <> endobj 218 0 obj <> endobj 207 0 obj <> endobj 228 0 obj <> endobj 229 0 obj <> endobj 217 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 216 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 215 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 214 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 230 0 obj <> endobj 238 0 obj <> endobj 227 0 obj <> endobj 247 0 obj <> endobj 248 0 obj <> endobj 237 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 236 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 235 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 234 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 249 0 obj <> endobj 257 0 obj <> endobj 246 0 obj <> endobj 266 0 obj <> endobj 267 0 obj <> endobj 256 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 255 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 254 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 253 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 268 0 obj <> endobj 276 0 obj <> endobj 265 0 obj <> endobj 286 0 obj <> endobj 287 0 obj <> endobj 275 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 274 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 273 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 272 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 288 0 obj <> endobj 296 0 obj <> endobj 304 0 obj <> endobj 309 0 obj <> endobj 285 0 obj <> endobj 316 0 obj <> endobj 317 0 obj <> endobj 308 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 307 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 306 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 305 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 303 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 302 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 301 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 300 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 295 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 294 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 293 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 292 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 318 0 obj <> endobj 326 0 obj <> endobj 315 0 obj <> endobj 331 0 obj <> endobj 332 0 obj <> endobj 325 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 324 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 323 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 322 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 333 0 obj <> endobj 341 0 obj <> endobj 349 0 obj <> endobj 354 0 obj <> endobj 330 0 obj <> endobj 361 0 obj <> endobj 362 0 obj <> endobj 353 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 352 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 351 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 350 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 348 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 347 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 346 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 345 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 340 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 339 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 338 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 337 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 363 0 obj <> endobj 371 0 obj <> endobj 360 0 obj <> endobj 379 0 obj <> endobj 380 0 obj <> endobj 370 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 369 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 368 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 367 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 381 0 obj <> endobj 389 0 obj <> endobj 397 0 obj <> endobj 402 0 obj <> endobj 378 0 obj <> endobj 410 0 obj <> endobj 411 0 obj <> endobj 401 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 400 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 399 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 398 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 396 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 395 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 394 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 393 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 388 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 387 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 386 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 385 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 412 0 obj <> endobj 420 0 obj <> endobj 409 0 obj <> endobj 425 0 obj <> endobj 426 0 obj <> endobj 419 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 418 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 417 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 416 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 427 0 obj <> endobj 435 0 obj <> endobj 443 0 obj <> endobj 448 0 obj <> endobj 424 0 obj <> endobj 455 0 obj <> endobj 456 0 obj <> endobj 447 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 446 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 445 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 444 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 442 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 441 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 440 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 439 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 434 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 433 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 432 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 431 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 457 0 obj <> endobj 465 0 obj <> endobj 454 0 obj <> endobj 474 0 obj <> endobj 475 0 obj <> endobj 464 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 463 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 462 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 461 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 476 0 obj <> endobj 484 0 obj <> endobj 492 0 obj <> endobj 497 0 obj <> endobj 473 0 obj <> endobj 503 0 obj <> endobj 504 0 obj <> endobj 496 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 495 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 494 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 493 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 491 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 490 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 489 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 488 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 483 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 482 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 481 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 480 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 505 0 obj <> endobj 513 0 obj <> endobj 527 0 obj <> endobj 533 0 obj <> endobj 502 0 obj <> endobj 536 0 obj <> endobj 537 0 obj <> endobj 532 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 531 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 530 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 529 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 526 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 525 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 524 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 523 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 512 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 511 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 510 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 509 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 538 0 obj <> endobj 546 0 obj <> endobj 554 0 obj <> endobj 559 0 obj <> endobj 535 0 obj <> endobj 566 0 obj <> endobj 567 0 obj <> endobj 558 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 557 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 556 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 555 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 553 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 552 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 551 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 550 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 545 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 544 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 543 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 542 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 568 0 obj <> endobj 576 0 obj <> endobj 588 0 obj <> endobj 590 0 obj [/Indexed /DeviceRGB 255 <0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 000000F7F9F7FFFFFFFAFAFAF3F4F3F7F7F7F2F2F2EFF0EFE7E8E6EEEEEEEBEC EBE9E9E9E2E4E1E6E6E6E2E2E2E1ECDCDEE3DCCCE4C2D9D9D9DDDDDDD8D9D7D4 DAD1D7D7D7D2D2D2CCD5C9C8CAC7CBCCCACECECEC9C9C9C7CCC5C3C5C2C6C6C6 C1C1C1CAE3BEC6E1B9C2DCB5C2CDBCBDD3B3BFDCB1BBD8ABB8D1ABB5D7A2B3D3 A2BCC3B9B3C4AAB2D69DABD095ADCE9BAFCF9EA9CC94ABC49EA7C893A5C592A1 C28EA3C78F9EC289B5BBB3BBBDBABCBCBCB9B9B9B5B5B5B3B3B3B0B2AFAFB1AE AEB8AAA8B9A1A7ADA5ABAFA9AEAEAEAAAAAAA1A1A1A6A6A6A4B79AA1AB9D9FB8 929DBB8C98B9839ABC8799B68996B5839CAB959AA29697AB8D92AC8494AF878C A0839D9D9D999999959595929292939E8F8D95898690808789868989898C8C8C 81818185868590AF7E8CA97D8AA779899D7E849E7686947F82887F7F94747E80 7D7E8D787D8977788273778670778D6A798D6E7385687E7E7E7B7B7B747D7074 74747070706D726A697A626E7D646A6A6A64646460606062695D64705E5B5B5B>]endobj 589 0 obj <>stream xœì½ s×±-úÛuM™D ‹1áHÛ±Ìc©^F®—ÂÌÜcÅ@¦«NdÅŒäˆ *å“›ë8u/iªê‘®Ê›ýÝÝ»÷ÌÂ'µ[ÖEÉÒ|ôÚkõêî7Þˆ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒ1bĈ#FŒÛ Ý<ÏòëÀÆh4’¿ÖX÷ßð6D³Q|I&^L‹¿Öh®ûo#F­¸x–ţܒ¿öæºÿŠ· vDæ½'’²ÌË(-ß“iùκÿŠ1D´Š(îPžå8е‹X÷ßt›£S„J3c^þé±î¿iŒ¥±_<Ê9z”'ÞÃ<¦ñY~¥hi¹Ï¤å¥å^‘–;ëþ«¾Î±··_Ü#òGy†n™c¤#ñìsÝh4[6Ý ý1žŠ“ü´ÑŒçøwͲGy8ûÏr«Ñ¼»î¿÷vÅNc/³YY‹ t`Ô¦åƒFcgÝï×/ŠsNæGn•?öÈèuâɧngö‰M8#&Š‚ürOOñ‹‹&ZQ:¿NÜ-اOùàÒGyÈ(+"FÝnoÝûm‰‚}2yÙKË>ŒfN„ѕŽ½Nð>éc£ð}é5#-;ÿT)‡äšþêç „¤H›Íx•_!îìíî%ýp$Iº¿·SOU¨g™;ô£,ø)[51K#­ˆ;{û¥Y™°QŸÝ9$òÑ•D³@}pdTÀhä£á¸ÛéKuÉ&ŽB>SÏ ãà  ³×_mô{H{']÷ßu“cG<Ë?áãë$\JC)Žº½ø,c§U•—ýj—–#]rì”3Pt触0ªó}ô’2±ÓìüÔWŽzÂïGGgÍx•¯;{>~öB¡igo/r~?v :$ϲ{tŃê 4¥ŽŒÎf­fôø{QÎ@qfFy™9ˆË´|õ«eE«'ïCš¦â›,?®RF)mŠl”F'·ŠRŽ¢÷èS(%8êP4V”®̓.AP&ºÅñŸÅÑ$m·â Ç~ɳ<0•|SÏ–)„Ñ^|–qXeÐæä’¬¬´Œ‹ŠÓ‹ltñqgO!fŠCÞ±À-Ëyž€hñ¾Ä³¥‰;͉I:.åÔ;^z@êpT&Ÿ“ÈFëb =A ô¤a€4Iö#5q§9>Ë9Pk2†)„Ñ“è;7±·§ÐÓÏË<”ë¢T"Ž#]lˆ³Žw£ÌýR7½aðf…Î<ÅíŠlTÆ~Œ“¹ž)øZ†£èˆâØh<ÁWÅÁ± 1ê@´cÃâh’D6*CTôCÏòˆEPЮ5,…ÑDgY¬ŠØi±ªa4'\²P!±\ZîG6º¨¸ÃŸu0Ž² ŠÏ<¬žkÈèkê‘çvtPÎÁì?Ñ_Á«R‚£FE=)žàC±³ï9oi!´‹Xh‡ÂQéÖ}Ý]çwúš‚2gÁjm1ÿ €ÊÂ(ä¢'­×F¥;åúi9—Ýü°ÊÆ ¨¹ “x$\D ªRx‚Ò¸&£ì‘WE9&jݤýýuÿK×û:í¨¬ãT_öâŠÓ÷ÀRÌF¦[œà_ë«\¤ *9(S u Ú¡ *pTŠºIÚy­…óý>DPô,€ê3´þ†`é¸FŠ{¯ó³,9(HË —˜…¶ó‘C«Gq¬4 £3IF_×*ÿ=œ•x&”ß°ì&‡L”SŠN&¯»FøjÑê¹[„¹‡«!—nÎé<O^ÏÊh'ãÔ\o.½ëæÄ~ßÌFóŠÆjƒöuChÀ”«É(`¢íN[@Ñ×RÓ5}‰ PK)žPA) Á©: £@Ñ}=Ÿe  šct¢´*Ÿípyë¹Üx\T^ù~çu¼Ê ‰}w§Œœh~¤a•œyxåZEÑÝTt2yíê-ÇAmÒ1Ô“w¸P(Å„”²Q£2ûœ´_·«Ò ê.·7YÁ+ŠB"êBèè]÷¿műÓÒjƒNJɪT“Òá°.Œ*.úÚé*;û™a0*«¯!ÍxE·ªUÔ˜Ut»yòº]å…„PÜ-|’zœ†T"Àå÷ gÑÈö¹ˆ»5x­¸èNǦ@A!ÿd¹¦åɨÌ>ÃèÒ•±s`(}@Î刨“t;F[FŠ¾^\t'òÏr?­ABŽGGKȨࢯճÜêe%ê“0©³›:ŽÏŠD—îuC¸q-å”°Œr·+G^j ¾³Lôõ⢢z³ŽÉ9ÕèÉB)£ëB\”Æ= ²ÊÌÑ@M´„Š¶ZÅ-IF_3.z§Ï>Ë¢àÖFP@Hu4ÌE ¿6ÏòŽ‘pù¼¬¸)æ¢l™ ïs ´b\ôzѱuŒP¤F>ÄT”=ðTÌiôîÖëÂEuÚñ²ÎuÁ¨r¥µPôäõá¢í¶A:ì2lË’2¡JÊEQÖŸBÑ–EF_Ÿºè~ – Ó`}Š2ˆ°Ñ2¿&Ïr³£É}If®­ò5Ñ€ãS^öNÜU;ö:¥‡GE©]7XÁfE¾›Ú {} ¸h ÜAÒᘦ>=;§ëe£ö@Iwüšqѽ†øGÃn}3KTBð…«‰*åïH9ˆ0ªQôuà¢-½Õ“tw&„Êï÷@o¿5;p½d„QHF}{@Ñy{Ý—b‰±czBqV¤å”ª„¼BX ¢C?-G.Z;-ïNÛ‹£ÆO]r³ÐÄ¢Á pâaîÖàÖêïÊÃheÜ4I ßùìéçO ý2ãgÊ3R é¢Â(å¢*ùÜÞóûNßê¸B§Ó±™Ya!4ÄD•¤{3A·@Q%èÞÞij“!T°tЩqÓ"èÀ-â#(AÑq˜‹ z{ûEU¯>e5êÈóJEYfƒªl¼œKÂÉ$î%. 2±€\“Ѓ.›¦ez.ÝÀiï#îfM¦·sÃñ]™[`%Ô@hÿéÓOŸ&úeR  H;".jòŠÞÚ»±c ìR…1›N'Z>GÙˆÇÐ’-¢Š µ(:¸‚î¾AK¨¡¢?i¸_©b¢DÓ¥\RÑÛù,ßéxiÙåaŽŒÚvþò’è5ªl0/O# ‡ÒÜÑažÖöÌã¹À5÷ZÚûнÓÛxæÙɆVÇÕÔdèÿøüé“O }öìój¥ŒÔGQãÓå¸((‹ÞÎó{+¡³Y¡Å7ãÄ<Òî4_‚¢ŒC·Ë(¤¢E“¤w+σ}‡–,ˆN† z"$H­AH+Ê¢ªÍe~zŸe¿OB›¾JsJ»&ªg-ð‡¸k¾OqŽn  ucæ,z:9—§¢m½yht.i…7Ë¢hzËÎ<ª+T‘P$ã‘|.0ô‰Ts{õAÔᨧé&†Œ¦å(šÝº.û™-†N0阤öˆXU52A*Šä܃ƒ‰¢Å½½…]ÍBåmB'òKˆÚ³t¥k^(Õ\T¡èmÛO$»B ­V8 ©>»ô&c+¢Û%î/Tœ£ËÅÒÜû‰áî ¼‰B+M`¡»Uyâ¹}gž>„ÐBh·[`¨Ñ‚‰~ù+›“U^VsYåxÖŽrÎÀ(Ò .:v‚î<»·î ³àpJ.qg.&àüîžô&Ê!h@Ð *PT º·Nhì0r<´¸ôDk`¨ÉÛ¥( AÔ/‹½mÏ2rûÔôQ±AЊ—œt‰–zUƸÌ6M×}]60v2B±ù_¦¬ÅÛ»nwâÉ †Vª¹úvMná™çŽ†P§ãB:ÓùôÙçOŸ>”jî—)ÄJ£G}u0êPT\iGEOo•ÖÊŒ¡ˆÈ¸0†>ž[fÐÕr.¿š»‚ŠhA7ÍnSUôN_½©Ã![˜7¸.ˆV ¨7pÈ¡¨ôÞ"·¹¬…Â^ý¾ÿÅÎ !I¹ºÁ Î ÍZàj¢âzßæΉf¡1e*Øi’,æÄ3duñrÜš3c¡˜„êüÙ3£æ>{öç25@êÁ¨ßób`4Åý¢úÝÞ¢ÛäÐÝéå#'V3B®Œi´1 ¶„¨hhúŸå¢î>€¢èBQIEoSU´/_TCA)ˆN$ •ßÖQ!LUTF™N\•Lôôö<˨j=)ÜOÎ¥fÏj»'»Z ,x% :Š ƒ:r-bºúµër!8š’}<½Æ‰gìèípèŠT¥Þ/ }úéÃ'ŸLôsÃC[bœyË}_¤^iÔã¢!A÷ôÖtØí¤\'ÅY┰ʉ ½`Y”¡ëƒ¨¢¢[²[´`¡êé‘ÅP^È5QC -Wu˺ڠ{KºÊ‘K9hß>µ°Ã…bhZÃï™ãÕZU<”‚è­s«¼J GnÞö¨î©¹ê7âAÇ̧úÄ^ï„yºB'ä‚ÜûûgÏ "úPÚŠþüëm=’Ài§ÝöQ´‹@×Ey*z{:ì:FÊ¥Ž\¡ˆŽuæ±i©²,ž¹Ôs,íôúéíHîų,®0D2 ¡p´í5ˆ¨"£eÊRQxÜÖÖ¢ÓÛP•B.®…¥ÄedÏï™úvO.ÈFqZFƒ¿n—[åB;r) %]z·ªŒÔTÍeß æ½»•n»ßnÇB((… ð?¤­èáS©æòj`´€””G9E·ŠÞWcš1#Š„ =9YÅ䣪>ž‰výé®(zÝ$mUT²PHO0’"-b(ßô| ŽÎhÒJˆŒBÅÑ!;ºÈ ¨ö &zz¶íÂ;¨:JÒ2leä\èT ÌZú`É~JDÕ‘eÛ¯òb÷…šƒNKð¨h’”‹øn Á…;hÖ¾[évŸyvrX í I·ûìÙÓC%ˆ~™Aâ)6…PÔ¼n¬·‚h¶îë´ˆH½rèŒ`¨Ñ¢îq.YæR†¢n5@PÏ5 ÚßzUŠŠ)ˆÒÎW 5¡Ë7âÅ7Š+:  òQ¸atLÆo,ˆžný Ý 6*¹‰s›ê‘Þ—êÝZ„ÛŒní<¹kÄN–yJn ƒÀ3<ò•;lE4ϯ1i;ñl·Œe¡=šrÛÖÜ'ý¬]ŸŽ’²(ÚñQ4\4DE·¿*ºãc(á¡'’…1IÁÁ±ïÖKÝ?¸ÈÐ è½{Š¶¥žÛÛn§yGMñ³o*Ñs)‚?W¨©ÃAi)Š†mºxü_•Tt›…ó;¤©Å<œlZ¶Š@”Ø=¹´œ‡v‰^#/ǪèN?ƒ³ÂÙžx0 %Æ\VyÏuÚ¶÷Š?ð´w}·†[ ¢w ¥$Ô¸‡~ýeADŸ>%Ñg_ý¡¥t4Œ¢FS‡¢,íí®ûj½b´²Üël¡-Š† Šžã¾å¡ý’ºá ¯A=ׂhAEûI¶Õ{‰´¢â €åJ®Ñ\sOœ¹S¤IÕFQì-â$FEE϶·*º—‘õeÏ#òQn«låa‰¯£(ÒΧ³íV_=öÉ0Æ°Œå@”ÃÐX©3vø<›˜-E+DgÛÚ+:q£ „"*óí¥æJ"úçŸ_C[Aõ¹¨WÚ^Ñ[N϶¼*zÀÍÊ%ø©!ôäd ð¸éW¶¢'ÇÇϾLY•8Ê)ðé– h’0UQ¢ÛšâEøí¡COœ”+çœ>ÒsËú\xe¦µ¬ž{O ¨Ös·TkõÊÓÍM0Ô¯†ÊæÆ™ë0TÖE­Û(ˆ¢A‹ny¯¨,ŠžŠªèª*Y†-¹Õi™ÅÐgeNÄá ZÍ%—Ú¼`Ûx•Ô>]y¯p?¸[՚юÞЦvèŸ=òl¡úýD EZÀàg‚ˆ 5÷é³?‡0Ô:=Ãdƒh/„¢È «õÜ““Ó-®$ –¢)/åZo®=ñÛi\e¯C/DEËš\ ˆ(mo£?×**ùÓr¹b(Ps óÔtþ4¤áqôÃJ*ª­E[÷,cu°²Âæ@”XskQ›pï>ÛwH‰¨IËÛw•¢ Íc¬q¯@íŸx’ŠOŽÔ\|àá7rów«x5¶K8Ýt¥,aà!¢OŸ=ÿŸ:ïê¨%ì2J¹h}**Žð[[IBêˆ(im1D Ú7ª®zÖCÓÿúz}xl«çªÛ¨ôÜ|û@´9±sBXP ¢@‹Ê œªDÀFGÁµ.%;Ñ,ˆTôl˼æûš†jÓx uДDIV–DçåªaEÞ}HûiyÂW=}«R—>*ïU¿omŠÂòu`ÙNiE´É?òl—ú.ºéCCB®L³ ¢Ÿ·ï1QIGýÂh@Ð-Ós'[u•A0Z."¢''D±¤1×7À!¨ü–Pvj¢Û×)*æ©GYa(iðÅPcŠ¡†„:VZ†¢*:òQ$ ¢Û5+SÔ&uc¼¬=p­››*ï/7Ͷë*/$vÔ½ªgŸ†7ËõÓ¹›…Ï;<ˆæX5p5ÑÀ‰‡ÑgŒp°=êû]£~¹¹:»rZÄ/>/@ôñÃDŸÿ…ÃPI(Š©hϨÑP—‹Ôsóí¹Ê0-—xŠN0†N2ð$ƒó<´ê²(Ú ´¹pTÔÜâ{¦(*:E· DEg¨îв<`h Z¢šêÚ¨f£ Œ tXa-²EÑ-RUîtpV®ABubö*lþø¾u»Šòˆ"Ê0Ñ-S-xÜIúµ”\|·<Ý ´½Å©¯PXÕ‰g¶5ÎÑ»ù(¹žÛj ª‰¨Ts%Rî¾þz-¥¢¥zn¢ë¾z7Š{Η MEÈS„0ô$§©ÇY4Ê]½>‹£]ΟËho«:Eug¨|–3MLˆ”ÑâNL0× `!Ôµµ Eº¿ðé3]}züü³R åa”AQ^ÐU(š†@tZdŸmc¢Ciƒhh^®†Ð“ù€c¡®Wúù`§Š¢D·a ô—˃§åVòPñ_ЛësQžˆý¹åÎ"9±Hª*ÞÅ­ ÷^D9ŠÇßpi™UB3äÂb."7ã¾Ê‹‰FžGQàˆ]y¯H“he?/ÝÞÂN–‚=¢tö<ÄÐânm² Vhg(GB,vŸ?;~,ÔÜÇÇÏJÕ\OÔåP´¾µ((jÓÏ–uŠv†²R.ã)*ÒkÀ› °´DuU”ÁP“‹¹ïD[ÛÁD[fRˆ9RSQxÌŸÆOÅEk€¨sÃÿX.:¬p¨— WUr+ºÑq×ÀPÐÍ ™M«l¬Qs›’rtö>~þsDÃ@ZRõ©hƒ¨9“mm¤åÊ *™õEÀ›[Ÿ‰†¹¢åLtC'¡ÞPû(÷Œ}».Õÿ¦Ó‘Ò£²Z\t`G.På[\˜’¨“sU¥‰M{–u…íU¬ž6/{ƒçÑ4n7ÖKÄ\w…©Zî3Ñùé-e¢ÜïBºî "Ó0G¥)qQ³6êÐÌÜ šËUD=Ý°¹®M¾Š‹¡Aï´Ùü‰¬ˆ}øPÑv³ùÖO ­…¢u‹¢œ³Œ ß&z·g§ýMXeLE/DÌço®{G ?u¹pr®Yäd¢ˆ¦:;TöûCBkñPõâr•´ëqQ'èÖª‰âé¹´&*û|#ëû¹OmÂYB9£ Ý 6ô‚0tÆP”–u^^÷u]Ft!„Â]é׺Y¼37AÝH¡ÑÀ’€Ð´JÕ@j率Õ÷•)—ŠX!`ã[?=~z$‰èãã矩7x.Ê!)FQ¯*Ú.QŽ‰Î·„‰Øi° Ä\OÍk —Q¤ýੳ§¾ Z‹ÂLtc·¸˜Ê>1ÇáÑZªG-Œµv˜Õ©‹6§û(Êä ÄD=ݨgÙTCQèMx¨ú0/+nSÞÝ’{0ræ2ægt‡Ý™U*盧. r ¸Ìp³z¨7f8Àªgb”¬=ÕÀŠ™è&íª¿Ë¹0J!´‰Hè[DñìøIAD•š{/ æ†Éh9eŠ¢ê¾zö\;÷o¾%L´ÅšŠÊ½˜ËÞ‡°77©Û*Ê/¥sÿ&Úímä>ÑN ²ŸBSѤlNR ¢6TrÑ=l3ó8 6ŠN5ˆž*“Ü&=Ë-¤Z£Ê5Klìîš! ½–˜rÕ"¢·‘‰6!„Þ´IÝ®¾ûÝ Dý›<N”LÑ´ôjÝ &Úñä/ß“KX(ÀDI6ß*¾}~|üøèPÙŠ>¿'?ÄÑŽ†û\z.QÇD‡Ö[€hoÝ·2:“Š8S‘ìn™—{sí«R¡çöøq ULT-å^÷Å£!ûœG ²o$•,WÏÆux¨á¢¹;Nת‹4¯—é¹ÐW„¹’qçžnÝIxyð†b.æ¡ A+ôA"ÖÓ«J¢Co½ÓÍý›uÑÀø¨ûÞͪ2æ—•÷ˆ5wƒ˜hÓ6¶ðÕPB|Jm4Í{OdEôP€èóö3êÓ• ¤¢¢©ëq :•rîËÍÑ”™²P¾ATÍ$QFDM%/ ×*Úíu½‘ED{ˆö7ÌËØ´’ 1˜÷ˆˆuR^ ÅgꜦEy9·¢ÇÅ(XDgV½‡©MjÏk×ì…IDkN 4LÀQs}Á=&ú LË·Œ‰ZGQæî•9ô\C]3¼W׿YÁ-@zçöˆz-½‚‰nˆ6¼¼ãUC9m4ôw ¡âûBÌ=”jî³/Õ‡[%¬”-Œòm.thQ¯ëƒ¨ÏD%ˆN6D³$×cçA9´|R‘ÆÑy¹7ó£›±(ZcK Ï=8³òƺ¯¾²/þêCXª÷tìà‹Â¨h ˆqIPåŽÜ&gT6Š}Ï6«çy]¹hÖß }*Ôœ[Am¼™¹ä¸ #æz]¢[±·õ:1€åP¸£îúbnÂ߬í-á™U«vB¢Ñ a¢wÂÕPž…j m¼%Q´ø¾ùìéÑÑ#¡æ š Hº×­ŠÂ¢(a¢b¢nÚé0ÑS Ê ûsD´Ì›k!º,‚öíZQFÍ ÔD%ˆö³|gÝ—Æ]ÞQTüÅ;£œ)ˆ*ÀûAPt€²·Òr³AWõ¸0T”Ð4SPÁq#™èŽIËئ’\{Rhm¦¢›ŠjMƒÝ-zqI^æÜž€ÛÜ.&jÏ;™vk¹ûu£Š¨'Ti¹YNg3†Õ\®×+|³dc#˜èþDÏFKaC]XÉ…ÔRgSRÎ"~ù¬ ¢RÍýäøé¾úå†&¬&Se¨h]=×hè3ÑD¿ÙlmfIV&æ2Z®÷'.dA´o¦ª•‹xsn€‰jU³’MÑ.+©ˆ¿w:Ê  j˜è˜EPEÇ(%¸ù•C¸¥¢ UÖDgTm# ÅcÌo¢ÒÖ¢u|*¥ûáYE@ú ºWy1ÑF®\0/÷fêYÀôî–ú<c¨/È„[D –D7‰v\Þ©AC5ØibÿÉÓÇ‚ˆ>:zrüìë†æ§H6ùÛ\ÊœE¸&:tÆ¢g¢w:y–2#s¡˜KAT’PMG' ªzÂz'ç=7ÀDÕ¬…Á<Ã:î$nF~–;Ùˆs!‚Ç^€×wHsxeŸ‹™ùWËX4ôg´8Uðy²1L´åÁWé9´Ѿ£å<”ÃZÖ$Š/,/ÞN&Z`(ÓÚbÎ<×¾[n⟹UÞŠ~Ü_èN…n»§Ñõ»sµ“QåèÂ@4”a¡¶ Aô©ªˆ>:z|üüMKPMñ´å©(ž·@G%¼±H%žMf¢{ÅßšÙÇ,0j®!¢³¬Š‰‚6ö ˆªé¹×sçè6Ñlc@ÔwÇèËÏrÔ!:&$¹÷7G9Áö¹TX‹8{.;÷oåö˜¨X$'.l Ü|öÎË\Ó>š:sù´ÌØTÊ:&ÛÓr›õ_åÅ„;ïà›Õ¿™–kÎÑiVDkŠ¹a XÉÀ¿é„©_ ¥qÝ jóŽ•rÊáÓP  {{{»{"~¯*¢Ò›ûiSc§$¢I}s‘?’¾tàBD³ ˆn2ÝOÓ32—Ì*ò!TK¹bÒB5ˆöᬮð:4ŠÚ¹,5 º1 ‡Î(r’Š®Ž*¢"îͶ ªðç‹\8cÑ‹@²Ÿ*wÜéɦl$"44}55¬Ì….•Ðôzé¡´Ìp|Àl<"ª@ô–0Q¬ LqíÚµ¹_´›—4ˆ²¢¼—V6êD¡­hýL4äd,£¡ªÚtjãg¢"úðþ‡ }ö©þgÞåÚ\XIW ¢/uùr.Q¸Ååbº± *2DRÕݬá6¦¢ù|”¤•(j“”íòbQ”ÕsÃ5Qí+Ê6e$ú$€¡­Ö@a((ˆøê¿Äæõ‘¤YE·„Šê¹u†çb¶„þߺ$z"EÝóµ3QBmÀ.åeûHB­áÌE~€ ¢·a'^bÖ‡Õù-b¢ƒ©]¿:¥jÚÎËA(Ök°ì¼Yܽâ¥÷u3Q•w2ãÊíârh@ÉuT"ç®úo·øö‚ˆ><ü@©¹ûæ³´G×TFýºhMk‘Wí¥r.Ñ—k½ÈáØ϶s‡tTQYs‹à¡ÖUT5iÁhßµðñoBPJEqM>òÎÈ—ƒu_FÈ•‹Eò}…Î\†2x^á±—Ìð¿2*š»‰ U5QnùÓd At&äܳu3Ñ6é– ËÏnhTÁŠy(_c£û¡%¢#x]}[Çm„vu+˜¨•ÝmñÚÞ¬›A(˜‹Î;øn1oJ°C4ôGÈ…ªlÖí)At3Æu¢1r7+¥ZnÍ›Õ뙼ïr€%UÍ-žX3(­^—¶·x°µŸxTÞƒ]ÂÕP‹ FÈ-H¨BOwÅœ…Ãî>:zú,A­/ F›ÆhäEyåô\ÏYÔ šÛ>Q¢x®ÜWÏvÆŽ*‚b.ƒ¡rý™ñæ&Õj®~uÜ ´þ¸…2&ÚR“s×qH9¹råÛꉹA¹’%Ñ—ª‹Š?ŒûÑ œ+w¸˜¹!ëc¢£ÍËæÉs“û*²rߧ6h»s´LØÿ œˆz>v!ˆëo‘畳³|æA_7ÒRöÔ%pÌBùͲ4TÉRä~õ©jP.¼“Ñ+ïáW L{ŸMáÍZ£öÞä”ë”\a#b´ˆö“£ÃC­æ>ÙßÛkìbm€z¨çÓe«¢ìø\FÎe†-ØMhë=½‡B§¡Q’2Ý-pÜS}@t¤žçÊy ê¥qƒ/¹W‡m ö‰l̼¢)W•QŽ£ ŽY0ÅPŒ þË Š¢.;€haAw0ðô\Žör}ê©øF3Që‘[׳<"%6HDMe³@{<ŠBk~KôÁp^ö»9róBs›|MyAqϳ‘QaÕ‚”JÊ$ÏC;Z@(óêUrî(åÏÙÙ¹!˜,ï¥úr9ŸÃUIôìĬ—_ó¼“"y4î'ásYß”B‰óÛIº¸ë°ÞF-t…Ã܆[ÐZ‹ÛˆÆÃíe¢mBÁ\)SÏáÏ;!í{· ݪ’IE5»[¸{…twj»„ ºzíýͤ²Š Ô¸j%†B½óæÅ÷ê§ï>|(‰èáÑÑñ³ý»zš.²èÚnQÚ%Úô'.gyL´×w³sù—M:WîÙ"Eš÷}gî´Ê™ 1t>´'Ìj*jÞ€²ñ¹L´ åܖꮑå7¼²„Ñœûƒ^#KD‡DÈ…ò$H¹y†ˆNˆ]¢e ª;Ë)ˆ†-<Uj®öÈ­þYnŒ8Š»[J*^JlÔq<@®Å>•ÐÑ@A4Xd+¸Íú:_-ŠóŽ‡¡èn¹©+õà“2Q€¢ÐÆž2鮺ðšý¶‘Oùž{³V¯½7§tÂVéGQÓú‰„ÞA!>ÒPDôýà }p÷®ÂÐÝ‚QMAMÃ(vèV÷¸T[ð@t]§÷Pt†™™¹åÝ-s ¡Ò›[Ÿˆºù¦¬?7°Q4X]—hSZŠÜÞ3w´=+y.[DGC^·Fê€ÒRQ¢à×%28Z¹Ç…„Ÿ>F%ѹ+‰ž¿\ù™¥äÁ”‚h¿_Zdc32taj8¶Ðë”Ñ4o1å„s{êþ–³óØò|ƒh Ã¡ï)JŒ¿–yùë€(´€ULÄðoVÙ;ÀŒûãÏ#Õ@ŸxVÍDÃgw*åC‘P@ Œþ䡨ˆ¾§ÔÜ{ŧïAš‹Ün´jkQ]&Z¢j›èæ0Q˜³ó$ ‡ð!®"_ÌEÓþœ7W?Ôði­EAñså™6QDµš»Æ.Ñ–*KØ~®,aºV„¶o\EXÉuê¸|j½i9ÑaÆ0QSï)óçêùóCÙ—a¨|§èéÔzäV½Ja¤¬žÞî3äzá"›ÍÉnøMåo´E½†‰€@ÈXs_Xn³Î9r¯ú¼ƒUÏ2¾[ð½'§eß$ÊJoæ¡x¼1¾]êêµ×Co1THï«®ÖÙ )!ñÚÕÐ2-bç—BÌýàýÃD/º`v÷¼²¨å¢ú[:´¨ ¢\M”¬BK·ÂWiϸrf.ãÌÅD´Æìyûâ GU‹‚hk5 š®±KtÊ[ŠZ­žíüÌ8©hd!4×ê®NbŸ!¸NO¼Í9‹¡9ZˆQEy5wTÁDmebÕûˆFXËõ:DÍÁŒKÈe6ì(óàbg*æ–tî3ûeb.æ6ßl%ˆèG›šŠà|cƒ…AíÚ÷Þ¿_¸½¥\x÷˜hÉ QÎ( twÏx‹Œ‚ѺBZKÏ 1Q‹¢‰f¢9 ¢›²M´y¨Pƈ«Úr¹QŒ Â››$õõ\S žDù]hE-­æŽÖ•n`§s¯;[Œ–kȠ˧>„º¾†QD'“„‘sM¢¨ÐsþèÜÓˆÞÈ­ÁóÔ®R¸\é³¼3âê¡8/§`UC(¡6°Æ 65§,°QLmÈ[0´ÑMÝúT¸Ðï”wš èûïonRa¾$ö~…yhNn¶¨‡GæŽQ_Ì}ánÖjµwöì^%åîŠj(f¡èÕ{G¨¹¼wÿððèéš’‰î*ÝE4ÔÍÑeäÜZL”—s‰]ýé=C™yU£ŠN0ŽâÙó¥`ÚO˜rTÌŸwLT„Ü%º&5w?XÚתl=£‘s Å "D',ÍÌy¿ÌW4°:V =×¥”óu—èÌ”DWû,w< 3å¡A£ ['åõ·°J¥Ü2}Ðåevd®ß"ª{D ·ÙÆɹ#ÜÚ¢1Ôsïs'? Œâû…4)ÁPÿnAA¦ÄÆ”Cåy§üijÊW›RTQuŠ†2*B~t÷´æ¾w(¼¹¿Pºç·¹€¥hj`Éè?°˜›QBD]þ“÷Å™sÏÎ_®öô „¡bÞ_~-gnqô:3s¥7·.†ª×§é(‡ >õFçêaJ¢ƒÖZ®e×ìÁ%çmw¨†0ç*ò!”p¥>Ô3´œ!£, åõòšè€fúiB%Q¾Áeª'ç^¬töV›b¨&6ðQ³ÍÇ% aD±Ù³ºæ¡^ ˆ¹åÝ-N÷‘iù\¦åM›pV#ü¶gs³ÀtF;¶=7w=íâûÕ7™Þ«S¥ÐÝ*•a¸’è”!¢C‹såê˜è~ÀRÄw¶˜V å²*BüB[VDßûàðáÑ“g;Dww}* ¶¢5B ê3QèÎ Lýã|E›àWßé§0T‹(®ˆ‚‚¨ß!*ÆaÏa2«v%–6GùÉ.0¾eÕܵ\LŠ¡xï™Ör‹ÿ†y60ï)ÀPB{PÐ@LtÄ©¹jPQVZµsèÐ?E}17¸¸òþ ûÊyª!¯aÂ>~ŠzÝ.½Ø}Z­Ö!Ë”$æ¡9s繊èùÆM8«Žå¡Œ37qs?ÑÛïn“1vUz\TC¨1Tm?ó×½–£hM….p³VwâéNå”"\u%.×ÙXhŠ‚ú†DQ¡ýPxsß(PT,éÞ3Ö¢]ÊE­œ‹»\®Sõ@q=9÷då§÷@ì¹ …Œ¡sAżdf®â¡d“(P¿öA^Ÿ¾þWc¸Œ…ЕD´Ÿe½uì N éºrè``‰èðP ¡0SPU%ÑQ@`ÔàY=€¾Ö¨…ˆÊs Ñó‹Ë•=Ë –s¯»%EQ÷`±yÙш£æó ì&ÔêùTÂÊ›òîØv(óòÆ8k†ÁPj*ò¥wªC—]¾è]^ݛу·Ë(ßš“â5²øs¹‘¹¡Éó¸¡wÕ'{vOSnÂBÈ•» •Üà~çÎÏzÿmÙ$úl_ïÝ5UQ„¢MÛ*ê-r ö¸˜(J~sîÙjOïØGC)æfRÌ%Ð*|E„‡Îr@@‘×#ÌE¡¢[‹‰êȃhš ÖmîŽ,†¦xiK-EC3ðÊ:jr)þp :K5×Ëì¹Û&Z² -÷åÜ‘OE‰7×›´0ŸË§Cv<_®ê*7˜‘N:+§ÞSEò2ѾÈF­­¾lƒhVêËõ¶RBqœ%7EOpEt£úÊkE' åÒ‘ê­‡7 #( |¾tzÝ dG€~Ñ{5)e¢'°¿e…LôÍTæŸwH9TÚvåªjh™’«ãÎ;†~øþÛÉ&ѧçîz½¢dEwI§h%¯cØœ{¾.9ÁÐ|àÏ**P‰ ž7Q$±ñjÆ•Îý ,êú º.on3XÚ‡kA%†j"Š1T¯zé¤P4ƒî´ñdÀ{saƒK…œ›WɹÃcñ— ä-¦¨±!«ìxnøiÙïnqð‰ò2ÈÌ!§ &6°¹…Õs†‡†§ýU*CäÜ ‡Òòæô•×Š¶ ÈÍ¢ª­çÔQˆ¢P6€D”PsÃà{V @/ÒxÌU¯YÕÞ¬‹+›ÓÐÙ·é9ÆQT¡9xøáaAD¥š{üŽQCDwq¯hÓðQÍJEѺ}¢}ÌDG@ÍÕ‰g5W9ÑráQ+æNKÄÜ9‡¢#ÌȈéŒÂ=. [0¯&¢k™´Ðð,ææ/æƒê—Q åu(Z\¡”‚h®ÈKª–¡y³çC ’…š[¤‹™+‰®èYv<ÔɃDñØ\ú41G0‹ö5#2Y¹Œ†ú<´l9<‘Œ-Š†ÔA+"§Êú3Æu¢1²Z.ÅЄPQªBÁûÔñƒœzl®)ã¡9ÝÜR¾º…š‰]EÆš»ªÀPtvgyhÓ:Š ”[ñøåÃ?¼ÿÁÛþFª¹Jν«”¸àè–ÔD÷+ݹöþ’’èw‰®û\ Î…FÌ•³Š0-søI ¢`ÒBjOó0ªÅœ€žËô‰v{A_‘RsWîÍe§VŠ¿Ub¨"¢Å»lÞZ(åšC$“.ˆB5w˜ºDÝìù€œ;°9ƒhéðyo\‘òæ:MVr•‡Á´Ì=bøiêav£l*¬OE£(4±<4óòr^Ò/Áx´HZïÜ”å6›ÒW^+š#Ÿ‡òž¾…QCݫІo…¯¤å<Ô¯‡ÖßÜÂóP_Í}nÖªN<@K]›-‡ju®Üj}ãßÞ=üð£ûï½-fÏ?ýý`¢Æ[´K&.4õjQºÌvŠV‹B K¢ç—ëqÚðx(pqD”ë=™{:uåÐÔ,-ÃOã¬ëÓã(R¾ñÚ¨ÃP¡æW}-Sb1·¥ý”j¹ÒUD1n\Pg§kô¨œ«@4Ðß½¹%5Ñ?õ‰aiIôt.d]å3_M—èÐj¹~ÃÒ¾+²{<´ËU`ÍT`Ë!{©Ý®W?/—ñúÀ^Ê3wnÓò†ô•× …¡Lñ:åþ›åÑÐ6z%hŬ†šwÞ«:ãùQt«<Õà\DqâYŹ²ù ÆЪ vVn]úÆ?)ˆè‡¼ýþááÑ“§M¢{ΠÛØ%û¹½©5j¢mDû~‡ Ñ5w‰¶Ü3íŽÛIF]Eˆˆ2êWDsûj­³—»¤&Šð“-–`"šdYÅÞÜ)ÄЋ¡–3 ¢VÊEgHD•/ö$KXrn©¯hà•DË­¹ã7W—DWò,†2ÜÆïÝç@#¨EQ¤æz uúöÉ2¦¹eDÓr¸ÆfAÔÍ¿iyeî­WÆÈÞ!Ew w|Jß ¢n4f‰fàï¨/-^£óNùP ¥˜„hnÖŠN<é”ÁЃ¡Ö—{m }Cbè{opøñÑ“_í8•].Œžk ¢ Eƒ“ÿxï$¢òî .ѵž+[òaÃbî¨OÛ[¦eZ®BPÚ#:ËßW†Ç\$Ìk‘° ZÑ^šVìØšªÉϹ7ùÙNúä "ª1t 14A¸«þ%mñL9ÕDÔ©¹£$¬æº}¢%cÿ¨˜;2ðLr{‰7÷tÅj.‡¡°ë „Œ>ÈÙBfO@mêx=ËZ‡©‡bîm¦ Ñ-ê=q¢°æ’!ÇpVÁÐv›QŸˆån–?.74UjDÄ\¶»… pùúbçʇ¡hñ.‡[¤Ü"v~-‰è{›ûôDwÅzÐ+Jª¢MÄEõk¢íVÀWä̹Duâ¹ZúEGË ˜›&Þ¬¢²Qºˆ[ÅXC(„Ñèiv¡·»|,{W«É*bÊàLÍ“ÉX<<]¢«Ws§üö„V;y šR ¢Zêbìö`ÑADsì-âÔR&•2´ôðÍŸ©ÅužÏ¦òZËÄቶ—Ÿù Œ\Ñ+ˆÒZTð ý-NÀàŒ*žš‹˜M¸A4ìËåôAóN_^^]^Šo®ÔÄ÷êªÏÂiYÚŠV׋ûª1²vЂµ"5µ …žwÜ.{æ òP:0Ÿ"ýâõÈon!Â{¨»EUDÕÍZþ$éÄè_‰7¦N)ÂåÐÝúåPïzÿ}a+:zülÇ2ÑF÷Àì?Ô* ¾ þcÆþq%Q×ÞXá²Æs%ÃCÓ<÷‡æVlµÙzs3}Œ·ý-ULÔêgê[qÁÒƒ¥ûiŹ®ˆ—4..ÎÏÏNOf“â1ê›þ¡ææû+½˜Úê9)×vˆfƒ\aနC±(­*¢ZÍ5:ÑZ#›/ª§þéÇQ/ÐóYOMœyQ|p~R<p šòæŠ5wéÏò¾=wä~• UÌ3åÊë¾BX¢hÆB½¾ý ”+¯ìË+ — 9¯.~^^éï//Ý µ ÚqLÚŠÒÐÜܶ‰2ªªªc…ò¥?= @g‘Ì"1ˆïÄÀyg+Ò;EWá3ïý›@(Û»ïeD» Å» ÝÄ?Kõki¹ÐV$¸ÍÄ‹tfñÒ~µXjlàÔ|ÎUq?æPÌ5ÖÜËu»ùëÆÕrÍ©=áÇ¡[յŽ6|¬OÀj}Ä™[wËN½‰¹cÖUT.æZé}éçJwvçÚC±¥¨Am¹u!ôŸJ"*lEGŸ6-- Tîµ]fö_“¢hEŸ(SôF%Q“»6BÍmÀôˆhŸn@«¬ˆú:èuÜ)üZ¡Ð €(2ûl~záóRá¦AËKð#/_žŸŽ‰´å½^ÌžÛâ‡Fýµ†:ÍFÅ¥g1Ô5vÙçJ1Qí+ÊŒ ÌžçmE¡6Qõ Ž'ߨ‚¦xßå;ϧ†P…žçê[õÃù|¦þ€9Ps—íæï Y E56¬–™=…ÛS\qF;Òi.?c³r–aÅܦx^:¾‰ÕÛ+ËG/- uŸ§|q1×£ÀN·Y³›¿nÊÑ„´‰¢í-„‡ÒS¥ñ À ‰(»íÕß²S6UŠ/ˆ–A¨7«Hª¹Ë>ñÔÄPèÊuZnm •Ñûo¿-— =ßr®šYÄ-çn:nØŸë@ô€c¢D3 ¢¢ö„ÕÜu+÷2Ž‡ÆþœTQe1tž'YbFã‘à|HlKô„‚í¥âšp† “"éÙ‰˜ý>Xá:î^¨ÕÙah0t +¢CÍãß1«sl 9—QsMÈãGÞÔ?3-K²Oá©=5ì3ž>p*=*tõóóÓSq÷e“¨iÖZ²¯òP4f›`”€¨PdRÁ.bõ¬Ù·o²òp2™i¼¼R`yuˆ&AO äªÏSŸ{¥µÝ³3`TY‘Seá–ãb"joë×ÇD´ÃT7Z­6t¬C˜å¡ì½òO“pØ_É QÎT4å—·À9 «8ñì‡| m˜q¹Cë‚èá‡÷ïðöûbZÑÓwˆîºy d9·þbsîþ> ¢Þí¥o¤Ss¿üóßþò—™VseSÀšfþíeD1ŠŽWÑ´DÌ=áº[äìùŒÐP¿`eég&ðs*Ò°ÏKÅ>~ÖO£çÓ‚ë­nä_—ÃPñöKÌ'£Lhnx(ÄPUÇPf¢ÐV$7‰&lAÔ$ ¢2QHütðFOGAxžAjqôâ¼øCN€š»dŸy@ËÔ†Ss1¹ñ1¼² CÄÜú}ûÃùü€å° ]*|t,)º®<Š^ñ'\]¼®¢"-oG—(ÄÐ,÷ï–Ÿ hE4„¡­- ÈÍR†€"jÛ[Ø}¯´"Ê ÍÕ7k¹'ž^ȇÁi¹vZ.ðÕý½[ðP­æ>y°ë@TÔDïè. k¢™¾šRc,yû-L‰Usÿð·"¾ûî*ñ¬°³Î{òqöÕÜaÙÐ\Bç,„J5×8Ø­­Ès‰>/ŽíÓ“Ósb2ðyó¸8YÝ´"C;rZ.ÔrÝ™|dzþ{x¨|ø-„Z5 ª½¹` PÆQu`ËôHWI@ n45¥Ï!¡SQÑ3B/´ÉëââlÔÜåV&å*¢Ô®r2»Aù¦CMlʼžå¡Å[ ÑRIˆD ž:Ñ•ý}ƒÅ.Î!·Y§›¿nì‘hàÁhi(q€< º¾`E´”ˆæTÍ-ƒPÇCá¾×Ò¢ªz}0TVD—zâñõ/‚¡ûCÁ¨¿ú–¢"v~xÿÃÞ~û£ÃŽ¿ATà(Ðs âÐmújnu›(óJjýÃ_¾ýöë¿ý×wÿøÞ$±Áe=çÊ<ÓZ.!¢£Œ!¢`Tsy:Ÿj1ק @…~‹ä[Å>_¾|êxÙ_UM´KÆåZ{ÀPç)*>mœêCqfxh×a¨^ú§.ùTu­ÈÑa GÔÐPÝS54ü³|jàUÁPV5ðtƒ$b®vµ‰G‚hHÌånUæÍí‚<Ô×rOQؘk·Õ‘ÑeŸx<Ô\1owS—C¯ÍCeË}ÙßòèèøWCÕÌ"'è‚ÉMØêRFEL”®pùó×_-µÜ|ñÃÔnp¹XAgBéöKDÙh5+¢³\›Íµ(–˜£gjè $ —Ö;´°d£³ËËé*¸h7°úLòÐEPYMÒÌòÐ>à¡h@×¾Áж±Y"ª04°ITf µ@kÐNSüÔhjñÔ|G¥\£åžÎ‹'øåÅÙòÕÜÆp„}*Þ ¹Ô>dPÎ¥ */­ß/Ñ£(:«Ë|r‚‘ðÒ±M¬Ø’Ú¨×Ûre^÷“Bµšn³ùÞÜÎxˆœkÔ»[XÌ•÷©ÕFQ0ƒ×Ý颺^Ü2ð ”inÁ<ÔC#’á ‹¡g†ˆ.ïÄÓ ðPCfÔßîuFýéØUû[Þû¨ ¢Ï~ A  ·z.(Š6ž[ÖâA”׆ŠÛû¬€Ðoÿ&”Ü|ÿÃÓ1l Xƒ7×äD{þÀ?Xe ¢lITe40×ËìëÊG“ÙЗZ¿]$€^^žp3–?Z:mú#·ºVËøƒŠrá*JT¹zŠŒ”‹ž/¢ÆV­¹#¾G4W]B's?ÏJ ¿ºœþyæ!¨â¡ê«°øÊZöå™jx-íYn 556èöL”Î+ÒN•ÌÌp¤">öÒ¤\êõ z Ñ!&0Þ‚â¨ý©]„˜—̯]] ÔkiÒ²à6«Ù“ó y(¾Y°zäQß—‹y(lù‚D´D颺ªÅ- š²€F¹¹ùÆx{‹ÀÐ%žxzÞÊÅr Å«Ï®ÅCïH[‘ ¢‡Žì •¢`“ ÙÍm.\¯&꫹Ÿ ú]ACÏ †šáók8W!4zsfeóþN¸y§Å#“ÏlÝCfû‚ÔåèËEèåå¬×O³Á©üñdÉçæl® jõY*ßê‘BC­åöõ1tß©¹]«æÂi&‰„%$\¡®4[ ™KÏ­zk!ÓBªŸÊQ$ôT.A“7óRø^.^.ïÔ݆õAPõå\NÌ5J.~eQã>~ÃS›ÉÉ…yÚÀØ>¬á:4´ õ^™Îd%_õg ô? Ù6Þ›Û"S._; é{30CŒÓŽQÌCKüHË-ö‡ÅÜ1W%Ë[hAÔ‰¹Ë<ñø<–C½Q¨?ôÍëørEèÑÉó%®"¡/^=•ßŽ•†;™‚9DËäŸ*„"zn>|µ´J]zŠÌÀñ—P<”™˜«Bƒ¨6æê3·yòÝAMWD­˜‹Û[&“\½=…ài•YWð´ž[LKÏÎŒñÓ”B%=5Š&¢"ý/çY†<”qao±ª0vOOÌÕ§^WõÓòhêê¯^94‚îå•Uy‰ñ–ÿ¸ùÙiJ"?Üf£½¹>†–Iï´ÃÅvˆrÊѪîo›®7ìχP'æÖlUyñÅœ€¨x1–sâ¹;ªêmjÅ\Q½†î>ssß~¯ ¢ ¿Åè] ¢–‹îZ{®´ ']³$ú´€Ð? ㉾ÿþ‡~9OTsW{®l!Í0ÍF¶"Ê­e6 ½`]Eó±¢ gAÝ…%Bh×´Í‹Šh>µ¿°4&êõ¶꡸Ž7õ-5b.ÂPËDõ\EU5z A4¬Èâ€,UaP´`¡c‹¡'s@Dˆ,åÔ 0”iÍ2àÍõܹˆÜ ¢^EÖCÅÏ. ð9µX aS] Ç4A 6åÒE÷”ŽáL³‰^"¹Íl“½¹†zÎ\Øà‚¡É{UÂCb.´€ÕT„!´bƒ(_…Ý-3_Í=ªÁåË8ñ4OJfýù<ÔÖC÷nˆ¡o¼sxøÑGšˆ>oRµ¢»\§¨Qcp ʹDú¹€P¡äÊZèy ã ¯ujîJ_ ÀC™’è(—D4ÐÞÂa(³¼EìŒ]¦‡Ä̸. 5 WKc¢CÕ¾\fƒ¨Ì(£TÑÔŠ¹² x¨ÁÐ{Œ«H‹¹#¹òUÃ…Z >¯¦«¥ˆS›Qu úã2®³öåºqB³ ä乓Š„ò“ÌmV¡j%©}"¬¼ß!l…&£«ËàÇå/)0-_ýk yQa0t·ðý-Ž‰¦¨$êw·Ü ªîSµAñ‚€A^®åÂz¨3æŽyEDóPCD—qâÑ>ŒQÚ°bîÞ†ýÉØ)ˆèGýèc¡æîxLÔPÑ=®ÇE·‰¢éó5@ôÁ“¯ž?W~"ÁB ¨ýUf $$¢+=WÊùŠ&½ÌßÅvÍ} ’l0žÂY¸——/—¡=€¡²"êˆè²˜¨¨‡Õ"†‡¼æÓÞ2è©ýÎzb®-ˆÚ'ßb¨s¡ÑQÖO$‚ºY×ÖJ´´¸B.ÀP ¢N̽úq):cÁCks›ÄåfÆUdÄ\Š¢†ª¬<˜¢Ù|ÐD5[ƒ†¬ÆKþ îãêa!TTD휅«7Ø›ÛñoVPyw3̨5·íb17ÈC‰1w€™(ƒ ×â¡ j»[]‚ÓNóБXõX†¡¨µcè5AtïaAD?xûý‚ˆ>yþSDÍð\4mQSuM.lI`èÃçÏ¿úJÛ‰$„þeäÖ -nj6G-ËÏȆå¡)„P{:,¯ˆúí-Ôš;÷ɜ؈– Š…Ú©‰è™ùEáõX Cšñó$NÞ”1¬HÑM*2D”sõ «(ï÷Ò\Ä5f@Û˲ì<×TôlSŠÄÐùÙ¸Ê?.ÃC1”«ˆ’‚hâ5M\CÌ…ý£9èUÁ½ ðgàÇæס׉ÀŸA?.¾›ñ**¢ç€ˆn®7·ã‰z!}¸ó&ÅPµÇå®DQÛã‚Èh“¶¸0DÔLZh·Úžñ•ÆP¡3ùZk %jîùÅJû¦‰§ˆ‚h6êyÑÒÑù ÂA%‚^X÷r*î¥f¡DIET¦ªe0Q¯·Å`¨N#ü”ÑŠÒKT:áº[ub.tæ/M_L}’I€¡pØÐâAT|;b ÂQID\Bu¿9ú`€Û "¶æÚ'„¨¹@tYy0C­(æ;üA+ÏZuŸ ~ìÿþÇ‹o&i ²‰Ö•Ûss½¹ˆ‡²ª1!"ZQåMEBCZn†rD”Y~Fš[ðÄ\W}áÞÆsÛ‹tyµx§ÅPn(±Ð´ÉÝÝÝ›bè͇ˆÞOÑÇÏÞzÓg¢f-·Ûäâ¨f¢Ì×á¢P´ûü‹/ž‹Zè·ßþM¸‰ Õ=gUsgÆV´:on >Éø‹ŒÒŠ¨ï*zϳ4OOÁ<Ü…Ï ÄÙÄŽ×*‰èàÂ`¨Ÿ¶xmξqþ8‹¡mÊC‰”[\úQ¢Õ\ØÝÒbº[pATˆ½N·@б’R1†.OÇ•†Ü³ Üb+¢ú. "ú¯Å«¹M&-{%QLn’€BèQØÓ휹EzueeY½Iåê U/ka©÷ùÜÇäo{n"¨"º”ºóB¢ÃxB .)û×GD´MA”`(QvƒþS^~6D :æê¡Ô™KÄÜS*æ^-þÄcµÜ ųþ^¡¹¥ˆ'D?xûþÇ?}‹ÃPÙãrÔDwÑì\ý¥œ‰ªüó§„~¥íDÒ›%h7!¢bZÑ’ºˆ¸h™щ·­d÷üÅ ¡ßäI6œžw5 TDj&‰©£WWÛŠ¨®4-¡ºä¡CÌCs/› zIjMEŒ˜k-R->³—åº0CZî2áSþ`BÏå²­¹?þ¸ø«,´\ ¢ž˜‹õ\Èn¹óþ8 ¢Ó)òË^Ù.NGCi¯gPÓ¥ŸÏ}L|:í Å1sX/—p•|³¸QzäI«+¢xf.Ó!jVø4”h¹ñô4†Öä¡M·@ôæúÆ“ÃDßï£G¿y|üû]EwõÌ"×( ö‰A·‚ˆ¶Ž¾ÐB®êiùþ<ïÂ^àšûrej®ÃPDÅs857Tõº[æ'ã4É]þ0ç™f¨$*Å\Ù#êz ®^ÝõiÙz¨7©ÈÐ'Q•jnRJDÁÑÖþ½–Ч݌¢~9ô P믭  ¦+TÖB‘ᶷœÁ‚èÿZøUž`j7S†ç榸ÅéÕÿÚmÓeˆÍäÒ"å••gAU8€®@ùSÿPR}A.¹Ï¿Sý"ߊÔØD‘m »‡k„ÄPßUTväIàÍÂQDq751½-Þ„2ržGZnýIE¸CôÔñPu³}âJc ÅÍ-nÈÂî»[Þxãgˆ¾÷¾è}¾ÿfDå64Ðã²ç@T‰Êx¡(ÑGÇB!÷‡þ@¶*Ñþ–‰&¢/W5³‘£Ç˜e¢“>Ý#®ˆ¾˜Oò~:œ"w•z™©äØëÂ’hGºŠ\ETW³}•Qm¿_ÂC½zhš "*3HVDCKDÛÍ{Á¬ó­ õ¤\3áÖ±É ðKÕPz€t2"úÖ‚è&¢ >tæ*nCû÷ŠR"ª2NŒç,ÞÔ (~ºÙ¶N^]ÚOÑ¿Õ¨´Wö“ÐçÛ:(øŪˆ¨Õ7´¿ÅñP:X*8|ÞÒQDD»D[˜†’æ–~‡æþ¨¿’µ-F˹¨å¢Õ-¦CôŒ8sî´ëM¹im7•ÂñІƒÑ½W$¢ï 5WѯßdAT;‹à24§(d£„‰>øÂ@è·ÊMôMÞq«Dû $Êô·¬HÍ…b¢ƒQ‡TDgÓdý è*Ë 2 ¥DT¥D±Gtt~åݽ¹CáyÐb(Ó!ê*¢]Õ‡‰(Q;še¿¹ßîöí¼\Š¡v·™‚¾ ‚˜èG–^ži9ç…O`/ΧÌÙ[sÍýDtÁ ÉC‘Ó9TÅcä8« b¢ív˱Pñ¢f'5zÄS?ESÐþOØzIgÏÓÏ×WÊþB°+‡¬ˆZnó¯ÍTs;üÍòîv%„‰z%QñjÐ=Í~ƒh`Öí-Ñ!:ÏDÙ¡ón…¨8ÓžS"º`¡p²ÔrM=ô•:D‹Ø9úøãÃÞý-Ç_¼³³Ã‚è.6á>QS ɹ¿>>–µÐ¿~ý­*…~Ó…eLD¡­HÑM+ªâ¡rzѸߣ+ÐÜ“‚@tØK“Ó Ýººfc¡EmI´£Û[¦ —ik±'¡“::‚hq•ó^OÀAEƒ¨ÂЃâU8è€y¹úôE0”ðP»ïÓ‘PªWé/Z½¸˜"·"­ˆŠ©¹î¦K ]ìU.x(s.^êÎ5PJA´@´¶t’‰3Á/¨YÅÛcfõX÷)úJá>ý3‚]¡$¦&/Ëë¼ðºóBÂÃP÷Ô—W°“ š‹GbPŠÅ\BÉæ3b)bæÂz(k* mnqÑsìÌ]xEa¨?d`¨Ñ]ˆ¡7Ñ_I5÷¾$¢û!ݵJ‡çºA ìпVŸÇ_üçWÖMôý7æÝD ‰èÑ•8í9yŠÉÌ?ù`G¤":C+ÐLLǽîhâ6³\®VÄ-bÔë …LT´·ˆ=¢Æº!c¡ X¡SC9Åbnš;"j ½ø PEöýFó^«#+ê>†b3=€O¸ï“·Oqiô‘Tü„Ž|·âQsGTEt±:£‡¡!jCÓ²%£ØV¤‰hƒho¬>Öíƒë¡ }Å|â%„X÷Ë—CéçÛïõ/à]¡e+¢©æv7‹§¢àV¡ú5<îø Êö‡J% šgTËÍɸ\6-7ÜÝ¢Í"B‘3W« =ñôØÅÅV÷öxh£±1÷ß~ytø±"¢¿ø”b(¶k¢»HÊ5ãŠ4uæÜwŽ,„~«J¡ýñû[&¢'jÐÂJ¦qZ®ÏD§IŸVD}1w˜õ³ñÉùšÊ "Æ}„¡.?Z1· ¢'&Ÿ)°ÐŠ¨ä¡Œ¦âx(è¥s’‘ªˆ&î é Ù¾WpÐFAB;½ÃC§C”ëpSOŠ¿0ª­8(Qt!Ÿ]H!Wæ ¢eDTcèb¯ò„ÖØ\KÙV@nú¨IŽã0/é`véØ¡Õr-ktuQ¤ê_|iaôÒɶPËõ?ÿÒÕPË»BqLÔ½2º‰ÓŠ:ôfçÞ¯ˆb=7%%QD‰¬_ÊCsOÊ%cŠ¨§i¹ã:ñ EcZE“ç5†.²ºßœLhZ¦’„jõAÔ*%¢æÆ( ]¨‡郚ÛðCäô……iY£hw‰¹¢?2χ;jØ„ò­g±uf\GA«÷ˆÚïët…¢"ºÓŠ”h€ç,„ ؾúÎö"éuÄGM!”õUlà.:_ËS4c1ôì u·\.xöHï¤dÈÃC zA"z# }óÁQ¢÷%ýâkCQMô®YD|EFÏ…æÜw>},!TrÿoACÿã€`(™í(ï,7haùN;‚¡ÏC ö–u1us¤Œ;ž™Á¸«îfQq’ö% %r.Qs圅Á™®h©×BÙ~Ï_~Ö òPb®(^ùQÑö4ï6öÁDˆ¡ ¹…xŠPôÂn!jº©  N­,¦û9%žŽˆš;£‰è"σ¾>.fEׄÝË çæÂÂyÿì’"¤q ’‰y(˜ãGŠ¡—¶èÉô‚ö˜Ð®Ð²€úà‚¹Í‚bâx¼2†ŸÜ‰ÇŸŠá0û¨É¬? ¡ž§È›–;ÀZ®ïËõèloË„ÒPCѼ¿ÅVDï¸Q¡nRs¯ ¢wÞ¸ó´ÑÃ$ýâADw­ž»GA´ix¨ÅÑ_òÉ'j¾ß·ÊM4I¨ìÔ\ÆV4µDtùÑæ€>À|‹K>î'<Žû½˜©°z9ï›è!íö|1×Nž×‰p‘gw¡âY†u‰qU„¬¹Ù «+¢Döwûf”+‡¡ºê0ô rH£ò«ÄS+Õjè4Pz̸օ!šŠx"JÄÜEêŒHmˆQ¥*-Ó­ à°%ƒ×·©=AÀMX) žÎpkZIí>‡~¾ù¾^W(ŽÑ7OÍ =ñ°÷*CEQ\íQ˜ëvð1”)‡z–¢AE=óPÞ—[ÍC©©HÞ¬zÀ$†2›‹[Œ©Èí>“bî«`hï(5÷£G¿}|ü´YÆDÅ7{»€‰b5×1Ñw?y¬ TÌ&úç÷?ü0i¹}ܨ$Ú3 š‚%h«žøw§Ë=Ã\E4ëñѬ—çÀ»jùgžj¥r.a¢RÌÍF瀆~—S`èįK@êïn®"CDaIT¢hñdÝkµÝ?CZŠÊx(‘b/4h^X†©¿qî\¤êÚªyÏÏç¡ä‚Û[¾A“篤˜»ØŠhgâÑð¹ÌÌ a3Qµ"Ô°. öGuAקAÑKû\u´à¯ú¾nW(ŒLWD-†nÞþCaktFáÍ*±€éÔïì'}^Ìõ¦åÒÍg\¨/·x<”€(ØÜâæºqNÌ] ìÄ `YõÀC­3÷† zg÷¡Rs%ýÖ·yè]›è®CP@BöÉc¡¢§åÛ¿÷ý÷ÿüaâVôÀå„•ý-Šˆ.¿¿¥å=Àþ¤"ùÝDŒ7÷ˆè¨ßi7îê¸&B,´G ¢º½e檡C˜vüºDóPìÌ%u!1›XQ}˜Ôo½¦tãÂlÑ—ÛCÍœ"·¸åÄÍX€–"Ã>]%ôâÂéµ®þyá~ñ G4Lz!§sÕÞB]E äû./‡™¢FÏícM5ö #Ù‚IB–‘¢Ú§ÁÊ+Š¥;êšÿKٮВ˜º‘Ñ *ˆz'îfÑ))Q: “ÃCÕò3úGûÓrË[[<ÊûrÙågxd`oÖâTƒ9[Dj—YX†¿cW¨¹½ÿÑãÇÇj1J@tw×-å(jºDï}òÉc¡Â 1«¹DY"ºðÍ"^øÊM**¾ŠhdXÑ$ï /‘­„®Eǽ¤}Œ""šLAërÑÎÜž§©( *BÜQKD“<ë$2Ý5W¼ ÷û-š,´~á0Ô-áFZî9a ¦,ê~æ>5\£ôZÛîÐïœ D¡«èJcè‹;vÙ´l/f`Øq|ÒyE½ÞäìÒaäÕådš—ŽwBFj ¢¦ÊIä[£“2)VsåO®ÓŠ"×yYþ‰ ®;/$¦Vy/QÌD}Ñ€ÑnÍ!gµÜÜÑÊ­-Cð˜ór§tæ<]Ãí ¢XÌ]\ËlŒ*1÷+™²fÝDIýè7¿{üÅýÕè;‰¹Í·ˆ¾óø“Çÿ¯€Ð¿~ýßÿGABÿ«m× …Ô\Úß‚w ].½"êa¨£ê»Á$é":ì§ãÙùZ ¡bBnŸ§æv-†ª9 PÌ]d édÊmáî9S‘ÇÄK?;Ú$œj&Ú)ž¡VÇü l®Ð†nwî‚Z.–kEY‡”V¦uRà8²”¸’ õg‰Rk®uúOA{Ë•s\\u¿Kx(á6LÏÍËÈW¤˜üÄ™{PûŠuáF©Öjt !à%öÙ>Ñv…â˜Ycî2æ*¾zLù›EÏÞÍÊ|… Ú ChxÄBî)¢#çoàËõa*B¢Hy_\Et>+ÙÂísÍî¡»®Eô Zü†æñÑo}üþ~ûø‹?}Æa(f¢{‰:m¼õÖ[͇¿SB®0ä~÷Ïïÿùým´;Üßb·q ˆ®¤"Ú”(MÓ)%¢Y?_sC‹ˆ,!JPmpÑ®¢ÉåÑ…b¨ßÜ"þ×?áÃÓ8´æ¦rš¦¢ÅïoÝ;PÝì –$–b(4æšÊ§ã£*Àk&ÌC•×~âAP}N÷+¢ØU¤‰è‹{–ïNÊÄÜ€ž›â)8t¤ùÈÀšEÇ2 ó?sð‰zX R 5]ü¹Ö±{½®P#âÌÝ´Šh“»YÐOÇ߯*^G/AÑ.ÆPSÍ8J¦åVŒX ösgŸ+›—[a*7kaÑS‘wBÛÏ8c.Q¡7Vs÷ÿæ7‚ˆ>*ˆè_›\I”‚(×'*þN‡‚~r,†Ì ÷ÿ~ÿÃ8å´e*¢ˆ.ù•àx(qçš8[‘$¡i6´•ÐuhÁBÍðSDD‘7—Qá*:³®Üw·Àó hnɆ<¥sÏR1ñ¯—:&Ú9huÜ¿¦k~`!T[ŠüþPHC£ÈüÈ2ÓsËBѯ¹ß'¾Ÿ y»Ei‹¨qé‚èÕûIZxyÙŸ#gŸkÊnä“M./ä*ê°Òz‰¶‚_4Ôš„œ—È«ý€ùñ³kw…¢̉QeÃ*¢CÉ]êJçŽòäVQ•o5>[–®àö†åæž”{³z(êmê5ˆR ]Ôù½í5·ð¦"  `RÑ+Qñî<{\Ñû|\Ñ?2ÓŠˆê>QÍDA›hó­w -XèþñOúöoÿçûþðC궠UØŠúx⮈.Y›ax(í5?Œ{bâŸzfFI6™;º¦˜ä>„öJÔ\qÍåöÛ¥°D M!†zŠ0NÎ䊈ʂj·ÕîÁ>F¡Š†bzâf,@C ¢†XÂ0¾!×ÅbŠ¦ê7Nˎ醇=1WQíÌýñrqýΤÆæõîòr ;øaïavn\>Îîã0Ó¨·®§²Të­…&^€4i½¡—õv…–Ä”ˆ¹VmPS3z>4mÍ Ç«œ0Cj¹ˆzåÐ "ŠgýÝ„‡žzSçÁÍZPî‘Û.êo?CëÏö†^Drüø·>~ÿ¾ ¢òö·Ðš¨rù.ï>Öúׯÿû ÷Ë\%Z¡æúÿTèy‘…–¼¡Í'Ž‡¦ŽˆŽÓd8ƒ ZÖCYÑ23gu¨Ó…j®ÀPé*2ÅÐEc(¿AòгàÑlØïéw¿ßn ÖœÂR9tiœnå|¹Ž‡åC)‚º*©~¡Æ{> ŸÒkÍ*Òbîåâú§–ˆ"§ (²…Q”äå"²ù%ðÕÒèÐó ,¬x"SÑqI1Ô§­:²«¾½IW(döܸŠhSx¸Šhi›¨=ô»… æÕî! µ<”hÎøréòÐ2 Z[Êæåšz¨?ìÏDÕ³±ÀŠh1Rºý¬å5ˆb1w׊¹×&¢tw<~,ÔÜ‚ˆ~òÇOy"ʸsQ‡KóßýNõ´ÈRè?ÿù×xsrÈ›ks"[Uë[–»ã¡ÏC³Á¸/&þM&BÇ[wmBîDÛBˆ†ºD»úØ"f\-GËmó›[²!/ærʲ¼«ˆhÒéöõ­…´ïê=øyaö‡â‚(ðâ"-×UFa•Ô5Z껇£¡eÖÛ[ †.®ºo1”´îCsn­&™˜ç¶ÓE§×-×ö¸\Zd¥{ pNWÿ¼´?ßÞ¤+”Ää5LlXE´é<ø~X9°w‹kGÒ(ê8ŠC5Ž"J·‡rZ¹úlJæ墡ó/(†’›µ Šhs~½©óDw•1WÑ·Þùè£ÃßîýÛ5þ×Dvüôè7ßWD”›V™¨Àл°"*Pô§’„>ãý¾ýöÿú×M²›€hÇ#¢ KD—_-ÁPÊC³t:jî0Kz0Ñ+¡ UÝÔ}½É*(èvAI´«œ¹ÒUtµ EšJ 1¾™ž– 2~šŽ2ID{‚ŠO±(jþ‘ê” C­ ¹®.ê>Q”C5‚Î'%If8¤ÃŠœ˜‹‰è?þX<-‹ªˆ¦“·©,‰b³J‘j'—‘„˵° oÀB e0b*¬“ÖßŽÑŹNË—jœÅFUDï$îfaÕ b¸”=ôX%Nj?¬’ËZŠ˜½g-熴\ÔÀ%š[®¡åž þP åºî–ÅUD›s~BZC Ö™»wÿ#¡~Y?%J"zçã£ß [Ño÷É>ãmEDž+þ?}$u\ ¡ÿîûC;÷†V©¹”XŒÆˆ.·"Ú)­eK³a’ FY:šºé¸ëŠùȺõªæz£,Šv•˜›Î.—ˆ¡ž17òb.p9"š‹E¢YOÌ´ù¢¨ŽÊÔ– y¨Õpaï œ¸Hz~î}Ê ,߲΢s! =³DT`èÅÂ&@7mZ& ócuZ1ÄÔX‰\šŸÂè••n©–Kµ[_Û5¿çÆ]¡(²)ˆnVE´; TDa»¬†mË¢ §—EQ¡í¡tJ™8Ï®àXŠÈ¼\fN‘塧|s‹!¢‹É>zBíL÷¦,€©ó DwA‹è£?zï£ÃGGO>òäÝÝ:ÿÛ;C÷ž5· ¢ÂVôn€ˆzî\EFw»?ýÝè¿ÿ.tÜ¿€5h7!¢xèr{D÷Ã*ŠÏC³á¨/ º§`¾üšbnN¥Àl@‹¢BA‰¹Ó+‹ÄPþ<˜£tx¨?_'•D´ø'ÜÕ š™ãxª…ëã†êö‡ž# ûëƬ{BsÌ€æ~h®È%'¶½E‰¹‹Û‰Û ˆ¹ƒž#W‚¢êr ÂiüÓç*X´44Óï½²v#õû± ñ ‡ŸYÉ r‘ n4ÁP¥åúõÐ<£{Ïòima¬çÌf…ª9EVÍ5<ôÔŸ:o0tqÑ^Mc.Y!*FæîÚö–Gÿûû‡‡GGO?ÿüó'Ÿ¾óNÿïŽÿö7ÿþÁG¿)ˆè_Ûµ@Ô•DýH@è'„~ýß²úÿØ¿f%í0;ÐFÀš{ºüÑ’'×ã¡i:ËR±'t­s‰D̳Ā§Vs©;—'¢]#æm9t±<”sõ³œ„2óþÀA\ØŠúÙh,ÏPQ—K0„K‘|aÏÝ¡÷Üã—>`âa ¶>ŠX(›d‡<ÔënY\ETb¨™˜›–Oûž¢]5©Hè/óèÿyôH@è—“Eÿðéßޭúÿ ½óPxs?zÿߥ­h·6-â­Ãß*úÕ_¿þûw¢ÚÕ;N=5·Úš »]îÔ\ºü gxn:šž¬»ªY¨FQΛÛó]JDçΙ»Ðígì¢4„¡ˆŠDÑËG:ó …9!Š=Evúm½°hk ¨çg3"uq®"çZô]EfšÂÐsY˜XH­NòPÂm0‚š t|þÿÔ} wW–íoo;¶c)K/Ò’xÒ=ðÆô²¬é¤[R%MÀIUª}@€ñ"¡ABXÓ¯î÷9çž[’¥*á\À6ÆĤªt÷Ýûì³|˜õV6¶6[“ñÇÖ?!’:†êê  cA~€°yì>Rïë Å«3ÄÑcUŠ–ª‡³à‘Ç¡¨}µËÍÓRP,åNå¡ÊÔ—%åα@yh?sõP3…Û™Šä'/Õ`«mÒþpgzÐTd–Ì€WbîG;;ÿ™®o¾ÿñ‡tI.úŇïf~ÛU ¢•ë;WþtYÑý-D7¤¯H‚è\‘ŽÜƒÛ¢* ´ G‰†@”ë÷ˆjWQ¡©¹A õçq§7§Õªõ(IÞ"~¦+ª ÝS5QÊDC%Q¡u'ææ;A”1æ¦Ï2®ÝùçpBD£ý½Z=ŠÄÉÒ ºh‡Q;@a)×ÕC)×úi©¿QÛb “;ä*²b®ÆPåËã"¯îgQîŠòûò~ËeÀ4#H:ñ>á4^¨ßB]QRèÉ•ïs„ÐýˆêƒÇª"ª<øfù :í~­z¯u \5”ml¡õP¦;´9=bÁóå’zhJDIPÑxr©ˆžð0€¡gü1Ü;¯¹§þ.Ö÷?þ#]EÿúU £a2º ˆè…š{Ჿ…ßATÏpI1ôÃmaȽypë¡,…þúÃ'ïŠA”Qs™ …jù[NE´‘!¢ÐÌ?Q Mªû²¿%é–šh êÀ^ãJ¢¾;—TD· ˜[kŠÂЄÑTø „îùfwo%Ñ–CÐTÞ@ù7¹Ògh¡†‡ö™…2ÚLµ(«½9«˜ûæM?G‡ä6YÛ²Þ=ƒ0§{ÛpYUd(š°à£(«åú“$„zAEl=´G‚Šú°¹ÅÞ¬\öŸ^gZAúrÉì–’у¿ÿñÇïüCè·D%Š~ðAðÛZ]-ß¾º³-lE)½uj=ˆ¢DUÜ©íí+ª*!ôů?œ¬¼[.Ï@DÙÄ?Ô#*¹…ô6\2 ŒXÆ­ÇýtoÝÓ±¹I»»Lè´ A¨£¢äEµåQQPÎÜ^AÊžÉn,0hË—÷¢ÑJ:qm˼àº%m8öÐÌI¹ØR4'’FÚs‘MD]‹h‹Þ¢óþ†ª) ¹Ôê>Ü&\ ·‰Ú}Uªl¢^â|D®š lDã‰ûìØROŸ Þi?aK©€†ªOƹB¨ti¼Þ–SE4D4-¥åÜÌ›åELyrk\Ð}ºy‘i¹G XH8-·Ïvˆæ§t‘à úC="zâÉ;wÅL4EQ£ïó-£B×Vß»¾³³ýù.¤Dô棓Ó@Tʹï}(!ôúÍÛdWè³×?èbmÅQQDO‡‚tE”Ѿx…¨Íd`¨é¥3,4’ÑDíZµaZX“Î`H!®à5¤jÐÓïpag‰Êë-ÄÜV!Êh*âYnÉ‚(©Ýaj¶û(I_zVµ*Ÿ }5GdDCIÔß ¶ÜÀŠ5ROOriÒŠ¨;˜ëàyF=uÌ¥"Êc¨;˜àm9ã OT[×ûà"¨dN^°Óûz'öjäÍ£+­&-ˆœnv¤u†?ð0Ú{8lAîF Y”¡+"HC)×{¸™g;‚1E¡Ü íŠDA‡èØÜ,q·ò¨Õuù®º°1×D7uî| ¢åOï=yò è·–Œ^<åËVˆn|q]ª¹r~Ë×A1Äþ½wYCèÁƒGE°Âë3=ÄÅÒeªæföˆRkn¬*¢ý~~}uÜ:1UB±f¢Žôã›{µ†›ßÒÑÆ‘%­ØƒP«æ2yE8|~Ëb¨pæF£"0T¦ýùçÁ8LD‰«¨™Þs¢uCDŠP5àßsÖŠ-Esch ë¸(êÕebú _&“ažçÁ„qqÛò…Ðhw€ÕX Ï'Ñ}> áÒ¯Ç -âÎB÷÷†æ:UkñUšÑ4ýn¡¸cx„¶k?Øê;ŠèÃ=EÉmz]ÐÐR¨‡0”Þ¬juµ^r”ñgn‚¨ŽYPí-•êßžÞ»gPÔRQ­énz=£«DO]¿~eûóó.¥DôAemjMô½ímQ ½ñÒq_¾¼{BÇÏ—³Õ\f~ ¢òf3D´¸úFyÊckyhSGÌ‹tƒ:$Úi/¶<­"o.ÍZÀDt Š¹Ž†Ð|¯m¥?›g9"QäÌñF«£F¶ãÚ^M‹Mš£Ö™—7€PC‡óD-„z’-Æa¨xz•h•bh¢ ¹<ËI·©7HßmÆ#Þìº5[#ô ¹Ò¦sðÒ¯^"úõxåû¼ºBÑê@SÑ›<§j-¾*èfeHféïLÜ1^ûûáŒ"ê(šéÑž±ÙÚ†¾\“{b…÷UƒJÏKYÈÝâÚ[¤1W1Qo¥“ÿ@´`ôë¯O´_º¶v'%¢—.œ—¶¢ï3@Taè>WjÜD/^Ÿ0È®hXÍÍœf14‚³¸GùT‘Ø5C>¡£¡´A¢ ê—€ *!7€¢Uß›ë㨉׬š¼¿Ü1´o4”\¹§0”ÓQXQ¬!4Ѧ Ëu°ËÔô¸PB+—±Í¢ ÜhHU”+ˆfÏ„¦ªÏƒã|0U(·©#«J6¿éÂ5ºj¨Úä`iÓJ³Ì×ÀžúõÐö›_W(Zò©¯äù²ÅÐ@ùú(ºþ‡Y¨½ ÞßóÇžy8ê“Ðdýµ`{¨·üæ–Àî!5å4k§Òe0”s/Ï?³cD××.¶îA7EOc0úö믿>±¾ë*\k¥¯¯¦ zþüŸ®ìÞxðQ¨"º!~l”þ#e¡W„›èÁC¡ã¾xyÎŽA3ÓÐ<1—I+òú[ö}kn¯—__·Ê ¢ò™•J-î»X…%¢ê¡émÔí5™×ÂP²àe-J¢Ê™õ‹ÀP>eažÁ9)«Åmµ—‹×]R«Öêd›IïôÂÂX Áúîß·ó~‘þ¨(ÚŠ]üF˜Ýb]E`z¹:ädsK¸ÈVÇÛrÖ¾Üh#U9ù&Z‡ÐØ #›­@¿–E‡"t¿ÑŸÊñªˆ®îcÕÀàâÝ­iMIDÁ;ù> 35¶°c‰PÄB8§ˆ£¡‚¡\b®½Y‹_å ,ˆÎÒ!j ¢Ò˜ëBsˆVNþåÞ= ¢²,ªT¾ýæ‹Sï› LEkk¯_½²}áŸ]Òý-Y¢‚‰ ÝÙ½vó¦,…¾xùú¢&Zðèo™žšËÑÂrÊÍ-ê‘UM#;¦eNE^íHÌ%€X[ E“φ>‰Ÿ£QB=’ËÝŒ¼¬"{:ï1×´jå3‰Hëƒa·§¢µ »ézËdåcõMP‘t<ù}ào¡¯W›oW(ZÍÑ(n“Óú„ܬLX=;`ÊmJF« LŽ›÷¤Ü‘r³4DC3¥\¦ŠˆâÄÜÜz‘¶øŽ¯C48‡`h ¢«k•{w ŒÊõ¾ÿþûoDòÐD?<M¢²¿å†èoák¢ïo_Rª»B_|[Qéó=Ëì+:Y ‚(ªˆna"jCsUà_aõ ~ú‚ФO†´tëû  ævœ~‘þ(†Š„\•¸Î‹¹Eýä\Ÿ‰nAgnÞºVÓšŠLÝ2çÁjL³Î «¨á T¾Ô4ˆ¦tV@ –5Ñë—+‡r<4…Ï‘ÂÒ‡¤M²5¼ñP™¹!g®<ª˜Ü­|΃•„p¿ÒL¼*᧼åƒh·;@~ C;Qˆ¼l éd¾^QÞ]¡h!ŸJn¹¬“I¨"Êžx²ï–Ù”È X€Ÿ3´†²R.·i¹ØSD,Eh~¨§åªzèòÐ|æÕmñÁî–2ên1í-ŽˆÊÜëPTã¨úÝ?¾ÿþï§6†þNÑ?^¿zå’ìo¹zðxWsßýðÒ¥í]Q ýYé¸?è.å’-‰VPXQV˹³,m¸ö{x/ª¾1 C÷ÉÀ›s–Ôj @D;¢éêçMFU6Ñ~Õ½åqtÏË+ÚòóŠ4†*gnî3Îùó`½E\E ²Ù UÚ70Úkîcû€$Cû.êæü”Œ$‘Tý#h?¢GuMD35¯f“Ä,@ •ÎÜô2'9çnQnC›÷=&š‘%GÕ\XuhèTY×Î4]‡¡Þ×ëßåÞŠVûTÞäÓ1‘ÏJÜÍ ú(ŠNÑsk$‹Þa(×וC½®­¬4h”°À”CŠvóC‘/×7-®lLë=b籩HoDT‚èZ¹²ïȨ‚R³~üñ«Þ_Ý-âoè´"ÑßrãáVÉ­|® ôÆÁƒ;)„¾|ñúLÙŽp:nY§)e¦ùbî—³ÐË­ŠÄ®)ªY(™Ñ2hîs¶¢BͳÓÍ1Rw2ndʸºj&¸dÚŠ 5ÎÜÜÏ&[¨ º0”oo@%!Ô­®ѤQ­q'd×ÚŠ„=ÐrA55ð©tä 4ò‹L@†ä…7ëÌU‹úh^çÁO¦nËõ:Ù—ƒznƒÇPQ…AEúY0êi¹äëuL]¡pEþ¶|l\Er³¢)æ:Ž1KÏ€…R=kõ:ÇCghÚ’5ÛÚÂô‡úò¡Qw³sû¤C”™!Š ¢Ú«æŸ•dþžQKEWKï#ÕK|êǬ¼!tmí«›)ˆ~~þÂöîÕƒ/6"ZÚ¾´²Ôk7o=P:îÝ“n7ôæò¾¢pj®µ¡Š(rÔÞr.ûIm$Ã*†ªÕÃj®«‡Ú€Ž”棓ɠNFP‡@ÔäÏS-×6¸'  &orï:á΃ Û¹áû)༙t!„j*Úû)=ÂT&³Zº±¥!TsP;Ä Ã(b¢îã$âvÅD3³Šó· LMÞ¬\\EýY;DmAv·17Å>ƒ¡««ëïI. ô®ZwîüøãG%ÈDO>¼±³½}á¼ ¢þ&ꡨ&ºñáçÒMtíà@”B_¼xñú¤Ì,¢DÔˆ¹å)iEüø–qåٛάõLcn] ¹°âZ'¢m·LæøB:ÇB÷3ÄÜ=ëÌÍ&ꜹQ7ïα †š9ÜòYn0Û‡ÝêÚND1´Û‹öm´B“y…Ë—x+N\õI=TÕ?ˆ;2#õqÌ…r×Í^“™çB¹1ÁÐ ÀPÕÞ²ðEÞ˜‰ÛÐÖÃ:ß8QO‚ ª+£cЭ³ý¸Þúõâ£bºBÑJ`sËñrUèÍâŒ0±«t:Œf®:6¯tÜÌñÛêÕÅDˆ´¸ˆ…/÷>ÃCµ–KoÖªêÐÑéÝ-å vænz¶"¢«+ÈÊè]…¥)‚Ê\Ý'b=ºsçö©’1­­¶¢Ï¤š{ð°"0ôóŸ|g½tþ’6äÊ®ÐAÏml˜qÜ›>ˆ²ó[N†¢ç†Ò¬¢B§·da¨b¡Ü¨Ð>Qs …(Ú¾ß]¸4ÚòŒDû‹.¢~ú¼ín‰ß¢Øçº[j±/æÚ­°ÐŸÝWoúBÍݯ5,€º¿í²Þlʼn+½@OÑa¡C¨âV*ÎD6ô©FOîf')æN& +Ÿ‹C®&¢v_®“ñrõжÜÌÀP[[ÐDÆ¡àÜP÷õEu…¢ÕĦ¢ã4½Åbè5—ÑiãÐfQU §§B*åúŠÏ†ÉgE¶Ü^Û (ÉËÅÅë\¦·ØQäfÌâ¡°CT …bîšQ;—åìÍ=í»AïÝ»÷äÉ;ß||"…ÐUYBM‰èŽH+ÚÙ½qpÑwÞ9éÒöY }¤ tKp18jÕÜrÅê¹ÙÓ¸¹Q^Ì-pzKFê¼vä²ÐÖƶ"¯"ª1ôþýþ¼F²}S¤‹*C®EÐiuQßWÄ,YòvåŠužMAô“8hì,t`T®^\«50N5ñ‹Û0¿$¡h;Q›Š†#ËDGöÓI-P6²§ö %€N¹ƒÉ„Œ•Ï!w bhâ{aMSº¶"TmžcX ­Œë÷JÚZ¤×­ã‹¡¢zÿj®WÁž­Ïe „2I¹þ,v˜BÄö¶ÐÉg¤ 3z÷C|ï=U}ÿ–L+’ó[~$TcèÚ‡—DOËîµïR=üç‹/¾=gâçÕ0QLDIÒ‚×ßâbsýÀ?eÍphnqYEa •}¡c–†ŽÇ£V Qdêv *rëzsщÜ~DÒ@Uý jÝÓ–"¿KÔR¡µ¨[€S‹?ú|É°% ¡]KCˆ£½H‚h3´fµI#ª‡ZC.ò©Oöj|hgÎìÝe1±¢ÐÎé<èsn_®r2«Ð´"FGÐp;™Xà[ %}£D ì E«íaè±qÙê5âU *Læ2A9}…iØâŸjÞ—ë[ŠÈô3+ÇÝwŠ»¶íGDßä ¼oqÑ ÕÁ´®»…öˆš’(DÑ÷Þƒ]žH½§!ôÞS±R6úð%ñÕ_Ý”iEŸoï^;x¼öκÑS—„!÷êµïD°Â‹/_[¶¹eI1Qð¤3[s³\E9<ÍÌ:4‰€¿„ŽÇÝ¥A9a¨˜C¢xBÇ¢ŽTÕꂽö³`´Ê¢(o*ª5’v™JŸ;ršc„Y¨|õͽ5ú̼ŽákÚ‹Mù)1î^KCƒ:ô{…¦½†Ýj¸»7I”œÙ›YQñðŽbT˜èçá2/sD” cõ¸(kV ysáà9 cÍ2a}ÔÑRËS í …+²>•c—U´Õ ªãÀÍò„N“r5ŽÚ+ìlÁÓC#¸;ΗÛEZ.¨‡BõâYE›Ð͈*B¹óe8ÿLˆ¹žšË¢héÿÞ³jhh ¢)Œ>yüÍÅßýîCe+ú,EÌï¾o]ç–>‡¥P¡”× ˆnnª’(µ•QXÑ êˆ¨¼ý$4·¸¬¢†¶zB3poØÔj.å¡XÍíÙ¸ŽÞlÙ ¦¬4‰ µLT¥cV«ÁÄ";Ä%«KÔD‹Àнô<ø“(ˆFC«\.]úCdä:;Ñ.õ©v¤‰h‹_~]F ¨_5¬Óö¶q7r¡Ü^¬¨ÜrŽBDñ¿I;s-pÌËU´ejlr[ÎòæR=—õezs¤;0èØhºTÃ5oäÛdiº_kczœ²ŠÚ ˆ²5QÓu‚AÔ>›sÀ(77´1 õ”\>-W¹aOÑ}‰ ˜‡_®ã¡ân-¼±Ý-Ù®¢ŠÕr7©«2ѵU £å½{z=Õ*@ôÙ³gOÝýðá ‘Vtþòöî[‡’‡–Rzig÷Z ¡S}}·¢›]lEtÃys­š‹ÿœ«(0m¦ÑBêåˆs£î0BÇã^TãÔ\ÌC!OÔÈl2AÕ,ºBå²,ThÕ±Ñ [Ñ”¨Umô ¸ 'ºXÌ­ŠoWåâB#5©*¹x .š4ÍPÇüÄJÏ\j€(î¹lÅBG£~dg6ÖùXQf|‹¿áÐ;sÓÿz\Üe.õAlÍå¹ÂP/MN³nû¼Oñæ5£]œ·y‰œÁ¨ø®P´Ûs˜g–y.ë GDgê­›©¢µ#è‘ü‰-^Ћ¡¡¡-±‡¢ÐR„ĸž§åõQ'¼ç§¼+ UÌ-;" £Š0u JV¥òß<Šþòôé3¢Ïž>~,ÔÜϤ­èàá™D?½ Yh ¡ 7Ñë×Û1êÔ\­çnZF©a =#êBs¥˜[†®n±ÚÉrÅ%¸I”ooé"*Éh?Œ¡î<¯ÜŒ0u¤´FQ[ͨ‰zÞ\OÎM¯³èn)âŠrÝ-ûl‡y«Ó…¡>ˆ¦«×’ψÊíÈCP÷zn·™¨?EC­œ+ÞD ç¡~Ê‚oÁ 1 ‡ 1×a¨)L,|ÜèpÜf&Ãgæš[C»bZ7èqázZÔKè …«a¾÷›üôÁœVÅx¦¨¹úfѶw·fPîPØð)pB.™{Öjm¹ØRÔA<”©‡²ž¢|”÷ s·¦‰¹¶ÁE‹¹”ˆ&ê¡èêé‹?üòßIŸþòüé3µž??LQôÊ¡æ^;øjsóü¶.…Š®P¡ãîWÜ·j.ñæ*¢Ìh¹dŽ(+æºàyLD‹©oœeÌFÇž•2–Us³lE½va¨¨Œy. IiÅ°3ŒºzhÈœ«8¨7Äí)1·ˆM¦ß#³[„3·û[GB(‡Ÿ D£š:Nq/àÀyXÜ AøÀT¤ãr! m9ô4N¨EÅ,0 ÖÁ¿HOõ,Ç.«(—9Ö›^ItŠœ #Yå»hª7®Š,"Ù òýRºBÑ2Ûò$G}0ŸUi#Õ€ëF‚z®¢uD?S&} ø‰¸òDvò=6‘¿è¦GýI-·ˆ(ÇCóPÞ‰›q¿š‰¡:Ä œID¥#ˆ×s…¤û{QT¾ùåÙó_ Œ>~xS÷·œ<¯ÝDÆMô1üVÍÝØ(Yk‘—³À4‰úÖ\JD˜û“®"¥‡÷BêLÚ_#Le¡bµ8{žUs„Ríû#S•›’Iõê¡–€*VÊàèž)Œ’Qj+RºUÀ=˱G–š lè ‚h?WÙÜ/| NïCw@´Üb¡±Þ”ê@Cbnæ¦Ó¤D4b®ˆ*Š p™· ·™Bn˜6¢Ni%KTFAx.É0Jß/Ë멇;g.<ñ0&u2NÔË\¨Ûî^øÖÇNûLsÏsÃwåF\gKeåfÅÕPw—´œ ÍÏ™»ãÖôœ¹D5rmPk.e¢>-_üE­§¿üòì©„Ð_Å@P £vvv®íŠRèöîµ”…>’¥Ð×g±\¼áj¢6òoˆ¹Y¶¢Y\E˘€vÒ7ÅýŒ¦¸ˆšË÷·ô¨œ+¬>¢¹6›[nCÎÍè@Tc&f¡!_Q¨OÔ+ˆVWó¿ •>žÝ"ŸåÈŸv™¸ª4áÒ5Ôï»±°5½pæ«YÛý>ì ªY(Ùxؼ¿µaP ¥e#ÌC{ý˜3cÄÜE¨Â*»-sT´îêÌf+0:j®ËšŸ,³+®È¼’Þä™ežËÚ¢7‹ÓÞ³Ä÷zÝ=@Q‰Ô@§M'â# ñâh(.‡¶²Ê¡1+åz­-¬/߬…•÷­#9sËÐV¤r繊¨«‰2znºNV~~"…£Ž‰¾Tdô@Bè•å&’--'è_WDe‹¨çÍU³[fìD4è**¦¾Ñ 'º¨;UÆÕkÍDD)‚êGË4NäÉÝ*b`ÆEuŸÖC5°V÷³š\85—ºŠ†Ö‹é5Î\qeõypÏ«ÅŽ…2¾ÜáÐÁh;ÒDt å ‚=Sä\E"¾ª^†* ¥åŸóræÒ¤‚¢˜Û°}.v_fÇqOƒQã1hºÜ®P¸³/1÷˜L…X¿ȹ†™ÿNoÂNðüšs *Mdò,p{h`·7Æ[.ò9 䧼÷˜+·ô*ÍÌ=ɹ.fa“mE5Q‘+¿Êhºåßÿú«‚ÑgÏ-†¦ˆù"EÑk;;7nØ`…RC76uŸ(êo)c_ÑÔöŠ¡¾˜[H}£‰ÅܺšŸBÅh+ Zs½Šhú\)Ñ`¤gEéµq3ºJè¾FQCD­Ð ¡¤Kt ƒ¨6Õ ¸ [Üy0ŽQ{K«ã"þ5w¨¨»*X1„¡ =) F{Ѥ9t¹ Bñ¹Éî=áæ–¬Ž:°á°Úo!1·—Ëyp«Ãs›>È–Ùð¾<†¦÷p²þäZbW(Z‰Ý–ÝÑZÛ“Þ§Šïì™æèêßYú‰ODu.)w¶èÊŒ–o√°@롈ˆÞ÷0thê¡F€C ºèU=fMâÞ Š¹¤*ÊÒòÅFŸýò ˆ¹/Œ^õºBy5wSÍ@ÛdÆq».3Ys™Ѹؼ¿2sëñpV%W¬a“Us½ NÌÕtÔååÎs3‚:è¾CTÇAâÕ*MZ€4TGæ&E\QЩe 5ÑŒ‘&,†z®Ü¡ý©õ¢zƒ‚hû¯æp»·TP‡º¹¥ÕÍtY¡¹CƒCD[¨n«ÅÜþØD4ZØ™{ÂÛ–ù6QØ(ؖ;{4o.€ÑèËZnW(\‰Ý—>xL¦ˆV‚7+h žyêî¸*ô_ÛoøƒCùÖ–@Ðדí^tìnÌC‡°?sóp枥­é³´ˆ"g.“=ƒ‰(Å-÷6˜÷W 3§,4{Ó›Zàê4¸&Ñ6…PR횟êw‚cË\Éxp¯ÈtŠƒÿŒŸˆª¹E¥©¨Qî<¸2Z°’krr¡™h~BÍ•4Q/`òòPâpèêq-#¡¦–”åËõº[¦ÍáÆÚq¤ú` $ŠõÜŠ*BsT[‘]¢2ªäÜ%w…ÂÕ`¶åc’÷·Ñì°°l97Œ¢uÛéúÁ븞¥(Pm»C)‚R1—ÇЮ='{õЫ×ÝV§œpZFÞŸ‹*â¹´&ÊÓP]ýÛËEuj®X‡•›èÅGBaÒBÉ Î5®¢2+æ"깊¼Ã{1ÎÜõ}€¡Þ‘T$-Ô‘šk ´¿Å«ˆ*UT4}/¾mÈÍX¿\F‘›è¬‰úQ«æJ-·VŠ¸¢4w¾ª0ÔÆ,4„ö`Uüsh?Ó!5èiË ZÑ Qw/„¤;J„Ú và}Ì>¼såPÒÝ‚1tÐDçÁ^.ÎÜZ›îË춌A´îÇÁ}ynÕ•Ñåw…ÂÅíËÇÅ™‹NƒL4ÏçŸ !÷Åáá÷ßy‡APÈD76ñ4îŠEÒÌŠ(#æV-†Â|—¢œ¹ eáˆJ®XÄ›Ë-ôÚL{‹á¡Ka7cÕv‡<µ .U44ù'Yj­ ÑŠ»•~çÈ¿[ ˜Ìkj¡¤:4þ¹í¨®‰œVmc€£ê÷ s,ötn7®± rQ~ã™âfÌ2õÛœ+†²"ŸÜ„Öѽ¹`õ‡“·áÇukLJlÇÈ™»ÅÜ,V7 5Ñ©(zä5 EJnhþ¶{ÆÙê‰éµ<Ô8îQoK®Îܽ.ÊH›©E´b[DSÈÏ#5΢KwµZu0*ÈèÁÎÁãç¯_¿NÑôðñã÷7§¨¹%“ùgmE•Šýé·ˆzí-¬3·•§ƒ[ç\A´Õ?*„*o.×$ší*êÚz¨â¤b…wÌD÷Õ(`*²¹¹¸KÌ•’y½QDÁh#fÄÜÈiX nk!õPÛÕ2Ô\TÚ‹’¨Y17.\£áz3$Ô½À/kqXü„Å%fß¡xf1.ˆâ9ܽnˆ¹INÎÜf˜Ûd2Ñ,Ç› Ö22¼" ¢ÇC7z³QräÉEiÂÂlÍ¡€†2ÓC™W[…ŠZ1T.¥æÚ ÜZs§¨¹š…v»öAëFáíÁ2QÀI]“KˆŠz\¬ž+y¨(ˆ6Š`ö[àÉ<ÅÕP4÷Œél ÖCõnW5Rî×CóœÄMœÓƒçË4ïÏwi1×ó×æ©/¿¼þè×—A_ì|úù¥kˆ*2úÕ‰5OÔuLÔD7AV‘¯æfQoŠh윓B<ÆTÔˆ‡GFбðæÖ¹&Q/ñÏwævAaTnAaC†a €‘º>Ñ`EÔOZP4tÏD[EœJNè˜HDëzçh¶tÑ »rI9TD‡nöJO¨¹¬fëبênáf1%èfÜ¿Ÿ0)i ]4Ð!š­Ñb¨4µðy0—ÌÜmÍm|_Ñ´m™™æ¢×¼ÞÜ㢥6yèƒ9­³mLD‘ö>¥(¾[sÁ(|Œ¦\¾948(ɾÒÐä³û=˜ôgÓr½Þ–<¹ýpÞ_(x´ˆ†²Š”šKK¢µqáË/¿¼tåæ—/~}ùðòùóÛ;»7<ñÚÀhJF/^\_ã0”àR1æܬönwЙ›ËMV¤;D›3áÕŽ¸ìyØ$ʅ溪¨ÅÐ$ËÔŠ¢Ž’Vm–.‹¢¾š+å\ÃC÷ JYðœ¹âYNôÆ‘ÊB¨ó9ªÐ4‰°"j—FT`Ôe‹4ƒ¡½$P ‹¹¦å=S D;r†hÓs?rÜ›ìÑ ¡}y[‘x‚—˜ÌªõܶœßL­|VÅܬÐÝ·Š‚hN(Jº´Ø²>šôǾÐXK‘ímñë¡y;sýQ˜UäM5YEº ÉòÐu¢ÞÜA¿¼¼}åêõƒç‡W¯lö©Èž¿ñ(ÅÐE_½z‘ÂèãNnò ê¥Ù€ü,1÷LhŠè’œ¹{ )á5:óAèxPsÛhe6‰j­g€¨Ýb3è!|òQ z*·ßà"1TD»\Е::ªgYc¨QrûØQDDí¡:ˆNÍ…/]ç+J4ÂrrnÛŽ†fMº ÇwC³ÅÜ~RÄy°Æs+çRA×Û—ÙMy1­‡àâW‡Èƒ¹tîç³ÖŒšKZðo>óèÞª\¸(~Š¹ÕDºJ3X 5ʃP˜RD[[\=Î>ƒ š†®Õåá}fW™"*#ky"Š ¢ úoç?ûòòå5¯ß~øäáõm9{çÆ­CMC%Œ¦dôùáק|ß¼d¸À’(CD³Å\ox‹-ˆŽ‹ÀPÝ!Ú̇ žšËÚŠív­£Hch's ɹpn‹ù“Š’.r„‹ü)*Ť,Tî.×"è–CsTÞ÷¸|*æ¢î£ån*Ê·ˆj p”ÇеÿLAèÎõÛwž¤Dôó?\¸$mEBÍMT‘ÑôýóÃïOl Ý%ÑM+æVÊSÿ¼QŒ¡ðð^D}£‰=4jÏÉBÓÕ‹Ø&Ñlk®á¡º0*WfÔ¨ßâÞè t‰î©Ð?¿ÃeÏðЂR6c”÷']E5IDMºš½\>‘QqMh¼Ss²ì«¼ó_ÛVÍ¥! FÊ uˆÎp‚çy(HYðŠû‹Ÿ7Zt[žâ÷$L4°-/æÍ};a¹zq5¶ããÌeÕ\WÀÎ2è6š‘^4;Œºƒ S ù ™åP|PåÒrm=tàê¡ÖST@õz£ÏT‘²Û[*´E4 æb[¢)„~& ôï¿}çÑáÓ§ŠˆþANã>|Ö+[%j®›Æ½Y.C*êoaÅÜsŸl1Î\Üš^†®n‰ëÏMCdz¨¹^A´k’ç3w†î™ë[¿ˆ£¢l^‘ÅÐf!çô=ä2—Dt¯)_w@! %󮱎ÿûBÍåÄ܆-9—AQ¡m¶"ZϨˆ"¢r œ CáypñiOm9$çmËõºá8èÿv! }«ý-€Û·Ù-+5O5@ *Á+óÈã´ƒET]hËe[ðäPT Åa¹!ʲP˜±@!VD½ÊÃ.u™ö–€«È%Øö^Ì¥iEþ:õ™€ÐKÛ;ׯߺóäéáÓ_/~}ugûòùó—¶wo<|®,EHUeôDÉÇP,憉hÈU„ ¢øð¾°›‘[çÒë=ûÄ3nb¨æˆ(ËCµ§È€hœ¹G¸ÐyûÞ1Q~$·ýATch1) +'—¹èn±é xì™·tg¨t5ˆ6ů^Ÿë“‘šÛîÅ „Nû›­C”7æöÛ¤¸ŸËyð„Û–±BØ €hƒ©ŠÚì"Û>±˜77û .v±Ûò1qæV¼›Õ"¾"æÈÃÕ°æn ÚÓ@Ô>Æ\whÔ¤ÅÐpV.ë;€Ý¡]0=ÔC-†ÒѺ[ιÃ{˜ˆž´D´\!Ñ’Î*bAµ¸xDôÿH½üŸ;š²Ð¿\ýãõ«ÛÛ>M‰èÕƒG¯½õJ ¨ªŒn¸þ– ´àBsgi=;5f¡]XwËzú,ÆÃhèxbÔ\¬fQÜÛ2SEtq! šÐ?E­¹ˆ.…¡ŸpAÙó ÀÐŽPˆ }– ¹ˆ‡‡¡æz©œ¹,Œ²gä^¯ÃØŠ2qÓ "¶)œÜ1†¦ÙqçÁŸlwË»{o*·™º-Ûãæ˜þX(®èmVDcº-# Ýhù7‹Ü­0Ô–±ÁáÈ»ÓA5“‡zÍ¡¸;4|F…j÷;Ë ,„)—±Q/<›ÞkÀUtŽŸ€V†í-vxËT ¥º! ôóËJ!ôÇBŸ¤*>}KÛŠ®ì\»uøꃢRÓ}üõ‰ »\lnÙ•D!Œ²D”iÕÝ-ðð^dwKÔ[BÓÕn0j.™HÍuIEbMÝ(\-tß¡iµÊûŠØ.Ñ=ÃC…1·ºZÄ%.óšræš„"oêYŸ²Pž&ó/±j.~ýúð©_æöë2ÐkQE™Ç¨hB±˜k¶>íO¤,àØ­|΃µéiÏ„ßãÂt¨‡¿±˜7·x¬ ­h2ñ]EÇdv‹ru˜›ï–§çrTT¿¯[ð4­WuÎ$DQ_Ki2<ÔA(ž›äI¹\J‘…PÜJuäܵíÔçÁE•+¥’þ*2¡EŒFØrõ‚ÞÜ©Opa+šÐ¦Ãc4»e¥+OåÇñB Z8XV­Ë¥,gn×÷€y¡ü¡‡Q‹šFŠw§ ”S™(KCa1O=óx(9ŸÒ6l¤åº€S4f ¢ ïFušUD‰¨W­àŠh(gÎo±ú»—$T”BS½ûäɽ‹BWW¿H‰èŸ.È´¢ƒ/6Å¥²/`Tb(ÂQ`ôõÒ\B Z)óÑ W‘ÙàiTQQÝ-•öâ:›b£lh½ïóЮ«Œš5ƒ)Ãþ¹¢hÖ4Ñ=; Íç¡õèLþ×S¬¡-L44z²Š‹¡> zjg®‡ £á Žü&Ñ”K°Y¨˜›5ýÌÞ3 ¢”ˆBIEMó,Ç® šÃy°Ë©¹('àVi°ì¦aL+‹ysßš­¨ƒÈÍ1ÃÐ÷àÍŠÑÍÊ<ñ¹¨…Ò:¸ynÖKFÝ—{Œ(òª¡^Ùñ†Â Œ¡œò¾ðî®]E1veµ·¸é-zZ¨ ŠmE–‡þû—ÚMtõûï zVJ+·®^Ù¾$ú[vn<ø›ü›ë¥ÿûÊÀ(^ª2º!‚{KµaEÁ˜…rçEA´ Ý[¤7Ô®Ps;LI´'z}OQ·kß«5[w€×âÒÿz²s«Œ¯Hch/ÿë)Ö¹A&:’ƒbêj¢IWAèhdÕ\BC3~•ë›ÑÄ<°Q~w½Žµ\>0—©‡J1·ß«3çÁŧŠô{Ó¹M J.¸/ËÿÏ…¼¹o­¿¥ãq›c„¡H5ðdƒÌ»•qæq·Íº.yŠ˜ëÓPQ”1:”ÍMؤÊE,c.ÑE/òFHÍ%¶ÜVì¿ö!ŠjQ Æ ä\ž‡ÖYb.Ê)bŒ¹q1çÁ>²…·å@-C#\Ä›û¶ÒŠØmù¸tˆ*Õ€©_;cQV«¨9ó̈¢a&Ú›Š-ÔQä•C9W.gËERî„æÎç‚¡¦ŠÄWDψ(NžÍE8Zº$Æm‹\IBŸ<ù¶$t•rÑÛW·Elîå+;7n]Ô º¶®Éèú_üʨîvy~øøâû 6šs3‰(ŠûóÝŒùwˆVòr'ò×Äë ëÁý-Ô›ÛØ-h¶évˆ¨©ìä¸(ÍZ¨šæ–bsÓÕ@¹ÈóÙ¹g´ÊGýÔñ&Ñ jÚ¼‰§ˆ+ã¸W»Ó›ZDmê<·íø! $©ˆõåš‚h·ßæ΃o×$†rû²çUÉQFÑ·4¿eìwˆæš×Z«!Õ¨¹œžHÿ Þ®#À¨ï*j6£Œj(×× ¢Cõ“`0”&,šŸLU‘¼ö–Ì°"+æ–eSIhâ¡ÿ–²ÐK—¶E4Ñm ¡¢+‚¨…ÑS"hA¥Ýüþ]ÇDõzïƒo-…£W¢gôÇ?H‚ç=k.3‰Înñ:D ˜!ZÍ¡9t¢Qt”@5—ip¹1Ô1PDDgÌKÃZ.¨‡2 j§ )U¿/017=› áyЗrµŠ‹Y( ¢¡zèhÔ÷K¢PC ŠÐŒxs½…Œég öw4*sÑ¢üfÊ}0¢ÍÌä?½#óûòú–lE±?—òøÌ]Y9Ñïòõk^7IºYFÁÁÝþ1Ì¢åÐØ[¡€–k¶3\ …ŒR%ÑZÆnݸžiÌEb.ü–ÒT4j²¦¢®½Çm2ŒE!g‘EQ-šÿÉE\Þ†­(b*y+W󯊽Y³¡hÖÝÒ÷Ë<‡AÍðæ¸ ªY4Ôž )€š×Õ}àîôM†Š+‡‚‚(wà‰r¸ÊC6gajj®³™ìyŸˆÊÈÜ÷/I½zõæÁÃG‡‡‡OÿRYU]¡âÛ+*º j¢+•w®\ºü5û}k+Z#ÿýÊé\eÔ¨4úüù?¾úð]Æ™Ë @sCD1†šŽ€ºêÐúdüÔÈ91‡*ù9¨æzÞÜôñBaENÉE<ôÇøª+q7PÝÓô“ðЂRçÓuÎUD“ ˜7µPf‹+‡=-wä~ •™àX3Ðᣠˆ¦Ü¥ÕqÌ/ÁÍi¦QgÌ6A‡¨J É CÓAE3÷åx+Þ/¢o£¿…á¡ÇªCT«<é½Ê–ßí=j8 ÏŸšˆÂÎ6ïõ†z4”6‡¶M¿A×(¹}&¤È¿C4‡«Œ*¢³¦æÒh¬5WâÞ)¡) ½‘’ÐG‡Oõ¬ÐU›b­šz}œÑË>½piw÷àçŠòå:k.X'ÿëÛÿuŠî+ÍE_IM÷ððìÙi1 Ó;D ˜Ã½µ0†Úê¸:[ b¿Á¥ ™([¥z”z’!žš‘ÚðÜ€±HwŠj¢ßh•s½ž`‰Ü-MD;¦þiRæ•›Èså@=”ØrM5Tõ‰v[@Íe롾ÏÍê^ ù-Ó ¢Y<xŠüz¨H*J1”Ds™Ã-¹M¸$Êè¹³lËšÞ4¢E¼¹oAÍm ý}ùXa¨èEB ³^jä-šzËFØUJÚ~ëœ=W':2Ï/(HpŠ¦òb&Úî  ®k@t‡" øõм0”VD«°"Ê¥æúsD7øèùõµÒ¿+½vóàÁÝÇÏŸ>ýEÍ ]]Õ '2Ûù-"hAô·lëþŽ†ªU>…*£¦>*P4…ѯ>ÐÝ-¡‚(ݲ¿„”…y1Ô’PÃ?ÇÚ^4ézjnQfwWk¹½yv «åâÄ¿Ð  ¦êÒ(hr‹Xö<÷V¿UêÊ¢¾–k\˜z¨\â7m£æÆÔV4±–¯¬ÂÄ?0¿e* mÔIPYMŽ‡Z-·7ˆhATžsP®Öêž@sT)ºÙ"¡Þ‰‹èÛH+êäSÉmÕˆB":C {†ƒ¹oöaÔQò £Œì¤\A ª¡C/m¢Ì'{ÆH÷Õ "šQ…A ”ˆ†æˆ–¤Ž›’Ðïn=|üôùógÿ(ƒVP[ ]±¾"=obs·¯Þ|xR9s×*J£›ÿå*£ D}úíÉ°˜Ëc¨scÓ3†Væ²Mì`TWÓ:~Iµ·Ðпnש[G Z°ƒ¸÷q1”c¢®ªÎ(Í‚&·¤ëôPÑXɶºj¡”Ñr‡@Ë¥Q´ º‰Us l¸Ó¼Ý È«¨¹³D eÇŸµš<íS Mσ9%WžèËÞ} ¢tWÖÿ6·-Ϻ//à+z Ñ› wl’Š„j N<¼ööÍŽ¢Kˆú<Ô; )"(“”ˈ¹„z³C Šh®.jUE:J(+2A ¬­¨ô¹†Ðƒw?O!ô™ƒP€Ÿn)]YÿbGÅæJ[×ß@tcãäÞÿ:‘Ìÿ{¥r_¿xö-nÍênÙ#¢‰Àòì÷*Ï3³Yq- N4¸N†ILp¡Ñ6!¢]£˜‡­žä&s»Yhû\Ÿ¨–q«¦Z«Gý/'YcMDù:Òý ê´\ ¡ZËU¦"i,]¢ÀÿÊp¯¦“tˆÂW¼­ˆfO?c‚Šøz(‡ÚCEh*}Û|Êp[žÊDÍÿÕüúÒŠ:c ZŸÊ±IYõ ¢æâ{å·õ΢.Òˆ1Q& „ÜL õ˜h‡X'Yõ»Cõžé߬<0´÷iE”öˆ²3Ð`â×#ºy^"èú¬ZYE4th¹(háƒëßÈØ\9»ªµ\^Í•ßwódÝÀè+×0úêÒ÷g¦:siA´A°|“Š*G¶åZûÒÉÖEÓßAItz“¨-‰bgîQêI&;wßLsqþ\®&ºçxhqÓÏÔÕU… …¡=5˜z¶\ç* dýis®øÕmjMhEÔBh“`(Qó‚Gjn=˜Ûðƒ*®YPE¨a´™áÍÕ/ùŸ@E4<ûÌ«‡†²þps‹ÃÐ!=öz¹¥?o €š{r3뾈(çÌ5’.\GÃPÛ œEáÔ¿ª *j9×BUDÛÃá€Â('ãZþi‡·X 5ø‰Q´­\ˆš«Ä˦iéÈ&¢¦¿%³µ`!W×Üâ0tà rC»ùahEÙH• ëƒl§¨š²5µqþ’貉èÄç¡oŽ†® -ˆ†¬Ôhø‡¢G•u ˆzAEM≠ÓPžˆšÉ¡÷ÃŽ¢m5í ôÀ“Ïî~Ú«ˆî3ý->ˆ:" ½¹•mY :îãæz·b‡ ­’µ²Bè¨%¢ëiÜBÍ}lCs³ÄÜM¥*—ÊåOº2zït…Ä,dGy¦¢^Þi³`èÄϱñq>"ûý§·w†‡¶ý´"§é"ýé¨[Šž·ˆš©å6š…î0Â!×îi·Ðµ(:`˜(KEm—(oÍU®¢,âSì|¹Í-Ô™Kð“ w¦"¡îYî䪩ì `I4€¢NÎõ÷å)Ý.sƒè²+¢ˆÚØ”…㓘+Ö9DDC( ¾[Ê_tDBJÎ^AÔ,@C „ú,4ñ[î ãæÙ¤?׈ë¡9䎈5†ÖÜ[åÒŠ*8òOysßý|[긪š’Ð×B Š®¸À?±Ð@îòõe+º²{óÁ)Û#"¢º$º)1´\>]ý_ÍB˘‡ =ËðÐ}j*’ÆÜ¥b¨PÐÃâ÷³80U%}Þ"¢æ¢&Q’škûC†ÎÑaW5}.&‚Þ&RUW·Öhîåw9ýUJσ½žµÚf“P$åzý¡COË%¨$ a!†'¯"k®žßR¯[1—e¡4dÁƒÑP=TM?k1u‰Ü4•aŸñæb}íËž¹(» ±5/†.;­HÉDÅèƒy­x`dr·ØVQ"4m›Ë‘ø(POË5"Š£¡±¡ xùÀmÍA(OCÙγyÒâun3Ó+IÍý-BKÿ‘"è©ãþ¬tÜýŠÌ≨øæ8ïÏšs¿HAô’‚öød†5×ñÐMõO1üXág8îOY¨‘ÎôCsÌ™‚¡0Hd)ØþPûg®Nªà¶U‹t8®…0Ô:s»]ªæuÑî\ýFCe5`-Ò<´P ]iQ¢­zò,t »[Ìð ¡Cì(JW\‹z-Ó࣓<¨þ‘úŽ{õ›NËZr3gŸeùr³xhb¦pScnN‰¹bÕõýž¤&R]]4¢sw‰.7h0›c‰¡J5ð Øqøny8:kc¢¾–2•†zø «¡ÈQ1´?°-ž”k6Ö‚:‘ÖC77ŠIü›i~‹L+*s4„¾úx]¹j-ˆRo®ûW(D5ºþ…™Æ½{ãÁW‰¶»¥¤õÜò¦Ã-›pØÙ-æ—²Ð4˜("åØ¡i¦Ðlað¼ùã®èÜot[ ÛàBú[Q3Itsóý ÛW´Žûøðù˯_Ÿ}Gâ\HÌ]…CDŃDO_¿º½ýÙy5û]£æ†*¢›ªItÓòPð<†žæMEûÀT; Í11w †º~–‰5¡Ïjj;FÇ]eR‰ºö!Eb® üëö°˜;W=© Rèu‹o-Ú·õЂ1TTDû#MD§ˆ¹º:ðˆŽ u«§œ´½¶‰+ÒÝkt â¹PÌí% ¢¡óž/×SrƒÃÏ4å14/ME\e†ÛP*ŠåÜLÙ•çnpYjZ‘–‡è¾|Ì0ô>ñ„utæaÉh•Ý#¢(z| õ”ÜX˜ái(š¾­÷¯p劗²W 5;,¹Y9&bŒ m©Š(ÂP~~‹²åV@EôÔ•í+W„ÞJ!Túq?ªÜ@!9äΛÓß"ÓŠ>ßÞ¹~ðceŠ3wÃÑM7#œ#¢S:D‰–{ê|8§ÈɳcH5Ñç­vŒvM¿~”DIE”€¨ñyí-ómòüþ>Ðr _¸ºR£¡©q²UQP $ýérèÈÎn5Š66Ú±&¢¤IÔŸÆMÈ¡ÃP•øWwŠî ¾\TdKJÞ÷’AEý„ÕTr›ä·1Äj.Q¾ÉE/ØmÙ2R°/7çÑ\ArÊ£‚è1ÕreEhX7ÈFQëÓµ¹)=¤,†Úy Î90‹¡Èöt %Eƒ°”ËDó™Ü"Veêoacs]Òs?LôÊŽÐqMK‹…9‰ ë †®Ø!hz ¢%›VtõÆÃ×B ¢PÌ…QÅ‘"æîy¦¢SFõª†¨ßû >g²&N¿5 :lÔìj'x‚KPÍUüS÷‰âhŽz’Ëíˆ(EÑ}ãË­Õ£Or¼œÜªŒ£‘PŽŠ)×O›jîÈDû‘@5…xƒŒAƒ\Ó¸Á`_û¦"š%æRJDáYÞm=‰YHH£VÞu‰†i‡ e¢]+BVc<,sw‰.S͵Ûò±Jû[ªÑÐí‚w‹QŽ6]4½þ è´öe¯=”ÒaÖ“KcþÚ šC™Ñ¡,Šæš:/–­ˆ©¿¥ bsßÿƒl ½zóà,…¾~ým @èúZÈX„‚çWVÁ´?Š!h:há±êÍ ¢›j¥„¸¼éˆ¨µÍ;ïsUÊhNY¬ê„¹­´á“˜p-MµŒô­5‡-Ú% ‚¼š(ÇCçܪðC«æZÕ_ wõÂ1t­19ZÐÄv"ËFáÏEõß7šD Ø$â%]í+JÈLc‚¡BAò|OUDÁä¶:%§ˆõ™ï„0Ôžs­KT¼mxUÂ͇춬¹¨1R›ó¼%ÑeÎo‰µ™W ] ܉ÇëpÁ]Z´Ï…ƒÑ¦}Á ¸Û0?É 0ƒ†úž\àÊõ«¡}Ö•›í)²7+¿^»1œFÕÜ [‘^ï§p·³sõÆÍ”„J½[,j¹~n®SqAs‹Ts¯Š´¢ó—wwå4î„:"º©ˆ¨EP×ÚÂóÐ3И»…ME­V!“[ö¬)ÈÁä„ö~ú9 VÒµ³¸ÕûV ­Xlï¬7—$ÏÛÈ\¯":§škóçA *ŒÚÞ–Â1tå´êå4z®›ÐâÀtè’r96:¡ÔùØ@›Â¼¸Ý„\B jw·Ø×~ÒÐØ™²@!”ímá¾—ÆÐý×Ü’ÛUvÜÆ3eZ>Ñ<[nBÓlÎÍDsÊŒM&>Í­_"¿un8p¾"¯‚¡¾«ú>£<íP.‹Š­B€‡—³üôhhÛìcC­Ë X°ZÌô3s•û³õ·Ð&Ñò»B/_Ùút&»BÈézh°ÅÅFç¢YÜ««go^5ý-ßTLU5ÌCËÆ™kª¡*Lé¨Q`Ä)£ybè@Pàçõ~ºîWµm.h“Yq;T½OG õTk‹‡¡swضi3«@ß•°šžÇcÌD¡ª;@Tuž"FËU0Úk`S š€Ì¿@Pl‹î¨½EÌoÉä¡S|¹Mç)‚¦"ÄCYM%? - !% J:E=Ï'¯ÐðÒy1tyiE‘~aÒÆýÜ®rN«”¨›ÅÖD}gQLnV€¢ó­ŒÎ`Ù…,t6!ðP\šÂ:pJ.¡ ÍowO¯²VsmË,j®¬;Vþß•B¥ŽûP¹‰þ|ÃFQÖVäÓÐÕò7*{þóíÝk‡kÙÁóCˤ»Ñ CDÙÑ-êðnSçsž :™ ›-ž Jò ”ÚB¨ñY?.Z‰óaWÑ}œ<=E‹WD÷5h:" µ\Ûù¢ê¡û…§¸çd¢@mG¨kla,EÖPÔCà&Q/ê'VÍõ¥KJ ©3×ØŠêµ _n}Š/7³?T%M%¿«ÜPÜF3µ j"ÿÊÈœëÇýen±c¸UÈB?ßÉ-ç@ÿ§×JsüpI0S±Œ­hÓyÜD‘¯Èdù¡¹sדPðŸc¡.–^k¹íÂ]‹k ˆ¡Î} =Fºj}¹~9T•B[ m‚?Š@‹&`~1…ÑÖx†ª׌¯(ÐÚ’éËmš½¨sŠ×Üby(ÐT$†æ—V¼Öð¶eÌD=z3#ukÞ¼¢¥Ñȼ€‹é9Ìq݉‡½[žúN$Ýéd€2Ø(éÊšÞÔ¢ÚZHÊz6è2ÕPAM xòÜÝÇBÍE¶¢j–š{R‹¹åSB¯^½q tÜ—¯_ŸÛð04ÓVdÓçu}Ô­/nîloöégWR"úÕf 2æΗ\‡¨î`Í(ˆÒÄÜ=¦¹%÷ég×ÿIgƒ2uP#×o‡ƒ DAI3Q´À†,ˆuÔù-nY IiÕDÕ”–[<†®œÆj®‰[º¢¨ëmaEÑÆQíÇ¥Z¯Eí–)‰.ÚbOÊ%ÆÜ^7Êòåúy¹ ‚¡l¨ùN)†ÆXSù©Måôˆª¹$ž 7S×¼%ÑeÙŠ"4„û8cè9y³ðÝ‚QÇÓoW«9˱ÇÁh˜‹Be‡†R)×QCÐÞ…Óæ3h¨'»ç¡çTÐB ­(ù÷¡$¡WoŠ––Ãg‚…^„£D==7Pµ…Q´*·dZÑùKW®Þxøufd®LìUb®¡¡¦"š¡ eÁ`hÍkÈó*¯E0çwzâÞ–1ì…+¾ BS¢×kâ’¨³æzÚÕÃDÉªÍ ¢6y~ ¨…Q­åv–Ð=§0ʹ6\j¹`7N)Ò–¢Ä‡P {Žó…ö Œ¡–ˆê3tâ&·”Ü _®“Ħh¹…Ö%FŽÛØm±ÿ¢`.:U&lÍÙ%º¬þ]õ|*EÎ&šs)5kïIVUTÈ)¾ppDY×{j§Š8C.ÈšFõí!9\¥0Z@"†¨ˆlEjîGA¯ß¼ýàŽÒq¿ÝXß`AšŠ 5a¹FOÝLAô³?\¸´{í»G•)DtCÍa¢•ŠGDƒIE\s‹ YÈuÒH ¸\f­ZS‘Ó"ÆqAÓÕu Jˆ(iÕ#D½‚hWü×çÜT¬tk³‹,;5ž¢e`hEƒ(–svkßó CS ô@Tà^¯c&¸LƒP¨åvÀëÿ§ºÄÍa(õx(ÂPû†æ«©nÃu&qìÕÙ¼D¹)›òœÁ¹KRs)†Ë ¢j•À‰§wŸéêõõ\¿åYÑ™4…£‘ÇH!‚²cC="ÚÉêkÑÅP¨å1t2áâ ùgB¹´?«åž 5 ÃPYÕ¨hq”Üé±åžöøT–­ŽØÞbˆ(õõŒµˆ, ¡s[t÷«]J¨¾ÊDmMÔB§ Ëe¤ÜÎlRyA†Ö¢~B‰hB+€ô4 vô*x(W¥-l¨~üqyïîŽÛe·å£ì˶Zföäx®¼¢e¤EV*ú-ðеƈg¢³ ¨ºeAmBj nŸ×S n®ÇB³Š¡ØK`Ný—P„Òæ³\EEúrÕU†Ó¸ÞÜD?¾.Ö̓Û%„¾|ùº g‰–%Q£Áz¥_pñàÚΑV$ú[Ά ¢Z̦"kÊ-ÏbÌ5ÓϬ™±( ]‹lyÓÞQ÷BDŸ›7â}·9+„Ö¢qº½ÿÄ6¸P-êÀŠj ?Q4Ïe™ rU,†:u¬s>ƒq´ ”ÂÆ¡¨¸Êƒ$òATÑQõ3Æ››}¨.-–‡êZèLõPfw¢2–ÂCWÎ îËGÞ–[M·'ϵ°„þí)*4û&Ï%o–+`õ\Þ—ÅFC÷ÐdÀPVÈõüDLk(4åÚ¾–鮢b|¹+"áE©¹S¼¹%„ܾõðÑ#ÕÒbPkSäÖÌÅÐu$çfè°}!šD/œÿ|g÷†H+Êà¡ž1:sýÔù³H̵õPÂCGycèÊiÀ/ǶØiÑRßg¦>Õ‹@•D¡š !ÔørÃÑ…Ê¢pÕ–ÍCš«B€žš®~["(Ñz Ç¥õb;lÎc^Ô a3`H|9´A;[Rn‹nGêû ­yî»ûf¢®‰„¯‹Æ\"³æÑžÚ)+2]Ý¿ -לx½º[\·èôcOHÁ;ï‘…Ê„ü‘¶DC„A5tœÝÜBîUþÓωiÜÞ$Q\ýýW’„Þ¾uëΣÃç‚…þp²R®8"º™iÎE.Óåܵµ÷\ÛݾtþÂöεï~>9C7– „Ü›[ˆ™±*Rs'p~ƒ‚§éaÛOëO5§úq Š+òž«ˆ/ˆ]Ì[–úW ØY†–&DIQt8´#¦-QDël‡‹ ¢íD"šxû˜E×bn†Ð9æ‡2<ahú,ç¾»—À¶L™(nÍØ”§mËñ\]¢ÅQ’—kklÇCKɃ(TßgÑßçb£ìõŠ|M¼g\BQßÎ<ÓÕÐ0…¾\ ¢¹ïGéU†‘œ7÷÷7„¦š’P©ãÞý›%êÔÜRi#hÎ%5ÑìùDZÑùÏElîã ƒ¡n†hiÕC! 'æâ˜k´ÜIþW¹cÀslx¦=Íâ^ƒ­3ùq1ˆbœk1´ ñ3¡¢Vxè"‚®ZC—0?Ô®Š.6c5wˆf†bm·,L1·QgË¢µ^¯Å©¹þ"5Ó•J)òƇ ÅsŒÝV”˜¬¿=CÛù÷i‰)åBŽŠ¶åiûòñQC¹–«N<¤)¢ú»~·„zB.óòÛZP¸BfÍC•¯ø°–[¬/W¬j¶7÷ÜÙßÿ]“P¥ã¾üõõi=MTWI1Ñ°±hÝ´ŠÎÆE×Ö~W~pcwWô·¤DôÁÅ0M¿_ ŽE½-³¤Î»°¿f¡ýõÙË__þ%ª”Sgε-.A"Š#è® ]ûðàÚ®°‰þ–}[hUõÐ’c¡|ÈÂéÙxhqº²ñƽöP‹Ëبøàè•P·’a \,†‚ŠhWçårªæ·`:¯¤«!´Þh.CWJ&Äbd]I;±Æ$ VHÍ ÔD“~ Ô\ºÁ·ˆh––K#|ŠžeãË-äY®úÜ& D“)½žê_ó€hÞ¨‰—a6F¿–«R0½š¨RßCTtæ[5Ç !h°Ê)¹2¡ÈÄ+¨‚hC— å"5Wø­¯è¯·Ä’$ôð—g¿¾|ù@}ML8QsœšË0Ѯю~ã~w¡Íû4œQeÆ+ÄC©ICýÒ§–ÁPYí” ºÊÆïIŠ¢ÙÛò7ç9@´Øù-œ:xÜ1Ôxü#OÀ kîXþXʘ‰Ô)ÐwäÞÇr™c¡C¨äšÆ–´ÜB1t-bÔÜýýoÞº#ôg­ãÆgì´“”ˆš¼¢¬š(Ó梀Ób)ø£‹)½òùùÏ®\»vðóTÊ6ˆV¼†‡î/£?T¯d¢@ε­¡GH& ¬¤Û²]¢m¯°`6s^ËíŠT‡}ê,š‡ŠÖmå:uêùfE%Ž"í&‡š,ŠRw.? -éYÓ!Ÿöm(­Ì5µ9-·žU b¨¡¡C÷= -"cA® #¢¾ N!œFŽ¡ÅVDí®LôÁc¡îÄ’°›šñ‚é[•/Ž&?©DRJB=õ'‡ }`(2ÅÐÌŒd+²º"4s”›+‚ÎÿrçNŠŸwî>JIèSABï5Ñ,Q¢ÆV4½&º®<2ªiè*þü£ï®íŠiÜÒVT ñÐMÄC5Œbz’ÃP\m -Š‡ &JQèdØ^Ak2 EmE½6Rs»ü´.ío™FkÀS´d ®Ñ!¡¢jƶ­„ö´Aߊ¹EDÎe©h4hÇ–ˆÊý§C)Õ6"º¹Ê AÐFÝ£¡^ÄÛÛb=E–‡ê^g×ÛRÐî~zl÷e¹-{ŽOžÜY&œ#9·0Ý× jl¿ ªN<#ÀDÕݺ©('ä¢\¾_Ç;uZ#$Ø£hÆŸíkQJÌeÎ;Eaè9«æš’èßî¨õøÑ“§¿úò4Kô¤…Ð 4m–BE?e×;>Þ\IDýþ˜ ›[èQ¦¹h¹Cµ£W$MAô¢z-R µ+·=o.¡¡&7—;Åó<ÔàêQ!´Vâ%chú,§/0¢E%ŽÊ-¡™hFMTEý&—hر[‘+,OH·W9ÂZ÷Ór½Þà 4}jµªÇC‹É)ÒëÍXw¸ m™ ¨g.ÒRÞìÛòjn‘A ºÆFòrµ/W¬Ópâ!z.Ô ˜À$ÎEÔ5`œ$”†v!´ãe:C%€jknˆ‰.£?T®êxÔ× *ö”Æ_=ztçNÊASú«@ÐÿÞ"¹½—’­‰fMB[Ÿ @•š›ÑÝÏÎ_ÞI‰èáŒ<4#ìÏ€( *‚¹KÐrÅ:P´ „Š¼¢ŽQVÍ C¨ˆñЙ+£Úˆ¤ 4ÅÐeï/¥d<ìS*:iB[½¦[‰ÒšèL ÚOb8±ÕPrA¥ÜtÅB”‰zeòÐNo€<æ­¢µ\íTyÛ2ìr rÑxj"Ø|ÌD‹œßâ郿 šžxˆv-ˆÎp·\·ËÜ@ªnw`Xhâ븬Ÿhà·†:¦¡Ëé•«DÔÜËñP0†»¼ z[ÊD}-÷œÃК¯åŠ¡+kÑE¯„:%.8×<“ ,×ëDÅjÖxjùèÔ @¨ÄÐBL-Y«4¥;Å×D•¦Ûï˜×5"¢˜‹6³ÌB‹ PsCj²qªEŸŠ¹F7Î@Q¦šXï aneS÷i‰¡2ápƒ¢÷ïËÙ’&saz'?Ú€Š¡E¦Ñ*ÛoCË]YÙHÆVÎÅÂôÔw£èÎ'ìZÔ‚ÊBõ±sЇ:D†"£½-ˆ¶»W&#¢wŸ¤ëðð©"¡/ë`–¨ÇDË6~¾¬#ÿ‚LtmÝDÐÏ‚£_=H‰èåóŸí^»qpxâLºik¡CO2Z.2ÑzhÙ.h•:Es©„:íg¨ßÒë±(šd²Ð:F!„ MŠ½–ÜŠde¢§‡ )²‚S5©‰*ŠË“uŽŠ¶Iˆˆ:µÞˆ.ä¡ýc¨Ÿ°@g,ØýÉ@xoDû´ ›Ûâ®ò1QÜ6ÁÆУÙnËÓv壇þg+2û2Ör?†ª2!=w*Õ ü‘4q 4DA;„f¹6ðÚèx4möÙ’ê¡Ò›+6Ý%Úº÷ôP è/ B›h–(ë+ª@&šÝ'ª‚Nç¡ë›_H[‘êoùÚÇP•—‹ë¡e× A” ÌesŠ ç¡+²*ŠA4'ׂ(ÜÞj.ßÝ"ÊI™ j r&Ú)øZ2KûÌ{}BEÛz7:ƒ;·Qw0Š ¯Û50†à³ ÜD)„z;‚X®"ÚhX…–¢™x¨óu †7?Ô­Ê›±Q†ÛXrÜ•M½mÚÎ|d-ª¿¥Ö¢ûòo…‡º¹[àÈsß;ó„z]འªû[H dûÁ—NÛkjaRrÑÄ3ÇA3·xº{q*\þõÝý%Ð)‚_¾ìl}ŒrŸ`:\Ð sM}‹ÊO§_rêh=ÿÙ¶èoyå¡C]9´ìÑPè<îm‰5†¹ï¸Uu\´×ç ÷ ®þ ö£`9”VèÀª™è´âh­†Š¡rTf³»„‹I×é‰Ñ$é,Š»f77/vR¥™E¤&Êøs ˆ‚}Uu¨Ë®Ts\œÁC3[[$†ŽñüåË튡+§ ˆ‚¢¨v|úI8!>J!”Û˜\-ÊVÔ¡E¶ß†VDITŠï ( kØ3PQsǪë:ÐLìúÎ&zZ…GÏ·µ ˆ;2Ž¢·îËëœ)‰þ”î.÷žýš®—/G/_Þ­âÜœ¯¨‚ÚDeM4¶ ‹4åQÔ€ìãïDZ‘$¢x~‹ËËÅ¡ó¨Ê‘¢|¶ËR^¡+Q´ß¨×ÄD¬<1mï 5¯vÊæ U-‚ÞCû˸˜tYŸybÝaP"D3ôܺ±&Ú†jnnÔ/v¿Û‚4Ô«…ò‰óTË5c[4†‚zh¼-weå_†Û„@t*¹1Û²ž_îvdôarT&ZTE´c÷eHnþõ[ÀÐôÄ3QS¡øŽ@œy2îUFÚ9ÚVç.^ðõ<~’N° ;‘.†™bèxlrŠ¦j¹K™õzZx1LIô¥^ý„ ä™sQÖBVMTéš5é®{ø¹¶¦GwŸüYÛŠ®]ûîç?²õPí)ÚtD”f,h-÷tÈSTGs[ ÞwàªVß¼é5ÅVš‚h-_. @T«Š”ˆòÃ[²*¢aŸ‘ûÓ)’í¡ƒ%]L´JW™èSíªÉ"C%ˆ65QBE%’zé½*‰¶É"³[„ö;°åRõ4õgì×ý:â¡Ò—Û”9|E©¹O!ÔÔætW9¯õ¯7cÍDCz·îû(¶éâÓ+k;<‚Ÿ D;¨‚P”’;ðüD¦½%³à÷!}ÞyJ¢½ÿùŸÑ(ýù75Á1QÎœ[){5Ñ wîšá£:ºÈäÙ#õÁz髃k×v?A ß¡þ‡º„on ã)ò3ç—ãàël©]9g*§‰5@ËÈ* WD³FFÞ…ÿˆz#>»´‹ Wi⢷bѶ%vuˆ"w®_Å(Úèu@²"ÅP¡þØót÷jZ?uùåÐf4%.Wb¨{–[±ÆÐq¡*r··ñÈ t§É„M-Ž<íC J+êè}Ù+±y‘óZ"ßEß­¾·Ì3 ô÷)7K×8ãÄòP[öœ:Ôˆñl)”ÖBý˜\ ¡c5û,$厽¼Ü¢{yÓÓû°ß×]¢ÍÞý{w;‘á¢14`Îu¶"›?Ÿ%çjôAôš{B*üüëo¹H0TÖCK¥©C¸O2D¹¬?¡Åî;hm¤ Ø€h¾Z«Ž¤0Lo1‘¹<ˆ6h™í6‚Ž#€¡Eû³«A´› ¢¡š(±çr¡Eñ¨ *¢!JÚqûropJSŠüœ¿*¹¾–Û1´X†½1LÔʹԟ{ÄmÙ½µ¼Fþ?D ™ßRëþ–1t¥ô/{³ ŒÜ-z»¦{`ÓÊð´ŠrIÚ.„@¨AP.&—ÖCƒBî’k×UšùgÒ秃(-‰wnu•QXÕŸ]_{gmý£7®‰´"Ñßòã{C5Ýý¡(§hzè¹X´ƒ®fÔp š+Ž6ÇŽ#Q5·€Ö5‰Gá¡ > —hmyK*}ææYn÷-ˆ ÅîÜìÈ¢FÝx‹Š&£5oéý /6¼ÀD[.¢ˆ*¹Œ©(;baØÀZ®ÆÐáxRôU¶Ü>-¹ña´“áÓõ6e@jŽ ¢EØŠ"Ûü¦0t%ú×Ä‹˜ª¨)‹:GõôSÏ‘—†e á6°>gÉ¥ø©ßfä-¹)Â]¢f wuoËóyñó×&ª ´´1-^WFM˦¢†¦Šßyïǃk»».üIѲ<åÑg!Ü¡Þ–%é_dU-ÍDãqƒhñæòPMz…ŽÎC1†ŠBsç-a¨­LÈg¹'A´ ˜(¢„RUP A4v¼99b;@׺KE‚‡vL_¨?³%ÔÙB0ÔlKíÞ¨Ñ=À¥«XÕ_#mE—/¨ù-e$åJ_®×ÈËÅž"o7ZôEFë¤Qs¥­(_kQ<’e%÷¬_‘ÉüãV¿aÿ9)Ž|õWza—;=-Õ%ªæâöjB×t&šÙã¢y£kK‘Lt ÞÞQ¤@ÔXs©£ˆ ¹´µÅXˆ÷Ú,CWª„‰z‚®k8Ji”Û‚¢ùÛŠ"·/ãmù7ƒ¡çˆ1ˆÚ»åKV‚_FM}Õ¯ƒªÚ!¡Pɲ~"èÊÍÑekçÜÆ7ÕÂD™$ç"wîÆ´,êLµš®ÂV´­û[¾ER®oÌ5åÐ2¦¡™³Ï꤆Tü¾ƒVåÍM™ès¤û.]SQCá$pÌCC¼tŸÖBkòÂ.y7^ÿr•‰d¨Æ\™h3¢ .7mrIú D]Â?L'òòý „öÆNä7¶ø­-~{hâJûC‹ß1Jé¶< D}¿ŠÞ’ÆF†¡ù÷·ôô¶ìÉƒç ¿Êy­ÓDC(  ²Ñ¹PÔL× ©¸Ö<Ð¥:°9óá¼ä)¹™®\¿i W¹j@TQ¢ÖW”XäƉnº¢èÆtÕÊ­FÏ5“««Ö©ß "ú¹˜ßò¸0tÓÍàv­-Ìð3nn‹±Ú]>†:5WŠ¹ùâhl…FpÚS.9öáEÃ3y¨ç%2ºüé¡hÉ.ѾªLH5×€(ÁÐ8+Þ—s}ƒn[ƒ¨Ýt"¨w•ûf‹hrJ®ßÙBÒrýzh?aÆ'È6­hWù »/OEÑYz]ð^|´À¢ÜÕ\ËlÆCßZ½âèë_D¡?— º4#à ðSò2ªK@ɬP³-É5 µÐ%÷ÿ·w¶ÏqWºÿßµÅк¦RVLU,–íoI¬[kÅ‘£”Fs+Þ ‰Ø–CÇÞñ¤¢y¡Öê~¸¶ Ô31/úýœîÓ†9À°Ë’,Q’…û×ÏykaDI}ÝBܽ·†£Œu‹sË>Ñòx.t¢æûÀˆþìüôÙ³ßþFÑÇ¡p^.Ȇzï>#ûCEkËmŸÝ‘þíEd Úø¬­SÛ{YÑlòS÷wòûP7ªzû7Ÿ!õ@Çsœ¨âÜŠœ¨ÎõQTÇuOò„¨Éu*·ˆ¹[”ë„r#“µËrµM†Ð‡‚1E7w›<Ð@;Q ¢(-úJo™ó™½1×Ý“7‹æ6>­Hïʺ]buãÓãšVoŽV+©èÚ×v£úÃ\|"‚Ÿ,îH阰¡â`'ªøYyoËmæ®ÕéÝÓáRVX$m 3÷¯F<÷gº@á“ëÙ$Êú[.~al辞RÔ;0NTO}(™9o ÎîÓÛ;»cM D›WaR 5Ñ\·åló(š‹HúÂ|1\ß<ÚÒ­-PÑÚÜ‹›õ´¸ãœú\3-žA4]€g¼œ!€Ú.4Vãè¸Æœ?{Z®åCYk jÓï²St+»{t¹^SÛò¢æ¾,ÒdÆ´”lÌ9Ѧ3¢Þm¹C ½×#œ(°¢Æ‹‚®³^s±`'õ?SeVEQ¯ýËátÜW¯\ºÀU—µp|R•¹%ùPbäü­íTÙPS‘›–ErËò¡NkË-®Õ¡†èwpÖBM'*çÀFQÑ)zuŠ²²¢§ýêcÖßòY¤Cöо}÷Ù;^J´¶ÜêÄy Ím|ê_$³u²6ÔƒÐxqM#Êz²OïHÕÈͧˌg~¼-.vy.1ø(-©~Ñ“DAÔ‹Ð……Ð$žTfCM$÷„°¡Óùr"Rû/p‰ùÍßÚÕ›sˆ"s“:EÛòo˳ÚÛò&ŹÍ3Ôšס)EFG—0n(ŠW Fàñ©§^a6w (Û^¡È|nXÕD ž(SÁ\¢&'JúÐmÆÝ‹Ó»îO÷;Q'' ëŠ4Euy®þ·1C!¦ýæ÷Ïž^¼ æüÁi¹ýjÖŸïÚÿŠPkËvú6¸ŒnÀ‰ˆb†Ò•¹Ì0]ç%EÛœR¤Åî|bcCŠw™AT;Q?Dý•EeÝcîDù36sWÊÊT– EéPÕØ2Æ6”M)2çAöKnëÖë)#ˆºuͽ·ò¹Â–rÚnÑæŒh×omA:«…¢ïIlÅp&Û]3í41áB\øù¡¯ÛŽ¡}¡™Hˆº‘ÜŠy¹ î¾…˜»£^žÞ¿Û8œ«.åÆ•EbfÑU!úXL+ú÷gì6îŸÓ6Þ{F2”SoeûΖî¤ÿÐDs‡7Q êFÑ$:zëá{=1h¡®8B'ÛœRdÔ›çªÐe´-‹}9†!]õEE+z[EþTvÖ‡hsQ³)wóÖ¬KëÈ#Ï<1uè%– ¯š|Ùð•€ð³#!R¡†¢bFÑÜ’›hni$W¯Õ­ÆØõ©s‡ =kì5=.&)j&ÿmLÑ·ù´¢_ýêw¬¿å¼,·§ŠŠÔå¡(ZÝjߺi¹æy#ÊëŠçæKcDÍ žÊ\‘±'þÕ–øDÓ–dŠz¼8—ÕÈÍe4·¢ÅåÄ;nÊŠÆ™€¨b(URdùХʈ’Àö^À­/X_Š)EÔÄùÛÝÝ—Då8¹’î+ÿ¶ÌM§“NÛ¢ 3Ô vgZ.;ñ Õ’ggr‘³^¬`Žð£UZb Šïz¶Ÿ©ÇµZZ|­ånù¼ÃOïlÈ *,zA:Qt‹‹¹ ÍTèªxnï~õe.½#šD?úý—…}÷>qyè*f²»C}éЭŸÝ¡öG¢7=N–V4·ô&nn˜®þ§ñtèl[ÏÒ–èpaNt& Z’µ¯å®IQ™™ÕOØõ¡6Ac]šëÌɵB¹zLΆΗuÑ6¦…D|[¶ÒlÊÛXõ*x[^’ÝÒ-¹6D´p¬ø™ÛéÐÔÍ]A½K¢æZQmE“„¤èRSÔú© (þÄ`bL¨v ™þ†ˆå檭¥*”»­¸»<½»Nß„æŸÛ?°ÿ‰Ù¶º´h3Š|vúÕ³ß$Ææþ‡®Ëµb¹åWŸùF,€’¢í*y4Þ%ÚôÄ¢|©\Œõ\"*bŽ‹“+ÿaì/1Þú„%Öñœ%܉²ÏF2'êKŠz*tIZ¼KIºTFÔR[-1G‹Žãz¬(YR¤G,,r“ÚÇS+o›¡{ ¢&Íæö¹”Qtz§ƒ8jèþ–¹Þ–·Öqج¤u¬hBæE85ªc3qµZ9üí+º}åü:²’–ãÂ0n¦ÊŠ¨ºÜ²dèÊîÝÂZñÓ;XT QºQÔtUiω^Á‹òiEÿ®îoÙßïÉÆ–žæg%Dݲ\ênxkñ"ÞÆ”"­„¨ h³9Ñd9W£tô«ì±¡×ˈÊtèñöž¥­h¥ ÍS^Wã¹Dí¤èFeN·Êr·4-Ć(„÷eÛŒº»²Œ"šâÿà÷›¿ªÏІ¦¹ •Ûò6úÉÑà­–~¯¹\Œ£âË«¥ ¦Èy²ý«¥k>‰O —Ÿ€ Þi¹þ`®uKÝ6bêô~uˆ€NÑž´¢²Wô .oDYïoù¯Ÿëyóº;TÆr%F †Òçõ¾sëÓÑ(õ§0š{׉NÔ†¨§2WúÐøjQñWˆZ0aAk/R5rË<59Q Qký_)JÎ[ ú\dN4]²Òr¿À.TlSI<öDrÙŸjErqE[ÌTNXx±µ)Eð);Û²27¸aÚBòáÍ^‰l©X(ùàÖ„šj¡Ç‰ö6V×~KrþWP¤!êœyün”²£ÉÁ§>KÊ¡ :’+*þ!c¹¹hU{¨Œlã¼cB`¢VNôțՉÑÐå"s¢&-Z£ûý¯O¿bÓŠ #zzþXݪz€.>ƒ¥Ërtè¶&,h=˜ ˆçòl€¨oNÑBwa\ñjOw¨‡(s¢‹\åD¹u/rQ ¥)Z<åÉP§9”ílûV¡V(×ò¡óù2’“þ¶Ó¥u(·eDQ#¤0ªš¬®¾—ª‰hnä„;;aAk/Ò«•[g°^v^¬}ö)[,gÉôçB2¡¡ –ëu¡bT®7ºÅîPó”ÕÆãB´Ž=À=.*ž+šE÷ïoBQöQÿëŒGs¹}CØPÔÜR9-·-ûÐÃ1ª+j¼Otd ŠÞmB‹—üJQþÿÞ’îP­þ:—N´ø¶¸”AXQº¶ˆ¢(«Î5^?U”þ-¾L<©PcDé!Eì"“‰“–PéÐm¼ËGDÕ¦œZÞÆÚ–o ¢MÜßâ úÓ%E­:(n(60Vö¹˜ÐkFÅŠA:VÒÓY-;ˆ‹æãj€f: Jv‡fþ’"â–ºíìî2D…s¡}èBvŠºV´‡Z‰Qù1§/EYQaD?û¾ÉÕä¦JŠÈt¨U†±¥îP©^d§D›ŽçÆ«…cDýSâ«eDÅe&-éÕ:ä-„Kö ™¨Ù¹¾FÑêúÜÈ›ó…xÀî¹3TžÁg>‚:U¹6BgIä›°° sàDŠoC™Ñò6ÕÞÔë£ë3Ô±¡]ž° µWQCQ°Z±ýd5!K JãS}Е\õÝ”r¢¹š7ï›8oM6ÞÎyg/Ê)'ÊûD=á\«ÇåÀ¶¢÷U….¯¬E$-'èþþcÑßÂïo¹xÙPõ‡Ø>´jÒß•aÜædJûÑÑ ÔNA”ºáRí÷ü]¿JFT¤C[Wlq¤ Í—9‡(nµ):¶‡‘W¹Ð݉. š$ð>¦!Z5o~Ê;[ C·ß¥¥(ÏåÕ¹6½/ǬCÐ&i@7Òõ§ŠÓ¡ì5Òõœyì®à¨ƒR7´ë‰oé>Ûƒ¢Ù~ ±%S3Š(„ vÒŸU¹Û:ï®W¬ÑëD©¢ÉÅÜårßL¡—×sc?ºïá美æ>aý-gçßÃë·M]®×†ÖI‡n­;TIt‰‚¢Æ)Ê<˜G·ägI÷U×5¤ž‘Üu¶hZË{\ªÇ窈®‹Qö”íÝžJ†ª]¤Â†ªÞPgàübÞ–îPó”Ým—«û²‡}K'Ä»;•®=­HßjXèjg‹r¢pµ`^4EeºüÔ“$ÕOÝ‘ø¥ðÀíf±šJt‡ªX®Ç…n»;TëHç‘ŠíeìçRñ\XYº:+Ú“3¬°®O÷÷~~úÕ³ßýú#vËù{NkèÓÙR{ÂO‡®¶ªü¤Do¤:—;Ñ™2¢¾) ¦“qãÑó’¡“GÛ~”®”]f¼{ÑQ7)Z^\D%F™•¤ð‘¢¨ÜE&å‘\‰Q› ÓY2tB*œ¡é»´Ž D¡Õöé~þ…¥××u(èl±°vœ¡&ö^ü…ˆ3Z,Õ8¬»öË8A&”B¨*&òÉdhõ”¢­wòÊ6QÎh'êKŠšy v¯¨¢K™QŠ Œ¶Ÿ¿|öéoõäÙWìþ ¢j:RDúP'”Ëö|›Ý¡JÑ0¢ÃYº˜éY: j Ýö2nÍ©Pî¬ÏÒÑáJ:Ñ „sý—¡9¥³¢‘¨ªµhbOì- Ô›¥C¹¦*7á.­ñx›÷àJ . s“û·åí˵Á(Îyõ>özeE°*wW:[”Žhˆ¢]´b(®›,*IŠÜ'ø0¥¤CSaCé‰óyII‘´¢-‰9=FW¡Õ¨éÝt)Šntñ{P>™¨ÿÙéËgO?bFôôâslCM ×N‡– Ë• óÒíwÔ¹ÚœˆªºÜ†oq‰gŠ¡Kº8CîOìmß°¬HþŸ [ð,]É–ç…˜££çþ½Z–BøPzæ‚ ê'šd±íCQ$Wæ’FT”ã¢\»;´8øÍŸó´Ä`hu‡nµÂ¼§("´ë‹y–€]”³”WÕO³C¯×ߢîlÙê}”7%ãD3Z®$E Md –£pÖ-‘… ‹ÄN`X,‰•55n4KMu®Ì-émÕZéýêåÙÅäAj¦C?øœoKg‹Ôáä;Ѹ -ÍÄ?:û›Øã†ÑvVå*)'šˆ.'êÄsǵ(ª£ìÛD:Q}‡— ÇŠJ¥.õ†NU(—ßÙB†T¶\a®æÈIoƒ)jÜ(æ¨cU8-9Lcµ'sx&Ö¾\ ¢×Šæšø =øf‹¹1'*ËZ-+–XÓ^ÅÄZ,K¤UéP3Ý æê(®¯¤h›w‡OÙQØ(zDBÔ´Šöû`€®N‹Þ—ÝW½¿oªu…ýÜ—eß\ðiE¿þmaDÏÿLèAŸn-K‡â}'_µ£’TÜ% ’¢7p)wž€þ–ѼÒwÑQ[«r•.¥eMS§²¨$ž[Q\™i}ʉ ˆê'jÛPPSäQjÚ<º9”‡rÓÄ~Û½;«gylnÀ¾œX‡Ø†™{²Ä¶\ ¢×º¿„r­îЭ>å¦d;Q³\¸¼HØF¼^IõzÅòЈ š¢ûÍ0?3í@uq.Ñ×¢jŠ¼ãr[RQ¤ž2‡hì@Ôº ­|z.6¢À‹Šp.kvÙWQ]ÃN9]ž´wлÿ.k}úë>eý-aA‘{u(aCq:´÷žÙóŠpN´éÙ¹i‚ïR(ƒè&Qù?ݪ\)v3.‡hì:Qº²È­-ò[Q]§Ë9Z@ÔÊ MbwOYâßðäľ8”H‡ÆsoH%ÚöS¶¼EQQ¼++”ÖÙ™Õ¤D¯ÍU¹­©RiTGD½Ëå`T¯[l"¼zWL¼è:„ëÆpB =Á½gž’"V­él1O™r¢þ»Ð|•E‚£¦úú2y¶ôš2° ð©ÕëÆû[~ý;fD¿·Kïlyáì;ۯʕóŠLNôFfç&KÍ¥Œh ï©mDUAÑèxÚšg騧œèJ9Q|‹Þ‚•-q£j„üw ¢ú™Ú»?Žm-¡ £rÇô˜?Ë•U¹œ¡Çíèl1O¹j[6ö†Ú–cR“x‹Á¡r¬š½Æ´¢9Øš[S¥Ò¨íp®ãEár¡6_bÕ5Ë¡§üex,®ÅÑÜ ö‡:>4ïFU®~Ê+‰ÖNŠÚ½¢°H·g$ïÕÖT’”£”µ‚ò¯{,š+ÊŠÎÎÿx ‘ @]ÊýPØPØQ·`ßÑÚ?9‰ìY MßË¥é\¬@úP¥šQÐQ´lͳt¥œè"NMÏõXQ'žëG¨ çòZÝqñ”…Po¹Ê‡¢òD4hÁ¹°Å-(*`):tîlÙ~(Ýu¢NˆR”i¢vãØìÊnR=»½òý-°¢hתr•œœ(¿(Õê)³¤>Iòz (B§r¡žr"áBËf嶱“×çDK êZÑíE‰Q=Ãè¾q¦òkîå}|þ’•}üìÙéù7ïÈH.̆ª\¡ö ¿ÖTåJíO-ˆŽš/ÏV)˜)BúPµéo`De(wÔžgéJ9Ñ…f¨¯SÔ¥(l­)ˉŽs¹¿'V>4q`0ß,’+f嶷::Ñ5MQ¼-‹ÝuÓ}Yþ’½*CÕ¬\{Òß.1Ôîµ—‹4£pb†ÑlS{‘KPS†›úˉLÔÎ]áq-Y+»:××ãb5¹]Ü-jŠt@eÜöþ}‘+Uzðˆæ²þ–óßR7¶E¹^†¶sßÑÚ?>!r¢ÍÖçFi¶ð2ßuY+#:Ò¦Û;\%Û‰ˆz‡/Z1Dkœe¢Úß²¡D¨Ë”¡H®D¨UQ4/Óˆ¬Ê“|ËsŸ… u!ªzÍUÝi²£ MÍwdaJ5C¯:­Èom¶ý„›‘E«eêÁì‚Z7¹v)\ ýcåìLA‘5˜õGErÕš ÖZmmV®-ʉR=.•ñÜÛ‹¢Ì¨Â%ò¢ÊœrÉiEO>}ùòüâ—oÁ9¹B JVYûN;ž²Ô>êp#‹š„è*3ÃI] 2x󺿥l]lûñUH9Ѽ¢DVÑjŽs QÍO§NQgDÏÈtè"·2ûm«Ž#r¢|_&ìepR*´ËvS³-»»rµ½ZËXïË«]f(QKP4WMíKÄQF¯™Bkª× \ šâW[õÃæ¶ÍU ¡Ê…–\¿Ý²Š")kbš¶@Æs=UÓsûV©n¯‡Iz¿‡Ø)upðÙæ~Œ蟼…Æ+3Š*¯=K·]Éh«?‰¬œè¨Y‚2ˆfrÙ »1jeDGº¢(ßöÓ«w¢©¨Ê‰Ö*-B­¶¢…MÀ­gIì…èXòÎø³Gélè,YµnV®%æD×®¹ ÕA]Š£ ”ª•ÔÄÑæ¬6âJˆ^¡CÊEsþÚ‘akRDNÔ¡¨Â(HY¢5K¨±ïc1£p30…ÈÏLƒÕ3l^5¶ø jœ¨<ï´¦ÆñÈQ}Kýx®A©ñ¢÷mŒºâ3æò&ÑÄ …Gý·ÞÉV²(·bVn›ö¥½á8B‹†CEÒæ@­y÷…KQP•[3#ª ŠŽYEQ;|P™¤k@´Â‹Š»EËP:^åh>š5¢È8¬™U’[†Ðù2_[™}cCÛò.“9QO…uI®ZR …•½ŠàÆŒ|h‹ê'š‘ljZ5%Ž>eR0O#ÒùP“ Õór]†Ê7LJP2Ø~–p¢â—ï&%•E¢>Š¨¼(˜EOÛQX¶+‹þ(¢¹Üˆ¾y·úZ<ð0”žó7nQ%£­!žµ tcèp8) JL*Â5Eµ2¢¢ô©`èñ$oG¿T½v¢"œ+ã¹Þù¹4D«"ºã,O AÑ°y”ßK'âwqꉆNç³xµ¶>³œèÊËPÌQ;PXº-ãÁä•áÜ+@tâTíËmÈ97+2'J`TNÙƒKæºR°H©ùÉÌXPe4YÕï”éU%+Š Hë0´=Ÿê—:QÕ(j*‹Jã¹  «ÇèZ“îÓUe¼…Þ)ŒèWŸ>ùèéˈþñ-èn©HneEÑvç‹z´÷bá>QåB›„èT@´¡•Qá“9D£ùªUï¬OG¢]‹„¨5´ˆ¶¢è:—R/:ž+ˆ&ʃºsÏŠ–ãÚEºžˆÍ(Z¯§pÜ<¸·EÇAîDÊÝ`Žfhç%Mr,ÐÊT0ô ÓŠÔ¶¼ršC·ýho@‡dÜ ÷¬–µb¦ŽVQP†Ô¸x8} R‰Rõ Á¯sà™—Ôí:ïJˆ2ŠN°-‰ç’5º}£=ÀÓû­RÅ´¢™½xD ÔΆ>Bu÷VF)ˆ6ŒPæDSwZšÐêŒèHEr'éº U³sù†Àöe¢d¯(åEÕÝ>ŽNyäX§£F·¤qÊKs!Bý¡Ü8_ Ø·o·.³ªsaï!.-BÇ")ÚRáØùãÆÊßT9Ñ-ÌͶl5K´ê)7¥#Oð\-rÁ\¬fjVŸš˜`|¬|¨žì§×ÝF¨P䧨ZªVÎd”Nt±œM]ˆÒõ¹+z`¦èŠˆ®ÔåÔ¼/¥X}^Vô±´ð¹©Ê}ЧmèQI6´]3Š ö8'ª«s¡;u!êúЊŒ¨ékEó|½n_dœ’Èï[9QQLQÐ%»EEbÔ§YQ•µ’¡ `†|¨o¼«(JWkÁÐaË3û=ºk»-Wì̦?S)Ú½T;ÑM§'f_¶lh»žrcŠ¼•EþåÊdf²lÅœÆp+‹Š9€0®§§E24ËôŸI"Ô¾ mku¸–³Òœ˜Åñ\_@WT—éõ¨ÿKÍ}òéééë‹?¹.ôGhÅ|…±llIóiK÷| QÐ(Ú|‹Ëp²²Îï±sen±ùWeD…=>³Ý½uo--UỜ¶PÏ÷sŸ#J±tÊyMLßÖeå2PúÚPŽÐEÎvˆH#4RY‰´}Y j’͵(šg4MSíh2=TÙÑ +ºá´" 5ja†­IíED-uN‡sÁrårÁèõá\ñ5.ÏÕay³À¦ªÈE¨¤¶ïÆÍ\·¯ú«å¢tK…Å]5D×ÍŽ’eóøüô姿ûõÓ¯ #ú_ïÚEȆ>6”̆¶pß‘’·‰¢Â"•m®¶hºÊÐíñÂEhYFÔ¸Ðâd2e»{G*£*¹†(¼—[[Q2) ºN} ÑY.¯ý&ø©n±H–eõD (7åDo’!•UûÞe_­JÉÆ,Ë.sGÕŽk6_'-¿Çe3†êm9·"¹-éÙ¿ EžÕʉR0´`n© ¨i\Aý*rÍôšš“U 0ZÒ×âÄ Z• •ŠVDMy®?žë¥èð£nT gè¿óÍÙÙWŸ~òѧ_]<~ÛŸ u Šˆù Û~¢~ ¬œ¨¨,jzýÆsc}a#jÈðfDGª&—ÙÐIÂÚÊØ8!UÉ DQy®•¥Kt±Õ1]¤Ó˜Åsi‚j/:±ê"TfC9CÑqpʃmÌì—8Ѫ}Ù·+~ª}YmË¥Nt£û[Ì´yÇÚlû‘Þœö DWëM*k}|1ÝÌ,“Y6õ£öxëqõѪ$ª×ª•ÙP¡½hGM<­IÑhF"‰æQÍOYËûÖÏÏ^~õô£§_²þ–ÇTM.*(ÙÐßØâÊu¢º²¨Á¬èhÁbš‰†¨íC™{*Ɉ„FlÛaÁÜm?·ºN4£z\ìx.IQ £&3j]h–ÕãDãã Wäšêîm~ùvšóí|1:ÙÐV¾Ë¾Z•ê}9s @ážœ!~ʼh™Ý$#ª²¡ ¢¨­¶F‘«Uqäѧ²3Isª¼'ª0ò"ÔÌš¯lliùZEjÚ¬,²’¢N«¨ èz"ºý>ð¡fˆ¼/ÍüØAÿϯO_>û䣧/OÏÎ?Ç ä¢d¨=¢ØÐ4kk6TÈq¢*œÛè䢘Ž.Ĩ\Ë„ÊZROFEr'iÇ*£*Ò‰ ˆ¢q DéÚ"ŒPÓµ{^ϵ<¨š*Ê¿?ñ¹P€Ð8—[ÄÐÉJ´´šë¬U)77 R¥Â‹‚|ߢKïå®ÏЉþiåóÓ^,¼È¥*'ŠÖŒ\.S f(©â·ú\ä âªà¾÷Î3§¯¥•ÙP¡½HM[ðTÁxn™Eí¢¤}S¦kêuÍÊy$ÊŠ>aÑ7ï=púÐcCí}§½¡P{vaÑHu‰6Ó=Žy·$UNTšA„ Ú1†Š¨J®!J7¹TÔ1ãHPÔÌ^DMs‰i§šHMàYðj"§©Öä.SÃP˜•`6´õÔªTÖçæÂp”îËh‡V.¦¢õ-ÐÝíl¨ïHrïq)¯Ï5Õ>e§ÊLOY€ß÷Vãj€f¥q\ÐÈ«"¹m̆ õæªÇÅÜãK‹>Vô‘S  )j•.Ð?ÚWd¬·ø·E4÷ÉÓ¯ÎÎοÿ¹¯žõµ<Ç…Œ-î …r¨©,6fE£”ŠHÉË/ #:"„NÅÐ.í2‹çækyŠvËsíVQº¸È5£’¡ÒŠ Š.2mEÕXyµ¢ŠæNNˆ@.L†Î±M†¶zê3”'BX*•ùª‘µŠPü­} è ½;ÙP)8ÃŽQÖ“$?‡ª:GÍr™©¹YVRF¤ š©Aóþ»·íóζe‰zë„(Ý)ê·¢T@ÝÚ× UÑÛõóòƒÞ½x}úòÓO>aÑ‹ÇÕUEV©ÍÙP!‰š´hƒÓsÙ‚ß8QLÖ =YfŠ¡íööX"ª’¯ER:QÏõPt(j'FOäyàI'¼x)M0\=•”q„.3½G ¬Ä"m[o(ªU)%‡÷e][Tµ/gfØMVÖ(ZsZ‘Ɇš~ÃÝœ6O‰v¢ye^Oò5&Ù(Õí£Ul†yM(_.ŒÐ–æ6¤ÔÝ¢cÏõ•Qu½¨Šîª$)D¬DèÛý¯/ÎNY4—eDø%‘ 55¹Pmë¤\WDõ¤…æ²¢²ýÂAh"(š¸FÌV`6t*Ú5†Š¨J& “¢ª´È¹›3tâ-.2]9K¾øzR<¤T³SÝñ¥!š¦S2”÷µº^v*+1 fÉ¡EeÂÌ kDtõ,V/Dë•M¼Ö¦½ÑÁÕ£ëÀÊ+©Môžˆªdʉ¢Ò¢¥7 K—èR1]ŒÒÉLŽEÒH«8®Ìˆº…‘ÜX%èCñ½¡­Í†JÑ7Š–ת¨þ\m¥µå…h­þ–±þó[>9îÆDOÏ­äh¦F.ˆ›)xò2#êŒ(ÚöC¬Ôá'EQi˜Ÿ[¢„¥c¼ú{>}ùå“OþRÑ7„Š†ÇÉ A½˜œÈ¤è±Ña“S‹&l{—üÐÿŠÁ: ¢Ðˆ ÿ \(³±Š¡ëŽ1TFU@eªÏ]¾r tm3 º~ŒrÍsDQ}!¦ÔÄJ…ÂE3.×>´ÍSþ¡é¹p|nÕ¾,÷N¹^¢5ÊŠÔ½¡+ãmZÞ+ѼŽ.Éè{î¹3/—‰è6HѼdÂŽºËµj}žNv×9¢¢~+ê¡(eG±5Ezûûó³Ó¿<}òé˳óó¼ç"ôErAAѸuw-VhC”r¢z‚n#$=Y¦Mh/¼ÄQmBBY_KÖ]†Þë±é¹ß"De‘s“‹Ûæâ¥èXÌ/ò¢t–Ë‘Æ}Š.q*¹Ðeœ†.P_K[«øzô¶\'H¨Ra•‰QQϸ…ÑHmË镸 Ñu`«ªR0=sA…u¨ éûš£šÜöGr…͸AÑSZ¬è&õÚQG<üöüÛ—ùø“¿œFôˆ Vg(ÙšdywrCåD}õ¹ ÙÑ…±¢š¡úº®ÈÐS_*:C£ñRîs«N2TÎ,’Û€èbºS_›‹Ñ„JTù’ P‘õrM$—?å…‰ä&ùªï2}Ós%BõÖœe¥³p,y ZÍ=†{sÇ¢ƒ j¶õÚ¥EÕKeºE¯aFѤ|£A¹éÝu,ž;'ã¹ÆŠêÚ"—¢FkpT|ÜŸ.ξ}ùÅ“?Ÿž½¾øÁF(¨'²“¡ék1Ú#!ªfÿ£kj+ˆ‚ëEÔwTFT{_É=™+ÚMzON‚–‡ìL%EÍü\bôŸkEqbT‚”€éÄ‚(RLÄqB—©ÞÕ…íR}¹ˆZãs«"„h–\]+J6¹TN+Ò}-f[–Ö¦#O¹):°•5ì¸\j¦m–©5»F•5Ú^‚:“0ºuàNQÕ*ªK‹ì€®íEi3ú _ÆQ}ÇÙƒ7<šûÉ—§gç{H¹P” µÚî E¶ž«Ê"»ÉE¦EEpõÚx›€€¦¤GCuýŠäF"’Ûm†Šù[l«…ñ\”-ŨåF‘#Õ‰ÒâÛ8óP´øÁ)QŽÐD#”ïqû'òÍ’«Þ—uM‰ŽìUïÂ$D+îo™8Ûr§¢ƒM uŠâÕªsæ‘ËvÅÔhž¡´j© µÚZºu¿¿M.ּʊz(êbÔ8RÍSç§ÿpqþíé—Ÿ<=}}~ñÃûŽ =r ¦º´¼ÀÑþÔ QI6ᯋQ[pæéMU-Ñ#t¼ÌC»˽':EóõÚ8Q«´ÈÔç⺥=QùѱĨøöd¢I ÊÛÏAu2ÔØÐu<6‘ÜÎ EíÑ5ü hs©ÕîBB´¼¬ÈlÍÝŒ6©ÞÀw1wÕ9ÀfÙÆu–ºD+ØØÒŨ{o â¹„%)jGtË1Zª?ýãììôSaD|h!Ôq¡x¸hGjrö£1ÏÕÊáp¨zM@0+²F+H„Î2ÃÐug*êsó5Œç¢ œ£Žµês£c1LþDzÓIlX™X‡ãÔ ä]df_ è!z—A? 楳ÿ4EM§ƒ¾h´LT}nÙ´¢áBmÌB;lR¨>·~ì]cL/RýµjV/|EíµêXÔÕçêëÐ`VÔôŠiÑGE7Æè{çg܈ž½¾xó›PÛ…‚Žô.ÕäíÏLRÔª-2s‹šHŒNW|÷IŒÎp5‘@èÉ$¡ÜîúÐ{¢ëYYQ*žk¼hE Œ*[ª¦ù-åŸ"¯V,Ͳ9‘ -Pi*vŠD_=Ô¡¸“'B(ólUÍ|sÓп)DKŒ¨®Éu"¹{ÊMéÝ)jyÑjŽª ®‰”Í`ƒàt¿²Š\2q݉ ;(QŸ›,32+ꡨö¢0¤» GÙsñšAô‹o #ú×#Çõ Tv¤wî)ê}8añ\E‡8¨{-ÔÞnêð™tŒã „F¡&Ú]†Šú\Q" ë¹ñ\Qbä©Ò,ÑÍÐ}ˆ <*’¡jc_K†ªãà¶ÚÆ‚wŠÚSèkíʺ¾ÈLÕõ{¢>×[V¤kr-zæäz„£ïö™§rÅdHWÏ£Wp4crð¨#Ò¥D5"¹B;É2õ¹¢ˆ¢ ¢DD×r£u8Z| ûÀ÷8ýíéÓÏX0÷Íß<åD¸$·SuŒ¶N D‘ÌÀ"ŒÒ+ŠÝä’)†¤r::ˈ*Cy2ÔTåv¡÷úÅ»¬*‹ Ec<¶ˆò¢¤-Ç(¿,ÎÝÿó"(¯'ŠAá„ÜÌRuìà»|TbE«Iª"„`"Žq9zÃ6û³[Ÿëëo‘sr©ñåÝ‹[5&}·â¹µú’2ÂÌàM4åÖfFƒ>-•"WèÆœ\ŸSYZ$»\¨Ú"}  ¨ƒQÕ-©FmñáÏ/ÎÏξxúÅ·¯Ï/¾ߊãZ.TÔñèW7Ÿr¡wæ:ž{L@]ëžîH¾ÀišŒÎŽm:žeІvž¡¼>wåXQ++J@”é ?êCédªv¤d Ê\(«ãÅ;cè¬c]ÎPža]õÀ@ǃ61ÆÛèïñï;õDsÕœ\7ÁÖͧÜ|ÑwqÞ©±b™©^+Ó¯Ÿéˆ1¿¦Œ »Sû¥æçÒYQ;- jtý}ãôi=5@ñ öÁ?\¼>ûÏ/žr#ú9…PX’«ê‰Ö}Ê…úÔà?]\4RUø¼zQ4U•S8DO,z2U—.ˆWzÝ}†îõ‹Mý–1ô¶Ö¨a©BªújºTLÈ;’Ï A™ ].Lg¨Fè:•îEr¹Ä]ÏTiQ½¡zhfO†Þ¥ÖxDÅ.+":ãnlgs÷:C^ÒgžÅÔ†£z›ÈôÊ­Cz4WÕÚUý®Äq§»ƒCÑ墯æÆ]Ù-ú¡åEmŠ*Œº$EÒôðáã7,%úÅßžÿãâ‡ÿ€q\ÈøŽ%Ú­ÎP[Ã阶¢:/ª;P®7Rw²0•^ÓÔ äNS׆vœ¡¢ÖœŸ·Ec@љϋ–R”ÔÌìAfOAqÜeœÂà¢Ú+’nGTp„Й¸P“¢z“Ž:À«Ïw¶¥2¢½/ëG½êrt°IõK²¢õª‹ÔŠi¿©—PçFå(ÆVþfî§EÇk¿ú‘eEÅ]X¡KEt­Ì(â(ARðsüƒßûëÅùë3iDt:TÕõD¹­Å¯½ÑÄs鼨éx¹N«Ëq,·'0•n‚]èÂìR¹fh÷7œ#¾yjˆâ{E­â"£rtžâ-†}]hwöµÚ+øq°C¡Žz¾¬èVTW¢ä.PM*ƒK‹ÜiEñܗÝK´ºlTƒ¹×ŠÖ&¨Z² ¬’I`ÃLvM‚æv.´ëµ_ljQ–@+Š(êÉ‹*3ê)¡âÔGþP@ô[iDÿúÞ/8. äGúŽuÓQÚ?1õ¹„Å÷¡™ é4•9ŠÔ&¤1:+þÀc…ÐIL!´ƒUq®"AQð×O,/êènjF§ÎöŠºZ4Bחݨྉ»Ѷ,3k`?Ö…)ú ‚¨3­ˆu†ª‹I‚ %TÒ“TÿÌ£—K|^é¯rsò©Oþár;îB¹`VRtE-Œ:⸴éiéOoX—è_ }ó÷ÁïK„":6.´kÝt”öcϵ­¨¢;¹f´IGjˆÂgEÅ[Ÿ)Œžèr¢“É!t§ʲ¢—kT ›ØiQAQ:¦;l€ÒùÂÞdÄo*êlì¼}ÙqÊ%ú&JöåÚ3h$Ô³ú!]Å‹²¢6C— ¡Á…ú„²¢ÖÜ¢Ï=ˆ µ‹ˆ”P1‘úÌè¼ åYQDQ”2ŠªNdFF Ž–ëÑ£÷ÿ~ñ󳯿8;¿¸øás@P3èd¢]h÷æ‘‚õ¹Ü:åEC3Œ€Ñ|ŸúÖ ¯7yÔ‰Úß.Ó©AhœS]ïƾ×0»‡º€¢£4E%Gk¡t‘â-"ž‹‚\6ÉÏ™ÜÊw‹l"*Î49'-º±@[a¦öõO‚¬(žVî µœMp¡FýÈGÑ|c3zmÙ£¤vÁ…r¬¨ 芈.𢈢6FërôÑCñáßýÏ/¾y]Ñ#Ç…¹Ð]p¡\ýád )jËTéž—¡ù¾)7216WNÇ`*t¬](ÐN€òèh}i¬(¹`¼è+%0*:G9GÑ0yù5Ç,ÿ°Þ~$BYÙÝCÎ]èe–¯vã]>*57™Ñ½¢¨¿e7åUç;%nHV¯¨µ\ùmQ”ˆ¹ïˆ åÌm+ ¼(ÒÅU­ ©þ(öKþÆ!úõë‡þø÷0¡zF®p¡É®¸P®#%(:ÒEñÛ§ü1õíPÝí=„yÕh _ß™Dè"åûÎ.ÛYèÚiÑ…Ñ%)êøQ=‘Aþ¤€h*ãSü[r‚²\¨ÝhÁÀ~yYüàμËÈÜØ·l5¾'ÇD4—¹ÐélvémnD¸̆¨d[Ókfi•»§q¡\=>A7´(È‹ºÕ~TàTü§2 ²ôè?¼¹8] ôÍÿüéؘPYM4ݧ|ïÞþRW>ÓU>S¥7Álz8‘adðiH‹òª£ql^à™r¡(ua¶ønW=[ê]²x.jsA.E=µ¡Jh™™Í!•µw éB/wÅ…2¡^QÇ‹Ö†S_úrî¸PLP½-J¨äÌ#Ï€7 Ñ•ç´³;.”ë0âE}./ª0êrÔ8RBGÌG~ðË¿¾¹`zóÃÿóS$ Šâ¸¼/t'òGH,+zRêE¡„õº¨j×ê$7S‰¢™~‰'¬Ù6Æïµx™ùû¼í‡Ò°Xí(ßÕùökº¸F7»Ô (­™®ÖÏËEL"T@tÇÞe«‡ß 6»/'(#:\8Î&Tä–¨ìÌs%N;»åB¹XU#L‹Z^›Q/F%K47õ-4øþM¡BÿÅ—&Ž«*ʉvì)›¬¨²¢4FaTW^»"¶°xw4Ä¥½è$Oðsî;ë›èÂkGaZÖè.Š;º!I笛e™¨ÐmÂÛ?m‚Jz¹îïØ»ì¯V1~´Á9ƒÓŠ–T&4¸Ð2á ]§l%>Ý€¬€Á®ô…Rê 4Em/ Šte}‘Á¨à¨RÄ¿êÿß ?þó~úéÿ5Aew:[òýhŸò½{Ï#IÑ/Šì(þ}3„ü:¿Çñ‰Ì‹N¦²ßÂ~›W;É•âµ£Tq‘)ÒEÍ. ª[¤sÑÊ‹q3ñL³„#t­ì=Bè.ú#Q¡KïËyóÛ2/.‰\(œîJTvñ)7¥¾е»{o x Â¸äig÷ü«Ð…ÅE6EF1E%G+@úh¡Áßü'#èOÿúûPgBuw¹`ûÑn>å{û‰[dÒ¢~Ž:(ÅÕÔâºü£‰&¼ßšX½Yà…ÞÍm§º`r‘¾M›Q…QÄÑù´¥ó©q®üW.bþt3‘cTrwÔù+tW`}cÛr–°û[ÆKÙ܈÷åÝ}ÊM©ìÌ£Ö«y'J,;íìâÑ‹Í-󢊢„U†TÁTõNƒOÙúß?1ý+vL¨¬&êøD—2EGDè¤6K)| †Ë––I¬w2‡¡«ªÉźkLÑD—ŽQ1LRT¢T9NñíÜxOPþ˜Z¢5Ò¥ô¡»ý”o£Éx‚weàl;û”›’·+ªëßëRKvÜ ´zíòR±ii©Ï‹ª®L:Å$%é)ú|0þ÷¿ ýŸcMPÑÒ"â¸Y—oj©Ö^ŽºÞ.`)D¨Ê‡ú¤ ʬ}z¤>'Ü,Ò?e^Óïñ¢‰ƒQ y‰•]ÄIºš®Wº]Åq/vý)ÃmÙIŒ®VrNjC³;íF<êËëß„/ê.—zÌ×]&þ5½T»{¦bݢƋýŽÆ((1²9Z¢ç ƒ¢hhTÅqwýLÙûp¦(Z£õe:™&ì&ÅÁÀ}§Wë]¿cQu‹¢ê"Ð1Š0Š8Z¼ù$KgŸ ,n2Y¯ ²¡Bwá)C+J¸µ£^w[^Ù&ÔÌ°Øõ§Ü”¸]{ò¢úáæ×9öÈL8¹Të?S õ€Õ]MQÓ5A]ãG+I*>ˆT6³h‚ª0.oi)ö£Õ8Sö‡SLÑQC=F&t6’Sˆú}Ðÿßß™ùD^i/ª!j( ̨á¨c„IÊŠwgò+ˆOMÐ4_Œù“O¦® ÝöC¸qU{Q³!_£’ èhžt´ûïrcTxÑܬØ8ªÖÙ:®ƒ¥º§íEÙ.£Æ;:• µhʾ¯àÉñ -¨CPǽ#OyÿùíEG¼Àèê(=F-Lh|ŒþÈC¶Lb¶ô—¾ué¼(é‚–Q—£–'EZj~ €ÆÅ›Îô«\¼ËÓâwçó Øá{'kË]YyQ»^EžÜä&{•}™HçC„nûïß-9yQê~Ñ•,1Ú``Æ t²Ü­z\B‹*ŠÎ3jcTR¾Es^Ix ~šÁ:Ç€ 2Œïp=.!Ç‹^Ÿ  ü±ršìZWâdò¢†¢™º¤ÜÂ(æ¨ø—asöêÕòUñ/ÐB”¿±€ à]ÎòÕyþÒ‹–˜Q%¬ÍQù¡¾]™Ûý;ó”“Ì‹Âb0"3ª0šKŒzMÓ6×&–^ªÝ­Ç¥4ˆÑE&1ŠÍhtŒ8 Pªh:0ä¼xðij<èŒ4ßõ|3–ð¢6F7g(èt?¿SÏÒ/Ë‹šñEÒZ ],K‰âeoìT=rOaÝõ¬>–S£KîʺV·ÂàÈŸÕÌõnË¡÷J"¼¨w½ÄÉgÖÅú¢Âá'ž6²û™PK}1”Ù•v\ ­Qjß—;$jÎífÛ¹{Oy4W¡•=/uèiB¸€ Óå(䈔¤EåEê~ÕFuG)OŠè©š¤YOà»ü? ²º¸,ß½ P"¼(Y÷©ögí`¨/Êø ¶eÐzמrcê "w½œåZåÚâš°üîŠæ'&èÉÑañÙE"¤kcqTíõÃr ?e)®ô "ºº›OùÃåÔ˜QèFŃ=6°tèI”t6¹SQ“jÉÙEØŒJŒJŽ&†£ po%’úÐâÍÆŠŸè0XüÌôN>ÿ#$›]Ôu!ötz<Ò)õöå;lZrŽ.^.Ïzßóý¨ Ð;qgÕœ2¤+Fé’-%©·y°ë¨Dh¾s3Eëªß_ÏÔ<Íc[Â’JË9RuG ´ œ óäÎùùj‰ª~%1j©À©üz~‚ #èj61ÑIPOÙåÎÛRõ sCoËž7×_—ïË»Þy{;:”Ipð…«£6z*"J7‰Ø2Ž: ¾ÚåG¦ÐEíñÅžc6qng»Î]©ÆõèpÈÌèØÁ³åôù¶ÿ:-Õ¡‹QÀÑD%H!K1SÉÏ y¶0gApLîjØ•0=–H¥Ž(Œ Ëä8¼¯5Ôï«Ýa”©Â©À§èj:ïòT¾ËÅåá]êË›Ÿ]7ºÙÆŒñeð 7$íF©õª±dˆžá¬ãÑ€×éò~—DÜe<›™»‹'ÒwGÉS;h>„§ŒU¸Ñ…â¨Ï×[Ñqæ@“çáIÖ—v£bs€ U(åÌ4ßÈÊÑdi^f><—§#øa0T‰ÚÒuºŽ¿)­\Aø´}MxÊ7%ãF]?ªW¡üˆƒ:Gá¬ãªß?•vt!æ¢ÍáÕҦSˆOvhW]­CîŽÐ^¿?Š—úÒFR—¥ :>Åéq?<ÉÍ$}ÉQhK9V@׳ÙܼËsù.'â]ŽÂ RO™´7ê߶LŒðOùfÕÈYDXžÐúQü ù¹Oy*9*A*I*nº ¯-Ö·-.äžÃ7ð”Ë4xþáx9%Ðã“ñ ÿbBã쮸ø8ä@¯*\MA“”÷*®Öyš©Wy®_åð.×Ñ@G }ûò ÿëìË—!2x{êsO II©_h•zýh­ühÊëŒÔ-RúÆ‹¼gqfî¸àu܆§\©âm>Ê’X\Ÿ3µœ=»«<Íûýð¯£ÂóGò®lµŸ®¨xÁ—òe^†wysñ§|Ím9 oú- øQ*§ 7x™.çƒpž¬«Añ”ű]8ÒD³”î"Ûêøžžò†:Ä·ËQþá6¦Â)æ‡*3ÊÏ»,¯f„|~m?*¶eÏÎìlË—á)oAìiË{Ä‘ê‡XûfbOYÒÜ òv{êREOvTxÊA-Tá”ú—ò]ÎÈWYÍ'Je’tÅüg¨ƒÞHü)WîËÖO‡§¼U±kC"wÑ,¾(œs®!þ”×èüJeFi= O9¨õbï2šª«;^`rô.ÝÀzbϯr[¾ O¹-bgÊ•ª3NðEMH=嵊‡™lËd„§Ôñ×µ/íNŒÊwyÛÿ‡» ù”I…§´;úÿi„JF endstream endobj 565 0 obj <> endobj 594 0 obj <> endobj 595 0 obj <> endobj 596 0 obj <> endobj 597 0 obj <> endobj 587 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 586 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 585 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 584 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 575 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 574 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 573 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 572 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 598 0 obj <> endobj 606 0 obj <> endobj 593 0 obj <> endobj 616 0 obj <> endobj 617 0 obj <> endobj 605 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 604 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 603 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 602 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 618 0 obj <> endobj 626 0 obj <> endobj 615 0 obj <> endobj 634 0 obj <> endobj 635 0 obj <> endobj 625 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 624 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 623 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 622 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 636 0 obj <> endobj 644 0 obj <> endobj 652 0 obj <> endobj 657 0 obj <> endobj 633 0 obj <> endobj 665 0 obj <> endobj 666 0 obj <> endobj 656 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 655 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 654 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 653 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 651 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 650 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 649 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 648 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 643 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 642 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 641 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 640 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 667 0 obj <> endobj 675 0 obj <> endobj 664 0 obj <> endobj 683 0 obj <> endobj 684 0 obj <> endobj 674 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 673 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 672 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 671 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 685 0 obj <> endobj 693 0 obj <> endobj 682 0 obj <> endobj 702 0 obj <> endobj 703 0 obj <> endobj 692 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 691 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 690 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 689 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 704 0 obj <> endobj 712 0 obj <> endobj 701 0 obj <> endobj 720 0 obj <> endobj 721 0 obj <> endobj 711 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 710 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 709 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 708 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 722 0 obj <> endobj 730 0 obj <> endobj 719 0 obj <> endobj 741 0 obj <> endobj 742 0 obj <> endobj 729 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 728 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 727 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 726 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 743 0 obj <> endobj 751 0 obj <> endobj 740 0 obj <> endobj 759 0 obj <> endobj 760 0 obj <> endobj 750 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 749 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 748 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 747 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 761 0 obj <> endobj 769 0 obj <> endobj 758 0 obj <> endobj 779 0 obj <> endobj 780 0 obj <> endobj 768 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 767 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 766 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 765 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 781 0 obj <> endobj 789 0 obj <> endobj 778 0 obj <> endobj 799 0 obj <> endobj 800 0 obj <> endobj 788 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 787 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 786 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 785 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 801 0 obj <> endobj 809 0 obj <> endobj 820 0 obj <> endobj 798 0 obj <> endobj 822 0 obj <> endobj 823 0 obj <> endobj 819 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 818 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 817 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 816 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 808 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 807 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 806 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 805 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 824 0 obj <> endobj 832 0 obj <> endobj 821 0 obj <> endobj 840 0 obj <> endobj 841 0 obj <> endobj 831 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 830 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 829 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 828 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 842 0 obj <> endobj 850 0 obj <> endobj 839 0 obj <> endobj 860 0 obj <> endobj 861 0 obj <> endobj 849 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 848 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 847 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 846 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 862 0 obj <> endobj 870 0 obj <> endobj 859 0 obj <> endobj 880 0 obj <> endobj 881 0 obj <> endobj 869 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 868 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 867 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 866 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 882 0 obj <> endobj 890 0 obj <> endobj 898 0 obj <> endobj 903 0 obj <> endobj 879 0 obj <> endobj 910 0 obj <> endobj 911 0 obj <> endobj 902 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 901 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 900 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 899 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 897 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 896 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 895 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 894 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 889 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 888 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 887 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 886 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 912 0 obj <> endobj 920 0 obj <> endobj 909 0 obj <> endobj 928 0 obj <> endobj 929 0 obj <> endobj 919 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 918 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 917 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 916 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 930 0 obj <> endobj 938 0 obj <> endobj 946 0 obj <> endobj 951 0 obj <> endobj 927 0 obj <> endobj 958 0 obj <> endobj 959 0 obj <> endobj 950 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 949 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 948 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 947 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 945 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 944 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 943 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 942 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 937 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 936 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 935 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 934 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 960 0 obj <> endobj 968 0 obj <> endobj 957 0 obj <> endobj 973 0 obj <> endobj 974 0 obj <> endobj 967 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 966 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 965 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 964 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 975 0 obj <> endobj 983 0 obj <> endobj 991 0 obj <> endobj 996 0 obj <> endobj 972 0 obj <> endobj 1003 0 obj <> endobj 1004 0 obj <> endobj 995 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 994 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 993 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 992 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 990 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 989 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 988 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 987 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 982 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 981 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 980 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 979 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1005 0 obj <> endobj 1013 0 obj <> endobj 1002 0 obj <> endobj 1022 0 obj <> endobj 1023 0 obj <> endobj 1012 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1011 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1010 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1009 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1024 0 obj <> endobj 1032 0 obj <> endobj 1040 0 obj <> endobj 1045 0 obj <> endobj 1021 0 obj <> endobj 1055 0 obj << /Title(SYNOPSIS) /Dest [5 0 R /XYZ null 827 null] /Parent 1054 0 R /Next 1056 0 R >> endobj 1056 0 obj << /Title(EXAMPLES) /Dest [5 0 R /XYZ null 455 null] /Parent 1054 0 R /Prev 1055 0 R /Next 1057 0 R >> endobj 1057 0 obj << /Title(Make a simple ribbon figure of an Fe-containing me...) /Dest [5 0 R /XYZ null 389 null] /Parent 1054 0 R /Prev 1056 0 R /Next 1058 0 R >> endobj 1058 0 obj << /Title(Use Molscript to compose a figure for Raster3D ren...) /Dest [58 0 R /XYZ null 840 null] /Parent 1054 0 R /Prev 1057 0 R /Next 1059 0 R >> endobj 1059 0 obj << /Title(A shell script to combine a Molscript ribbon drawi...) /Dest [58 0 R /XYZ null 738 null] /Parent 1054 0 R /Prev 1058 0 R /Next 1060 0 R >> endobj 1060 0 obj << /Title(SUGGESTIONS FOR BETTER PICTURES) /Dest [58 0 R /XYZ null 508 null] /Parent 1054 0 R /Prev 1059 0 R /Next 1061 0 R >> endobj 1061 0 obj << /Title(NOTES ON TRANSPARENT SURFACES) /Dest [153 0 R /XYZ null 333 null] /Parent 1054 0 R /Prev 1060 0 R /Next 1062 0 R >> endobj 1062 0 obj << /Title(NOTES ON CLIPPING PLANES) /Dest [192 0 R /XYZ null 572 null] /Parent 1054 0 R /Prev 1061 0 R /Next 1063 0 R >> endobj 1063 0 obj << /Title(NOTES ON BOUNDING PLANES) /Dest [211 0 R /XYZ null 862 null] /Parent 1054 0 R /Prev 1062 0 R /Next 1064 0 R >> endobj 1064 0 obj << /Title(HISTORY) /Dest [211 0 R /XYZ null 412 null] /Parent 1054 0 R /Prev 1063 0 R /Next 1065 0 R >> endobj 1066 0 obj << /Title(contact:) /Dest [231 0 R /XYZ null 358 null] /Parent 1065 0 R >> endobj 1065 0 obj << /Title(Raster3D web site) /Dest [231 0 R /XYZ null 394 null] /Count -1 /Parent 1054 0 R /Prev 1064 0 R /Next 1067 0 R /First 1066 0 R /Last 1066 0 R >> endobj 1068 0 obj << /Title(Conscript) /Dest [250 0 R /XYZ null 502 null] /Parent 1067 0 R /Next 1069 0 R >> endobj 1069 0 obj << /Title(Molscript) /Dest [250 0 R /XYZ null 458 null] /Parent 1067 0 R /Prev 1068 0 R /Next 1070 0 R >> endobj 1070 0 obj << /Title(ORTEX) /Dest [250 0 R /XYZ null 426 null] /Parent 1067 0 R /Prev 1069 0 R /Next 1071 0 R >> endobj 1071 0 obj << /Title(Xfit/XtalView) /Dest [250 0 R /XYZ null 382 null] /Parent 1067 0 R /Prev 1070 0 R /Next 1072 0 R >> endobj 1072 0 obj << /Title(VMD) /Dest [250 0 R /XYZ null 338 null] /Parent 1067 0 R /Prev 1071 0 R >> endobj 1067 0 obj << /Title(RELATED PROGRAMS AND GRAPHICS LIBRARIES) /Dest [250 0 R /XYZ null 862 null] /Count -5 /Parent 1054 0 R /Prev 1065 0 R /Next 1073 0 R /First 1068 0 R /Last 1072 0 R >> endobj 1073 0 obj << /Title(Raster3D AUTHORS) /Dest [250 0 R /XYZ null 288 null] /Parent 1054 0 R /Prev 1067 0 R /Next 1074 0 R >> endobj 1074 0 obj << /Title(CITING THE PROGRAMS) /Dest [269 0 R /XYZ null 862 null] /Parent 1054 0 R /Prev 1073 0 R /Next 1075 0 R >> endobj 1075 0 obj << /Title(REFERENCES) /Dest [269 0 R /XYZ null 808 null] /Parent 1054 0 R /Prev 1074 0 R >> endobj 1054 0 obj << /Title(Raster3D) /Dest [5 0 R /XYZ null 862 null] /Count -15 /Parent 1053 0 R /Next 1076 0 R /First 1055 0 R /Last 1075 0 R >> endobj 1077 0 obj << /Title(SYNOPSIS) /Dest [289 0 R /XYZ null 827 null] /Parent 1076 0 R /Next 1078 0 R >> endobj 1078 0 obj << /Title(EXAMPLES) /Dest [289 0 R /XYZ null 679 null] /Parent 1076 0 R /Prev 1077 0 R /Next 1079 0 R >> endobj 1080 0 obj << /Title(-b) /Dest [289 0 R /XYZ null 581 null] /Parent 1079 0 R /Next 1081 0 R >> endobj 1081 0 obj << /Title(-dpi xxx) /Dest [289 0 R /XYZ null 537 null] /Parent 1079 0 R /Prev 1080 0 R >> endobj 1079 0 obj << /Title(OPTIONS) /Dest [289 0 R /XYZ null 599 null] /Count -2 /Parent 1076 0 R /Prev 1078 0 R /Next 1082 0 R /First 1080 0 R /Last 1081 0 R >> endobj 1082 0 obj << /Title(AUTHORS) /Dest [289 0 R /XYZ null 451 null] /Parent 1076 0 R /Prev 1079 0 R >> endobj 1076 0 obj << /Title(AVS2PS) /Dest [289 0 R /XYZ null 862 null] /Count -4 /Parent 1053 0 R /Prev 1054 0 R /Next 1083 0 R /First 1077 0 R /Last 1082 0 R >> endobj 1084 0 obj << /Title(SYNOPSIS) /Dest [334 0 R /XYZ null 827 null] /Parent 1083 0 R /Next 1085 0 R >> endobj 1085 0 obj << /Title(EXAMPLES) /Dest [334 0 R /XYZ null 721 null] /Parent 1083 0 R /Prev 1084 0 R /Next 1086 0 R >> endobj 1087 0 obj << /Title(-h) /Dest [334 0 R /XYZ null 575 null] /Parent 1086 0 R >> endobj 1086 0 obj << /Title(OPTIONS) /Dest [334 0 R /XYZ null 593 null] /Count -1 /Parent 1083 0 R /Prev 1085 0 R /Next 1088 0 R /First 1087 0 R /Last 1087 0 R >> endobj 1088 0 obj << /Title(DESCRIPTION) /Dest [334 0 R /XYZ null 489 null] /Parent 1083 0 R /Prev 1086 0 R /Next 1089 0 R >> endobj 1089 0 obj << /Title(ENVIRONMENT) /Dest [364 0 R /XYZ null 640 null] /Parent 1083 0 R /Prev 1088 0 R /Next 1090 0 R >> endobj 1090 0 obj << /Title(AUTHORS) /Dest [364 0 R /XYZ null 598 null] /Parent 1083 0 R /Prev 1089 0 R >> endobj 1083 0 obj << /Title(BALLS) /Dest [334 0 R /XYZ null 862 null] /Count -6 /Parent 1053 0 R /Prev 1076 0 R /Next 1091 0 R /First 1084 0 R /Last 1090 0 R >> endobj 1092 0 obj << /Title(SYNOPSIS) /Dest [382 0 R /XYZ null 827 null] /Parent 1091 0 R /Next 1093 0 R >> endobj 1093 0 obj << /Title(DESCRIPTION) /Dest [382 0 R /XYZ null 687 null] /Parent 1091 0 R /Prev 1092 0 R /Next 1094 0 R >> endobj 1094 0 obj << /Title(ENVIRONMENT) /Dest [382 0 R /XYZ null 567 null] /Parent 1091 0 R /Prev 1093 0 R /Next 1095 0 R >> endobj 1095 0 obj << /Title(BUGS) /Dest [382 0 R /XYZ null 477 null] /Parent 1091 0 R /Prev 1094 0 R /Next 1096 0 R >> endobj 1096 0 obj << /Title(AUTHOR) /Dest [382 0 R /XYZ null 345 null] /Parent 1091 0 R /Prev 1095 0 R >> endobj 1091 0 obj << /Title(LABEL3D) /Dest [382 0 R /XYZ null 862 null] /Count -5 /Parent 1053 0 R /Prev 1083 0 R /Next 1097 0 R /First 1092 0 R /Last 1096 0 R >> endobj 1098 0 obj << /Title(SYNOPSIS) /Dest [428 0 R /XYZ null 827 null] /Parent 1097 0 R /Next 1099 0 R >> endobj 1099 0 obj << /Title(EXAMPLES) /Dest [428 0 R /XYZ null 601 null] /Parent 1097 0 R /Prev 1098 0 R /Next 1100 0 R >> endobj 1101 0 obj << /Title(-ang AA) /Dest [428 0 R /XYZ null 313 null] /Parent 1100 0 R /Next 1102 0 R >> endobj 1102 0 obj << /Title(-h) /Dest [458 0 R /XYZ null 862 null] /Parent 1100 0 R /Prev 1101 0 R /Next 1103 0 R >> endobj 1103 0 obj << /Title(-expand) /Dest [458 0 R /XYZ null 818 null] /Parent 1100 0 R /Prev 1102 0 R /Next 1104 0 R >> endobj 1104 0 obj << /Title(-size HHHxVVV) /Dest [458 0 R /XYZ null 786 null] /Parent 1100 0 R /Prev 1103 0 R /Next 1105 0 R >> endobj 1105 0 obj << /Title(-stereo [SCR]) /Dest [458 0 R /XYZ null 742 null] /Parent 1100 0 R /Prev 1104 0 R >> endobj 1100 0 obj << /Title(OPTIONS) /Dest [428 0 R /XYZ null 331 null] /Count -5 /Parent 1097 0 R /Prev 1099 0 R /Next 1106 0 R /First 1101 0 R /Last 1105 0 R >> endobj 1106 0 obj << /Title(AUTHORS) /Dest [458 0 R /XYZ null 642 null] /Parent 1097 0 R /Prev 1100 0 R >> endobj 1097 0 obj << /Title(NORMAL3D) /Dest [428 0 R /XYZ null 862 null] /Count -4 /Parent 1053 0 R /Prev 1091 0 R /Next 1107 0 R /First 1098 0 R /Last 1106 0 R >> endobj 1108 0 obj << /Title(SYNOPSIS) /Dest [477 0 R /XYZ null 827 null] /Parent 1107 0 R /Next 1109 0 R >> endobj 1110 0 obj << /Title(-fontscale xx) /Dest [477 0 R /XYZ null 731 null] /Parent 1109 0 R /Next 1111 0 R >> endobj 1111 0 obj << /Title(-labels [filename]) /Dest [477 0 R /XYZ null 627 null] /Parent 1109 0 R /Prev 1110 0 R >> endobj 1109 0 obj << /Title(OPTIONS \(to the render program\)) /Dest [477 0 R /XYZ null 749 null] /Count -2 /Parent 1107 0 R /Prev 1108 0 R /Next 1112 0 R /First 1110 0 R /Last 1111 0 R >> endobj 1113 0 obj << /Title(Object type 10) /Dest [477 0 R /XYZ null 547 null] /Parent 1112 0 R /Next 1114 0 R >> endobj 1114 0 obj << /Title(Object type 11) /Dest [477 0 R /XYZ null 447 null] /Parent 1112 0 R /Prev 1113 0 R /Next 1115 0 R >> endobj 1115 0 obj << /Title(Object type 12) /Dest [477 0 R /XYZ null 401 null] /Parent 1112 0 R /Prev 1114 0 R >> endobj 1112 0 obj << /Title(OBJECT DESCRIPTORS RECOGNIZED) /Dest [477 0 R /XYZ null 565 null] /Count -3 /Parent 1107 0 R /Prev 1109 0 R /Next 1116 0 R /First 1113 0 R /Last 1115 0 R >> endobj 1116 0 obj << /Title(SPECIAL CHARACTERS) /Dest [477 0 R /XYZ null 363 null] /Parent 1107 0 R /Prev 1112 0 R /Next 1117 0 R >> endobj 1117 0 obj << /Title(TEX-LIKE SYNTAX) /Dest [506 0 R /XYZ null 862 null] /Parent 1107 0 R /Prev 1116 0 R /Next 1118 0 R >> endobj 1118 0 obj << /Title(EXAMPLES) /Dest [506 0 R /XYZ null 784 null] /Parent 1107 0 R /Prev 1117 0 R /Next 1119 0 R >> endobj 1119 0 obj << /Title(BUGS) /Dest [506 0 R /XYZ null 355 null] /Parent 1107 0 R /Prev 1118 0 R /Next 1120 0 R >> endobj 1120 0 obj << /Title(AUTHOR) /Dest [506 0 R /XYZ null 271 null] /Parent 1107 0 R /Prev 1119 0 R >> endobj 1107 0 obj << /Title(R3DTOPS \(Raster3D to PostScript label conversion\)) /Dest [477 0 R /XYZ null 862 null] /Count -8 /Parent 1053 0 R /Prev 1097 0 R /Next 1121 0 R /First 1108 0 R /Last 1120 0 R >> endobj 1122 0 obj << /Title(SYNOPSIS) /Dest [539 0 R /XYZ null 827 null] /Parent 1121 0 R /Next 1123 0 R >> endobj 1123 0 obj << /Title(EXAMPLES) /Dest [539 0 R /XYZ null 639 null] /Parent 1121 0 R /Prev 1122 0 R /Next 1124 0 R >> endobj 1125 0 obj << /Title(-auto) /Dest [569 0 R /XYZ null 822 null] /Parent 1124 0 R /Next 1126 0 R >> endobj 1126 0 obj << /Title(-Bcolor Bmin Bmax) /Dest [569 0 R /XYZ null 790 null] /Parent 1124 0 R /Prev 1125 0 R /Next 1127 0 R >> endobj 1127 0 obj << /Title(-fancy[0-6]) /Dest [569 0 R /XYZ null 722 null] /Parent 1124 0 R /Prev 1126 0 R /Next 1128 0 R >> endobj 1128 0 obj << /Title(-h) /Dest [569 0 R /XYZ null 445 null] /Parent 1124 0 R /Prev 1127 0 R /Next 1129 0 R >> endobj 1129 0 obj << /Title(-iso) /Dest [569 0 R /XYZ null 377 null] /Parent 1124 0 R /Prev 1128 0 R /Next 1130 0 R >> endobj 1130 0 obj << /Title(-mini) /Dest [569 0 R /XYZ null 309 null] /Parent 1124 0 R /Prev 1129 0 R /Next 1131 0 R >> endobj 1131 0 obj << /Title(-nohydrogens) /Dest [569 0 R /XYZ null 277 null] /Parent 1124 0 R /Prev 1130 0 R /Next 1132 0 R >> endobj 1132 0 obj << /Title(-prob Plevel) /Dest [599 0 R /XYZ null 862 null] /Parent 1124 0 R /Prev 1131 0 R /Next 1133 0 R >> endobj 1133 0 obj << /Title(-radius R) /Dest [599 0 R /XYZ null 794 null] /Parent 1124 0 R /Prev 1132 0 R >> endobj 1124 0 obj << /Title(OPTIONS) /Dest [569 0 R /XYZ null 840 null] /Count -9 /Parent 1121 0 R /Prev 1123 0 R /Next 1134 0 R /First 1125 0 R /Last 1133 0 R >> endobj 1135 0 obj << /Title(-tabulate [tabfile]) /Dest [599 0 R /XYZ null 700 null] /Parent 1134 0 R /Next 1136 0 R >> endobj 1136 0 obj << /Title(-by_atomtype) /Dest [599 0 R /XYZ null 632 null] /Parent 1134 0 R /Prev 1135 0 R /Next 1137 0 R >> endobj 1137 0 obj << /Title(-com [comtabfile]) /Dest [599 0 R /XYZ null 588 null] /Parent 1134 0 R /Prev 1136 0 R >> endobj 1134 0 obj << /Title(OPTIONS FOR STATISTICAL ANALYSIS) /Dest [599 0 R /XYZ null 718 null] /Count -3 /Parent 1121 0 R /Prev 1124 0 R /Next 1138 0 R /First 1135 0 R /Last 1137 0 R >> endobj 1138 0 obj << /Title(NOTES) /Dest [599 0 R /XYZ null 524 null] /Parent 1121 0 R /Prev 1134 0 R /Next 1139 0 R >> endobj 1139 0 obj << /Title(AUTHOR) /Dest [599 0 R /XYZ null 328 null] /Parent 1121 0 R /Prev 1138 0 R >> endobj 1121 0 obj << /Title(RASTEP \(Raster3D Thermal Ellipsoid Program\)) /Dest [539 0 R /XYZ null 862 null] /Count -6 /Parent 1053 0 R /Prev 1107 0 R /Next 1140 0 R /First 1122 0 R /Last 1139 0 R >> endobj 1141 0 obj << /Title(SYNOPSIS) /Dest [637 0 R /XYZ null 827 null] /Parent 1140 0 R /Next 1142 0 R >> endobj 1142 0 obj << /Title(EXAMPLES) /Dest [637 0 R /XYZ null 521 null] /Parent 1140 0 R /Prev 1141 0 R /Next 1143 0 R >> endobj 1144 0 obj << /Title(-aa) /Dest [637 0 R /XYZ null 261 null] /Parent 1143 0 R /Next 1145 0 R >> endobj 1145 0 obj << /Title(-avs) /Dest [668 0 R /XYZ null 862 null] /Parent 1143 0 R /Prev 1144 0 R /Next 1146 0 R >> endobj 1146 0 obj << /Title(-alpha) /Dest [668 0 R /XYZ null 818 null] /Parent 1143 0 R /Prev 1145 0 R /Next 1147 0 R >> endobj 1147 0 obj << /Title(-bg white|black|#RRGGBB) /Dest [668 0 R /XYZ null 750 null] /Parent 1143 0 R /Prev 1146 0 R /Next 1148 0 R >> endobj 1148 0 obj << /Title(-draft) /Dest [668 0 R /XYZ null 706 null] /Parent 1143 0 R /Prev 1147 0 R /Next 1149 0 R >> endobj 1149 0 obj << /Title(-fontscale XX) /Dest [668 0 R /XYZ null 674 null] /Parent 1143 0 R /Prev 1148 0 R /Next 1150 0 R >> endobj 1150 0 obj << /Title(-gamma GG) /Dest [668 0 R /XYZ null 606 null] /Parent 1143 0 R /Prev 1149 0 R /Next 1151 0 R >> endobj 1151 0 obj << /Title(-help) /Dest [668 0 R /XYZ null 562 null] /Parent 1143 0 R /Prev 1150 0 R /Next 1152 0 R >> endobj 1152 0 obj << /Title(-invert) /Dest [668 0 R /XYZ null 530 null] /Parent 1143 0 R /Prev 1151 0 R /Next 1153 0 R >> endobj 1153 0 obj << /Title(-jpeg [outfile.jpeg]) /Dest [668 0 R /XYZ null 498 null] /Parent 1143 0 R /Prev 1152 0 R /Next 1154 0 R >> endobj 1154 0 obj << /Title(-labels [outfile.ps]) /Dest [668 0 R /XYZ null 430 null] /Parent 1143 0 R /Prev 1153 0 R /Next 1155 0 R >> endobj 1155 0 obj << /Title(-out filename.xxx) /Dest [668 0 R /XYZ null 374 null] /Parent 1143 0 R /Prev 1154 0 R /Next 1156 0 R >> endobj 1156 0 obj << /Title(-png [outfile.png]) /Dest [668 0 R /XYZ null 318 null] /Parent 1143 0 R /Prev 1155 0 R /Next 1157 0 R >> endobj 1157 0 obj << /Title(-quality NN) /Dest [686 0 R /XYZ null 862 null] /Parent 1143 0 R /Prev 1156 0 R /Next 1158 0 R >> endobj 1158 0 obj << /Title(-shadow / -noshadow) /Dest [686 0 R /XYZ null 806 null] /Parent 1143 0 R /Prev 1157 0 R /Next 1159 0 R >> endobj 1159 0 obj << /Title(-size HHHxVVV) /Dest [686 0 R /XYZ null 774 null] /Parent 1143 0 R /Prev 1158 0 R /Next 1160 0 R >> endobj 1160 0 obj << /Title(-sgi [filename.rgb]) /Dest [686 0 R /XYZ null 730 null] /Parent 1143 0 R /Prev 1159 0 R /Next 1161 0 R >> endobj 1161 0 obj << /Title(-tiff [filename.tiff]) /Dest [686 0 R /XYZ null 674 null] /Parent 1143 0 R /Prev 1160 0 R /Next 1162 0 R >> endobj 1162 0 obj << /Title(-transparent) /Dest [686 0 R /XYZ null 630 null] /Parent 1143 0 R /Prev 1161 0 R /Next 1163 0 R >> endobj 1163 0 obj << /Title(-zoom ZZ[%]) /Dest [686 0 R /XYZ null 598 null] /Parent 1143 0 R /Prev 1162 0 R >> endobj 1143 0 obj << /Title(OPTIONS) /Dest [637 0 R /XYZ null 279 null] /Count -20 /Parent 1140 0 R /Prev 1142 0 R /Next 1164 0 R /First 1144 0 R /Last 1163 0 R >> endobj 1165 0 obj << /Title(TITLE) /Dest [686 0 R /XYZ null 440 null] /Parent 1164 0 R /Next 1166 0 R >> endobj 1166 0 obj << /Title(NTX,NTY) /Dest [686 0 R /XYZ null 408 null] /Parent 1164 0 R /Prev 1165 0 R /Next 1167 0 R >> endobj 1167 0 obj << /Title(NPX,NPY) /Dest [686 0 R /XYZ null 340 null] /Parent 1164 0 R /Prev 1166 0 R /Next 1168 0 R >> endobj 1168 0 obj << /Title(SCHEME) /Dest [705 0 R /XYZ null 862 null] /Parent 1164 0 R /Prev 1167 0 R /Next 1169 0 R >> endobj 1169 0 obj << /Title(BKGND) /Dest [705 0 R /XYZ null 660 null] /Parent 1164 0 R /Prev 1168 0 R /Next 1170 0 R >> endobj 1170 0 obj << /Title(SHADOW) /Dest [705 0 R /XYZ null 628 null] /Parent 1164 0 R /Prev 1169 0 R /Next 1171 0 R >> endobj 1171 0 obj << /Title(IPHONG) /Dest [705 0 R /XYZ null 596 null] /Parent 1164 0 R /Prev 1170 0 R /Next 1172 0 R >> endobj 1172 0 obj << /Title(STRAIT) /Dest [705 0 R /XYZ null 550 null] /Parent 1164 0 R /Prev 1171 0 R /Next 1173 0 R >> endobj 1173 0 obj << /Title(AMBIEN) /Dest [705 0 R /XYZ null 506 null] /Parent 1164 0 R /Prev 1172 0 R /Next 1174 0 R >> endobj 1174 0 obj << /Title(SPECLR) /Dest [705 0 R /XYZ null 462 null] /Parent 1164 0 R /Prev 1173 0 R /Next 1175 0 R >> endobj 1175 0 obj << /Title(EYEPOS) /Dest [705 0 R /XYZ null 392 null] /Parent 1164 0 R /Prev 1174 0 R /Next 1176 0 R >> endobj 1176 0 obj << /Title(SOURCE) /Dest [705 0 R /XYZ null 324 null] /Parent 1164 0 R /Prev 1175 0 R /Next 1177 0 R >> endobj 1177 0 obj << /Title(TMAT) /Dest [705 0 R /XYZ null 268 null] /Parent 1164 0 R /Prev 1176 0 R /Next 1178 0 R >> endobj 1178 0 obj << /Title(INMODE) /Dest [723 0 R /XYZ null 784 null] /Parent 1164 0 R /Prev 1177 0 R /Next 1179 0 R >> endobj 1179 0 obj << /Title(INFMT or INFMTS) /Dest [723 0 R /XYZ null 728 null] /Parent 1164 0 R /Prev 1178 0 R >> endobj 1164 0 obj << /Title(HEADER RECORDS) /Dest [686 0 R /XYZ null 500 null] /Count -15 /Parent 1140 0 R /Prev 1143 0 R /Next 1180 0 R /First 1165 0 R /Last 1179 0 R >> endobj 1180 0 obj << /Title(SAMPLE HEADERS) /Dest [723 0 R /XYZ null 642 null] /Parent 1140 0 R /Prev 1164 0 R /Next 1181 0 R >> endobj 1182 0 obj << /Title(Object type 1 triangle) /Dest [744 0 R /XYZ null 776 null] /Parent 1181 0 R /Next 1183 0 R >> endobj 1183 0 obj << /Title(Object type 2 sphere) /Dest [744 0 R /XYZ null 734 null] /Parent 1181 0 R /Prev 1182 0 R /Next 1184 0 R >> endobj 1184 0 obj << /Title(Object type 3 round-ended cylinder) /Dest [744 0 R /XYZ null 692 null] /Parent 1181 0 R /Prev 1183 0 R /Next 1185 0 R >> endobj 1185 0 obj << /Title(Object type 4 not used) /Dest [744 0 R /XYZ null 636 null] /Parent 1181 0 R /Prev 1184 0 R /Next 1186 0 R >> endobj 1186 0 obj << /Title(Object type 5 flat-ended cylinder) /Dest [744 0 R /XYZ null 612 null] /Parent 1181 0 R /Prev 1185 0 R /Next 1187 0 R >> endobj 1187 0 obj << /Title(Object type 6 plane) /Dest [744 0 R /XYZ null 556 null] /Parent 1181 0 R /Prev 1186 0 R /Next 1188 0 R >> endobj 1188 0 obj << /Title(Object type 7 explicit surface normals at vertices...) /Dest [744 0 R /XYZ null 514 null] /Parent 1181 0 R /Prev 1187 0 R /Next 1189 0 R >> endobj 1189 0 obj << /Title(Object type 8 material properties) /Dest [744 0 R /XYZ null 434 null] /Parent 1181 0 R /Prev 1188 0 R /Next 1190 0 R >> endobj 1190 0 obj << /Title(Object type 9 terminate special properties) /Dest [762 0 R /XYZ null 422 null] /Parent 1181 0 R /Prev 1189 0 R /Next 1191 0 R >> endobj 1191 0 obj << /Title(Label descriptors \(object types 10-12\)) /Dest [762 0 R /XYZ null 368 null] /Parent 1181 0 R /Prev 1190 0 R /Next 1192 0 R >> endobj 1192 0 obj << /Title(Object type 10) /Dest [782 0 R /XYZ null 732 null] /Parent 1181 0 R /Prev 1191 0 R /Next 1193 0 R >> endobj 1193 0 obj << /Title(Object type 11) /Dest [782 0 R /XYZ null 626 null] /Parent 1181 0 R /Prev 1192 0 R /Next 1194 0 R >> endobj 1194 0 obj << /Title(Object type 12) /Dest [782 0 R /XYZ null 570 null] /Parent 1181 0 R /Prev 1193 0 R /Next 1195 0 R >> endobj 1195 0 obj << /Title(Object type 13 Glow light source.) /Dest [782 0 R /XYZ null 528 null] /Parent 1181 0 R /Prev 1194 0 R /Next 1196 0 R >> endobj 1196 0 obj << /Title(Object type 14 Quadric surface) /Dest [782 0 R /XYZ null 364 null] /Parent 1181 0 R /Prev 1195 0 R /Next 1197 0 R >> endobj 1197 0 obj << /Title(Object type 15 begin isolation from TMAT transform...) /Dest [802 0 R /XYZ null 814 null] /Parent 1181 0 R /Prev 1196 0 R /Next 1198 0 R >> endobj 1198 0 obj << /Title(Object type 16 Global properties) /Dest [802 0 R /XYZ null 517 null] /Parent 1181 0 R /Prev 1197 0 R /Next 1199 0 R >> endobj 1199 0 obj << /Title(Object type 17 explicit coloring for vertices of p...) /Dest [825 0 R /XYZ null 672 null] /Parent 1181 0 R /Prev 1198 0 R /Next 1200 0 R >> endobj 1200 0 obj << /Title(Object type 18 explicit transparency at vertices o...) /Dest [825 0 R /XYZ null 530 null] /Parent 1181 0 R /Prev 1199 0 R /Next 1201 0 R >> endobj 1201 0 obj << /Title(Object type 19 begin isolation from TMAT transform...) /Dest [825 0 R /XYZ null 438 null] /Parent 1181 0 R /Prev 1200 0 R /Next 1202 0 R >> endobj 1202 0 obj << /Title(Object type 0 force end of input stream \(optional\)...) /Dest [825 0 R /XYZ null 396 null] /Parent 1181 0 R /Prev 1201 0 R /Next 1203 0 R >> endobj 1203 0 obj << /Title(Comments) /Dest [825 0 R /XYZ null 354 null] /Parent 1181 0 R /Prev 1202 0 R >> endobj 1181 0 obj << /Title(OBJECT TYPES) /Dest [744 0 R /XYZ null 800 null] /Count -22 /Parent 1140 0 R /Prev 1180 0 R /Next 1204 0 R /First 1182 0 R /Last 1203 0 R >> endobj 1204 0 obj << /Title(FILE INDIRECTION) /Dest [825 0 R /XYZ null 276 null] /Parent 1140 0 R /Prev 1181 0 R /Next 1205 0 R >> endobj 1205 0 obj << /Title(SAMPLE INPUT DATA FOLLOWING HEADER) /Dest [843 0 R /XYZ null 686 null] /Parent 1140 0 R /Prev 1204 0 R /Next 1206 0 R >> endobj 1207 0 obj << /Title(Tiling failure) /Dest [843 0 R /XYZ null 534 null] /Parent 1206 0 R /Next 1208 0 R >> endobj 1208 0 obj << /Title(Transparency processing truncated at MAXTRANSP=xxx...) /Dest [843 0 R /XYZ null 454 null] /Parent 1206 0 R /Prev 1207 0 R /Next 1209 0 R >> endobj 1209 0 obj << /Title(Possible shadowing error NSXMAX = xxx) /Dest [843 0 R /XYZ null 374 null] /Parent 1206 0 R /Prev 1208 0 R >> endobj 1206 0 obj << /Title(ERROR MESSAGES) /Dest [843 0 R /XYZ null 552 null] /Count -3 /Parent 1140 0 R /Prev 1205 0 R /Next 1210 0 R /First 1207 0 R /Last 1209 0 R >> endobj 1210 0 obj << /Title(INCREASING THE ARRAY SIZES IN RENDER) /Dest [843 0 R /XYZ null 300 null] /Parent 1140 0 R /Prev 1206 0 R /Next 1211 0 R >> endobj 1211 0 obj << /Title(AUTHORS) /Dest [863 0 R /XYZ null 676 null] /Parent 1140 0 R /Prev 1210 0 R >> endobj 1140 0 obj << /Title(RENDER) /Dest [637 0 R /XYZ null 862 null] /Count -11 /Parent 1053 0 R /Prev 1121 0 R /Next 1212 0 R /First 1141 0 R /Last 1211 0 R >> endobj 1213 0 obj << /Title(SYNOPSIS) /Dest [883 0 R /XYZ null 827 null] /Parent 1212 0 R /Next 1214 0 R >> endobj 1214 0 obj << /Title(EXAMPLES) /Dest [883 0 R /XYZ null 717 null] /Parent 1212 0 R /Prev 1213 0 R /Next 1215 0 R >> endobj 1216 0 obj << /Title(-h) /Dest [883 0 R /XYZ null 607 null] /Parent 1215 0 R /Next 1217 0 R >> endobj 1217 0 obj << /Title(-d[0123456]) /Dest [883 0 R /XYZ null 527 null] /Parent 1215 0 R /Prev 1216 0 R >> endobj 1215 0 obj << /Title(OPTIONS) /Dest [883 0 R /XYZ null 625 null] /Count -2 /Parent 1212 0 R /Prev 1214 0 R /Next 1218 0 R /First 1216 0 R /Last 1217 0 R >> endobj 1218 0 obj << /Title(DESCRIPTION) /Dest [883 0 R /XYZ null 339 null] /Parent 1212 0 R /Prev 1215 0 R /Next 1219 0 R >> endobj 1219 0 obj << /Title(ENVIRONMENT) /Dest [913 0 R /XYZ null 826 null] /Parent 1212 0 R /Prev 1218 0 R /Next 1220 0 R >> endobj 1220 0 obj << /Title(AUTHORS) /Dest [913 0 R /XYZ null 784 null] /Parent 1212 0 R /Prev 1219 0 R >> endobj 1212 0 obj << /Title(RIBBON) /Dest [883 0 R /XYZ null 862 null] /Count -6 /Parent 1053 0 R /Prev 1140 0 R /Next 1221 0 R /First 1213 0 R /Last 1220 0 R >> endobj 1222 0 obj << /Title(EXAMPLES) /Dest [931 0 R /XYZ null 737 null] /Parent 1221 0 R /Next 1223 0 R >> endobj 1224 0 obj << /Title(-bases) /Dest [931 0 R /XYZ null 647 null] /Parent 1223 0 R /Next 1225 0 R >> endobj 1225 0 obj << /Title(-protein) /Dest [931 0 R /XYZ null 615 null] /Parent 1223 0 R /Prev 1224 0 R /Next 1226 0 R >> endobj 1226 0 obj << /Title(-sugars) /Dest [931 0 R /XYZ null 583 null] /Parent 1223 0 R /Prev 1225 0 R >> endobj 1223 0 obj << /Title(OPTIONS) /Dest [931 0 R /XYZ null 665 null] /Count -3 /Parent 1221 0 R /Prev 1222 0 R /Next 1227 0 R /First 1224 0 R /Last 1226 0 R >> endobj 1227 0 obj << /Title(BUGS) /Dest [931 0 R /XYZ null 545 null] /Parent 1221 0 R /Prev 1223 0 R /Next 1228 0 R >> endobj 1228 0 obj << /Title(AUTHORS) /Dest [931 0 R /XYZ null 449 null] /Parent 1221 0 R /Prev 1227 0 R >> endobj 1221 0 obj << /Title(RINGS3D) /Dest [931 0 R /XYZ null 862 null] /Count -4 /Parent 1053 0 R /Prev 1212 0 R /Next 1229 0 R /First 1222 0 R /Last 1228 0 R >> endobj 1230 0 obj << /Title(EXAMPLES) /Dest [976 0 R /XYZ null 737 null] /Parent 1229 0 R /Next 1231 0 R >> endobj 1232 0 obj << /Title(-h) /Dest [976 0 R /XYZ null 639 null] /Parent 1231 0 R /Next 1233 0 R >> endobj 1233 0 obj << /Title(-b) /Dest [976 0 R /XYZ null 559 null] /Parent 1231 0 R /Prev 1232 0 R /Next 1234 0 R >> endobj 1234 0 obj << /Title(-radius R) /Dest [976 0 R /XYZ null 515 null] /Parent 1231 0 R /Prev 1233 0 R /Next 1235 0 R >> endobj 1235 0 obj << /Title(-Bcolor Bmin Bmax) /Dest [976 0 R /XYZ null 471 null] /Parent 1231 0 R /Prev 1234 0 R >> endobj 1231 0 obj << /Title(OPTIONS) /Dest [976 0 R /XYZ null 657 null] /Count -4 /Parent 1229 0 R /Prev 1230 0 R /Next 1236 0 R /First 1232 0 R /Last 1235 0 R >> endobj 1236 0 obj << /Title(DESCRIPTION) /Dest [976 0 R /XYZ null 409 null] /Parent 1229 0 R /Prev 1231 0 R /Next 1237 0 R >> endobj 1237 0 obj << /Title(ENVIRONMENT) /Dest [1006 0 R /XYZ null 528 null] /Parent 1229 0 R /Prev 1236 0 R /Next 1238 0 R >> endobj 1238 0 obj << /Title(AUTHORS) /Dest [1006 0 R /XYZ null 486 null] /Parent 1229 0 R /Prev 1237 0 R >> endobj 1229 0 obj << /Title(RODS) /Dest [976 0 R /XYZ null 862 null] /Count -5 /Parent 1053 0 R /Prev 1221 0 R /Next 1239 0 R /First 1230 0 R /Last 1238 0 R >> endobj 1240 0 obj << /Title(DESCRIPTION) /Dest [1025 0 R /XYZ null 703 null] /Parent 1239 0 R /Next 1241 0 R >> endobj 1242 0 obj << /Title(-angsep) /Dest [1025 0 R /XYZ null 607 null] /Parent 1241 0 R /Next 1243 0 R >> endobj 1243 0 obj << /Title(-border) /Dest [1025 0 R /XYZ null 551 null] /Parent 1241 0 R /Prev 1242 0 R /Next 1244 0 R >> endobj 1244 0 obj << /Title(-size HHHxVVV) /Dest [1025 0 R /XYZ null 491 null] /Parent 1241 0 R /Prev 1243 0 R >> endobj 1241 0 obj << /Title(OPTIONS) /Dest [1025 0 R /XYZ null 625 null] /Count -3 /Parent 1239 0 R /Prev 1240 0 R /Next 1245 0 R /First 1242 0 R /Last 1244 0 R >> endobj 1245 0 obj << /Title(ENVIRONMENT) /Dest [1025 0 R /XYZ null 429 null] /Parent 1239 0 R /Prev 1241 0 R /Next 1246 0 R >> endobj 1246 0 obj << /Title(BUGS) /Dest [1025 0 R /XYZ null 345 null] /Parent 1239 0 R /Prev 1245 0 R /Next 1247 0 R >> endobj 1247 0 obj << /Title(AUTHORS) /Dest [1025 0 R /XYZ null 273 null] /Parent 1239 0 R /Prev 1246 0 R >> endobj 1248 0 obj <> endobj 1249 0 obj <> endobj 1044 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1043 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1042 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1041 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1039 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1038 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1037 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1036 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1031 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1030 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1029 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 1028 0 obj <>stream xœÿþ  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿ­ö endstream endobj 91 0 obj <> endobj 90 0 obj <>stream xœ…VktSו¾dn€Fí½@®4i Ð2+q\0C€Æ`0v ~aY~È–õ°$[Ë’lK–}¬·¬§õ²lɲ-¿Ø`p0®!LBS L¤m2¤ÓIÛ„æˆ\~ÌuXLg~tµîºëž}Ï>{ïoû£!«V 4mó‰Œý§²2vd•ðJ$\¾à§û<ÎaI [º¼½5¹™–ܲ"ùÔJ2œÿ–ü¶þ’Žü¸ËzÃøëÀž'`û“ÈJMf e„òZnE¥„µ-çÄ›ÛwìØùý—ݯ¼ò ‹-ÿÛë@™˜[Ág=K½Ô•ñš2¾d+ƒ²æQ¾Y<¹°RÌ*ápÊ8Ë¿å–ðʪY¹<®P(¨cmËØÎza×®Ý?¥/P'²¨ûóJ8\ë Ör¬G!üý‚ ˜œ_*à–ÕVˆ+%\éÉz^I »–… §‘cÈ$ ùWäyä8rÉF!'‘ÃHrÉE^DòLd?rÉ@¸H=BCp*È*d’v”6¶bÓŠÛ+µ«þeU7} ýÛÕêÍ«íèÑ…Ç2×ì\ÓºvÓÚ¿®S­[||ýã?ø¶a}ržŒÌ@NRAûí7+£ð#F"õê´µ¨ @ß®cÊÈ#­ì61¨ÇOË£±ñÐÐ81–ÇÆÞc“¯bò…üGÊ‘D&MÀÑacÊ­™¥&‘©Ñ¡Â½ÂAŸî^^ü w*öÊCÃãÁ…›D_¨1ʯ+5:-À[Z­N¿%f`žƒotŽZ€ïQvI ^ÍÛwˆ¨,WÔVëZÂb²öÐ:âªn‘šéRËR\‡®ÐLY™Ü ×1ÒrKÍç ]Z |še§"ã ôi$f¦Ë¦¦ø>±=#¹‘… J_û N.Ë— ø…â }ù|îoþm¡ç#¸†ÐÆ—ƒOþ|zÙ¬£¼À¯’\F.ÈV¼Y•Éáž©;¢<Ý\Øè³syÿ53æð ÑËçÃãÑsÀUôÙ—v%ÅŒs¥™»EOWžbŠ¹E5@OñƯ~ÖûõÐ3’ˆu tÙOêÜ£HXÉ3 ¾Mi¬B Õ‹Ô'D™EµU¥y\’¶£§¢åÃýÃÁÉóÄìÄàô5ˆ”’/czY›¨P‰O/ħ‰áÞ¦˜HÁ•juz€7ëìöN£Çäc~“ŒYŒV`–«É­u`§ëOk¶6´°³)Qg#_Ó®3Ô1åä*zù3†¦¸$#÷0¿¼F*¨Jëô]Âê{—Ù=ïw϶Ž¨Ä;±õÃ2nŽÛ?Mîź>±tÙmv«Í0Ž˜0ë}»€zj°Ý4·îÇúêIC›Wêp 5ð ²}ŸÁÈëÉaúnÊPN­âŽ"#eh¨3øÚƒ-ž&ܯîªmÓ¶·bÏ=T6³µ*i;žoh«¤ÿÑ@€ZÜ3PX†òLâµôâÀeê¶D?H²0xõa‚~7e9Í{¨kÈÃm4wxÍSŽ€Éo4/ÙG‡áÓ!½§-AÌÚ㌺çGF®-LB:€kÑweƒåuE9Dq¹ˆ[fÙbF—gÉ: Bh°É)ÿ˜ÿ»S´5ˆÉ Ì4ò^ãÉ¡ºïl¡Ã£É- ßû®þÄÅÙ_ÍŸ¨¿³¾ì` ¹ªü0SÆå×WƒjÀ·Wó¾7~á<Àãþúª£yo¾*f²ÕÞñ ¼Ïp‹¿ËkwPAXtZ"rSÌÒÕ¶ˆUgp§:êè6/ZqÏçÎ9ßÙѯÆÎÍ€.àчT.+Ö1iîó¾«5·µ@jÕâZ¡@ÉO'wùn`öAsÐìsNšÃÀƒ†šœJa…¼²ˆxõ”g~°mzø½÷+¸óë4ˆühãý¤/¹‰Ñ9§wÐ8@A£ÔtÈ—!pUÚ… ¼Æ?]Q\%-Ç@¡“ß#Jú›ßi>k­ïuʼü ”ÛP#åê¹ }íãÓp±1 ·~óþNJOŽ1_ZRu6¹þ.÷„wØêô»Ð÷ç}óW7 ÁÛù]+FZ‡Ó^ÎÖ’×3‹ÇÝ ]Q¦?õ%úÌÃýŒNÒ7&g«»¤5›Þ<ÁÙ÷röä•ÙøлýDÌýW]J®»D›ºñ?­¼ÿ™Q“ÒÊn4f^¯ЂkàJô— ƒýî^0.–õd¹±n™ ¡Óƒ}çÇûyc„5ŸO£ÓqÎ:ˆ±Ã•ŽBÊ”‡ò «|*Y£e·¦›°™¦°T Å\AΩÂà0—˜]Ma†°V³Ûâï0›Ü&çß÷·³Y!‘‘(Ÿü³Š<À'Ÿ—wj°Gï¸ü ziæ‹›w¦— ^#—5—)Ž3¹ä:U&à¡·ÜŸ˜í¹ñ5ÑÔ«ÔVJÍMñ´Z;æ%È…Ϙ\F«5€{/Xz@ímðK^"Sv‘›R‰ß'w.îHþ„‘IÎ4·ëAÎ H‡FÆý Äí˽٥Ò•Np™Î ™º­1樥ϦŒPû@«g@g¡8›ôPq/Øâö˜o׺‹e-ÊV©W®¢6™*\]µé–²~š|þˆSá+{á—ôþ€g"HAßjnmÑ·itbf©3¨ êV"·"0:Û½ø!áî4vu *¸uò&*\ÎjuÙݳ̷`žÅoŽƒÖxÇj oСþ…QVSÅ® IÇûú'’žj&U˜p’F99­.s'ÀV¶N“'yÙp¢]§W6U´ÖÎõKzoÜ» w}IT“i8zPâµy0´”8ûKÂjö¹Ým “*êê´ªeâ·ØÜ–ÞÎA&0vXŒÖSøS÷¼cÀÑù÷&çßôÀÞšç󞟞“ÃhS‹ÕÖeŽX{˜Cð©ž/ÍЇ‡µn…¨HÆ+"Òr¨:Á¤î˛۰qoòЃ5 øXÊèR·‹ÐšÖTúhJ¦µX褃jV.µ¨‚8–_§¯%Ó¨mÏ¢%dqYløƽw¤3¸>™òÒC½2M«¨nÇs úJ:ÜB1zð;F‡ÛQz–IÔ¡µƒN žN“ïÉ(5t~ÜòíŠsÿå·)-u›K‰-­.JÇà×Á°)ag³±çž«: RÑÔ±Ü+ñhgd¸0<01õqKq›Ô¢GFJ.Ï/Å/^ >ùíÛ>C/VÍ”7ëÚ j¢N¬Tq%. æ´¸Ln€öúêªrkS+2¹ÇÊx¥åJÏ½Ý Wž…/2Õ¶R¨ãèq¿M«¯“4¬–\N"ÙåËÆÞ·M¸'™ÝïE&—ÞW0u³@'”à-hªYÖ¡JÐØ.m¥âe“&ŒSŒ_#‘«jÕËZIoµw›ö5Åë51NÍpçÿëbW“²©]kP3·=Ìm8Ü®\¼Ò)M îB”PE¿5/^¤%³’ÇA‰µ”±N¨È­;5w²9dZ1‰Q23d›]–™¾û=7gnÌýfb„š.›VQTBî+!7~oaý0tcøé;Ü ,¶–&usEãf)ù´ê(£t¨2궇Fˆ„?äŸV÷`b¿Nª¡¬ÿŸöƒoØ"¦·¾¿”“Y}ú$qü'§"=×ažó–^jè÷5t‰…µšêbâµìü9ÏöÁ'1ïst¡þ&Wƒ¨HÊ㩯SÙN¸â‘|´?¨büÂ¥JÕ¦fî˜Ñ\Ô®¡úùà ûæì’?~‘€«®-ÂnEoŠ&ò ä•ùD¹P**ͺÿŒ™¼&Ÿ=A•þSò£ÇàáS O¼£6¯æXY5%JD‰Kg½W#˜ñ«w®µRÓp'™Áv¾Õe1îý,vë܇J'vJpâHñ¡,r5îQÑ¡ð‡ÿÀ‚:Ž>à0*4'†va®Ü-H/ØãÓ`s±Ëצ®/Áոʳ|Ð?°XMëëƒÉ¼ , ¦L­)k§,ëÖ!Èè² endstream endobj 1250 0 obj 3385 endobj 49 0 obj <> endobj 48 0 obj <>stream xœcd`ab`dd”uôôŽttÔöHÍ)K-ÉLNÔõK,*Ê/×uÊÏI)Pû!ÍøC†é‡,óoùßÇ1ýJf•e°w—ç]öÃTèûÁïÝüßÛ˜‹ûç8çTe¦g”(h„…kjkë D ---’*a2 .©Å™éy j@FYjN~Anj^‰µ‚3PuNNf²BzNeAF±BbJJj H[XbNj¶‚[fNfAA~™‚†³¦‚‘¡_fnRi±Bpb^±‚ÈÑ Îùy)©yÅ©)(r LæF   DzØÌÿUÃ÷#¦{Á}ßù»2ÿpýé'úGŸ­ó7?ë÷ml¿~Û;ÿŽªÿÄñ‹mæ÷Òóß¿‹wåøÆÒ÷ÿGæw.ÆIß™¿[|ggþ.ÿ#^´÷Õ¢Gº9ö¬Iò )Nòð“ÿ­ó[<+¨õ·2Ç¥ïü¿'²ÍX6mÚ™#·/twÏœ½kÿÂãÝ—9¾KX=ûÍå’œ-W”ДÜiÉñ™¯|þó¿[Í™Ïö›ë;÷wî)<<ßÙ¦òð20vÛª¤ endstream endobj 1251 0 obj 429 endobj 46 0 obj <> endobj 45 0 obj <>stream xœUTkTSW¾¸gnÒ‘Û+dh“ØU_ud©­,m#A"AZ 1’@ â«Š9´,Ä$ø-+TDE X@€±UÖ,-uÕ:íRÏÁC»ætuõß=gï³÷Ýßþ¾¦œ(š¦¥á~Ñk×- T¨ ŠLe’|Q¨\§Ód/ KT)3²öœyØÆo9à·‰„4>ßÿ|ó6õѧGfT½õ·ß]ÐèLTÿ*û;åHÓzK­L£5ê”)›3¥ó£"b,\øÏ?o{{{K/#ÒU ½2E-+|*6]¡Î\&• Ù*•2Iš¢2j7ë¥òädE²ýY´\¥H“ú+UJ­VcΗ-zyz.U¦'fé¥ëäj½t4B‘’¥’ë¤2:Y¡Ö /WgÊ…jÉ¢(j–Q²E“¬ðÓ¥è7g*UÑé‹<¼>RTFyP¨pÊò§æRë¨@*’ZMEQATõ!J9SoPåJÑ”«"åDSVê7z6]@ÿìð‰C™Ã-ÇTÇ_œ|œö9µ8 :=g2˜½Ì!àv€Ïžç9c’::áb¥‘î'> û2ÞàÚd½6J—ŸEypkqþþüenŦbÓÁÝ%¦r(º +«#9*Äenˉ˜ôeœq<¬ÆA£›­.èÇWî4ÚŒ­|ðœ´2·Aj`¸ˆªêìpo9’±>{ova¶d‚½W‚•¢ÿllõ ߨ Šs§3Î>°zÂÛJO8ÍB3'ÂR;ùl ~ÆÈÌß™a0ˆ—›K‹+Š‹J¬¥—|×;ùÄm Zü´ d{Ø£haBßÉånÃ@˜à4Þ€cøƒ·rl]É €ŒLÎ,ðgRÐ v¶O•oÃïÚh8„,CŽhŸâWÃðÔøØÕió¡K¸nŸG×»N^=/¾Ø_÷þÈ"—pÛq¾ß[÷àŒX‰*,!-²!ÊÖÿv}ñ]M›¤®çìÉ6È Õól¡vÔÐûV8èÊåຉD^6Ú¬ëÊÚµPDø9d1Y/ášÉ›í²ñ®Æc×Ί¹œ­+˜~0I)ç»OÈ—~lx_-ò4IúD÷(UËèõŠ¡švÉѶ¦­/š¡7‘çˆ}šò[Žø´”7†E&¬…l覦þŠ¢ê’cÔ>¿PrÖÁæ­m9_¾N´®‡0$õ“õ©³á{,yíJÀãÇwúÓ –’‚$|õxÏÕí<%ÜjÊ5%d§õ98†v!íñ3hƒlà‹1†Ø@#Ò2èWûaÒwz—8À~rF5“–ý$0‰ë@¿âp¾âÁgE»Í» h=T¨c|X®ºâ>ó’Zè Ãuܱ\é¾ê^+4'ÚäfÃïØ©Ø `:Œ §˜˜ÿ1Ã÷kÓ®u'o¾+€K\:V>¸Ôxøbƒda[ð¶Ô(#I‘ #¡þXa+Û`x™úxÆQCý¶³pöž8sùäYk»å.Ë ßÅ™BEÌwù~MB¢> ²Qi-#ý¶š‹¢ï‘gÃsl.‘—-þ¦+7ŽWáWy³Å\KÙ;1>$ô’%Ä!®&­c‹xTÇpÿ»¼¥*W󈸤€0åñ¶Rs™ù€ØL9°€]zyÃÏׯԶ5ŠkOU¶Á&Ø¡®ó;âØ-¦2ÿ¬a;šN÷Š¹ñö:½|·i§i‡ä&x)Ql4z8èˆJ®­œ†~J¢Uȱóê0µΊ/š+ 'ÿ"Ð;ϯˆØ”->¬Â¦rpôšp4/ˆÆÔ ¹ÌJ #s™µvUu0ò¨0ß$XˆèÓ£º³û÷›‹,âró>seQù · ±­´z,6—HºÑ8s8£ á Ö‡i¤–&{±ãØÊT>ä+32°ežp1•hw´oJ//f˜„wÓ±æßøPL/p_ˆÞh\ˆzr|’L[Ë´]á¾aÁ®:f½t©§‡®ôßtÿª*3a‡©`ïvÉò‡PºݶŒ^þ¶ Š¾©ÖÅMySè<"WÑÅ•Sè 'žˆI7†ˆs{ÔÇ¢aLÐƱÜiË°Ž}Û(ï>ZÐOâAîbÅÌ’ð)dOù@Îlæ¨z:å¨?à†¿7êˆÂ»ªE3εA¶ûÔ¦åv…Q-ÉI7–D¹Í Š\ª%®,–Ë é–Ös®5ô}ãv¯­þø—gN6W} {ØGá½þÁ©‘rqZBnòovÀΊœQÔ;ŠVº¾°Û–2àÊ=Á&|7Wš-°œ½Ñíý¯ˆK¤8ÙShb·Q§Ï#1‡û`ë± Ým=µCð{ö—°ë^¡4!rñ×È÷Úø]ÈrO.M]!¹ˆœÌã9ÜSŸäG¨@Ïåᛚo=ëû^" îœmÅV+’Y£¬`äÕá×FÊ^¢þú$ÊF endstream endobj 1252 0 obj 1884 endobj 43 0 obj <> endobj 42 0 obj <>stream xœ]UyT÷ž1ÌâBª\3©»âÖ ^d ‹‚ ˆ`]k#1@@$ˆØº€å‡ð¸S#-*ÅçFUm9¸‹¢H"&R}JÕ×ç«õFL&FqD81…ED‘D‘HD1D(±˜ÐƒOBN !†Á<áE„Rš'áAÄuRAZÈ˽&ôJêuQ¦’}&«9eï<Õÿ æPê0UG¦CiDŸ`8f.sšùþ]¾\¬C‡!®Sc%Å¡ ç¯a=ÕIcƒKGùÒ8ó½ŽzLß=ŸÓxu'ÿ Ú~ÆmŽ¦åâ2tXŒv®¶* t6o®ÈIƒZü£8-+μ‚éV»kªCO Ì ™O¨¾îXÔá͉7½ œæ~‡~žÿ³©!ðŒÀ‰M'¿½Ð:ȹ¶±J¼÷½Žîp}ÄÃ(úÉCèì”ÔY ™4nô_)öå]À¬Kg 8ÊÜ£Û(µî Q;”´Ë`ƒx’ÇžR×þxæcLAoèóP0¦ƒ¡8·_Rã~ØsÉìàà%NðùE‡Så;bÜ,À4‰†vÈ·GÞóæòÄI.¯ÁGiÃ]ýÑ8Ä~ö1ž*p XóÓ@_;Yu§FÉåßsé‡÷ðÜ¥gƒñðÈM+2×ëͦ|#b5Ú‡à k›Ý8Ïÿœ1Ü•èZ CyüƒØAMr϶ƒ†ËÝÔs—.°»Cjîyn§ø¨“Deâ%±˜ßzeó±u§µöгŸHäªUx,ÎÇÞâ10ãÎͪ†:¡þBe£(6Þó…)'mÍm–D5îþ;DÁ<;È@~öÌƬcBu澌} XÝÓ8Ý?' ¯a¿5néÊx¤E†C9§òª·ûò: -ôö·›/™×´.=ñ—®üÛGƒü·Ö  oßù¯š[ÑiTc±¦Ì(ÏÜ™ÈâÍ´r%…‡ØAñˆD°²É MLâíš;Ìù}_W—ï).Þ«|ĬÛQˆ¶ 6LŸ,øͽÑd“lŒŽHáê_Ü r/RÚ›P%Æó/˜­; K¶"–;½Lú`ö9ÃU÷lÍ5škýéÂõÛÊ£nl1É.Á.Ã#$ØT7l8ŒÑà1ñ¡×ðk&èhêÕÒ諃ʲ’Ý%w°­f&mÓÞj~¹/!GIÈ9ÖWoH$sÒVj¤ü¢•~åñF3ÖöÁ¡‡O·Ù­•÷:›K×3V{ä}q¼Ý-¦UR͹Ð[$øÝöcÇš{çÄÚúÏ-Eîk™U°,ùæê§4Å>¹YWu£AÉå.(µf_ºíÚ±¿´tG úª„½Íäo/*Þ†Øü-{¬41/c.žóiÖŠte^ú6óöEl Kp4ÏÕÏ] Y’~üJ㑪–=ÊÇû—ØÏNw_ŠžvHØ •<Œ†rêz,ž7æQ“i…˱®¤^Òoaq^Lý“Æ>PIýßrH€¥]Z`½î1Üùù5'²¯ êР©aŒH\•·J€ƒ†Ëy¯c¸¼{4ôWòíµQ˜¸Zì¥ ]k:Pµ^™ù÷Mõ¨•åY»Cùá:$Å‹#e߉¯yh£±ÇÌÀkÍx)ÛAŸ‚ÂG°äÀ:»GNcÜÂêR gÚ³ÞÜÓ6/îi]½q©ˆ]Î\ÝW݈^°¿MW¹ù/$ ,—ÁÐÎãå~°ü…›¤\;ÌuÂév¶ËÎÂl¾ ÷¹þµ ‹5§[jïU‚ œ…Ôp 0©à xf󢹡æúåFÜ» 1[—­3Yô(¥Ùê`54D‹ËøÖóqÇjãÃB’ýÏù›6¡§V¸ÜE¢g2ðë⧫žuÑâ$ž_w)N±Ù}áÐ!ƒ„¸ˆ/ùÉƇˆm­_¤NÝlÌË rsó–ùE%Ï*ÄÞ¬(<Áw鲋§.^«½ñý [窫*«Öî¯GM,(BžbYDÜš…F¥yåæä/XÛ‡LpPj“‰!Ä;fˆKç3¸¢;žš¥8ÈAOì'ŽàñËH > endobj 37 0 obj <>stream xœ}WiTTW¶¾%ÜÃeF®%SRU1ˆ8KÐ éöÅ(à8*“ÌóTÅä…SNhƒ ZB3Š(£ˆEDŃF4qHb:¶é´Æ§½/9d­wnAì—÷ÖêU«nÝsÎÞwïïûöw%Œþ8F"‘Ø»¯Zâë½jºgXLZXJdHÐLï ¤¤øô™‹âcBWÇD&¦†‰ë¦vá½qÂûzäCÒõkö¯‰ìûÌÂÒoMËÞ¯±¦‡æPbÁèI$Ê’êÅñ ª¤Èðˆ…£ßšuS§OŸñïœ\]]Áªßï(ÜÂ’#ÃãôGZXL|BlX\ÊŸ‹éꘘÈExŒ*!"Y*n[­pŒ‰LHˆOS8.žªøhΧ™ôë#ïÈØàÔd…OP\²b…B|Åâø¸Ð°¸dºwiJ=ïK†™ý™*.d½×¢ŒøPïÅ a+ݶ®Z’ž±Æ#%Ò'ÕwiZtzLÐZelpÃŒOfä¬`˜IÌFf%ãƸ2³˜f³„™ÍØ3«wf3™ñ`œƇñd|™¥Œ3ãÈø1˘¹ÌZf3YǬ`Ö3^Ì"Æ…ÙÀx3‹™XÆ”±c,ž™ÀH˜9´+Œ>ó³‡y$ùT’%éç6N5îÞ½ ½×úÑúß±ËØrörC»Ðyƒ§Üû ÁP »ág]ÁIÖrÈbÉFä¿Iþˆ öæAîÉea"¼`Èš :ºë ï–wD‚Fnín±Ä‘ñbÝ Ð[áí‘·,˜ ˆÞ~ þ4@0ž6GìX€/˜‚XX SÁ|žX¾ç×&Â~ î<Þ}¥ýBå<€ûTõþU5¥Å…%e'Jºq'÷£o÷4i‹ó HÁ ñ¯:ª’‚vDg§ÊÓãb³B0G¦£zðe;¡V  þùÅ U˜wpˆ—œLFUàD³˜…i™{A_"læI5`À’!%Ñg!‘ZÒ¯$V0EZñ† A%\¢›r³Á†t½1†D0¡½Z¥Ä‰˜‘Ù$X,ý¡ÁÆ[]òŽku/ñXº? ú²Tb$½Tî៳2=Tžì¿5i3æ|ãOtõiÎÊËÏ7V´aNw¾ƒVp¤Å™¡±¤°â•Â=±Êh)H¾]áƒmˆõÄ…l–óíļÛíÙ•öÊÞ&¯ÌYÂ;ZdRHÎI;+#ÜÅ5ãWÏø4 éÌóE½š&Yyû©Š&1Ö³1l†()qÔ,‘¾kß3¡fŒ²`>vžš;¢{§„‰ÂnÒLжҥ"êðQ¬\¾#ãg¹nvY.ótÞL&cb‡çW,8|zëÅ´«ø¬¿Ô×r®¼¹ö)GÌQfðÎŒŒ´Ø­¡JŠj·ž>¯zs¶O~úÒ¹ª/(ªëTűi2÷‡r`A!›KB´°vlL)ã„÷DÈ Aþ(ãˆô·t1íóP«ñ®I¾‚m®â®ê¶Þî;§@¿æøç`è÷¥óÊÐ$w?Tô5Ë?   ÷Üã“D;•†¹ñý]EWÊÚåÚ¶S'uU È=˜ø7ÐDŸ™…@@zðÌ‘ªÂâÒC1·>®¾÷ˆºd±ºÑÁŠÃõêq X®P8-Ú8Ë_µBéŠÿÄË>OÐ?ßVT}VÖ\S^[s“#FˆØƒ‹´üAý©.̵UE­•ç%²”PfÖJà…<°¤1-áXè ~éÒéxÖÆå.+\7‘i˜ðqùÎ?=ï|Ò/ëÒ ö¬ñãä{ÁÍA-kʽ0—BxéP‡—Y3‹L%F ®þ2tâIíUy㽫­ý£ !ŠÊ¨àCJ)x=·/ üØlñW©ƒ‘ ±uûQV!$Eø›ŒÑ—õANŸ¤ÍŒZ.Z¹Ž.0A„(Ö *©8Î~ù5H Hp“~…Ž¿d¢ƒÚ£Ý‡ó°MÒ›¥V©•ØfÞ œ´{‹õ ¤šÂ^G GÜÄ^~%¸±:©‚T.ÂÅ?¦u€ ()} _ªn»ÜÒS9„ïro|¯Í”‘²±äÌQ;²e`!m„pöèFušÜ®ðm)r%Å”xéDÎoú™¼d˜¡Y2z€àƒÊ€gÉCTÞ,4^5¡J˜ÎÂMÝ• Òܦ‘tOÔÁ®¦øÛÖæ{Øæ>„ r+`’õ6õõ^샣“Öº”¾° "cßCUäºÈj?OdùàI¡œåJy+#ªÚÛŽX+ÈÇ$€]rÞ{J{­Y¾Í=ë㈭K±M4N9º«tßá¼|\Ì‘ñ(oÞŽ÷p.ý¼^ÞÚ*;ÓxòRñw?ð½HëqˆFLÒsÕ!K·­S†ÉS6G&S‘Ü”Øp ¸Ëÿ¸%§Î[xõ†æc´„J›˜ÎÖŠ¿+$ Hª.ÂEø0÷¯ƒ0Î˶.Þ*ˌޱGaÏ [^))»z¶×¨RlÃÃׯÓ6Âùê#2Šî¼¬¼,¼ûè–èÝê+kj’5ž©èÃñí ­j8þ®Oa\i™mCmyG›6#b¿l»Án` ÞVªq¶êÁ¹Q ü]žèh=vŸÎUló룀®O½6Ä®‰’‰p5 Ǩ°úÒ©˜;€¥/ðVü3ŠzÔ §Xàé¤è+ËÜ”•›¾;D¾cíÞ­8^` ï£'XþUΑ½GJlqÑ~ÍÁrúÔÇ_© ëmq[NYèÉúââBm%Ç?khÕô]±}åÓKÇT×XÂ>‚ƒTœF0uT$oŠÛ•&W%ÄåˆX´c;a´KÓK£é‰Ð| æV|– …R?Ù;316žã;ãc³Âìæû÷þò¬êuSŸüì•žS—1wµsƒ—|˜¨á¿à|&Ì{B¬¦Ì tö”¹Ï ¢ZL&pÄõ±=X?ì®úæKŸµÏ‰}„n V,Á(˜Š¤Ü^N}–üBøbx¾Xp~{±gW"~aÆö ¢5Þ——slÖצܑ£cX›öŸxk½-owÞÌÅn;\tH}tÿQùhaù탨ô%ëF·W€=  Ô‘æ:L”À4 ÷1£ô£PÍRJ‚#ø‰1SÉD*‡‰"ÿ•TŸ9-‰©7õC+Á L©[ø¥û’sÓp6Ž()M¨Ûp#î~„«.tuvÖ>Ä÷ðýðVç*ò^«57¬0§¸ÆöZgË`ÿéYЪKñ1|z[³ª&æüšÊx.^àîŸâWà â“)¥-ÊË}*kþù´2U„í2¿-ó—„Ö]ÎWUˆÅ*šŸžÐ(Ž#äGúrÒIš^ÖR¨.Ø_ ï…Çâõ"¯÷¥Ñ¬Ómæµúß¿Þö×í²ì,ŒCÏ<ÐÓnQAœ…ï¥à®›‘dZž¥Wö#ß‹òöZø~´˜:#vQä†9"–£Ú–:“0š–Ð0æo]F©¿û[ZuStG×Á'ô @ø³´·¯Ÿ(Y¡ÉðÖü âA6ݬÙÿEÀjø3µ‚–£1à,µ‚áb:ÐìF¬XÁŠpD:b•+¢Ë ՈȄ÷Ù‘÷ÁÈâÄØïžàÂÙ=fÅÌœ@VÖìÕ£3`DZrñ¤æ<æZ4YÑQ™ª¨=r…rzÆrL$6‹[¶ÜéiÖö\’å*ñn¼‹~ö¨3EûpP»ýðçÁÇm(uKœ¸ÍÖû ÔÔ-ù´9.ôK “%ÅæÄe¬âh#À,îXíàƒ¹øŒãÕ—ªªnÉ;ŽÏ?~l›‡õ;û —ῤ1B;K¬Ñ]1sCD¯4‘”‘ö÷^ÀI)¬†"–Ø!G2;f³D~&Ed=9É‚½†¹d. “œ¤…Ûxä/=0T8PÛÐmNk”áÛrÓ÷¦QÕ»;zk°ðΩ³Ø¦¾4mËöÜÌÜìÿ/ˆßøw/Zžâ(Kº‘¬ñÁÞ8$a‹GÑ7Öÿ×w°è®Ú¡u´/¼r´3úèØ–o_}¢!ñŠ]î®n}g°€ótö I¦g·CÛ¢sŸáK×åøRs•ä­3Wqgú/õi[äåçÆÌU®Î%P= 4SKþ©p{8RŒ˜"J€NÈ'ô¬1K Št@Kß«ºŽæi°«CüSê$èµ:K©VÙý/A_fDăt‘1‰Ä@™ž©që•;×Z«éºvâmXZ‹ö A\›"®µ@It-%W%8°ý¸ßwSlUÐè¹ÃA”k¼hѹóÛ>ö'w†÷é0@,‚¾18=ˆ6KOüTÝH%»¥"ÎYÔg9YL¬¶¬‰!öœ0‰2Þ‚%‡Qieѱ{=ÿúúÀþêúó=U÷ðWÜ›å7<¼c|ƒeÑ[2C3æs Gõ'@I½iì+ªŒúT$¸±+Yño@ýR^x’W›îg»`òU[’kº¨Ôʈ>ú<67«¸)×½~¼QõœìÌ…“ø:>“Ý”®Ý¿ëPæŽs³ñÔõǶ_uy†‡WŒ_ˆ,64;"Û{‹ŠÔéÆÜYmò戜ðôtyzzÒ.Úd•XwZ³tP-ÊJ€±˜ƒñQ†ù+._ô endstream endobj 1254 0 obj 3834 endobj 21 0 obj <> endobj 20 0 obj <>stream xœU” PSGÇ_/yRÌóI5ybkuP‹h+Ô"”Š"VI„Hሔ‚²I„å‘‘b‘CÀP/”¢¶ž-:µZkg¬ŽÖ:ýB·Ó郙N§³3;;ß·»ÿïû}û­€pu!±:~ãªhߨ$mRŽF—± 4C«wÌuN8g¸8g ñ||~†kÝŸyäLb…`x²c†h¶¸)`ò„ϼ¡@êÂ2ô†,MJj;76fÃ<_ßùÿY²[ ÿzØpu¶&EÇÎá¹jm†>]­ËYƆñ»µZM2›¢5èS³Ù$•J­?¶>I«Nc#4Z^Ÿ‘ËÎ ›Çúûù-ZÀOþü,º6I¥É`W±ãÁÿßD„ÛÒ€@¿Eþ‹—¼ýAH !'¦‚&¦ 1ð&^ãI®Än§`·àw­Ë=a²\‘ëß~êá4:—À^ìnØ <$tˆs×Ø,Ï2’:Íf¡µæ%VŠ..D[Í[Ì»öH­›uh*BÈDõˆìWI:¤×Vm?5vˆÊJð¹¿êË‹û­U"Yª10Y‘ÙMõ} üü¸@ŽôØw]ç©>1¯¾sÐysP‚ž„½„M—‹7= ¾p‡¡Ÿ¼—¬Ž —Ïyn {þ3HNöèÚ;š 5[PôèSÍÝå#.bKB±0üpâí$Åo üÙ»Û[Scä}¿:lýнsÚûÃzÒ3zôýÖÌ/NËÏww^úòDâʤ]â6Å–F’ŠC÷ ñŠ‘@ _íd®[Ûz9˜yå{˜ œ‚°g˜Åòü:ö¸ñª«8À)F.”DîקÊòW¦ÄoÎÒl.Ò£Tl.´ì6H»u$Ì#™áŽ(Ÿ½:j•zèÙ÷CÊñüÏ8ïðŠî°Ü…Ð86—YŒ¢ÒÔj¢ ƒö pöˆ/Ì¿›@‚í¢¯tgi—Ö¶†"*w#ó:dhÐp‰u˜AXNaŸíË#Ó³v(òN 9—Š³\W}‹£ö0¢xÁcN/\Ro:¢ÃŒÅlAf¾>–½(ú+RŒtùêR¾âaFr›x؈¨VsªáÇ!Ôn:ã>»õ›LT—xµ•¯¾Ú’_ß*‡oÄè¾eÄ®EURì± ‹U« QVY~U&°×¤¼pç|%AÎhüö¸ü£f#!V²W;¥‡P-j!‡¹ÖÒ²ß&ÅŠKí Á$}ãúµ®;Wå/üoc¯¨„‰1 ì2üÚÞÚ×Ü‹d×Olù D¤¤áeø]2nâY]„ª[°áW tƒp)xyÓOàÇT&X³k—0´— ÃT @~.÷xr‹2«!·<ÁFÑ/Fuö Ë_öY—\´=Z¡Å ÉNQ㮶aDô¤®[™°õeª(EÅ>®¼Ñâ@2úé·gâC‚âÖ…¦jj™Êœ¦Â¦šÝãiCà Lƒ‡xLò¦›!c¬mÎËÜÆs>·rœós¿¹µM`®GÒÈãMáñ6©­ùÍýòóOî‹MVr1L¡oÍ×lðæÞ³OÂÁáxj ö‘U¨È‘Ly¥¬’«þ¼Úa«ü()²8:¹ö®ú`U=…á&è AËK˜ B\7!ÌsexÑ×ù¶­B§MJù"—W›Pª‘!ÎRgsì·Kñû%~–\s´U¶w-ÌœŽ4²7Ä(×”½ï½ÆbiûáΚ^D}7»4`ãúåq=£©ÊtCãòò¬ò4YWÁ‘’¾ ä4ÿŽg0ø&žœ˜¾'3FYo‘'õ ¾¦Â>*'Ë÷ÂÂÒ †7¾¹< fQ ܶùhÜÅÌ[ü]Ì¿€ˆ#ïÌRíX³Ii^7x¤ÿØ•ë·QÿéTšê¤ªûàŸ˜¡ž5~KÒâÖFª¯¾xØzü²Ò# â¢9Ñ€x¾6`wwOÎ}2Aü ×á endstream endobj 1255 0 obj 1521 endobj 18 0 obj <> endobj 17 0 obj <>stream xœ}W TSg¶>N[­™,ÏQ›PÛzõªw¬Ê¨íhmU|+øDž!$@x…ò$¯}!/ „ð†E‰À€ ŽxiE«Õ©Úñ5¶ÞN_3u-»:wþCν'íÜuW×;+k•uÎÙ;ûßûû¾ý…ƒMŸ†q8œ¹ [Þ=¼=~i|š,­H’/_¾½(M&Ɉ<úz>‡^0~9ŠÙÀ¼ÿÃøzîËØÛsgÌÎAw^BÁÙHÿ"Åá”U7n’+T…qNQÌâƒû—,]ºìï¼±nݺ˜tÕÿ<‰Ùœ¥”ˆóc±_J²drE^V~Ñ[1›Ø·eìoLje*EŽ2&-33+3v(M–%‰“È$ …¼$fñ¦%1+W¬xc9{YÉfŒak—¥eJä1»b~ªþç71 ›¿ëü y枬ìB±2§HR|@šv(}Íò+WÅ`Ørl!¶ÛŒÅc[°_bqØVl?¶ ;€mÇb;°CX,¶ {[ƒmÂlöÆÇ~q°lÿ°éÅùWÎø´˜i•QK¢OO™Îp+x9¼/¢Ë¢¿ÀãÏžs=?ÿùÁ~õÂØŒ%36ÎèžùüÌàÌÖ4³è‹ÖÁÉ™ÍôÝä2£›«ä½aUƒ ŽSäÎj«üœ­Ýî3‚Š„ ‹Ì,‹¢‹JkJ5™ ˆª‡ºB5‰¤V®—×ÔIöCØ;|÷ê¯à2^ùnƒÔPn0“•ææmpÔöZ¼&(7åùŠ®°ËÕçt³&³Ñ{§ÅôÆ9€ä¨YçòtúäAÁÔsS_ˆ÷«Ô#YjææEåh† TÃcëèŒW»£jJã nWCðäwhì¼&žk;e¥Ì”‘҃ԃܖj%äÑßý˜£¾û)G#Ùeã0¹z’ËMáU¾*à÷õ1\FÆC[Ñ—íR;M\¥'ZúÚÕ. }.½&)9˜Î¼*ré:\mµ­5dÍi¹vöæاŸ\ÜWkШ¬%F©(‘É1d[Š@Mú4ÁÎÓ-·ŸõMåùeÅ:=¦*ÏIù¨Ñur…jº!@¶éêKÓâ²Ä ³rä’ÄwÃ(–¨iª®Þb¬Ó”d'¾+”—²•-Õ] _áÀï£ÐŸÐ#AÏ}ÍÕçéTús<Ùp ÞïO:p$k!,Ä—&=;ß<|I8:`lÖè7Í*Ïr~ÿ}„ú~$,jilw÷>|ºL)Ú=‹Ž§ãÃlfdf“÷Ð%‚ã\~Lúf±EÀÌÂ_Þ÷èÒåÎÁaᕆžâß_+ÌÎLœ<¶f©ì•ÔC"UIVx‚dø>âžA³GúEõ¾¶ÚvÀgÑVz [÷­(ºt2[ õ%ˆ ›L¤¥„{ž×î5•í»I$gþ-Ï£pË7¥¬–%”.ƒ5ø¿4ÔÕèêŽ <óÑÓ¢„.Õ,…¼Ä£ Úë:z…/냩² ½ÚdÒXåi`Aç ‰ÐúK.³h*Z ZudÕîøœÜ eàjCCšs­`ûPï :»`BU'˵ñ,8ƒ“«YŠè'· Þ´rõ¼ ž4T¥¦³ü”-`o5ù ¤_ë/#ØÁj·²W›Ýf7ÚMv목|B»»Ê(¶È¬ìû\Å"°(ø6‚?gwš#ÃapÃIÔ¯Ú÷€Î$ЗSw¸£¼oèÑÄ­®és}ÕÎnn `¥•E.IJ)Øà2ž™%i§Ýkbá&k­ò­© ‚yB?fÁAêÎÑ‹##̺…¢(²üPÖÑR1Éù}—;]ÎèÍš.o‡ü¬ïÌY¸‚Ÿ“ôÞÁDÅíÌæÎc^€møú¡”[ãÿÞýÉWBcËHÑAàfóoBM=uì,CÁRijNrb¡H^!ÖÓ{úˆY,`øct†æ j‚,?,.ÂdSVéìG€TóZÐôÆÇÝá³@¾]¿Ò[C8½=îf§ŸP»dµE µÕhQêÖí)Rkótû4¿&ÒKK…s1ñgØŸÇ$f3{ŠãHU|žL lˆKÕZa!,EGÍÙoõÁŒõœ97q«õw·Ñ÷Ž:wØƿ籡9è9=æaç ÷€Îi¡Ì ™Rœ¤È$2÷kKÔ9ÍÝ_ÛZÛIÔªë¡oŽÐ/«äÐ;,ý"‚ÐÝäsz€ôº • Ç™ô æ"¯Éïlt´9ÉúêN4£éQÛÅ¡q²w¨«¥üà5û*ð¶+êžämïv\ç/דoÍå?£—Ð/ 67x ^ªÍá&¬µrS©í Û·N½§Ð[â.t–@:.KÍÝŸ–Ÿ›ñ Ã)wÝ> |Âô,µF§‚ ô.]ƒöíB™&[&‘—eB¾ùw)ˆ#äÿ ÷Ö£Ó%§Ÿí‘tU!H‚§Öë:j(ªÚóŸ=iÿøÑçÇî±ùíN‚Y6µCÀÿÛYqP‘;/1.míº}ƒá¦S'º„-­Þ þ»ñ„•vøÏÞ‰7¿vtË–=Òûºpí¶(Ã~ú~NøûQTZ,0'UåèRª^Ã)³Mú/ô·ôÁ(ŒICï4w{}eÀ/Œ„UŠFá¶èšS5]¾ ™A¹;aOÞÑ£ ]!ˆaôzåU-1dlTA&¾#%usŽÌ×.~ZÈŠ˜éþ‰¾¤1•rfi&³±déÒÝllDщÐErèá÷ß^ï1TªLYÆ\Q“d[Š¡ŒTþ"î¥Üµ­¢‘§¶ÓÙÊx«®A%Ù“{h—0'¿\•_ZH<¡S¸³ÐczÞ½DÏìgN³a³jÉ*¹MZ<²!Nj¾zOè¯k¬×7“å—–êu@ÌîºÎ†‡!ôº¨þ ÷¯<ßh–Eb˲ñßHÓ˜ÎO”jZ™¶Ù@¤–èTf[%ñ)/Âçã ßDõþ|‡yÝúJ“¥ÈR!ÚΘŒ2³âœ­HgˆœÍëõV{œ-¢»hœ¥ÜdÀàQg—ÚÙBèº+ÈÏÏ•úÕí=í¡p»&PÂÎý"zü­À¤´(@ƒÿ|õ)Õ:öPF³Ëë®ö9ü"ª¶ qzùŠ&Mž­åú$Íú­²d2~Åú̀͞@Cu½³C4ŽÚÕ PO u¥ÿ—Š·Ag±ëíÑ.fÔf°)Y2ùUÍWÑL4 ?f3 YmDtZslx#=oržà6ïœ6;´cu™]óu–Ün^ZËåo\a箲oµç@6ì¤b)Vv—Q\¾NŬå†xþËÎVWc­‹äotÕ†kûæ£é¼Ø©&õ ›5ÃJ&Y-òqŠÛO…¨FÖ¶ôØÏØÙð!»£;ÞQ@éÝÐÂr9‚¬Ò‘»ú:UþÀeZ*6ªã™,Ò£ÿ(І^ôœoîí%o2É'¶v@=´×õœ=AƒÇ•F“ͤLµ†@·Åc™hvC11q¶cÜà³,«„ªVåÐÂvX»y‰ÙôWZ÷c!_΋h™@ïÉU¥ûËk@Ê¡Ô¬¨Ü-ËÍ+<’ºRÆÌ€õxª_l ·ö†…ƒá3Ãc¿Ïgø„¥Ü¦5^ì©ô· tÞøƒÐÔRe¶Ú,RªÐ4€Ø…ìå}EÏæ®M3œ²DIâ¾5{¤€k«ê»>ìFÏz j¿ÔÖtÚ É2¤ÁY£ˆBb¤ˆBWÿ,ØLwØ]¶ ß÷EVs»£ÓíÜl»Ü®b-¬œÊŽŒ*âÊ£;lCV·Ñ•M~þlw„GÏ¢ÿ«£ßÍš-²)•gç*ìEv5èYš‰J‰DuÚÂÖ ž¥è,:m)34iM†îÝý8 iÿá˜Lv½J´hê<ë,`%3Ïç^ê»ìùðÏ7®£—6œÑúMžJ§”g”W$)róvÿú1½øæ‚ ³¾èÈΒؼ¢Ü¸ éAÀS Û;jº=}¢àƒöóýƒ'{ ýd¡è{î°¾è8,ŽÀdKîZh°´Ûî 7¡Õ÷ÍA©Ä©âh‰½À^ÎÒ‰A0ã0€”J¥Hõ[µ–föÖFǨjšÌ<¦gêà[ ¿D,¤|ŸDJjæ5½Ïe‚¼²–BV]h2&±Cw£ÐÄä^ÁH$oÍb^fÎüòÊj4íþµ¡ÏÏ Gþ؃暣W·þŠ°*_pó䆻¸ˆy=oµHüÊñä½€oËûÏG~Õöµ¨½>tùãO Wé×8èëÏ¢ž^ @­ãWN|7É'Û¯¾–”­•¦ ÷23Z #úºÇ¼>|lûÖìØkEi7¯Û°öH"¡Š¾Q}›š€ ¸e¿acǸYåN1J¬¬ÿe²#ËX׋¾ #ãÄôåýõçò¿n=)8/Ð~8ZŽ^DÓЂߖŸÉé6yÕãü§¹Ô?rkÞÝÝWˆóŒE‡… ‹ƒ•-íg†Yú9ÑŸ½ÿ͸«EÅì¿ ëIOu¼V{º>àè’ÿõg£G~µG¹7#]¤‹5逿> endobj 13 0 obj <>stream xœ]V TW­¦éêB¥‹¦mD *.(DVQq⸲Èb³· êà2Æ‘ùz܈"`XYeÓ€Q0.¬’¸%f#Æ8Ñ$d^áïœÌ«FÏœ:Ý]]ÿ×ûïÝï}_Â1‰Dìã¼t©£wÚ†]À†”ȨI~Qñ±âƒ0J"Œ6ÔRjJŽ6~òªR¦f<6-mzdô›C‘lÎH%’-YÇ}“2Rb£ct¶ÁËVLpttúûÉT777ÛðŒ7#¶~Q©±Ñ ¶ãñ&-J›˜• s·õÅÙZml„m´6#)&ÕvCddT¤øZÈmÔ&Û¹±Úؤ¤Ä4[ß ¶Óœ§N¯iÑ6 Qƒ¯-´SûÃ0ï,ôNˆX䓹8)j‰ßRÿ”èÔ˜eºØ÷–ÏOÓn‰Ÿ5yÚt‡ ¶ 3‰Ã,aü˜ÉŒ=³”ñg¦0AÌ\Æ™ÇLeÆ3ï1ó˜åÌ|f:ãÀ3 ˜Œ 3‘YÁ,b|˜YÌbÆ—ɘ10º!u‘HõÆkŒŒûeÓdµ¬+»ýQ&ß/¿ÈÍäVrÉ\6wÞÄÚÄǤgˆ×C¶ùjèÚ¡'‡>úå«í a!•ð$o5Uß*¾£ÝþË?¡iB?ËwPõé¬b` ɇwq®]žäˆ%8²á=œ`Püqdégé2Ê°´ítTB¯òèPŒNcÂs’/x€"N\ÆŒš¤•Š/k¶ÄÛ–Ü;tîd1Ç÷”åWäV*'%;ru¹©GÉ7G?Æ) ròó®+ñ5ÑW—”¼K’u[V­æøKMr¾Œšé1;‹LPÀw °– +`2.4jórÂM™ÛýüùÎZ«SB‹50‘Ýr-ãLTEpƒFâ¨+µ -ljå0Â@ºœ^¤•O»¼&jø:G?¯©“}¿øÏ]÷úl D{ ;Ü{9 7õå2˜„`«õ,½!TȨ³˜tQ>Âl(ÖÀ0¦eNÍ‘7wÀZÅw7ÓEJü³‹mX{5½p0L`8xhøÁr˜à ¯ÀÄ•ëmøûˆl7U`Xþ{¸80Dù}‡ã¤¹>Ó'ùw?ÖÙýƒæ5®Œ`$b+ôJ… äHË’¯«jàÀb—œïYF·Å„rÍT¡o”‹\K“¾·¸f =À«øG¡Qé/çŸ_ _Rì>ŠN¥ À•ÎýnÚý«…mW5{éÐÐ ²ˆDˆ¬á¨#[G¥¿-€ÑäyPqõNUãÉvò;‡Á‚)¡P=å³ÛsÇ¿³p¾“ÓâÛ/ikªAË~£ì<ÌX#¥§ÀOy8øXbA|eØg w‘áÒo¾üýJÆÅØbMZn\NØGÁ' É<œqtw69Áä)ÉÝžpØ,Ù¬Ë;K’ÎÆT­(@³;ÛÛiví0Ú¨iÜz0+g÷‰]Ƕ“ N›¬‹Üœw9Ó†Zÿmçà$ªÔ 6ƒ•Ôàäå,ùôPiNá©òŠSµ„»v å4´R¢œ<ÚU—ticK`©YFÖm‹ˆæ •Zý‘.Í2_øê5MÞФ’…Z)O–®†¢–œ’ìsÅV 5E7HéMºZv)$gL&Z.$|ãÒÅqgo¾oCí1××»…{¤–ÂXÑžûEKÐO¡*Pëû±˜²¿,Ü°—¢iºb‹¡H è,g!û'öY:B/¥‚TFðöVƒ¯¯[ :ýë&äñ—ø‹ýgµ@Q|TáÍòemk–¡ü\éj†»ä&hÈ3ï7¶6iøÕØ{„FñÐP-*«Ýo|Ķ5©‰š¤Më3B 7qÞç/ïv?3¸£!øÄRìôUâÙf,KÃô7°Çßïážs¯¼Þ:Øì]ØðQñI‰’8ì4Ç÷Vž(ϯUIJ3s7ŸH;GVp´Eœ"'7Q5E'ËËOU“2ñð³97툖,ï‘“»;šS/Ä\ó?çJ<ÉòäµK¢ZWÍ! HDF$„j®Êù Ñ¡DŒÈ[MúïNØ)vÂ>t¹_AÑŶ,nÒ=Fv·Ÿk¼]Ý|ºƒÜã°ÃÎ5݆ïó%«ÒCC9Øi'T ¡Êg>ãçû;iø8Ç€®—/Ú»D#·ó{‘±B€ô¡%ž­à´ðJæú\󊜖é_ÉD2€…a/»E@,È*€¹p˜%vH!#ZG•¥‚)ײØÑÕÍŸœ.,(·âŸž©þ¨¡ÁFÛÿFÕ.žál×í\Gü8túoë¯w´Õ¯œ–²~É2<®ž dÔm¥é"¬Ê¯ÇE°~+wq—h0‚²€åŸ~Û²ÊËoÕŠy«ë:wkÐ׎RMÿƒ ²ïïû§‘·æ”kø—5¥§ªZ¬ù„²A!ºˆ6ÚØ›ö.á`{¸>/¿’pŠµÛu‰;4[÷ddEÿ›-@N`”~9ªtk ›© ÓO~ëëä`¬¹N„šjºÊÞÙŸ£cåMgr«*~úú:¨ ؾÌf÷…],Z’F†þS¦HÏóÐX0ÖCÁìø°a`}p˜)ÃüÌ,¬Œ endstream endobj 1257 0 obj 2970 endobj 837 0 obj <> endobj 815 0 obj <> endobj 663 0 obj <> endobj 632 0 obj <> endobj 521 0 obj <> endobj 284 0 obj <> endobj 51 0 obj <> endobj 33 0 obj <> endobj 1046 0 obj <> endobj 1051 0 obj <> endobj 1000 0 obj <> endobj 1019 0 obj <> endobj 997 0 obj <> endobj 955 0 obj <> endobj 952 0 obj <> endobj 905 0 obj <> endobj 926 0 obj <> endobj 904 0 obj <> endobj 876 0 obj <> endobj 878 0 obj <> endobj 857 0 obj <> endobj 855 0 obj <> endobj 838 0 obj <> endobj 793 0 obj <> endobj 814 0 obj <> endobj 797 0 obj <> endobj 776 0 obj <> endobj 775 0 obj <> endobj 756 0 obj <> endobj 1258 0 obj <> endobj 755 0 obj <> endobj 738 0 obj <> endobj 739 0 obj <> endobj 661 0 obj <> endobj 700 0 obj <> endobj 658 0 obj <> endobj 614 0 obj <> endobj 613 0 obj <> endobj 561 0 obj <> endobj 580 0 obj <> endobj 560 0 obj <> endobj 520 0 obj <> endobj 1259 0 obj <> endobj 517 0 obj <> endobj 453 0 obj <> endobj 498 0 obj <> endobj 472 0 obj <> endobj 449 0 obj <> endobj 408 0 obj <> endobj 403 0 obj <> endobj 358 0 obj <> endobj 376 0 obj <> endobj 355 0 obj <> endobj 314 0 obj <> endobj 310 0 obj <> endobj 225 0 obj <> endobj 280 0 obj <> endobj 261 0 obj <> endobj 242 0 obj <> endobj 222 0 obj <> endobj 203 0 obj <> endobj 205 0 obj <> endobj 168 0 obj <> endobj 1260 0 obj <> endobj 185 0 obj <> endobj 165 0 obj <> endobj 141 0 obj <> endobj 1261 0 obj <> endobj 143 0 obj <> endobj 1262 0 obj <> endobj 122 0 obj <> endobj 1263 0 obj <> endobj 120 0 obj <> endobj 1264 0 obj <> endobj 94 0 obj <> endobj 93 0 obj <> endobj 1265 0 obj <> endobj 69 0 obj <> endobj 70 0 obj <> endobj 1266 0 obj <> endobj 34 0 obj <> endobj 1267 0 obj <> endobj 52 0 obj <> endobj 1268 0 obj <> endobj 591 0 obj <> endobj 592 0 obj <> endobj 40 0 obj <> endobj 1050 0 obj <> endobj 1018 0 obj <> endobj 1033 0 obj <> endobj 1014 0 obj <> endobj 1001 0 obj <> endobj 984 0 obj <> endobj 956 0 obj <> endobj 969 0 obj <> endobj 939 0 obj <> endobj 908 0 obj <> endobj 921 0 obj <> endobj 891 0 obj <> endobj 875 0 obj <> endobj 871 0 obj <> endobj 858 0 obj <> endobj 851 0 obj <> endobj 796 0 obj <> endobj 833 0 obj <> endobj 810 0 obj <> endobj 790 0 obj <> endobj 774 0 obj <> endobj 770 0 obj <> endobj 737 0 obj <> endobj 752 0 obj <> endobj 731 0 obj <> endobj 716 0 obj <> endobj 713 0 obj <> endobj 697 0 obj <> endobj 694 0 obj <> endobj 679 0 obj <> endobj 676 0 obj <> endobj 662 0 obj <> endobj 645 0 obj <> endobj 631 0 obj <> endobj 627 0 obj <> endobj 610 0 obj <> endobj 1269 0 obj <> endobj 607 0 obj <> endobj 581 0 obj <> endobj 577 0 obj <> endobj 564 0 obj <> endobj 547 0 obj <> endobj 501 0 obj <> endobj 1270 0 obj <> endobj 514 0 obj <> endobj 485 0 obj <> endobj 469 0 obj <> endobj 466 0 obj <> endobj 452 0 obj <> endobj 436 0 obj <> endobj 407 0 obj <> endobj 421 0 obj <> endobj 390 0 obj <> endobj 359 0 obj <> endobj 372 0 obj <> endobj 342 0 obj <> endobj 313 0 obj <> endobj 327 0 obj <> endobj 297 0 obj <> endobj 282 0 obj <> endobj 277 0 obj <> endobj 263 0 obj <> endobj 258 0 obj <> endobj 245 0 obj <> endobj 239 0 obj <> endobj 224 0 obj <> endobj 1271 0 obj <> endobj 219 0 obj <> endobj 206 0 obj <> endobj 200 0 obj <> endobj 167 0 obj <> endobj 181 0 obj <> endobj 161 0 obj <> endobj 142 0 obj <> endobj 1272 0 obj <> endobj 136 0 obj <> endobj 123 0 obj <> endobj 116 0 obj <> endobj 95 0 obj <> endobj 86 0 obj <> endobj 73 0 obj <> endobj 66 0 obj <> endobj 41 0 obj <> endobj 15 0 obj <> endobj 534 0 obj <> endobj 1273 0 obj <> endobj 92 0 obj <> endobj 1274 0 obj <> endobj 35 0 obj <> endobj 1048 0 obj <> endobj 1017 0 obj <> endobj 1034 0 obj <> endobj 1016 0 obj <> endobj 999 0 obj <> endobj 1275 0 obj <> endobj 985 0 obj <> endobj 954 0 obj <> endobj 971 0 obj <> endobj 940 0 obj <> endobj 925 0 obj <> endobj 923 0 obj <> endobj 906 0 obj <> endobj 892 0 obj <> endobj 874 0 obj <> endobj 873 0 obj <> endobj 854 0 obj <> endobj 852 0 obj <> endobj 836 0 obj <> endobj 1276 0 obj <> endobj 835 0 obj <> endobj 813 0 obj <> endobj 1277 0 obj <> endobj 811 0 obj <> endobj 794 0 obj <> endobj 792 0 obj <> endobj 773 0 obj <> endobj 771 0 obj <> endobj 757 0 obj <> endobj 754 0 obj <> endobj 734 0 obj <> endobj 732 0 obj <> endobj 717 0 obj <> endobj 715 0 obj <> endobj 698 0 obj <> endobj 695 0 obj <> endobj 680 0 obj <> endobj 678 0 obj <> endobj 660 0 obj <> endobj 646 0 obj <> endobj 630 0 obj <> endobj 629 0 obj <> endobj 611 0 obj <> endobj 1278 0 obj <> endobj 608 0 obj <> endobj 582 0 obj <> endobj 579 0 obj <> endobj 563 0 obj <> endobj 548 0 obj <> endobj 518 0 obj <> endobj 1279 0 obj <> endobj 516 0 obj <> endobj 528 0 obj <> endobj 44 0 obj <> endobj 499 0 obj <> endobj 486 0 obj <> endobj 470 0 obj <> endobj 468 0 obj <> endobj 451 0 obj <> endobj 1280 0 obj <> endobj 437 0 obj <> endobj 405 0 obj <> endobj 423 0 obj <> endobj 391 0 obj <> endobj 375 0 obj <> endobj 374 0 obj <> endobj 357 0 obj <> endobj 343 0 obj <> endobj 312 0 obj <> endobj 329 0 obj <> endobj 298 0 obj <> endobj 281 0 obj <> endobj 279 0 obj <> endobj 262 0 obj <> endobj 259 0 obj <> endobj 243 0 obj <> endobj 241 0 obj <> endobj 223 0 obj <> endobj 1281 0 obj <> endobj 220 0 obj <> endobj 204 0 obj <> endobj 1282 0 obj <> endobj 202 0 obj <> endobj 184 0 obj <> endobj 1283 0 obj <> endobj 182 0 obj <> endobj 164 0 obj <> endobj 1284 0 obj <> endobj 163 0 obj <> endobj 139 0 obj <> endobj 1285 0 obj <> endobj 137 0 obj <> endobj 119 0 obj <> endobj 1286 0 obj <> endobj 118 0 obj <> endobj 89 0 obj <> endobj 1287 0 obj <> endobj 87 0 obj <> endobj 71 0 obj <> endobj 1288 0 obj <> endobj 68 0 obj <> endobj 36 0 obj <> endobj 1289 0 obj <> endobj 19 0 obj <> endobj 735 0 obj <> endobj 736 0 obj <> endobj 1290 0 obj <> endobj 186 0 obj <> endobj 522 0 obj <> endobj 187 0 obj <> endobj 1049 0 obj <> endobj 406 0 obj <> endobj 47 0 obj <> endobj 1035 0 obj <> endobj 1015 0 obj <> endobj 986 0 obj <> endobj 970 0 obj <> endobj 941 0 obj <> endobj 922 0 obj <> endobj 893 0 obj <> endobj 872 0 obj <> endobj 853 0 obj <> endobj 834 0 obj <> endobj 812 0 obj <> endobj 791 0 obj <> endobj 772 0 obj <> endobj 753 0 obj <> endobj 733 0 obj <> endobj 714 0 obj <> endobj 696 0 obj <> endobj 677 0 obj <> endobj 647 0 obj <> endobj 628 0 obj <> endobj 609 0 obj <> endobj 578 0 obj <> endobj 549 0 obj <> endobj 515 0 obj <> endobj 487 0 obj <> endobj 467 0 obj <> endobj 438 0 obj <> endobj 422 0 obj <> endobj 392 0 obj <> endobj 373 0 obj <> endobj 344 0 obj <> endobj 328 0 obj <> endobj 299 0 obj <> endobj 278 0 obj <> endobj 260 0 obj <> endobj 240 0 obj <> endobj 221 0 obj <> endobj 201 0 obj <> endobj 183 0 obj <> endobj 162 0 obj <> endobj 138 0 obj <> endobj 117 0 obj <> endobj 88 0 obj <> endobj 67 0 obj <> endobj 22 0 obj <> endobj 1047 0 obj <> endobj 1020 0 obj <> endobj 998 0 obj <> endobj 953 0 obj <> endobj 924 0 obj <> endobj 907 0 obj <> endobj 877 0 obj <> endobj 856 0 obj <> endobj 795 0 obj <> endobj 777 0 obj <> endobj 718 0 obj <> endobj 699 0 obj <> endobj 681 0 obj <> endobj 659 0 obj <> endobj 612 0 obj <> endobj 583 0 obj <> endobj 562 0 obj <> endobj 519 0 obj <> endobj 500 0 obj <> endobj 471 0 obj <> endobj 450 0 obj <> endobj 404 0 obj <> endobj 377 0 obj <> endobj 356 0 obj <> endobj 311 0 obj <> endobj 264 0 obj <> endobj 244 0 obj <> endobj 226 0 obj <> endobj 166 0 obj <> endobj 140 0 obj <> endobj 1291 0 obj <> endobj 121 0 obj <> endobj 96 0 obj <> endobj 72 0 obj <> endobj 39 0 obj <> endobj 50 0 obj <> endobj 283 0 obj <> endobj 1239 0 obj << /Title(STEREO3D) /Dest [1025 0 R /XYZ null 862 null] /Count -5 /Parent 1053 0 R /Prev 1229 0 R /First 1240 0 R /Last 1247 0 R >> endobj 1052 0 obj <> endobj 53 0 obj <> endobj 54 0 obj <> >> endobj 16 0 obj <>endobj 2 0 obj <>endobj xref 0 1293 0000000000 65535 f 0000107175 00000 n 0000690333 00000 n 0000106669 00000 n 0000107296 00000 n 0000098088 00000 n 0000000015 00000 n 0000002805 00000 n 0000112231 00000 n 0000111828 00000 n 0000111424 00000 n 0000111020 00000 n 0000107351 00000 n 0000441862 00000 n 0000441507 00000 n 0000501891 00000 n 0000649917 00000 n 0000437892 00000 n 0000437573 00000 n 0000559004 00000 n 0000435941 00000 n 0000435654 00000 n 0000610712 00000 n 0000110616 00000 n 0000110212 00000 n 0000109808 00000 n 0000109404 00000 n 0000107427 00000 n 0000109000 00000 n 0000108596 00000 n 0000108192 00000 n 0000107788 00000 n 0000107505 00000 n 0000445457 00000 n 0000451211 00000 n 0000505301 00000 n 0000558825 00000 n 0000431709 00000 n 0000431338 00000 n 0000647362 00000 n 0000451690 00000 n 0000501815 00000 n 0000429054 00000 n 0000428720 00000 n 0000534223 00000 n 0000426725 00000 n 0000426413 00000 n 0000562650 00000 n 0000425874 00000 n 0000425619 00000 n 0000648436 00000 n 0000445399 00000 n 0000451367 00000 n 0000649795 00000 n 0000649870 00000 n 0000107583 00000 n 0000107646 00000 n 0000112634 00000 n 0000098271 00000 n 0000002825 00000 n 0000005370 00000 n 0000114133 00000 n 0000113729 00000 n 0000113325 00000 n 0000112921 00000 n 0000112691 00000 n 0000500747 00000 n 0000609646 00000 n 0000557759 00000 n 0000450984 00000 n 0000451055 00000 n 0000557584 00000 n 0000646288 00000 n 0000500671 00000 n 0000178998 00000 n 0000112769 00000 n 0000112812 00000 n 0000114537 00000 n 0000098456 00000 n 0000005391 00000 n 0000007508 00000 n 0000182115 00000 n 0000181711 00000 n 0000181307 00000 n 0000180903 00000 n 0000114594 00000 n 0000499603 00000 n 0000556518 00000 n 0000608580 00000 n 0000556336 00000 n 0000422123 00000 n 0000421802 00000 n 0000504131 00000 n 0000450828 00000 n 0000450757 00000 n 0000499527 00000 n 0000645214 00000 n 0000180499 00000 n 0000180095 00000 n 0000179691 00000 n 0000179286 00000 n 0000114672 00000 n 0000114753 00000 n 0000182662 00000 n 0000179073 00000 n 0000179130 00000 n 0000179165 00000 n 0000182519 00000 n 0000098668 00000 n 0000007529 00000 n 0000010335 00000 n 0000184127 00000 n 0000183722 00000 n 0000183317 00000 n 0000182912 00000 n 0000182578 00000 n 0000498457 00000 n 0000607512 00000 n 0000555268 00000 n 0000555091 00000 n 0000450599 00000 n 0000644138 00000 n 0000450411 00000 n 0000498379 00000 n 0000184759 00000 n 0000182738 00000 n 0000182786 00000 n 0000184532 00000 n 0000098857 00000 n 0000010357 00000 n 0000014026 00000 n 0000187859 00000 n 0000187454 00000 n 0000187049 00000 n 0000186644 00000 n 0000184591 00000 n 0000497309 00000 n 0000554023 00000 n 0000606444 00000 n 0000553866 00000 n 0000642986 00000 n 0000450096 00000 n 0000497131 00000 n 0000450254 00000 n 0000186239 00000 n 0000185834 00000 n 0000185429 00000 n 0000185024 00000 n 0000184675 00000 n 0000188407 00000 n 0000184837 00000 n 0000184898 00000 n 0000188264 00000 n 0000099046 00000 n 0000014048 00000 n 0000017148 00000 n 0000189874 00000 n 0000189469 00000 n 0000189064 00000 n 0000188659 00000 n 0000188323 00000 n 0000496061 00000 n 0000605376 00000 n 0000552798 00000 n 0000552629 00000 n 0000450023 00000 n 0000641910 00000 n 0000494913 00000 n 0000449792 00000 n 0000190422 00000 n 0000188485 00000 n 0000188533 00000 n 0000190279 00000 n 0000099235 00000 n 0000017170 00000 n 0000019664 00000 n 0000191863 00000 n 0000191458 00000 n 0000191053 00000 n 0000190648 00000 n 0000190338 00000 n 0000494991 00000 n 0000551561 00000 n 0000604308 00000 n 0000551408 00000 n 0000449950 00000 n 0000560302 00000 n 0000560432 00000 n 0000192411 00000 n 0000190500 00000 n 0000190548 00000 n 0000192268 00000 n 0000099424 00000 n 0000019686 00000 n 0000022212 00000 n 0000193865 00000 n 0000193460 00000 n 0000193055 00000 n 0000192650 00000 n 0000192327 00000 n 0000493843 00000 n 0000603240 00000 n 0000550340 00000 n 0000449637 00000 n 0000550184 00000 n 0000449710 00000 n 0000493765 00000 n 0000194413 00000 n 0000192489 00000 n 0000192537 00000 n 0000194270 00000 n 0000099613 00000 n 0000022234 00000 n 0000025263 00000 n 0000195880 00000 n 0000195475 00000 n 0000195070 00000 n 0000194665 00000 n 0000194329 00000 n 0000492695 00000 n 0000549116 00000 n 0000602172 00000 n 0000449555 00000 n 0000548949 00000 n 0000492541 00000 n 0000449236 00000 n 0000640834 00000 n 0000196428 00000 n 0000194491 00000 n 0000194539 00000 n 0000196285 00000 n 0000099802 00000 n 0000025285 00000 n 0000028749 00000 n 0000197882 00000 n 0000197477 00000 n 0000197072 00000 n 0000196667 00000 n 0000196344 00000 n 0000491471 00000 n 0000601104 00000 n 0000547881 00000 n 0000449473 00000 n 0000547804 00000 n 0000639758 00000 n 0000491393 00000 n 0000198430 00000 n 0000196506 00000 n 0000196554 00000 n 0000198287 00000 n 0000099991 00000 n 0000028771 00000 n 0000032081 00000 n 0000199884 00000 n 0000199479 00000 n 0000199074 00000 n 0000198669 00000 n 0000198346 00000 n 0000490323 00000 n 0000546736 00000 n 0000600036 00000 n 0000449391 00000 n 0000546659 00000 n 0000490245 00000 n 0000638682 00000 n 0000200432 00000 n 0000198508 00000 n 0000198556 00000 n 0000200289 00000 n 0000100180 00000 n 0000032103 00000 n 0000033839 00000 n 0000201886 00000 n 0000201481 00000 n 0000201076 00000 n 0000200671 00000 n 0000200348 00000 n 0000489175 00000 n 0000598968 00000 n 0000545591 00000 n 0000449309 00000 n 0000545514 00000 n 0000489097 00000 n 0000649503 00000 n 0000445323 00000 n 0000202602 00000 n 0000200510 00000 n 0000200558 00000 n 0000202291 00000 n 0000100369 00000 n 0000033861 00000 n 0000035713 00000 n 0000207335 00000 n 0000206930 00000 n 0000206525 00000 n 0000206120 00000 n 0000202350 00000 n 0000488027 00000 n 0000544446 00000 n 0000597900 00000 n 0000205715 00000 n 0000205310 00000 n 0000204905 00000 n 0000204500 00000 n 0000202434 00000 n 0000204095 00000 n 0000203690 00000 n 0000203285 00000 n 0000202880 00000 n 0000202518 00000 n 0000449154 00000 n 0000637606 00000 n 0000543301 00000 n 0000486879 00000 n 0000449081 00000 n 0000207883 00000 n 0000202680 00000 n 0000202754 00000 n 0000207740 00000 n 0000100558 00000 n 0000035735 00000 n 0000036079 00000 n 0000209285 00000 n 0000208880 00000 n 0000208475 00000 n 0000208070 00000 n 0000207799 00000 n 0000486957 00000 n 0000596832 00000 n 0000543378 00000 n 0000210001 00000 n 0000207961 00000 n 0000208009 00000 n 0000209690 00000 n 0000100747 00000 n 0000036100 00000 n 0000038023 00000 n 0000214734 00000 n 0000214329 00000 n 0000213924 00000 n 0000213519 00000 n 0000209749 00000 n 0000485809 00000 n 0000542233 00000 n 0000595764 00000 n 0000213114 00000 n 0000212709 00000 n 0000212304 00000 n 0000211899 00000 n 0000209833 00000 n 0000211494 00000 n 0000211089 00000 n 0000210684 00000 n 0000210279 00000 n 0000209917 00000 n 0000448999 00000 n 0000636530 00000 n 0000542156 00000 n 0000448844 00000 n 0000484661 00000 n 0000215282 00000 n 0000210079 00000 n 0000210153 00000 n 0000215139 00000 n 0000100936 00000 n 0000038045 00000 n 0000039761 00000 n 0000216723 00000 n 0000216318 00000 n 0000215913 00000 n 0000215508 00000 n 0000215198 00000 n 0000484739 00000 n 0000594696 00000 n 0000541088 00000 n 0000541011 00000 n 0000448917 00000 n 0000635454 00000 n 0000217439 00000 n 0000215360 00000 n 0000215408 00000 n 0000217128 00000 n 0000101125 00000 n 0000039783 00000 n 0000041885 00000 n 0000222185 00000 n 0000221780 00000 n 0000221375 00000 n 0000220970 00000 n 0000217187 00000 n 0000483591 00000 n 0000539943 00000 n 0000593628 00000 n 0000220565 00000 n 0000220160 00000 n 0000219755 00000 n 0000219350 00000 n 0000217271 00000 n 0000218945 00000 n 0000218540 00000 n 0000218135 00000 n 0000217730 00000 n 0000217355 00000 n 0000448762 00000 n 0000634378 00000 n 0000538798 00000 n 0000561578 00000 n 0000482443 00000 n 0000448689 00000 n 0000222733 00000 n 0000217517 00000 n 0000217591 00000 n 0000222590 00000 n 0000101314 00000 n 0000041907 00000 n 0000042247 00000 n 0000224135 00000 n 0000223730 00000 n 0000223325 00000 n 0000222920 00000 n 0000222649 00000 n 0000482521 00000 n 0000592560 00000 n 0000538875 00000 n 0000224851 00000 n 0000222811 00000 n 0000222859 00000 n 0000224540 00000 n 0000101503 00000 n 0000042268 00000 n 0000044544 00000 n 0000229584 00000 n 0000229179 00000 n 0000228774 00000 n 0000228369 00000 n 0000224599 00000 n 0000481373 00000 n 0000537730 00000 n 0000591492 00000 n 0000227964 00000 n 0000227559 00000 n 0000227154 00000 n 0000226749 00000 n 0000224683 00000 n 0000226344 00000 n 0000225939 00000 n 0000225534 00000 n 0000225129 00000 n 0000224767 00000 n 0000448607 00000 n 0000633302 00000 n 0000537575 00000 n 0000481295 00000 n 0000448370 00000 n 0000230132 00000 n 0000224929 00000 n 0000225003 00000 n 0000229989 00000 n 0000101692 00000 n 0000044566 00000 n 0000045693 00000 n 0000231586 00000 n 0000231181 00000 n 0000230776 00000 n 0000230371 00000 n 0000230048 00000 n 0000480225 00000 n 0000590424 00000 n 0000536507 00000 n 0000480147 00000 n 0000536430 00000 n 0000632226 00000 n 0000448525 00000 n 0000232302 00000 n 0000230210 00000 n 0000230258 00000 n 0000231991 00000 n 0000101881 00000 n 0000045715 00000 n 0000048041 00000 n 0000237022 00000 n 0000236617 00000 n 0000236212 00000 n 0000235807 00000 n 0000232050 00000 n 0000479077 00000 n 0000535362 00000 n 0000589356 00000 n 0000235402 00000 n 0000234997 00000 n 0000234592 00000 n 0000234187 00000 n 0000232134 00000 n 0000233782 00000 n 0000233377 00000 n 0000232972 00000 n 0000232567 00000 n 0000232218 00000 n 0000448443 00000 n 0000535285 00000 n 0000631150 00000 n 0000477853 00000 n 0000237738 00000 n 0000232380 00000 n 0000232454 00000 n 0000237427 00000 n 0000102070 00000 n 0000048063 00000 n 0000050567 00000 n 0000242510 00000 n 0000242105 00000 n 0000241700 00000 n 0000241295 00000 n 0000237486 00000 n 0000478007 00000 n 0000588288 00000 n 0000532091 00000 n 0000448288 00000 n 0000531937 00000 n 0000630074 00000 n 0000448115 00000 n 0000445247 00000 n 0000560360 00000 n 0000240890 00000 n 0000240485 00000 n 0000240080 00000 n 0000239675 00000 n 0000237570 00000 n 0000533159 00000 n 0000239270 00000 n 0000238865 00000 n 0000238460 00000 n 0000238055 00000 n 0000237654 00000 n 0000502959 00000 n 0000243226 00000 n 0000237816 00000 n 0000237890 00000 n 0000242915 00000 n 0000102259 00000 n 0000050589 00000 n 0000052777 00000 n 0000247959 00000 n 0000247554 00000 n 0000247149 00000 n 0000246744 00000 n 0000242974 00000 n 0000476783 00000 n 0000530869 00000 n 0000587220 00000 n 0000246339 00000 n 0000245934 00000 n 0000245529 00000 n 0000245124 00000 n 0000243058 00000 n 0000244719 00000 n 0000244314 00000 n 0000243909 00000 n 0000243504 00000 n 0000243142 00000 n 0000448033 00000 n 0000447878 00000 n 0000628998 00000 n 0000530792 00000 n 0000476705 00000 n 0000331912 00000 n 0000243304 00000 n 0000243378 00000 n 0000248364 00000 n 0000102448 00000 n 0000052799 00000 n 0000054824 00000 n 0000335082 00000 n 0000334677 00000 n 0000334272 00000 n 0000333867 00000 n 0000248423 00000 n 0000475635 00000 n 0000586152 00000 n 0000529724 00000 n 0000447951 00000 n 0000475557 00000 n 0000529647 00000 n 0000627922 00000 n 0000333462 00000 n 0000333057 00000 n 0000332652 00000 n 0000332247 00000 n 0000248507 00000 n 0000250195 00000 n 0000248591 00000 n 0000451538 00000 n 0000451607 00000 n 0000335630 00000 n 0000331990 00000 n 0000332025 00000 n 0000332086 00000 n 0000332121 00000 n 0000335487 00000 n 0000102690 00000 n 0000054846 00000 n 0000057531 00000 n 0000337097 00000 n 0000336692 00000 n 0000336287 00000 n 0000335882 00000 n 0000335546 00000 n 0000474487 00000 n 0000528579 00000 n 0000585084 00000 n 0000474333 00000 n 0000528425 00000 n 0000626846 00000 n 0000447796 00000 n 0000447723 00000 n 0000337645 00000 n 0000335708 00000 n 0000335756 00000 n 0000337502 00000 n 0000102879 00000 n 0000057553 00000 n 0000058233 00000 n 0000339086 00000 n 0000338681 00000 n 0000338276 00000 n 0000337871 00000 n 0000337561 00000 n 0000473263 00000 n 0000584016 00000 n 0000527357 00000 n 0000527280 00000 n 0000473185 00000 n 0000445171 00000 n 0000339802 00000 n 0000337723 00000 n 0000337771 00000 n 0000339491 00000 n 0000103068 00000 n 0000058254 00000 n 0000060819 00000 n 0000344548 00000 n 0000344143 00000 n 0000343738 00000 n 0000343333 00000 n 0000339550 00000 n 0000472115 00000 n 0000526212 00000 n 0000582948 00000 n 0000342928 00000 n 0000342523 00000 n 0000342118 00000 n 0000341713 00000 n 0000339634 00000 n 0000341308 00000 n 0000340903 00000 n 0000340498 00000 n 0000340093 00000 n 0000339718 00000 n 0000447641 00000 n 0000625770 00000 n 0000526135 00000 n 0000447486 00000 n 0000472037 00000 n 0000445095 00000 n 0000345096 00000 n 0000339880 00000 n 0000339954 00000 n 0000344953 00000 n 0000103257 00000 n 0000060841 00000 n 0000063306 00000 n 0000346537 00000 n 0000346132 00000 n 0000345727 00000 n 0000345322 00000 n 0000345012 00000 n 0000470967 00000 n 0000581880 00000 n 0000525067 00000 n 0000470889 00000 n 0000524990 00000 n 0000624694 00000 n 0000347085 00000 n 0000345174 00000 n 0000345222 00000 n 0000346942 00000 n 0000103446 00000 n 0000063328 00000 n 0000066046 00000 n 0000348539 00000 n 0000348134 00000 n 0000347729 00000 n 0000347324 00000 n 0000347001 00000 n 0000469819 00000 n 0000523922 00000 n 0000580812 00000 n 0000469741 00000 n 0000523845 00000 n 0000623618 00000 n 0000447559 00000 n 0000349087 00000 n 0000347163 00000 n 0000347211 00000 n 0000348944 00000 n 0000103635 00000 n 0000066068 00000 n 0000068537 00000 n 0000350528 00000 n 0000350123 00000 n 0000349718 00000 n 0000349313 00000 n 0000349003 00000 n 0000468671 00000 n 0000579744 00000 n 0000522777 00000 n 0000468593 00000 n 0000522700 00000 n 0000622542 00000 n 0000351076 00000 n 0000349165 00000 n 0000349213 00000 n 0000350933 00000 n 0000103824 00000 n 0000068559 00000 n 0000070433 00000 n 0000352543 00000 n 0000352138 00000 n 0000351733 00000 n 0000351328 00000 n 0000350992 00000 n 0000467523 00000 n 0000521632 00000 n 0000578676 00000 n 0000521555 00000 n 0000560070 00000 n 0000560131 00000 n 0000466375 00000 n 0000447331 00000 n 0000447413 00000 n 0000353091 00000 n 0000351154 00000 n 0000351202 00000 n 0000352948 00000 n 0000104013 00000 n 0000070455 00000 n 0000072252 00000 n 0000354532 00000 n 0000354127 00000 n 0000353722 00000 n 0000353317 00000 n 0000353007 00000 n 0000466453 00000 n 0000577608 00000 n 0000520487 00000 n 0000447258 00000 n 0000447100 00000 n 0000520410 00000 n 0000355080 00000 n 0000353169 00000 n 0000353217 00000 n 0000354937 00000 n 0000104202 00000 n 0000072274 00000 n 0000074644 00000 n 0000356547 00000 n 0000356142 00000 n 0000355737 00000 n 0000355332 00000 n 0000354996 00000 n 0000465305 00000 n 0000519342 00000 n 0000576540 00000 n 0000519265 00000 n 0000465227 00000 n 0000447027 00000 n 0000446945 00000 n 0000621466 00000 n 0000357095 00000 n 0000355158 00000 n 0000355206 00000 n 0000356952 00000 n 0000104391 00000 n 0000074666 00000 n 0000077000 00000 n 0000358562 00000 n 0000358157 00000 n 0000357752 00000 n 0000357347 00000 n 0000357011 00000 n 0000464157 00000 n 0000575472 00000 n 0000518197 00000 n 0000446708 00000 n 0000518120 00000 n 0000620390 00000 n 0000461939 00000 n 0000446863 00000 n 0000359194 00000 n 0000357173 00000 n 0000357221 00000 n 0000358967 00000 n 0000104580 00000 n 0000077022 00000 n 0000080103 00000 n 0000362268 00000 n 0000361863 00000 n 0000361458 00000 n 0000361053 00000 n 0000359026 00000 n 0000463087 00000 n 0000517052 00000 n 0000574404 00000 n 0000516898 00000 n 0000446781 00000 n 0000445019 00000 n 0000360648 00000 n 0000360243 00000 n 0000359838 00000 n 0000359433 00000 n 0000359110 00000 n 0000362816 00000 n 0000359272 00000 n 0000359333 00000 n 0000362673 00000 n 0000104769 00000 n 0000080125 00000 n 0000082521 00000 n 0000364257 00000 n 0000363852 00000 n 0000363447 00000 n 0000363042 00000 n 0000362732 00000 n 0000462017 00000 n 0000573336 00000 n 0000515830 00000 n 0000515676 00000 n 0000444943 00000 n 0000446626 00000 n 0000364805 00000 n 0000362894 00000 n 0000362942 00000 n 0000364662 00000 n 0000104958 00000 n 0000082543 00000 n 0000085416 00000 n 0000366272 00000 n 0000365867 00000 n 0000365462 00000 n 0000365057 00000 n 0000364721 00000 n 0000460869 00000 n 0000514608 00000 n 0000572268 00000 n 0000514531 00000 n 0000446553 00000 n 0000619314 00000 n 0000446471 00000 n 0000460791 00000 n 0000366820 00000 n 0000364883 00000 n 0000364931 00000 n 0000366677 00000 n 0000105147 00000 n 0000085438 00000 n 0000086524 00000 n 0000368287 00000 n 0000367882 00000 n 0000367477 00000 n 0000367072 00000 n 0000366736 00000 n 0000459721 00000 n 0000571200 00000 n 0000513463 00000 n 0000513386 00000 n 0000459643 00000 n 0000446316 00000 n 0000618238 00000 n 0000446389 00000 n 0000369003 00000 n 0000366898 00000 n 0000366946 00000 n 0000368692 00000 n 0000105336 00000 n 0000086546 00000 n 0000088886 00000 n 0000373736 00000 n 0000373331 00000 n 0000372926 00000 n 0000372521 00000 n 0000368751 00000 n 0000458573 00000 n 0000512318 00000 n 0000570132 00000 n 0000372116 00000 n 0000371711 00000 n 0000371306 00000 n 0000370901 00000 n 0000368835 00000 n 0000370496 00000 n 0000370091 00000 n 0000369686 00000 n 0000369281 00000 n 0000368919 00000 n 0000446234 00000 n 0000446079 00000 n 0000512241 00000 n 0000617162 00000 n 0000457425 00000 n 0000374284 00000 n 0000369081 00000 n 0000369155 00000 n 0000374141 00000 n 0000105525 00000 n 0000088908 00000 n 0000089751 00000 n 0000375725 00000 n 0000375320 00000 n 0000374915 00000 n 0000374510 00000 n 0000374200 00000 n 0000457503 00000 n 0000569064 00000 n 0000511173 00000 n 0000616086 00000 n 0000511096 00000 n 0000446152 00000 n 0000376441 00000 n 0000374362 00000 n 0000374410 00000 n 0000376130 00000 n 0000105714 00000 n 0000089772 00000 n 0000091280 00000 n 0000381174 00000 n 0000380769 00000 n 0000380364 00000 n 0000379959 00000 n 0000376189 00000 n 0000456355 00000 n 0000510028 00000 n 0000567996 00000 n 0000379554 00000 n 0000379149 00000 n 0000378744 00000 n 0000378339 00000 n 0000376273 00000 n 0000377934 00000 n 0000377529 00000 n 0000377124 00000 n 0000376719 00000 n 0000376357 00000 n 0000445997 00000 n 0000615010 00000 n 0000508883 00000 n 0000445924 00000 n 0000455207 00000 n 0000381722 00000 n 0000376519 00000 n 0000376593 00000 n 0000381579 00000 n 0000105903 00000 n 0000091302 00000 n 0000091640 00000 n 0000383124 00000 n 0000382719 00000 n 0000382314 00000 n 0000381909 00000 n 0000381638 00000 n 0000455285 00000 n 0000566928 00000 n 0000508960 00000 n 0000383840 00000 n 0000381800 00000 n 0000381848 00000 n 0000383529 00000 n 0000106092 00000 n 0000091661 00000 n 0000094013 00000 n 0000388580 00000 n 0000388175 00000 n 0000387770 00000 n 0000387365 00000 n 0000383588 00000 n 0000454137 00000 n 0000507815 00000 n 0000565860 00000 n 0000386960 00000 n 0000386555 00000 n 0000386150 00000 n 0000385745 00000 n 0000383672 00000 n 0000385340 00000 n 0000384935 00000 n 0000384530 00000 n 0000384125 00000 n 0000383756 00000 n 0000445842 00000 n 0000613934 00000 n 0000507661 00000 n 0000445683 00000 n 0000454057 00000 n 0000389136 00000 n 0000383919 00000 n 0000383994 00000 n 0000388985 00000 n 0000106283 00000 n 0000094035 00000 n 0000095813 00000 n 0000390615 00000 n 0000390209 00000 n 0000389803 00000 n 0000389397 00000 n 0000389046 00000 n 0000452985 00000 n 0000564790 00000 n 0000506591 00000 n 0000505442 00000 n 0000451833 00000 n 0000445758 00000 n 0000612856 00000 n 0000391352 00000 n 0000389216 00000 n 0000389269 00000 n 0000391021 00000 n 0000106476 00000 n 0000095836 00000 n 0000098065 00000 n 0000421396 00000 n 0000420990 00000 n 0000420584 00000 n 0000420178 00000 n 0000391082 00000 n 0000451913 00000 n 0000505521 00000 n 0000563720 00000 n 0000419772 00000 n 0000419366 00000 n 0000418960 00000 n 0000418554 00000 n 0000391172 00000 n 0000418148 00000 n 0000417742 00000 n 0000417336 00000 n 0000416930 00000 n 0000391262 00000 n 0000445524 00000 n 0000611778 00000 n 0000505363 00000 n 0000560504 00000 n 0000451753 00000 n 0000445608 00000 n 0000649715 00000 n 0000107081 00000 n 0000394270 00000 n 0000391434 00000 n 0000391540 00000 n 0000391661 00000 n 0000391827 00000 n 0000391994 00000 n 0000392161 00000 n 0000392306 00000 n 0000392450 00000 n 0000392589 00000 n 0000392728 00000 n 0000392943 00000 n 0000392850 00000 n 0000393700 00000 n 0000393116 00000 n 0000393225 00000 n 0000393349 00000 n 0000393469 00000 n 0000393597 00000 n 0000393895 00000 n 0000394026 00000 n 0000394160 00000 n 0000395129 00000 n 0000394418 00000 n 0000394526 00000 n 0000394859 00000 n 0000394649 00000 n 0000394751 00000 n 0000395022 00000 n 0000396131 00000 n 0000395291 00000 n 0000395399 00000 n 0000395609 00000 n 0000395522 00000 n 0000395772 00000 n 0000395898 00000 n 0000396024 00000 n 0000396877 00000 n 0000396292 00000 n 0000396400 00000 n 0000396526 00000 n 0000396652 00000 n 0000396771 00000 n 0000398128 00000 n 0000397040 00000 n 0000397148 00000 n 0000397858 00000 n 0000397271 00000 n 0000397378 00000 n 0000397495 00000 n 0000397617 00000 n 0000397745 00000 n 0000398021 00000 n 0000399973 00000 n 0000398292 00000 n 0000398631 00000 n 0000398400 00000 n 0000398513 00000 n 0000399177 00000 n 0000398820 00000 n 0000398934 00000 n 0000399063 00000 n 0000399362 00000 n 0000399495 00000 n 0000399625 00000 n 0000399748 00000 n 0000399867 00000 n 0000402433 00000 n 0000400180 00000 n 0000400288 00000 n 0000401493 00000 n 0000400411 00000 n 0000400516 00000 n 0000400648 00000 n 0000400774 00000 n 0000400891 00000 n 0000401010 00000 n 0000401130 00000 n 0000401257 00000 n 0000401384 00000 n 0000402019 00000 n 0000401656 00000 n 0000401775 00000 n 0000401902 00000 n 0000402207 00000 n 0000402327 00000 n 0000412174 00000 n 0000402634 00000 n 0000402742 00000 n 0000405392 00000 n 0000402865 00000 n 0000402968 00000 n 0000403087 00000 n 0000403208 00000 n 0000403346 00000 n 0000403467 00000 n 0000403595 00000 n 0000403719 00000 n 0000403839 00000 n 0000403961 00000 n 0000404096 00000 n 0000404231 00000 n 0000404363 00000 n 0000404496 00000 n 0000404622 00000 n 0000404756 00000 n 0000404884 00000 n 0000405018 00000 n 0000405154 00000 n 0000405281 00000 n 0000407348 00000 n 0000405556 00000 n 0000405661 00000 n 0000405783 00000 n 0000405905 00000 n 0000406026 00000 n 0000406146 00000 n 0000406267 00000 n 0000406388 00000 n 0000406509 00000 n 0000406630 00000 n 0000406751 00000 n 0000406872 00000 n 0000406993 00000 n 0000407112 00000 n 0000407233 00000 n 0000407519 00000 n 0000410878 00000 n 0000407648 00000 n 0000407770 00000 n 0000407905 00000 n 0000408054 00000 n 0000408191 00000 n 0000408339 00000 n 0000408473 00000 n 0000408641 00000 n 0000408789 00000 n 0000408946 00000 n 0000409101 00000 n 0000409230 00000 n 0000409359 00000 n 0000409488 00000 n 0000409636 00000 n 0000409781 00000 n 0000409949 00000 n 0000410096 00000 n 0000410264 00000 n 0000410432 00000 n 0000410600 00000 n 0000410770 00000 n 0000411047 00000 n 0000411178 00000 n 0000411746 00000 n 0000411327 00000 n 0000411441 00000 n 0000411609 00000 n 0000411916 00000 n 0000412067 00000 n 0000413303 00000 n 0000412337 00000 n 0000412445 00000 n 0000412781 00000 n 0000412568 00000 n 0000412670 00000 n 0000412944 00000 n 0000413070 00000 n 0000413196 00000 n 0000414298 00000 n 0000413465 00000 n 0000413909 00000 n 0000413573 00000 n 0000413679 00000 n 0000413802 00000 n 0000414072 00000 n 0000414191 00000 n 0000415553 00000 n 0000414461 00000 n 0000415029 00000 n 0000414569 00000 n 0000414671 00000 n 0000414788 00000 n 0000414912 00000 n 0000415192 00000 n 0000415318 00000 n 0000415445 00000 n 0000649565 00000 n 0000415713 00000 n 0000416170 00000 n 0000415825 00000 n 0000415933 00000 n 0000416056 00000 n 0000416334 00000 n 0000416461 00000 n 0000416581 00000 n 0000416689 00000 n 0000416772 00000 n 0000425596 00000 n 0000426391 00000 n 0000428697 00000 n 0000431315 00000 n 0000435631 00000 n 0000437550 00000 n 0000441484 00000 n 0000444920 00000 n 0000447200 00000 n 0000448206 00000 n 0000449892 00000 n 0000450196 00000 n 0000450345 00000 n 0000450502 00000 n 0000450699 00000 n 0000450926 00000 n 0000451153 00000 n 0000451309 00000 n 0000451456 00000 n 0000474429 00000 n 0000477949 00000 n 0000492637 00000 n 0000497227 00000 n 0000504049 00000 n 0000505219 00000 n 0000507756 00000 n 0000515771 00000 n 0000516993 00000 n 0000528520 00000 n 0000532032 00000 n 0000537670 00000 n 0000549044 00000 n 0000550279 00000 n 0000551503 00000 n 0000552724 00000 n 0000553961 00000 n 0000555186 00000 n 0000556429 00000 n 0000557677 00000 n 0000558918 00000 n 0000560224 00000 n 0000644080 00000 n 0000107146 00000 n trailer << /Size 1293 /Root 1 0 R /Info 2 0 R >> startxref 690413 %%EOF Raster3D_3.0-7/./doc/ribbon.l0000644000471100001440000000762313562710037015204 0ustar merrittusers.ad l .nh .TH RIBBON 1 "8 May 1999" "Raster3D" .SH NAME ribbon - Raster3D molecular graphics package ribbon-drawer .SH SYNOPSIS "ribbon" [\fI-h\fP] [\fI-d[0123456]\fP] pdbfile or "ribbon" [\fI-h\fP] \fI-d[0123456]\fP - (to take PDB records from stdin) .PP \fIRibbon\fP reads a PDB coordinate file and produces a file on stdout containing Raster3D descriptor records for a ribbon representation constructed from a triangular mesh. The file produced by \fIribbon\fP may be fed directly to \fIrender\fP or it may be combined with descriptor files produced by other Raster3D utilities. .PP .SH EXAMPLES .PP To describe a the entire protein chain as a single ribbon colored smoothly from blue at the N-terminus to red at the C-terminus: .PP ribbon -d2 protein.pdb | render > chain_picture.png .PP To color a multi-chain protein with specified colors for each chain: .PP cat chaincolors.pdb protein.pdb | ribbon -d5 - > chains.r3d .SH OPTIONS .B "-h" .PP Suppress header records in output. By default \fIribbon\fP will produce an output file which starts with header records containing a default set of scaling and processing options. The \fI-h\fP flag will suppress these header records so that the output file contains only triangle descriptors. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs. .B "-d[0123456]" .PP By default \fIribbon\fP requires interactive input to select ribbon parameters and coloring information. Five default coloring schemes are implemented, however, and these may be selected as a command line option to bypass any interactive input. .TP 5 -d or -d0 same as -d2 below .TP 5 -d1 solid color ribbon (defaults to blue) .TP 5 -d2 shade from blue at N-terminus to red at C-terminus .TP 5 -d3 one surface of ribbon is blue, other surface is grey .TP 5 -d4 shade front surface from blue to red, back surface is grey .TP 5 -d5 color separate chains using successive color cards from input stream. Note that pattern matching on the color records is _not_ done; colors are simply taken sequentially as new chains are encountered. .TP 5 -d6 Color by nearest CA atom as taken from the COLOUR records at the head of the input file .SH DESCRIPTION .PP The input to \fIribbon\fP consists of a single text file containing colour information [optional] and atomic coordinates in PDB data bank format. Only CA and carbonyl O atom records are required; all other input atoms are ignored. Ribbon parameters and colouring specified interactively when the program is run. Keyboard interaction may be bypassed by selecting one of the default colouring schemes using the -d flag. A triangular mesh ribbon is output as Raster3D descriptor records. By default the output file contains a set of header records as required by the \fIrender\fP program. The header is constructed to include a TMAT matrix corresponding to the transformation matrix contained in file \fIsetup.matrix\fP (if it exists), or to the Eulerian angles contained in file \fIsetup.angles\fP (if it exists). \fIRibbon\fP produces a continuous smooth trace of the protein backbone. For more complicated representations of protein secondary structure it is better to use a different program, e.g. MOLSCRIPT, rather than \fIribbon\fP. .SH ENVIRONMENT .PP The files setup.matrix and setup.angles, if they exist, affect the header records produced by \fIribbon\fP. .SH SOURCE .B anonymous ftp site: ftp.bmsc.washington.edu .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO MOLSCRIPT(l), render(l), rods(l), balls(l) .PP .SH AUTHORS Original ribbon code written by Phil Evans for the CCP4 version of FRODO. Modification to describe solid ribbons as triangular mesh for Phong shading in Raster3D package by Ethan A Merritt. Raster3D_3.0-7/./doc/avs2ps.l0000644000471100001440000000417413562710037015145 0ustar merrittusers.ad l .nh .TH AVS2PS 1 " 8 May 1999" "Raster3D" .SH NAME avs2ps - convert AVS image input on stdin to monochrome PostScript on stdout .SH SYNOPSIS avs2ps [-b] [-dpi xxx] < infile.avs > outfile.ps .PP \fIavs2ps\fP converts a 24-bit color image file in AVS format into a dithered monochrome PostScript image with the same number of pixels as the input file. \fIavs2ps\fP may be used as a filter for the output of the \fIrender\fP program to produce a PostScript file directly. \fIavs2ps\fP is machine independent, and does not impose restrictions on the tile size in the original image. It supersedes the programs \fImolras3d\fP and \fIhdither\fP in the viewtools package. .PP .SH EXAMPLES .PP Produce an unbordered black & white image suitable for printing on a 300 dpi PostScript printer. .PP render < infile.r3d | avs2ps > image.ps .PP Add a border, and prepare image for a 400dpi printer .PP render < infile.r3d | avs2ps -b -dpi 400 > image.ps .SH OPTIONS .B "-b" .PP Draw a border around the figure. By default \fIavs2ps\fP will produce a borderless image 0.5 inch in from the bottom left of the page. .B "-dpi xxx" .PP By default \fIavs2ps\fP writes header records into the PostScript output file which are correct for a 300dpi printer (e.g. an HP IIIsi). If there is a mis-match between the header records and the actual resolution of the printer the image quality is substantially degraded. This option allows one to specify a different printer resolution (e.g. -dpi 400 for a Next printer, or -dpi 95 for GhostScript on a 1280x1024 workstation screen). .SH DESCRIPTION .PP \fIavs2ps\fP converts the input stream to a grey scale image and then applies an empirical algorithm for dithering and error propagation to produce a monochrome output image. .SH SOURCE .B anonymous ftp site: ftp.bmsc.washington.edu .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO render(l), raster3d(l), avs .PP .SH AUTHORS Ethan A Merritt. Dithering algorithm derived from code by Randy Read and Albert Berghuis. Raster3D_3.0-7/./doc/rastep.l0000644000471100001440000001377613562710037015235 0ustar merrittusers.ad l .nh .TH RASTEP 1 " 14 Dec 2010" "Raster3D" .SH NAME rastep - (Raster3D Thermal Ellipsoid Program) .SH SYNOPSIS .PP .B "rastep" [\fI-h\fP] [\fI-iso\fP] [\fI-Bcolor Bmin Bmax\fP] .B [\fI-prob Plevel\fP] [\fI-fancy[0-3]\fP] [\fI-radius R\fP] .B < infile.pdb > ellipsoids.r3d .PP .B "rastep" \fI-tabulate [tabfile]\fP [\fI-by_atomtype\fP] .B [\fI-com [comtabfile]\fP] < infile.pdb > statistics.text .PP \fIRastep\fP reads a PDB coordinate file. This file must contain ANISOU records describing atoms refined anisotropically. \fIRastep\fP can either create an input file for the Raster3D render program or perform a statistical analysis of the atomic anisotropy for various classes of input atoms. By default the program creates an ellipsoid+stick scene description in which each atom is represented by an ellipsoid enclosing an isosurface of the probability density function. These are commonly known as thermal ellipsoids. .PP The program can be run in an alternate mode, controlled by the -tabulate option, in which the primary output to stdout is a list of the Eigenvalues of the Uij matrix, followed by the corresponding atomic anisotropy and isotropic Ueq, for each atom in the input file with both an ATOM record and a matching ANISOU record. This mode is used by the validation tools Parvati and Skittls. .PP .SH EXAMPLES .PP To describe thermal ellipsoids at the 50% probability level, with default CPK colors, and send it for immediate rendering into a PNG file .PP rastep < infile.pdb | render -png picture.png .PP To describe the same ellipsoids colored by Biso, omiting header records so that the resulting input file can be merged with other scene components .PP rastep -h -Bcolor 10. 30. < infile.pdb > ellipsoids.r3d cat header.r3d ellipsoids.r3d otherstuff.r3d | render > picture.png .SH OPTIONS .B "-auto" .PP Auto-selection of viewing angle, chosen to minimize the spread of the atoms along the view direction. .B "-Bcolor Bmin Bmax" .PP Assign colors based on B values rather than mathcing ATOM records against input or default COLOUR records. Atoms with B <= Bmin will be colored dark blue; atoms with B >= Bmax will be colored light red; atoms with Bmin < B < Bmax will be assigned colors shading smoothly through the spectrum from blue to red. .B "-fancy[0-6]" .PP The \fI-fancy\fP option selects increasingly complex representations of the rendered ellipsoids. -fancy0 [default] = solid surface -fancy1 = principal axes of ellipsoid, with transparent bounding surface -fancy2 = colored equatorial planes of the ellipsoid -fancy3 = colored equatorial planes with transparent bounding surface -fancy4 = transparent bounding surface containing longest principle axis -fancy5 = for ORTEP lovers, a solid ellipsoid with one octant missing -fancy6 = for ORTEP lovers who want the missing octant in a separate color .B "-h" .PP Suppress header records in output. By default \fIrastep\fP will produce an output file which starts with header records containing a default set of scaling and processing options. The \fI-h\fP flag will suppress these header records. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs. .B "-iso" .PP Force isotropic probability surfaces (spheres). By default rastep will look for ANISOU records in the PDB file and use these to generate ellipsoids. If no ANISOU record is present for a given atom, the B value given in the ATOM/HETATM record will be used to generate a sphere instead. Selecting the \fI-iso\fP option will force the program to use the B value in the ATOM record even if an ANISOU record is also present. .B "-mini" .PP Auto-orientation (as in -auto) and small size plot (176x208). .B "-nohydrogens" .PP Do not plot hydrogens, even if present in PDB file. .B "-prob Plevel" .PP By default, isosurfaces are drawn to enclose the 50% probability level in the density function described by the Uij values in the ANISOU record. The \fI-prob\fP option allows you to select a different probability level instead. If 0 < Plevel < 1 this value is interpreted as a fraction; if Plevel > 1 this value is interpreted as a percent. .B "-radius R" .PP By default, rastep draws bonds with radius 0.10A between neighboring atoms using the same algorithm as rods. This option allows you to change the radius of the bonds. If the radius is set to 0 no bonds are drawn. .B "-tabulate [tabfile]" .PP The -tabulate option requests that the program accumulate and print statistics on the distribution of anisotropy among atoms in the input file rather than producing an input file for render. The principle axes and anisotropy of each atom are written to stdout. An overall statistical summary is written to tabfile if specified, otherwise to stdout. .B "-by_atomtype" .PP The -by_atomtype option is a modifier to -tabulate. It causes a further subdivision of atoms by atom type in the preparation of statistical summaries. Atom types are taken from columns 77:78 of the PDB ATOM records. .B "-com [comtabfile]" .PP Tabulate distribution of anisotropy in shells by distance from center-of-mass. Output to comtabfile if specified, otherwise to stdout. .SH NOTES .PP There is little, if any, consistency in format among the various programs which write out anisotropic displacement parameters. This program interprets the Uij values in the order specified for ANISOU records in PDB format. That is, columns 29-70 of the PDB record are interpreted as integers representing 10000 * Uij, in the order U11 U22 U33 U12 U13 U23. Note in particular that the order of the cross-terms is not the same as that used by ORTEP or shelx, neither of which use PDB format anyway. However, the program shelxpro will produce correctly formatted PDB records from a shelx coordinate file. .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO raster3d(l), render(l) .PP .SH AUTHORS Ethan A Merritt. Raster3D_3.0-7/./doc/raster3d.l0000644000471100001440000000706113562710037015454 0ustar merrittusers.ad l .nh .TH Raster3D 1 "14 December 2010" "Raster3D V3.0" .SH NAME .PP Raster3D molecular graphics package .SH SYNOPSIS .PP The \fIRaster3D\fP molecular graphics package consists of a core program \fIrender\fP and a number of ancillary programs (\fIballs\fP, \fIrastep\fP, \fIrods\fP) which produce input files for rendering from PDB (Protein Data Bank) files of atomic coordinates. \fIRaster3D\fP can also render images composed using other programs such as \fIMOLSCRIPT\fP [Per Kraulis (1991), J. Appl. Cryst. 24, 946-950]. \fIRaster3D\fP is freely available. If you use the package to prepare figures for publication, please give proper credit to the authors. The proper citation for the current version is Merritt & Bacon (1997). Bacon & Anderson (1988) J. Molec. Graphics 6, 219-220. Merritt & Murphy (1994) Acta Cryst. D50, 869-873. Merritt & Bacon (1997) Meth. Enzymol. 277, 505-524. .SH DESCRIPTION .PP \fIRaster3D\fP uses a fast Z-buffer algorithm to produce high quality pixel images featuring one shadowing light source, additional non-shadowing light sources, specular highlighting, transparency, and Phong shaded surfaces. Output is in the form of a pixel image with 24 bits of color information per pixel. \fIRaster3D\fP does not depend on graphics hardware. The following image output formats are supported: AVS, JPEG, PNG, TIFF, and SGI libimage. To actually view or manipulate the images produced, you must also have installed an image viewing package (e.g. John Cristy's ImageMagick or the SGI libimage utilities). A filter utility \fIavs2ps\fP is included in the package which can convert an AVS format output stream directly to a dithered monochrome PostScript image. Although Raster3D is not intended as a general purpose ray-tracing package, nothing in the rendering process is specific to molecular graphics. .SH EXAMPLES Using only programs included in the Raster3D distribution one can create and render space-filling models, ball-and-stick models, ribbon models, and figures composed of any combination of these. The following set of commands would produce a composite figure of an Fe-containing metalloprotein with a smoothly shaded ribbon representation of the protein and spheres drawn for the Fe atoms: # # Draw smooth ribbon with default color scheme 2, # save description (with header records) in ribbon.r3d # cat protein.pdb | ribbon -d2 > ribbon.r3d # # Extract Fe atoms only, and draw as spheres. # Color info is taken from colorfile. # Save description (with no header records) in irons.r3d # grep "FE" protein.pdb | cat colorfile - | balls -h > irons.r3d # # combine the two descriptions and render to a PNG image # cat ribbon.r3d irons.r3d | render > picture.png Integrated use of MOLSCRIPT/Raster3D/ImageMagick allows one to describe, render, and view 3D representations of existing MOLSCRIPT figures: molscript -r infile.dat | render | display png:- .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO render(l), rastep(l), rods(l), ribbon(l), balls(l), avs2ps(l), stereo3d(l) .PP .SH LICENSE Raster3D version 3.0 is distributed under the terms of the Artistic License, Version 2.0. .PP .SH AUTHORS Originally written by David J Bacon and Wayne F Anderson. Ancillary programs by Mark Israel, Stephen Samuel, Michael Murphy, Albert Berghuis, and Ethan A Merritt. Extensions, revisions, and modifications by Ethan A Merritt. Raster3D_3.0-7/./doc/render.l0000644000471100001440000002634613562710037015213 0ustar merrittusers.l .nh .TH RENDER 1 "14 December 2010" "Raster3D V3.0" .SH NAME render - Raster3D molecular graphics package rendering program .SH SYNOPSIS .B "render" < infile.r3d > outfile.png .B "render" -png < infile.r3d > outfile.png .B "render" -avs < infile.r3d > outfile.avs .B "render" [\fI-quality NN\fP] -jpeg < infile.r3d > outfile.jpeg .B "render" -tiff outfile.tiff < infile.r3d .B "render" -sgi "[outfile.rgb]" < infile.r3d .PP \fIRender\fP reads an ascii file consisting of several header lines followed by individual object descriptors. The objects are rendered using a fast Z-buffer algorithm to produce a high quality pixel image which contains one light source, additional non-shadowing light sources, specular highlighting, transparency, and Phong shaded surfaces. Output is to stdout [or optional file] in the form of a pixel image with 24 bits of color information per pixel. The default output format is PNG. .SH OPTIONS .TP 5 .B "-aa" Force anti-aliasing (SCHEME 4) .TP 5 .B "-alpha" Force output of transparency information (SCHEME 0). This only works if the output image format supports an alpha channel (AVS, TIFF, but not JPEG). Note that this turns off anti-aliasing. .TP 5 .B "-avs [outfile.avs]" By default \fIrender\fP will produce an PNG image on stdout. The -avs flag will cause it to output an AVS image file instead, or stream the output to stdout if no file is specified. .TP 5 .B "-bg white|black|#RRGGBB" Set background color. #RRGGBB is a hexadecimal number representing the red, green and blue components. .TP 5 .B "-draft" Turn off anti-aliasing (SCHEME 1) to increase rendering speed. .TP 5 .B "-fontscale" Only meaningful in conjunction with the -labels option. Modifies the interpretation of font sizes during label processing. Defaults to -fontscale 3.0, which will generate images whose labels are at the correct nominal font size when printed at 300 dpi. For images to be viewed on the screen, you probably want to set -fontscale 1. .TP 5 .B "-gamma GG" Apply gamma correction to output image. .TP 5 .B "-help" Prints a short summary of command line options. .TP 5 .B "-invert" Invert image top-to-bottom. This may be necessary if you are using some odd viewing program. .TP 5 .B "-jpeg [outfile.jpeg]" By default \fIrender\fP will produce an PNG image on stdout. The -jpeg flag will cause it to output a JPEG image file instead, or stream the output to stdout if no file is specified. .TP 5 .B "-labels" Process labels (object types 10, 11, 12) and include them in the rendered image. .TP 5 .B "-png [outfile.png]" This is now the default output format. The -png flag will stream the output to stdout if no file is specified. .TP 5 .B "-quality" Only meaningful in conjunction with -jpeg option; sets the quality (compression level) of the output image. Allowable values 1 - 100 (default 90). .TP 5 .B "-[no]shadow" Turn shadowing on or off. .TP 5 .B "-size HHHxVVV" Override the image size parameters (NTX,NTY,NPX,NPY) in file header and produce an output image that is exactly HHH pixels in the horizontal and VVV pixels in the vertical. .TP 5 .B "-sgi [filename.rgb]" Only if compiled with -DLIBIMAGE_SUPPORT. The -sgi flag will cause render to output an SGI libimage style *.rgb file instead of writing to stdout. The filename defaults to render.rgb, but specifying a file on the command line will override this default. .TP 5 .B "-tiff filename" Only if compiled with -DTIFF_SUPPORT. The -tiff flag will cause render to output a TIFF image to the specified file instead of writing to stdout. .TP 5 .B "-transparent" (same as -alpha). Force output of transparency information (SCHEME 0). This only works if the output image format supports an alpha channel (AVS, TIFF, but not JPEG). Note that this turns off anti-aliasing. .TP 5 .B "-zoom ZZ[%] Rescale image by factor ZZ (ZZ% if the % sign is present). .SH HEADER RECORDS .TP 5 .B TITLE Anything you like, up to 80 characters. .TP 5 .B NTX,NTY Number of "tiles" in each direction. (The image is rendered piecemeal by dividing it into an array of equal size rectangular tiles.) The width of the output image in pixels is NTX*NPX by NTY*NPY. The speed of the program is sensitive to the number of tiles. However, as a convenience you can set NPX and NPY to zero and use NTX, NTY to provide the net size of the output image in pixels. In this case the program will choose the number of tiles itself so that you don't have to worry about it. .TP 5 .B NPX,NPY Number of computing pixels per tile in each direction. Maximum = 36 (MAXNPX, MAXNPY in render.f). If you set NPX and NPY to zero, the program will use NTX and NTY as the net size of the image in pixels. .TP 5 .B SCHEME Pixel averaging (anti-aliasing) scheme. Anti-aliasing reduces the jaggedness of edges at the cost of additional computation. 0 no anti-aliasing, include alpha blend (matte) channel 1 no anti-alaising, no matte channel 2 anti-alias by averaging 2x2 block of computed pixels for each output pixel. Resulting image dimensions are 1/2 of the nominal requested size. 3 anti-alias by averaging 3x3 block of computed pixels for each 2x2 block of output pixels. Resulting image dimensions are 2/3 of the nominal requested size. (obsolete - use scheme 4 instead) 4 anti-alias as in scheme 3, but output image dimensions are exactly as requested. I.e. schemes 0, 1, and 4 produce a NTX*NPX by NTY*NPY pixel image; scheme 3 produces a (2/3)NTX*NPX by (2/3)NTY*NPY image. Scheme 3 requires NPX and NPY to be divisible by 3. Schemes 2 and 4 require NPX and NPY to be divisible by 2. .TP 5 .B BKGND Background colour (red, green, and blue components, each in the range 0 to 1). .TP 5 .B SHADOW T to calculate shadowing within the scene, F to omit shadows .TP 5 .B IPHONG Phong power (e.g., 25) for specular reflections. A smaller value results in a larger spot. .TP 5 .B STRAIT Straight-on (secondary) light source contribution (e.g., 0.15). The primary light source contribution (see also SOURCE below) is given by PRIMAR = 1 - STRAIT. .TP 5 .B AMBIEN Ambient reflection quantity (e.g., 0.05). .TP 5 .B SPECLR Specular reflection quantity (e.g., 0.25). The diffuse reflection quantity is given by DIFFUS = 1 - (AMBIEN+SPECLR). Ambient and diffuse reflections are chromatic, taking on the specified colour of each object, whereas specular reflections are white. .TP 5 .B EYEPOS You can think of the image produced by Raster3D as corresponding to a photograph taken by a camera placed a certain distance away from the objects making up the scene. This distance is controlled by the EYEPOS parameter. EYEPOS = 4 describes a perspective corresponding to a viewing distance 4 times the narrow dimension of the described scene. EYEPOS = 0 disables perspective. .TP 5 .B SOURCE Primary light source position (e.g., 1 1 1). This is a white light point source at infinite distance in the direction of this vector (see note on co-ordinate convention below). The secondary light source is always haed-on. Only the primary light source casts shadows. .TP 5 .B TMAT Homogeneous global transformation for input objects, given as a 4x4 matrix on 4 lines just as you would write it if you intended it to be a postfix (suffix) operator. The upper left 3x3 submatrix expresses a pure rotation, the lower left 1x3 submatrix gives a translation, the upper right 3x1 submatrix should be zero (otherwise extra perspective is introduced), and the lower right scalar produces global scaling. Coordinate vectors [x y z] are extended with a 1 to make them homogeneous, and then postmultiplied by the entire matrix; i.e., if [x' y' z' h'] = [x y z 1][TMAT], then the ultimate co-ordinates are [x" y" z"] = (1/h')[x' y' z']. .TP 5 .B INMODE Object input mode (1, 2, or 3), where mode 1 means that all objects are triangles, mode 2 means that all objects are spheres, and mode 3 means that each object will be preceded by a record containing a single number indicating its type. The Raster3D programs always use mode INMODE 3. type 1 = triangle type 2 = sphere type 3 = round-ended cylinder type 4 (not used) type 5 = flat-ended cylinder type 6 = plane (triangle with infinite extent) type 7 = normals at vertices of previous triangle type 8 = material properties for subsequent objects type 9 = terminate previous material properties type 10/11/12 = reserved for label processing type 13 = glow light source type 14 = quadric surface type 15 = do not apply TMAT to subsequent objects type 16 = global rendering properties type 17 = colors for vertices of preceding triangle or cylinder type 0 = end of input file .TP 5 .B INFMT or INFMTS Object input format specifier(s). Normally * for free-format input. .TP 1 .B SAMPLE HEADER Title (This is a 1280x1024 pixel anti-aliased image) 80 64 tiles in x,y 24 24 pixels (x,y) per tile 3 anti-aliasing level 3; 3x3->2x2 0 0 0 black background F no shadows cast 25 Phong power 0.25 secondary light contribution 0.05 ambient light contribution 0.25 specular reflection component 4.0 eye position 1 1 1 main light source (from over right shoulder) 1 0 0 0 TMAT matrix describing 0 1 0 0 input coordinate transformation 0 0 1 0 0 0 0 0.6 enlarge by 40% (smaller scalar -> bigger objects) 3 mixed objects * (free format triangle descriptors) * (free format sphere descriptors) * (free format cylinder descriptors) .PP .SH FILE INDIRECTION .PP At any point in the input stream to render where an object descriptor would be legal, it is also legal to insert a line beginning with `@'. In this case the remainder of the line is interpreted as the name of a file from which further input is taken. This mechanism makes it possible to re-use standard objects in multiple rendered scenes, e.g. a set of bounding planes or standard definitions of material properties. When input from this level of file indirection is terminated by encountering an object descriptor of type 0, control returns to the previous input stream. Multiple levels of file indirection are possible. Files are first searched for in the current directory. If this search fails, they are sought relative to the library directory specified by the environmental variable R3D_LIB. .SH RASTER3D OBJECT TYPES .PP For Raster3D object types and object descriptor formats, see the man page for \fBr3d_objects\fP. .SH ERROR MESSAGES .PP Some error messages may be safely ignored. .PP Possible shadowing error NSXMAX= xxx .PP This is most usually caused by an object which projects far out of the field of view, for example a plane surface. In most cases the shadowing "error" refers to a shadow which lies outside of the image entirely. However, if your image does in fact contain missing or truncated shadows you can overcome this problem by re-compiling the render program with larger values of NSX and NSY as indicated by the error message. .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO HTML and PostScript documentation r3d_objects(l), avs2ps(l), rastep(l), rods(l), ribbon(l), balls(l), stereo3d(l) .PP .SH AUTHORS Originally written by David J. Bacon. Extensions, revisions, and modifications by Ethan A Merritt. Raster3D_3.0-7/./doc/rods.l0000644000471100001440000001201113562710037014663 0ustar merrittusers.ad l .nh .TH RODS 1 " 8 May 1999" "Raster3D" .SH NAME rods - Raster3D preprocessor for ball-and-stick models .SH SYNOPSIS .HB rods [\fI-h\fP] [\fI-b\fP] [\fI-radius R\fP] \fI[-Bcolor Bmin Bmax\fP] .PP \fIRods\fP reads a file describing atom colours and/or a PDB coordinate file and produces a file containing Raster3D descriptor records. The file produced by \fIrods\fP may be fed directly to \fIrender\fP or it may be combined with descriptor files produced by other Raster3D utilities. .PP .SH EXAMPLES .PP To describe a simple bonds-only model coloured by residue type: .PP cat mycolours.pdb protein.pdb | rods | render > mypicture.png .PP To render the same molecule as ball-and-stick: .PP cat mycolours.pdb protein.pdb | rods -b | render > mypicture.png .SH OPTIONS .B "-h" .PP Suppress header records in output. By default \fIrods\fP will produce an output file which starts with header records containing a default set of scaling and processing options. The \fI-h\fP flag will suppress these header records so that the output file contains only object descriptors. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs. .B "-b" .PP By default \fIrods\fP will describe bonds only; the -b flag will cause it to include spheres at the atom positions also, yielding a ball-and-stick representation. .B "-radius R" .PP By default \fIrods\fP will draw bonds as cylinders with a 0.2A radius. The radius option allows you to change this cylindrical radius. .B "-Bcolor Bmin Bmax" .PP Assign colors based on B values rather than from atom or residue types. Atoms with B <= Bmin will be colored dark blue; atoms with B >= Bmax will be colored light red; atoms with Bmin < B < Bmax will be assigned colors shading smoothly through the spectrum from blue to red. .SH DESCRIPTION .PP The input to \fIrods\fP consists of a single text file containing colour information and atomic coordinates in PDB data bank format. Coordinates are output as Raster3D descriptor records with colours and sphere radii assigned according to the COLO records described below. Ball-and-stick figures have atoms drawn at 0.2 * VanderWaals radius, connected by rods with a default 0.2A cylindrical radius. Bonds are drawn for atoms which lie closer to each other than 0.6 * (sum of VanderWaals radii). By default the output file contains a set of header records as required by the \fIrender\fP program. The header is constructed to include a TMAT matrix corresponding to the transformation matrix contained in file \fIsetup.matrix\fP (if it exists), or to the Eulerian angles contained in file \fIsetup.angles\fP (if it exists). .PP Colours are assigned to atoms using a matching process, using COLOUR records prepended to the input PDB file. If no COLOUR records are present in the input file, atoms will receive default CPK colors (C=grey, O=red, N=blue, S=yellow, P=green, other=magenta). Raster3D uses a pseudo-PDB record type with the same basic layout as the above but with COLO in the first 4 columns: Columns 1 - 4 COLO 7 - 30 Mask (described below) 31 - 38 Red component 39 - 46 Green component 47 - 54 Blue component 55 - 60 van der Waals radius in Angstroms 61 - 80 Comments Note that the Red, Green, and Blue components are in the same positions as the X, Y, and Z components of an ATOM or HETA record, and the van der Waals radius goes in place of the Occupancy. The Red, Green, and Blue components must all be in the range 0 to 1. The Mask field is used in the matching process as follows. First the program reads in and stores all the ATOM, HETA, and COLO records in input order. Then it goes through each stored ATOM/HETA record in turn, and searches for a COLO record that matches the ATOM/HETA record in all of columns 7 through 30. The first such COLO record to be found determines the colour and radius of the atom. In order that one COLO record can provide colour and radius specifications for more than one atom (e.g., based on residue or atom type, or any other criterion for which labels can be given somewhere in columns 7 through 30), the "#" symbol is used as a wildcard. I.e. a # in a COLO record matches any character in the corresponding column in an ATOM or HETA record. All other characters must match literally to count as a match. Note that the very last COLO record in the input should have # symbols in all of columns 7 through 30 in order to provide a colour for any atom whose ATOM/HETA record fails to match any previous COLO record. This idea of matching masks for colour specifications is due to Colin Broughton. .SH ENVIRONMENT The files setup.matrix and setup.angles, if they exist, affect the header records produced by \fIrods\fP. .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO render(l), ribbon(l), balls(l) .PP .SH AUTHORS Ethan A Merritt Raster3D_3.0-7/./doc/normal3d.l0000644000471100001440000000461313562710037015444 0ustar merrittusers.ad l .nh .TH NORMAL3D 1 "12 Dec 2010" "Raster3D" .SH NAME normal3d - apply transformation matrix in Raster3D input file .SH SYNOPSIS normal3d [options] < infile.r3d > normalized.r3d .SH DESCRIPTION .PP \fInormal3d\fP reads a Raster3D input file from stdin, applies any coordinate manipulations specified in the header, and writes the modified file to stdout. .PP The output file from normal3d describes exactly the same image as the original input file. Header records are left unchanged except for the transfomation matrix (which becomes the identity matrix) and the format specifiers (which are set to *). The -h flag suppresses all header records in the output file. All objects in the input file are also in the output file, but their coordinate descriptions have been normalized (i.e. the original transformation matrix has been applied). .SH OPTIONS .B "-ang AA" .PP Only relevant for generating stereo pairs. By default stereo separation is created using a shear operator. The -ang option instead introduces an angular separation by rotating the left and right eye images by +/- AA degrees with respect to the original view angle. .B "-expand" .PP In-line and normalize all instances of file indirection in the input stream. This results in a single input file containing no file indirection. The default is to simply copy file indirection lines (those begining with @) to the new input file without opening them or normalizing their contents. .B "-h" .PP Suppress header records in output. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files .B "-size HHHxVVV" .PP Force the image size to HHH pixels horizontal and VVV pixels vertical. .B "-stereo [scratch]" .PP This option causes the program to produce two additional files, left.r3d and right.r3d, that contain header records suitable for rendering the normalized object desctiption file as a side-by-side stereo pair. This option always suppresses header records in the primary output file. If a scratch directory name is given, it is prepended to give output files {scratch}_left.r3d and {scratch}_right.r3d .SH SOURCE .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO render(l), raster3d(l), stereo3d(l) .PP .SH AUTHORS Ethan A Merritt. Raster3D_3.0-7/./doc/balls.l0000644000471100001440000001111713562710037015017 0ustar merrittusers.ad l .nh .TH BALLS 1 "8 May 1999" "Raster3D" .SH NAME balls - preprocessor for space-filling models in Raster3D molecular graphics package .SH SYNOPSIS .PP .B "balls" [\fI-h\fP] .PP \fIBalls\fP reads a file describing atom colours and/or a PDB coordinate file and produces a file containing Raster3D descriptor records for each atom in the input file. The file produced by \fIballs\fP may be fed directly to \fIrender\fP or it may be combined with descriptor files produced by other Raster3D utilities. .PP .SH EXAMPLES .PP To describe a simple space-filling model coloured by residue type: .PP cat mycolours.pdb protein.pdb | balls | render > mypicture.png .PP To include a pre-selected view matrix with the same model: .PP cp view1.matrix setup.matrix cat mycolours.pdb protein.pdb | balls | render > mypicture.png .PP To prepend header records describing a pre-selected scale and view: .PP cat mycolours.pdb protein.pdb | balls -h > balls.r3d cat header.r3d balls.r3d | render > mypicture.png .SH OPTIONS .B "-h" .PP Suppress header records in output. By default \fIballs\fP will produce an output file which starts with header records containing a default set of scaling and processing options. The \fI-h\fP flag will suppress these header records so that the output file contains only sphere descriptors. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs. .SH DESCRIPTION .PP The input to \fIballs\fP consists of a single text file containing colour information and atomic coordinates in PDB data bank format. Coordinates are output as Raster3D descriptor records with colours and sphere radii assigned according to the COLO records described below. By default atoms are assigned CPK colours. By default the output file contains a set of header records as required by the \fIrender\fP program. The header is constructed to include a TMAT matrix corresponding to the transformation matrix contained in file \fIsetup.matrix\fP (if it exists), or to the Eulerian angles contained in file \fIsetup.angles\fP (if it exists). .PP Colours are assigned to atoms using a matching process, using COLOUR records prepended to the input PDB file. Raster3D uses a pseudo-PDB record type with with COLO in the first 4 columns: Columns 1 - 4 COLO 7 - 30 Mask (described below) 31 - 38 Red component 39 - 46 Green component 47 - 54 Blue component 55 - 60 van der Waals radius in Angstroms 61 - 80 Comments Note that the Red, Green, and Blue components are in the same positions as the X, Y, and Z components of an ATOM or HETA record, and the van der Waals radius goes in place of the Occupancy. The Red, Green, and Blue components must all be in the range 0 to 1. The Mask field is used in the matching process as follows. First the program reads in and stores all the ATOM, HETA, and COLOUR records in input order. Then it goes through each stored ATOM/HETA record in turn, and searches for a COLOUR record that matches the ATOM/HETA record in all of columns 7 through 30. The first such COLOUR record to be found determines the colour and radius of the atom. In order that one COLOUR record can provide colour and radius specifications for more than one atom (e.g., based on residue or atom type, or any other criterion for which labels can be given somewhere in columns 7 through 30), the "#" symbol is used as a wildcard. I.e. a # in a COLOUR record matches any character in the corresponding column in an ATOM or HETA record. All other characters must match literally to count as a match. Note that the very last COLO record in the input should have # symbols in all of columns 7 through 30 in order to provide a colour for any atom whose ATOM/HETA record fails to match any previous COLOUR record. This idea of matching masks for colour specifications is due to Colin Broughton. Several files of COLOUR records, including one based on Bob Fletterick's "Shapely Models" and another mimicking CPK model parts, are provided as samples. .SH ENVIRONMENT .TP 5 The files setup.matrix and setup.angles, if they exist, affect the header records produced by \fIballs\fP. .SH SOURCE .B anonymous ftp site: ftp.bmsc.washington.edu .B web URL: http://www.bmsc.washington.edu/raster3d/raster3d.html .B contact: Ethan A Merritt University of Washington, Seattle WA 98195 merritt@u.washington.edu .SH SEE ALSO render(l), rods(l), ribbon(l) .PP .SH AUTHORS Originally written by David J Bacon and Wayne F Anderson. Extensions and revisions by Ethan A Merritt. Raster3D_3.0-7/./html/0000755000471100001440000000000013562710037013743 5ustar merrittusersRaster3D_3.0-7/./html/r3d_obj19.gif0000644000471100001440000000724613562710037016137 0ustar merrittusersGIF89aB¾öE===AAADDDÙÙÙñññëëëûûû§§§†††ÿÿÿeee222 ßßßJJJººº‹‹‹ÎÎΫ««±±±õõõcccpppQQQààà•••555æææ[[[%%%///ÈÈÈ¡¡¡www¬¬¬}}}¶¶¶+++ÑÑÑ ooo €€€NNNÄÄÄ›››iiiÀÀÀííí×××yyy999WWW^^^ûûÿßßÿÏÏÿÓÓÿññÿ££ÿþþ%%þÆÆÿþþþ¼¼ÿllþccþrrþzzþ„„þôôÿ??þAAþ××ÿ,,þSSþþããÿÃÃÿ¾¾¾!ù\,B¾þ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜—žŸ ¡¢£¤¥¦§¨©ª«¬Ÿœ­°±²³´µ¥‚¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍ ÎÔÕÖ×ØÙÆ ‚ áâãäåæçèéêëìíîïð  ñ÷øùúûüéóÞÀõH° >ó:ðÀ Ã‡#Ê[! Ä‹3²‹ HÂD CbügQ¤I“(THØ®€ró.Âp²¦M~ó*øv³'Ä 6pèàáܼäÒp®|JjtÀ©j…7/„q F ó ‚H˜{ ¨€ þ[ãú$‰U®ÝuLœ˜h!@‚ãPP sAŠ¶T¾ËX"]ž#O\`ÅÇÌm`A¡E8–ä0p  ƒäÓs–DÍ…‹„ó^=… ,ƒ·PCÖÀqZ]\ë¿âæ©°¡Ü„2rø»{†!‹‹k_§ºîvªÇ“/X^ô܆‚àŠ_NZŒïðÙ=ÎÿføÏ㔇™PšäÈ0!Ôg 9óè.ë駀@Î0‚&ˆ¡M ‡__áWÎ}Ñ`ˆ[5d·aqÝA¶¢I6p¡870µÛnœˆˆ/½Ÿ†>ŠÔ€ ¼äA3ˆþc…- A˜HA~×"}Uf´Â T.ðÁQ ä€Á`óH ƒxâ–G»e)r^42D€ãLàš~PCÌ8²CÁÑÉèE8LðÛ88$d€9tYŽSˆ@õ(jŽ~j'>(âV *ŠjEÄ©ºUš‰"ƒ«…J«Tóôë!öÜjו¾Æ…Ll\¶kS£•à,iÏ–Pa ©*kR²Ö†4O»"’Y¶¸ç¸7) A_~€ &`n<¤HnOÀÎ;Õ¶‹Æi¯MØî;B¼ô‚i#äï@>ÄSïÁü.A¾ ôAþ!Ä û#®‹_ë0Ä÷3E”lÄk|Ç!ƒ„oµ-·ƒDÉ4ADnŒeÌ#} 3ÏéArÍJ”¼„Æ:± ´c>ë»4: Ï\4ÑE0‘2‚:?ÑËNk}NEL]sF ݪ×qö: ;öØE?qõˆY¯ZÓv§“0oS=ÄÜ…­¼sÞý¨M8:QHÑ÷ÛSd\•à‡dxäæPQÅØRD‘sÒƒS~Þž›#„WýÄÅ9CºpÿL9Y8¾ùÙ«+ zíçÈŽN¿¸sw{ïâè®2íÀË÷{ñïðŽ<Ö­w½üû¼ñÍOŸ|ÝÖû^}öÆsνöþ ?¼ôâÓ½}ùþäèÓ­zû…ÿ8 Ïÿaøöã÷~þìó½ÒðëŸý”Ç=΀Ù3`±ç?ùùÏ{ù»Ÿë¾‡@ë)°}õàñ4¸? :ƒê+ß×Ç@âï!ßEXÂnÐ…táa˜B ¾pŒà UØ·5,à 1ØC"þˆ1ôá AH>.Ñ…9là˜D#N‘ˆQ4á…XE‘„]dáYFŽ‘‡YtâXD/^‘„iTâ-ØF}8¯e;Œ™ÁRAã.@Ûã>úh–  ! @ÐÈŽí hýò‘Áä±Ä+À@þD¦;¬‘ëM $M’+uD!Àkz×@É°…´§7A6Ð#yx?q¬Š8fð‚´§YzÏ/÷E˃õ¦YÇl@ r@¿;öK 8À @tËc&sŽäj¦¿žIg ÂèÁ <`H}% 48\0ˆg)¢“˧>÷ÉÏ~úóŸ ¨@Z0Œ M¨BÊÐÊãÝ*g9ÀœR<]4@ tЀn2Â-ÊÔš8÷ENS•S/8ÁÎ*Y€È€žõô±ƒšÚô¦8Í©NwÊÓžúô§@ ªP@¨HMªR—ÊT¦Êtæ¬ç´`þ,ýÍ$ˆA`ŠH8/«XÇJÖ²šõ¬hM«Z×ÊÖ¶º•£ Ð[çJ׺Úõ®wåª#ŽY¼` “ªä8ZÚâ© éÓFj¯’""ª·‘Á ª8âæ-ˆÁ*ÔÄ ‚Lh¨hGKÚÑ´H¥M­jW+PÇ–³=@é ès£Tb3ž2àl= Np1v^Ž…ìSd‚IùÒ©¼h6µðx¤½ÍÖoÉõLÈ +`’xf×D?†c4À- K‘h"ˆ•  Ïl·„¬frXéJè.Ó^Ó—-E•Ê•ÁäÊ%m€ÅÌò¼<ÃÀÔ’œþûb­Œþ#‚;€Q2¹§´f>;a<:Øx~oñòë/p€Ð.:6ð€l †,:hƒH#HAR°0˜g$¶×X%° sá g0Äps5@:@ ¨²ÃKÀ Šä0`M A ‚^ʸ€ŠG@¤8!@—[Ø Œ«G,ãq[`ˆ8ز…ÅX@û©lwÍ!/L³1‡ ÌH;‡l:@V˜Åœ@1¨@Tz9‘/ |šˆô\Ž4à`Ò‡¥ëè–@Ê,€XÊ!€A€`0“,ã<ò¬›plpÇ +ˆþ˜riA&f&B¢q *èÍ^Ä`üP¦× øµbvc\€X.ø1[²eWØ*:‡–€cðÚù5µœfÑÌúÊg\Z¤¬¿tó'1¨ô¹«m0x'DÛ*JH­Å}ç|ÍßšÈL°”€LVmâ\ŽÃ$¨L¼°d§Íã0Ønø‘½€Ü;#HѹϱìŒ+ “+Èù ^"‰#Ït. e Ug‡ßyÔ ™[´°˜Ý än2 ]ŠWåä¯a¹Ñõ耽¼ä°”¬,Ü °ÿëœÁ2ìG˜Pp ¬Ië+×Z ¸´€ÜþU±Ô´pìX`wUШ|€)á8€a“Ô€é `4ð‡·Î³0 Àöv –8àHÀ. SírP€ÌPG –lh ) ¦y9äJá…ì¹n2y¿¼øb­ÁvK¶çŒ?br?í”ટïéáç݆­·!ñ‘Ç|à)ŸrÝïÝ÷#~Üÿpgãõ¹(üé_ÂÕw¿ó¹a6n¿ùÙâý½_ëG—þùgëÇFñ÷<ï—7åW;˜|ý'û'~Ð} ¸6 ¸:ØhèÓGø|h~ h€ó×|H¨€¨C#È%Ø|'h)(EÿþG‚í'‚/:ˆƒ+-È7¸|1¨EHƒƒæF3Èè€HG=?~!èK(M‚OH~A¨FCÈ‚5(…GI(‚/0…"X…(x…è…µÓ ¿Põ° *†D]è/V0ã ÀqÒn€ˆÀ† ã-hìóp%Q[¶…Xh†Ù"=°=lçð2À<@Û¶ÖU€’˜††¸/Ð/a  yæPôä‡0`, ÁŒ’DEu8/8`ò`sˆƒ‚Z“ÄŠP^¼X„¶!@j ÀP7-à4b’þn±&§˜†”x,=P ãNæ +%°!|‘Gl‰pl@äŒ-SsâÀ å.à;|ó ‰@ŽL@–ûFàoä`Qû(2!Sn±H߈Š½¨l™qnöØ$p8€&âž…k‰dþBs)@%‰©1!yå˜AFy+<°‡¹@$;àeãPhì@Á-2ÅoþŽ·i0@vÞ¨‘á4yvXwI‘ò2-PÔ4 é^ÙÔ$)W$éuXºW”5i-óÀ6²0+ó%°Pª¶1 /å Ç(”•(pþç¶k"$@LG7Ž¸[}Q'˜-Ðgä` ±'pK’*GR%jX<¸K»¨–˜Yg»ƒMX£Œäe™‘ŠÅÓˆA¨i””ó‹ƒÀp…¸–¸ƒðr*è›”Ã,g™9:P!¨b›ÀÂZÖyØ©Z Ðw\Ùùàž¥œ”0éœâ²o@fÁží¹žì ŸíŸî¹žòiŸõ™ŸôIŸðÙŸúùžùyŸÿ) : Z ü¹Ÿø9Ÿ êŸ÷¹ ŸóÉ  J¡þ9¡Z¡ºŸ Ê¡º¡"¢:¢ª¡ Ú¡ î˜ .ú¢0£2:£4Z£6š ;Raster3D_3.0-7/./html/r3d_msms.png0000644000471100001440000020625313562710037016210 0ustar merrittusers‰PNG  IHDR,u]{bKGDÿÿÿ ½§“€IDATxÚìýi´m×uˆ}s®µöÞ§¿ÍëßðЃH°AHQìDÑ´i¹,Éq“زÊ)Ƕ\UNªTªä8£”‘QNìaTâ¸2FR®ØR†l5åÕX–D‰HÉ")6 $@âáá5·9ÍnÖZsæÇ^ë¾ Z ÑP©ý±Ç¹ïÝsï=gŸ³¿3›o~0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ 0`À€ ð­óJ?€^ (ß2³%"&"fæü^Ößãþ "6ÆØ?àþ ðÒ@D†ˆøë¼/cÜ7êþ^9ÐKÿ|ã@D€ªªc kíHUƒsnôàƒþÕ²,Ëc¨ªjúè£þâc=öo™ÙzïkcLi­-™™Ú¶]ß}÷Ýï¼çž{ÞÙ¶íaUUóc÷7Þû&ý=&"‘øJ?÷ÿ>ÂðGlj .^¼øðûÞ÷¾¿wë­·¾YU×Î9œ8qbÛÃD¤ÖZZ­Vë?þøã¿ò‰O|âºxñ⟸ãŽ;Þ."+cŒÎçóñl6xÞý{ì±ûÄOüÆO<ññO}êS?ƒ>Ý4"^éó0àùkÀ9«ªÐ[n¹åáw½ë]?|ß}÷½Ã9'!„Ž™;AD"ÊQ‘EQZk£ÑÈVU¥mÛ¢ijš¦ !Ô|Œ±af¥û—eY–£ÑÈyïñÉO~ò—üÇü¿úüç?ÿf¶)Òê\D0Ö€?R "«ªáüùóo{ç;ßù÷î»ï¾‡sÒ¶íÕDÔhˆ(2313ƘmkíIcLÉÌ@´Ök-<Û¶íi"¹¾ònŒ`ˆÈ:ç¦[[[;MÓ¬~üÇü¿ý™Ÿù™¿ß¶í:E[CŠøGC—pÀ0³UÕpóÍ7¿ÿ/ý¥¿ôá .ÜÒuÝuïýu"Z©ê¡ˆŠÈZU[éD¤0gæ[‰Èˆª "rXDˆˆ0çEQ”ªºaf03ã,cŒ±ÌLMÓ¬U•~øáï:yòä}¿ù›¿ù“"âSA~ˆ´^a Ö€?È‘Õ… Þÿýßÿý?5k{Ƙ–ˆUmUUêaPŠ¬níù‡”™ÉZ«B"&cÈ9çœ!"jšf¯ëº†ˆ€I?k‰"R‰Óét²Ùlšøÿá÷âŸø×ÆcêZ¯ ÂðŠ#Õ¬äܹsïÿ³öÏþäl6Û8df¯ª@ ùî8‘Ö‚™Ïc‚1æ2µDªªò!„/‘0³MÝÅÒ9wÊ9wÒ3Ùl6èº.Zk@&ÁLXÄ̤ª¡ªª’™ãüÈüÉO~ò“ÿ³µ¶!t¯ô9ûãŠ!%ðJƒÈÙ³gßÿ¡}è'§ÓéFU7c4"âTµTÕѱccÜ°e­½jŒyŒ™¿HDOx"„ð%U]‰È:¥5€ÀZU—Æ%¢iÛ¶Õt:U"’TkUµ!¢ôJï½0?üð÷=þøã¿uéÒ¥GSê:¤‡¯ÂðJ‚¨snûƒüà/-‹BU[UuªZ(YªÊép1Æ…sŽ'“É—­µO¸BD‡ÖÚuQMQ-3×9•‘NUC’HˆªF眛L&#U5Ƙ˜ õªÖ"²ÐQ`fUUaæâ-oyËŸP<ñÄ¿côÌlâúÃÅ@X^1¤"¹Üwß}ÿÙ]wÝõ]1Æ53WRä•g£ªQUˆLsf±X\ðœˆ\'¢kιÃÑh´šL&ëÉd²©ªª6Ætºcˆ1æ´2DD•)¢òUíD¤N騤š–‘{øá‡ßuêÔ©ûyä‘SÕhŒqY+6à°¼’¢(vÞþö·ÿ3k혙M’)´–ªº¯ªËYUªZÇãj±Xl\‘=U½ÎDEY®¦Óéf±XÔóù¼žL&mQ€!ÄBÌ{ô50ffGD%¤”ÐçCU»c-"}wPˆˆ—Ë¥Üu×]÷Þ}÷Ýï¸téÒãW¯^ýÒ"þáa ¬¯(ÞñŽwü‹S§N½>Æè­µ‘™—UõPUשî˜ÙŒF£r:cÌžª^U‘ë \%æò(Ö“Éd½X,ÚÅbáaUÞûØuBŽ$X–™ËÑYUmò!"m:º”Nf>"f®êºÖ‹/Þöàƒþªêžxâ‰Å»D†¾kÀ:òØÍÍ7ßü·¾õ­·mÛh­m1Kf>$¢€•1FŒ1Æ&9úx<®¬µ€ë \ŽD_Uï=]am7´÷GãñÁ¨ª 3w1FmÛ6Ôm[{ïªÌDzCAD㔚¶‰¬©ay ""è¯N5¯¢išŽˆÌÃ?üîS§N½ö‘Gù1¤nã+}~¿•1Ö€WZÅÎ{Þóž_PÕ‘µvcŒÙcVƘ%€%3‡¤TwÎ9[…-ŠÂYc:ólìºÃâ¹çîܽzõ½'Ûö­'EÞv’ù=³¢¸Wœ»™Ÿ„ˆëºnS×µÅfóª®ë4ŠH$j QÅD1ˆ¨ø]",ŸŽ(=€E".ffzxxXßsÏ=¯½é¦›ÞðÑ~ôGѧi}ƒ0Ö€?TdÅøÃ?ü/Nž<ùzcÌÆZÛц™—DtÈÌsŽ¬µlŒ!k-Eaµ¥­ª½pýº)üÛ¶›æüØ[1›’¹(Œ¡1ó‰™ÈÛU?·òþÓíjõ ;<üoæ›Í[¶Ûö¡‘·¢ª6æi%Š–y¢@.î×) ìRtEDRJhÐ7 zm˜ch³Ù4wß}÷koºé¦7<òÈ#™´|0Ö€?4‘QU¹é¦›>ð¦7½éï†BQ1¦&¢-‰h™„ bŒf†sŽse9™Pwíš“Ç»y札Æc-#g- (FhŒ‘DLhÛÝgÛöÛÃÃïö‡‡¯A] {ïàD æ›:¢ed®™yªªª®E¤Ž16"ÒÅ}ŒÑgÂRU À¥ç‘­ÌLu]wwß}÷kÏŸ?ÿº~ô£ÿ|åùÆ` ¬(Èù… Þõ¾÷½ï§cŒ‘™%EWk"ZXÑÆã1уa¹j<6Íþþøðw~ç̼,i4¡*K.«Šœµdˆ¨œNA·Ë%…¦}¹i>º>8øËõj5Õ¶%#1`Œ”D‹ óí1BÔAÕ‹È&VŒ±K¤p#ͳè#, '«#©„1†ëº–Ûo¿ý5_üâë™gžylÐi½üüaAðý÷ßÿ¿uÎY"êŒ1€O’‚@ƒ^Òà‰ÈQÇDž™[i®>ñÄ”TÁÖ‚­%. 5E¶n2Áü¨*6{{8¼v­¸¾¿ÿÜÁáá//—K\¯kYy6Àcª*²ˆ™ŠÜ{bZÇstÕ¦â{‹^@Ú2s‹¾0_Ç—1ÆuacÜäŸÐÕu½ù;çïü«{ï½÷Ý}¹lp1}91œÌ(PUùÎïüΟ¸xñ⻽÷+çœ2sKD=Yµè «ÐG/D-ˆ6¡m»æð°‚1ˆªP"E?í 8‡(‚+_øž}MÛb¹ô›Í†ë®ûT[×ØxO×cÄJMÊEÁd­1îÚÇ>ƃL<1ÆVD¼ª" ƘPEpÎ"Ú¨ê2ƸJ¤µNd·‘¶ëºÆ9gÿôŸþÓÿIzÞC„õ2bH |£Áô¦›núoyË[~XU×Ì,)b i`ùÀ!€CcLk­•t%@‹ªêöž~ú¶æÚµÎ9)ŒéÓ@c`œƒ±V»ÍÍrImŒ¾nó•²üñuYþ]‘ïäoc¢c ‚÷" ªºÈŽ×¯T5 ¯O¡( ÇÖZË"´OcªcO™™]×uzáÂ…W}þóŸÿõË—/?>Ô³^> „5à µÖÎÞÿþ÷ÿ›ÑhTc"ꈨMÂóš™л3,1 3w̘9³k"UýÜs 33PtMƒ¶m©‹1¬Ökw¥,?±9}ú»^gåP¿¦1Þ ‘ó3kea f"Df‚H±Vý r¨IÒ ª‘ˆ¤ª*N§f:RQ>IŽº‡HÝÂcN—e9^,'>ò‘ü¯ô ð­„°|#ÁôÌ™3ßqï½÷þ µ¶¶Ö¶jU"bRwð€™™yÉ}×®cfÏÌÑ# Ðt{{Óž ëõÔ”¥ˆ1k)iPE£Ôµ9¬ªÇÂùóÿt<›=k©’ç;£(~ME^5&:]9§ÎZXc4Ñ>ð;Ègµ'¡&y¹GçœN§SÚÚÚÂ|>÷ÖZ/"1#EY’Lm",ËÌ…÷>GY\¾|ù‹C”õò` ¬ßp<øàƒÿøôéÓwXYku²Ž1IݾŸnWDô¼+¥†d¬•b<›ýý[ˆˆÝdË’jct-ÂÍxü™ñí·ÿç³Ùìjéܸ( 1Æ€Dk ᬹobmtDl˜ª~Ϙ_‘MJ½ªFfÖ²,i:b±X„ÙlÖQŒ1Š÷>zïc!/Éà¯!,€R”uê#ùÈ?Ã@V/ ì+ý|kâ˜)ß{n¹å–÷ŠÈÚZ1M²z¡¿ˆc’0tªÚ¥Ža@_¯6‰Ôw‹'n}ë[7׮ݻ¹~ý¶Ø»óiI$;12‹O¯‹":c¶\UÕPek-P*)ËgÂfƒn42ÅÖÈ9PZ­BrEòn—”®cLçœçœÆ­s.8çlÚc˜Uð6u icŒ-3—u]w·ÝvÛ›Çãñ|³Ù¾Ò¯É·†.á€o²åÊk^óš¿]¥¯#"¯ªFD €˜»pÌì‰( wKÈ2‡@ôQkï}CÆ\Û¹é¦O£ §Š9@3"@uBD¥±– ç\Y–¶ª*[–%Î\Y>*eyØ.ä··á·¶„Ož,Æ“ÉEiŒ1EÚ M©°¾QÕ Õò±IË0jMÎÅ|$K›ÖZ»¸õÖ[ŽTþ^†8àçÜüôéÓ¨ªg昉cŒ•ˆXcL]–em­Ý“8xôÞí]BÎRƒˆ¬ƒ÷uÓ4!ªjh[ø¶E׶Þƒ˜)‘Na­uEQeYÚ²,­s®´Ö¶4Ì{í:¡A"F’sƒI‡Zk½1¦‘Æ{_·mÛt]ׄš”:u‘Twœ´¼÷Íl6ã×¾öµïÂz90œÀß‘#"$ßôØÏ ÃzïGÌF£Ñº(Š•1fCD]ŠÀŽ»&ä£M©VCØD‘Ug-º®C×uˆ]ÙÞ;çFÎÆ“I9ÊÑhTTUUEQXk k­#"B@¤ª¨ªê4z¢”´ÈB¬µRUU,Ë2„ºårÙ®×ë¶iš®ëº.„àSá=dÒJ·GÑááaxàþrY–Óa1ëKÇPÃð²#á„;ï¼ó‹ÅvaßÃÆòÞWªjÇãñ²,ËÚS«j‡>ªŠé6ÿ"bÑï 41FÕ€®ÛÖ¢ÝÚ•%º­-ÄÝ]Tei çƳ٬¬ªÊQlšÞ{nšÆ¥¿ýÛ£ÑèÝÖZ @cŒÊÌUY–çV«ÕgˆÈÅ£÷>Öu­µ!Æèó}Û¶E]×èºÎfÂ"¢˜êY!9£æÛ¨ª±(ŠÑ]½<kÀ7 EQTÌ ï=9爙­÷~T–eǵµ¶&¢&_èùÂWUŸ.v¨*ãÆÜÞª®ë˜ù{%£Æ¨ö³`fÎa2™ló9W£Ñ!IQcä¦iLÓ4¶iš¿’:z’œüÀÌ8wîÜŸyæ™g°¿¿ÿq"¢TLèëlq¹\JÛ¶c¤¶mm×u’Krº›¤Yî]4Æ(º„/ Âð C"ˆcXDJv2™¬Ó¢ˆ&û¦çhDDý@q@/»Ñ´­Ù‡vëºþÐîî®L§Z×5‰H&5lïì|GY_¨F£ÏÍf³1³©ªJ1œ\Êñx|—1!êƒ,PúýtáÂ…ÿ@DüáááÇœsTUÆã1BÔ¶-V«•ÄŽ4v#ª*ª*‰ bþš™{#-"2Æù´` ¯°¼ìHc-8qâÄ·w]¤e¥!3N›Ñh´1ƬÑwÙ€¤%š¶Ô¨ˆd/c '®¶ëºoWÕ±ˆ„S§NÙ¶mQU¶¶¶è–[nQç—eùWF£Q(˲J?¯)R#k­. !`oo!bf­ªŠ¬µÒ¶-Ÿ;wîO7Mó8€ç˜ÕjÅ]×q×uhÛV½÷Ú?Åž¬òãMl§œo»®k¶··wzè¡üð‡?ü#iíýPËz‘kÀË Bï(º8}úô[Û¶Åb±°Æ”eÙVUµ±Ö®ˆh“Ü ½†Sóq´(€I>T‘™-¡m[*ŠB‹M&ŒF#uÎQY–Ú4Ikê#!„€TÇBŒ½£rÿ÷Ú¶…sŽ¼÷Z§õ_£Åbñƽ½½ŸØl6IŒ‘º®‹"¢Þ{BŠúÒcÖc$…cd•çžœsÅ‹8—¾a x¹Ñ_¥ªhš&îîîb:rQ]Q1fÃÌuŠ¬ïkŒú®5‘FrøLÝÆHDœÒ9´m k-ˆÎ9º|ù²ŽÇc2Æ m[Ýl6œ «ë:éºÞ{xïEUѶ-§kêæiZYÑhtÏÞÞÞv×uª"Â!„˜kQ1F03ˆy9E>T5ù{¤5c^"Âð²"õíîî>pöìÙíX…Eá1m’-äÕð”×n!y¥'²¢”^13—3“sî’ª‚™Ù{º®•™ÉZ›‰ EQ€ˆÐu]šòÞ›R½ ÿÝuý²k-‰˜ÖÚ›¬µ»Þûk"b’84à‘¢BúZ²B¿¤‚s„€R EQ cp/Âðr‚òlÝC=ôŸž={Dä˲ôÖÚ†™kQU9» '* À‘ÓçCR´âιO‡‘;ÐæÙ{¯ËåÞ{ŒÇc {{{AUYD¼µöѧe3¿Ù9WÆ5“3«ˆÐf³ù3‹1f–<Þ9 ¯Yå”5?F"©t85Ür¹Ä£>úpc`À‹Ã@X^.PJ‘èøÀOÞÿýïVÕn4i²”YبêFUë¼½ÆÊ¥Í5ã´¦¾;¦$‡ˆØD\Rů,—ËÛ«ªâÝÝ]],@ËåR»® iðøg···ÿ3/BŸËzï]Ó4¶ë:—ÆnBx}ÁŸEiî°‹1~Õ9·£ª«Ôíã4×uÈ 7"Äã£÷Ç*—Ëåõ'Ÿ|r ¬—a x9@ ªüž÷¼ç'Þô¦7}@UÛÑhdSdÕªj  K„µQÕ:­Õj‰(cl"…VU»4Ó £†HU+çÜg§Óé…¾—ˆÀ̘N§:õ©§žrιßY,?YE$¢=ï=m6›JU3›DŒšþöQýÌZKÌcŒŸ4ÆTÖÚ…ˆ I©ZôÛ ³>,Ô“U^fÒó°if’¬µÖÃÇÎÕ kx‘kÀË`Þóž÷üÄ<ðë², k-Œ1Š^Så“‚½MiVH+{¸Çcã9> IU¥T•cŒ^U«¢(Oêz‰1sFžN§ÿj4µÎ9ËÌZ…cZcŒ¤4Mº®kbŒš;”ÖZE&’M­1f."b­ÕTO[«j›$ 1‰N³›DNgRÛ|$²rŸþô§ÿÍf³98v®¼H „5àå€yç;ßù“¯ýë¿[U÷‹¢0ix¸H G)‰*3qù´V˧úTËÌ!­÷ŠÆ˜ÈÌ9õe#ª¾³I0dÑ'ùÑhô/ÓϺäÁUUk-˜™R·1F1>¡}Å1FHŒ€1cÜcƘ­ô÷IDTD( F‡¬·Š1rJa UuH; Ste‘â‰'žx˜Ù¬—†°¼h‘UÕðÚ×¾ö¿|ík_ûÝ"rÅZk’ùžÉ†v)ú œG‘ /¾‡ää˜ÙE˲”4,-"’ÇZ(„CÙ«*Û?ïáĪºGDjŒ!çÜq1jLÄÐu{ïÕÞºf$}Û²7犱Ð$ÒcŒcBŒ‘²± ˆDf†ˆ˜LV‰°žm¥Ž!Ò¿¼ kÀ‹†ª†¢(v_ýêWÿ㦪ª˜|¯©®“ ꎈ÷³*„T '¢¬EQÄÉd&“‰c²ÈSÓÌÞÑRŠDzÿ^Z•êMè÷¨Ê‘„!ÉLøP¬µB€UïIˆúèªiÀm QõÉõtÎÌÓcî§`f›¾–DDQUͱngîf…>¼÷Í+ýZ}«` ¬/ 9ººë®»þÃ'Nì2ó¥äi•ÝB9µþ牬\*|³Š,%k •e©“ÉD‹’šÜú :Dr¼Ë–HR'!ç½·]שsƘ<@D0È u"R´-ж º²R–z{˜Ž™Ì<ËK]E¤M„DÄ£—B"2‰Ì\²H©s®:888üßø »™x kÀ‹BJËpîܹ‡S¨!¢ n¬½â •)-,UµŒ1:2†`L«1nXÁÚÎZËeQ`2™Ä$wï}L¾î0ÆtYdc""mš†¬µã½·ªj“ÚÞ‡òøN !H]×Ò6é¼ßcïßb§µ7ˆ"êDÜ ‘÷®E>U×Fu—˜+f'ŠÉ©>ÇDTrŸ’ˆÊ¬„7ÆP&-úšbÛ€°¼`ä´ìþûïÿÛeY’ªn4©ýï“ÀÄ£öî¡Ä½ÈÉ>ùä«ËgŸ½0 ¡[«UQ lš·*Ññ,ÿåz6ûí)0ö]‡®·?¦´†˜ù €wŽÇã\,(ŠeYBDÄ9çNœ8ñçž{î¹ÿ^UÛ£mÛ6ZkS-=Ʈ먮뺫ë·NêúoUlTUª"Z¨ž™ˆœº"òï‚êÆMˆhœ ï‡IÒ½»,3ˆh”HË¥µöÙi‚“ûè }™0Ö€…ä×þfÙXk•ˆBò_ïŒ1”Õã1Æ–¶Ea®|þóg›Ï}nçÔl¦âœDç4Z ¡ñÁÁåW¿úŸ.­ýW·¶~~³^ëA]7›¦ñ~³1""ëõú»ü-ç¥Z‘ZkÉZ+óùüNùÙgŸý{ï’Ä!&?> !ø¶m§²\þµ‚©9IÄЊÕdB¾à5ÀZk’ê>EV]„Înµvvûí·?ø;¿ó;Îê+ý:~³b˜"ð¢ "ÝÉ“'>sæ̽‰¨P§aã<ðl1 ³è}YN&ûv2¹²éÒ ¡Š‚t!h£v!˜FD®mmýwÞÚ/!„-)Uuªª["bˆè—TõRÛ¶ßcä£zïu±XÐööö§Eäã!!lr4”ò1³êkP1~[ãÝã­-åÓ§‰˜)¶­óõÊõ €VD–"²Nм¢^Òs5ªZ¡ob5)ýtÌìD;;;ãgŸ}öñÏ|æ3¿lŒ1a½x Ö€Œ<ø|õêÕxŒÑ$kâ*°ÀôkpœˆX&‰*Ŧ±£gv_ýê+˧Ÿ¾§©ë$Bˆç<íîþ?1}ÞÏ´WÏsŒ‘ú€*‚ˆJkíÏ2ó­"ò'ʲ”íímÚÞÞFÛ¶c‰ˆÏÃ×é$Ȟ묪ª1lo£;f:ˆà÷ö {{&YƨˆlTµ‰161Æî˜/'燘V€Eô×¥(¬M"ZW×5.\¸ðf`¨c½T „5à#GÏ<óÌo,—Ë0›Íƪº!¢êØð¯IêîB‰Êt¡Šx_–³Ù3æ®»¾ä›Fëk×nS(Qmf³€ùšÆ¸‹ž¬LªƒÅ<£˜êF“\›Ê·i°Ù¤FN·76ÙäF@¿†Kdk]œ{¿ÆX¢ëT­…T@TB¤’î¨MŒ±1ú4n¤©ðNÌœQ½ˆŒT‰°br|(›¦iï»ï¾·Íç󇇇W1Ø$¿h º/W®\ùµ¦iV"2‘JD²…Ì$ªLTuBÈÛp¢!zoU„ØÚÃÑéÓ¿Xž:õÓÅîî¿&æ5D* Rú–¥©ÅÙÙ3÷cD²PÎõ*Š1fÍU^‘½Öí±ÃÈ›P!éÐ ÀDTIDVI¹ßÆC>òʯd»œ´}"×JD\MR‰Þûõd2™?ôÐC?Ì<”b^$Âð¢BX>ýôÓˆÈ(ÆèÒ-¥ZÓˆˆÆFªÊèÅ”AUzã»("ïÇÂLC˜«ªMb.Ö{ÿ€>J² •¹¨žEqQûUöšÜ@³çúq¿u PU—RÇãæˆÉ0¥›cBhB¹v{JÒZIŠ¨Bú}FU+Uµi§!bŒ!-h½Ò¯Ù7;Âð¢ݸvíÚoÈv2eŒÑ&­Ußì ÒŠç«à³äA´÷•ôÂËì&*Ǿ&"*ˆ¨P¢'›™µö2ÝðdïkëœÈ'§†9+È.ý&¢ñd2ùÀl6siñ*Ú¶EŒÑŒÇã[Y­cŒm!GX1ùi)Òè®ë(‘V8öür´i’#©[¯×ámo{Û”e9æ _<Âð¢ëXÏ>ûìoÔuäeÐcªèå’6átÉ‘Ô÷’§þkôsxù6oÖiÑÏäQ‰9’N¨êÔ9w‰ˆº]½)½÷‚ž˜²äâ(ºRU!”ι˜Ïçï°Öæz¥´“æóù…ÝÝÝ7„jï}o@DDi!­º§´E:G!E”EJ=MJUáœËçhÀ‹Ä@X^,ž{î¹>GDU"Jé#›öõ6/>¯ðbæ½*¼#"ç“U§ý&ì£ÎƘ¿§išÚ{,˜y›™wŒ1ÛÖÚS§Nýà‰'î‘RXJ›t(­&“ù|~öÌ™3ïJ‘•¤ïãX}ŒÚ¶5]×™\¯:6C))Â*2a©*¥±œ¡Øþ0t ¼h‘‰1®?ÿùÏÿ÷7ÝtÓžWr¡ÿ ´)ºAZ•ÉʧqžŽLXi!ú‚6ð5µ§ì&ê½ÿ¾ù|~1Æ(iÍ<•e‰Ùl¦Î9sûí·¿¯,ËSª·¶¶^o­5ÇÖÁ9W‘l6{xx˜Gvf³&“ m6L§ÓsDT†ºLRY1Ÿ ,E’Â̈"r"’=ìs”u´=ÇSäÓ‡¼^0†ðtÀ‹FJod>Ÿ¿æ¶Ûn{-ÔƲÖNˆhšÚÿkV6IÛT§âãQ•ï­±ˆ˜Ùc¬1ÆYk‹U™ãëcŒïDz³³C§NÂîî.¦Ó)9s†ªªÒ¶mÍ|>¿iww÷¦ñx\TUe˲4eYZç\&/6Æèjµ"=¶]çXŠ)Ììêºn?ƒ¾>Ö‰ˆ'¢”ö_s:Žü²8É:8 H ‰‹Åbº¿¿¿ÿÅ/~ñW™ÙÒŽ!ÂðR °\.¿Ø4 Æã±E/@®ß$ÇÏ\¯Ê[oDUeGЈ¾ø™™¸´ðÁ¦4Ð!)ÉcŒ·Šº®Ód5C ªX¯×:€zïceYåS÷iÖQC”6@y®Çµic8„€õzýd²\ŽYK–Ç}˜™T5¯-Ë «ªÛW˜Ž>d¼a xkÀKÀÉ“'ßPbŒ1¹PºH‘<¢4¥SÙ²%j¿:¦T*¦ÕYPÕ‰°¬µ.EY€™ªºc Þ{JÄc Š¢ÀÁÁª1†T•»®Ó¦i²ye¢J·cÔ3³Æ^•VE„êº^-—ËÏ&Ñj—› ‰”ŽˆªÆ8“UN›Ô,µ÷Ó*DÆ÷J¿hßÌkÀKFv/H 0"b“¹]H2I¤%i§Ÿ0s4Æ3Ç$ ȵ¯Š™]†µv`."…÷¾ ¡WÔu?)uá`­Eú¾®V+Z¯×Ù†&$9BÞQhŒ1ÆZ+Ylšv*úu_rõêՑÕù<—xL¤š‰Ê~í´·Y¦Ífƒ‡~øîç~îGÚ¶]¿Ò¯Û7#Âð’‘Ö]e BO:†zkΑUŽ®D$&C=ÍÄ´ôÔÅ@aŒ;ç\Q#cÌ=aMÆãqÓ4¤Z“n6›œI ú]­¢—.]úÌjµòÉÆù ÉêX˜¹µÖžªªê":ƒÄ¹ÙÖëõÿ§iš_E?jÓfÙBªÛ1n4"zwÑpœ ŽG††IÜZ•e9ëÅa5 xÉHÅe ¯ie¥7a™cµ#‰1z½ QHvÃÖZ[Yk$ ̼ED§Uõ¬µ¶1’sNOŸ>óçÎÑùóç1Nu¹\ÒsÏ=÷ôjµú9?§ªÿÀsDtHDËÔÍû¢ˆü´ˆüNÞ„cŒAUUrîÜ9lmm-ÒNn ´éñ z÷ãD3q¥ã8i ’SD×uÍÎÎÎ졇ú+é¼ à Ä@X^HR•ªŽˆ¨E¹ØDXš•—)-Ìsy!Í æ%¨ÎZëœs¥1fAD»ªºc<ÙuÝ-!„iQÏ:çž½(P¶VÙUïíí=yppð/ˆ¨Nµ§.™ù­pC´êR±ÿ—“Ü“ÉD­µ@O2y“µÏqð|¾?r ¥}¨™o39Ù9¿êU¯z0lÒy1~À‹FŠ*pêÔ©·¤d£ª#ôÅô €iªe§ƒ.yTå% €¤èÊ1sÁÌeQeUUãã$‘Õ"„pÖ{?2Æ\VÕkeY^VÕOŠêŸˆÌ…z¯0†Õ¹NDþ3¦š“O¼\/Sa_ÑÛ}ôu6i«8„€Édr·µvcì²N+k°ŽÙ úß?5ÏÞ3«µV»®‹¯~õ«¿}pnxq"¬/ @ÏŸ?ÿÞÛn»í}Þû}eæe*¶OÒðp«ÍUŒQ¼÷Ò¶­´m[t]W†J"ªÊ²M&“qQ"ZÄÏÇ'EQ\vÎ]vÎ]¶Ö^qEñj¾ò”ÿ8ª~å“O*ã¬Ñë¾VVD´°VÕ5€7Ò7ØË ƒ¬ÃšL&M¿Ç Ç4UÏ[9ÿ»l §¯9²µ !É6B›Á¹áÅc ¬/ ¯yÍk~Ès4[hŒYc[1ÆÂ{¿J.mvM顆Ä{oCãÂHDFDTcÆãñx6DtŠˆf“Éäêd2yn:^N§ÏM§Ó½ñx¼.»öÊ4„8yúéòóë‚êµT«ÚØØQMD z¯-¾~¦.¥9Ç)Mf³ÙkˆHRôgÒLcöq?"¥4†tt¤YÂ#·ˆnåyÉÀÌÇóãçqÀׇ°¼EW7ß|óû¼÷›ÔõkŒ1M2ØÛJ.ݱèJrñ=EY¤ªcíFLEd’þ½0Æl—ey‚™·g³Y»X,¶··×»»»‡'NœXíììl¶‹z2zZ,@UØ9”uMlŒ7D5ÌÜcZfn™¹%¢6T¬]É&23&“É-D¤Æ˜*‰XóFœ<~tt¤%Ù{ë¸ïòßà™YW«•衇þJrnˆ/âüÿ±ÅPÃðbð¼èŠˆZkmk­­Ó ÝNrÿlS«?§‚¹µP£~=!˜yLDÓDt»mÛîØ)Ë’f³ÙªªªMY–kkíFUÛ¶m±žL¾â€ß¨®\ùN­kï•TcÖJôŒaÞa“Æn²¢Ý ÊîÐGXLD#¢×¤ÇÇ1FŒF£{s‹BcŒ©’ØUSuDTè¯#sìÈõ2BŸ~½±˜!„f±XœºãŽ;üÌg>ósÃbŠ¯Cþ<à…â(ºú¶oû¶ÿš™7UUµÖÚur:Ø‘Y¡‘U=ˆ1äÙÁ$hÑ׺FƘ 3ÏŒ1‹ä¦°ËÌ»)¬Ê² “Édo2™\Ç{ãñx5º¢(®XàþEŒªT™c$!‘qŽfEqÛ¤ª*ïÜ£åhÔLÇãª( JëåMZQ¦YÅÊZû:SG+èÇãñ©­­­ûº®Û¯ëú3W‰„ljÌ\2sÅÌ£dg(‹¤ùŠivQs=LU±X,Æ—/_þâg?ûÙa1Å Àa x¡8Š®Š¢ kmëœkÓÐïLU§mÛzU=D_ø®i”r«ß2ó"]ìGÑ€mÙñÞoo6ÃÌMY–BDkf®1­µV˜y©"÷™ÿW2s×4Ú¶-qŒD1â\U½úæªz5;GªòŠsÿߺ(~[B˜5ëõh½Ù¨![ÜŒ˜ù]ãñøÌf³Qï}^mÏ""‹ÅâÖÙlöCŸÿüçÿéµk×~›™«TãrÉï«L·Ù0Ö軄ö˜VKS¤åbŒhšæH9?àëÃ@X^€œ?þ½·ÜrË{TuéœóƘ@D#Ó®ëHû…­ªvÇÄ“yPØ%³?ÇÌEú¹‰ªn©êBDƩнNX1ÆX7MÓ"¢Ö¹Úöv#«jcŒ£\–O§Ä€–Ó©“ /ºî¾SËå\‹ñã…ð÷6!¬Ûæ,rcUu’Ôî˜ÍfèºD„ªªt<s!0/^üóËåòÙ¶m÷Ñg&%z²Ê$U¥ÿó腣LJ¡c*æçÔOSJ<Ô_ ÂðB ðÚ×¾ö‡œs|¬˜ìDdê½/Tµ!¢ªfé@v2`$?uqÉ¡Hº¨IªeuÖÚÎ9GEQ˜ªªŠªª´(Š1¦‘X×u'ëõ¶_¯ß»hFÛª¤ìtŠª,©pÎRQhã½4뵎W«oÛþM×}ºŒq»:yòí<™¸¶iB°1F03ªª¢”ºa<«ªšk×®Efomm}ÛW¿úÕ§Q!‡ž¤Fé–ÑGUHÏ5oÁ.’Ž‹S}Ç/ a øzq<ºz¯ˆ,˲ )JØòÞÛã^ò¾ZQ  cæ}*hTuŠ>:aô¢MËÌÆZ[;çÖÖZ²Ö²µÖ¤cT…«ª*EŒ1^bô›¦iW]gšÕ ~³i[²!À2cÿêUÌ··Iª a¹„ˆ˜ù… úÜcÉêêÕûg̯c´a&ê=Üô›ª™™’£D×®]#cŒ†ªªº×óqô]Â1zU?§š\‹E‘‹¾¸/I8êô˜àý®^ÂðõâxtEªÚ¦¥©‹£ð\Q›DTYœÙ"é²LoÉ:L“Œú$ÙÄ°1&wÞʤ:7]×™‚-ŠBs~Ä|w1ží:4u&XïáÐËtµµ(Ê’ìh¤ëÃCXËÏ5ç¢$«³sà4C˜ + N¡iš£(ˆˆB°I²‘- [ €ãkÅHDl2è+’ «;¦|§<(>DX/a ø‘ÛîçÎ{Ï-·Üò>Y9ç”™g"2‘gsuÒ85è/âLVy½W^@‘»fGݺ¼-:›à‰HÑu1½b]¬16ˆ¨aÍBøóc‘Ûª.¼Ç¡j¿ÉB!Æ~ò8Œª Åb:ª¯\-—ˆÎ±‘ØBŒ c”áì¤BPfF^FqL‚!øààà‹"²IélƒDâÙn&YΘDV9ýËx>aQúÞÀX/a ø‘[î¯yÍkþvQPÕŽ™Gèg÷¬µ1&0s,>> |Ô!Ì_'S¿#‹ef¦´EY ÆCÒ4ŠHGÌ*«Õíãýý7úª²kcDbU²m+µ÷J"œMá#c –MCËÃCMC.LÁUUâ•Öks„j°ÖúãÚs*„ ÉfFŽY Û¶m¿Ô¶íoc¢ˆÔHšªc”7M[M;-åàc§ÿ;ò‘ðõc ¬_œsóS§N½%‘U!"S"ÚXk×É„OŒ19rÊã*YHqCžÓ©˜-irä•.h§ýÒcÜ´m{ÊsÑÇS>8€_.5”%‰*‚ªqŒˆ ÌÚDX¼—ëm‹¦®Éy¯#":[–(QôlpµmTËò2bæmyHUç!õÞsA´¿ï—»®û1U]¦¥Ùj&w>ste™Y´÷ˆ/‰È&ÒÊç!‡жm÷J¿®ßlkÀ×…tjÚ”3ffŸ”í "Xk™™3KÓát±~íæe¯½Ÿ;Ò$çÜeYž°Ö"Æx-„ðUUe"zµsî¢sΰsOŸ}õ«,!HÐÜÅ—­µÏh×½ž£"¶š¦m­Äh "mïÁŒJUw‹€Nusù 󤩚ŠÈe©cŒe²¢Ù‘OÅŸA_—ëú?‹NûUf™°òÂTEj(àù›¦ó~B«ªl­\»víà£ýè?€a<çëÇ@X~_‘UÕpûí·ÿÀ|>ßUUWEjOÙË8/<5IåWxuèE•Ç×yEôZ$ëœ{ëh4:[U•:çÀÌ使ä½gçÜéd³¬A··E®_çÚ9ï«ê“v2ùͱs5TS×5Í]Qõךº>…ÕêûÀÌȆY£*U-T)ˆ(ˆD40UÕYr—pžeæ/ªêe‡6ÚoøÉ[~çÜ ‘¦×C™aŒ9;™L4Æ(Ù!Šhè:´Æp¨ªçt4údQUO[cæÖ˜-cŒ¨*lQ|¦kÛ±}©þÇØ4o§n‚*xU”1bií'„È[`Ž¾7‘Qzœ"Ò¥¢{—d GK_‰Èg1,nDRÏ#ª¬3K*x—‰Ù½½½à½ˆêb ¬ ªª:uîܹoïº1FFRU•uÎç\4ÆdßtIBÒ+©ˆ÷>(ѳ<Ÿÿ;¹C( ³¦n㘙 j­=p1VZU×¼1?½¿U½ÿvÄxÆ‹tµµŸ À£,²ƒ^e?MnÀ•Â2¹”¶!„.ùÐKvKÍju$-YRí»c„UÈâX—¾Îk¿Èÿþë¿þbŒ+f¶ƒóè×°üž8–þåÑh4_¯×Ýx<6ÓéÔE¢(jcÌq©&)ÜkôN3WƘ €i]×[1Æ)›Öi!]Àj­3#‰4) +S7-G^]QWbŒÛ!+"×CË”ŠN˜yJD³$F]ŠH¡ý–é+ÑÚÿYb#F°HË!Œ³Ê^Df1Æú¹ÇÃc§ª>ÆèY9Lèõ^9õ-ÒˆQ‘É*èSὢߩª5ÆLö?ö±ý߀¡~õB1Ö€ß9ÍÌ_"§,ó}éÿ`ŒAY–`f8çÒŸW !ĺ®×ªº°ÖŽ‰èUƘKDôLŒÑŠÈ÷~OU×ÉeÁÑ3ÖÚüxfcŒ}TdUu7[ͨê¼ëº“1FCD‡ÉM"Šˆ×~aÞcx´4€IU‘FŠÊôu•f ¿ö¨Ð amY–åc=öo×ëõÕ|š_é×ù› a ø}QUÕ‰³gÏ~»ˆàĉ4kcÌ }!zƒdEœ¬‡…ˆ&¶‰hÑy¿U¯×3c9µ6TÆãÔÆxnCôåý^ÓdŽ{dEÑo°aúŦÖ9÷œˆ<B¸ÀÌ#kí-ÉÆå«1FŽ1Fïý2ÆØc6ÌsÓ²Ô‘ˆ)Um¡ £Š9Ñ=­µXZ‹ì£Þ¶-fó9¸(`œCŒ±ëBXc–ιNUO†v1§Œ1„>!„è½oE¤MN3cÌúÎ^‘ð5º(QÕÑjµ:cç\Ý«Xˆ(&:åN`>ŽÕª2Y•Ù&'‘Õ(9PŒÓ1RÕJDlUU“Ï}îsþ¾ð³éwdõ1Ö€DdE¤;wîÜûßð†7üWUUéh4j˜y…´ÈAD––è—<æ1Æm³½½½ÝƒýýÙ™ÅB§ÆÀÆ+ ¨³Õx ö^/6 ýŽsÔõÛdˆAáFË%ØZXkiß¹yª[D´¶Öf®C'˜ù$3¯™Ù3ó\U¯‰È:¥gËäµ5WÕ–ú‰e^; Ûl6'7›«ªê:€CU­E$û½k:À d‡¾Ðž‹ìeÒ§åˆjœÉ*É%Fè¤K)½÷øÈG>òÒï¥a4ç…c ¬ÏC.´Ÿ;wîýï~÷»r>Ÿ[ç܆ˆÖªºVÕ•ˆ¢×'¢VFª:‘òððp~õÊ•éî|®%34â¼ÆžÄŒj4Ê’x³ÁvÓà+EA í¥KÐ@ÎiÅLåÖÖêÙì‰xôkä¹·¿2OÇobæ‹Æ˜&‘ÒDU÷ГO•¼µNäô/ýŸ!¢eaÑ4Íl2™¦•a×Tu_D&âjÑ7òücŽªŽן—¢ª&ÆÚ¯<«B¦ªªÉoÿöoÿôã?þ³Àq§/ ƒEò€#$ ”páÂ…÷¿ç=ïùI眩ªÊ[k÷Óê®z28TÕýÔâŸÅg1ÆéjµÚ¾råÊVå\…K;ëaTÉ Ÿï‹]‡voa½yCûÆô¾Ë› ¸mQÇ(F#ØñS¢Ó“/æëÞ˜«ÜGs–ú5b­ªî2sEDÌÓ²‰:I ôQÎ4ÆÈÞûQêdšÕjuÚSÇã¯Ñe{Tõ ¥º›ÔLÈëçI¹žŠì3“[j>¦ùPÕ‰ªŽcŒeQÛŸûÜç~þGôG?0Œ¾4 Öä"´ˆø[n¹åýøÀ~²®krΉ1f©ª‡)<@U¨j`ž#«º®'ׯ_?ÉÌëÜž„pst#Biã(Öm‹ÀBEŒð®Ç U€\Uà¶Eé¦Ó)M'Ö*y~»ëÎ~%Ƴ&zΉ8ôi×Õ´2ì.cÌ=~›™'"âEd“È©Ku+‡~Å–Öu}Âã˲|6„p˜6PKZ¤JÉ4Ûó9²ÙÞ7´U½ëh•‰+=®±ªŽTµ !Tëõ:|ä#ù?£×¤åÙÊ/aýñ¡8fê×RÅ)Å[o½õæÏü™U×5139çÖ"rˆÖi¡Ä!zÒjŒEdc¬¼÷Ó½½½³ª kí>ŒùŠ•¡ëÎ1ºbZŸÃÛ"춶”vwA^»ãÑ•lAQU¨f3mmѨª@€4‡‡Äûûïúðóµ×àRè99AD;Ì|ŠˆÖD4SÕMŒqMý:/£ª­cŒ‹£3Æ\ñÞw1Ƙ®‘¼Ã°NJ÷†œÁœÚ–=ƒelj@D!EvüµÒ†®ë¸,Ëêñø駟þfv"â_é7À73ÂúC&"|¾ç˜š:{8eÅ6n»í¶‡xà¿{ñâÅw4MV«F£Dd?¥W¹¸~ N©Ð€mUÝÚl6gDÄYk‰h¥"3þ—åm~µzÇ8¢ˆî…àÌ–Ý]-‹¼·‰ÆhÓ@ŒZ [UTN§˜L§˜Íç|¸·'ï®V¯úŠµ¿EæI=ˆèqù6"ºIU÷’Í …Ú¤Â7"bDÄxïg"²Is|53ïØSÕ"Z&yFÆob:_Œä\“jYÀç€^ÎAƘ2ÙîT"bªªšêSŸúù}ìczëѬ^"Âú&Çï)ÉïVÐ-ËrŠä¯ÞuÝúÎ;ï|×M7ÝôÀÍ7ßü¦Ûn»í*"~µZ±sΈȕã’™7H 3TuKD¶‰h'Ƹí½wÌ\S¿~•ºˆ‡ãÙì§1™ü\½¿ÿFi¤iîöν–„UiÏ{tÞÃ@Ñ»z¢‰AÊ . U-ªŠÜtªÓõúBÙ¶gç,ÑŽô„µbæ'EäV"Ú¤!ãUV’«*yï‹4 ´NJøë1ƽT·Z¦ÚÕ:¥’!KJz©¼õ†Ðw #úH•’\â¸.«P,—ËðÈ#äT1ˆD_2Âú&EæÃZ[‰H¼óÎ;¿ã®»îz§÷~Ò)Š¢zðÁÿª1¦ÊæxUUæóùèÒ¥Kxꩧât:­»®‹1Æ…1fB¸ÎÌkY©êŠˆê´âjKU·Ð‹Cg]×AU›dy\§nâ*„°i6{åÖÖÿ¯nš¥XkbŒ?Ü6Í}öäIY{Oâ=*fœX¯¡1¢#²®±¿^cº^£¬*H»NÑÏ ráýΦ“.¤Wã€KÎ8‡¾³ç˜™ÓJ.xïCÛ¶NU;çÜJDEä0ñI®‘4em&(¤U]èÝ(I>b²Õ1H‹5’Ä¡`æRDt<Wþð‡ø©§žRÁ—a}sÒ"NIÅ`s×]w½û–[nyàâÅ‹o¾ë®»¾³,Ë8ŸÏÇèŽÁÌ@7›ffŒªêüñú+_ùŠÏçˆêõz=cfõÞ_aæFUëãš™7)jXØ°ƒÞGÊw]çÓ\R¿?p•jE]Ûu^ûaä #žTÕ_7ÆÜç»N‡‡|z½Æ¸i0e†±T–]‡æðÏ:Áh4ňº®Ñz¯êUÄ‹jÐ^•®èÓ¸§UõŽ4´¦ä."±m['"\Å:ESèÓÜiÉÚ994䊄¾t¥)’Õd4h’aŸC߉£¤¦Éd²øÄ'>ñó¿ò+¿òRÁ—a}ã@Ìü<ÙHzóFUf¶Çÿtaü^¿'GR)ÅÑ;ï¼óƒúЇþÙéÓ§Ýl6«¼÷cU {{{×’ÝðQ½…™Ët‘qŒ‘¯^½jŸzê);ZkíÊ{/ªZ©êõe$+à} ´PÕ…ªn‹È–s®‹1.cŒ&™õ 3¯©_ñåCyy¨Ä{ûdæmÞìcÄþ£òÉÃCŒ¦STÖ‚‹ÖXfLCo6xÐ/7 mÇ0€†º¦ÃºÞ,G£OhbÎã31 9¯0óVJÕ MvËÆ9¬µ«Â25jôdÕ¦£K‡×žyæµÖçœWÕn³Ùlð1ÆC^DÚc‹Þ¨n `+×®’åË^¡ËþTÓiÒà° myÖIJιÎ97òÞßÑ5 ìÁQUA¬Š¦,a¬÷X­ô´÷ô¥õZŠB*fHÓðª,?îE®‘;—gý€> Š!„ÆZ{*yr)¡®k`ªªÊémÞJ7úd’ ùñ‹b‰z'Ñ#·†c–‹1ncvLÒvêÑz½^}õ«_ýXú™A ú2b ¬—Ï#ªÑh´ó–·¼å?,˲¤~“1w]·zÕ«^õ®;î¸ãÁ_ø…_ø¿8çŠG}ô—>ûÙÏþ›²,'ùÍ­ªÚuݺ(ŠIQ“ûï¿ÿû/^¼øþ‹/¾c>Ÿc u]·$¢Ž™#ú‹ÎÇõþ芾‹åˆ#ƈ¶my½^ó•+W@D!‹,›¦)Bcf>Ä-7!ýÎÀLUç1Æmf¦¢(®¥”*“¤éïåúÒc"2EQ<]Ç?Þ\¾ü¢Hl;a†&Ò"cú¦ó9ürI~_O1ãßÅhع5Fa¢›®›ÀÚÈ"„h(Õ˜4휥ǂº®GUUcÌ:EWKô© Oc8ù9o\(z²Êv2L7¶úäyÂQž¤ñ š™§!„z°ùÆ` ¬—Jsa""¡ªªí|ðo>üðÃãÌ™3»ÖÚ\KB2© !„ð}ß÷}ÿ{k--—Ë¿¹\.&͸™¦i6<òÈÿðú׿þ/0󸪪IÓ4œ6/™Ùc}$Ôá†mo¾ø õ»ð€&§PnÛ6Xï=¬µÕ"R{ïçéBïRtÓïfô#&sU¡_3ºo¤ÍÎÇ”à9²:òJÿ×ØÔu];þ¾šû=ÆkUŒTQ¡HûIT¨vwµ¾z•bŒÚZû3R–ÿSé\kc< ¢Y^v ÜðÌefŠ1Fk-ÑÈ{Ïh4µè£ª%z­•OQUÌD…Q!¥6»3˜¼/Qû.ÍN˜y’Î÷@7™L¦?÷s?÷º®[æ|/?ÂziÈs¦ªªí·¼å-ý¡‡ú§OŸ>Ñu]sxxø€æØ,šc˜™¹®ë¼Pt\ÅX{ƒ7ÖÞÐnüÞ÷¾÷?Y.—±m[ìííÕƱÖJŽž‰¨Zf΄եhp,²RU !PÛ¶f¹\ºõz÷ýµ6Þû.À¬3BÎäTµB_\Ÿ˜¦¿“Ûþ ’£¨ˆä 8y¥ˆˆcŒ+ÞZ; ;;;ÿŨª^ïNž”ƒ'ž M×á ,a¼Y eÆ•/}IÉ{ˆ÷êcT3ýŠW݋ޟ瞈M:_”Ɇz“?J©q`f×u)ËÒ[kÛcCD-n¬¤‚úïòºEUÆãœsƘ2„P†J£c£8‘ˆšäô€¦i–ð Á@X/™¬øƒüà¿æ5¯yßÖÖÅÛƒƒƒg˜¹#¢†zðp¬¶”‹ÁŽˆŠ£ïºnƒ~î͉…4I œ÷Þ$²kUµI…ð&)¸3IåÕS’"«£Ô&ƈ®ël]ײZ­8ý®½»æZDJô^ã>Õ¡ŽŸªŽ’j|†>õ[k?_— «Íz¤$8",«²,_uúôéï:qâÄŲ,ýx<…Ä:Ç“ÔÏÿê¯bÕ4PcЉhݶT0ÞÞ Á¨®€çœÈ\{—R‹Þ„Ï¥®§=ó§”P˜¹Í]½‚ŽF£e"“Ô$ÈN ”#)ÜpeüÿÌl­µ¦( WEB5MS1óÄZ»H¶Ï+uQ“ƒƒƒk<òÈ?7ÑoÂzqÈdEøÀ~âo|ãTuµ^¯1meÙ E=™´”Òè‡w³Ke  "¢RU‹#Å‘Ö´Ç#3³?FVÏ#¬T³Ê–ùYi"?Ûu]lšFRê”6da ƉHô "úúט™3YѧQ›ÜMK£+uÞGcÔDž@mŒ¹ww÷ûæó¹±ÖjQ–ˆt<3ݺývÄñùGh»Ž˜{?ap®U{‹Å?Qf`†Þ½³ÐÞڸЋLYD8É+€MŒιj<w–ÔûTÅÄB&EOD7¶Oô©¢'`¤ßg“‰ +Š¢HQÖØ9·5)"­Óù› OÁÛôþºƒ/3Âzá8"«÷¾÷½?õ†7¼á»»®»j­m™yuÌ'*ï¯ksa7§l©`›­u+ô„5ÒÞ7ÉÄMŒÑxï]º Ü ª&ÝmrI‘–¢ŠrÄ“IÏyï}!§my·Þ:Õm éC“´ñ];ôEò¬+š¤Ç\§ïyÉž}J½4yŸçôÔcþ“I7¥‘gËázÿ­"KR÷®H„Ó¹°1ÆqQe]×_TUËÌ”#¦¤ƒ3Æ›Gj¬µbŒaUUï=…LŒÑ"Eu©cꬵn>Ÿ'Ožä®ëºB›z)‡§NºûÁü«?û³?û#¹küJ¿Y¿•0Ö ‡¾ãïø—÷ßÿTõŠµ¶°'"Ù8.xä-2Gô…pƒT¿J„uD<ªêE¤RÕ"„ ‰6D´IdU£Wt7裫˜ÈJ¨·?Éón*"!¸‚!d£¤h¬ÓÞð.×krá9âÆj®l§B¹N•î'©›™EJ‚ÞÝ`B؈ÈÒs–™Ë¶mµë:EA«Õ «Õ ]ס*K”ã1š½=ˆ÷²„U…í¤7ÖF":,mÎvÃG‡ô3!Õ™û´1¤.'¯ø<>Ó‰ÈÒ9Wf‹ã ªÐ{LMÐ׈&Ú›ætK˜9O3ÛôØNŠYkÙ9·í½ÿ²1æT"©2­‹`­5Óé‹Å‚f³™Xk¥il6Þl6f¿X¯×•÷¾‘ÂS8çŠÙlÆ£Ñ(ŒÇc¿Z­4[`H¿aëëDu¾æ5¯ùÓ:ª¼ÖêPD–™°Dd•S¸äˆÙ¥´@R7Êâ†n*ë¬ef™H'æÈ&k„pcÔÆ“øß…°(Æh³æKU#õ‹}Zš;‹’f)ƈ¬O‘•SU›CÊ#*¬ª6„°F¯ºpáÂ÷lmmñxƒ½½=òÞãêÕ«hšÆEçV‡‡¸tpsö,B×iѶˆgÎ@ µ›ÍŒz)Äa¡/º/l‹H©ª›œŽê1¤zœªê8=NXkOÖuýïý¡sndŒ©˜¹c显˲´“ÉÄ.‹XU•t]‡ÍfÃËå’bŒÖ{_yï«c–6X"âÑh¤“É$cbŒ½í—µÖ½Òï×oUð+ý¾I@P–å‰sçÎ=@D+cLÖ$eŸóUš­[Æ×!„UŒqcÌΗ‘2ÌÆ0»TOQ"’$50©¸Ë)*Û$S¹xLwäD¤È«­bŒmŒ±‹1úcGcìDÄç[¤e:BJAcŠ¬¨,Ëâk¤H.Õ„7ˆ5§Wœ¾ßÑÛÛÛß7ÊT¯‰""ÖZ¹ï¾û@»®;ήV+ìíía³Ù ë:*t<†ìîBo½Õø³g»ºm˳kŒ™¦Í73f^h?Ç8×Þvا.eVÕçCÓ‚æåi,hGU¹ëºeŒÑ§èª2ÆŒ1“”rΘyQÅb4-¦Óé|>ŸOçóùt:Ž«ª[kGDT…Êýý}³··G1Fªª 騪Ýjµzæ;¾ã;~`2™ì¤ªÁùeÄ@X_Ò…Š{î¹ç?šÏç[Dt€¾ÍŸ7È1ÆM"©œîõmtcZì{¢C1¦¶ÖZgme­­œskmEDAûÁcÏÌGÅñ©Aû±9NF"Ò¥ اõêÏ;rgÉ%7º•‘’ÿÔáá¡I*nÎ5!ô]9¤ŸÍfvœt^¬ª¥sî-I “:ÜŒF#ÞÝÝåÉd‚×¾öµ”¤`f¨*˜EQ i¨* ,Ø9q@qñâÅ?kŒ)Ó1J;§ÔÛORñ>¦”—R§ÚïÌÑ_þ:Ý ðÞ‡®ëjô‹,&ÖÚ±1f¢ªcïý¸mÛy×u‹ÂÀœ™gÖÚ©snâœcÆÉŒ×ë5?ûì³tíÚµÂ{_¦T4ÖuýìéÓ§O¿ç=ïù›À §Ò/†”ð©jpÎm¿öµ¯ý›i5»Ç ]Ò&‘Õ&uÈb²té/z¢¢n|ûLän"tù“‘Ù›¾€Œ¤±*ÓlšˆHƒ^Bä}T” 'wC@"9ø¦ Ö%™A¾¯$aiþ¹l—b’RÔ&bÎQT¾Ðrt–Æ¥ÈkBDg¼÷!pÚ ¡¢(жm¿Õd‘¦1ÓéD„Ñh„²,ûH«×`4É™3gî¶Ö~ï—¿üåmŒ™ŠÈ)L]Ô6ý>A@åT™Ž©ô³>ëèÖÃÞû®mÛ}"ÛXXíç%Ñu,—KuÎUuÖZŽ1r×uc€"­ +D„»®ó{{{¬½w{)ý‚Ö ^­VWßõ®wýµŸù™ŸùûƒêýåÅ@XÒEî¹çž¿¶»»» àRêÒåíY"éÆî: !zÑNŒû4Ñk¦ÖjARÅ9àÝO?¹¯ú9R¦™´yÒ­Ñ˲3§9¹¦³L"+èqÌ·IU9G]¸A8™¬rjhÐGQÙ«¼Ì)ŸÞØtœ»¹FS¤eSʘ»ipÎÑh4ÂÞÞ–Ë%æó9®^½ ïýIyï‘ý¸Æã1^õªWaD„ .àüùótýúuÙÞÞ¾ãàààÞÃÃÃëÉŠy®ýʬMj@4¸Ñ8Èç$7 釢³Óh~3ûBÛ4M㜧z‹ˆ†d½^G躎‹¢°Š®ëÜf³q¹CÈÌ€"ÆW«DdÄÌã4†$bakkë–»îºë­ŸúÔ§~–† Ï/Âú:a­-RÑQï¬Y§ô­CšßKÑo¡ Dªÿ—3æ{ÉÚ艔­¥r<Öb½v·Š|÷g˜/GfC½}K‘!¨j—çûR-äHc¥7u#nøŒ-æL©c8¦ý’c )ìKÜØ‚ìИIXöÒ™é´Ð“)©ª !`½^ÃZ‹ýý}L&, äˆË˜Þ,9t¢ë:ÄB@UU8þ<¬µÇäœSk-BF7-—KÏÌ;Éa~F>çGdœÎ i²ÒAÚª|¼.gŒé;”}ç4§ï㔎sÞ{].—Ò4M´Ö õö=Ò4 º®³)-˜¹ï}¨ëº²ÖNˆ¨2¦Ïؽ÷ÖZ|ðƒü¡DXÐagêË‚°¾N03c ½ù^VíÕÕE.J'IˆyŸc|gÜ+Ö±Ö3c´)ŠDîºÑ ¢‡®ª~šUDZ'«&‘Uƒdó’åD³D!“Wî’{¨Qox:…ôûÚô˜·ÝGép)ò²)ÊrHiá±´*“]L NDïý%cÌÍMÓh6›žÝät)ýBQH$c –Ë¥®V«#ÞõÞW̼K½õpî®pCÄz¤mK)­Iç%$ò’4^dŒ±Æ¶ÖR!¤åu×uµµvjŒ±IäªÞ{Iç5ªjˆ1v!àŒ1E®×1Æ‚z÷ˆ=!Õ×Oß{ï½ßñÆ7¾ñOüÖoýÖO§ß?ˆH_"†Eª¸(É… ¾ýöÛ¿CD®3sNÙäøý˜Ù¦Ã0ó¨Þn­ÝvEãqQ@£¶iT{ò"bÞ®™/k/‘8*ÎÅrý÷0³À4ËŽfsý*¥•Àb2™Ü5N_| òŠª<÷¶«ý,¡ ÍÑ¥ïYU§çµARÖ§¿ç ×1ÆljèÕ©®“mlÈ9‡Ñh„,MbJ8çÔ{OÖZ=Vߢ\O3”´^¯qpppR xˆÞÎxž°²-§ÌJÉ­!ÜÀsÎs"½<ÊÌ_M]¯ª™ÛñxÜÞûÜ159-N%ûl1’P¾3;cŒKš.“dÁÃéy1÷ÐCý…Çü·.]ºôycŒR׆°þä7Øë^÷ºÿìÌ™3w¸nŒY&µ7€£±þ£¹36Ææm Jô5¡qžuLu.¤û„c‡ŠÈ媪Þ\ô&w "ÚÚÚ‚ööÄPU¸~ýH~|”)“UNm:ïUZÊq“ˆ°µÖVUÅÇ¢³£Ÿ1j×uhÛ–Òc‹)Un {gd É‚Õ$Z-DÄå×GoxÛgÒ¢42dßþö·ÿ…/|á ¿ùì³Ï~!mCHë`è~(Š¢J*¥x¡ªUŠ°²ªHO4ƴƘ•Št±m·59¤ü%«»ÙÇHÆZ-œÃŶý“OŠt{ªOÆ£¡ho¦¿gqc¶/Ë<3ßd­}sºŽº|"‚+W®PÓ4šVÐ3n|Xe½U>ò°è;‡œ©@?í:r‰P‰lL+ª‘÷ö˜G#øª;‡®mG#œ´ÒcvÄ ¤WcíÅ¿Ìi7#’ˆdqq$"òÞûÉdròÂ… ÷=òÈ#?–ŸË+ý^ÿfÁ@X¿?î½÷ÞÿÝùóçï˜Íf+´ÙlFu]’é[Q…/ŠâÀ9w˜oS'±Õ§‚È¥(r(À—"ð”_‰!œË€rÛ-Ê·ÝÆÓñø®ëׯÿZR»#¥dÙ×9wT}߶’+¥ÓG© zò´©~—×ÅOˆhLD39ïœ{®,ËKÔoƒ¡ŸÿÜkhä™ÌVU[cŒ/Š"8ç¢s.‘„$ƘoäIBâÐ;¬–ιqY–uY–«¢(ꤥkbŒuú[ "½çž{¸ùæ›ßðë¿þë?:¤…_?Âú½Áôܹsï}衇~x6›-‹¢èÚ¶u«ÕjÔ¶mQ…©ªjSÅ>3¯Œ1KkíÒ³PÇ×ÁûE¾"À§#ðy!zLˆ>U÷Äû×DïAã1â™3l˜eTUEQç÷÷÷?¦½¿Ö*‰G‹äæ@D¤UU½áĉ?°»»û]UUmgµ·ˆP]×BDc¤äö ï=ʲDR’S²K©Uõ*÷» #ú¨àhÎ0¡TªZ¤yCEOª•«ë»çÌfÎŒZUDEÖ9  !Ĩ1FõÞS&Ê®ëh½^S A§;;´½ÙØ“O=µ³88¸H]ç6EqÉsc,H„¡ŠŽh_!Õ7„º™¬õ¾í™°¶Uõäx<¾ÂÌ×räED…ªî§bÿ&ÆXÇ7i‚Á[kcQÑ9'ÖZ ¡ýsIQU>Xf.œsÅh4šÌf³8›ÍÇãñ¦(Š&¥Îm²ž9Òr­×ëÍ=÷ÜóæóçÏ¿î‘Gùç¯ô›ý›aýÈ]œ·½ímÿøâÅ‹wL&“ƒ#Öëõèðð°4Æ`2™ÔEQ,™y“A“OV-"MŒ± !4)•àôf'U-•è žª¯ï¦S0‘ÀÄ,;;;§Š¢8Û¶­ßÞÞþ®étz÷þšª¶Š¿uâĉ?]UÕR#+»"ï}¾ („p”æá䔞a>Ÿ˜ù mÛëiÜÄ£OÁ$@EDFDÆ)ÅÌ‘ƒÙ©ji»nËŸ¯«ªÊ„Õ…²Ï|nÔ¸¶måŽ;îxÃc=öÈåË—¿8tÿ` „õ»€û‹1œ={ö=?üðÏçóCcŒ¬×ëÑjµªˆHªªj˲\:çÖÌ\Sš/Ä1K˜DXmDÖ. ^E¬_ˆÆ<CxSŒlŒc¸m[QÕ³óùüÍ;;;wmooßsæÌ™w[k頻êOÍf³ÛÐ×VÌú(Æ()4Þû'CÑIá¶m‰™ƒª²÷mÛRÛ¶˜ÏçtòäÉí¶m÷›¦Y§ˆ*[ÏäE–ˆœˆ”†YŽªÌ"ãIÛîÆ~ „Z"8f*§SP8¹Ù€½ÇŽ÷4í:¹êý£MÛþzŒñK![×õl³ÙØ.F’ë×UÍrIÞ{ðÖ–nŸ<épxxÞ7 "·ÂM;1¾vm̵1— 0Á «é¼'pBD‹©¢(ÊÅbᬵ“DT½uÏ,‹?S$™À¡ªGK@bŒ6ÆhEĪj&+‹+À²”¢,‹¢˜N§ãùbQmmmmf³ÙAUU5µ1Æ®ëº.)ê³VÌ‘-Ër±X,N}ä#ùgÈêÄ@X_ê½ÑÃîîîƒï|ç;ÿO·ß~ûikíf³ÙL6›M霋£Ñ¨qέ1‡Ì¼B]A*²ŠHŒô2Ye‹äÜaòÚov±"ò¨ª~ED`bŒº^¯¹,KF”ºŽH¶'§B£ÔkÏ^S꽧¦ix³ÙÔMÓüZŒñç‰è²ˆ\IÑ]m­ýÙiÛvÚuXky2™èh4ÂÎÎΩ¦iVu]7©ÕÓYQïnD¤;€§!ÌÞOFª¼Q…DªÄD@®ñĨ§D°ã=9ïÃ¥²ü z§ÏBU/x<ÆX×u½Õ]ºÄ÷&0«o[´‡‡´®k<×ujû¼l-Ìx, ðVŒ÷®Œ¹Ös`ú¯%%>"š§èj{kkËL§ÓÂZ;/Šba­]XkÇtl/dJ+MéÉï|¤ûåºa¶Œ&c —E᪪â¢, bvEQL¦“Éh2úªªœskUm»®k›¦éº® 1F“Îi™6ý”[[[g~á~áÿî½o_Ä[öÂ:†¤çÏŸÿŸûsîçî¼óΓƘº®ëI×u¶(Š¶ªªÆ9·4Æ,Ñ϶­‰hcŒ è‹Ö9ºÊÅÜìauä®þ\¶{©<¦ª_QÕ·Äy:êt:%çcÌÉ“')É4i©8Õ„Ð4 ×u½išæ—B?FD2ó3Ÿ"¢±ˆ”Ƙ¯&u¾t]wBDŠªªd4±µÎ9ÚÞÞ>Ñôh­µ•ˆ„c`f—ÎM)"£1àÊ>JP%B§JMG£O{U4€¶ªôdQ%RqÇÈ%K€”™MY–<žÍÂöb1ÛšÏÇÓñx¬ªÓH䪲ÜXkU]{ﻺ®»º®}Ó4]Œ‘ѧ¯U®K:ç¶?ûÙÏþò•+WžÒÂßaõ˜6Õ3âÍ7ßüþ¿øÿâO8q"躮‹Š¢ØE±±Ö®SG­cæ%z9ÀÉÑS{/÷Nû•WÙâ%ë—8ðyÕTvnÑc&Ƙ»Š¢c #uùŽ¥}´Z­¨ë:íºŽêºæ¦i>Bølj¨JfÞe怹ˆœeæÎZ{ À‰ãIïý¨wcgŒç§ŽË²œcvΞ={û|>ŸWUÅMÓ¬F£Ñùªª¦©ð c ’¬Ð%K—¤½ÐdœEA„÷ÿìhôqÙ‘U=$¢Lö­ª®ÔÚ§¥ª>‹âÉNu·Žq§&úé3™²¤vµRßuäûk÷И§µ×¤MÐüm%½Õd<£ÑHsà?}Ö¹ùáfãW!BõÐ{_×uí×ëµ_¯×¡m[B ¤Å¹Ì\‰ïì윸zõêÓŸùÌg~Ñc]Öï?–„EDlŒ9úÄDÒÁÜyçïÿøŸœÍf@²OêñMÙ ·A"­C"ZRZIŸtJyéñnÛÑü3i BaŒqÇkŒ¹ÇsG7É–6›Í&oŸQï=©mÛ'B? à“?ù3O“þhýòQc­}ÀÀv×ugbŒ\ÅÇ!„õî›|pp "ÂÓé´4Æèb±Ïf³U=圫ò9ª»îè„%5+ QŒÌ ©º J*Õí[{ýZYþ»ÈüŒöz¤5úæ½3E¾žGP5°öYTÕG›nS¢ÓTMä3­­½¼qî‹éœN˜yŽÞ—½¬ªª,˲HKM‘ø y«vzýˆ™¹mÛ/£ÿ@å.b"þ"ÞäÅUQk™Ï.Š÷Ý´Xܱ³½m¶¶¶x6™pi vÚ¶ÜÛß÷ÏuÝW}ÓtëõZÖëu·^¯}Û¶1ƈԱÌLj™G]×½ú£ýèÿ# ø=ðÇFéžß|)5“£c\QÛwß}÷ÿæ½ï}ï_¿é¦›Ú{1fkm¶@^¢ïž’º}yìâ[¡/TSêQªÓ<ß­3Ïþe±c^©•3sz’·ËIÒ|ž&§N:sæL÷•¯|å°ÖÖDt½Ê¾RÕ™ö+°NªêÈóh¯Ù !œ‘Ùh4ú¼1æ©Âc!„ïZ­V7›ŽF#Z,š:!(©µÖ„Ž,Ž³»&5f©Ö‰!”‚ƒjˆÌW¢1OAµÑ¾ágÛlHˆþ‰÷–Ò0†ªGUýÛÐuoaÕ±ïµcÄØZXf%€6Î=mœ[[ ¢ž\J±Æ˜¶,ˉµ¶ßkÖoBêÐ!E´9Zbïý³ÔotÞ"¢Y"ü*×·ÐÇ‘žhT-ǸUÄøà8æh¬eW½}Žµðë5Nïïï>ùÜs8t®#ÀzïmÛ¶Æ{oÓc‰ÇKÞûpÓM7•)¢}¥/•?Òø–'¬cD­µ# wÝu×wÞrË-ÜrË-o~õ«_ý®²,Ùc½÷ €Ú9çµ_.±‘&¥‹sUuƘU"±£ˆ!¥}¤½ÏÒ½véhK Žù5õõZ“k&G#'‰p’ F#%"Jn—ÙˆNP×uÏXkgN¦×p”„’³㮪VÌüí½Æφ^¤:™L&ølŒq?¹0ü˜÷þû‰è¦ù|.é1™1›Í0™Lppp€¶m ©+™ªµ‹ÆÚ3BU0jÌ0¯ÒÀrC"¤}0&éµÈ#4*"Ù|0;bQ.u6ûïbÛ~‹\@öEh%‚"F¶ãñ—´ª>]ôé’$cÄÌâœk­µ’´eFú…²’ÿ¼öV3¤ªjŒ±“Éä›Í泉8ˆì3ó(¹ˆ úO¡ÓP­ónŒñÌ Ð.iêÚ´]§>ªˆ`ŠBC]×…õr,óXúå®VU£1&æíBy>1u'Yø=ð­LX½Â2-'½å–[~ï{ßû÷n¹å–7F#],“®ë$ÆbŒË4œêqÃD/»LÐ/ò$kíJUW1Æu’0ä¡ÜH½÷{…TPMËŽ,PR±7ׯF©+• è"õsâh4òEQ8$’+ËR“f HiQ]ן±ýÞ¾õ穈d« 3?¡ªEŒñLŒñ qUU¿c|4„pˆÞÛŠŒ1]ŒñIU½©ë:uΡª*03ÒâZ,¸~ýº¦e ä½? æCîkbÓtžWèÇhÆÔ_}UV¢ úH“sD™Òå}gõys‚Ù…BEÊò—Tõ–Q]_<[Òö6Òä­õ›Ùì_k•‰&9ÍN3Î95ÆxfD´Œ1N“$Ḵ&¿*pb4=hŒÉn¼÷þ0é«vK¢©QeôDTT© –뵎¨, „®ÓP×X×uŸ6«Æ®ëB׋E ôÚ’HCÕYìËirÀ€oI¢~ TUUn¾ùæ‡ßùÎwþÝûî»ïíÖÚ<V_¿~ýJ2\fλþâš$³ID剨NÛq–D”0ó:/JéÜýp‘έ$Ù'¢ÊÇ8]h!)È#ú5çwTUår +„ i $»÷þ9f–¢(nIé,‘•aægUõ@DvB'ì0sm­ýˆ÷þÑãa"J0efTUEãñ8;‚¢ë:\¹rE‹¢À¹sç詧žº´Z­>—Ò©Ó©k6‰1Nz.6+FE?‹ØiAvé {àoTµ¦Þ4°C2 LGÒë“OjXCª°D8U–°!`mŒ|©Ý(%€Q*TcJfnR=jBø”ˆì2ó)'Òãï3zˆµ–Ó네EÛMž^}¹Î9@@V%  A—M³·Ѳ(H¼—æðžmšÃ.ÆiŽ3ÕÅܱbúñÍÙ&u}i˜Ðùƒñ-GX™¬¬µÕ‡>ô¡þ¦7½éOc´ëºÚ{ßXkÞ¤Ù¢%ÙÁ@ѯêòI[•Z{Oñ5úy´Ã<ïÇÌc¾±;¯@ï4Ar=H]§<æ2 !LÓß”ôÉiÎB¹(¬à½GŒ1/—X2ó¾sîU"Rd-3oŒ1—’èñNY¤bÿù¨÷þ³Þûe¯æ…D=q}äÄÉ“ž;{Ö¹²Ô¦®±ÙlàœƒéS›8NÍx<~üúõë¿]Åè¥& f}Œq[ûÕXÔ“ÁÞˆ>Šjp#zmˆ¨MLoŒ‰)…ëÝSË}絨‚*”Ò×ÒÄX ׿†Er˜èÐG—1–O’„>¥ªœ"¬sDô6ôÏ]1ùà ªŠ¢(4MhZ ¡Ì 8GB« «JQU71"¬Vºé:TΩ„@ëºÆe‘§CŒ7(ˆå~…AoCm´OMŒqè ~ø–",î½Å»Ûn»í»¿ç{¾çG·¶¶ÆmÛÖDT[k‘ÛŽû°‚ˆèøE•×¶G½aUœG6Ú´Æi`™ˆË§–w™Èj†~©ÃXU§"2Ea;©©Î9qÎuÖÚfnÓ'þ˜™O@ìçîrº‚dÅ|äãDDg¸ß¦S3s+"ë”^\PÕ-ôd{9ÆøÙÂcmÛ^öÞ/cŒ-PŸ²:fÖN„·çóï¹pæŒsã± šL&ðÞ£®kE¡ÌlV«®_¿þ3k’%¸D|†ˆZcŒ1ž !,¬µ}Ê—SÁl£¸A^ž™½1Æ' ܻ•Šª‚‰Ô…×^ñß[)$ãCà à kŒZk)iç̱z`LS-÷6Æs9 !\M¯ñ£Œ1æ­©Ñ¡ÙÕBDÞ'zpp=¬@"ÄÄZRIz2ˆˆ©c¤z³Qêem<ÝÅøœŠR=0}ˆUGÝÆþº3Úoùq"Âƾñvð{á[…°ˆú™·îâÅ‹ïÿÞïýÞŸ(Ë’»®;°ÖFf¦ãÀÿŸ½ÿŽ²,½îÃн¿t •º:LÄ„ @ ’I "“&©`Ùò{ ^Ò{²žlI^ –iÉË’ž%ËT°(Û’H‰’(‘@d"Ç™Á`ržîéXé¦sÎö~|û«º€i‰ä#9¦ÏZwUuwuÕ­{ÏÙgïßþ'#`Âl¥âAüÊåûp ÇkÎA›3ÈÞâ ÎíZk=ªFÄŒ˜yÄÌcf§”Æ!„±ÖÚYkÙZÛ9笵KcÌ¡ÖÚ#âi¡"8¥T gÀ"dN)õ)%¯”2ÐjñfJ”ƒR+DÜ OÑ#Ã0<Ö÷ý•Â*„Ч”†Â#¥) T7žÏèŽÃûGW®¤pÏ=Êïî"Kêb±k-Ȇ° !< •Œu œøJ ˆ˜Ä•áTŒq»h1G¡ÈBòã€V¿’àLÅ÷ëØîØ£Ú¶M¾ï™CT 2%à8Á¨ðɘÙµ$1s¯”ZÊRa¬”cF1Æý”ÒRŠÇ“J©7Zk3sIñ±ÖÂb±`ÙZr×u(0iDÒÆtʹ…VêZR*%Ä]ŽÑÆ”\bV `?ŸOÙbÙK15Däàľ„Ô:D¬e³i{ì±O^]ý_  !ƒ¨Õ½÷Þûç¾å[¾åOc˜ˆä£ !4‚ûÌ´Ö"²åë”R¡àHr1Þ” }‹ µÖE \Rj4ä;焈ÆÌ<€±÷~Òu]㜠u]ï;çZë…¤ˆhï¶ÖnËèµ.,.›Àƒ”ÒyÕ­0Îäf¥Dõ)¥£ãÕã•Â…a®xï!„!„Ð3stÎ1ml{ÿõcæ;fJ]}ÙbñSc‰”ºÿ~H÷Þ óÑž}î9èV+0ÆÀh4J·ÞzkCDo{òÉ'ß]×õr`F€\„<€°oÁ”ÒvJiWŠVDÄ@9Åz 'iÒE°ÍÒÅàx`ŒëµMÃP×!ll@®¿ÆñÕ^° YÇw|Ç¿xÃÞð.ïý2¥´TJÙÕjU‘©ªª7ÆÌ`%ìæ’<¨lNç…gTÈVº'8×X)5’utH)%‰œp³ZÈ'qÛu]½X,t]×ó¦i®‰„g1s?„°EDß8PkÍJ)\í¸X ÃàW«Õ}0SJMåâ.RŸ ÏacœÅRJKq‡X0óRÆ4¯”J Q"¬W«o¾y6û“ºF4¬Tbç ÈH”¼'zê)XŽFÈûû« k­qssS…àÌ™3ßø /|,ŸD¥u˜õ{ÅRYIç©cŒ)¥sZë9­¹…ŒÙ|É̳¾P¶=[k±®ëd´ºé¦w_®ªçÎ5éÔ)b¥0…pùréÒŠÅldŒ/¡«§J©IÖê+Ìx×ÆÆøÆX¨ª Æã1ÃÀóù¼øw%D4}ß?ŸRú%¹al¥”XxvÖºü>lA[fNœo~A)¤ë«däs2Ú3®)ÿ§ÖZO/]º´÷‰O|â\/Vÿþ㫶`I÷“@Û·}ÛϼêU¯z×|>ŸWU1F×u]¥”âÑh´RJ-dXÑ—äÛI§B‚ka9G‚ƒ€×sRr+º"¢Šˆ*Αí.¥¤æó9. ªªêÐ9·‡˜e(„”RßuÝ[êº.¼&ÅÌXDÈ,õÕãc²­Œsò:S)¥>Æ8O)•p†ÁZ»F è½÷Ñ{ÏÁ{;ĸP‡‡tw6û½­1¤sjfˆ%OZ«ýk×`rå ´Îáƒ|*¹‚i2™ŒÎž;÷–§ž~ú—+cZ®¼Ç#"jé´6ˆh[4ƒÔe|ƒ/•âlŒáªª ª*ÔZ#"F$b0„< Tþ¿“h³2N˜Q%#»SJO´&gLóZÄ雉4ŽÇ†«j„GGG,þ\*„Pˆ²q†#bOD»ê”’‡¼0¨µÖ­1¦„¶jÎbö$ç@Ÿ+"ròû+9o è>J)YcŒýð‡?ü·»®Û»Þ]ý‡¯Æ‚…¥Xi­›oþæoþ©W¼âkšÆ-—KGDŸÊ8kˆèo#"/ÖØl‰ˆ’DÕ¨ "¢3ß1³&"”÷ÏQc­Ý¸téÒÞÇ>ö± ~{ýø÷_M U¶>!fŽ7ß|óï~ÛÛÞöSUU51F߶­fæ´\.]ß÷¸¹¹Ùɲð:yNP'ØIa +éªzé¸0ÆXüŽŽMâ˜ÙJÁª‰¨!¸Õjå‹Å˜ˆ:­õ>\eæ«p µîµÖdŒ9Œ1¶)%†á˜6`­…®ë ïû²¡!FDtY°²$¡0ç}Ó4~{{{ØÙÙñ§OŸöJ)^,F€^L)bžw{{ßÍ)“s1)e"'tÛÛ G#îŸ}±¿`í?„®û‹³”F#¥àæy†ˆ!Fìûœslêïyó›ÿgŽÞtxpððÅ‹?ç½ßë›f¶þº%MCD§$Æ}†ˆsÎúA/›ÁœkÉø#k-c3CŒÑê¼ 1ÃÚhU øï¤ÖDé"¶ˆíƘ‘µ8B4ÛZ+²³òsÏyÞÜ jµšÑááìgáqk-¶m»£®ëÆ’¢,R.9_(ÆX¶Ê•Ö¤€jBÞWkÅÊÉ‘9§!5â˜Q}ô£ý‡a8¸Þ]ýúŽ¯Š‚%cQlšf뵯}íÿûî»ïþÓ²•ë¥S‰«ÕÊ. Õ¶í +ÿ™˜xœ¾"DF‚Ì)]+¥zÙ0+`‘¢ø"™õbÅÌ>¥¼÷Mß÷Ê{­µsˆcÐg€IDAT¸JDW™yˆÊWUuà½E×uß!‰;¼\.K§PBFÀ9ÇZkµX,ƳÙìÈ")¥Ê–Œ1q:ÒÙ³gy{{­µ6„ ‘µÖl­Ek­³UÕc0(Akˆˆœ¬EvöŸP) ­“‹±> ðÖóÌÝ‚yë o‡ ôrÉ4cßu\×5ÖMÃ`-ÝrÓM¯¹õ–[îyÅ+^ñý÷ßÿÿyùòåG«ªª!Ú-£”ÑTk½£”ZÊ¿…´["•½Öº`$ÈcžWJçœnšÚ¶E³Öº*XÈã@Žˆ&]§^éýø5U5¸ŽÑ˜ÀÖ 2vÝœ˜Aíï—½?ú03<¤µVÖÚضíX C~ É„ ,‹#…‰%$ÕTPA.\$°#¥d 1Æl^¸païSŸúÔõîê7p|¥»5`)Vu]o½õ­oý³ßû½ßûÏn¹å–ï^.—Š™‹÷J<Â+¥T¬ëz)kî²h9°„ Ê€Œ`Q XÑvD4H A¸KìSLù tâQÃ0¨®ëê”RtÎ]UJ]SJí+¥æƘ#çìaJôšÅbñµÖ[Ã0{ƒan<7Mƒãñš¦ÁÍÍÍ»B—º®{ò›1ë"½RÊ[kIøCZ¬|Mß÷¦ï{Û÷}íCH±ïwýÞÞ»bJ»Jk0ÂWÖB („¼®KIó飦ùY˜Ï¿#f+ ÍMŒY*ƒÆZ®œÃ¦®ašEÒ¤µ¶gÏž½÷ðððüjµºªµ¬ëׂ­õRÆÀ^Æܨ” lwÈfA YˆÉ9÷NŸ>}Ëîî.M§S¬ª @;ç^+Þܳ™9phyæ=ÝÞuÕ=™úfXkU¶°!±ÀD¤׈ŽÞ €{X+…\×5lllP]×:ÆèRJV:¤J ³³©-7µò¹œ_NF>+EË ÞÉ)¥™—7ÖZoþê¯þê_æ™g~Ynˆ×‰£¿Žã+¹Ã*Å*½üå/ÿžþáþÉñxÜ^»v÷öö–»£¨µ^zï¹ïûdzÃ’³p¹PI .zµ(ª“ø wø’Ø[Òa×’•AVÔ,]"‚‚†¡ñÞ“ÖfÎ ‡D0O)Íb ×¼7ȼú"Â=²}¢º®ÕÑÑ‘° hÝE@UU…mÛ2"b]׿ÿ駟þ—{{{¬5+fæÕj¥ˆÈÃ૪Šˆ˜bŒÐ÷=õ!õûûߨž{î?¯b´}åb'ë)ò,bù1ãÀ ~4zºµö“!„~¸oÛzëÜ9VGGØC@C]×°³³£˜Y]¸p!ZkÍîîîí{{{Ob–äÑ7˶rID d¶“îÖ¾.AÖFï}2Æ$ÐÖÚÿ®®ë76MCãñ766P6¹,XÙ;?ÂÌ¡h¶S‚‰ÔÍÎ)òž1FÀªJƒ1–c ŒèQë°è0DPq RÒDªªRUU™aLáØ"Yp¨ûŒrŽÔržX!.—@ÚÒ•—ÿ Â!ânß÷{÷ÝwßH·xýøu_‘K@uøøŸ½÷Þ{¿—™ÃÞÞÞ¼ë:-]IÑ÷u1Æ3• –DT¶+é²ÈEÁÙI`ÉÌ0{D\±R™cðœGŒõ‚UFÂÃb"‚”’!´Ã0sœÀf¼B”®ÙÙ0Ôwnþž­­è¶¶<¥*„€ZëTUÎçsm­e3؃DDZk'PvÎáwÜñ{Û¶}üüùó?-àv -¹¾ïû£­#À"x߆ýýïÓW¯¾Õ(åLUÑ2F<1SÒAÁ$ Á¬šæóæôéOû~£¿á†ëêúIbþQvOŸfçÊX€çÏŸDä£&"ØÚÚzK]ןÎÚº)¥£-iü?yK"åF/¡¥üѺ®¿>¥Ñ:縩kFUÌ@‘†aPmÛ¾r¹\~|^ˆ¨-­A1kC9bÔ0 ˆ"h­Pk`¥â!³i­ÇDT<å£Z­V¶m[°Ö:Ñ%ÖˆØÈ’¥“…‡ƒÜ9á•LĪ`×ÆšsXbæQß÷ãÓ§Oë}èC?ÖuÝuìê7x|ŬuºÂüÀü̽÷Þû.ïýŒ&¿sè s­ d!.`¾u—()‚£N)¥|—RL›·L6Æ7!꣮nbž¾‚Ùq×)žN{Œ‘€(žï÷¾ŸŒÇïf6ÖZg­ªœs)¥oˆ1V@ÖZ…ˆBH§Nz9üð•+WþuJ)ÀTÛN\@˜E€{õáá7»½½[ИÄZ³fVÛZó!3‰’%Bå½ID\ßrËÏN'´VªïÏñÆÆý´\.†¾ ¹’‹ÎQÞ`Îâù|þ¼p /«Œ7IðCš‘ JLjx «…:pcŒñ{”RÐ÷½ Þójµ‚ÈŒRÀ¼ê:¤Ìzß©ëúáÕMqœcRê8%Â(&ŠPUˆÀZC‰k±SJd?ˆƒG)Xc­u#ÀJp+ƒ’ )¤X/ç‡UJÕå<ƒlmS +€ûëÑ0 {Ÿüä'ÿ6Àuìê7z|¥,ÅÌéìÙ³oý–où–ÿá®»îúæ¾ïµÖQŠX¹Pº ®ŒJ1™p­fˆX VqÈã3$€ý6Æ;·ˆnÜVêL"º”Úà+¥.Tc)Ve KÒÁ(ÈñN6Æ؇·1ïÞ«ÔÎ&À+µ !,!Æ=TÊá|®T]«TUK^,ÃL´mûOªÑ胉¨E¥*¬ª­i¥žðÞçb±¸òÅ®åç¥Ó§Oß>NÿþþþÇæóù31ÆÝ”’•ßq+¥ô6mÌkLÛZ½\&ÎW)&Ö)¡Ó:EÄ”¼×CŒŠ‰Ð´í“ÓoüW£ÝÝh¢Ú6B.’Ó3ù,¼†Ë6 ¿B€k×®=†9âì4Ÿ~Hj3€ÐFº y¤¯D*…ÒÌrŒ1B×upåêUPÆàVUEå=rױϡ¬jÔ¶·2ÅR˜S"VÊ£1 šfÎEŒÑð0 †•Ö”Òc­s *"ª”R`æc¤®ë°i 9H¶$o»;xî`%ê‡zm“\K÷h o¶3·Dä´Ö³Ó§Oo½÷½ïýû×»«ßÜñS°JguÓM7}÷þàþìx·¬ëÏÔ!<>ŸÏÿh×u·k­SJIi­uÛ¶´½½}ãd2ùÞË—/?”Rº+ƨ–Ëå#Ëåò´µö¬Öšx2!î{Í«'cxˆcÓì§ÓGµsºù|ÚÍf§•sÖÓé'êªZ@JSeÌ`˜µ1FWUuÕXûóUUý>ç\†AÉxÌÖZG•:žK )¥AÄèrsB­õ‚ˆªc«”êº꺆”Òu[Ñßäñ•R°™“µvëwý®ßõO­µcDç9!ͬÙZÄ›o¾ž|2ð|¾J!yß­ç_L©ÿ§ ÍϧÃÃÚX,þüŽ1j\UXÎ{@ïaðþ÷ï ÛÛÿŒbüÏàÖ¶mi2™@]×ÊCUUÙ³gÏÞ»\.Yìt_Ûu+¥ˆÅá3nm1€äétoº³ó9DL)Ʀ™L^pm{ aA)M¢÷*(Õqîä2õ£N§?YUÕíÌü"¢ˆH˜Ïœ9ƒˆˆÖZ¸ù¦›v/_ºÔ¤”¬RÊIŽŸΑL‡¥YÌvÄN  µÁHÁB‹¼ëºo !´Í00¤„3¥ ­V  uŽ pÖâJ)ð£hÁç˜êÚBÓlk R 5âÆQ{KJÔŵÖcȘ¥¼,¦”ü0 ÅUÖ ï«@(˜cÝaÙ&k­ä²mãL¶ÒÛJ)pÎuˆÈÎ9hšæ+};ÿ{|¥¼púïxÇ¿¼é¦›¾Nk}d­˜¬s’œ?"ò)¥²f„ dnÈÚùØX™K*KqdíÜsJ•†2ucŒªœCëœ2Öªzg¼÷qkn¼âÙ”Þ+]]!õ)é1âÆkˆn|»R·Ý¥u­3©ºŒ·ZÐÚ÷ V«Ëã½³sy2™xf¾Å{ÖZ€"B¥noocß÷°¿¿1FX­V ö6·¶tuT.TVÄWˆ‹B)V K1Æc,Œî?KD¿šrñþyïýË)¥3õhD:Fl/]££›}?ë”Z!Š•…†<¶Ì<BîL)ÕYk‡Â`/4w­ueŒiŒ1Öz³iÛk< [±ïoVJ‘"BN)óç ™N” ˆ–yL+Ö@(Ñš‹'C]×Ð45xïQp«¥àOF€÷wó)%c„æ¢ð$ýÈ öV¢ºŠË¬fæ*„€å_sfÞ‘ñ10sªª SJáßþÛû_Ǹ^¬~ÃÇ‹=*–àÒ7¼á >ƸNQ'Àâîé¥Óa¡±m '‰S…É ;U!&ÈxD„|ëíóœ`ÀKD¬•b3á|o™ˆ«³\,èæ¾Cý†7ü8gsÊ/ÂM7izþù*¥”T×õ@@4@ß÷ÀŒ¬`Œ14qñþ—ÁM@ ×\ ²Í¦t¨œƒÙÑèµÒêùüM>„cJÕؘçUÛ~vÿËåŒ1ì½Ç2¢-—KPJÁææ&\¸pñ MÛ>%ØÉÔ3VÙ¾ÙxðÄK!@@Ä"øfβû—FOƒRj0ZÿÒ¢ï_³xþyœ^ºÑk­^ÆüúÃéôW0ƒÑ¶¼¿/d…ˆƒŒTFtx$„Y#ÅKKÜ™–f§‘–K˜Õ,%`Df­‘™aÿÚ50Ö2 ¢N â0¡5­µEŸ„Œp}ßc…;ÌŃU¡â.áBDÏÙ~ žÄÓë½’QWKÑW¹€}JÉ b¥µî9Û °ÖÖ}ßÏ Ÿ×_÷ñbvXl­Ýz×»ÞõÁñx<2Æ,Œ1}鮤Ã*–0^lUJš²€‰¹F¶‚‡pba¼‚\¨)bùÁ I몔¾Õh]³1lŒÌNì¯\´ÌÎÇ´X0´­mo¿7G£„Ê¢R>õTÀýýõýbÜG¢ˆ40g6(3©€ùñ.0 E…†p¯ñuÆÚZ«¤"'fŒ)¡cŒ8¯ëçÓÆÆÃιFeœ%Íçó[f³™ " !Àr¹„årÉÞ{ÐZ£sn@Ä÷ÈkU¢´H.®J³¥ ¬=Pb¾Pðc4‚Gq¥¨`ª9 Õêe|áÂé‘R¨¦ShC˜Î¯-´Þƒ”Õcä§D4UÙNye­œs)fÆÈØh­GZë‰1fbŒ™(¥Æ®iÂ&0Áf­+ÅŒˆ¬5"Ö˜´f»µ5Ï~MD%ôâx<”× QW6‘EãHx"Ábù¿åH€ÂÉ:î®TÎ,A«N¾_%ÿŸ³7Z£”ZqÕUˆèÏœ9sv>ŸÏüñËMä:Ãý7p¼hVa±ßu×]ÿåt:Ý&¢ƒB•ßŠ™Ë£/B8鬲ÕÇJzÇ^KίO"·˜‘/Í­ý_]º†6Ã.% Þ³AdF Bx¸XèÙbI1vh­Q}OJë= :Bfà<© Hd53‘sçÿ'Äù'‰Ì‘<'ØLMóo¢»õ0¼I[{k”RšC`p››—pµwpÐQ2Æ GGGǾ"¸…!3ÐA~WŒ1>«”j8‡t!„R¬"’¸¤¥Ô¦Éže'“‰ÝØØpÃ0ôˆèSJñħ0û¡—U½ÙÜü…ÕáᇈuÅ̦ë àËå[šæB<Ùš9Èca1ÜCk­ÀÝi­“`Y(Ý•“‘.K©RZ¹ýÑÑÛ•Ö*hÍ u.VJaÒš"S¦«ƒØ-Cß÷µä9–ºPŽÝ\! °QJéP V£rL[éâKÚA¾)Ú/@Þ0š²RJ%y½¦Zë™ø J)¡`k/ödóU{¼˜c&ßú­ßúÏš¦©­µ½1¦SÙÞ¶e +½tXÄ9hAIQ*þØrA*Ô†¿åe *R¸4iý4§t“‰ñVBä!FÀœ1dfN1b:u Vã1ÏÔ|±PûûtåÊ~Gté>ăCæ´ @0¥3>kÌåÿ]ëþÓz‚x,ÎÕJ©mûaŽñãMœEµèS‚™÷83ã™Ïì·íh¼«Õj¯ïû«ªÚF6 a—Ë%¤”À{ÌüŒD\Èu»˜FÙÆDôÆÔZ×ÖZ[UÖu­O:e¶·· "Ú£ !¸”RYRÓ(¥Z­õH!n˜ºVÄÜö‹Å9ë+fEJ2[“Òö!ⵘÒ&)¥mÈœ«eUU}UUa­³ªŒ1•$W7*[§éتZÙºœÒÙÆ`¥€•Â‘cæÔN&/ ÖsÇ=é£û²mÞ1ÑUð­™Ð4P2 y­@¥ÕZ×U¼»*u’Ö\>¯!ÛÏè‚–±’ §P/A¶Ü2V×MÓT1Fÿ‰O|â'®wW¿ñãŪô èôéÓß8™Lv•RÅ3j@ÄâÎY Oùóúó冇¬Ò £¸Äkiy”u=ˆ”SŒ ?}¨óþ­i±@ +"XÁZ­†–³]xúéy? Ÿñ><ëš[Üe¦+ž¼‡ ¥Òçéif:$ÂmD^`±6&f¶LDicã/)½•_RºSwÝ«™™¶Ô¶Ö]綟þmÏû™Õr¹€Û¦Óé9’ˆu€V±X,hµZ¡lä.Ôuý<Œ$Ð@ ¨'¢UJ‰”RµÖÚ!be­­¥Pl:ç궪ª®ëºÞ97TUå½÷$?K‘y 0Ô;;óðË!Üœ´¦!¥yàæWyÓå”f÷+çê˜Ò µæº®ÑZ[üë‹(¥˜zȆŠ\TJ)‡#íÜ‹X¥d&Æ°àEŒØY;K£ÑÓF©Y¡ÒZ;f®´Ö«”ÒÙB+Ü1åA¢â{X¤”Šõu”Rš c,E«5Æ´ZëS1ÆNºÕB­äœC… (XB–p!d9ØâPÁÌ®ë:×]w½©mÛéjµš½H×ßWíñbuX ðÖ·¾õïž={öNDœ‰oÔ Ëv°Œƒ\t%1—×F€Ü]GÐ'5ÈÇâÔP:+…Ù€mÞ¶í;¶·¶þì 5bÓ¤„~¹„Õ0À2žuà7‚{ùËñчþ[{ûûÿîW ±e†MfØ@„&C*ô$"¬„)¦@‚XËæJ6M ­¨•sTÓÜÎ=íÞ¦bt&·\ ÒDëíîÔ©ÕÕýýûs?¥4ˆÍNd"`ÄyêûsÌìVÆ$@ÔuŽÞ@2‚1à3#S»¦á¦i@6ÇdqˆD´Àl#]üèãm™¹æ9¥Ä@  FÄaÅü‰e&¢ª–À¤”v`K°¥SïcŒŠˆ&*gAîË8Ø€ ËJøJ)5RjˆhŒÙŸÞAŽKkˆ¨aæJð¹B­`©¥`r…Zc¼÷+fžü±?öÇþ?ù'ÿä+V«Õ\ßþºßñ+Ë[€î¼óÎßûí·¿™ÆY„zl] y숨—+È]Š$½¹`Xe}­ ‡ ¤»’;w„ J9ç^»µµõ'ÆãñkEtªƒ÷DÖr½µEõæ&VÓ©>:8àóÏ?ÿ¿ó!"Nd­@øEˆ8’x¤²üÌBàR d^l˜ ŠºóÈ31Ms™Œi¨ïo!­ÏžE¼á0Ƹmc «|æ33ãr¹æóù¿ªªêçœÇ3fåâ(Er½hUË‘Zë¾®ë¡mÛ€ˆýb±èçó¹_.—}×uÃ0 CÁÇÁíw´ãk@kŒJAR "xfœ/—¸ç=ç`¢µ®›¦Gk—&s±J(l’Bq¬ÿ”×Ï•ßGÞÿ£DÔórùê€n´-öȇÖ~‚rVd›\É‘L0ÄO1óVUU,ñX~&䨲J:-€Ìë+ªˆr7"¥T2Æ Ð…V”s ðe|?Ìþ]¥ˆA¨1Æ…¼†¹©S§v‡aèyä‘cÜuô¯ïx1·„V< ³·PÙ¨ó©ÖQþ®89ç„rWBÈ|Ÿ¢Â¯9Û™”“'6MóÍ›››DBd) i­•!Æ”T·\æ5U-W«CD*¥v䵪×¥ƒCÈ×Å02׉Êó’߯µÆ´…Ü ÖãHµíû£1[RwŒÇ¤¼WºïêšµÖJŠ‘îºî3D4ǪZ˸‚RLŠ”¤Dj·R%$Q5 ƒ¹Åç>¥”hµZ­´÷cŒ,7‰IùÞÈÌVUÕÜ4OCŒ·1"Iò,3¬`F„mŒ\×5@®â=Hƒ†Òõ- ~;¥Tù† ˜yÎÌ+D\2 ÷ù9`D&¢#Èö5Vˆ®÷„ÜÑ—ÎJÎ9&û¾8ƒnA¾ñŒÍNÆ·A¼­Š;;çúÂlȹ†r o1õ«´ÖSkíŽ1¦BD3 Ãe?xPJ5˜“™–1Æ£csttÔ¿óïüãïÿûÿ·£££ËÒ!^/Zÿãw¼`1sÔZ^ùÊWþ‘”RÒZƒ\ÐÅÈ­xW•»ey,JA¾–±p½08ÈÜŸÖ³»½½ý­õr¹\ÞT×õ+0›Üå-aÆÁH¶; ÃðsJ©[àTJé±ãg o·NI·â »i:{e8÷531»œzù}NŠh‘d.¹‡5fS»:cí¿N)ý7~¹´s‰ÿ2Ö"ÀxODVÞ» 2þç1[_-“àPK"ZÅWÞû•öcÈBÔK­õkeÛ˜„gÖzï/ƒØs€²Ö’,‘”toî¾á~ìSO=õ©”’W9!êzÑú²ãÅÄ°„'™{_þ±Øç2œ`] ÌúH˜˜yäœ{[]×hŒ)&k¸»»«.^¼È"J%"R!„g½÷¿HD_PJí²¤Ë…\xM B8•­O {8±é0KˆZfn  Ûe,ƒ¼Åôe$”-’–¢edÙrL9Ó¼r‘tU,_S"ÂêÑhôx­÷þÂr¹üdŒñZJ©3ÆŒågöˆ¸+¯ÛR6t­tbÕ)¥Jn…°éeSWÚP’.EËù²¾thˆhc{ïáàðSJ©iš•unn¬í _ø3ÈÝÕ—!w=µlp žx˜­ø$šmÅÌ…>¡2ŒÀUU MÓô£ÑˆêºÖ&GhSú¾Ëå2®V«ãŒœwA)µ¤ìJ뱕Ž¼ýà‰èøfIÙeÄ ƒ˜™„Áåȶ)ÕD‡a¸¨µ¾ !Ƙ¬µ[u]ï.—ËóZk`æ ” ÖÚå0 K"Ú"¢UUU“?ô‡þÐÞqÇoø±û±ßB¸î™õk/¦D t,ÇE •ÇÇñ×Ê#É…¯Ê8)­%¼S4^Ið N)¡1vwwáÂ… åŽö|០¢×Zß´>jQª‘ÅvYüeŸä »—Ç 2VQ)¥"3™yò»ÂLˆMk–]ZqFPZ뙟!¢ ‡ˆ"äífÉ+dï=HØ(J~‹÷ûUU}ù®ëòÞ‘ˆNk­oÕZß,ëö-šÈwʶ²N)uˆØ§”¯CÊZµÖ%Pz%xQÁ¤JÑ@5àÄC*Èû¸É„“Äì•äóÚTö˜Ju]û&Ó&´µ6IÁB¥”¯ª* H¾~ÞEDìe,3óHn8JFÿ$ϽlF‹–PÈÆ‘cŒÑ“JaõÁÒ{ÿ¸sî6Ùª”RF¯bæ¸\.Ï+¥|Œ±F»®ë9?üùóç»7¼á ßùþÁ?¸òc?öc¿ïóŸÿü¿»Æéñb¬²b‡µU÷1#YŽR¨ |­hµòv¯xqw˜·FRcLÉæƒÅbÁˆ»»»c„ÃÃǽ÷;‚ùøµ‚‰p‚såA JI.«„¯baèsVõ+qˆð)¥©pÃjþ†2¦AÖ¥)¥ÔP:.D<圻Ò÷ýÀÙN˜cŒ˜Rb!<æöP)mŒ!çWU¥œs`Œ!c cš×/‹×¬V+mŒÑÖZ–Ò]Ⱥ¸ þf”ReœqX§È á¸û”1ʦ”œRªJ)BãaÌ0 ¢IÖe´ZÈø7_£X%ØQÙ¼2dæyñ/;–X¥”^hÛö£rž”s†™/K-Zk“s®tç*¥ä«ªŠ%€õø„Ê¡¨e»¢N)µ€l‰Ýbæ2•%O ¢¸¦ÔÎ9Ê{ƘT‚Dº®–Ëe5 ÃÞûoEA ~ÅÑht—÷þáµù¾ï}Û¶+ï}Œ1&q_åÅbÁu]OôGôç~üÇü/þìÏþì_ÑZ[‰{É/vÁ*¢˜…—p‚/ý“ ½µ$V¹3ê ¦” ïûâbÉÁ\´Š1}߃Rê&ÈRóyí.\ô]eÈxð™¤+:.XR´"äqªR™käå©n°„EHa±¬±XÖéÊû¦i>c|EJi³ÜY™™1ŸÐZ?c|káeÃ0p×uàœ£ªªÐ9‡u]ó|>çÙlæ&“Ié‘9{AYkyµZµÃ0tò:Ö1ªÂ/ 2>b&…—M9ñÆŒ‹ˆ\Á¦”È{ï™Y‹eLW:NÎqkǺPùþZF_ ¹XYw Á¶J2MÏÌضí¾á†¾g:–°Y$"pÎU[[[ÿ)3ÿ+éØÌÚûhAÄÍ%M[ „:ï}Ѧöò|R€KjvÉ¢,£ÔU¥F£QÝ´­3Æ }ß+ˆmÛ¥Åb‘¤«:H)]ˆ1Þ¡rö¢¢coG£Ñ½)¥1sêû>©œ/»®+)ãhŒ¡¾ïÓÁÁú¡ú¡ÿî‰'žøø¿øÅ÷]ï´òñb«Æ/zø¾#*Á‘Ô¯ñïPÆé@ eú¡,fŽUUicL*›÷žŽŽŽ>‡˜Éž 3³ÊÆmÇÏÖTú ,y)VQŠ­ÝéO$7(Ee\!„g› ùb-ô Æœ‡¨S‰Ò½µÖÚCk퇄?ÖA.„="î@°Ö>c¼›ˆî†áë†a—ÂÕ4 ¯V+Uð.8qI(2< h­7C{ò55ˆ¡Ÿ\\n½#ý"@îdµ<”ŒŠŒBV)Eœåô”s!Wœµyƒ¼>e)á0såÈꆞ8ttÒáÌ”R¿w2™üÇJ© âá’¸ÌÖZØØØøý‹Å"t]÷·­µ7J±U9 $ àÊâ¢Ü•R·ô}ÿqXÊ¢£ÃþœÚ”¢U6ÕÚ9¨Çã0™L vÎúaÐý0Àh4*¸"‹±âj±X<B¸CÎ]nšÖÚm!‰vÌŒ]×µv@ÄY¡èM“1†û¾‡ÉþàþÙ/~ñ‹¸ÀçãEÛ¾æ5¯ù/Û¶­dC¤+9~A¤:rF±"I2þ$cLQ+ÉxñDJé6f¾INðÞc×uØu]X.—?c|$¼$°¢üLÌ„Õãu2ÊVOºZF†%XÈ€|ÉçFD½Z)U3sSø>…³™+…b©¢¤Ã*Ž ¥ •¹Kƒ`dåbÒBWxAký€RêA˜Su=%Ž P0®ªªP‚Y¸ë:H)aŒRJ+ÈE¨tW®Ü$äïKÁÖß‘q)Ñc Þ{5 ƒÎ†…ä}Z@Þ. …X ¦\¼×k1“[ ®‚oõòçÖóÇeÓ†D¤´Öl­-!˜R"cÌ×…žŠ1>ÍÌUŒ1 ÃÀÞû¿¤”z›1¦ð¯Žý׌1ç‹ÅAèòž6òú®RJ‹”R/ºÉ•‚±Ö·lóõ£ÑtÓ<£ŒéRVk 2&š£†¡†a™Rzœ ”Æl£|@D‡™­c$¹a…‚Ê5¢»®ëï¼óÎ{766^ÿÙÏ~ö'¿ ‹{I/ 03“Q¶OòÉS>šò9ä‘E Û[ËI !«ë“1†¼÷ec÷—Cßc¼—ˆÞˆˆŸ,âSÙÔc¹c:ø¿Ž¡J~fYëÖõ:»½•çÄB@ÎA ¥óˆŒÎ±7NXº’Ÿc¤0•µ:i&3›\¸@Åä­dQžG«µ^cÞÇÌ&¢{àåJ©×#¢­ëF£ˆoz1ýc!†‚`ceÔ-lýZ\7±òuyÓŠ2>%yîIFFæ,\.›F•µÑ ¤ #æÍZqâ‚ÖIF¨¢;dȾPÇØž<Ü›5bêÄ9§”R£NŸ>Íãñœs¸X,øêÕ«0 Ù{¾i¨›Æ!³ñÃpƒJJgEÀ¬8wwZ…âgêRJ^¨7ÆcL”¯âÐ`‹‹‚O­ÊžTœPÖºUUýÙ­­­—UUERôP¾L&0Æ`Œg³[kít:}]]×ßBxÃl6»i¹\rf³Èœ…ã ›¦yM]×7¤”<3#ˆL*]K)1vÝ;‘ÑDlˆP©ºm!…@ýÁ†ƒƒ»/xÿùÕ0,V«UZ,q¹\¦aTaˆo6ÆTEá@DØ4 VUu ž—÷¯Xí±øxÂPâ?™Lv>÷¹Ï}l>Ÿ?/aKšCKH/^üÄb±àñx\ ™®lŽŠ¿Õúçò Þ”nKZhV94!¥” &¦œ®â$å ¶‹‹+›A8ñï.£â‰ËäqŽžŒ0ÕÚóј7pDDVteE\̘7lŠ²Ý‹çì’šbŒAŠKñàÄwµÖEàÄžÄpÖ¿­»%|É¢…¤ª”²Î97™L ª*@D\,B€ÃÃC†­µj2™ðÐ÷lÙh‡áÖ…ÖFç¢C¢Zð;H'™{I:±A)5ÈûÖZÍÌ&ƨbŒÇ^Wr‘*ù]AÆ¢ZžìJpÀZÈ›VFL ™‡õf­õ[¤Óø’ͱXÃt:…#+¥pµZ1EçÜ©ÍÍÍݺ®yooÏŸ?)%¨ªª÷A¡˜:jç×u}Æ9·BHqµê†5kÜR¤8«ý+8¦3ÙÊe£­ R«£³%". ‡m.`>fvƒ8Î…Ò¥Ôò|j¥T+F)Õ"âØSǧ1Æ—ïîî*k-¤”8„ ®]»öôÑÑÑ{…ÕýfæØu7Å£#£çsǪ̈˜‰X1³I mº™Ï· ïëeÛ>&¬ðb†œµÅ×ü¸ã”mh‰Á!âHž§|I9Zh­ÉS _ š3Æ̈hLD· ¶‰b¾œóK D„Þûù³Ï>ûÐr¹¼¡ï{ÌAÍ ²¹+* !€1677¡ë:€"±@L)·îD@1æbc"I F ïbdÎ<-Ž!¨c™YûyL©â< "j@Lâ×[çÞbò9,ÖÖÚ'‰¹çÜ1)¥NªX–‚ùY/¤”®@‡FÌŒÆMÙn¸_­VjµZðË°ëºB-‹–œ?!BøoRJ÷„þó®ëîY,¿tî³RÃkã g®eDÍùäÍ+ŸlTǸn8$ú fŒ.pÚJwXÎ?«²»†’)„ñ¿®·}I/fÁ"D4—/_þ•OúÓåÛ¾íÛþ»c§µ®ñÄ´Œ…ÇoR÷DKXîîãŠ*Àî’’»T ðYð«Ž£¦ð„_¨R¸\ŒsŽ™ýÑÑÑ•'žxâq¶éNŸ>ý­wÜqÇwÅÕÚvP”5¿8¬qU• ÃcŒ^~%˪ìêPœEËçúððð›666ÎŽÇc®ëª*CiRœØ{³ÙìiÈ'[]b(Æ!ô&%pù¹AH‰)Fì÷÷Y1gã÷”x¡Ô“a– p„Ù‡ä{€\Ë2aíãº=KÐZ'qPÌlµÖÎZ;6ÆÜÊÙÏ}èĶ®kæÌ™]¾|ù;ˆH9çx4Át:Eï=Ïf3ffB8ØßßÿFØ”%ÈGà¼÷þ¯Îçó&„ãñøت§pÔR¼\.An$ÀJu @LD[@d@Š–´¿80Â(U)iU×Ï76þWÈ©Øǘbé8‰H»é”Qk`¢\´˜‘‰8 Bˆ‘y)Êäæ" ;˜— µRj$]+Hwù’=^T-aÙv<ôÐCûÞ{ïý;;;›!„#ç\² \ÅaMÏ'E%ÈJ¸ŒŽÇÇ­sË”l]ŽWåü¥~ßì\Çh,g[cĶmÝ•+W>ü©O}ê/\¼xñ ÛKDÄ|ð¯_¹rå{ÞùÎwþóc+€LZ<Ž…—"Uƺc@®O¸M}aŠ öf0ç r×u¯\­Vg·¶¶Ê&“ v]ÇÞ{-AŸEÄ‚ü¢Y¤ lT1Â,Á¦jµbCÈL’žÌçÖ> ½oX©™`ˆÅzRJ:ƈœ-d8C`ÉB&£]`ŸR bÇ¢¬µÆc‰ÈcÆÖÚSÖÚ›bŒSJWUöRßØØظ µþùýýý7t]wÃÖÖonnÂd2!ï½~ä‘G>7›Íþ’,8Zy"n*¥æð "Þc¤®ë´À`­Å”Yk•1æjŒñ!ÁN‘Rc8 ¥.Ñ«ƒ0äkfdDŽˆlôØÚþÒöö?…‘‰,ç×µøèg ÄeRêãšùÀL@¤W<¤=ó@dÓÄ(ç‰BD—Rr vE˜IÊ¥»k­{1¯Ùûx1“ŸË¡ˆhuùòåo»í¶ ¨Ä#a)8kÁc“=>ã–°i¥!¯ðK¤¸‰ˆ•‡“ËAf©нP+,ä1Ñq³ÐD¤Œ1îùçŸÿ¹w¿ûÝß}ttô ä¢Z¤9àêÕ«ÞÿýëŽ;mÛ»û¾'€¶m“xEE!‡d¹s3¹ðŠÈ; Îáø>êºîn"º¥ª*rΕ­nll@Ó4°Z­@)eú¾¾ëºÇˆ¹DB€ˆAi¸i>îC¸‘c¼ÃÖ5ûq5 Ü…€«ÕQŒivêÔ?bk/pæš±à@ª+5—EÞ"©ÜE¸ÝɸÛHpÄYcN׊™*Û·œêƳ`Ý8ç666>ã½w!„Û¶eáN)ïý/ÏçóÀˆE¶¼·µžû”Ò׋,é˜!¯©Š1‚÷þð§”ÚÄŒˆh 9y:¥„1%ð1‚ÅöƒŽ&“ŸñJ=G))’œyÏÊÈîâ˜ß®Ù6Jå+F˜ ª#æ§=À9ÓŽí˜áŠ(Ì÷âT[I!wgÎœ¹ëýïÿÿöR5ø{±Ý$øóâÅ‹¿ø ¿ð ?ðýßÿýÿN:6ÆœxU­ßÁ WªÈyÖµoÄ9²|½3+£a!–®ÉÒ‰=pqÔ4*[y()ŠÇš¶÷¼ç=ßsáÂ…Ÿ/ü+þR¯ùr¨®ëºŸø‰Ÿøþ›nºé]oûÛÿœ€ÇvÉBáp— ,ÛÀRŒõëX$‡‚¼EdD,Ìu‘3\¾|¬µ8 /W+ØØØøeÌ9†åb>ÿ(TÕíÜ5èûÓÕÁÁï6Uu•ú>­BÀñj`ž0¢MUõN§?eÚöaŒq—³CÁ ­OÙÊ8ʨn4Gy-#3{­u¯”*Qa$Ë E'–Ì…Ö­µg™yˆ1^ˆ1¶Æ˜hH1BŠÉH1n+¥¶„l !$Ò‰6Zë 1Æ_I)} "ºBé°tæøÒ{વöFé¢]ŠÂ§„HÄJvoí¡oÛϲÖORJ×8ÆšNt©Çç(”4%æ]¸E²ÙÐLj&Fî´þùžù #E·Uv”PÒ]•ŽÛcÖezÈêõëÅ~r0"ªÙlöèh4zý¹sç^#î—Ç©›ð¥EKÙ£°ÓíÚ£`•Ð ¿«V9²½èÚªµÏ ¸îä#j­+c ¾ûÝïþ¾óçÏÿ‚lé ¾ökþ. ŒùÃÃÃG®]»öù;î¸ã÷µmË"¼-Àû1/Œðc`z~aDîã´Ö•Öº–©:Æøª‚gÙ A×u¼··‡a8)¥Ú®»mãá‡ïÜ:8xGÕ÷w®†áæí‹ÿÄé®{ó¢WŸqN6ÆÛºþĬ®ÿ9lmýM;™¼_;wž‰&e{)EFK‘1Bèô²é:®X‹µ÷œµ›|\Å-Ÿ—Mp±ŸFc̦د • þðððfïý¹ím®Æceê ñ¦ƒ½½O¤”Bé–嵪µÖ "­õýpˆNÀ”³ßÖÌüYD¼ µÞêÅ6„&ãcßßÈ)iJ 8%®SBÝ4Oøªú"‡ûÈ”‚`Çc½té *Z©otu}§Ñšˆ{ïñ4â°@üÅ ~ð¥»RJcL’×Y¯¿ëÝ¿åœ=òÈ#¾råÊKR¢ó•ÐaÀ ÕáøÀ(¥~æ oxûbŒK¹«¬3ÐK!*cE9ñ ¾tYëoä±P~çcù1Æ e¡ff—R²DdSJh­¬V+ú¹Ÿû¹ï;þü/ Õá×ãüÈ°‡Ë—/È{„ˆ(Éb0¨¤K+'¼Ü=98Imù’¢(]"F£ýù|Þ¥”šÏçsL)qUU8›Íðàà€µhª Ú'žH~>‡Ö9uõÚµ×öD¯Õ£s]Çd-º¦QÓº®&]÷οá ZÿÅ#­?oR:3õRJ†ˆÊkÜCî²ôš¾et"2‚–¤"ZëDË{Ä…ÂÁ'©Þ`ŒÙP9Q¹Ë§×£¶Ý¼ºt ÕÕ« 'hf3£˜[T*`~?K‡UËM…˜yCÄg`ò-"â&ì‚ÜÀXT ”C&&)F…A¤ˆ9-•º‡aD)-Ö ÷º#nInª€Y¡1·+ÁQWÞsêªza åœED2Æç\tÎéaL!P¶‹Ž)¥(Ý`Ÿ÷§Nª^õªW½ù _øÂ/«ÌyIq±¾b ÖÚ‘>øÁþžk×®ýWoyË[þëÉd²5 Ñ­umßÙi¡ø‡G•í“ ~.»þ’]Û:"*ìúãGJIc6{ì±ìcûó×®]ûˆ\¿›Úr"kYuä")Xºv*G[Õ >æø¥ìþu®uF?cúÝÝÝÏìíí}Sá$yï¡®k^,0ŸÏA)E €WGGXà<¸ÂLçh0F7ÖhƺÆæÆy8<ävúrÄÿìAc'¥:Ž±©Q‹Þâìé„Z¥ø()R壗Õü±£Ãï¾ûîolÛv²Z­æ/öû;}|¥`X_~"šÙlöؾð…¿Õ¶íkN:õá§$8Ý×q+·öX7ßk¾ü#gû™–ˆš”Rc´1ÆÇ)¥ê¡‡ú¹~ðƒÿ‘<-Eã7|`Ž4ªªÚ¼ýöÛß½˜Ñ¥5ìªl¸ SlXÁßj¹È ž§T60F£®išYß÷í0 nµZaß÷ÀÌPUÕùéÆÆ}ä=†a˜„³)£s¨rúKÉêƒÐ÷L™ªˆÏï|>y߆ì<`×_Wq«u~äîËAö ;Öwc¢s.VU•œs$ŒÿòAº_%¸=¦˜0¤½óç_9ÐccÀµ-™¾·=@\ÇÏi€©à”z­ÀŸã‚Y6EÎ$7̔ӔÒTà–ˆ´BV °ªÖuZ-—ÏŠDGKÁ*#a9¯FÇ7”Rßäœ;½Z­Øƒoþú¯çºiðÚ|þü|¹üä‚™9YkÓd2 “É$¥”Lß÷.„PI×ß¾6Å,@¯ ßÄPk=~øá‡?|åÊ•'_j8ÖWZ‡u|pÖV©”RÿÞ÷¾÷û}ôÑïyç;ßùÏ·¶¶6DZá`¥N’£×‰¦e¬GQ>“j"2²šGÎ)Ï5á“O>ù¡ûî»ï/]¹råÃÒâÃo¶X­Ã0̽÷àœc Î,œ±B\-YIº.¡ÇÂgÊYyAèÀÌÔ÷=6Msáæ›o¾’Rš\»v톔RØØØxL!îƒR‡~këaßufqõê­þèèöØ÷w$"Z† ÐˆÌàˆ@¥*›ÝAŒñ†TU›‰¨ÂìóUÁÉ…9\«Ä1Ÿä8–·àˆ-œØçx¥”×ZçÜñØ.@=¥”b!¨ÖQËÒ!RL×®ÝtŠÙŒa`†aµ‚*%pJ ªPC͹#Y!b”÷,aö.32‚ë²¥-d\D¬RJ 8ç®aR(•|߯ú¾÷Bá°²É3²=ÆBgvνRk½;ŸÏIk­î¹çFD^-0ïû'†æRX]ƒ1†1«$¸pgËû+tŒ2†¢R*…ºÍÍÍñ]wÝõ–|ðÝ/5ë+µÃ*Ç1 9›Í}衇þáþþþÅat]×/³Ö6Ò%©5pØPf·ÒâW)%S¬Š‰hDDc¹{µ!ûÔSO}øøÀ|àþûårù,äõô—DŒýÿóüg³Ù#wÝu×Q×u-ŽI°·2Öé˵ǂˆæò˜¥”f1Æ£”ÒŒOÒeºcc\ b·±±q¸±±±2ÆÔ¨TÃD ÑYçB»½ýXµ±ñÈÑÅ‹¯"‡ZSd#Ä z>Æû^_Õúcsk¿€)msîòFJ©‰Üí[é¸ :‰°/cnqbm¥X$‰á*¼3Ò:¯ ÖAFÂÂæ'"˜}ñ‹ßèž{î®]ky¬5XÔ1"*…Mߟ6)mv“ÉÎ$Ì´¶yL²u¬Ë†U#­õDKŠ53¥Ã…ªª2a-e{<«¶míx<ÞFÄB8BD3 ¤”fžQ‹ˆ7ªpZk|å+_‰ÛÛÛÀÌj¹Zù^xácŒƒà~¤µæ¦ih<GÌblÓ÷½1–«tÙåu·Bq@¥Ôx¹\®>ñ‰Oü$¿ÄÐ_±ÖÚQŒö”÷þêÃ?ü·yä‘¿k­¾úÕ¯þ½úÕ¯þããñxÚ¶íŽÊ.¸fA“IcŽu}«Õj9 Czá…~åÊ•+Ÿ¼zõê§_xá…_8v‘Àߊ®jí¹Ã0 מþùlnn~wŒq!i>ÅšY.²A@÷c»fÙ‚öB(Ü'Y'Y¼îRʦ”BÄry¤”Ú0Ö&ʉÄ.ÅØVMsuçå/÷þ“OþnžÏ«*쵦딎Ñ3ùÍÍ«ñ4h=ÂøH.N–bk„CÆxbx¨áÄö„¤$f#¢'¢4 cŠ›E1­KÂð×)ÆÁÕuºúÄ_×]¸p¶Ó2RŒa¥kyóÔ)³upð¦ñ… §žºá†Ÿ`¥æ 8A¦D¬»y:Yt8‘Õ‹‚TqpÈŽ¬u-fs7h­1„pn꺎®\¹r©ï{5ŸÏ—_£[—Ëe¸á†Â7Þ8ªëš­µ< Îçó }ßÏ!“¤Kt[qžPË廮à –kÚWYŽ*Àû0 á®»îzIâX_  Nh§ðÞïÝwß}ù¾ûîû+gÎœyç¹sçÞÁY ²:wîÜ;Ξ=ûö”R—Rò?þø? !¬Œ1“^xáý—.]úfã½à·¥P²]Œ×®]û$"~wŒ‘SJÇÍ:Çž—.kî` ¢ž3C|ÞŽ—;´Z/Xr!®‡Ì"fë™–²§¼%"½qæ̵vkëǯ<úèw.çó["QŒIºi.T§O¿Ç´íÓ6¥Y)]ð(ÈMa"Ñð•Rª)®²Ô¡pdLk BÕ(`½lÄÄ 6‘¿‰ˆ,}×í,^xávåÌcT "3BU±2û ½é¦xæùçoËÏãgÎüc»gYS‘uƒÖºžVÍ̵pØ|¡J)±÷ž1¸±±ÁUU¡¥KL}^ï:ǧOŸ¾µë:nš†/_¾ Ã0¨W¼âqww׊+@±i~Ö{DÌž@üÝ v]g½÷BPÞû¢‘U²(éd©l`…^B}ßSþV/­ã«¦`ÉÁkÛº¢-Œ—.]zÏ¥K—ÞS¾èÁü_„ÊœoÝ‹_ã%wÓos[M—.]út×u\UU-±X…Ÿ”RÅ¡¢Bô –tVëV`æ(VÁšˆôšoR¯µRJAD½hŒÙÔZïNW§”Z¬ªƒ³wßý‚Îôóù¹ñîîgИæ]úË ÉYÊ23ORJ¬µ¦ªªêªªŠr*„Ðõ}߇(æµ_P9«P1óH o¯”˜ÙˆwIQôŸÈÌÄ]‰2ƒg†…x\13°÷HJßÛƒÕÞžqÎ¥íåòÎÛ®\ùOž:õ”Rˆ'„Ûã穵ne¼m±&"+f‡CÁ5MƒÛÛÛœR‚££#ˆ1rÓ4,]Ját]G!ÜÛÛCç¼êU¯â³g϶Þ{¨ª Œ1°X,tß÷~ÿAhdƒ[É9bŒ4›ÍTæ¡&\/VE™!Ý'ËG#¿EÛ—Œ™ßW[ÁZ?Ž‹×ûe{5+_(# @~c»qvøí~’ð /üÒSO=õî»ï¾ûw¥”•=쳌è¸ã*Ô>‘¿ïœ/ä2B2äC+¥|é²dãfˆÈc*f¶Î¹©Rj³Õñ"ÅØ¢1 ­ÔÂîî^ìî>O1¶Ì¼9Ý#ËU,9)tÁÓÀ A7AÆàŠ?•6ƤÂR” ^@ð-fs]Éï†a(]3bö0Ë YHœ àQ)î´F4Pk ¡R Sn·UR &}»M©%k£T¥»’ΪRJ»ª!o=1ÆHÞ{mŒçŒF#hšRJxíÚ5èºnÝÝKÁòÞãÁÁXkáî»ï†¦i²703N&!@Œˆh™RZBÞf£tÝZÒ£ E¤XX•;Û’É_^°Ö;¯rš½×ß‹r|5¬ãƒ×˜Ò'ô«“»Îo–Cõ[x( ûï¿ÿoÝvÛmßY×ueŒI&<õxâýåùF¡Öÿ…t™ ÛF£Ü…tFÀì$#dÏÌUߴֈآµÊ¢åNc«jÝ£Èoœ˜#̼ÏÌs¹ðÊó*úÆrç_ÀF]×÷Ã@BÅ·cŒI)uZkí1OÀ#}ß_ÓZ“µvÏsÎS ”1ÎAp´µ ‰€RÂDÄ ÕDÕÆjõõûÛÛï3JÕ˜‹U% {#ÝU[ºB(F~ÆZ‹B6†årÉZk†áÒ0 {*»{ž’ÂË”“Ĺª*¼õÖ[™™¹ï{vΩ—M®µ6ÕuíΞ=ûÆ'Ÿ|ògµÖc€|ƒ1ZfnK+ÞaÇJÚŽ«$¸–¬š¦ÙzÙË^öæGyä½ø ¥øJß~­ 8ŸÏŸØÙÙyËéÓ§ïbæ ZÂbŠW,rJ1(‰%›1JÚuRk¾TPˆ……^QKÁ(’¤¢Ål1û³o(¥6ÄÝrG)µ£”:…ˆ;ˆ¸ÍÌ[© fÌ<—‚µ!¬ ­A ã’™k¥Ôëêº~{Ó47WUµk­Ý1Æl!b+¡Ê³c­=ݶí¯«ªjµ÷þ’RJ‰¼µU…Ítªç—.Ý`¬m-غFÛ4ŒÎ!Åë&¥Òv¨®ªžîG£'­R;e( ¥Ô"NäuP1Fç½D¤Q›œâÌ1Fµ··÷èjµú¸Öúˆ™ñ@Å몪Âææ&2çTyp×uØ÷=sV¡ÖzçÚµkO)­Ö:ÓBºm s­pЊv+ôŽJºçÂ˃”mmmUO}ñ‹_üÎw©—DÁúšè°¾Jë™ßUU•M)U¥ ­q— ‡¬¤-§µ+"g%81ó±Ûƒü{! ¹K`æ.¥T’bX.ä2¯ª¸'¬›"& Dk­­µv‡™W]×]†á’÷~%ßDkýjkíÝZ놙S¡_+ÄhŒQ¢•SRtI)¥¬µõÎÎΛϜ9ó–ù|þÈ•+W~:¥˜¹M1šé™3{‹³gËË—ÇÚ9Š)1z)%ñ^W1¢M‰‹·öÜÚg¨¦lÛPÉÅ?LìØWK—„Þ{Ž)P XkHDÙc3·)¥ 23O½÷5"kíµ”Òe"Ú€ D<·–ž÷ž­µÔ4ÚÛÛûhŒñ2"Ž‰(ˆ]©€‰}úôLk½`æf>µÁ5fþ&édI¬ƒWÃ0<â} Î$¯½.ï…¥°&-òb1ˆ(ŠX¼ÐL "ÚÃÃC^K‘zI+€ëëwüàœ7¨/_¾üÞ_ø…_x×÷~ï÷þ»ÑhÔJ†^ (£8›Z"r i4r‚[éHÑbùÚc'U5uJIËç ݱ1 E•ïQx@Zk]@B¨ú¾¯»®› ÃÐzïy<÷Ó雦9³\.¯…®9çÀs\ø¬µÏÑ£âã~÷Å‹ß$¼¨R²1ƤµŽ¢«+¿ƒ€¾®ë3ˆ8:::â”Ò“C¶š>[ol\Ãíí(Ó#æD4—Ù¶·Ñ~{,p™PÙ@â0 öÊ•+!„ÀmJè˜Áh +ïñˆ9Í”ŠœÒ©˜Ò$¥Ônnnv;;;3­uÔZÏRJ-VÐK\‚‡@)…Ã0<#Øã¼È`;@ý㚦0É÷¡µ÷´8t±J¨.›Åb¡¤¿¤ŽëÖ‹s0"šù|þØÅ‹?sûí·ÿ>ç\M9¡º½nٱǷðÉŠOý±_=ž¸R6ˆØÈF©tVxTN¶‰J(R˜ xVat+"jˆh3„0íû~g±Xl,—Ë "VMÓ$ç\?ùäœÃÑh´‹ˆ3˜9ç*éÐ !4Ñ‘Rê>cÌþl6»'Æh1lŒc ä}§Rè¤ð‚s®ñÞ÷ËåòI¹€+f¥R R@1ê“*[AÉ?ÜPJm)¥¦Asì®988¨ç‹ÅʨqJ®RŠÁZèBÀ93¬˜UŒq“™íÖÖÖÞæææ1fe­í”R‡ÒaÍ¥ËòJ©œ µÖìœSËåòƒ«Õês=×|¹Á”›’Ȇ”ð®”ÈÊ@°C\sœ5ò±¸çÚö}?~ík_ûªÏ|æ3ÿd4~)× Ö‹w­G/^¼ø¹n¸áû«ª‹ñ$„`ýcñ‚?¶Ñ‘BUK±:þòhÔ@Ö6œÙæ­Ü©f ¶RBb[D< gbŒ;1Æ`§ïû&Æè¤KÌÉ-ÞC’1¨­µf4íÀ¾Œ}I4". »ÝZûŒ1æ¹aNyïwÄfFc´­22•‚ªëÚ]“<¾:/øhÝr9J‡Y­QJêôD@l—RªCí0 íþþþ‚™;“Rc™MR D8ôgy6«´Öýt:}a2™c–ÖÚ¹1fY¤>§¼±ÇÌ·*¥¾©‘L ‡‡‡ÿT U”q0É{^Ò’Š{Dé|Ë(¹þïÇÉÏb3Ti­«årY‡Ô7ó7¿ê¡‡úøåË—_263× Ö‹{f/ûÇxàÿ¹mÛ×ìîî¾Fpéк_ýzÑ*~_¥HÕx UŠV+«ð‘ŒG#ùs+®“”Ò˜ˆÆJ©³D´c#âh¹\.?þñÿŸ~úé÷?þƒ.\øxUUw…XkÝ2sB0ˆÈMÓ°1ÆÖu= !œgæA)56ÖAw"ÒƘF£Ñº®»-ÆxÚ9—„ÔjoƒB`PJkíäððpÙKªà=ëŽ ­l·­µ·:çn¢ìéBã½w)%3›Íâb>O*¥‰J©Jˆ<0C—Df ¥¼sîZÛ¶/´m{hŒ™cfJ©¹Rj…Y°¾äì˜qÞlŒ¹CF»’6¾Z,ïI)õe;Bl^ë¬J×,6gÇÛÂév’À#swSJuÛ¶iccConnžùð‡?ü“ðŸ1ð5u\/X/þÁˆꩧþùùóç?+#⸤ü Ô`¶xþ¿3+<.`ÒE;jrN¬®CÎ{oÄų1?œÍfËÕjµôÞóÏ>û±~ðƒèÉ'Ÿü?¯\¹ò«W®\ùÐ¥K—>ðè£þ½‡~øïÎçóùSO=õž®ëèÔ©S¯ÐZq'hµÖ*Æø¼è#‹E‚<"”óÝæææËåòe1ÆíR´dë…ÂÜ7r!“s®],!„pU¾OñáJ²Ö7u]ß5™LÞ>îµÖžSJm¤”Ú‚’ÀW^­V°\.W´Z*fcÙ1c¥ÔZcã`ÛžwUuÉ9wh­i­”RsD\@/¿'¢«0RJýˆÖÚ NUU©aÞ¿\.N–%±ðåJW%£à—àŒ_ÖU•‚Õ`&û6ˆØ¦”ÆàvvvRß÷«W¾ò•w‡àá‡þ Hz¾¦»¬—ÌìûUpì&îîî¾õMozÓ_¾ãŽ;¾Å9Ç7ƒK¥T«ãc:C!š–o²FÕÌlK¨†8)”. –Ëå*„ ¯\¹ò¡óçÏÿâ3Ï<ó“1Æf—ÔNFº/YÊðÿUâ¤ßñŽwüÌ›Þô¦wmll Óé4Ykõr¹üHß÷AæY-RJËã2„ЕN¨®ëºïû{.^¼ø}4NÙZKŒf14ÆÐÆƆ[,ûÏ<óÌǤ`¬˜y…Yr´3NßÔ4Í 2V²Ð7 0ÍcŒ¸\,µ¾ì—KæóF)®ó“áªiÀŽF€1bD<ÜCü”Rêȳ”˜²(¯=k­"®bŒ7ŽF£Y­V¶¼îÎ9¼zõê_ìºî~È7ÈO'»=\Jk]ŒüJGåD÷X k$XܦÖzKk½‰ˆ;1ÆSÖZµµµµÒZ§ªªªÅb1ÿSêOÝ> ÃòÅ>‰»ëÖWÖAˆ¨–Ëås?þøÿñÌ3Ï|ÀZ{‡sîƪªZD‰!‹ÆÏpN{©Êƒ™+ùCD3»º6ÆÔ)%óÄOü£>ú“>øàßüÄ'>ñ‡Ÿ}öÙŸºzõêGE6ÄÙô¸ë)Œp2r \tš™ÓÓO?ýSÖÚ×moo¿ÚCUUq]×»ÞûgbŒ³ã2Æ8K)͉(®ýßv4­êºf³Ù-e;ëR@Do³Ô¶m«µvDÔ)¥¦mÛÞ=¿i4Ý­µžÊò ¤”(„À!H)Á0 xxx¨ªº¾ÒŽFW‡ù¼«ÕHÖ¬›m¶‘Jkl™ÍRëûñªRj'›Ô²P€¼Þs§Öš„¹*†¶m÷†a؇,®>F­•BÔ ±ReÌcŸQˆ×Æ@<±Æn•RcDÀ˜ˆ¶ˆ¨Fƒ1¦ Dªªj糟ýìG¿æ£¿®¬¯¼ƒe<ÀårùÌ“O>ù=ôÐßßßßÁ{¯ªªz™1¦6ÆŒ•RmŒ± ½.ÅKç1U³Ù¬;:::zàþѧ?ýé¿ôÀü•Ë—/x>Ÿ?Ò¡aÖ®Ïþ‡ÜVKg‡ˆˆÏ<óÌO>÷ÜsŸ½õÖ[oÓ4ªiš&¥t4ŸÏH)­bŒó”ÒJF«”²41FqggÇ/‹­Åbῤég•í°£ˆw«ªºÙZ{«Öú,h"Šâä™bŒBà˜ýסë:{pp€›››§Ó錘D äý–1FëºfíkÁ6£~a̧àr‘ê@š Ó?"öÖÚW1óm& –´rÞÞÞÖ·ÜrË«www¿}ww÷Û›¦¹•Â¸\^KˆÁ+µ/`•a¥V„¸ ¥‚VªÖJU(éä˜u„cD,’¢ÍãfUU©®ë…ðæRJÉommmîíí=þðÃÍë ¯ó°¾"j–B’ú¾¿üÅ/~ñy衇þžsnãå/ù6Æ8cŒ}Å+^ñGÄF†8û/^¼øžK—.}™Í£>ú÷ÅÈpbISº#9±éËNðßÈݹhÍùóçþ_þËù}?ò#?ò3u]sÓ4¯€÷Ãp…ˆ:á0iÌ$×c­£DªÅ[o½õðêÕ«píÚµª®klš†µÖÄÖ)%îû~àÙ…´¹n¿‚â)ebŒ¶ï{å½O§Nztkk«gæƒÙÜ< ®;CÞo+c€d-#sJØó (uóøÛÁI–"I„̬›¦éa:r]ר”bï=Õu횦q;ÛÛß50¿ƒÏŸWóÏþCc?Rê™}­?×½qñ5Z©nO©OG­W±VZ“Ø39NB33:çæ° ¯,moo¿ @¤?_³Çõ‚õ|ð‰jÁ·Ò0 ×|ðÁÿ±|Í}÷Ý÷WáK±HKe¿þ½*†y¿•w`æœ é.\¸ð‹ï{ßûþÊ©S§~ôÔ©S›ãñøµ‡‡‡#"cØ9·nÿs,ÒNŽF#fæptt„ûûû®i®ªJ‰¥t±Rf>1ócÙ¨ê‚ñÞ;1ôu]?¶»»ûl]׶¬µš™½ÞOµ •Ôš9¯þÕõC¬õ§t^UvÌÜá‰OYéDkf6J)׶-Ôu ˆÈW¯^E""çÄUá˜i­£±ÖªoT·<þøëo†7ôaˆÑ.!Ú1Gæw=Žø“‡Z?¦•é¼9µò¾¼÷µv…ˆâ”Ë¢h°]×-^ÿú׿µišS]×]ƒ¯a©Îõ‘ð«ç( –u8"*:‰Š/™Y ×ñŒ/ç«R\¾ø²—½ì¿ØÚÚjG£ÑÆáá᧼÷GUUÙº®Ê9…ÇT „ØBÄÍa¦J)_×õ^Ji> CêºÎ…Ð{ïbŒ:ƨB&„P6žnµZÙ®ë4=߶í{§ÓéGÇãñ³Rè”11NÓ-¯]»9®V§*çÈj•1X[ë¡m¹–·+Dìeô ²á«d#¸Q×õ÷Õum«ªÂS§N!3ÓÞÞà¼÷(£)ÅTH S×?÷'­“²VWÎU•µxH”PkØÜÙ±Û̯#^Z9cNi­§Zë afk­½¢µ>‚l£í9»eh0“Éd÷âÅ‹Ï=÷ÜGÄ7ëkr,¼Þa}õÌÿ~CB„ß!7Õ_ëðÞ_{â‰'>:™L¾ëŽ;î8³¹¹ùæ^xᧅ÷¥Œ1_’ Yà"’VJ©,766ö‡aX¦”}ßO¼÷Dt*Æø2cÌãZ맻#"2u]?W×õÃ2vÖ)¥JxSe3W1‘éö÷o2ÙY"[DkŸFc®¨4d÷×AH©²©bÉÁ¬d¼Õ9×*¥x4AŸeCj†û–Ë%À×Iª³«œc7ãøÒ%J³Y2U¥Ö¨­%çZ­M]JIk­Ï½íYc~^kmµ1²p{윛+¥öËrDdL]J)c`kk˽ïùïäq½`}í/Ú( t„8ŸÏ?yttô]—.]Ò£Ñh ª£ñÞ[øRö~Y÷W‘áôRøZd­] ê¼snc,! û"Uò 3ç©N)‘ˆÈ‹~/{Oim»¾¿c¬•sŒ P+lí%HJ©¿L\¹¨:ñ¶·ÌÜh­¿ÑZ Î9vÎÁr¹TËåòñ®ë~Œ³ 4xï_ÁD·3â+õ¥K¯kö÷©"ªÚ¸À €fX*I)6Ë¥rÆ@íÜ •ÖhŒÕZ×)¥MñÍÚO)-8ªQ~÷º8qˆ–ñkž¦t½`]?~+â_ÿÉ{î¹f³VUÕ:ç6‰¼÷Ž™µÖIrͲthDDÖz)ü//|«^›²mËJd>%¤µ`r€ˆ©tTpâ F̬Ñ1Qµ¿¿‹Xa Bì“sUJÄJE3E1ÁµPEtŒqË9w£ÖÚ¶Ef¦#,—Ë9o!"Îñc Ô/ó„Ñ«­­¯ëb|õQw™ï­SKdI)Bfe![AC ÕÚh¥š”ÒÄZ»€93‡c¹ëSˆØ”ßo6›Ñ£>úq€“¯ÅãzÁº~ü–åB¹|ùò¯ö}Ñsnggg·mÛ›»®»*\±šˆFâo>€l«•R¥+*žˆz­u'Å £$@{£øÍc>!Ì¿0Gƒ…÷~kð~jwwW«<“*…<>†J­3RæÁ±DÙ£Ò²}„”Ò«ªrÖZjÛ‡aÐ}ß/—Ëåç´Ö­øiqt­ ×Z{;™ü**õJé4ÅXuÞ¿aX,þB  "͈ŒB$ÔZi¥ fÌ qV,jÀËϨ w•Ýb±8|æ™g®¬ëÇõã7r ¢Ž1.}ôÑÿÆoüÆ¿@DÛu]¿2ÆH²rsNЙÀ„³±^kŒ!¥T”u=IñŠJ©@D^k=Èk…Í^gKèìzÁ*-Š™J©z>ŸßÎDFiM´±PUŠšÆsU}s·ÂëŽ ’-¨eyaec^眃º®QkMÃ0èù|þ±ã%¥”| åû%¡fçÜØh½ÉÃCŒ u=P×ý¸KغŒy*Üw2Þò}K‰—qÚ-Ñ+ªßÌ{öÕt\/X×ßê#Û™f/(ˆ1n[koWJ½ fŠˆ0eæ)¬µªHŽDDÌJ©$Ìød­ Ì$ŒeCVŠ•_ë°ò9M‹Ð"~³sî?ñÞŠ›*"2ƒÊ˜«*‹³R 3Íêø0™ ¥-3;Dïý-u]·ÖZ–/彇Ùlö3'­5dý³VÖZm­MÖZ­µ±a­µŽ1b·Zm­œ{ ¯ª?—¼;*u×PUŸ6Z›J©Û›+î¢Q ý’<ŒtXVt—Eø5IeX?®¬ëÇoË!äJH)iÈ,ñ‘ÖºÜjÊÌÌÜj­UIâ“œI ß@ÄT×u†¡TŽYÉoŒò9Ð8¤h¬B_cüOG£‘êûžÅ¹3ûQ!‚VêóÌ<Ï÷bˆ§åûXéÖ":f®Bß0 ª*®ª ŽŽŽÔl6{`¹\~J)Õ0³·Öªº®Íh4¢¦iØ9WLÉ9§«ªR)%\,`ŽŽ&ÀìÄÏ¡Ri­Ï™œbdJ¡”®ÖŠ•f½cf—RÒmÛŽ{ì±t]7û ¾M_uÇõ‚uýøm9(Gσä’1æLJ©‡ìÑ5–&h­ƒÖ”RTØÛkŸ“dû¥¾ïA2c²@¶y2&/-¢ªgæ;RJªëºxæÌ}pp€)%¶ÖB]×°½½ýÚãnß÷ÏIZO/‹6+ÅàX¬œRÚÒZß`­…Ñh”«¦÷0ŸÏÙ‘g =ÌÆÆmll@UU)„ÀÖZF °®k9jL§”F“sœ¸8X/ÈÖWŠ•£@y»Z#bÝ÷=ÿʯüÊÿ,_÷5Qx½`]?~Ûc ¤”¼8 8¥Ô‹óA/ÝU¥µ&)Å ¤ãJUUûÕ«\ÉÖG#’í Av-Øcœsî©a $;Ÿ={bŒxà 7@Û¶LD·h­oŠ1¾i†‹}ß?Ù÷ýç™ùra%›ÈZkÍ}ß¿¡€í£Ñ»®Ó]×Í—ËåÇ1ÇÞ{DDçÇc5™L¬XH+ ¾ï Õx‡ˆo†á©åry~†Ë)¥gcŒSf~sš¦A¥TÛ?’Rº¢”jDeÀJ)hš†Çã±®ëÚÕuMˆÈyÆeŒ£ªªÊTUe­µ–™ÖÚˆ›_¡ix"*›ÀqÑ-BYÛ”’­ëºþèG?ú×¼÷ó"ßz±ßøßÎãzÁº~ü¶B¶¯ Ë]Эá1Q.Ê(9ˆZŠO€cd"jBVÀoR ÿ¿öÎ-ÖÎë¸ï3³ÖwÝ{ŸsDR¤H†rÉ’ë[jÇIà8@Òm`'­/m€:hSô¡~h (Š>´èõCݧ¶èSŠ}jÜÀE¤J†­‹eYµjÑ"-»’i[¢äH yH‘<·}û¾µÖL¾Y‡›ªZ;)%ÒÒü€$¥s77qþœ5kæÿÏ·y  ÔúkЇ‘œsÎ{OˆXÕuMkkkPUL&¹té‘èÔ=êëd"’ªªh<ßY×õ]!!L»®ÛÃÁGLªª‚¾ï©ï{X.—/xï½¥#f–#hʵE!Ú8G]+ʽ½l£Sh•YêQp_´ô¦T´Á¾ ñ`ã¼¾¹¹yù›ßüæ¿xëWW&XÆ„.%ƒs®GÄ=Y‚¦ÆèmVBÄÔk‹ˆò²6ëHB !ÔEQÌÚ¶MÓé4w19ˆ6ìÕjx¯|Ò™ù@Y–wUU•{I°¾¾.;;;4ŸÏ±m[PñË›L0Ä­¥”XxkeYNº®"Â÷}O³Ùì™Â3UU­Á0àZÆc×u°³³ƒu]“÷Û¶Ef.‹…_.—ƒïô}‹Å‚RJÙJ¦¡!–¾Ôj’ˆ(ÅG2ä 3ƒ Ÿ«ëº}â‰'>ßuÝù·ºS€ –ñáœ+Õ™¡S›à|Taýõus5H4ÏAå0s""X,å¦Ì,wêT€êˆ€y7‘™h~cდɤôÞ§²,IŒq2™Wÿ!x[`‚e¼!C.X眛«åÍzl+U¬JMÁé„d(™¼#;jš†ŽÜv!€wÎ…²,±ë:.÷4SÑ築ˆ)ÆøÁÑhtš bUU@DRúRÛ¶UY–cDL!„Kð߈¨.ËòÁétzÏ|>÷r¹|o×uµ÷ÞéM¥¤”0„Þ{dfµmqüøñß©ªêWùáÀ|fÙ÷©ÞÝmooÃ|>§¾ï½s®ÇeUUEÓ4¾iðÞSJÉõ}_hnd!CbP6&d"J1ÆjooçóyrÎxòÉ'ïðÁ?C•ú–õ¾z=L°ŒëFžºýöÛ?<×ñ2 î Ù=âQæ`˜u*DdÁ)%&bBd¸téÖzgçolü¨ÛØx¦K)Õ}ï×76\Ý4~4§Å|î™Ù÷}ŸB<›ÍDWŽ‡¸z‘»Æã1ÔuÍu]SY–;u]ÿa]×s.¦” ƈ2ä2z˜·mûtÓ4φ¾¶\.ï!ÜÕuÝ=:%!ÉÍy_’Râõ¾¿c£,?“êúÅ­ºþ=—˜}bvËù¼*ÊÒ1³K)ù”R…ƒg;”e UU¹ªª|×u>„PÁ[hå‰Þ{Y.—²»»ë‰¨>}úôý<òÈ'àªÇþÛF¬L°Œë %G}k}çdkëgzÿs¿}÷ݧõõ½åÞÞ7q 윻­ªªÛ›¦²,QD¸ï{ØÙÙy.¥”D¤ˆ1BY–à½â„NŸ&¢‘ˆ¤UU%EQ€®Z ƒš÷†Õ23'­j¢Æ£±®Ù´Ì¼ÃÎ}!öýý{óùg°ëþLX.%,—2¹(æs—Râ’È»xñ7ÎÅN! Öp²U´cfB(a¨DçÙê`6›]Ö·÷-oüã0Á2®;êÒ‰¯i°çª*;`vfD—ÚcÇî]nnþ"RQ–©yŒ0î{,R’J/½/ Þ{ÚØØø9bÇ”’S[!¸étz:Ƹ…ˆUJic¤£”e)EQù~ «þUÀÌû+@ÙŠY3D\QBh{Äüká½q>ÿ$ÌfïîXR!¢”–1 …ÐV{{wLÇãK>„<Õ^2sÝ÷ý¡ªª­#‹H¥hßÊ,ã:#"²X,–̼¶*Vï•sö ýðሃ()„ÒFߪo»­›on~Ú-E`7FÜH•8. ðHDüd‚.,s>FDhš¶¶¶ ƈ0ŸÏ£?ÏÌEJ)jõú°÷`Ø)Ì íl‘÷!As 1ÏIÁ0+ztsÌ\²È)iÛSHô«¼µõYqB”´ÌR-—g³£±i®s‰Ã:Mc¬E„«ªºœRÚcæZ‡FIëFÿµÞ4˜`× Dô)¥éÙ³gÿÓí·ßþôæ®P[”¤)ÆY´ð5Ÿ,¡ëZ¬ªS͉Ï÷;;Fç˜ ß¶ûþà2Æ+WÞ_v]Ý4õ½Œ77±®k.ŠBt<çóyvÀ²,a4ݱ···ÎÌË”R1´²$WKùsAD(¥äV"ÈòkDTCÃvÀ¯<û©Ð̼&"ˆUõuÙØ€åöößI³™_tTÌXÍæ£Ñ „Q^‹W‡+Ì|®¤‚ˆx«°®Å˸ž0ÀK/½ôµétúÇãñ˜ˆfÙ9SGöm@+•ýB߈x¥ØØø"9GÐÔCƒ=úå~6»+"žØ™Ïfg6»£ª*&¢b4q]×0N1¥$!„<á~Ì97I)E½¾`i4X®hòªÓj*¯Êd!Ë}§ü$íÑ!"ý°BU= ‡ÿã°XüYFlˆä×Öžw"ÆؤaD§”P/ .‰ÈLw!½¾6bæýÍlÃ˸Žd{“K—.=ÙuÝîh4jap­õÚiߦ€«¥×<êÂI1Æšˆ@Mþ‡%a$¢½j<>å½ÖsuŒñŽ®ëî¹páÂû«ªª¼÷)ƈ}ßC]ר¥ZÄ 3³úÍ3§ìc•ÝTHVEË¡&,g¡ÒŸj—Ùx/WvÂ\Q‡“É—„hDˆc8¤“îN§("±(Š=«¥V£ Ü%kîFÿÝÞ,˜`×Âîùóç¿uðàÁ_€R#¯¯†'xšÙ¹‚ÉK¿†#cd楆P ©C"³ "pJÔ§äiÈ1\:çž^__ÿvUU/oooÿeµ—½½=!"¸å–[ž«ëZbŒc"šé1‹˜9Çå B„¡7åuÌ`_˜àjÖa„«bU®Ü€z¦æ™ó‚vÁ!ÔŒXb‹Ã8‡ƒ¡Ÿ†"â‰h©bµ@Ä~°k‡DœÌçsyî¹ç¾ ðöð»úq¸ýŒ·ê7.óùüâ»Þõ®¿ADAAÙ9W¨}JƒU§Ö2A— ¨–~¹üyâ½OEQDï}$ç"/(Ïb ÃIDATᔧ”(ÆXUUu~2™üˆ°išíº®ëëë/F£éQKòm`v{€A \~˜¹È3Q0DÓWˆ˜§Ï›ìÕ¥=«Ü×Â× Ý¬õskÐÏ€¬À"Þû="šÑ†m€ŠˆÀZÓ4‡Ÿ}öÙ¯<ôÐCÿRß·}÷Ý˸ÞÀîîîÙµµµŸ?zôè˜y®W^ƒjšÕõ¹~º?©&}@DÉ{ʲLeY¦¢(¢s.é×ȆœRBX¶mûÒh4zu<ïèNc­­«ý·\MÁÕþT^Èη˜ÅŠX­ –he–ý¼Vñ…Þˆ^#rˆ8BÄqˆ8»FÞû¹sn¦‰Õöøn!¢[`ˆCk¾øÅ/~öÊ•+gó?7ú/÷Fc‚e¼QàÙ³g¿pèС_>|øð˜yª–×£ä¸.fŽ: ¹À *DÊιäœKZiå]À”-“³'3cŒ±Ô”éRþ=Š­’-ŠsjÿH Ú?Ê‚¥Æz "fáË©ÒY¬¬ˆhš ǺZ«5DÜ‘5M š"âÇR@ÄuD¼ED&eYyæ™g¾üè£þ xï¾ëaoÚÃI'OžüüñãÇm4­¥”:ç1³>ki1§7§ÁÊb@DÄ*Z‰™ó11ÛK×uÐuÓ¸®ÅJ©ÔcÖxÕ™†£[¯}²¸r‡0¸® P~rìVÞç#Úxg­Ú‡0ˆ5ωȚˆ¬iµ¹Ôåð¤ú¼·ˆÈZJ©hÛžþùÇaxÜÛÅQôÇa–ñF!DTìîî>ÏÌx÷Ýw,„Ð;çòl–WÊKÅûG6mH;µ(f"ÊΟâ½"Ý ”•¡OJ)å½¼<Üé´ÑÖæžÀw]#VŸU‘«VŽu¹ÂB»Ê)Ó^ý«J¨õÙ¯¬`„ ëúuÚ³ê`mñ l¤”šªªŽ|ë[ߺÿá‡þ{pmOïm –ñ†‘—ž777¿Ñ4ÍÏÝzë­€á0³çã•èºË~”…A›îûVˆ1Š..cJ‰ôÉý(RÇ…ýµ çÜHv~å¿g]­Èê×ô¯jÐàÒQÍf…ˆT"RƒŽpè- öVDÖ`è[ÕDÔ!â¾X©Ð‘”Rã½?rêÔ©ûï½÷ÞOÀPÉ+˜`oröìÙß{å•WN½ãïømªaxRV§¹uö)÷lr>Çyå€QPAþï%ƈyà3¥D¹þš**/["é‘ouÇуö­Všæ«ÓT°t ³PKãJŸFŸV†Ö‘ˆŒ™y]D6t7°'¢SÃ^o"oaæcˆGN:õÀ—¾ô¥OÀUûcc,ãÍÑïìì|ÿܹs§n¿ýöOëÀtƒyHS†­éý¥cxf³NcŒ5ñcŒô:êNo×r_ŠôÇJ›àåŠ7Wþ12T G<í?T¤0¥”ÝM f.™¹N)5)¥}ÑÒdæ 3O Ð³ #Q?o#„ÐÆÇ"rèôéÓ÷?ôÐC_ù3[£ý5˜`oŒˆ~ww÷çÏŸ?uâĉ¿&C…À0VŽ ™… W+¬õ߉hV–eç½_èÚJ~"²X­^…*‹¯@^í¿ªWEKWmZ"jWFjO(µ¹î»®f.···Ã}÷Ý÷©sçÎÝ×®ÉäÔŸDtt÷ñF¿ç?ÍXÓݸÑ0"ÒÎÎÎF£Ñ9ò¾BÐdýQ¸zÄ{mC=7ÕóM_^ZΣ \»Ô\ŠÈþH‚:–êüécŒ¾ï{šÏç)ÆXŸ9sæñ|ðw.\¸ðp>¾éë^ûI«¦þ?1Á2nðÅ_ü¯mÛ~ðèÑ£ï !ˆ Ñ[\»œ¼?½ꎠóTùÇkæ¨VŽ{µzZEåÛ¼"¥TÄ}Áw]G]×´O?ýôý_ùÊW>:ŸÏÿ0_oôõvÇ˸Y@à—^zé¾½½½îÈ‘#®ªj]«­}ÁZ®ý½?–’+Xñ¯‚«bÕè‚uÚL­Ùu­cB¨–Ë%ÆÛÝÝÝðøãžúû"Ò›XÝ<˜`7|áÂ…G_~ùåÇ›¦¹ëðáÃ÷h½à|¼*\Ùt_¸^ÇÞe_´ô1ó˜™Û”R›Rjú¾/û¾oqm>ŸË—¿üå¿ò /üG¸Ú³¾ÓM‚ –q³ÁˆXÌf³½ð ¿?N»#GŽür]×:ÅÎ0ô¤²7|©¿Îö/«Óêš÷U  ÉÌ܈H“RªSJE¡EĵBqöìÙǾþõ¯ÿÍ .d?f n""i!!p##r$$t%%w&&y&&}''((VG=WH>fAiBmEoFqGsHvJzM}OxKPP eQQfRReRRgTTjWWiVV}sl~tnƒ))€((‡++„**‰++Š++‹,,--Ž--’..•//–//—00š11™00œ11ž22¡33¢33£44§55¤44§88©55ª66¬66¯77¬::°77³99±88µ99¶::´>>¸::»;;¼;;¾<<»>>Q „S!†T!‰V"‹X#ŒX#Z#Z$‹\3‘[$’\$–^%ša&b'žd'Ÿd(¢f(¤g)¦i)¤h,©j*«l+­m+®n+¯n,ªl/«n2¯q6°o,³q,²p-µr-¶s-µr.·t.¹u.½w/¾w/¾x/³s3µv9»w3¿x0½y6ºz=¾{:½{<ŸWWžUUŸYY“gD’fC”hE¡[[ \\²@@¼AAÁ==Â>>Ç??Ä>>È??Â{1Áy0Æ}1Æ}2Æ~6Ã{3É2È6À{9ÇAAÁBBÊ@@ÍAAÎAAÎBBÍEEÍJJÍKKÒCCÑBBÒEEÕCC×DD×GGÑNNÖJJÓJJØFFØJJÓRR×\\ÚQQÛVVÚ^^Ü[[Þeeággâmmçuu¯ˆm¯‰nË€2Ì3΂3΂4Ê€6Ï„:̓<Ѓ4Ó…5Ò…6Õ†5Ö†6Ô†9׈6Ö‰=؈8ÔŠEÙŒCÖKÜ’NÖRÝ•Uß›câš]åŸfâŸhã jè¥pÿÿÿ½½½!ùþ,¢Àþý H° Áƒ*\È°¡Ã‡#JœH±¢Å‹3jÜȱ£Ç CŠI²¤É“(Sª\ɲ¥Ë—0cÊœI³¦Í›8sêÜÉS㱞@M JT$¢H=®IÊT#˜¦P-N‰JUâ‹ZU³6\@L«×„”}mJ¦«B9ÎÚŒmº K³ÛL“s ÊÚ¨ ¸àé:fZ îfuðÁÀ‚«:CÐÅ8‰e.&øÂâ°È1ü8@G3gΚcüðf˜šŽ30ƒ[ê`eèìôËÔ #tF7·l»”°Ù_7†È(›Mp©ð– 6€ËÐF›aÎfÏz}óê‰4Öþ SË}å‚;·W0åõ™âåKV†çxEÇÐÓ,~I xGQ þµtÀ0U-ñÀD'0øÒ³dÜCAHXZ—DL*ªlaF-×\˜Ð{hHR-[pÁ…µTsM3©Ôhã[¬AFBŽ¨È‘l cã[1Ì*H&¹ÊOTŠ9PkÈ1Ë-ÄÌ2ä–LÖ¢¤]T”"°…–[Þ¸…—CYÐ;dŽ´ÀšiÞØFmœÆST6оÄIÒ\ÔRg*"Dˆ }@ÎVB£3¦â\B˜0zÑ B´`Äq¥Bºhºi©e0È&œÑá@þžSN¦¦Z4.}#È 9¼Xr„@Öj+®Q$:ø&›kŸtÑ ¸`!ÒZ¤Ë˜ø²Î:€ªA?t[Ñ:à´;H!Œà‚CX[О0ªF€Òî¿î"«½í+è–»Ðèâ :ãÎë9W<È“'dÎ#¿Ì#Nœ@È‹FDH+(&ºTlñ'¤"”ï@'2Š>«8È£‘ŒÂ@ DÚ­.<ÈÌ \9mÂ}ôØÂk}ð¹zñó@›Ð*P˜]´»œ „qAH+´ÁÀP}Ð:DDvÂ'1ÄG)ÜÆœþØcâÈ:´HÚ1]®"ó„cÐ:}Tµ×-³àQ‡X)É& £Œ2ÒDãùƒ!”2v»â| ‡"žèqŸ€B5áÅ`Š<¡SˆãâàOiH3ÀŸŒ‡’«¼Ò¢f…à/À„bÈè(íOþÔ½A"âøb8EüÁ y¥Þ@wäNÐc ãO©Œ„jI¾"ÿ+°À²ÅX}€K;ì,É&'ÐC0!ŽpøB¸À$>‹÷e„È@ºˆ.˜¥È ðCpAžš@j¡ŒaÌo~õ«_‹ê°(B^ì œ@*° AØð†‚àáˆZþPiÀê@Ѐ@™"Ð1ŒYÈ¡ \ÀÑuN˜Â®b|a3Ì"ƒ?ôŸÀá ù0ŠlˆP‘ƒ€Tƒ(¤øZUH†ZȯŠIjÒC6€‚=(âë@‡ ÑAžEdHãfú¤;…dÀ#‡ïXÅ-taõ#^æ("€¸adkL™Âƒj³ „ëc+©Œ8ÄAj¬Ãˆ^‘h]„P!kFˆ …H”Q„8‚± eœP~u¸”A^†Z<È$ bŠsƒþ$¢øÚütAÈÀ†2`A9… €n %I¸•Y`)å<&q”£ þ˜Á.¢­“è1)²ðÎ@‚8Bž<Èð”Ä3)nÍAô°‰ð%„üŠ‰šÒ…,`à Šxă{ðä- Æ°@ )ÖCP¨“(WC4w'‹ñÉô!'àENjR ŒÁ.ICm*PˆŒ 8)*Op……Ta#àE>pŠš´a RÝÉeF€À…Û 2@˜|õ 7(€?v„”• “‚?ðà˜ ðáë€N°¸Êõ|a͉îê=Pb g@â³F`FØò¢çZ J²Ï ,v[AóÇx@PŽ€Œìún³Ñ‚p¥(`þDAq»£]àÆ@š*Püá·–Ø„'>·Ë®ð1Hg{‚q@,b)a0péÌâ2#|áŠîz׬`úà‡ª© ÙìE²q@"[ Þ` 3(÷õñ‰ï‚7¼fEdh°)d¹ÉJ‚# ·-H0`äØ„w `qèA!WÃîTD‹ÐU!kCð€žÔ Ä»k±?jA ¤„â( /|Q‹a4² Hä°†id1Ø>ðax˜£dÄr€Ì@UX)AåÐÆ"D™ù‚zà€lá rÀþ€ƒ.´á/¨ÃºñO’|bŒˆä PƒTæHþðaØ ù@ ±‰);¤7xÁ†X‹c\ƒu¸Ã[œå "¤FÈ ÒðàžI¿La 9È¢ ‚s„¶"8A¤G,À°ÁVÚblî¡QŸDê ’O„B«1B¬2e]äÃñE k&›";mÉÎ ÒÜvøbÖQq@,¢!›>œfÉ­ƒP[¯€ ÈÈBEÐÚ–Hb @P‚©úÍêU¯ÐšâµKh¬QÌ$7ÕceqSÕû%œê–ÂW²Cšªª]Éöþ4å PÐD¨¦ÚÄÆ[‚ SI"³ke ˜#ò“»0‚`† ;)ÂÌÙQ1‚×’s—Ð Þ ézÕ ô¢Á?ûí Rtƒ|ˆI‹,x C0v0t#Íp÷EᎠôº Ru\ÝÀ$ × ‚w°Xt°pͳ1‰a ‘ B­Š£ˆ”A„Ÿ$³\˜1à»ç$[ÈÂ@N)¡=s 'Fˆ—B€pÁ×ÀÀ²@ŒÏ4=!FØ:6Á{Nx‚]!B`0*ƒœ íþè‚&Á ÄÃà&Éò ¸ÙËèó-3Œ¸þá ±Øw!«WH•M€\AÔ(=C*L`ÁN°gL #³)j^Kta à·R8(Á?æ~²æGJ ‘jQ®~ìç=Px= €eSדGUÐ6@x&Ááx+XB° °8ƒPS±V³°JçÚ4†`.÷Djv ` è2` 1¸D_![Pä'› #(שgЂ)‘#PôÇg@@ VHC0QÖä ‰d¡öq@†'!… 1I {è0uÑ—Q þYw§§[ÄÀ‡61em°k]ŠXÊ&u µ@H/ô;Ј E=aËa uPU5’‡ 5ž #Y¡Š=±6¦AÀ21}0/ €\ ÉÅÔÅL¥r|kð [ ŒHq)¨p!w/Tã*þpÖ˜ Ófœ MUË @Qqu eTɱw9¡PC7Ÿ@…á 0 cp{:ᤥ·Àx1,á ˜ðyAsåÌÖH73 ¸U*VÒ@F+›€ ~€d' РLjjGþ­’ Yð8‰“ *5Fà…@‹Aä³ð’EhF1qà k•R•“V‰“°O`  Q”þ°HIÞ pqAvc·l¹UP p•9Y—B…à•¡ W€„Qcö@à~ІÙ@éÈOr™“70 q)—{èŽp;ÐV‘S]ãà 1ç`+0š,Pš,5€ ûðWZz˜/UÙ˜9©‘ù € ày]ÍAgà ³~9‘‹ š… P£Iš¦™k–p Qð'p+ã ´þ™“0vÚˆ°Á  ìF³£–1 ”l‰ð Ê9öyŸ°V°R@QðŸ@èp›ÙOÁ43 é)5x •±r€6! ©Ã”(€ù"NX#¥ˆ ¼gò€ПýùŸ,* x@ Vi ‰ q `Ö@caÂwüØE1`¨@ˆ‘7Š†¡Yp1Àˆ )ª¢þÙ¢èÐg° c×\Ú÷æ†@£ñ“QPp°#P7‘§'ùõÐw°A@¥UúŸÒæ0`“þiª-… |ðɦ*p~ íð‰XHÀŒ°§TÊ¢ÿ HJ©¡¾ÀA° ‘—{VJƒð Ç9A_ÄÒá@À§šzð™Ó3ˆ º W‡ ¥ §ê`ƒ“z/ø‡²J«šºyŠ@¢Ñ)›ø€ €?¬ññtº º€*­ŠõâðÎ  ±%€DЈ}«–°ª§AY¬±¨ |êŸ@‘‘­Á[þ‘¬±¬ À2°¢Õ©.{„«þ°rµˆJ`àû ëÃp6fd\«sw>qàm‘þôz²à6› …ð†¶ˆ/û±¸P›P }`°‚vñ&w² ‘I €!v¯ôŽ {²h‰àXûk€J刴!¦xX‹µMp¶MÐqð‘`*cP´W@3€¶x‹¶ÄÁ¶mË#𶢕›€¶j y›·p|Û·‘!p¸ce¸‡‹¶/l/P6°‘`ûƒq¹•»gЕÛʸ ‘ á‘{¸@ÃFkÐ¥  º  AuோºQ~pX¸«­¶Ðtp»Ç+€ë à¹Ï‹üþÊQ½A q8 ÏKº4 @½} ³Ð 冱sÀ^Ú{>c°¾à›'¶ ó‹¥vY0Uâü{bò»¿±sQ¥& š )0eÀA9U0 ‹+ÿt‡¼;~çZcp f LÐKéÑÁñ‹üDv¼`€À{…Â1}ာ½-Uª‰Ï‹ŠQPkÁ2ü”ƒ3àv¥[C<ΠG<¼] ã»Äa}`Y+ÄTL8Kj[Ì7üÅñÁb åXÆчÆÁ‹lüaüÆ QÁr¼#XÇxœÇz¼Ç|ÜÇ~üǀȂ\;Raster3D_3.0-7/./html/r3d_example7.jpeg0000644000471100001440000003705713562710037017120 0ustar merrittusersÿØÿàJFIFY,ÿþ7 Image generated by Aladdin Ghostscript (device=ppm) ÿÛC     ÿÛC  ÿÀÀ "ÿÄ ÿÄD !1 "AQa#2q ¡BR‘±Ñ$3b8CDSrv…¢²ÁáÿÄÿÄ9!1AQa"q2B‘¡Á#3±ÑáðRbr$CñÿÚ ?ùRΘè«zî¬a½‘ÝiÅðµJ,¯<Ï/lÙ¬ü¥Ô6èié*bÛ+mECî¤ô8­GDa6•¼0Ís8ú`du®×9Q\ t3&c,8P¢ íq\¾ üFte·ÿˆ;Pô3ÙìQuÞ Þ1cÇ1ÛD¥",+4tóÙ)ŒµÏ(¢Kd„´¯¥‚®ÚØ:‚µg äšó ;4¼ÑqYÈH¹?¥C{¯àk­zaË0]GÔçÄÛZà¹Ækb6-W\Fðå½ )Õ6‚.!´²„ò…'—ýpG"ª·\oo‡æ÷“Ó÷P6¸-]Q«…ºái™ó®p]* ÊŽáJT¤!Ĥ¥AM¨àô#ãMÒžÄêâïî«o¶­E£ÙzšÝ›erQ]âÙon`¶ÛÂ×.á%O» 5ØÒP¦ÖÓĆ¹Y¦?/ˆ*¾$]W;»-XGú?Y,,c¸…½õwK6ÈμãnÊP%>ºÔûŠRQô  v•«&ù›v’ ´ƒÔw'ô¬½I‹FR´„í!PždŽääj³R”àóÛÇŸÅjkGJT±xè¯c}"Úúáɱ¨víyÈ¿DÇ.RîîÒÁ|8Ž’¥”6c>¥öéž;¼sðþÕ%!hÂ'55¶ãq¸D‰úRœÅX˜º¸umÇ®/SÚ·Y/2¼›fa^%´ýõÔº–ãH‰ÿA”¼¤²ZCŽw¥²¿M}²m¥º­©&™qõm@“Uþ•`µ?Ósìnºä|<2\ŠÉˆì&oR,èEàI• ÉÍ'ÔôýXMúßXæœØ2f%$œ E¼@Ƽ=ó®ýXLVÞd¬ºú›k»½!ýÇÀ5$$­A#“Sm qa äÔ}Jœþ#Ý!Xzêï#éJdzËÄáÛÑu½®ÔˆhrcЙêm/;ü4—@D+žRG)îTöæªâÒÊÈÅUÖÖË… ä4¥8?ŠG¸¨UºR¹2ØuÔ´§R€¥Þ°xO'Üð à{øþÆ­‡Ä#áÏ®z Ðz_mâB=°Wº-߬òXÇ¿JÔˆñßs¸ãå×(ð¥$%² ;¹âêZÛRÇ çëW›aÇS‰á1?\ ©´§x>*Þcÿ íAqøZdÿ—úœžìË<èvHxpÁ$ÄaËãÒ˜ ˆ™Ï(¦ZQÅ­Ki´%.§³½A?Q¦\zvöôª³níÆí'ä*¡Ò¿HóÀóø¯n3ÉtÈ Û²l‘kkÒÛEÆîä7$,QòÓ@­ÎÄ÷+±?R»xM[“¬€T`W†•iþ*üSá¹±°IfÜÏçW — NK6î›B`Gn;ò]j+(ê:âé²¥¬­Â¨“ÍWZÒÛku^ÈB”¯è'þUqÖVË…µr*ëÌ8ÃÅ¥ò+ö•b¾!?{çÃÒá®ñÛk[r<‡7Á›ÉçIJÀZ"ÚØyå¢;I}Å÷¾µ% R¹i Ÿ=à÷ ëQqµ´²…ˆ5Zq‡  ŠôÙoW|nñ#°]_>ß)¹P§Ex¶ìw›X[n!`‚…%iJ‚ä«×ðGÜú›¤ ‘±þ&=Fä² >9"ÙˆÃCÅs2L¢èà ÷(Ô–}ÇŠÏ!Å(qæ­tÔëÝ&lÅíK~‰×YìäÀr,8;.ÀíÒ B¾žDt¾Òïo( p,$)E +… µ>:Bí u[7ÒM¶Öô¸‹D»F—Šë–ÆÝwÕ}Ñ1ÇÙh:¯+!¾Iú ú«.ÑÆY!Å+#ûVu‹¬[¨:¥üC A"{´Mþµñ&ÿ NG”ßî-Üs­±.wÙ'Ö q…È\ÉEKyП1.RJÂPÂJȪ™Ñ÷G8·ý€ö_YMŠO‘£7·ë­9…Íq j^I0ÇR¥­…‚™Ke§‚ÙŽ¾ZYCŠt)(í;çø|>":«¢Þ¢2M;Ô¬ö#jí½gfÏ‘ÌšÂW¶ÊÑé >SMÈ˪çµ!Ô­_JJ“²l|+âuÐgqøKôñ©¿[±_¶tŒ»\føþüû„øòa"Í@˜‚ÀDBq¤¥qÔ·€} =Õœ O¡·È’ÓÏÝ?‡æ+dÍËm\(I ˜?týGœH¬ÏÅ“QtîwïH4nÌSXà©{´Ü÷æ[ªqÈvç–gHa™2òM©µ!-GuÆ””(rã«H)P”ø€ô¸:oéwim½e£ú}Ù:&íz±±¬3ko„õà m«‹2ÍÆ@OÎÉLÈŽ¯ºe-KqÆÏ !Àñë×®˜þ%±&n<FÈÉ5J~N×ÄÛ6[¬-Òa1ëöHT°ßÉËp‹} d¨ðØç¹U0êç'»é©}>k}mŒkü:ï5zɬ˜¸ߥ²˜ß6äér\q¦yi”©-¥N)e*PJ“Gî-зgŽ3#ùy¨Ü]Ú6ã¢2qÆDùç<×Ðß‹T÷ÝMÑçM= bÝ>é%Þr8/Ø0°ÈOµh—xi•[Pêé­E×~i*+SŠ*'”•«§cêΉ>ûqzzkýQØ1d‘–ã™(7¼»9ËgÃuM²‚‡ƒ¼ß¥H=­%I2\u%ÿ¬‹GR=eKƒ7*Â5Ö"äHv¸¹‚b#“X¶È\‹{¸û¯¯ÑŽêÔ¤0ÙCD„•¡e ã Ô·Äwfu=³o›Ç&ÒúÎÇœäñ!Ë,8ÓË‘0&2cSdHÕ´•ºÃM­CÇpqG/mÊÔ dâ$vàÿç'uU8¥ƒ'20üãÇáƒvl |9úTø>tïÕ¦ßèJÅ”ä÷q»]=ùRâ½"8TÙnDqOÛÐKæ2P–àˆ’…¥Çª­Ð>Áé«ë« ½õ_ÓÎW(\s(ñˆ–ûütÁ±19ÖäZÜ6÷b‘5–—%—߬ÓJi`úDŽÕF]Su½±:¤ÖšÇK^1›]ƒÔ˜¡±b6‹D©n IoÕ’úä<°ä…©¾{ЖÀIã„ŠßøªçQö…·|â½(éL`Ùqfl¶LÒÍ‹ÏL˜ f""G¸7Éë‡ó̲ÚÛê`öv‚àqiWL—´ÀLvçþÕew–åÔ”ªvýÞ` ?–*ñü&4.ÀÃÄa¶ZÝ›¦^e‘kNMv¼ä¯À w"[‚,nå#¼&9ôç%]©å ,†Ò8"„t¿eÊúòø¨â)2ìäÍ‹¹ZºÊ—%9)ˆë¸κè*¡i„)K=ܶO< ötQñZßÝ '<›®0\C#»ì¦VÆeæÂé.töV¥6\f{!$­×–]Õ*t’³Â{pZçâ!²4‚ã¥-Kƒj›ÕÙµ1;7ÄaÏ~ü")) ˆÄÛ”ÉJˆÊŠ¥zµ’<¯‚A‹u!`’s'éTUÝ¢ÛlI(¨Œ“˜?NjWÿÆßÂ77Å—g^ð˜™Ì`X%ÈOl©bJRA=Á6OƒÜ…8à:— »'Á+ß{£×#_rÝÈÍ«uw&÷™J‰±Qtq”&ÛLƤý Ú[e§€ëý®WË·¤È“%s%<·]qen8êÊ”µÉ*'É$ù$ù5aäüO:†zÙÓÕ…Œwméªcsp+tKÛjl±!© “páîé8¶QÞPZ úKRŒ»l¾ã®µÆ'“ú ¶ÍûFåלkÉýüêüºÝßkwK×QŒkýe£tcWÝ«h ›ýQØl ryqÒ§‹£ç#¶âÊÜ}l²xs½I"¾jË^տê½÷³zwÖ˜ê0‚N¬½â8Ü+D‹Tמ-*Ö…²ü¸ÿ,¶•Û%N­Å¬©KSƒ”Æòþ4}W\:³¼õ{qÁõ›×l‡¹ØïØØÂÃv«”í2ܦäzn¦SêPŒÇ9!KHl!$7Ê O³zØڹ惶ô§ŠÙl¸>³¶ÞWy8V"‰I:æ¯l§e¾ü‰.„%)[¥¶ÃHìBHäÞrîÒTR9݈æD «îßX•)HîÄs ý?:´Ûï$ù?††s´t‘¨,Mç}N=§àY5źfBņؖ¢Ê¸?xSùæN[Lw(´âB–´ƒêNvê SôÓÅ¿EôQŽtŸ©ò|{_êÛt}±qÊq™, ­H7 µîo¦¾É2¶Æ[­©òû-ªZ’³Ê[¡Ö¯‰¾ôµt׆ôÜ0L@×6ûÌ 7•`qwÜ~=Õ\ÌDw}—îP*J][ q¾ò¤-+ Zz£øož«MÊí–a¸f;dv(6\×,Ãmra\r{|FÚK1&)R\oÑ*e—Ó(i-–»KHH~×m¶y?o©üª¿·Zî9?o#ꯤT)v´[3ݯ*Ũ,Ž¦ï$r>+m°…†Ÿ”Q •¬„«µm •(ðyå^ ¯®]%tOŠh¯‹¾²èPk¬:ãXYm¹vöÎò»D ¬›ÜAùƒ#ò¥Ae§K>ƒÃn÷¡çœ.%¾ä|yÆr;Æ!’[òë Ìû\ö&ÁyM¥a·Ùq.6¢•ÂÒ“Á8>*àÁøëõ“jêYî§lØn´ƒq˜ô©—æÍ•»ƒ¸ ÇqéÛéR\.’Ú8gXÝ¥fÅr‹Í·jªÏª1Éð^›d~í>pZg¼À%’˜¥.4‡”XR‚ýT,) ¯Ý™Ñ¥³ªŽ:-È"êüSÚ›<ºc3.ø¥¶¿õ›*%«Ñ¹¿ 9j9}´÷’®ÖÔ ”¶}ÐjÅþ$[^רö‡Íµ6¹Êñ |·^.ö;Ž6í¹˜ ²†c¹ô—â¼4Óh)‚OºÖUÑ~ø–õKu®º”~ýjb~¤ùFu¶5ÙÛeÇáF 5 ˆ¥Dú]€!JRÔòÂRTáRR¡pÝZ <ã¾é'ðâ¯Ë˜Vdg÷I?†ZÞ«î= ôMdß½5HÕº›(ŒÕ¥Ì7OY-lC»å-^ìDœ¦í|B;à-.6¥&Þ•‚¢¿H2Óh[ŽJpº0ÕXΕ¾z Ã4v÷ÓÖ9=íƒI·@—7rzÛé?u[“X[¹IKèa£-¢;Í¥ qÀ¡óŸkõ«’l¼ÚõžØô†ºÃ§d×ÿÖ2?ô^Âú¾zI–™e!s¤Iv+%ä…–£-¤“äûžvm“ñ-Ú¶k²¶ž§p-˜í¸ò"çfÍÑ™’¢Éu.̎Г=ö£"JÐ’òšBV°¤…¬*bòØ(ÈÇlg¹þ˜ÿ …ý¦õHÚ{ŸéˆþðNºÁo»?7°ë,bòîyÎ%ªÞÄ6}W^~Cˆe äw¨©cÈäð9×Ô߉÷O¨ë³ã‘«¾XæÂ߇`ö黡l_ëÛjvØjfy°tæ%®ÕiqáÛhl²–Åå1ã´d¹-D¡!²„:÷ñUmÔî µ†[µ²Ì²-‡b+uصlˆ› ,‰hº4· ÎöaÖœB‰ì(XJG'èGo›Juýµ:zêêSëì×#^Ï“/ÆÛ°¯ôô¸üuÇuR%©M¯ËIZùBOw¿0UÝ¢ŒsŽÒ?AV×b³)'âÆbGè?ŸÎ¯Q—.ºÌÿ®ÖǺ±Ú8õ«²F—bßÐì+L‹í¾#1bÞ¤ö,°™j”UÂÚúBWÚ´…Å?ýµ:kÆ´¾-Ô—ÔQŸÜï­Á¨¬ÖÈvl¢Ìãðû!º"0É ˆRâÒïO£%-EX>"{Ï-¹F”Öû6ÄÆcدxôœUË|6c1rUÉ·×ã8™R‹…÷âÕã’xsÅ~$[£Ûš›dâ˜Fˤ\Sºë\¹[øý½ç·¦]’§Ý}×Ü/­õ>\õßj’–БEÝÛ¸•O*31ê9óc"¨åõ«¨VîTfcÉù dx¬‡Åã«+WZ?Í‘»1;³q“wŒ>LP='m0“òñÝGðÛWk½«|äúý¼¨$­uœÙÛû¶vEÿidñà3rÉ/R®—­p2}Õ:°Ó-€–£Â8Å`ëZó…×T³ÜÖžáÕ>úœ&I3JR•j¬Öã‰t÷¼3¼Yƪo·3³ 6î± (Ç\€@ôC‡„•ò@íç“ÏS}Ÿc|_4Þ¸‘©¬;yãx½²É!é8Ü[åÂÕÚØéZCšÚŽ÷»SH0FJÁÜ@ŽFçȬ¦Ï»ARTGlUDÏ5^ÕÁ-Ö̯b`÷‹d\µÊ´ÜnqV”\’BV§[q_ø¼‡¢ O=àŸzó`ÚÏaìÙS ë¼"ë|zßs'5j€·ÔÄt3«µ#ŸsW—fà:—fé>õ¾×9²~— ô†[n¾!#ÖqÇPàìG¡(å}ßÌžß>.”ôÕç¹ÔN¼Áö…ö ÏĤ½õoù`ÜöCEæìw˜s±Ä+ƒê!`òUÀƒ[ô4jèl,–´Þ¦CјôÉ,||â¨]*Î鎉,ù‡M8ÿQ’q,—5‰>ë9T :÷4»FJTq—•%Åp·T­öp’T @¹cZÎÓµ.ŒaÎÜ/Œ{ãé´ºóÿ-*dêƒJR‹GÓqHí$–üü¿jäot;Í>Ý—®!!Ð yª…q‘;f U•6¤€OzèÎužÃÖR¡ÂؘEÖÆõ &Ajël)øëþWPrOâ°uô;ª~š/}Cu¡nÒy^Ú»ßQ`Óê¼Xá\ä‹*ç+Ôtˆy ¡´­(qÇ”ÚÔ…¨¦¤õ?ªµö¡M‹·bv5™6$ŒÇÊe·%1€ôLgã>Û %Æâî rA­¾¿Òw:BŸu?ÁB¶‚¨’FÐF%3&bd¤DRq¢‰#ŠŠš%ô8ëÖ´´§T„ ‘ì9 r~ä½lýE´1\&Ù²r<í ½+¶Óz“ I‹1]¥\6çò¨ð•Ÿ¤þ*Êi|SWÚ¾û f]pÉR®3s˜»¬ˆ÷EÇÙeèΰ„ÒÒÒ§‰R{TVG%CÀNÝt´kK×ÃK§ë>Ójöí²nw27Ëãï2̇uù̓꼕¥´¤¨,ý *ã´vóÜ2m:A[î[Ãr­Ãã°èlHâ ã2" dÏiª5J¶­ü5í3> 7~“àl)³[î]Él'çUo)m^‚Š—RŽò=×Ûã°é;“¤ËU‹¦(=KbxÞI–ò—¬÷¼_.”Û’P‚y-£è°¢…¤ö¨vø×úG[·eço ƒ™þH\F!;‡|æ& @²°¥@³äú[lá˜d‰•k»¼ ÍÔµn¼É†¤Å’µ!K C¿Ê¥v¥G€yúOàÔ™ÑÿL8^æÆóݽ·o·88v¼°·DYØ™-õ¥e–+JÂì$¬¡CØxä‘;mŒ'Ù í'¯´²n d[qP-HÉÞmoEy÷g¶RóŒ$%Ä¥Åâ% *H°•¥t£×Úc—N˜ýÚ–ØJ¶¸–ò#ì•(‰‘‘ÅU-ƨµnX?OÓeÙÙÈ0 I^aIyæ£I·[êq êQÀúÊA<öó犲y·Ã“‹xٚ燖F»ëÌn5ÎÛ”_eÌ‘Ô´—%°Óe”z^K|<áO¦ ¾yäm=AíWõ7D8gšºUߺþ“rkºÄ¼#Ô¶%ä6‡”áùsë…!Jä$6G¸$Öe¿F.Õ7êŠ(CIÝðä’KJ‘’~GvÂAˆ’ª¢o2ìwTÃí) BŠV…¤‚’|ƒÏÚ¸ÕØÁ~z'koZkعPÃøªîjYç´õ¸]ÔáŽû>Šå.¡]¢G¨ y$@‹¬=4jK‡BY'T[¾‹ö)˜±e‘ «»B$äz±ýG1ûÚQCÅ w($¤(÷-kÞèÝ]TvíÅLÏð€+Hq ö&¢XX5àš÷8ÙùX†»Å'ÞkbÝlŽ]yÀ‘Ü¢”*ày<}…y.xÎCfÈ%bwk$¨÷82]2Þë 2ëd‡¤qÈRJTûpyõLºß¦ïˆOÉ×3o1–ãn^¥·y–Óêa×!Èú¦Úoéñär}ü{WŸ¦œ/¾õCÕ&e“ãnM¸ãVü™ûSé˜[ôó“Y|$v¦ÉHpóØ®IämègUîÙuÍ®—TÚ»¤%-%Ù&H1cŠc‰ª%[¤.œ÷ÅÇÿO j ‰ë?éfåú‹V§ßÉA“Èú\¥CÔã·é>|V±"V6«Ñ™É-®þïÓÕr {ÑãË~¿¤wŽÿOŽO=¿j¿ýz^óÙAë}7¥oWKïak‹M†Dø—t4Ë–çd¼ gQé 9*ïKˆäžß5©Ðô+MFÊæáå«÷e @Ê‹„„Ä#ŒLò#1m´¨kç*طЦ§ÍöþÌéŸXä¹úY¯,.M…w¹ü¿Ê^ßa(S $ÄI[­†×ê9à >Øü‹¦þ•°ž•5—TYƒyág1¹È‹u²Z®ñ¤¥°ú{ÚuØéà´!I_w=€§ÿGêÉJÖ¢”J°6,!yŽR¥&@äS"žábªú·BIR y&¿_aèÏ.4–VÛ¬¥ÆÖ’•%@ðAÈ ø⯎¨è§SèÿŠN©–üÜŠÅ.À2[ nŽ;öÒëý0ÿk‘ʸ€÷'ž{HU=ß²¬Sw.Lö=h• ±~šD«€’¥º$»Þ° Û||„ðxÿy^õkU雽Ľr [[Fr€’LñŠ¢š(DŸ5§R”®j­R”¥)JR”¥)JR•µi«¶½Ç¶ ³&ÙoMÁµÜ#L Ø ²óÏ–žBË|¼ëilŸæúø?ìýê[ø‚õIªº½Ùöý±†[2+T˜¶¦mÎÛ.°ã–Êóî©Ðëo¨óË¡!x'»íUꕶgYºcJsOHí¬d”ðf{IÇjad#oj¶7þµ4=Ê‚…ט¥¥2©KrÙ ~¬Ú %J>Š¹` Pádóôð¬Å—¯nží[‹rmG,™£ˆÛ6[Dk„ ¯¹ŸL¸WóÇüöðÇ?z¦Ô­ÊzÛYK›þxî–ýÐïþχóç5?~º³ú+¬-?ÓþA‰äšÊ^ÀÇM¶EZ­-ÂrZë@<¶ÝxˆŽ(v¥Nâ¸R”žÅŽå@¹®cjÙ»nïŸä0?F‰~¿HŸ.-ž2]ù4<êœ(i Sa}½ÜTžx÷­Rµ7ºíõý³vîÇ»AÜ ‰Ä˜‰2L“58¥ˆ5p:ë{¦-å°&m$b™ý›!nÉj…‹ß-ªˆÔ¼~LGd¸©m¸™ÅÒ…2B9çÔ‚"î±:´WSVœË Ün±+ѧä÷¸±Ø›vó‰ZÊšŽKm´€„¥¹J<©J=Ê<¬ÍG«5}M§›t€ð#t+t‘ÄîïÂÜUTòÖ Õ‡Ò=TiŒg£Ü“¥¹„äÓ[ºåMß#ËÇæÇh<[KGqNòZJ”ÀIq)Y pžR²YV2óÓ.²ÐqmÙdw° ¸^žšmÑVܤ.C®­„+¹=‰x¥+Q=åžãÛY©ToªµFíÒÏÂ@oÝNÜìÜ"8PêdXWýñ$Ã-w/«¼ º?l¼Ù[´dXýé–Pê"„´•mÕ¥K%¤¬w%#ÁAä(©0nõÊz[»*iКï%ˆåÊê©Š•’Îe?¦5Ü¢!Fj1([G»’·xìBR +ŒiQ¿ê}ORiÆî6¨-J^R%*\o)'Ð$v9BòÔ58t‰ÕN-£ñ¬ãQí,2Uã Ø6“½ S©ntg‡Ó­©(PÃÊTG²O> U ßúÕéêÏÓf¦µN)›Gºëœ¹+p¾˜/16b$8àù´¶´©-¨<²PÐå$%!Drª©Ô©Yõ^­eb-[)) R)A*PYóÆáàÑ/-)Š²=Qõ/Ò‡P¹D½ØÞšÊÍ.¶v£\moÝnÒ%†½348×ýáÇBR ”¬¡%~Bº÷§Sš+ht¹­ô}¦Ý–&é­ÚZcË›oˆ˜·@ç¢J$)lŽ8#¿î O ŠåJ=Õ:•Â®´¢_²ïˆ*LFJ€?Oȼ³>µ{íßžšm}FÙw¼-eŸ5Ó†®ÅnÆ»}Ó'åYIáA}¥*%MðƒÚ®xLSƒõOÓ„.›3Þ–s _:E‹$ÍZ´ÝmŽÀ\Ä4=–ÞK…-…w09(î,å<ª³R³^ëváræÃ;älC‰ X>„$|£1R7&®•çâ Óãzê]æŒW9Œö³ÇÍ©ÛQÔÏGË©¤¨;ë ¶ ¥¨’PB€%>kQÓjiÍk»÷_vÆr‰¸öÖ¶Nݸ­Î·*SÎ8¡Ø§TÛ!å®ñÉ@%#’[¥A}m­­ô½ðî +û<¨ 6dqô‘™5O~¹šÍäîëÛŽjðÄàÝ-xâžCQÓ-ÔLš†Bêü¶…¸® ûJWhWº¬?Sýnë½µuÞ÷ÓÖì’Ù‘à¡Cf-îUE’ˆîͼ¥!D©I))P!@…$§Í]¥jmuËÛ6i˜Õ%FAAÜ’˜â Ä*ˆqB}jÓÿÛ×_â[Sdu¬0[älËbØ•®2Ù\¯%&Cèpr©[M–Цš òWìp+©-žô}¯z_`e‘daW7eH¼.ÑmÊKÊwÔJ[ÁI@xöòO`ç³»”×zVjú³Wu·YIJÂãXZÎ" ”IíN*¾ùf®fGñ!ÔÒúàÂ:«³ày"í¸ö$»%ÊÕ(ÆCêú_Hy¥%Å%_øü”«·ù}üøŽ,»¢N›dy'OyFOùf’‹"¯7¨èy™òuÇ_RŒv‡†Ö‚â‘é¥8{+Õ*ëÝc¬\¬©Ð…JÔæP• ÊHJ°A ÐŒSß.¿\ìï>—wo?Ow¿¿zü¥+•«T¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥+)‹a×ìÆib‡ê­#•(% SYv6ºÒm­SŽ+„¤OÈ ’·µ"Mbé^܃¼â×5Ú/ÐB%µýÁö ~⼬G~K¨ì©j>ÉBI'û ƒÖ·V×*·u.$ÁI( ƒgµP¥@Á®Í掠‡ÙZ €´’±óY\:½² Îí7Rë/#ŽGxðA©ÛâQ³hc6ëtc²œF3-7ÛÊ—ÁQ?ÜjÆYSn(A3ôˆ­EΦmõv,vO¼ 3?ú‘¯n’¾^o×ýéu½]¤Ë•7Z^]™"KÊZß_ÏÄú–¢yQýϵG"º´ÚiÛjMã[\S¯¥¤´ÐHCIPÜ”· ŽÒeGtóHéãtDÁÞÙ2µüÖ¬Qíq®.]Sikå¤(¥¥‚UÊ»ˆ?JAP ×N±ºi;j&£oa9%ÝkS l C@ww÷ú±ÞïçéãŽÞ8>üøÝú¸¹\^±j[;ÓžTHÚŽÔäh«p–Ú[ŽHõ”û$«µ<‘äöŽ}…kÝ'éäož¡±m[!m¦5Æãß?Ô烔©ç’8 ò[miäûŠ¬âkžJE·U1¦éH+qEób–à (€> ;ŒÒ&‰—è~žîÖ[hÁ¡äÖ,›cä1’‹mâøÅÀD´:ÿË¢K¶)[«!M§Ï(B‰#OQºƒIéõßí¶Í´YŒÄÙ0±ÜÆç|oôÉËB”–ßGýÁ!ÖÔwjò…}ëcß7g]qö3’Y¬Rgæ)s™‘±Ý lžØm¸…wv¤%¶?”‘ÛljÇI`ýQX¯ÛI®¯qgȱ©¶ù¨ÉîK-].d‘»–K¤(×!(íòLŽõÝÙÚiÓw"ÞÜ!;Ôpl´”´Ôïrp×¼2µ´)["©ãŸ­£`i}­«^ô¶q¶ð‘ËαÜÑð?õˆåÏÞµ–vK©f;ekYá Hä“R(HÍxS76÷-{ÖVŸ ‚?Šâ¢PžBy'Àoï[.¯ÏW€ÞÕ¶]-=ÃŽI?oÞ²*Á‹aª%u_©HÆCkòÙûxûÏ?ô¬N¹¿X±\»Í¼Èq¥dr–Uçêãî¯Á>ÕîžÊït;% %ÔµrOÄ¥xœmò#°‰<â u=y§=n ·0gÿ_JÙ¶õ×'Úy¤_RÁ1©j`÷*\rÚ–T®â¢?çR«ÓöÜ6Þ/—u­ò<¨ÿºú×·Úx¾L„)×ZsŽ <ÿ•‡ËsËa]ŠkKR¥¼¡çÚ¬ÅOà¨øóþµíw_Fôeõ×Wê—!ç\2’@pB •ÀÞ< Äݸ6zh]åÊ‚G“€Ö¶ãZÿ;½¦t›DfdÄ} aØêám”GÔ|žHò>çŽ+ÖÁ¿î †Ñcøã¾…¶ÀÔM4àqAMž;À’’8>Üó­7/ÖÿêzÖÔ¹-+¾8¿RDD£–O¸çùû‰öÿ© ¦„ì«‹vËç»í<Ôt¡dpðmE²nà<~õÍ´g>ÚVã%«°ÆŸ…`È}—92{ Ô[µÓýP¤j6òVÜ€¨)9ÁÁÂóŸCU”‚•°íK±üþénô‚óJq û ú‡üøþÕ¯WÊz®žö“©¿bïÚijAù¤•`­µ”žÔ¥)XR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR•É§]aÀë.) Iå*Jˆ#ûŠãJP Šä—]K¡ä¸ °®B‚ þy¢uÝŽ(wŽˆä~æ¸Ò•Y5Én¸ç£ŠWjxOqçø£O:ÃÖR=”…G÷Æ”¤™šAäöBÈ/VùìÜâÜÞKñÜ2áp’…~G>Ƽt§C””ž"§eÖ>Ù‹p²VcÞaò%û¬~ …zÌd™ïJ·ËLÜ­¼%¼{$b*•Ûìmç>Éô‘ôOŽ@*ºGŸ6+jj4•¡+þ`“ï]JR”J”¢I÷$ÕJ-À H!^F+‘s£t¿ÛMż²dîÉNïE²AùW»#Èn5Íw;ƒ¤©GéO>?àcJP’Lšë„¶”ˆ»’ë*ïee >êIàÔ’ÇR÷ë& Ĭ±íî0Ǧü´$r³þ÷ï¹5R²¼º¹m-¼²¤§€I |â±ïìíõ4¡7CxA 0ËŠô\î·ÌÕÜnÓ\óŠån:¾I5$ôÛœ5‡d©¸J”†QKR”¯?éÅEÔYt$Iä`®?½w^̺9Õ ¸u@%I)2`y~‘õ­îŒãV÷; Ú’#À?”T·Ôݲۘì7òrÃÓá>å–)HY)å>ãé?µDªJ¢…<EL(äQÈ™búÑu„MlÉmÒyS]ø~xãšÇõsƒµ„íé±£FKm<¥R8 RVA?Ý=§û×{íG¢í®tÅõ…›ŸÅX."%#v7¥CÊ¢AäªAíY:µŠ[%äõïQu)Jùþ´t¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR” Ò”¥8â»bC“9ôƈʖµ”&¦Ûn<àm°J‰€I'€T£¶½5træÙ+à>ŽßÅKÝoÚÍêÍì?9 —?ù”I_ýíG¸&°6åµw¹¾´¼ÙîJP®ëù©VUßÜ6Kn˜É²[Zh8¸ð Ûú½Aàž {Ç{ýF¾¸³Ò¯,ýŒÝXk 6 ÒÔ;ÚW Çpýë1¯úoÆpkJsÝïqe†PÚµ—<~GyÌòÖ¾@¶¡ Íyʺ³B6öNS•ão ÿÚ*<×=>íݯû– ‡»1˜í)Å-O¶×zG¿g¨Gyÿá测ö=}Å®ŽÙ2K<˜QƖ›ZOôPÿ?j–óî®rÏfß«XEªÛ cÑ)l:°ãìŸÛþU´ãÝZá{BÎ1^ µüK¤p~p·õ·û¥C… þé5P'}?ÐÖ½z¿UÚÿä»f•²~êUûÔ‘øT}ÓU¾•)õ¬ôÖ+ß—iìÝÉ‘no­ ´HZV¸€$à¿u'ŸPç÷5T‘1ø×I¦ê j–i¸h(8P)P Áæ<)JR«Yô¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JýJ»T<|Ò•ÎL9pÊ.+­6l§¹ÙC‘äϵuՑ·Fªê…ªwÍ­¤Cd3h½E mèߎÕqä~R®Aÿ¨Ãytåšé9IŸ-H¹Ød¯ˆøh>‹œû%ÁçÒ_Ÿå'ÏØš†ø^Õ=½~Gôæ¹Ë¡C·ÆÆõ¿rÿÝÊV<¡XÔ`ú ¨ö¶í[­áçòfeáQ’߀l)D‘ãßíXÛ6¼Ê¯¡(µ¸Ê½I (?žšËk»›šã~;We£¢ÒúåM•R&'ÔʱÙþ¼¹à¹Gú8ã¿3ê!+ŒóhãÔIý¾ÄAµk|=žSW›Û(qA\–ÜGp@?±÷5´]¥«,¹5‘]b4×¢×dd'ÉJ çÉû“ZÖ_œü¡ý*ÊÙzB¼49#û öûN€èîŠÕ.5·•-K)Tƒ°ÉZ§ ™1{5¼gO¶´R_ÓÓúš”gª[›ç‚´%û ¬÷pˆúGŸ<}«uÆ5ÜÆë`¶EŠê.ríQ Ÿ^lünÚž_ ¾÷¥ÉþäðäÑó¼*æå ~dg’ž jw”¬¸?qý+cwí?L´²…îŠëh8Kªd Æ!G‚GãÒ¨o-[ýáB‡©O÷­·9ÙÌ ·ZRǃÁðŸúšŽe\¦L’f=!eÂyïîò+¥kRÔT¢I?“_•ó‡Yuö±Ö?½;ál|Õþãù´—·îÞá>?­ošó¨ý­­Ý@³äN¼Âöy+*I>ÕƒØ3.Ùwe]r{’œú‰j:O ´?û÷­~•Â÷žõ¡kJÓY»7-²áå@iY9ñSl€°Me¼‚ãE#¿ž*kÜøT}¯€ÃÜ8E˜…¹”ÆÈ¡ÂcÉi#é‘Ú‘ìž;TµAÕ"èî¡rC‘‰­;êÃy@K` ½îŠl¼míÓÓÓ^ W/^q¨éåLóåN0‘çŽy%¿>ü§Ç"­,†×ÿÁýé\uó½5r› á (þéÎ@Ÿýk= á$â1ˆ_éB<T«µ¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¯Ô-HPZAAö©W]uIœâ„¼6å13`HkÓÐqH°WŽÜ{ÔSB÷$”ð¡"°oôÛM ÝËa@DŽñ[NO¶2;ú–Üg>U¥’TyR¿r5ªNù™-÷¡Â§R° Iò¯5ʃö¬Ý?Q¸Ó¯›¹lå}=F<ŒVuˆFœâVÊ@ÏçV\áV<ǤKþÃ2e¢÷dAq+ùŽ–Ò  J8üëí_¶«ža²D9Ö¨úéa„…ŽJ”x“ýk`è–ËuÈtÎq‹\-Ï&ÎÕ%1žq Pâ½#ü½ÞB€ã÷öªºì¹/$"Këp¤üEí^¿Ò^ÙÑ“wþ •¾â–ÜBGÙäžzÃ鞤yÍOR¶ºR—±Ð¤fBR´á ö )8íš›n½@bö·B,°‚œJ‡kªQZ’?`+3y‰Žo,s‹¤žéŠåÆ'sˈpù$Ÿ¸'ÜëU×½\òMl8NyxÅ$ñÐR¿ ä€k»ékÖ=Yxî•­Û§Ý<6„ý G‚q îŒñ í-¯˜¿%•¦ ã¼ú|ëÁ–bw¬2òí’÷Óu³ô¨yK‰û)'î c*L½d9.ضÿ¢’°÷.7F£¹&ˆ òRܾQþÒ;Aç>ÄÅFŠIJŠH ƒÁpExg_t݇Lkê·²w{*iŸ´IUê9PƒÌ¢¾·M¥Ñh(Ää1?1_”¥+‰¬JR”¥)[f¨ÝYö™¼‹ÞtôÈpŽ+¦”¥^$8¥)JUiJR”¥)JR”¥)JR”¥)JR”¥*]ºêl/C¶­Ö͵ёJÙR-K2–Pb&ª”z|öƒß绎~Õb8vUŸd1±<+›u¹Ì_lh6øÊu×¹á)ð’}€žªMm¯tkÛ˜hÊyZBd’%""wz ÏXÚVç³:zÝZqû|}­î–SuZ‘nTÆGl…$€¤¡I%$‚G#ž|ƒíXƵfÁ{>™«šÅ%« €ä¦æZ‚Sê´¨È[‚9ãèKk'ϲO½V¬¿¤ê¶×Ýæ— ÚR ­ÊÊD2¡Àäö¬Ežz-wX×'#!àÃép´àå+àóÁqV‚&eÒ‡U6Ö¬ûoÉ(m›õ¥¤¡J)â?•Ñýx5X,‹³·y†æEK¶ñ%³9¨N¥·–Ïpï ©IRR²žx$ƒíVLëÞŠ6¥Îí"F?³l–ŒrÊõÖùz“–[œLfÂR”¡0q×RB©_µAhJÆgÇ?硬&z õ…ÂÅÒX}2J”“äÌ$§hU¸€’bµ-ÓÑŽÕÔÐÕ“ÚPÖOŽ•÷cJœoU±ÊšþüÞ²º¥dÝ  “¸ý2ÂÀõóØ·ÀóõsÇ ãí÷ü “útÙ¸>‚×8®U°¶VIs››]M®Ãd¶ÛlmâÉzQZ\îZ”<5ôŸ¥\ñÁ5¯üN“á{2Û†AȼjãdjámŽ„öwµ%]ãì@Ùo“sí é OðÃhä€LüÊjµ»î5SrßÂà;£$ Áò$œVñ~é¿oØ­"ú1eO†G*zÖòd”Ê’‚T?áZ-núר=—«.¬]±ÛÉZ£«¹¶är¤óûŠÔï×™yònA=-‡çKrCá¤v¤-j*<°äŸäÆwzŸç5­°:Â]Z/6ýÕ&Dú’~•ä¥)JÚR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JR”¥)JU±k=‹´~V‹.¶Á.÷ùŒmùo½ÏnrK´-á%e(„ò¤Ž}¹#óY.Š5Ži«2|Ï Ú:$¶dYf..o–µY¦]C­)øñ$¼žt §È ð“âªÜ;õêÜÏË@»Êa¾â®Æd­ŸÏ;ޤ¾Ô©7iN8Áå—µ)³ùI'‘ýª‘ƒ^‰iÖZm­ýÿìë/[¶†þÚv””lÁ)'l•¨$(`ÚÝ€úµ—Kòuôí zÁa]ó›kÖÈ™Ö`dN[Œ,©çbETFŠ P;ÊRK¾ "³°:xܶ®¾³ý§zÀgAÇPæU>=âjqæ³"ß05òë>Q¥]¨ä¥!E\vš¦S®·+š’»Œ÷¤_yK ~q>+±Ì‚øð@vñ)^˜!¾é+=œ§´ñÉñàñãíãÚ‘ˆ¬±×Ö]2ãöÊPaL©°Ú#Ý (!’ œÄ%$™‘äžÑùJä*xÜ6ßõ;Ñþ½Ö‘Ò„Üsù.e÷ÇšJ‡|dB%]Ü,$\#Ú¥òL ]²&Ì”†Û“)ÇÊ;8TŸÀäø°ªžk‰Ó5TiÖ×I•º‰Tý€T’¢d© £‘ð©^jÍi.›¯:÷PYwïýž.ûBý“´ëø­ž ¶CöË;m/°Ké㺥¢7„ö¥JR¹à ÇÄß°3=Y‰ím•Nƒ|jZ£\ÙL-”¼‚´¤¡@§½²ýÿ­UXùA„Æ‹|˜Ûh!¶å­)Hý€< ÌÞ6þÄ¿á ë»ÆLü‹Kò#<¢¯­<ðy<Ÿš¶¤nP> Xê›Ö5{+ }9+a6ëJ”éØáؤ-k°¥¬îQFåØQJa5¬Ò•èkŸs_§2–~äúŸµe[ÛÜ]¼aj< 'äk^”©jÚ‘&º9Wbúb± =õÙ±ruñP¨Z&Ë-ú·Iá*ì69ãú“V¹ÆFº~Û‹Fzlç˜õEÅ–ÚB”G óî9?°¯¨ý‹t¥×M;s©êÉ ˜‰Q9ÇœˆÍtZ}ªìÙ[¯|?>ÀdÏíP6è¿~¿°&¸‡J‘A„|}>ÿçÍj•Û5÷åLvL®}WRœäp{‰óþuÕ_6ëú«šæ¹s¨9Ë«R¾RIè1\ûÎ]RüšR”­E[¥)JR”¥)JR”¥)JR”¥)JR”¥)JÿÙRaster3D_3.0-7/./html/stereo3d.html0000644000471100001440000000575613562710037016376 0ustar merrittusers stereo3d - Raster3D package

STEREO3D

SYNOPSIS

stereo3d is a shell script that renders a single Raster3D input file as a side-by-side stereo pair. 
stereo3d [options] [-png] [outfile.png ]  < infile.r3d > outfile.png
stereo3d [options]  -tiff [outfile.tiff]  < infile.r3d > outfile.tiff
stereo3d uses the Raster3D utilities normal3d and render, and the ImageMagick image processing package.

Input is from stdin, output is to stdout unless explicitly given on the command line. Default output format is PNG, but TIFF output can be chosen instead. Intermediate files are created in directory $TMPDIR, if defined, otherwise in /usr/tmp.

  • By default stereo3d generates stereo separation by applying a shear operator to the left and right images. The -angsep option allows you to instead generate stereo separation by rotation rather than shear. Neither method is perfect, so you can't win. Below is a summary of the weak points of the two methods. 
                                shear           rotation
                                -----           --------
     Bounding planes            always bad      OK
     shadows                    often bad     	OK
     Z-clipping                 OK              serious problem
     specular highlights        OK              minor problem

EXAMPLES

If the following line would render single image: 
	render -png single.png < input.r3d
then the following line would render the same scene as a stereo pair instead: 
	stereo3d -png stereo.png < input.r3d

OPTIONS

-angsep
By default the stereo effect is created by applying a shear operator to the left and right views. The -angset option instead creates stereo by offsetting the two views by an angular separation of +/- 2.5° from the original setting.
-border
By default the left and right images are placed next to each other with no intervening space and no frame around them. The -border option requests a 4 pixel wide black border separating and surrounding the component images.
-size HHHxVVV
Force the size of the left and right images to HHHxVVV pixels, overriding whatever values are given in the input file.

ENVIRONMENT

This script requires the ImageMagick image processing package. By default stereo3d invokes render with the option -labels so that labels are processed in stereo also.

AUTHORS

Ethan A Merritt.
Back to top Raster3D homepage Raster3D_3.0-7/./html/rastep.html0000644000471100001440000001775313562710037016144 0ustar merrittusers RASTEP - Raster3D thermal ellipsoid program

RASTEP

Raster3D Thermal Ellipsoid Program

SYNOPSIS

rastep < infile.pdb > ellipsoids.r3d
rastep -tabulate [tabfile] [-by_atomtype] [-com [comtabfile]] \
       < infile.pdb > statistics.text

rastep reads a PDB coordinate file. This file must contain ANISOU records describing atoms refined with Anisotropic Displacement Parameters Uij. rastep can either create an input file for the Raster3d render program or perform a statistical analysis of the atomic anisotropy for various classes of input atoms.

By default the program creates an ellipsoid+stick scene description in which each atom is represented by an ellipsoid enclosing an isosurface of the probability density function. These are commonly known as thermal ellipsoids.

The program can be run in an alternate mode, controlled by the -tabulate option, in which the primary output to stdout is a list of the Eigenvalues of the Uij matrix, followed by the corresponding atomic anisotropy and isotropic Ueq, for each atom in the input file with both an ATOM record and a matching ANISOU record. This mode is used by the validation tools Parvati and Skittls.

EXAMPLES

Describe thermal ellipsoids at the 50% probability level, with default CPK colors, and send it for immediate rendering into a TIFF image file. The angle of view is automatically adjusted to spread atoms out as much as possible in the XY plane of the image:

rastep -auto < infile.pdb | render > picture.png

Describe the same ellipsoids colored by Biso, and create an input module with no header records for inclusion in a composite image:

rastep -h -Bcolor 10. 30. < infile.pdb > ellipsoids.r3d
cat header.r3d ellipsoids.r3d otherstuff.r3d | render -jpeg > picture.jpeg

List anisotropy of individual atoms to stdout and summarize the distribution of anisotropy to a separate file: 

rastep -tab summary.out < infile.pdb > anisotropy.out

OPTIONS

-auto
Auto-selection of viewing angle, chosen to minimize the spread of the atoms along the view direction.

-Bcolor Bmin Bmax
Assign colors based on B values rather than matching ATOM records against input or default COLOUR records. Atoms with B <= Bmin will be colored dark blue; atoms with B >= Bmax will be colored light red; atoms with Bmin < B < Bmax will be assigned colors shading smoothly through the spectrum from blue to red.


-fancy[0-6]
The -fancy option selects increasingly complex representations of the rendered ellipsoids (see figure)
-fancy0 [default] solid surface
-fancy1 draw principal axes of ellipsoid with a transparent bounding surface
-fancy2 draw colored equatorial planes of the ellipsoid
-fancy3 draw colored equatorial planes with a transparent bounding surface
-fancy4 draw longest principle axis of ellipsoid
-fancy5 for ORTEP lovers, draw ellipsoid with octant missing
-fancy6 for ORTEP lovers who want the missing octant to be a different color
[figure]

-h
Suppress header records in output. By default rastep will produce an output file which starts with header records containing a default set of scaling and processing options. The -h flag will suppress these header records. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs.

-iso
Force isotropic probability surfaces (spheres). By default rastep will look for ANISOU records in the PDB file and use these to generate ellipsoids. If no ANISOU record is present for a given atom, the B value given in the ATOM record will be used to generate a sphere instead. Selecting the -iso option will force the program to use the B value in the ATOM record even if an ANISOU record is also present.

-mini
Auto-orientation (as in -auto) and small size plot (176x208).

-nohydrogens
Do not plot hydrogens, even if present in PDB file.

-prob Plevel
By default, isosurfaces are drawn to enclose the 50% probability level in the probability density function described by the Uij values in the ANISOU record. The -prob option allows you to select a different probability level instead. If 0<Plevel<1 this value is interpreted as a fraction; if Plevel > 1 this value is interpreted as a percent.

-radius R
By default, rastep draws bonds with radius 0.10Å between neighboring atoms using the same algorithm as rods. This option allows you to change the radius of the bonds. If the radius is set to 0 no bonds are drawn.

OPTIONS USED FOR STATISTICAL ANALYSIS

-tabulate [tabfile]
The -tabulate option requests that the program accumulate and print statistics on the distribution of anisotropy among atoms in the input file rather than producing an input file for render. The principle axes and anisotropy of each atom are written to stdout. An overall statistical summary is written to tabfile if specified, otherwise to stdout.

-by_atomtype
The -by_atomtype option is a modifier to -tabulate. It causes a further subdivision of atoms by atom type (columns 77:78 in the PDB ATOM record) in the preparation of statistical summaries.

-com [comtabfile]
Tabulate distribution of anisotropy in shells by distance from center-of-mass. Output to comtabfile if specified, otherwise to stdout

NOTES

There is little, if any, consistency in format among the various programs which write out anisotropic displacement parameters. This program interprets the Uij values in the order specified for ANISOU records in PDB format. That is, columns 29-70 of the PDB record are interpreted as integers representing 104 Å2 x Uij , in the order U11, U22, U33, U12, U13, U23. Note in particular that the order of cross-terms is not the same as that used by ORTEP or SHELX, which do not use PDB format. However, the program shelxpro will produce correctly formatted PDB records from a SHELX coordinate file.

AUTHOR

Ethan A Merritt

REFERENCES

M.N. Burnett & C.K. Johnson (1996). "ORTEP-III: Oak Ridge thermal ellipsoid plot program for crystal structure illustrations". ORNL-6895, Oak Ridge National Laboratory. Table 6.1

K.N. Trueblood et al (1996). "Atomic Displacement Parameter Nomenclature, report of a subcommittee on atomic displacement parameter nomenclature". Acta Cryst. A52, 770-781.

E.A. Merritt (1999). "Expanding the Model: Anisotropic Displacement Parameters in Protein Structure Refinement". Acta Cryst. D55, 1109-1117. (Copyright © International Union of Crystallography).

Back to top Raster3D homepage Raster3D_3.0-7/./html/balls.html0000644000471100001440000001155613562710037015736 0ustar merrittusers balls (a.k.a. setup) - Raster3D package

BALLS

SYNOPSIS

balls is a preprocessor which prepares a description of a space-filling model for the Raster3D molecular graphics package 

balls [-h]
balls reads a file describing atom colours and/or a PDB coordinate file and produces a stream of Raster3D object descriptors on stdout, one sphere for each atom in the input file. The file produced by balls may be fed directly to render or it may be combined with descriptor files produced by other Raster3D utilities.

EXAMPLES

To describe a simple space-filling model coloured by residue type: 
cat mycolours.pdb protein.pdb | balls | render > mypicture.png
To include a pre-selected view matrix with the same model: 
cp view1.matrix setup.matrix 
cat mycolours.pdb protein.pdb | balls | render > mypicture.png
To prepend header records describing a pre-selected scale and view: 
cat mycolours.pdb protein.pdb | balls -h > balls.r3d 
cat header.r3d balls.r3d | render > mypicture.png

OPTIONS

-h
Suppress header records in output. By default balls will produce an output file which starts with header records containing a default set of scaling and processing options. The -h flag will suppress these header records so that the output file contains only sphere descriptors. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs.

DESCRIPTION

The input to balls consists of a single text file containing colour information and atomic coordinates in PDB data bank format. Coordinates are output as Raster3D descriptor records with colours and sphere radii assigned according to the COLOUR records described below. By default atoms are assigned CPK colours.

By default the output file contains a set of header records as required by the render program. The header is constructed to include a TMAT matrix corresponding to the transformation matrix contained in file setup.matrix (if it exists), or to the Eulerian angles contained in file setup.angles (if it exists).

Colours are assigned to atoms using a matching process, using COLOUR records prepended to the input PDB file. Raster3D uses a pseudo-PDB record type with COLO in the first 4 columns:

Columns Contents
1 - 4 COLO
7 - 30 Mask (described below)
31 - 38 Red component
39 - 46 Green component
47 - 54 Blue component
55 - 60 van der Waals radius in Angstroms
61 - 80 Comments
Note that the Red, Green, and Blue components are in the same positions as the X, Y, and Z components of a PDB ATOM or HETA record, and the van der Waals radius goes in place of the Occupancy. The Red, Green, and Blue components must all be in the range 0 to 1.

The Mask field is used in the matching process as follows. First the program reads in and stores all the ATOM, HETA, and COLOUR records in input order. Then it goes through each stored ATOM/HETA record in turn, and searches for a COLOUR record that matches the ATOM/HETA record in all of columns 7 through 30. The first such COLOUR record to be found determines the colour and radius of the atom.

In order that one COLOUR record can provide colour and radius specifications for more than one atom (e.g., based on residue or atom type, or any other criterion for which labels can be given somewhere in columns 7 through 30), the # symbol is treated as a wildcard. I.e., a # in a COLOUR record matches any character found in the corresponding column in an ATOM or HETA record. All other characters must match exactly. Note that the very last COLOUR record in the input should have # symbols in all of columns 7 through 30 in order to provide a colour for any atom whose ATOM/HETA record fails to match any previous COLOUR record. This idea of matching masks for colour specifications is due to Colin Broughton.

Several files of COLOUR records, including one based on Bob Fletterick's ``Shapely Models'' and another mimicking CPK model parts, are provided as samples.

ENVIRONMENT

The files setup.matrix and setup.angles, if they exist, affect the header records produced by balls.

AUTHORS

Originally written by David J. Bacon and Wayne F. Anderson. Extensions and revisions by Ethan A Merritt.

Back to top Raster3D homepage Raster3D_3.0-7/./html/rgbmap_white.html0000644000471100001440000010151413562710037017303 0ustar merrittusers Raster3D_3.0-7/./html/pdb_anisou.html0000644000471100001440000000705713562710037016765 0ustar merrittusers PDB format for ANISOU records

ANISOU records in PDB standard form

The ANISOU records present the anisotropic temperature factors.

Record Format 

COLUMNS        DATA TYPE       FIELD         DEFINITION                  
----------------------------------------------------------------------
 1 -  6        Record name     "ANISOU"                                  

 7 - 11        Integer         serial        Atom serial number.         

13 - 16        Atom            name          Atom name.                  

17             Character       altLoc        Alternate location indicator.                  

18 - 20        Residue name    resName       Residue name.               

22             Character       chainID       Chain identifier.           

23 - 26        Integer         resSeq        Residue sequence number.    

27             AChar           iCode         Insertion code.             

29 - 35        Integer         u[0][0]       U(1,1)                

36 - 42        Integer         u[1][1]       U(2,2)                

43 - 49        Integer         u[2][2]       U(3,3)                

50 - 56        Integer         u[0][1]       U(1,2)                

57 - 63        Integer         u[0][2]       U(1,3)                

64 - 70        Integer         u[1][2]       U(2,3)                

73 - 76        LString(4)      segID         Segment identifier, left-justified.

77 - 78        LString(2)      element       Element symbol, right-justified.

79 - 80        LString(2)      charge        Charge on the atom.

Details

* Columns 7 - 27 and 73 - 80 are identical to the corresponding ATOM/HETATM record.

* The anisotropic temperature factors (columns 29 - 70) are scaled by a factor of 10**4 (Angstroms**2) and are presented as integers.

* The anisotropic temperature factors are stored in the same coordinate frame as the atomic coordinate records.

* ANISOU values are listed only if they have been provided by the depositor.

Verification/Validation/Value Authority Control

The depositor provides ANISOU records, PDB verifies their format.

Relationships to Other Record Types

The anisotropic temperature factors are related to the corresponding ATOM/HETATM isotropic temperature factors as B(eq), as described in the ATOM and HETATM sections.

Example 

         1         2         3         4         5         6         7         8
12345678901234567890123456789012345678901234567890123456789012345678901234567890
ATOM    107  N   GLY    13      12.681  37.302 -25.211 1.000 15.56           N
ANISOU  107  N   GLY    13     2406   1892   1614    198    519   -328       N
ATOM    108  CA  GLY    13      11.982  37.996 -26.241 1.000 16.92           C
ANISOU  108  CA  GLY    13     2748   2004   1679    -21    155   -419       C
ATOM    109  C   GLY    13      11.678  39.447 -26.008 1.000 15.73           C
ANISOU  109  C   GLY    13     2555   1955   1468     87    357   -109       C
ATOM    110  O   GLY    13      11.444  40.201 -26.971 1.000 20.93           O
ANISOU  110  O   GLY    13     3837   2505   1611    164   -121    189       O
ATOM    111  N   ASN    14      11.608  39.863 -24.755 1.000 13.68           N
ANISOU  111  N   ASN    14     2059   1674   1462     27    244    -96       N

Raster3D_3.0-7/./html/render.html0000644000471100001440000010376013562710037016117 0ustar merrittusers render - Raster3D package

RENDER

SYNOPSIS

Render is the central image-rendering program of the Raster3D molecular graphics package. Render reads an ascii file consisting of several header lines followed by individual object descriptors. The objects are rendered using a fast Z-buffer algorithm. Output is to stdout [or optional file] in the form of a pixel image with 24 bits of color information per pixel. The default output file format is an PNG image sent to stdout. Additional image file types may be optionally included during installation of the Raster3D package.

Usage: 
   input from stdin; output mode controlled from command line 

     render                        PNG image to stdout
     render -avs  [outfile]        AVS image to outfile (defaults to stdout)
     render -png  [outfile]        PNG image to outfile (defaults to stdout)
     render -jpeg [outfile]        JPEG image to outfile (defaults to stdout)
     render -sgi  [outfile]        output to SGI libimage file (defaults to render.rgb)
     render -tiff [outfile]        output to TIFF file (defaults to render.tif)
Options: 
   these over-ride contents of input stream header records 

    -aa                   use anti-aliasing (SCHEME 4)
    -alpha                alpha channel in output image (SCHEME 0)
    -bg COLOR             set background, COLOR is black, white or #RRGGBB
    -debug                verbose output while running
    -draft                no anti-aliasing (SCHEME 1)
    -fontscale FF         multiplier for PostScript label fonts
    -gamma GG             apply gamma correction GG to output image
    -invert               invert y axis
    -labels               render embedded labels to the output file as well
    -quality QQ           0 < QQ < 100   jpeg compression parameter (default 90)
    -[no]shadow	          enable or disable shadowing
    -size HHHxVVV         specify size of output image in pixels
    -transparent          same as -alpha (SCHEME 0)
    -zoom ZZ[%]           rescale image by a factor of ZZ

MORE INFORMATION

Examples Options Description Header Records
Sample Header Object Types Comments File Indirection
Sample Data Stream Error Messages Increasing Array Sizes
Authors

EXAMPLES

Render a simple space-filling model coloured by residue type: 
    cat mycolors.pdb protein.pdb | balls | render > mypicture.png
Display the same picture on an X-windows display directly using ImageMagick: 
    cat mycolors.pdb protein.pdb | balls | render | display png:-
Render and display the same picture using the SGI libimage format: 
    cat mycolors.pdb protein.pdb | balls | render -sgi picture.rgb 
    ipaste picture.rgb
Render a stick-figure model of a cofactor jointly with a ribbon model of a protein. Note that the header records are generated by the ribbon command in this case; the -h flag suppresses generation of a second set of header records in the rods command. The ImageMagick convert command is used to save the resulting image as a TIFF file. 
    ribbon -d4 protein.pdb > ribbon.r3d 
    cat colors.pdb cofactor.pdb | rods -bs -h > cofactor.r3d 
    cat ribbon.r3d cofactor.r3d | render | convert png:- picture.tiff
If TIFF support has been built directly into Raster3D, then the previous command can be modified to produce a TIFF file without conversion: 
    cat ribbon.r3d cofactor.r3d | render -tiff picture.tiff

OPTIONS

-aa
Force anti-aliasing (SCHEME 4) regardless of the scheme specified in the file header
-alpha
Force output of transparency information (SCHEME 0) regardless of the scheme specified in the file header. This only works if the output format supports an alpha channel (AVS, TIFF, but not JPEG). Note that this turns off anti-aliasing. This option can be used to produce an image with a transparent background.
-bg white|black|#RRGGBB
Set background color. #RRGGBB is a hexadecimal representation of the color components.
-draft
Turn off anti-aliasing to increase rendering speed.
-fontscale XX
Only meaningful in conjunction with the -labels option. Modifies the interpretation of font sizes during label processing. If -fontscale is not specified, the program next looks for an environmental variable FONTSCALE. If neither a command line value or an environmental variable is found, the program defaults to -fontscale 3.0, which generates PostScript labels that are approximately the nominal font size when printed at 300 dpi.
-help
Print summary of options.
-gamma GG
Apply gamma correction to output image. Gamma > 1 makes it lighter; gamma < 1 makes it darker.
-invert
Invert the image top-to-bottom. This could be necessary if you are using some odd viewing program.
-jpeg
Only if compiled with -DJPEG_SUPPORT. By default render will produce an AVS-compatible image on stdout. The -jpeg flag will cause it to output a JPEG image stream to stdout instead.
-labels
Process labels (object types 10,11,12) and embed them in the output image. The text rendering is done via libgd, so this option only works from png or jpeg output.
-quality NN
Only meaningful in conjunction with the -jpeg option;
-size HHHxVVV
Override the image size parameters (NTX,NTY,NPX,NPY) in the file header and produce an output image that is exactly HHH pixels in the horizontal and VVV pixels in the vertical.
-sgi [filename.rgb]
Only if compiled with -DLIBIMAGE_SUPPORT. The -sgi flag will cause render to output an SGI libimage style *.rgb file instead. In this case default output is to the file render.rgb, but specifying a file on the command line will override this default. sets the output image quality parameter. Allowable values range from 1-100 (default = 90).
-tiff filename.tiff
Only if compiled with -DTIFF_SUPPORT. The -tiff flag will cause render to output a TIFF image to the specified file.
-transparent
(same as -alpha) Force output of transparency information. This only works if the output format supports an alpha channel (AVS, PNG, TIFF, but not JPEG).
-zoom ZZ[%]
Modifies the scale factor TMAT(4,4) in the header records. This does not change the overall dimensions of the image, just the size of the objects within the image. ZZ > 1 will make the objects appear larger, ZZ < 1 will shrink them. If the ZZ is is given as a percentage, then ZZ > 100% enlarges and ZZ < 100% shrinks.

DESCRIPTION

The input to render consists of a single text file containing everything necessary to prepare the image of a scene consisting of coloured spheres, cylinders and triangles. The header records contain information global to the scene being rendered. The header records are followed by individual object records containing coordinate and color specification for the objects in the scene. The surface shading of primitive objects (spheres, cylinders, and simple triangles) is calculated analytically. Sequential triangles forming a ribbon-like chain are rendered by a more complex algorithm which produces the appearance of a a smoothly-shaded surface rather than a faceted one [ref: Merritt & Murphy].

HEADER RECORDS

The required header records of a render input file are described below. Except where noted, each item is on a line by itself in free format. The names are of variables in the program source code.
TITLE
Anything you like, up to 80 characters.
NTX,NTY
Number of "tiles" in each direction. (The image is rendered piecemeal by dividing it into an array of equal size rectangular tiles.) The width of the output image in pixels is NTX*NPX by NTY*NPY. The speed of the program is sensitive to the number of tiles. However, as a convenience you can set NPX and NPY to zero and use NTX, NTY to provide the net size of the output image in pixels. In this case the program will choose the number of tiles itself so that you don't have to worry about it.
NPX,NPY
Number of computing pixels per tile in each direction. Maximum = 36 (MAXNPX, MAXNPY in render.f). If you set NPX and NPY to zero, the program will use NTX and NTY as the net size of the image in pixels.
SCHEME
Pixel averaging (anti-aliasing) scheme. Anti-aliasing reduces the jaggedness of edges at the cost of additional computation. If you are going to matte your images against an externally generated background, use scheme 0 (matting and anti-aliasing do not mix well).
Scheme 0
no anti-aliasing, include alpha blend channel in output image
Scheme 1
no anti-aliasing, no alpha channel
Scheme 2
anti-alias by averaging 2x2 computing pixels for each output pixel
Scheme 3
anti-alias by averaging 3x3 computing pixels for each 2x2 output pixels (obsolete - use scheme 4 instead)
Scheme 4
anti-alias as in scheme 3, but header specifies final raster size rather than computing raster size

(i.e. schemes 0, 1, and 4 produce a NTX*NPX by NTY*NPY pixel image; scheme 3 produces a (2/3)NTX*NPX by (2/3)NTY*NPY image). Scheme 3 requires that NPX and NPY be divisible by 3. Schemes 2 and 4 require that NPX and NPY be divisible by 2.
Images can be previewed using scheme 1 for greater speed, and re-rendered with anti-aliasing scheme 4 with no change in the output image size. No changes to NTX, NTY, NPX, NPY are required in this case.
BKGND
Background colour (red, green, and blue components, each in the range 0 to 1).
SHADOW
T to calculate shadowing within the scene, F to omit shadows
IPHONG
Phong power (e.g., 25) for specular highlights. A smaller value results in a larger spot.
IPHONG = 0 disables specular highlighting and all processing of ribbon triangles
STRAIT
Straight-on (secondary) light source contribution (e.g., 0.15). The primary light source contribution (see also SOURCE below) is given by PRIMAR = 1 - STRAIT.
AMBIEN
Ambient illumination contribution (e.g., 0.05). Increasing the ambient light will reduce the contrast between shadowed and non-shadowed regions.
SPECLR
Specular reflection contribution (e.g., 0.25).
The diffuse reflection quantity is given by DIFFUS = 1 - (AMBIEN+SPECLR). Ambient and diffuse reflections are chromatic, taking on the specified colour of each object, whereas specular reflections are white.
EYEPOS
You can think of the image produced by render as corresponding to a photograph taken by a camera placed a certain distance away from the objects making up the scene. This distance is controlled by the EYEPOS parameter. EYEPOS = 4 describes a perspective corresponding to a viewing distance 4 times the narrow dimension of the described scene. EYEPOS = 0 disables perspective.
SOURCE
Primary light source position (e.g., 1 1 1). This is a white light point source at infinite distance in the direction of the vector given (see note on co-ordinate convention below). The secondary light source is always head-on. Only the primary light source casts shadows.
TMAT
Homogeneous global transformation for input objects, given as a 4x4 matrix on 4 lines just as you would write it if you intended it to be a postfix (suffix) operator. The upper left 3x3 submatrix expresses a pure rotation, the lower left 1x3 submatrix gives a translation, the upper right 3x1 submatrix should be zero (otherwise extra perspective is introduced), and the lower right scalar (h) produces global scaling. Note that the scale factor h ends up being applied as an inverse; i.e. a larger value of h will result in shrinking the objects in the picture. Input coordinate vectors [x  y  z] are extended with a 1 to make them homogeneous, and then post-multiplied by the entire matrix; i.e. [x' y' z' h'] = [x y z 1][TMAT], then the ultimate co-ordinates are [x" y" z"] = (1/h')[x' y' z'].
INMODE
Object input mode (1, 2, or 3), where mode 1 means that all objects are triangles, mode 2 means that all objects are spheres, and mode 3 means that each object will be preceded by a record containing a single number indicating its type. The Raster3D programs use only mode 3.
INFMT or INFMTS
Object input format specifier(s). For object input modes 1 and 2, there is just one format specifier INFMT for the corresponding object type, while for mode 3, there are three format specifiers INFMTS on three lines. The first describes the format for a triangle, the second for a sphere, and the third for a cylinder. Each format specifier is either a Fortran format enclosed in parentheses, or a single asterisk to indicate free-format input.

SAMPLE HEADER 

My picture. (describes a 1280 x 1024 pixel anti-aliased image) 
80 64 	  tiles in x,y             (or set these to 1280 1024)
16 16     pixels (x,y) per tile    (and set these to 0 0)
4 	  anti-aliasing level 4; 3x3->2x2 
0 0 0 	  black background 
F 	  no shadows cast 
25 	  Phong power 
0.25 	  secondary light contribution 
0.05 	  ambient light contribution 
0.25 	  specular reflection component 
4.0 	  eye position 
1 1 1 	  main light source position (from over right shoulder) 
1 0 0 0   view matrix describing input coordinate transformation 
0 1 0 0 
0 0 1 0 
0 0 0 0.6 no translation; enlarge objects in picture by 66% (1/.6)
3 	  mixed objects 
* 	 (free format triangle and plane descriptors) 
* 	 (free format sphere descriptors) 
* 	 (free format cylinder descriptors)

OBJECT TYPES

cylinder (flat) cylinder (round) global properties glow light
isolation labels material properties plane
quadric surface sphere surface normals terminate properties
triangle vertex colors vertex transparency  
Object type 1
triangle
x1, y1, z1, x2, y2, z2, x3, y3, z3, red, green, blue

Object type 2
sphere
x, y, z, radius, red, green, blue

Object type 3
round-ended cylinder
x1, y1, z1, R1, x2, y2, z2, R2, red, green, blue
(R1 is the cylinder radius, R2 is currently ignored).

Object type 4
not used

Object type 5
flat-ended cylinder
x1, y1, z1, R1, x2, y2, z2, R2, red, green, blue
(R1 is the cylinder radius, R2 is currently ignored).

Object type 6
plane
x1, y1, z1, x2, y2, z2, x3, y3, z3, red, green, blue

Object type 7
explicit surface normals at vertices of preceding triangle
u1, v1, w1, u2, v2, w2, u3, v3, w3
Explicit vertex normals for preceding triangle object. This object must directly follow the triangle object (see also object type 17). The intended use of this object type is to allow description of arbitrary molecular surfaces in terms of a triangular mesh.

Object type 8
material properties
These values override the specification of lighting and specular highlighting in the header records, allowing some objects to have different surface properties from the rest. The specified values will apply to all subsequent objects until an object of type 9 is encountered. The parameters are read in free format from the next line of the input stream:
MPHONG
value >= 0 overrides the global Phong parameter for specular highlighting
MSPEC
value >= 0 overrides the global specular scattering contribution
SR,SG,SB
RGB triple specifying color of reflected light (by default all reflections are white), a negative value for any component will default to the base colour component of the object being rendered
CLRITY
(floating point value between 0.0 and 1.0) The degree of transparency for this material; 0.0 indicates an opaque surface and 1.0 indicates a purely transparent one.
OPTS(4)
four additional fields are reserved for future expansion of the material properties list; these must be present. The first two fields control alternative algorithms for rendering transparent objects:
OPT(1) = 0 render all outward-facing layers of a transparent material, even if they occlude each other
OPT(1) = 1 render only the "top" outward-facing surface of transparent material
OPT(1) = 2 render both the outward- and inward-facing surface of transparent spheres and cylinders
OPT(2) specifies how net transparency varies as a function of surface normal.
OPT(2) = 0 empirical function that looks best to me
OPT(2) = 1 faster empirical function
OPT(2) = 2 exponential function based on theory (slower)
OPT(2) = 3 ignore surface normal (transparent objects look flat)
The fourth field is non-zero to signal that additional modifier records will follow immediately. Each modifier record must constitute a single line, and OPT(4) states how many of these there will be. For example
OPT(4) = 2 means that the next two lines contain additional material modifiers
Object type 8 modifiers
Additional modifiers to MATERIAL descriptors (type 8) are now supported. Each modifier record must constitute a single line of input, and the total number of such modifier lines must be specified in the final parameter of the MATERIAL record. Modifiers currently supported include SOLID and BACKFACE records, as shown in the following example of a 2- sided material that is solid red on one side and solid blue on the other side: 
# Here is an example of specifying a double sided material.
# The MATERIAL record itself specifies an opaque material with PHONG
# value 20 and relative lighting contributions taken from the header records
# (MSPEC < 0). The trailing "2" indicates there are two following modifer lines.
# The SOLID modifier gives an RGB color triple that overrides colors on
# subsequent objects.
# The BACKFACE modifier specifies a separate RGB color for the other side 
# of this material, and sets the Phong control parameter and specular
# component of this surface to zero (i.e. it's a matte blue surface).
8
20. -1.   1. 1. 1.   0.0    0 0 0 2
SOLID     1.0 0.0 0.0
BACKFACE  0.3 0.3 1.0   0 0
Here is the complete list of modifiers currently available, and their parameters 
    SOLID       	RED GREEN BLUE
    BACKFACE    	RED GREEN BLUE MPHONG MSPEC
    FRONTCLIP   	ZFRONT
    BACKCLIP		ZBACK
    BOUNDING_COLOR	RED GREEN BLUE
    BOUNDING_PLANE	BPTYPE X Y Z Xnorm Ynorm Znorm
    ORTEP_LIKE    	used to create bounding planes of ellipsoids
See elsewhere for more information on clipping planes and bounding planes.
Object type 9
terminate special properties
Terminates previous set of special material properties (object type 8) or isolation from TMAT transformation (object type 15). The rest of this record is ignored, so object type 9 may also be used as a comment record. It is preferable, however, to begin pure comments with '#' rather than '9'.

Object types 10-12
Label descriptors
Version 3.0 supports rendering labels via the libgd library used to produce png or jpeg output images. Object types 10, 11, and 12 are used to specify labels. Here is an example: 
        # Force the label coordinates to be interpreted as screen coords
        # (obviously you wouldn't do this if you want the label to get the
        # same translation/rotation/scaling as other objects do)
        15
        # Choose a font
        10
        "Times-Italic" 12. "Center-align"
        # specify a label 
        11
        0.0 0.45 0.0    1.0 0.0 0.0
        I am a red title centered at the top of the image
        # Terminate isolation from coordinate transformation
        9
Object type 10 
"Font specifier" size  "alignment"

Legal fonts specifiers are subject to the details of label processing implementation. In the context of processing by libgd,
fontname is any font name recogized by libgd,
size is the font size in points (assuming eventual printing at 300 dpi),
alignment is either "Right-align", "Left-align", "Center-align", or "Offset" (only the first character is checked).
The default is "Times" 10 "Left-align".

Object type 11
[XYZ] [RGB]
Label text

(see r3dtops for details of label text processing and special characters.

Object type 12
reserved (single line of text)

(If you are developing a higher-level application that will pass labels to Raster3D for rendering, please contact me so that we can make sure the protocols are compatible -EAM).

Object type 13
Glow light source
This is a colored, non-shadowing, light source with finite [x y z] coordinates and a limited range of illumination. Control parameters are read in free format from a single line of input following the line specifying the object type.
GLOWSRC(3)
[x y z] coordinates of light source
GLOWRAD
limiting radius of light source (see GOPT)
GLOW
fractional contribution (0.0 - 1.0) of glow light to total lighting model
GOPT
(integer 0/1/2/3/...) - controls functional form in which limiting radius is applied [under development]
GPHONG
Phong parameter controlling specular highlights from glow light source
GLOWCOL(3)
RGB triple specifying color of glow light source

Object type 14
quadric surface
x, y, z, limiting_radius, red, green, blue, A, B, C, D, E, F, G, H, I, J
Quadric surfaces include spheres, cones, ellipsoids, paraboloids, and hyperboloids. The motivation for this code was to allow rendering thermal ellipsoids for atoms, so the other shapes have not been extensively tested. A quadric surface is described by 10 parameters (A ... J). Although these parameters are sufficient to describe a quadric surface located anywhere, for efficiency during rendering it is also useful to know the center and a bounding sphere. So by convention we require that (A...J) describe a surface centered at the origin, and add additional parameters x, y, z to add a translation component. Therefore a quadric surface descriptor to render has the 17 parameters listed above.

The surface itself is the set of points for which Q(x,y,z) = 0 where

Q(x,y,z) = Ax2 + By2 + Cz2 + 2Dxy + 2Eyz + 2Fzx + 2Gx + 2Hy + 2Iz + J

Points further from the origin (prior to translation!) than the limiting radius are not rendered.

Object type 15
begin isolation from TMAT transformation
Objects following this descriptor are interpreted as being in an absolute coordinate system centered at the origin and having unit extent in X, Y, and Z. If the image is square, the coordinates run from -0.5 to +0.5 on both X and Y. If the image is rectangular, coordinates run from -0.5 to +0.5 on the shorter dimension. The rotation and translation described by the TMAT matrix is not applied. This isolation from TMAT applies to subsequent objects until an object of type 9 is encountered.

The coordinate system used following object type 19 is similar except that the horizontal and vertical scales are treated separately, so the the point [-.5,+.5] is always at the top left corner. In both figures below the blue cross is drawn at coordinates [+0.5,+0.3].
Coordinate system defined by object 15 Coordinate system defined by object 19

Object type 16
Global properties
Object type 16 is always followed by a single record that affects the rendering of the entire scene. The only global properties supported at the moment are listed below. FOG allows depth-cueing using either a linear or an exponential model of fog density. A record simply consisting of the keyword FOG will produce reasonable depth-cueing (linear decrease in intensity front closest object to farthest object). If you need to control the depth-cueing indepently from the specific rendered objects in a scene (i.e. to keep the depth-cueing consistent between frames of an animation) then you should specify explicit values for fogfront, fogback and fogden. 

FOG        fogtype fogfront fogback fogden
fogtype
0 = linear multiplier = fogden * (fogfront - Z) / (fogfront - fogback)
1 = exponential multiplier = 1. - exp( -fogden * (fogfront - Z) / (fogfront - fogback) )
fogfront
0 = Z coord of front object, else fraction of front clipping plane
fogback
0 = Z coord of back object, else fraction of rear clipping plane
fogden
(see equations for linear and exponential models controlled by fogtype); fogden=0.0 will default to some reasonable value

BACKCLIP   zback
zback
Z coord of rear clipping plane for all objects; in original units of original coordinate system, but relative to the center of the transformed coordinate system. That means if you are working in PDB coordinates, then everything more than zback Angstroms behind the center is clipped. 
FRONTCLIP  zfront
zfront
Z coord of front clipping plane for all objects; in original units of original coordinate system, but relative to the center of the transformed coordinate system. That means if you are working in PDB coordinates, then everything more than zfront Angstroms in front of the center is clipped. 
ROTATION	Matrix
Matrix
3x3 rotation matrix applied by post-multiplication after the coordinate transformation in TMAT. This is the transpose of the equivalent rotation if it were specified in TMAT. It applies to all following coordinates in the input stream. 
TRANSLATION	X Y Z
X Y Z
3 element translation applied after the coordinate transformation in TMAT. It applies to all following coordinates in the input stream.

Object type 17
explicit coloring at vertices of preceding triangle or cylinder
R1 G1 B1 R2 G2 B2 R3 G3 B3
Normally a triangle is colored uniformly in the color specified by the RGB triple in the TRIANGLE record itself. Using this additional object, however, you can specify a separate color for each vertex of the triangle. Points in the interior of the triangle are colored by interpolation using the vertex colors. This is commonly used in conjunction with explicit vertex normals (object type 7) to describe a smooth surface in terms of a triangular mesh. In this case the component triangles of the surface are described by three successive objects of types 1, 7, and 17. (The ordering 1, 17, 7 is also acceptable).

As of version 2.4j this mechanism may also be used to interpolate colors along the length of a cylinder. In this case the third RGB triple is ignored.

Object type 18
explicit transparency at vertices of preceding object
Trans1 Trans2 Trans3
Normally an object is transparent only if it belongs to a trasparent material. Using this additional object, however, you can specify a separate degree of transparency at each vertex of an object. The transparency at points in the interior of the object are then determined by interpolation. All three values (Trans1 Trans2 Trans3) are required; Trans3 is ignored for a cylinder, Trans2 and Trans3 are both ignored for a sphere.

Object type 19
begin isolation from TMAT transformation
Similar to Object type 15, except that the coordinate scale along both x and y always runs from -0.5 to +0.5, regardless of the aspect ratio of the rendered image.

Object type 0
force end of input stream (optional)
Further records in input file will not be read.

COMMENTS

 At any point in the input stream to render where an object descriptor would be legal, it is also legal to insert a line beginning with the `#' character. In this case the line is ignored, and may be used as a comment. Earlier versions of the program recommended using object type 9 as a comment delimiter, but this has the potential disadvantage of prematurely terminating the scope of a special material.

FILE INDIRECTION

 At any point in the input stream to render where an object descriptor would be legal, it is also legal to insert a line beginning with `@'. In this case the remainder of the line is interpreted as the name of a file from which further input is taken. This mechanism makes it possible to re-use standard objects in multiple rendered scenes, e.g. a set of bounding planes or standard definitions of material properties. When input from this level of file indirection is terminated by encountering an object descriptor of type 0, control returns to the previous input stream. Multiple levels of file indirection are possible.

The requested file is first searched for relative to the current directory. If this search fails, the file is searched for relative to the directory specified by the environmental variable R3D_LIB. Typically this would be set via a command such as 

 
csh/tcsh:    setenv R3D_LIB /usr/local/src/raster3d/materials
sh/ksh:      R3D_LIB=/usr/local/src/raster3d/materials; export R3D_LIB

SAMPLE INPUT DATA FOLLOWING HEADER

The following records describe a single red triangle and a single blue sphere. The blue sphere is affected by whatever material descriptor is in the file material1.r3d 
1
-.1 0. 0.     .1 0. 0.     0. -.2 0.5         1.0 0.0 0.0
@material1.r3d
2
0.3 0.3 0.0         0.1                       0.0 0.0 1.0
9 End material1
0

ERROR MESSAGES
Possible shadowing error NSXMAX = xxx
This is usually caused by an object which extends far out of the field of view, for example a plane surface that extends to infinity. In most cases the shadowing "error" refers to a shadow which lies outside of the image entirely.

INCREASING THE ARRAY SIZES IN RENDER:

As of Version 3.0, this should no longer be necessary. Arrays are expanded dynamically.

AUTHORS

Originally written by David J. Bacon. Extensions, revisions, and modifications by Ethan A Merritt.
Back to top Raster3D homepage Raster3D_3.0-7/./html/r3d_hints.html0000644000471100001440000005261113562710037016533 0ustar merrittusers Suggestions for better pictures

Suggestions for better pictures

Topics covered

Shadowing

The primary purpose of shadowing is to convey a feeling of depth in the rendered image. This can be particularly effective when there are a relatively small number of elements in the scene, or when there is a grouping of foreground objects which cast shadows onto a separate grouping of background objects. However if there are a large number of elements in the scene, e.g. a ribbon and arrow representation of a large molecular assembly, the use of shadows may actually complicate the visual impact and make the image less satisfactory. In this case you may wish to try rendering the image both with and without shadows, or you might experiment with the location of the primary light source (the SOURCE parameter in the 12th header record input to render). Finally, you can de-emphasize the shadows by increasing the secondary (straight-on) light source contribution parameter STRAIT.

Tailoring your image to the output device

The quality of pictures generated by Raster3D is ultimately limited by the output device. Although you will probably compose and preview your figures on a workstation screen, you will probably want to re-render the final version with a larger number of pixels before sending it to a film recorder or high performance color printer. For example, a typical film recorder can produce slides with a resolution of roughly 4000x3000 pixels (much larger than can be displayed on a workstation screen). The number of pixels in your rendered image is controlled by the parameters (NTX,NTY) and (NPX,NPY) in the 2nd and 3rd header records input to the render program, or by the -size command line option to render. If you need to convert your image to PostScript so that you can send it to a PostScript printer (the only time you should ever convert to PostScript!) then read the section on PostScript conversion below. You should also be aware that color balance and particularly the appropriate ``gamma correction'' varies from one device to another. The Raster3D render program can apply a gamma correction or you can apply one afterwards to the generated image files using a general purpose image processing program (e.g. the ImageMagick "mogrify" command). If you will be using a particular output device regularly, it is worth an initial round of experimentation to determine the best gamma value for future runs. The appropriate gamma correction can then be applied to each rendered picture before sending it for printing.

Making your pictures modular

So long as you stick to a consistent coordinate system, you can build up a complex Raster3D scene from bits and pieces created by various different tools and programs. For example, you could create a scene that is defined by a viewpoint selected interactively in Xfit, and that contains a protein molecule drawn by Molscript, a molecular surface drawn by GRASP, and a "floor" or bounding box from the Raster3D library of pre-described objects. This scene can conveniently be described to the render program by using file indirection in the input stream, which might look something like this: 

	#
	# Header records written from inside Xfit
	@viewpoint.r3d
	#
	# Molscript V2.0 output file
	@secondary-structure.r3d
	#
	# Make the molecular surface (from GRASP via ungrasp)
	# transparent by using a material definition
	# from the Raster3D library $R3D_LIB 
	@transparent.r3d
	@surface.r3d
	@end_material.r3d
	#
	# Add a few extra goodies
	@red.r3d
	@floor.r3d
This makes it very easy to experiment with your composition without having to edit huge input files. You could, for example, change the color of the floor by substituting the library file blue.r3d for the file red.r3d. Or you could render the same scene from a different viewpoint by changing the view matrix in viewpoint.r3d. Even better, you could select from a number of pre-defined views described by header records in files view1.r3d, view2.r3d, view2.r3d, and so on just by making viewpoint.r3d be a symbolic link to the particular view you want to render. That way you needn't edit any input files at all to shift the scene. This approach is particularly useful for producing animation.

Side-by-side figures and stereo pairs

The EYEPOS parameter input to the render program specifies a viewing distance for the resulting image. You may think of this as equivalent to the distance between a camera and the object being photographed. EYEPOS = 4 means that the distance from the camera to the center of the object is four times the width of the field of view. Generally the sense of depth conveyed by the rendered image is slightly increased by positioning the virtual camera reasonably close to the object. However, if you are composing a figure containing two or more similar objects which are next to each other, e.g. a comparison of two variants of the same protein structure, then the resulting parallax may be more of a hindrance than a help. Since the virtual camera is centered, it will ``see'' the right hand object slightly from the left, and the left hand object slightly from the right. This results in different effective viewpoints for paired objects which would otherwise be identical. To overcome this effect you may wish to set EYEPOS to 0.0, which disables all perspective and parallax. The same considerations apply for the production of stereo pairs.

Stereo pairs and Molscript

All Raster3D objects emitted by a Molscript run are placed into a single scene description. That is, the pairs of ``plot'' and ``end plot'' statements in a Molscript input file have no effect in Raster3D mode. Therefore a Molscript file which describes a stereo pair as two separate plots will not work correctly when fed through to render. You should instead use Molscript to produce a single [mono] scene description for Raster3D, and run it through the stereo3d script to produce a stereo pair. Here is an example: 

#
# Use molscript to generate a Raster3D input file
#
molscript -r < image.mol > image.r3d
#
# Render image once to check that it's what we want
#
render -tiff mono.tiff < image.r3d
#
# Render it again, this time as a stereo pair
#
stereo3d -tiff stereo.tiff < image.r3d

Clipping planes

A clipping plane restricts the contents of the rendered image based on the Z coordinate of individual objects. There is both a front clipping plane and a rear clipping plane. Objects closer to the viewer than the front plane are not rendered, and objects further from the viewer than the rear plane are not rendered. The Z-coordinate of the clipping plane must specified in the same units as coordinates of your input objects, so if you are working in PDB coordinates you should specify the clipping planes in Ångstroms. Raster3D allows two different methods of setting clipping planes with slightly different effects. Clipping planes specified as a global property apply to all objects in the image. An object is discarded on input if all of its vertices lie outside the clipping plane; a clipped object is entirely omitted, an unclipped object is entirely rendered even if part of it extends beyond the clipping plane. An example of specifying global clipping planes is given below: 

# set global clipping planes
16
FRONTCLIP 2.
16
BACKCLIP 10.
The other option is to assign clipping planes as part of defining a set of special material properties. In this case the clipping planes are applied only to objects within the begin/end scope of the special material. In this case the clipping is done on a pixel-by-pixel basis, which means that individual objects may be rendered in part only. The portion of the object that extends beyond the clipping plane is omitted from the rendered image. An example of a material specification that includes a front clipping plane is given below: 
# Opaque material with specular properties inherited from header
# Extra record present to specify clipping plane
8
-1.0 -1.0  1.0 1.0 1.0   0.0   0 0 0 1
FRONTCLIP 2.

Bounding planes

Bounding planes are a more general case of Z-clipping planes. They differ from Z-clipping planes as follows:

  • A bounding plane is specified by giving the coordinates of some point in the plane and the normal to the plane. The front Z-clipping plane is effectively a bounding plane defined by some point with Z coordinate FRONTCLIP and whose normal is given by [0,0,1].
  • Bounding planes rotate, translate, and scale with the bounded objects. Z-clipping planes do not.
  • Bounding planes are specified as part of a special material definition, and apply only to objects within that material.
  • When an object is intersected by a Z-clipping plane, the clipped portion of the object is not rendered at all. The default treatment of a bounding plane, however, is to truncate the object by rendering a flat bounding surface. Therefore if an opaque object or surface is Z-clipped, you will be able to see into the interior of the object. On the other hand, if an opaque object or surface is cut by a bounding plane, you will see the flat surface resulting from this `slice'.

The current implementation allows two slightly different variations in how multiple bounding planes interact with each other. One variant is used to draw ortep-like thermal ellipsoids in which one octant is cut away. In this case a given volume is excluded from rendering only if it is `above' all bounding planes associated with its material definition; exclusion requires a logical AND of three bounding planes. Here is the specification for one such ortep-like ellipsoid. Note that all three bounding planes pass through the center of the ellipsoid, and a single color specification is given for all three bounding surfaces (-fancy6 option to rastep). If no BOUNDING_COLOR is specified, then the exposed surface is rendered using the base color of the materiall; if you like, you can specify a new BOUNDING_COLOR for each plane. 

# Thermal ellipsoids from Rastep Version V2.6d   
# Probability level 0.50
 8
 -1.0 -1.0  -1.0 -1.0 -1.0  0.0  0 0 0 5
ORTEP_LIKE
BOUNDING_COLOR  0.500 0.500 0.500
BOUNDING_PLANE  0   24.274 47.792 19.835   0.8259  0.5467  0.1376
BOUNDING_PLANE  0   24.274 47.792 19.835  -0.4475  0.7843 -0.4297
BOUNDING_PLANE  0   24.274 47.792 19.835  -0.3428  0.2934  0.8924
14
  24.274  47.792 19.835     0.893   0.7 0.7 0.7
      8.6581 6.0432 5.0725 2.9042 0.8405 0.3715 0.0 0.0 0.0 -2.3661

In the absence of the ORTEP_LIKE restriction, multiple bounding planes are combined using a logical OR. A given volume is exluded from rendering if it is clipped by one or more of the associated bounding planes. This could be used, for example, to render a central slice from an extended structure or a single wedge from a sphere.

Creating your own colour descriptions

The Raster3D distribution contains a number of pre-defined colouring schemes (e.g. the shapely.colours file, cpk.colours, and mycolors.pdb). If you choose to modify these, or create your own, then you should be aware that render works internally with the square root of the specified colour values (yes it's a very strange concept!). To convert a normal RGB colour triple into a Raster3D color specification it is therefore necessary to square each component. For example, to specify a half-intensity yellow you would square the components of the pure RGB triplet (0.5, 0.5, 0.0) to yield (0.25, 0.25, 0.0) in the COLOUR record input to render. The Raster3D output option to Molscript performs this conversion automatically, so you should not have to alter the colour specifications to switch between PostScript and Raster3D modes. The HTML tool r3d_colorpicker provides an interactive colour previewer.

Composing figures in other programs

Suppose you are already working in some interactive graphics program, and want to reproduce the current viewpoint/orientation for a Raster3D picture. If the program will dump the current view matrix then you will probably be able to use it as a view matrix for Raster3D also. However many programs (including Molscript) dump a matrix which is the transpose of the matrix used by Raster3D.

Users of Alwyn Jones' program O should obtain a copy of the program o2mol from the O ftp site. Once you have composed your view in O you can convert to a Molscript/Raster3D viewpoint description by dumping the O datablock named .GS_REAL 

O> write_form .gs_real omatrix.dat
Heap> Format: <cr>
followed by a shell command 
o2mol < omatrix.dat > o2mol.out
The file o2mol.out will now contain instructions for reproducing the O viewpoint in Molscript. Also, the 3x3 matrix which o2mol gives as ``for coordinate transforms'' is in the correct form to use directly as a Raster3D matrix if you aren't processing with Molscript first.

Coot (home page) can create Raster3D input files or images directly from the current screen view.

Duncan McRee's XtalView program ( http://www.sdsc.edu/CCMS/Packages/XTALVIEW/) is another crystalloghic modeling tool that can create Raster3D input files or images directly from the current screen view, including atoms, bonds, view objects, electron density, etc. Many Raster3D rendering options can be varied using control widgets in the Xfit pop-up plotting menus. Xfit can also be used simply to create a set of Raster3D header records describing the current view.

Another interactive tool you might be interested in is the VMD program from the Theoretical Biophysics group at the University of Illinois. VMD provides a wide variety of methods for interactively rendering and coloring a molecule, and can generate a Raster3D input file which will very nearly duplicate the view composed on your workstation screen. A more complete description of VMD is available via the VMD WWW home page.

Coordinate systems:

When Molscript runs it normalizes the coordinates of objects in the figure so that they are described by an identity transformation matrix. The 3x3 matrix printed out by Molscript to the terminal is the transpose of that needed by Raster3D programs. Swap the entries about the diagonal from upper left to lower right before copying it into the TMAT header records for render or normal3d.

To normalize other Raster3D input files describing objects still in the original PDB coordinate space (so that they can be merged with your Molscript output), replace the four TMAT records in the header with a new matrix built as below and then feed the resulting file through normal3d.

TMAT (4x4 matrix) in Raster3D header
Transpose of 3x3 Molscript matrix
a11 a12 a13 0.
a21 a22 a23 0.
a31 a32 a33 0.
Translation components Scale
T1 T2 T3 S
NB: The value of S (scaling) comes from the "window" parameter in Molscript. The column values above it are always zero.

How can I keep the Molscript labels in my Raster3D picture?

This used to be a pain to do. Now there is an easy answer: get Molscript version 2. The old, laborious, procedure may still be informative as an example of mixing PostScript and Raster3D, however. Here is a summary of how to do it if you really want to.

Black & White figures

It is possible to use a general image processing program (e.g. ImageMagick) to convert a color figure to a monochrome figure. In general a straight conversion will produce an image which is much too dark. In order to improve the result you can try breaking the conversion up into several steps: first convert from full 24-bit color to a smaller number of colors (say 256), next apply a substantial gamma correction (e.g. gamma    2.0) to lighten the image, and finally convert the color image to monochrome being sure to select a dithering option if it is available. Some experimentation with this process can produce acceptable, although not ideal, monochrome images suitable for printing on a standard laser printer. You may have to repeat the color reduction and gamma correction steps before finally converting to monochrome. Better results can be obtained by using the auxiliary program avs2ps as a filter. This utility will convert any AVS-format image, including the default output stream from render, directly into a dithered black & white PostScript image. As of this writing the avs2ps program is included with the Raster3D distribution.

Conversion to PostScript

Do not convert your raster image to PostScript unless you really, really have to. This should only happen if you want to send the image to a printer that understands nothing but PostScript. The raster image consists of a certain number of pixels on X and on Y, and the size of each dot depends entirely on the physical resolution of the device the image is displayed on. To produce a Raster3D figure of a given size on a PostScript printer, you must know the physical resolution of the printer. A true PostScript figure would be scalable and device-independent; this will not be true for a raster image forced into a PostScript file. Here are the required steps:

  1. Calculate the required number of pixels in your Raster3D image. For example, if you want to end up with a figure that is 4" by 3" when printed on a 300 dpi (dots-per-inch) PostScript printer, then your raster image must be 1200x900 pixels. Render it using the command render -size 1200x900 to force it to be this exact size.
  2. Confirm that the rendered image is the correct size. The ImageMagick utility identify will do this for you.
  3. Convert the rendered image to a PostScript file using the ImageMagick convert utility. You must explicitly specify
    • the physical resolution of the printer (e.g. -density 300)
    • the input image size
    • the PostScript "page" size (exactly equal to the image size)
    • an offset to the page size if you don't want the image to appear at the extreme lower left of the printed page (+50+50 in the example below).
    Here is a suitable command for this example: 
        convert -density 300 -geometry 1200x900 -page 1200x900+50+50 image.tiff image.ps
  4. Send the converted image to your PostScript printer. If it does not come out the size you expected, then probably the printer has a different resolution than you thought. You will have to go back to the beginning and try again.

Back to top Raster3D homepage
Ethan A Merritt / merritt@u.washington.edu / Biomolecular Structure Center at UW
Raster3D_3.0-7/./html/r3d_example1.jpeg0000644000471100001440000002403313562710037017100 0ustar merrittusersÿØÿàJFIFÿþ Imported from AVS image: -ÿÛC    $.' ",#(7),01444'9=82<.342ÿÛC  2!!22222222222222222222222222222222222222222222222222ÿÂÀðÿÄÿÄÿÚ ùøEÈžm˜ŠZ9ˆíBæS[HâÀö"xν´K»DT f‚"-eÜÛٚ4_¿–¿£ÈÒqôh9z&¬ãûùoŽßÄÑ÷Ãç?E>œ´Üþ=úsAmr>ç{]ç¥KÅ>yÏùz4Ó‹GÑäØœÐãég°õ}‰aÏì[Ï­œÖ…:UuüÖ“Vykp§ ‡g¿ÇѦ3rYÝã%îy®òóïÒ³+™Ûº·§è°ê­Û8´ ó,Ò<¶zr±‹×¿6èã®·qõ,Ó¦ZmÌ^‡WλæÑ–ZY¥ ´f:x´}ÛsÍžyKÝ\ϱ粧%êcÜdoJ¿¡Ýox³¬ub_6XGžÂüöm³\o'ÐE›>›ìîºA§%]x[a­ì´š²—£Zfÿ‚×°·uf=JW×6™ñX®|̤×ÑïY»ÑÞ"¤¬ãµÛó0¿,Ó u+Ï´Øò`¸žQä€%¢;<î#‰°§²æ*¬ÚÂx­,Lƈà1àQU>)1P m;ý)­uœœ 8|íÚèvÒYd9±M @Ìœ£i5fV0{¦üd#>nx{2Ó»Ò¹·C:ÖŽÛ¥ò¼=–g{\™¦Œ?;¢ÙdRWF’jÀœÈÄζdv|ÔD{2ïºÞ»Ë¦¾Zʼ¿Ö–e{Y™‚#!˃"á!D…PÆbc32Άd§Ï„ÀX×{;ôI}+aÏOŸ‘¶—½kK$ÙÒ…*ÄœèTµm™¥­Ëe3(x{2DvrxvpzvFtvDJzBKåLOY†cÉ¥‚°Z=»Ì¤C¢Ä5¹1™NfN2éq†Öóe{9¨_¶ÃN¡íæŽõÕI”+˜“ŽŠ±í›˜Í>ŒÖy_%ß:•¶v-Ù¨©¬iJ9Ûg—Sži{ÂÍzS›éäw†®¹¬Ç“ôj»«ô›f˜ÇÜ»²5¾e[Ö—©‚ soç÷G]kÉsn\vZðhàÀ´Å­>†8ÚhµM!&Ü­rÑŽV’%VԥуQܳð«Òú/Íõªéf½¾e›ï7Ø¥~h5âh!!A¡,I<˜çµšß´­¾5­›Lõ±Yõ)õÇ›CrÁÈ„ãhw’,—·|뵧OVÄšp+;€¸žQä€;‰â`Ó²0‘0V@;€Òb"@› £:…Ê)hð¢²+ è®m­¦N9³Ìõ=·oÑ`ÅùÙÇ„}Ï»œfã垥=a¡Ã˳\hߧ3Ñë‰ iÙÎîZ[MT|Öüš>»ßÖf±N¡äWcÇfyÌõaûj‹£ÎgŸŠåÚ¹žb…ú€Út­\Η]?¿3ž‹0ÖlZUãZ~]t<òß³V7²©·á»NkUǸ®{V•ú@4g69èÍb·µ­¥=<ɢ直žL‡]}e~œÓFpΊuîääî\@ÒJ¢°Ô{ÌØÿÄ& !0#1$"2ÿÚø L*ÃÁhµƒVéà12ed?{ø- n<·xÕXž¦àš:ºŸSV,*s°ûT»aã¥!e´Wzfá¶Õ§qªE@%Øép²³U•W̨Ðìq`˜Ô‹5ë3 qƒú±FåVŠÔÿk_ßQô³˜áz÷(ÃêoJapGW@ø8þ• CÄØáQY_ %mÀ±ÙÈ_ôÕÜG µxZ?¢+jÜÜ©¿z6¢< /·…8î·ÔK'9Õ-“ÿÐ?®S=÷úVœ¦åÏþ…1rÜå,nvÅi¹Ê=›øªàÐ6§C''½Š5W-l"6Z ÈÈl‹ø``}GÈ‹²? çý U°4îËòyÍøsa 'øó{ðæÞ›>ˆ…‰ñ ÆeðZ-`ÈéáÙ²GÈâ߯çÊVöÅÈAôU^àšõ}SV,*s°û škT=k`¾“KÓWuè­kQ21+É[ªjmÃÆï½(¨«3úey(Fˆþ¤_r»)þÖŸè¨úYÌp½{”R"#8a˜7F Ò!Šu nut÷Š8-f#j:½a3üGôD}N[›•·ïVÔG¥öð¦“ÀÓs-ÿN1ýu¼Wœ§T³f–å]VEyÎuKE¹¾Hósœ²Ý‰UÁ mNþ†NOz¢®Ô7Xljìí²8`-Ô³,V,scãßÛŠû‚ýLŽ¡Á¿FÌÙðæÂO‡&ðþNãø+ Ž~¥ªÇU‰à+s ²øvm„~$þ=Þ:> ŒÑ©±<11ÁŠ'lë;”R"òŒxåcöˆ-a”·2äPhz«î=5­aWs#.ÖÕX®†aÚ¬Kñ¸ ]`d¡îeËÄ"½r¸Ž8Ù­ðã”’GšðÉPÂRu\åŒa¥C*mKXÔÖb×Ü¿³¸ñ­ÚD Xâ]ø÷¦@/rð¹Nœ;´çË$D²wŒ¶Í%+j-“¹3ôPZ<NS¨Ù³‡`«+ˆÕÂd¾§-XG¦³¶Å‹µÝ­ÎéEþÉ‘—µ‰g)¹ÜÔºîä‰K@Ú†à¢ÛM­[ðepÀ>£ä„åÜL~£m+gQg¾(¼iÓl©-¼ù ÂcáɦÉðæÞÉ;찻7Ը׸z¬¨üþ=Æ*~YÏáeh€¥¡ªÀ>ÜE@°¢ºõ>ø¥G#JÖ²¤¹r±Ž5”Ro³”¥eàÓ˜™>5ô×Ì  ‘Š¶¯wuÒ ÊAv.8÷Y€Í΢¡±pG©¢™¹×ë«ÐSÆbñÈú±ÛWVÜbYÌ›ûxøçÚ6¢´å3ìÿ>#nª¬‹dç:ÝÜŠùV€Í̦å×N@`¶j~HQ—˜r FC$ñ;KԬ𿑺½#&„ìÅsä‚­3têj×!±i“ÊÖE4où$Q|Q¶IKø2#kòe’’?'ÕöHzâú1ð&yÔƲ³ÎSìe_ÈÐÑD#rHêW†N6;FÓ Çÿ[ú$2´Æˆ¾ÈL³<¯&¨±òô”tÚF/IBŠ6ñíä”w*fLN#…‘éÜŸ+i P¢%D'Bb™<õãDô²SøôiÙ²?EvWe›Ÿ¤¡'á^WfÖU{|8ï–-:ŽVèéë’Êö«ÉƯ•£M¡k.Wµ^D'b,r¹Xµ“¥í¡?†Y¼ÉšÕ-,ÜJWíí–û/ßZ/³rôc Kü¡áȹqôëYH”¨Y•é)Y)Q ¿De¹kg:|;ß> n,Âå‘ü¯<¢x±õQÝôx×d‡¼ö¡À̼›]˜‰ ÉÉÓ1>u‘ '?Ó…´~ÁHüvF²m:èíÍÇÉ)Œ¤Ùkž÷ãGõ¢(Ðâl1®u­sEåÀÒ,Æ~3ôò?ƒ¬žì¤¼˜×Ϥ֔F5£EHªîÅ“o ÍÑbÌ÷.ñð‹þ™>¢8ã¶J6%KÓ®ÚôSkÁ¾OçÚ~¹} V­Ñû!÷ÛkÙ%f8(ˆ”T•3&=Œœ¶¢rró¦<²ƒà„”•¢N‡¤g^ÇiÔ+”ôé”K³aŒLL³<¿š2.I!¢Žš>XǬÁ:¬±ä¢sÜÉFÇHâ²*•!­(Pövûv¯WÿÄ0 !1Q"02Aa3q‘RB’¡±br¢ÿÚ?¦@¬ÁÁ-³yø\m-÷$XZ~Õ5€%zoúÁ%fÃõƒ…Ž>Áq1ÃÜ`“[Íú¥ç u!ÂFÅ_³ôÏðƒBÈqoK–­¼ÝZzJ… âY貤ŒKÎú©µ²Œ%®«žÍÂ.À]Ý„¦’¤&?á f)ÿU Š=»S¾»Âsp÷qÂÆü¡‚vÂçni°)Zf®Ž”ZíIr“ ÐS*yEÅx®ZÒë«u¿'“ÔVg[¾Öx:ŽpdVg@•›HÁ-³yø\m-÷=7},ÄV$ø^§íÁ cìºÂÐùäÉ­ö|Š^p—R$lUû?Lÿ 飷b£²†ˆ§âìäë7ê» *ëD/³¶Þ?Rƒ¯$µÂ„mX„ön5)Ù¾ ;O‚š<`q¬^åÎø°Y³å4à1úEÜpku¦jèéS\Ô©R <ì‹©Pî• Ò×ýsºŠÌàÔáê?x2$,Ü~ù\,qö ‰ŽãLwÒâ`ôÝô ˆ¬+Ò×'…¤®+7q‚ûÄì*ml„GSi'Zf$+Íéþ”–»ÒÙ ; … N1ÅÙȱڊNqî¯ Ú{Òó¾&éFÖÍ·Hêmó…ÍüIÀñ¸Dà'b§ðšÚ½‡H”õ!Ç„µi’{Gc8\ïÈàqðˆÁ¯l gÊc§zÝ©•^íÌÒë¾ n3¾¦™ëLÔ ×54içd\u¥Î¶yY0•æ—ðQ4¸Îúœ8…›‰Á©Yàê8z''³q<©m‹ÈðÕŒs}ÆIÿJ>k Ÿ ǵýª r¬Øï®p{„¿ú¥×€æìP´²ôþT–»ÒëÛ!F­:w·u lSŒCû+ì,†WYUß7’Á©<žà•3Ã{=ãÙ ÆûE‹—&¹²eÊ4e¹á ÕÂÏ3ñŽäm £\J¶»€ )Ú¿TÖmGÛðÿj*íê*±GÇÄÍ_¬`t³ø„Ù¾È}›Ý€öƒÄ;^Ю»Ô³îå©.ÉÖÔ—`˜/¼Di)ëK©à~‡e÷CáOå ˆ&¶Nx0j» ÿXî1ú›bÍWtqØÀòå?äE2æîD-NYA÷X䧀d‚¶O¼² DLaø2¡x¡“µƒLÜï™IQa¤îtóX#¬E’ŒIö•âÄEêNóI›èÇpé};Ì‚OÔîzDóÄ=¶ÿ¨ ëoÓ2Õ(Ùl4x`x¤LvÊÑíPŽs›˜:ó¼ñXeY:g”® x´~òä rY¬fú’ä ‹y‚.l!´î•LSÞP­Ny´»: äeÜ;èJ>©j˜—©\éÇ@ÕBœ©™tÝŠUûA’‚Õ;/æ8<9í. ¥…€ÑíŽÉ˜(±Ÿg„&9EPz Ñ±é•§{¶Žª¶ºVµTŒe\GzGÃð°ÏÊÃð _z;÷ðÿR*¶·ÔUcLÿwãoÃñÏÌCü^|²K|ÇP¶ˆ Æ=çŠ+¨—®²¼DN­Sž jÝþVÚ… »ÁŒÚ6B±[Hæßò(î`ô_>PÊ ólõ,·c¼C!®NС=ßpGáÑ…þ„é+Ãæúÿ0PØèBOíJOã+žSê¢Ý^ö~g¨âa:D!v úÈÃÑÖV¦Cô²~Øjxè)pq?ŒW<%¯“}uÒ¯z'å3[¢HÜ!ä¥xf-ÃÁåõ0~™jxølêpþ6›!%¯Ú&±¹ty•‰~ÑÇaÞÑâüªj€Àí* ­&H&Ö(¿ )öÒÕ1fFQ-ŒÿY¶ßå†{‹æö~êEVÖú¢´‰aPo¨´R+µ÷þÿÚ à@`€Ê€ˆPÌÇ_fnö’žsË«üQowà•€ñH«/.]6á #,Y„ªcš—|l8 .$l "@+ìÂù‚ƒ®F & q'~ù€I•>@ ¸Po ’OÜ€ H@@OÀ‚`@~ìgf&QÄЕ¡îG ^ˆ8ƒù±5m9ƒ<É é@€¸@€JX( Àï=ä]nH€NiimSc1 9Â!/üÛH’¸“`h€,h`ÿÄ'!1 0AQaqÁ‘¡@ѱáÿÚ?ã6¯àaÖ¡ö= ÁM"º}Q+‘mQ2Õ?’–su,é…òÄè_Ât·ðBCbVÏÙû8 ð@¦}rÂ8@S/CùRüÜEh™«Ï_ùëb¨ñO¾XÕ¸èD”»ÓúO?(ëE°ŤÚOôÅnYð’àF †¯ÂfŒï¨ðÃÓý?ïõòØ~ ¼Åª"ƒhG½ƒýJ„¡²¦¢$3>Ì?ÜUÀEË.=#ùžÂ$W ï‰ÅFëå,ÃÙ ­ƒ\K«ÐM ©™uîÛÀ¸w LLÇÀÔ…¥Æ²Ä*½ÅhAb¸Ô7¨‰r¥C‚,ìÃêQz4tÙ*l—ÐqW}-胆}µÓD¹¢W]´ÿÄ ØüÑoÃg›_ÔT40*¶~ÎË—†m쵠ߎ Š±-ˆ„‹F¾–(3Ü6ŽÏŸPʲ@Ä " Ï°V r¤öz )É n^{wÅ°f3C³ÅJói´z[/üÓ0SH®ŸLDßCr¿9 Ë©AP?µ K€Ô=ª†[CL§£ze_›·F$Ò —éCî)|·Ç$xÄãÀT2Ïrtü Ã8þz× ¤j nÇê MÀkT:¬Qñ6mñáI™¬j 7ƒQâ»ídÙ%,%•ðúDûåñ…¦*量|TyÅѱÒßièU°üÄèWòy„˸D%3l×8AܱàWbSQhÚ^¼-ÿ×ñþ ‰gŒ\80`´àCÀr=Ƶä*1¬xÕB¨EÊSÀeð±<\r”tÊ…ûÏ’ý“ Ís\ ˘Epk‹Œ-ÊVn!†[©bõX<¶Š½-ë}ì€èðÿÄ(!1 A0@Qaq‘¡ÁÑñ±ðÿÚ?ãhÍеÜÍ«å@¶-OÜB­³Û• Ïw¡ºµúè5 ´:Ä)Nãߎ41mûˆ5˜±é.²ïÛôüå³ÿveKŒ­‹Ä!d ´€((„l5ÿ_1¦ ž 5¸Ö‹‚6‚ c¼GKëb˜Œ„`;3 9`P4 Ã#A>³üLÚ‚3¼[ƒ@âpÄÀÌ®ùâR"¬†³.–TH•Â)'¤º!x–Þ•*0éíïfÅJ­—€8›'lAƒsÇŽá…odj%—Z!æÜîDó¯XqN½l°Š7V¢jº‚ä”B´[Ë;l7èAÜ×BÛ s¹í¾ ŽŠztÓÛÐ)¨«¾ÈÌÊŽtElyqŒâ ¨u[?“2î¦{3Ê›UˆŽà8ÌHXàÃpZxO†è1V`À‰ï,ýKA—- ñ SP¦ùŽý“ ®kÁ¿ 1M½Š»ó©m€uÑîÁž4Á°‚¼^g†pB7IVÅ¢ØÊ …åÎPn À.Õû˜vŽÆ—ýŒèÙ”6+OÌES¾FÍMK "*oâ@Xûq.œ!ïÀ›Œ}ìùqüÊ\ºRs Àÿs%\îX‰¨ô ^ %Ëá  CÞY-€&ϧB£7¶–|™¯ÔµÆ±P£åþˆO]¨˜E…ºSáMD™jl1,¦)A. šê¿Ø–ŠÎ染ü—O@¯îR:­{EVÙ¸JƒÃ¤è§§ƒ´TAJò‚ä_Q%rÖfªýÁ½r¡¸6Ÿå"* ß cq«ìê ‘‹Q–%H/S)b%Üc:uä2±Ež‘[PA*-~Y”Hœ+ò”•p½(¿Bë? ÁT«Ç¬Ed([æ¨Ê˜,Wí¡tHÅÛò~ô[å/sØè©GÿÄ'!1AQaq‘¡±Ñ 0ÁáðÿÚ?ðÉå“Ê€ä½hM³A­ëâ I€ Yb »>¸À?W‡“âiWE+»¬ÿˆÔJO8fPdÝUø`rƒÚu‘z¿‚ÓsH@ ¢€ÝØÄÚ…¥r@P®qfŽzÁap]žL=£mØ/qÙ……½:ÅrLl»pt!QÌx¹¨eçQv–%åsFþNðJîñˆé«ÝÞ;To¤*æcfëÉÑ”@¥f‰²tH#tÉBZ‘NÆïb¼YZ>ÙA–ñÈCuÝ5&±˜²ÖŒ/Ô¿ÛÓ¤°ßohrFÕpQ[ÁÄ*•Ur¬ÆÁ‡Ò¸cQ>§­ãaƺ††»3S]ß°®¶ù³ÄT"‰¹ -%n­ñµÈÔT¦žøªÚÛâݱѨ-,á_€4?@h~üM±9Far¡øKÑAö†Û4Þ¾  ]Y€äú£s]T>&Þ´b|ˆ»‹ÿåÀÒ%'PRÏB'5ÔñݯÓL!¹§v£wv1 VW' (WD82"ÎÞ½`°¸M¦€O&ŽÑ¶ð^ã³J‚^¡—·â%ézõÒá¥êŽ¤*¨gŒû›ü’\®óJ¡Ç3rö¾h h6N‰™Eìd4®/Ž` Š*JG¤4aL#‡Kvå®"_P£Q?.·!#Rä(RSN& T/£D8”±`£ˆ)tel-z„ º”)€`ƒ¢jSxº2Çvß>Óp ¯l!RX%’»‚iS¹ ù U ï«îÁFa ÃS?pP+=J|ÿ.—#+DˆI˜Ö€´Å>m’­¼L@V±ÍTn(÷Hb5hK`ÆÀqµ–#: ¿4;çû1“2Ðh­eíô|i²›îa÷€€´AýD5{ËŽPÆí-}y~` UÈe Ë…Œ:T"‰‘ °<7ƒ²/‡Ej֪Ď­_=¢³’µoZ“¨Ù¦R®"UÆ‹˜û‚:jw6˜6ÞÑåšð9{ðK'+x8„7e{³7ç´i¢Y «=¥¿¢‡S©ëÒ9e*6¯?£ÙQžêáXW‰[}ÏFÍ`wDm•ñ®!º¦*S_tUmmw|l€å‰i»e'êë…”z“¦ÿ'ª~Þ´Q%À¼?ËÄW@–ã9>ˆØU£âYE+äDïë¿Ê"@a“ÄдH´Žß‚AnÑ{lé|ÉꟅ*:*åç´** ¡¹D±€ù,·Õ¹¥{‚ »@ù·'d2 ÌÞ9bËÁÚÖ•fS.Ü’®26Å™ê™g#aháêCƒNx¸W~^¥ÞiV J·K¯'FPʲš “¢K¶é£d½S¡;ÊW”B|Íçy£L>Ä´Ð9~¦ŠÐ4­£0"ž Ù§Xx«¬£DÜÒ²u†ÖŒy°Ý0˜Ï¤®XM’&y¼8?“DFdUu  ”;™=Âã%—ùeR/1u*1iwl{ž“y̯´°!&µµ¹_ “ÍgäÁ~Ú‡ QíÊö€ž¢ÍûÚ(t'ÍÌ ,ºãD½ÐŽ|ýcý`c";TöR°Aí ­òeÁ,ù†b&"’0eWBhwšÉXíé”(÷MgYÝÁîÃå¡ýþJ»ÒVS¯”a8áÐmø=a"åÏ2è.I`ÌnfèH»Ð|1WÙ°Såwå±N,GYj›Ei3Ž!1©>NadB˜³V¸–Þ(•2¡•v ûXÅSÀ0ÑI¥pÅ¢aôcÝ`7™ª•Á÷Mtƒ­ü&’Å:ë*,óº4y=a<[Þ§Üܘ~{½¦”UqŸr‰4\ÄÓS¹1± š09~‰re·§Bh%í=§€Û£qÂÞ⽊#°Ô/É‘K¥pýÁ i„ÜŠí@e`ŒBž•¸ï»øAp¡ ¸Tü ¡ ;ju_ˆ£cL¢žùjK•¿Âä‹”Õß[[|E4e›¿€T * …OÔmûFGΠ„] ßSÅtY×:TfE«äøé科2ïüâajB‘ñéä™øõM´®ÞgÍBlì9ë Ì?#C'“·~­²^ªÍ/íc奩”Ë·*´÷ Q—6Ÿõ7ÿc¾éÑ÷7R@eåj @Û[ì>TÀ‡bMAÑ)&Vn-Ä&o@¢ Ò¦XŠ::ºÄlE"d^²×©§» µ¦ Ñ ¡Õ´³Èï ùa2: T4 ÿ»cÜô•ß)^Ø>!9¡Ñº 0‹ÉOù8¤áë1˜6€ˆrá÷ÏõÜÊ~®žäQo-aêkè—:È£Õ! rÐþË"q ­eÞ*A³ìzà –'vÏ™ŽÔa#úƒ • œaÿð‰vzÂ@\íekYh,+u2û¯ë±6ƒœŠoYõËEUmUˆÓu##ÐÚ=TÞ-íÉ÷7{%ïtnöš 9:>åJÐrŸp)ÇG'shh%:KàÓ…Êõà™g“ÀlÊû>Œ 9šî ; ¡TEVÕßöôP z[–|E`E÷ËR\­ø‡*ÑTÆÀÇŠ¥U]ß­Î@ig ýÿÙRaster3D_3.0-7/./html/r3d_example2.jpeg0000644000471100001440000001544313562710037017106 0ustar merrittusersÿØÿàJFIFÿþ Imported from AVS image: -ÿÛC    $.' ",#(7),01444'9=82<.342ÿÛC  2!!22222222222222222222222222222222222222222222222222ÿÂÀðÿÄÿÄÿÚ üüéosg¤ú›Æj2g2@Úꯧ¼SW0ºÌ´”4鲟?Å”€éo¿Mb+ÅŠ:­½ù…–s ¹Î½cÏÆ|n[S¢¾¦ñl×V^&8ë«OHu*á5C&Sæa }mt¸ã.:Z÷§G6êî̹̜ž?,ÓYMã]ñ÷¯åc®³}®ß»ˆST˜²ŸšÀ=x5ÛCLñßÖå4Vz9‡ƒÉ`Ñ[ýVz¼Žï®köÕž“jç«Éæ´§ó´öç¿›[-²çKæëðìÇÓ®»u,¯;4çã_HHûß?ѲÚQ5ªk]Ùõ¥•Ò¹¬¢JÞGkù7Ôè0êú :³Z¶DÓhæb­'‰ˆGI¡J'ËÕù}zÜOÜqúYí]5½EW‚sNwÅäÉlá±çöxW× ®[÷<~œ•¢‹F}£„tžâišÖ­¨‡›Â¸-o&ú€ôâj++ER€ÜOÚòz=VŒ7‹¢ôi YÄÅh¢p­Ç|gçZþeôö™ë ˜GeH®\CÓ¦ÝӞ̺h¾÷A|±è†´Ît) ™åá—q_M€}ÎzÀ “šªÆÛiÝäuù:²êÉ­¶³òãn^y·vžf¶Ó/úpq.@>÷=D@ eSµìg‘¥l¥Y›öÂ%2Id=ȸ€€ ‚ˆ âRˆ$  D ¢` H€BØ°€@$ˆ€€$ ÿÄ(!"@ #23`01ÿÚþÍÇãucÒÈòŽ0uäV+²c×ãq™_=ÝÈŠ.ØŠúÊüjô*}=[?ÄŸ”µrgIb„R6(ÁfƤÍü»–Ï”— Ö'a;Ť… Ô rÙV~¯˜`­±2îCúœrO}M}ì°—`<-SXàPCcÊßäô꽪5òȹ3kÙûúÅʪ…À³ÆýÅ^· ð lt0`’[«å…\·&À=d¢ÛuUŸÜ«F³*€““«í©Î}Oñü45ꪽ–U–±¿o'\k Ê©?OWPðƒB0}*›ðwÅž*Í-¨­j‘{­àªv-øÍ‚]Ç:úTåR°ÍÓÃZp@+©tt+UŸ¿ÂùÚŽUzÓ÷bbbbbbbbb/bZ#X ¥UüÞÕ(¯Ù‘hVÿ¿à[Võ÷N‹Î“Í[ýxøÄÄÄÄ5ƒ: : :&X¬aFš™¡€wÞÈÎÇάg@˜8Éìbbj>q1ýoÿÄ(!1@A "a02Q`ÿÚ?ÿLß;rߺùY}£ç&SËK¡°“ÓÝ>Rœ`µH»vpçï®ÑœT5%+&©R1=£yK&—Ýæ²Ɖ­ÔVÆžKþwœdm¦%HÇ—D”¥kØ»eŽR茿óÞh§tÉ┌Îeò®†¥tF.NÕ:}¾8j!1®QŠs×Ëá´Iñ¥¶$®ÉB2Ù™qÏêv˜´¨üyKdS¢Qi’ù‹}É=…õ2{Á”F]–QkSKd+ÞŠ¾¥ø)·¸ÝüšmÿG%§~Iv)[¢1Ò¨¦ÙUÐeÞü¤÷±"LË=0t_(¿„j÷½Ñv~½Oغè)_Q½ö<Ùw!y%\i“‚„š:">ý%ïJÝ ,jˆÌŒÖF΂–jC¶yÐí"sšUJQ‘ü´QEPó6·(ÁÍ(Èãrf'êaÖ[n†é Í-›å‘¹lidýœ%¤M5hâñúõ¸òÿˆáò)ÁH½n™DíÉÙ2J™'©”8=[ÚQDe¦4±Mù$µu4/ÁE¹ÿÄ&!1@A "0Q`aÿÚ?þ›OKw$ Ó®šzV®F¬T^;-&¾Ž_¡W>I:5#½J5E_'¥ vKJK=¦–œd²qÉt9d¼’CoÁEø<–KNû==¥Ó†%¸o%¦ÍÙ-,–jj>;M&Üm“H¶ðI ‰r%“É>{Hj8ž­¼ôdyè…\±K¥ííôßE†FžKvdK&¬«¶rK‘~B‹¯(7Rï’ŽE+X%uŽÛòuäæ´ô^|‘Ü—ÉßFGƒNXÚNVËt)5Á¹›»M±Üä¼ôE¢2Éuǹ>ËRnéèË¡G#øð.ÝÛ³Yš*¾”ûÆ9(ç/©{ì²ýíÖF÷;-6Ò87ý1û¬²ÏOôjÊ/ ۵ݖFÛÁ/ŒèÏJëEìœbÝ´=9î´4ÖKÒWVF2œ¬’¦qî¬÷û/ûŸÿÄ1!1AQ"2@a‘ Bq`#03R’¡ÁÿÚ?ýÌKä }*â6 —Èâ>Þª@(¾“^¨e4Œ¨ ˆÕá 'È(º9{GTë®rgu&óþ•R©ÍêM7…§E}ÔLº½áM.Ó³pvUÍÊÔtPpP¹²’Jn³`¤‹'8*Œv%Cr‰{®®›œáMÉT€¬…¥^ÈÁžÓq²¨ÄñxFPhp½ÔT¼¢çef# àß·x‡ZòÕs@eVŠÑ+Â"5Ó¶–0œé»éVh#ñ&h¹U+Ý_µwõ<"ZG%Ðk4})ÆaÅ·GmÐe²¹.Qò8_E. Xèû¢6ìølþÖ ¢ZSIlÞéÄÐUœ‹žªÄ¦Â©êe@ ûÙ7Šó7éTµ “p¹ÜceðÀ¾…s› ”Dµ ÆÈáC²¯ŸK_± ÜÂo©ÕIi B‹N‹™×ÑUî†!-VÓ’d•|ª[®è·SªÚÄÐœv ¯¦nªá»—DàÐL!X¾è›S²åÔuB˜ÙÕdï¨ q¢ƒ…â~~¦¬uÐWC½¾`Ñ’ƒÿ%&/pBщR™ÀU<í—L&ÚÈÊÕ,ü«›¹Fž€’­4ïüΑ쿦ßeо¡ùR׸®àé…[óà¢Òm&€é$£.%Ú/âåWÚv:(T·Ôƒm¼«*[{þèyR\?  á…:îTdî¡ØUD“‚V#רïe°ÜˆöMkÅR2°ºJÁìp²V¨Áʶ`úa`¬.§'r“0!ß& é ™£¹ÂÀý¿ÿÄ)!1AQaq@‘¡ 0Á`±ÑðñÿÚ?!ÿSMàG%£$âilŽÉ’6Màäž»X¿†É&Ó_XF›,zœñ*«$l6ﯻUiž<jÍždÒPW§ZKHÕ ›ÇÄn9+‰'¯$J>Š'ÿÀ…:|Њâ& £Œ£4@«•hê—›4Vclß-“¶D Ù\iü7’§Xo£Ùa®‰§úW(Fù-™±z˜ÅƒMrcͼèÑÁz!-Q°¹ZIŽ߉ߜ·,XÃn¯¡±ªeNÆ{Ï¢ PðiÈÖ rŒîô4'ÁLþ©æí ž5wñ#‹´F‰˜´±ä".­ÛæÀ}nV+NE²‡O£:®§ðøû2ð‹Øæ›Éìmwû3ô«‚ÑZÚ8¦Yö>ŽYßL/ÆÈo•"h†c?c`±”òXQÒ-º6UƒS>­~ÄmmŒÙ~~/_ãWuàIyجJ¶çÃî47[(•SÙÃGrGðÄÒ˜Û>8¦K)·_Öø›öÆ®oH4‹#Ü_Ø{ ¯éØ{ØÙÞb†Q¹‚· ô»<Ž¥Ô@ÿ¡?ÐVŽ.¦Z´ýl3v–!+>Bò!&–Æ`¹3ý †G´ßh7‹€ý67¥è KùSƆ㬊ç!q§ÝLp2mLA ¢<™Z¸7ÁPB&í¿È¹]s}ŒÕL2ÂÜZŽ°t×Ç‘ZûƒœwàvÕå?€š4ªÊoƒ&¢F÷f vÆ4~Ì„=¸xg¢¶Š€Ë~ð„Ži!¡ôÕzjãЭ>‡”Ž%;ÀÞbà˜CˆÉR™ÁObw  µ¿¡¯¿ØÓþ!«jú5ù„!B~òOHž—èW0õø'ì5á{dèCþÑ#—èåþ!‰¸úTPU3ãK”–ž?’—ñLî_G'ïH-ø!B„!B„!BŸ„ôýÿ€„ü„!B„!B„!B„!B„!B„!B„!B„!B„!B„!B„!B‡ÿÚ !Ë„{‹ ˆÙ*/U¿êˆ§·‘£rÜ–™„ ›ÀJ¯Ì >˜ Rè.¹P%c”¯•0@~%éL70Ò6ëó"ÕÃÇ©½À–[,dn²Úë'äŸß¿–6X®Q€A)¤Ó{íþÿÙ,¹ðH$ 6šO·ÛíöÿN€A ¦éöû¿ßíà ÿÄ)!1A@Qaq ‘0`¡ÁÑð±ñÿÚ?üÍF ô|"¾çƒ t ÔK@=¢N•pÁkßÍþѽ„‡Zê=º^Š¼Íüfs‘þ“]k¨;M¥á@ãçǹRx`#3UþO榻D¹y´šùŠòñQ£Â>Wz} ¾ß)Å;ó‰‚ …`o~Ï®?YÇQÛh‘ÃBèùó,›Š!iÿp|ù”îØ ²ª©I{©‚ÛŒ+o™ySþƲµÇ%þÏï P²ýkà†c™D?$Ùæ¿Ü„ƒeö`™å&"— É‹”˜rωƒÚ`Ô´í5±‚™i{!+~£´Ñ.}‘çb-+6MBßRÆ”lJJÚ]¸$"^{Ì®9¨Ú¥7‰ ¡D"£0l‚±(Êå–áÜ'rÄm™‘–ö €mÄ­€¹`9K²ñp²5ÎHÎ ‘ÊŽj^[ Pyúí/-)úœ†Ød¿y`‚5 EÛ33ä—‰MNà&Ý̸|CDî,T÷ßâT¤¬¬,±Ì@ uj\®"Xþ…y•D¥É÷ÇÞfåxñ1WÀ`‰dzú=Féf]‚@•Ñ®eòŽAJ»½B ­î¢2…?R´hÔH@³Ôk:2‘iL®ÇâS£Ô¦í¸?)uy@¥J•ôWE{ªü¿ÿÄ'!1A@Qa q‘`0¡±ðÑÿÚ?üš²âEÔ•ÄD¤é艞¢]æ˜Æ ¯” 2±&8W˜š‚ Ó"%fX Ádó)±Ú ¨†%’®9åDµÂ`g0Ê…=,Ú`Û™ó“Ä-e€Ôv#º „E-ô® *¢¶Ø­ÊÈw$â„@Qq9b!tßHž2v‚·He¹kÌ*—T\(AGdøÈéè-³aâ.Î:1)Gr‚ž™jQÀB'<ÊžO0ðL©©àL«\ôµUšÕl¯žaØΦ膀·í¯­LÈÃDÙvõµæc¸g£]›ù?äù™­1°ËéPj‹Á2¦Zz!¯º6åÌ Yh+LîY.ˆ¥#è ô*…—ËPs231B\ D¨ÀŽ2ËæfçA{rˆª˜UÍ¢¤ D¨ç‰Ç¢Ê Í}e%%žà ‰rôn%|Ä»£P§$(ô<Á.W£<¿VÙihئGHÕ9ù/ùÿ~Òîì¿×ûPm© 9üp.9z–‹ŠÜô. Ã7ïÇÄBÄTú–VÞeÁöLâ²%’É}Ë‹m±µY©D©G¥ËöÜ·ç?ÿÄ*!1AQaq@‘±¡ÁÑ 0ðñ`áÿÚ?ÿéBÚ Ó±ˆó¾¾J5ÌȲUfa9 ¤m MÝåçøý a0úúpd’Å0§ÖÖîªâ l?õ Tv¥ðôÔdF¸`!À8`=Åã=ƒ—.e?A¾kÚW3fK=~#:ùpYÙ=}!À@•´@›ªZ;¢8•ê–[Ás-NMãÇQ`Øø>ñÅÛYu¼‚ ‘£«ðucˆF\(!Žö/Ì©˜Ê©OTs-» 8MÊú1 7ïæê ‡`™Yˆë¥¯~¡<Ú¶”)+‹™ÐQãj a) ¡ˆ¹kŒu*¢k ^¢ õºìŒ"§g$ÀK«™Ï#K[”M}#ãhö‚èþ¾ ®W–˜ Öá¨ë•Ý.´æ8äb˜nüGGŽhÑÔ’­¡ziûÂT(î8 µŸ—ý¨á¥JVý¢zkwúLÛ¬_gSW„t{ø€ÌÊØ»uÇRÆ×á¥8‰©zC~-õ- ùK£ËÚå¨[¢ÁßÌ—)¿™D»Àrµôõ¢ éÃ_ùâ:T¶úŒT‚¶Ïh8€,a:`^˜al1¡@)Pµfâ°Ò™Wxûoé¼~ÆßWçBØ”kn3Ò^Ù™êØÀ—ï©Ž1±@®¢W"V>Xü }‘ub»L‡$têªíúS(âè;ÀCÁKÂ~bë(nêÛm¾åJŒ-kâ"3l'Ý©•6YÍK,Ö}çâhÍ#/á+²w.õnºûÀeUÀ=ÇÔJ´²íÿn ql x·$¥› µc_G˜ìYVï2é¸ 0óQÓ0`¶oó Ò‰Î]T³ä£Và$Fí¥|™x ¢©éNWY8·' ÷…ᾟ Ã.éܦŒ«½ºñpŠ7Cʸ~Šüö ”-½çí0¦›†[ÇÍÄèÕ!;dõÇ4N©ê #0E?´Ã8deOïˆò°R-uqµzºt¼q4ÒRO‰ZDa"¸c,Úê/4hþ`° a<À Gèpº¨ö‘"%Rüæ4\C\éñXXXUœóÜ¢lRÈUý¾"ž‰Uàµ\»†ŽCtC+ã&â¼–8‘4~ðêôÎÞ/0F%Ahz18†v쪖ÛÜÍ1P[ÿóè@U¼–.«Ä³`V:3K,$ rWš–è 6rxÁi¬Í*nÛ°óòG…Š8–¢»¢oZÏ¿Ú©lBÝae¶q˜.Ñ|¼FP KºïÄ`¯àñzìœköÿ1þþ!¶Åm‡ªõáø2ë»þ¨â8lJÿžÊ^V5;´`,Ø`¾<Ä!±CÆ5º:¨$4"ƒoùP¹ôÑŸPAU±²ü0yqµá^a7mPï©k¬ç}K[ª‡0 4]Žn,ZÊÁjУlœµPi,h>Ò¡ÅtlzóQs¸‹jû[Gñ6ÿ? CÒþgü {W IX×S$”. ìÝԤǼ$V\š}îQ µlüWŒÊ¨’ÄC»ê³-êŒæVÔ¦ Œ<û™‹´Æréä¿5_gÅó*"IÃx¿¾bÀ6y`õ0£/iu¦[>XjäZêXámg˜\žÂºÉó_æǧú_Ö“`j-Öà· „yºp_]J× CÁð[uUÅMñ€K8!X ±^<¾Œ†gŸˆè_C`¶×WˆÏ"Dƒ”ÚüK²áÜÄ1E¯ƒQĆ}KTQTáS±®®E½Rªº9üKr™žåÆãL=÷7)é‰û2"©óú¿êþ½"›odü6‘mÚAü@œ©Ö?¨®‡áý@Ípwñ‰Wb^B²­e[noÕ³…Œ–[Øæ ›Ó╘<’ê”ù+?3^™œNA‹v‹á%Ö|#`žbÖz“í,'á#ôÿþݲòݲݱ¶Ë÷)CÌ“ËvÇõù¯Óÿÿþýwÿƒÿìz¡ÿ¯ÐÿÿzOIëúÿÙRaster3D_3.0-7/./html/r3d_transparent.html0000644000471100001440000001175613562710037017754 0ustar merrittusers Transparent surfaces in Raster3D

Transparent surfaces in Raster3D

Transparency

MATERIAL descriptions (object type 8) now include a parameter related to transparency. Material descriptions apply to subsequent objects in the render input file until an termination record (object type 9) is encountered. This means that an entire surface representation, for instance one generated by the program GRASP, can be rendered as transparent by inserting one record in front of it and another at the end. This is illustrated in example 6 of the Raster3D distribution kit.

Nothing is free, of course, and this includes transparency. I tried very hard to leave normal bread-and-butter operation of the rendering program unaffected by support for transparency. If you are actually rendering an image which contains transparent objects, however, the program may slow down by as much as a factor of 3. If your machine seems to do much worse than this, you can try the fix described at the end of this section.

Here is an example of a MATERIAL description which specifies a transparent surface: 

    8
    17.0    0.6     -1.0 -1.0 -1.0     0.9        0 0 0 0

    ^       ^       ^    ^    ^        ^          ^
    |       |       |    |    |        |          |
    MPHONG  MSPEC   SR   SG   SB       CLRITY     OPTS
The first record specifies a MATERIAL description (object type 8). The following record contains a set of parameters which apply to this material.
MPHONG
overrides the global Phong parameter in the header; a lower value (<20.) smears out specular highlights over a larger area, which is probably a good idea for transparent surfaces.
MSPEC
overrides the global SPECLR parameter in the header; controls what fraction of the total shading is due to specular reflection. This probably should be >0.5 for a transparent object.
SR/SG/SB
red, green, and blue components of the specular highlights. Remember that each object has an associated RGB triple that determines its colour. But the "colour" of a transparent object is somewhat problematic, so you have the option of passing the object's basic colour through to appear also in the specular highlighting. This is indicated by setting SR, SG, SB negative as in the example above.
CLRITY
This is a value between 0.0 and 1.0 indicating the degree of clarity of the material. 0 indicates a completely opaque surface, while 1 indicates a completely transparent surface. Values in the range of 0.8 to 1.0 are probably appropriate.
OPTS
These four parameters are reserved for future expansion of the MATERIAL specification. OPTS[1] controls how overlapping transparent objects are treated.
OPTS[1] = 0
All transparent objects will be rendered, subject to the limit that at a depth of three overlapping transparent objects the third is effectively opaque
OPTS[1] = 1
Only the topmost surface of any given transparent material will be rendered at all. This will, for example, cause internal cavities to disappear from a molecular surface covering an entire protein. It also allows rendering only the outside surface of a transparent CPK model.
OPTS[1] = 2
The rear-facing portions of transparent spheres, cylinders, and tesselated surfaces will be rendered (normally only the front surfaces are rendered).
OPTS[2] controls which algorithm is used to vary transparency as a function of alpha (=CLRITY) and the Z component of the surface normal. OPTS[2] = 2 is theoretically more correct, but in my opinion comes out looking less transparent than it should. OPTS[2] = 0 is an empirical function that looks better to me.
OPTS[2] = 0
T(ZN) = 0.25 * (1 + cos(pi*alpha*ZN))^2
OPTS[2] = 1
T(ZN) = (1 - abs(alpha*ZN))^2
OPTS[2] = 2
T(ZN) = 1 - alpha ^ (sqrt(pi/4) / abs(ZN))
OPTS[2] = 3
T(ZN) = 1 - alpha
Back to top Raster3D homepage
Ethan A Merritt / merritt@u.washington.edu / Biomolecular Structure Center at UW
Raster3D_3.0-7/./html/normal3d.html0000644000471100001440000000503513562710037016353 0ustar merrittusers normal3d - Raster3D package

NORMAL3D

SYNOPSIS

normal3d reads a Raster3D input file from stdin, applies any coordinate manipulations specified in the header, and writes the modified file to stdout. 
normal3d [options] < infile.r3d > normalized.r3d
The output file from normal3d describes exactly the same image as the original input file. Header records are left unchanged except for the transformation matrix (which becomes the identity matrix) and the format specifiers (which are set to *).

OPTIONS

-ang AA
Only meaningful in conjunction with the -stereo option. Normally stereo separation is introduced by adding a shear operator to the left and right images. The -ang option instead creates stereo separation by rotation the left and right images +/-AA° from the original view angle.
-expand
The -expand flag causes the program to In-line and normalize all instances of file indirection in the input stream. This results in a single render input file containing no file indirection. The default is to simply copy file indirection lines (those begining with @) to the new input file without opening them or normalizing their contents.
-h
The -h flag suppresses all header records in the output file. All objects in the input file are also in the output file, but their coordinate descriptions have been normalized (i.e. the original transformation matrix has been applied).
-size HHHxVVV
Force the output image size to HHH pixels horizontal and VVV pixels vertical.
-stereo [scratch]
The -stereo flag causes the program to produce two additional files, left.r3d and right.r3d, containing header records suitable for rendering the normalized object description file as a side-by-side stereo pair (see stereo3d). If a scratch directory string is given, it is prepended to the filenames {scratch}_left.r3d and {scratch}_right.r3d

AUTHORS

Ethan A Merritt.
Back to top Raster3D homepage Raster3D_3.0-7/./html/raster3d.html0000644000471100001440000003235113562710037016364 0ustar merrittusers Raster3D package for photorealistic molecular graphics

Raster3D V3.0


The Raster3D molecular graphics package consists of a core program render and a number of ancillary programs that read atomic coordinates from PDB (Protein Data Bank) files to produce scene descriptions for input to render. Raster3D can also render images composed using other programs such as Molscript, Xfit, and coot.
Index  
Programs in the Raster3D package Filters
  • Import molecular surface descriptions from Grasp or MSMS
Hints for composing pictures

SYNOPSIS

Raster3D uses a fast Z-buffer algorithm to produce high quality pixel images featuring one shadowing light source, additional non-shadowing light sources, specular highlighting, transparency, and Phong shaded surfaces. Output is in the form of a pixel image with 24 bits of color information per pixel plus one matte channel.

Raster3D does not depend on graphics hardware. The rendering program currently supports output to files in AVS, JPEG, TIFF, PNG and SGI libimage format. To actually view or manipulate the images produced, you must also have installed an image viewing package (e.g. John Cristy's ImageMagick or the SGI libimage utilities). The Raster3D rendering program can be integrated with ImageMagick to expand the flexibility of output formats and interactive use.

Ancillary programs are provided for the generation of object descriptions based on atomic coordinates stored in PDB format. Although Raster3D is not intended as a general purpose ray-tracing package, nothing in the rendering process is specific to molecular graphics. Some of the algorithms used have been chosen for speed rather than generality, however. They work well for molecular graphics images, but possibly would produce odd results if used for very different types of image.

Raster3D currently supports rendering six object types: spheres, triangles, planes, smooth-ended cylinders, round-ended cylinders, and quadric surfaces. It also supports the definition of material properties (transparency, bounding planes, color, reflectivity) that apply to groups of objects within the rendered scene.

New in version 3.0: Dynamic array allocation, direct rendering of labels.

EXAMPLES

Using only programs included in the Raster3D distribution one can create and render space-filling models, ball-and-stick models, ribbon models, and figures composed of any combination of these. The following set of commands would produce a composite figure of an Fe-containing metalloprotein with a smoothly shaded ribbon representation of the protein and spheres drawn for the Fe atoms: 
# 
# Draw smooth ribbon with default color scheme 2, 
# save description (with header records) in ribbon.r3d 
# 
cat protein.pdb | ribbon -d2 > ribbon.r3d
# 
# Extract Fe atoms only, and draw as spheres. 
# Color info is taken from colorfile. 
# Save description (with no header records) in irons.r3d 
# 
grep ``FE'' protein.pdb | cat colorfile - | balls -h > irons.r3d 
# 
# combine the two descriptions and render as AVS image file 
# 
cat ribbon.r3d irons.r3d | render > picture.x
One can alternatively use Molscript to produce a Raster3D input file by using the -r switch. Integrated use of Molscript/Raster3D/ImageMagick allows one to describe, render, and view 3D representations of existing Molscript figures. 
molscript -r < infile.dat | render | display png:-
A similar example using xv as an image viewer, and assuming that TIFF support has been built into the render program: 
molscript -r < infile.dat | render -tiff image.tif 
xv image.tif
The same image rendered as a side-by-side stereo pair: 
molscript -r < infile.dat | stereo3d -border -png stereo_pair.png
The Raster3D distribution also includes a filter utility which will convert the 24-bit color AVS output stream from render into a dithered black & white PostScript image: 
render -avs < description.r3d | avs2ps > picture.ps

SOURCE

via WWW:
http://www.bmsc.washington.edu/raster3d/raster3d.html
contact:
Ethan A Merritt
Biomolecular Structure Center
University of Washington
merritt@u.washington.edu

RELATED PROGRAMS

Required for full installation:
libgd
Generation of PNG and JPEG images, as well as label processing, requires prior installation of the gd graphics library. libgd itself requires other libraries, but if you have libd itself installed then you should be all set.
TIFF
In order to build in support for the direct output of TIFF image files, you must separately obtain and install a copy of the TIFF library (libtiff). However, you can only render text labels for PNG or JPEG output, so you may be better off generating PNG images and then converting them to TIFF afterward.
ImageMagick
For full functionality you should also obtain and install a copy of ImageMagick
Some other programs with direct Raster3D output modes:
Coot
The contents of the current view window in a Coot session may be rendered in Raster3D using the <F8> hotkey. More complicated scripting from Coot is also possible. Coot web page: http://www.biop.ox.ac.uk/coot/
Molscript
Figures composed in Molscript can be rendered in Raster3D rather than being printed as PostScript images. The Molscript web page is http://www.avatar.se/molscript.
ORTEP and the small molecule world
ORTEX V7 (an interactive descendent of Carroll Johnson's ORTEP program) now supports Raster3D as an output mode. ORTEX runs under DOS/Windows, and is available from http://www.nuigalway.ie/cryst/ortex.html. Another small molecule package running under Windows and incorporating Raster3D rendering options is WinGX, available from http://www.chem.gla.ac.uk/~louis/software.
VMD
Biomolecular visualization tool from the Theoretical Biophysics group at the University of Illinois, http://www.ks.uiuc.edu/Research/vmd/
X3DNA
Figure generation and analysis tool for RNA and DNA structures. X3DNA Web site: http://rutchem.rutgers.edu/~xiangjun/3DNA/.
Xfit/XtalView
General crystallographic model building, map fitting, and analysis program by Duncan McRee, available in both academic and commercial versions, http://www.sdsc.edu/CCMS/Packages/XTALVIEW/

LICENSE

Version 3 of the Raster3D package is distributed under the terms of the Artistic License, Version 2.0.

AUTHORS

Originally written by David J. Bacon and Wayne F. Anderson. Ancillary programs by Mark Israel, Stephen Samuel, Michael Murphy, Albert Berghuis, and Ethan A Merritt. Extensions, revisions, and modifications by Ethan A Merritt.

CITING THE PROGRAM

If you use the package to prepare figures for publication, please give proper credit to the authors; the proper citation for the most recent version of the package is Merritt & Bacon (1997) as given below.

REFERENCES

Bacon, D.J., & Anderson, W.F. (1988) ``A Fast Algorithm for Rendering Space-Filling Molecule Pictures''. (abstract of paper presented at the Seventh Annual Meeting of the Molecular Graphics Society). J. Molec. Graphics 6, 219-220.
Kraulis, P.J. (1991) ``MOLSCRIPT: a program to produce both detailed and schematic plots of protein structures''. J. Appl. Cryst. 24, 946-950.
Merritt, E.A. & Murphy, M.E.P. (1994) ``Raster3D Version 2.0 - A Program for Photorealistic Molecular Graphics''. Acta Cryst. D50, 869-873.
Merritt, E.A. & Bacon, D.J. (1997) ``Raster3D Photorealistic Molecular Graphics''. Methods in Enzymology 277, 505-524.
Back to top Raster3D homepage Raster3D_3.0-7/./html/ribbon.html0000644000471100001440000001016713562710037016111 0ustar merrittusers ribbon - Raster3D package

RIBBON

SYNOPSIS

ribbon is a preprocessor which prepares a simple ribbon representation of a protein backbone for the Raster3D molecular graphics package.

ribbon [-h] [-d[0123456]] pdbfile
or (to take PDB records from stdin) 
ribbon [-h] -d[0123456] -
Ribbon reads a PDB coordinate file and produces a stream of Raster3D object descriptor records on stdout describing a ribbon constructed from a triangular mesh. The file produced by ribbon may be fed directly to render or it may be combined with descriptor files produced by other Raster3D utilities.

EXAMPLES

To describe a the entire protein chain as a single ribbon colored smoothly from blue at the N-terminus to red at the C-terminus: 
ribbon -d2 protein.pdb | render > chain_picture.png
To color a multi-chain protein with specified colors for each chain: 
cat chaincolors.pdb protein.pdb | ribbon -d5 - > chains.r3d

OPTIONS

-h
Suppress header records in output. By default ribbon will produce an output file which starts with header records containing a default set of scaling and processing options. The -h flag will suppress these header records so that the output file contains only triangle descriptors. This option is useful for producing files which describe only part of a scene, and which are to be later combined with descriptor files produced by other programs.
-d[0123456]
By default ribbon requires interactive input to select ribbon parameters and coloring information. Five default coloring schemes are implemented, however, and these may be selected as a command line option to bypass any interactive input.
-d or -d0 same as -d2 below
-d1 solid color ribbon (defaults to blue)
-d2 shade from blue at N-terminus to red at C-terminus
-d3 one surface of ribbon is blue, other surface is grey
-d4 shade front surface from blue to red, back surface is grey
-d5 color separate chains using successive color cards from input stream. Note that pattern matching on the color records is not done; colors are simply taken sequentially as new chains are encountered.
-d6 Take color from nearest CA atom using color match templates from the COLOUR records at the head of the input file.

DESCRIPTION

The input to ribbon consists of a single text file containing colour information [optional] and atomic coordinates in PDB data bank format. Only CA and carbonyl O atom records are required; all other input atoms are ignored. Ribbon parameters and colouring specified interactively when the program is run. Keyboard interaction may be bypassed by selecting one of the default colouring schemes using the -d flag. A triangular mesh ribbon is output as Raster3D descriptor records. By default the output file contains a set of header records as required by the render program. The header is constructed to include a TMAT matrix corresponding to the transformation matrix contained in file setup.matrix (if it exists), or to the Eulerian angles contained in file setup.angles (if it exists). Ribbon produces a continuous smooth trace of the protein backbone. For more complicated representations of protein secondary structure it is better to use a different program, e.g. Molscript, rather than ribbon.

ENVIRONMENT

The files setup.matrix and setup.angles, if they exist, affect the header records produced by ribbon.

AUTHORS

Original ribbon code written by Phil Evans for the CCP4 version of FRODO. Modification to describe solid ribbons as triangular mesh for Phong shading in Raster3D package by Ethan A Merritt.
Back to top Raster3D homepage Raster3D_3.0-7/./html/r3d_labels.html0000644000471100001440000001112513562710037016643 0ustar merrittusers Converting Molscript labels to Raster3D

Converting Molscript labels to Raster3D

The most frequent question I get about Raster3D is "How can I get the labels from Molscript into my Raster3D picture?". There is now a very easy answer - "Install Molscript Version 2!" The newer Molscript version (available via the web from http://www.avatar.se/molscript draws labels in such a way that they will simply appear in your Raster3D image along with everything else.

The rest of this information is therefore now obsolete, at least with regard to Molscript. It may, however, be useful as an example of how to mix PostScript and Raster3D processing. Generally this requires more effort than the result is worth. I recommend simply labelling your Raster3D output image using an interactive annotation tool on a workstation screen (e.g. the annotate mode of ImageMagick's display program). However, for anyone bound and determined to use Molscript for labelling I will describe how it can be done.

  1. The first thing to do is to establish the size of your eventual image in pixels. Let us say that you want a 3-inch by 2-inch print to be produced on a 300 dpi dye sublimation printer. 300 dpi (dots per inch) times the desired size gives 900x600 pixels for the image size. Construct a header file for the render program which describes this image size; e.g. 
    	My new picture with no anti-aliasing
	 45 30     NTX,NTY number of tiles in x, y
	 20 20     NPX,NPY number of pixels per tile
	     1     anti-aliasing scheme 1 (none) or 4 (smoothed)
	 0 0 0     black background
	(etc...)
    Pay particular attention to the fact (yes, it's confusing) that if you use anti-aliasing schemes 2 or 3 then the eventual number of pixels is not simply the product NTX*NPX,NTY*NPY. This is explained in the render manual.
  2. Now make sure that your Molscript input file is actually drawing in a box of the shape you have just described. To use the procedure I describe below, you must use the "area" command of Molscript to force the lower left corner to (0,0) and the upper right corner to (900,600). Furthermore there must be no bordering frame drawn around the image. So your Molscript input file will begin: 
    	plot
	noframe
	area 0. 0. 900. 600. ;
	background black ;
  3. Run Molscript with the -raster3d option to produce an input file to render which uses the header you constructed in step 1. 
    	molscript -r < picture.mol | render | convert avs:- picture.ppm
  4. Edit the molscript file to remove or comment out all drawing commands except for the labels. Run molscript again, this time in PostScript mode, to produce a PostScript file containing only the labels. 
    	molscript < picture_labels.mol > labels.ps
  5. Use ghostscript to convert the PostScript file into a raster image exactly the same size as your Raster3D image. 
    	gs -sDEVICE=ppm -sOutputFile=labels.ppm -g900x600 labels.ps
    At this point you have two images: 
    	picture.ppm	900x600 Raster3D image from original Molscript file
	labels.ppm	900x600 image containing only the labels
  6. Use the combine program from ImageMagick to draw the labels on top of the Raster3D image. 
    	combine -compose atop labels.ppm picture.ppm pic+labels.ppm
  7. I used the ppm raster file format throughout this example just because it works in both ImageMagick and ghostscript. This may be installation dependent, however. I'll now convert it back to a TIFF file. 
    	convert pic+labels.ppm beautiful.tiff
    As you see, this is a rather lengthy procedure. Furthermore, the label positioning will be slightly off compared to the pure PostScript version because Raster3D and Molscript treat perspective differently. As I say, I prefer to just type in the labels interactively so that I can see where they are going.
Back to top Raster3D homepage
Ethan A Merritt / merritt@u.washington.edu / Biomolecular Structure Center at UW
Raster3D_3.0-7/./html/r3d_stereo7.jpeg0000644000471100001440000006630113562710037016760 0ustar merrittusersÿØÿàJFIF,,ÿÛC     ÿÛC   ÿÀ"ÿÄ ÿÄB!1"AQR‘2aq#Bb$3¡± CÑðS¢ÁÂ%4‚’ñÿÄÿÄ9!1AQaq‘"¡Ñð2R±ÁBáñb#$3r‚¢ÿÚ ?ð)\ Iôf¼bùúç[®9'`rNÏ9 šõ¬®‰1ÒL¿¢Ø$L+Æ}›5éqº]¢"cZ’÷Æa……µð!.ZN‡)Ø;U“©§.ö¶ê /¨²·ìóŒ&MªäÍÎÝúc ²Ïa¦™Yo}Õ¾žHm Ù¸Vãp÷ù-öáoG;}ùs_ÎWrî¨N]¦ªÚ‡Qn/¸c!ï+K\¯ßŽ·ûîºu¨V‰Ñ)SXÖ~ÌEÈÙ-.©¶Crá5qY+Lhí‚Vë‡Ñ)zŸàlø¨ZQJ;¥(ëZŽ—3ìÏ™•ÚaÀ’ÌX*ºH¸´.‹„“£%17Ü-¥9q"_×.Ë‹G–ÜâAâ°÷ žjÑLà nb4Yµ)J©R”¥4Gʈ”¦ˆùP þôD¥i÷B/]:龚Ün¶9vÌ©O s6Ù¾ðê’ÒR\Rôž)â¥öÈäT#çY½IÍ-4TÜ×0Ó‚R”¨¨%*õÑ~ŽÞúíÅÄqÉæo§EÊWa.„ùXIây('’ø¾(WÓUS¾ÚŽùq¶™ K0ä»Ȳۥ )ä€xll¢*YMfä¦XàÜÕ¢èÒ´ŽŠô"û×[ÚŠuª#¶¨ŠŸ)7 mB:+q)JV ¾kHùÖl<€G¡- v(XàˆÐ®iR¸¦8þ]’[,±¤Ä‡&á!šz{Ý–µ'šôx‚Hש;Õî•Ýz-Ÿ\0ûä˜R/ô2eˆ—Zin6—;|ŠFÔ°†·½L¦³rLŽËž´TÚUǤÝ&Ⱥՙ1Œc Gzæã.É&\”°Óm69-jZ½MŸÚª6uh K*)惴«GÔ~Ô¢òX- f#EóJR¢¢”¥pN'Ð š"ç[®9'`rNÏ9 šõ¬®‰1ÒL¿¢Ø$L+Æ}›5éqº]¢"cZ’÷Æa……µð!.ZN‡)Ø;U“©§.ö¶ê /¨²·ìóŒ&MªäÍÎÝúc ²Ïa¦™Yo}Õ¾žHm Ù¸Vãp÷ù-öáoG;}ùs_ÎWrî¨N]¦ªÚ‡Qn/¸c!ï+K\¯ßŽ·ûîºu¨V‰Ñ)SXÖ~ÌEÈÙ-.©¶Crá5qY+Lhí‚Vë‡Ñ)zŸàlø¨ZQJ;¥(ëZŽ—3ìÏ™•ÚaÀ’ÌX*ºH¸´.‹„“£%17Ü-¥9q"_×.Ë‹G–ÜâAâ°÷ žjÑLà nb4Yµ)J©R”¥4Gʈ”¦ˆùP þôD¥i÷B/]:龚Ün¶9vÌ©O s6Ù¾ðê’ÒR\Rôž)â¥öÈäT#çY½IÍ-4TÜ×0Ó‚R”¨¨%*õÑ~ŽÞúíÅÄqÉæo§EÊWa.„ùXIây('’ø¾(WÓUS¾ÚŽùq¶™ K0ä»Ȳۥ )ä€xll¢*YMfä¦XàÜÕ¢èÒ´ŽŠô"û×[ÚŠuª#¶¨ŠŸ)7 mB:+q)JV ¾kHùÖl<€G¡- v(XàˆÐ®iR¸¦8þ]’[,±¤Ä‡&á!šz{Ý–µ'šôx‚Hש;Õî•Ýz-Ÿ\0ûä˜R/ô2eˆ—Zin6—;|ŠFÔ°†·½L¦³rLŽËž´TÚUǤÝ&Ⱥՙ1Œc Gzæã.É&\”°Óm69-jZ½MŸÚª6uh K*)惴«GÔ~Ô¢òX- f#EóJR¢¢•Á|ˆÑ®k³k¸½h¹DŸ¶dEy·Ým.#’T9!@¥C`x ƒèk+#uég¾µ\ÕÔtõw©WçovÌ Îä{CsÝO¦©’Ì8qЮGjqE †ËŠ><Ë{S®WUýšz/Õ¤-N­¨ò1ÛêYACMÍmÅ,:PŸ*p‡TU TTü€Ì¯žØýXÈloÚ%_à7 î{,èËIPE m„© ! $‚@ucörë&ßK³ÞŽõ&bí¸†L6ßzDuÈ6›šBR ŠÅãçà×¢Éí‘®ïתé6Vã<oO2‰Í´ A÷Ù¶ÛpƒÛJB”Jv½¹dœn%Í]R³G7ŒG«|Jà‡ïw7—†[XmöRÂ’•0¾¶¹)n§™$&¼Ý“uc%Ë-øŒ ó`âqSϦR„F@PY>ŸŠ’J·ôð4*o5ö‹Ï3ø·–.×8m‹ÚÂî®Û-1 ;q!\€ã !NŽ_’7ç[¬ X mÛ²Àž0à@Û¶ú}VÛqSx'þF8)©y¾d¹@)©ˆé)Øâ=˜@â³êI*øÆ&µ‚áÇ—7zyiw:ÉÚM‚ƒÂÓL—ä·ëãm©èyH;’3íGŸ5ˆY±U=a•ŽÙ¶möé˜ÕºCQŠ·ÉI0£ÉD¨•od“³æ©™÷Ròn¨^sÉîïÝe6ße„¬%¶c·½öÙi!¤l“Å gzÝ Íݽ+ꎃVô¯ªØý•:uƒæ˜ŸW®ù­µ.FÇ1·&ƹȖò‰%jcL·Ç¸² ½/DñHO’¡¡Ü=˜ð¼Ó:öuÀ,Ö‰Xuß*±ªùË“=rä–•:Ø;´¸[aÒ8¥ §áò壩¹ ‡§Ùb"ãùÌ=ta #¹(²vÒTá‚R­¨$6I;«\ïj.¨ÜrÜc%w-’›Æ4„·jy–YmÒ–ûòÒ€…í ŠÂ¹'`ìÃdˆ45ÃîÖ,!®ožþ‹Pÿ ô¿1è/UòöpÆ1ØØ­þÛÉp¶Üå.UŇ$ºÓÁõ­ÂÀ æ–Ð9@M]­ýÅ3nºôƒ_O­v)w†ÆM“ƵH–SÜç5ň§u`+´”€­ä¡$hW–ó®²åFµÅµÞgÇM¦3îJnÛmNúÿ[ŘèBá Ô µãz©Ç=§:”ôÜZjòBgã]éÓ=Î?|A ‡œíò| )A!Ò°9+ëRÇzûì¤'ŠõoNC¯ØV,®.;£YÆ@Î?×>Vncbò ­ðâ¢ã’Z)Z¸ZmQB~aNù>kôè¿L-qºK‘õVýio$0nÑ,ö=%e®W'tµwø©+[m·ä¶…¢|”šÉ³,òõŸ\Q2ó)·TØRZb4f£G`)Ej ²ÒRÚ”¥(ñHÙ$šœÆzçœá½?¹á6[ûÖüjã$Ë‘¦Z*.–ÃjR]).#’ÁCc`úÔ$f{#EP’<ùˆÐšö?UúUdêŸ^úAÒ{‚¢âø¾)ƒ&éyjÆ¥ºÓD¥Rd¢2Ô¥ò Ózpò:QQ+:ÞEkén-Ögñ‘Øð»~‘KÎàâ¶7 \$º‰©})*CÈ}傤%aeiá¿>ƒÅf3}ªz¥pê »6{+xä6øê‹ÔEa 6ʶýÜ 4R¤¥ ‚“¾)ß釼uß6½Ü±©Ž]Ñü7 L´D¶Â $'ÂÂû­Çe l,© •’­yØ«,d“_z~ÊçO ‰5÷¥z-{­¸GIúknÌð;LFoù­¾l[e¢ãozSóÖûn5éi ÷t%D-¶£¶…8¹(³%ÖŽ‘áïE.™FlÅrÌQO‡(‡z–«äÅKâ-a”­ÂHJQð xóÈc™´P2\®.G2ôÃWh÷®ýØVرPôÆ×Í·Þm¦Ò—œIôSUœõ·1ê$À»ÜÙnÚì“5ë}® {|gäúwÝj:‡Ñ×5@ð¨#7CËEMÍMòÑlÃ/GIJ¤õR»c çLŠ´%¼,ð¨‚y,lzoÏ‚ELtÙÆÝqÃzq{»Y å7ž _—o… í)Ö"[íÑœ •5}‡Pµ¬¬¥´‚BRT‘ÅJq5‚`]iÌúabȬø½ñË<,¢â–YmKt4T[ÒÔ’¤V¯( ùõð*gö™êV)eÄ­¬ØvÜVK“-Q“’†[…Åíº9’ äÑÀÑ’F~ÿé#š&µ¡Âêýoè½U†ÃÂp÷¶Ag¶±oÃì6´ã1`ÀuH[¼ò™ZPë…zî­’ üùP)¨F}™ð¡Âé$³gg§îHÅn™–] ÷×ÆÖ˨•JZ»eä’9ùjW¯9Z½¦zi•JMù©ÊÊPÓw†.vس#ËKD–’Yu¥6”¤¨è% ×WöŠê&5œ]2ø¹4‰9Òí³e\Yj`‘\AeM¼•#·¤¤„€†²²7^˜ö{ëUÍ]GOWz•~v÷lÀ¬îG´7=Ôñzj™,Ç:äv§RHl¸£ãÌ·µ:åu_Ù§¢ýZBÔêÚ#¾¥”4ÜÖÜRÃ¥ ø§uEZEIßÈ ÊùíÕŒ†Æý¢Uþpžç±ÁnŒ´•P¶ØJ¢RH$7V?g.±bmô»=èïRf.ÛˆdÈm÷¤G\ƒi¹ $!Õ!¨¡\Q¾>~ z,‘¾ÙááÞýz®“ecÇ…zg¯Ø¥´ôkÙwÆ2üjÁšcÖÌž;x’ó ²ë>kíªq§d2òÉ)l¸¢°² ¡ÄYg³OIñ©[¥ ŸL»—"bymÊe®4«aI!0Ê’\|ºßÄ¥z³RY3\"ËuÉëíŠó–" xõªÑDDæd[þ¼· ˜CqÏ5ÅjIq\JN«·ûKu×c·Û"ß×ôâù…qþŸW(¥÷ãÊjil¾…-N,’•ƒñ#u—:&ý”žøX@-Û˲ô'L2[OM=™:﫧֨ʛ|gçæ¨HBß[ŽÅqÄÉ¥¦ˆH죭¨¬Ô,N˜t³¤v"õÔ›}ºâö[kw#•gjL¯z‹à¯r‹oi—GÄ¢ ”ü•”¥#Z*– `ëÖy‹ôúç„Úòaã—)k*:hº·–€ÚÖ).$©‰â¡°OÔïµwö‹êó³ØeÞÛTKE½6¨2·ÆncÂxˆâR[vôtSÏDzî¡ã2…‡Nê¿:6U³BÅúIÓ¯fgy6þE“dSî1ãÁvôó(œÛ@´qMm·=´¤)D§kÐ;‘öIÆâ\ÕÕ+4sxÄz±gÄ®~÷sq¹q˜eµ†ße,))S àk’–àJyBkÍÙ7V2\²ßˆÀŸ9'0ìñÚe(Dd“éñ(©!D«OB¦ó_h¼ó?‹ybís†Ø½¬.êí²Ó·È 0ÒèåñqY#~uºÀ•€‚Ý», ã »o§Õm·7‚á¡dc‚š—›æK”—ú˜Ž’Ž#Ð)„+>¤‘ò¯ŒbkX'þysw§–—s¬¤Ø!8<-1”É~K~¾6ÚN‡”³±Y#>ÔyóX…›SÖXí›fßn™[¤5«|”ã <”J‰VöI;>j™Ÿu/&ê…á<žîýÖSmöXJÂ[f;{ßm–FÉi‰õzïšÛRälsrlkœ‰o!¨’V †4Ë|{‹* ÐRôO„ù*ÃÙ Í3¯g\Íh•‡]ò«¯™ ¹3×.IaIS­ƒ°K…¶#ŠRXÚ~¿.Z:›Øz}aP&".?<Ã×FÂ;’‹'m%NÈ%*Ú‚Ad“ºµÎö¢êÇ-Æ2WrÙ)¼cHKv§™e–Ñ)o·ÿ-(^Ñð¨¬+’vÁ¬6HƒC\>ía’Âæùéßèµð¿Kó‚õ_/g cŠßí°l— mÎRå\XrAK­<ZÐ\,¾im‘ôÕÚßÑ S6ë¯H05ôú×b—xldÙä¦í¶ØàDï¯õ¼YŽ„!Nà­@«^7ªœsÚs©OMŦ¯$&~5Øþ3Üã÷ÀdÈyÎß'”+’¾µ!,w¨ù¾ÊBx¯Vôä:ý…bÊâàóº5œd ãð-såfæ6/" ß* 9%¢•«e¦Õ'áæï“æ¿N‹ôÂפ¹UoÖ–òCíÁcÒVQårwKWŠ’µ¶Û~KhP*'É I¬›2Ï/YõÅ/2›uM…%¦#Fj4v”V Û-%- )JR’IÙ©Ìg®yÎÓûže¿½oÆ®2L¹e¢¢él6¥%Ò’â9 q<66©ÝBFg²4U #Ϙù¯cõ_¥VN©õï¤'¸*./‹â˜2n—–¬j[­4JU&J#-J_ ­7§#¥³­äV¾–âÝgö ·áÙ¼î+czÂK¨š—Ò’¤<‡ÞX*BVVžóè"ÖJÜ!Ä„¥×<†9{Gõ%Êâäs/L5vqjïÝ…m‹Lm|Û}æÚm)yÄŸE8Q™Ï[s¢@\ ½Í–í®É3^·ÚàÇ·Æ~O§}Ö£¡qÝsP$Š’3t<´PtÑÔß-Áì2ô|K êOQ%+¶0Ü:tÈ«IB[À2È ˆ'’ÆǦüø$TÇ@ýœm×7§»µ’SyêùvøP®Òb%¾ÝÀ™SWØu ZÊÊ[H$%%IT§X&֜Ϧ,ŠÏ‹ß³ÁÈÊ.)e–Ô·CEE½-I*Ajò‚Ÿ_¦qïiž¥b–\JÑjÉ݇mÅd¹2Õ1Ù(iÕ¸\Q^Ð{£™*Î@< $`á·ïþ’9¢kZ.¯Öþ‹ÕXl<'¿{`ä{kü>ÃkN3 T…¸ÛÏ)•¥¸W®êÙ ¯Ï•‘à „gÙŸê.’K6vz~äŒVé™eРO}|mlºiT¥«¶^I#Ÿ6¥q ó•«Úg¨Ö™ÙT¤ßšœ¬¥ 7xbçm‹2<´´Ii%—ZSiJJŽ‚RÝuqÿh®¢cYÅÓ/‹“H“]!.Û6UÅ–¦ UÄTÛÉR;zJ@HHÅYãFh§ùµoâ" 7O.÷þëÒ\g¦ýDö‰è}³[ع1p~~Få¥éN[CÞiµKRÔê†TXJP²½$hTnö…ëT2+õÂÅÿ{¼-ì^.c2L;4À§ÕÝBß`!eÔ4X  );+À¬göƒÏqLɬ¢Ñ|L »³ 8;¿­¦cöûM¤ýçÏ­~öOhìþÃj‘obïK/\UwîÜmQ&>ÔÅ!ï´ëÍ)m,%´PF¸kU+9Ž};R€ž=úv µÛeù®õÚäãqpÙ‘ñÇ1ˆVˆ’^˜ˆ³$¹µ¤(©GàKîòRÖ†¿Ó^WРð*êzÑ›/ʱײ)’­YL¶§^›”CÎM}µrC‹u`¯{(oC{ÕRª‰A»-Y^A»%)J¥P”¥(‰Sv¬#!¾FfEºÇqžÃËSm9*ÜKŠO•%$ˆ˜• ['²ÕÊT¾¸aqyKRƒ Fù4╯äúÿjè` ‰d34î@RhÒÎÁòFƒ…ËÈ%¶%dÆ^’ÒÅn¥'Á>€ø5k´N½ËmÐäO’R¥†c4§R‘µN€šÛ:QqqyTØ|—âEÇïJC´SÈ+@!hÆ¡ØåØE²užà¹.E¼[wüô$£ü—ZqJàã[Ñ ü\ÆÀ ÖÁ‰ÂfXº2ÜKsQcŒY©ÆPøÜ%jÙO%}I$ìÕ¸~çâL»bÁ¦¿œ¼»ØòÓT ÖŠòqZW 1Ž•c”Þ‘º¸J·7‘*à‰ìF²—½ÙG†ŠÉ!KÐJ¸‘ëð€k7ê%¦Ë ‘vè¯A¹ŸxrdFy¸¡ÖÝÐ-IQ!*c~ zÔ›†KFg8Vœ÷°ÓÓ£ÇÏ¢ÁiÕV†åq2lHdƹ/²ÑRIô+#ôÜ×GUê[Ž+kÁlý^Çm6‚ËP1xdÝã‹\âµ!jZ¶J*'\×ëò¾tûÂ.VؾæûÓ ¾×t·ÍC/;ï©ä÷ËÊ6–> §E%)õÙåГÈÀ=ñ¥æé`¸PÓ_Ëå|ÔÌk »â·›-=s´Í·´òŠ\¨ëm+P HlzŠ‹¯LuÚÞKžõeWnÉ‹bžÛ‘KÒ÷uÄ¥jq”«šÝt‘Û-‘ãut¯ƇVSÑÌص;n/:ê‹BAIq³ñiõ~@ùïÍFn ð\èœ2‹ÞïÝ'—ü_õ‚ÊÙ`°¬· ”I²¢A‘&4$$¼ËEHa$è)d~‘¿5ÔSjGI)ä665±õ¯L^q{ftëÍžÍܭѱإ¦9©|yT|¨“ú‰>MPý¤àµ0´G‰nj6l–ô °Ú’TÀW$'ë䓺«ÂN=ÎÕ¦ˆï™ÍÓ·»Í (ZÍZÅo/Y×unÕ5vÄ$­Se”¤+‰%ZÖ¹xߦüT^«ÓÌ[YÌø#ŒÊ}Ë}ªñcq¹ˆ†òÚT–Ðë‹ o–ˆRÒ<O#±ô¨®œtËÊå`3§ÙÛa7É—X2­©yЕ¢;j[n¶J¹$‚äƒôuyà‘Íl.ÐשÉÛa¿5“Eç` ²}+•¡M¨¥@¥@è‚4A¯FtÏ ÆîrzGjÈÌi²7í²˜¸ó/¥¤…!Å%j?:>4Ÿ§åXöeݥܲ è´>Õ©»ŠÚrRXe+ZÕÄr;ò­ëóýÅsçáÒA–îú^ÙC¯æ¢X@µS¥)\…ZR”¢%)J"R”¢%)J"R”¢%MÚ°Œ†ù™ëÆ{-M´äh«q.)>T”>">`zT%lžËW)Rúá…Äuå.IJ–ŒÒœYJFÔt:kléEÅÅä}Saò_‰½) rÐO ¬lyñeÄ1[V;ÔË,‹KZEÏrô¤Å–ò{–UÛW.\°¢ªëÇÂ0cØïtš7¾õ¦”§’΋ÌuÛE¢s–µÜ“B­Íº\°Ò‹Ip„ëADyÕk™Oìq:TõÚÙ<‹œ8Qu‹5n³q¶ÈZÑ·ø•pu—9qOÃà-$£]ŒBÚÕÓ¡¶jâüY£qæC¶º²¹ ¦?q|ZÙIp$7ð]V«x[ľÜ/.a^uÓ®ý6ßEŒšÒÄ+½j±\¯“‰n&|§¥¡ˆÌ©Å¬'õÙÖŽõô­¬ø…£‡c—aÉÖ{‚ä¹ñlußóÐ’ò]iÅ+ƒoDƒñsƒ[' ˜}bèËq-ÍEŽ1d:§mCãr<•¨ody<•õ$“³VáøCŸ‰0Jí‹šþr6òïcËMP3Z+ÉÄt}i^€Æ:UŒfSzFêá*ÜÞD«‚'±BÊ^÷e+$…/A*âG¯Â¬ß¨–›,(vEÛ¢½æ}â5É‘æâ‡[w@´]%D„¨ø)ýëRn,œáZsÞÃON>‹¤ UXV•Æɱ I“Bä¾ËEHe'ЬÒ?s]W©n8­¯³õ{´Ú -@Åá“tSŽ-sŠÔ…©jÙ(¨p\O¯ÊùÓìS¹[bû›ïL6û]Òß5 ¼ï¼:§“ß/(ÚZ<ø‚”§×g—BN#÷Æ—›¥‚áCM/•óS1¬2ïŠÞl ´õÎÓ6ÞÓÊ(mr£­´­@@$y ±ê6*.½1Ôkky.{Õ•\!»&-Š{nE/HsÜXuו©ÆR®kuÐGl|¶GÔvuÒ¼kYLKG3`zÔí¸¼ëª- %ÆÏÄ9§Ô ùç¿5¸+Ás¢pÊ/{¿t<ž_ðu|;Ö +e‚²Ü.Q&ʉD˜Ð’ó-!„“ ¥‘úFül×QM©y$§ØØÖÇÖ½1yÅí˜MÓ¯6{4_r·FÇb–˜æ¥ñäYQò¢Oê$ù5Cö“‚ÔÂÑ%¹¨PÙ²[ЂÃjJAS\|’G5°¸kC^§'m†vüÖL}€$€Éô®V…6¢••¢Ñ½Ó<7¹Ééý«#1¤NÈ߶Ê`:ã̾–’‡•¨ü`èøÒ|~Ÿ•cÙ–?v—rÈ/¢ÐûV¦î+iÉHea”­kWÈïÊ´O¯Ï÷ÏŸ‡I"[»é{e¿š‰aÕN”¥riJRˆ”¥(‰JRˆ”¥(‰JRˆ•%dÉ®øÓËzÑs—kycJrÊiD) Ôm*ms˜s4ÑE12¾Ã•2L{Äæ$LO .¶ú’§ÓôYⱯÝAÉšq§\ÒãL{³k– ÿ僿ÿo¥@R¬Ê6yõ+6T½Ï/¾^£*<ûÄé¬(¥JnD…-$§|v ó­}6u_P3;õ® 0áާĈËæØbJЄ9÷¤á^O‘æ¡©Xñ¥Í›1¿4²»×[íÆø¶•p"ršIKfC¥|$7é²IþMHEÏòhH†ˆù Ñ”ÂAn(nc€0’4R?Ð׊¥Ò4—=ÒÊ—‘—ß%³—®óf½èͪBŠXs{ä¿„ìïc^kð½ä7L’X•v¸Ë¹Ê ïL}N¯_M¨Ÿj>•‡K#…9Ä>‰eXcõ)‰˜É.ÌÃC]„Çnk´·éÀ'zãûzW]¬Ó bßw»Š ÄXr[5]¥?7ë>¥,«ýBÉä™%ì†èñ”Ðaò䵨¼ØÞ½Ÿ‰#gÁñ] ®Gu¾3«Îdö¢#µŸS‰e‚OàxAQÔ¨ºi^)Î'â–T¼Ì¾ùp<›Äé B!Q[rBŠX#ж7ðmWèÞq³rEÁ»åÅ¹í ¶‰)”°âNÈ ÞÀ'dë×gu JÏ-ÞcëÑ,©£šä¸ÿ[¸â?ï1Й+—|ÿ˜€¯'Èó_Ã.¾]X”ÄÛÍÂ[2¾Ûò–´ºà¨¢@lýDÒ°f”Š.>©e)JU+ JRˆ”¥(‰JRˆ”¥(‰JRˆ•%dÉ®øÓËzÑs—kycJrÊiD) Ôm*ms˜s4ÑE12¾Ã•2L{Äæ$LO .¶ú’§ÓôYⱯÝAÉšq§\ÒãL{³k– ÿ僿ÿo¥@R¬Ê6yõ+6T½Ï/¾^£*<ûÄé¬(¥JnD…-$§|v ó­}6u_P3;õ® 0áާĈËæØbJЄ9÷¤á^O‘æ¡©Xñ¥Í›1¿4²»×[íÆø¶•p"ršIKfC¥|$7é²IþMHEÏòhH†ˆù Ñ”ÂAn(nc€0’4R?Ð׊¥Ò4—=ÒÊ—‘—ß%³—®óf½èͪBŠXs{ä¿„ìïc^kð½ä7L’X•v¸Ë¹Ê ïL}N¯_M¨Ÿj>•‡K#…9Ä>‰eXcõ)‰˜É.ÌÃC]„Çnk´·éÀ'zãûzW]¬Ó bßw»Š ÄXr[5]¥?7ë>¥,«ýBÉä™%ì†èñ”Ðaò䵨¼ØÞ½Ÿ‰#gÁñ] ®Gu¾3«Îdö¢#µŸS‰e‚OàxAQÔ¨ºi^)Î'â–T¼Ì¾ùp<›Äé B!Q[rBŠX#ж7ðmWèÞq³rEÁ»åÅ¹í ¶‰)”°âNÈ ÞÀ'dë×gu JÏ-ÞcëÑ,©£šä¸ÿ[¸â?ï1Й+—|ÿ˜€¯'Èó_Ã.¾]X”ÄÛÍÂ[2¾Ûò–´ºà¨¢@lýDÒ°f”Š.>©e)JU+ JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JU»é¼Ì²~ÒÐ…¡—d»ùœi¦öVµ'€ßñE³‡ÃM‹‡s;¢¨Ò¦®Ø¬‹T'f{Ì9Û’"{ÄGûˆS…°çÂt64}~ Š…¢„°É ²È(¥*Ã`Á.™+,¹võ)ç;M²õÊ;.©{ÚÖ䑯~UÚOL/᧜y¨PÛnSÐùL¸Ç`-Öˆ%kø’)ØóëK eœ?#CÙˆ<èÒªR„hÒ‹A+õ,ƒ.G‚çÄz븲Ÿ ýGçô«Þ'˜4Åës‘L•ˆ)Kegˆõ?·ó^Ó‚û<8‹]&&_ µîš»óì·âÂ:FxŽÐ*=5S¸î.ýò@%%¸àùWÌþ´G,¶HöáLVÔTGƒÅIõߟ]ÖÏö;Å°ç\#oöæ¿{è;ú\xgÈÜÛ([>h_F/Y†VíÉ©(a•ó #‘Ð:þÞšÎ+n“ ˜]%½c²_‘)©,ï^‰VÔ úëóX›­-‡Û‰(ZNŠT4AýëÌñŽá˜ñ‘–ë¡Ü#±ûµÆÃC ²4Tô¯¾³ZlË–¶F˜}H?Qòÿé)ªu¢p·\X}Jâ„«â?µ_²{£]Koj8ÌŠÚ[Qq^¡¯ì|'ñ^¹³Kí³n…Ç4ÀØÉ—ÿ$®ÁÄaÁܬ֕ٸۤZ¦9SE§›:RMu«ãFøžcS†„Á\‚+B”¥*µ„¥)DJR”D¥)DJR”D¥)DJR”D¥)DJ¾t¾KLZóÐë¨l¹Ž<„¨Jï±àoÔø>*‡J-Ì& áftõ+cÂò·mqzqnm艉*á!¹Éy––TÒ¤ ,¬Çg^ÕG*½-œ3µÆ1ÑØKzHi´wà— 'šõËÂu¡¿CûÕ*”¥Ò—‹Ë,>,¹wØSõɯ™Wl?µ`òˆ:„\›µÛø¹§[¡E×@õðÒT€~EϨ¡à‘$^í¸| Ì<~FˆO5&bh¾Ç5¸¢ ×þcn¥jN Øý[ñƒW)QB‚’t¡äê)Jx>/øL 2ÀmUèã›1Í¡°h4$-Z2.˜ä¸Ï%̵º¦ŸxþszýÊw¯ïª­ÆŒä·ÒÓIä²u¡ò«f3ÔÜŠÆàK-¤Ðùä5ô© Ÿ©/ñ;¦ÖÌ[ÒG.2@K‰>¼¾§èjMk·vß|—„dØøäðæ®ûšj¼Ú‚ªW»|H,´ÊU0yq`øþ*[ËXÇ#˜å‚Žjä·GžG÷ª²Ö§T¢T£ä“\oUêøW´˜Îðb¢×üé`ÄÉ ï­;™Û“ r›Z9ÿ·Ôš®7f¼f¯{ÛÊþmIäx”€> |Ïý*‘½}*jí—Üï1Ûa÷Èe àZú×O{câÍlqÿÓhÞŽ¤ùôíêµñ˜œL”Ü) êNãÉMA½9k½¦iædE/Š\Zt¡üüªs¬ÖÆ’Å–àÂ8¡èéßÏÉú’¯Ífqž÷gÛwzà ­Ö•qÈÏq˜¶x“.)%,èU°ùz«ó^¯‡båãÞÏâ0“;4ŸÚ9’)»š¯ŠêF6Þ6G>«1¥v®–¹6y®E–Ñiäz¤ÿÞºµñ™b|/1ÈÒ4 èAî¹$V…)JUK JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ¸ )$CV.ŸË]¶ú’•)'ÓÈ;^©^MÎ;6¥ðVÕÄz ö^Ëc¦Ãq£i÷IÔ|7[øI\׈ïB¯=u€–²–æ¶5-°à#÷_þUšÖÃÔØÿÖðË,¦AzLfûn!’‚RHÙδSø¬{×ÓÍl{i†ü?‘Ãg€ï•˜*¬H©JR¬x¶;&Wpv‚Ÿ×%Áãÿãõ?ô«ª1ðÚm‘îÏ[nÌü*”µ÷xþé:×ö5á ¥ÁÄq(0îÊmÕ¾Quç_䬞•qÉúQÆZ\“7zG/|‚{ˆê¡êŸî?½S¨:…¹&S3ÂàáÛïD¥)Y[ JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆž ‘©ìA·ÞÓŬxýˆô¨±¥ÑrŽãM©|µA^»Ù|d¸n%}×BÞÂHæÈ6*û×hƒüGzá-æÇû€Wÿ‘¬Ê¶.¥Çþ·„Ù¤2’ü˜èàâ””¥DlçZPüV;ë[ÞÚá¿Æá³Ã]ò£óW‰)JTþ/…ÏÉÝäÒ{~9.„SW†ñ,{iµ ³öû»^ Ò°¶œ?ºOÁà‰¥ÁÄq0îÈmÄo”]w5þû,¢•xÈú?XšT˜í"ñ^óo<ô>ªGêõª?¥Ô-¬>*SsÀðáÛùéñJR••´”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”­ °â¹eŒÛ$HrÕ‘r*jjÖTÓŸD©?OÜyþj¯“âw[q'“n§îB½ÿÙ¬^´´cÆE$ÎÃ9,uGÙPõÜfÍ:DEÊn+«Žµ8”ì_„xÎÉ_›S‡ý¢¯BÔ[B’þÔ¤ØõQúW³ök‚AƦ|x‰ ×ãËî×gŸ6»*+,-÷’¥«Å«¦i¹[„ƒp /À()¿šü¢[ض¥n¥¯?!ô¨Ùy\–Ÿã |S½zoÚ½npž Æýòí*ΞUDž¿w¸Ü4q6æ:©i=-‘ wßy´ ¨%$+_=WÙTK])Ш¥æ¨©I}®(Xð\B“Ëø¨ ³Ýšé[ŠßÐ|…lMÅøcŸÂ¢>!äsXø»P; Ö|Hpà–jUšÕÔ›•†ê‰Št€‡üZ´9œáyZ ÷« p®HøÃñ“Å.òPOƒ¿ÜVQJù>?7œâ1&Ýûƒ²óÜXé|w’µ´k§—š¶å=A•zA‰ >ãnO–›ðT?}Úª[Õ)Z b#ó$B‚Òºey»>ÜȶûË‘ç%“îñ]H[n«_¤ìøÝfî¥huiq%¤‘¢ü|¼Ô…®öí¥æd¸Ò¹¼Ö‰tÇíÝT€»­…(‹‘$r•«I“ãÊ“ô_ýÿš“ô9—ÏoÄ:YQ¾½êú«‘êv;ètÊi_N´¶[n!M¸‚R¤(h¤PGÈ×ÍEw÷JR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJU£N4ôçãä¿Ù}}‡ *û¿àø®ÎmÓIØ›bs&écpÿ•p`|#~Áþ“ÿCò5‚hÑZ''ü;ôqÚö>G¯mÕ:»,ónaF,gãëÁ;Õu…-A)IRÈ ¸`÷OèÒ%3! R[§b½G³¼./|CË[DØßæºøx„Ï-'•ª›QœuîÒPyï\uäUÞÙÓq·&Gõ¶³ãHð;"¾CI•&s¨Cn<²â€ô /,’ËÄD_™ò {Èxàq™8Áñ39Pï™éûï 4Q6å*bOJäÆBy´J A ×ÏUõÿ b‹¡Å ÍE5—^û*w³Üd‰|¡üš€›pvs¥N+øOÈU²ñnÁ"3p¨ˆá¥æýÝËËu‘$0 f¤ýóV[_Rnvª&ARG €•ø>µi^{‡eé+¿Ø‰pbTPQÈ»¨þEe¯“cñ³q9Î#mß°è;/1ÁEŽ—Ç}‡ím$é§%qÊ:„ýͯr¶£ú}¹#ˆC ”?· ýªJV‚¾ B‡Ø¿ªwýǨ¬»`ïUÊÄØNqažáêÇGi©}FË,¥wï–)ØåÍèKGE'ÑC䤟˜?"+¡X]¦=²4=†ÁJR”SJR”D¥)DJR”D¥)DJR”D¥)DJR”EʦԒR¡äò«õ³ªÈÇ^³_"1wŠØ\”ò-+îó¿ýš z×*J¢••PFˆ¬éÌZÔÄabÄ€%ZŽ£È©‰™ÔT˜­¥„Ÿ˜ì>UÓ±¾¶ïñYKO¸µkzÙòu]*ìÛ˜~LæŒÚÞ}K²Në§â`&ñb:Õ}ù-¸]øPãš÷ðZ®I‰Ä³e2í’ÞT¨fOÇZÈA%~»ü´EGV;øHPûçòk½×Ä­±™œûo¹o,º”«âIJ½ÿÚ²B¢NÏ“õ5ïðžÚG7IyÀ¢âç×@³Â¸—â01K0·Õ Ô¿^ËV‹z¶eж¼„öB‰I×ÆÜþþuŸäXìŒvoiߥyià<,ëõ[°ßKÍ(¥ió¿­]£eño±SlŸ NwÈmµ ‚R²t“¯QäŠêÍ&Û ‰!â#Øòòwn‡—¨]w5˜¦gn„*+·v´Ì±Ü…>3‘%2t¶NˆýÿqûÔ¯‹®+\šl¥)E$®å¢ï*É9¹pÝSO ìŸZéÒ²¢æµí-p°Uƒ5ËU™Ý[žä&">KN)‘ååõ«êÚ«ô¥` Ð(E!`Ž1@l”¥(­JR”D¥)DJR”D¥)DJR”D¥)DJR”D«~Ô›– µ2 f[Ü\ˆøä…òÑùUA)* I>))$¢ˆ?#M‡e¯<bXc•¶ ±\2©êàAf1Y$%´qB7òH>uüšéY¦=/$‚]t€û•¯[â úTUw¬QdË»Än#+}þâJP²tA®Ž. a4&ˆºôû*qÖ¥ìЀu>]ÖÛbbDrÕ-Á6#¶ëeäȸùž<×â»}‚ÒêÜJ@äHåñ?¿¥~¾Ðˆâk<€ \vÚØXm*J”5û5–¸êÝ;Z”³õQÝ}íœ-Â3ñx“7gß[­6äü/ˆŒN)gú×mÆ„öÙjüÞÞ™f+A+C©(QXköù €Ì°ÔÅB®VÔò†¯.4ŸV¿qþßûU4>¤}ùU²Ãȶ3Úy¡%Áä­lWv-ö·ünGZF¥½ÇQÔsô#°ÒÌcKjˆU*UŸ#Æ$sY{­XåÅ`…”ˆV¿HØ:߃UŠøÞ*ÃNø ƒ²’,lhÖ‹ˆÒ\A¢A®£p”¥+Ue+é§VÉqµ-'a@ùóJÊn­96+*°[­óc´¹–¥&oþaIàoŸóUjR±¶Êˆ`Ü‘ <Ò”¥éJRˆ”¥(‰JRˆ”¥(‰JRˆ”¥r‘É@Q«WQñ&q^¡^1ûo~K1e{»Í)Õø@l’~B¾¥ô¯%„äV×µ®D´À fS.–ä+\ZsŠÏmG~‹×¡úZ过â›,‘Ë‹ €A­Â«Å¸’Z}½smAiØùƒ±Zün¢b½DŽÜ<ÎÖ˜Ó‚B»Á·“ôßÉCöW沃g–›Q¹¿à„u.òó8òã­ïÓÎý*Ûc¸¾Lã1n]⾆Ü~d¶C&ìËΦ+hAb2W½ç}”( zÖ1—Ûܵe7xn©K[œARŽÉŽ‰þÚ¨o)+•ˆáxÖÈȱÏŒ‹¤{ÄQ!Ôt-mù`×Rïx—|œä¹¯)÷Ö|©GÓöA]:R¬]6´0´P õŠ×zCmŸÔÿZÖ²opµtæ0a¶°ùu+B[j!u¿’fؼ/}½Gl ó?Ú¯Vq¸¶»|D$!ͤ¹£úˆI'þâ¾Áìû Ù¬f0\™GÌ®´^æÇ­ý#™Ò¯ößr¾¡'ü§ß'¸ÉÿbÇ?Úv+ð¶ôâá~g¥ø³?¦"^åø?Æê§_¼+„›sÉv+îGu>‹mZ"¾DH"€¥æŽдŒ) çUcÓ—Á~+ABŠT Tˆ> ×Ê”V¢¥TNÉ>¤×ÑJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR¦ð{#.ga´I[ˆ>{]SD„­Ä¤”’ÞÒŠØ¢tÒ6&nâø¨JT»øì‰9Sö[cÌ|Ë\fHÚ×¥>Ÿ!äúz×~N/öå°ˆÓ¨}§ÞmèÒš}¥RVèî!E<’”’S½úxò(¯«€ü;L†f{¯<úùŽjJûŽ\1¹ 5=ŽÉuÆ–‡½rIØ5_´™Ò&%¤¾òÝ '‚Õ¾#×B¿¡_pÑâUöÙ)JV‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ•Ê}7\RˆµL›7Æ&õüÞÝ.èg¦{w-Òmí¥¢´)'‚’â~ ŸíR:½g‹qaØcÑ\½F¹È`ZáÁâÛNð*hòö£¥(¤ z£¬n•Š^“úö)®{ã¥ä¸Õîw5u®ÄmЮy ëoE–ÊíÊS†ä¹Ë~s ² K|”­^GÌïÏíé]+VI Õ‚_-¶÷õ[¤ˆè[Ú±½­H{ä\ ŸB4Ÿ—γJÊæ»!“ÄhÝ- 4‚9ß"uZ¾#c˜õšÑÆëfté˱bÜÓª˜ç#ð—»ÉPh'@ $ ìžGZ«õ^ëm¾gn§»ñ¤!µ•ñ×ÇÀÔUB•ŠkGñ‹ž9Ü)ÌnAWU¡Ø’¢ôÉ$Ù)@7\¤Fü Ô§~4!þR9+ïWšô\+ƒKÅ-ÁÁ¬“ü%|gO¨ÙZz_jïÏSÎ'IäÏÐy5Ô›¡¸äKNö–†µô'Éÿí_8Öfå¦OìGu@-iR®¾¾*ÑÔ>˜¡Øex´¥Þ¬.ürt_†£ëÌTïýCÓç^ÓÚ#„Áðhx6öë÷¾ëÜš5Ùg‰‡ “㿧‘<‰ûä²êR•ò¥¦”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰JRˆ”¥(‰SxEíŒk3°Ýä¡nG=‰N!  ””8@Ùz J+b•ÐÈÙY»H#à´Û.]Œb™Ê2x2î—%âä96æ›Oiä­ Ò»ËIK›§J#G@×q]M²¡Ûm¿½9ûC~üd8Å®$"’üeG 4x©I¥/Ï [¬š•Š]Æq¼LMÉ nlÔ.®ÚNäï”_–•fíy}êÏ.ÇÚ¬êœóvÔ>~kHl¸§ ÚR•+CCГüšü¤äÑÓÈV¼™k¸9:{ŽÁz@C$D‚é;ªõ5Y¥esŸŽ‘Ï{À3CtäO€£Ô_U¶c}FŬ²mQm×K­ªÑ.À6æµ!þ#›¯¼ä¿‹|v$h;˳ypçæ™6÷;°ž”ã/Zä’w½$Ô%+.Öž-ÃŠÇ v\º]P64$Õr†»%(ÍwØTvBøópùôÙá¼2^'!dd7'ïUd0:sMR¸5µSo(W„ ¤øaêÍÄ%ȶöÕð¶6@úþ»ª½Ÿ+zÑ;¼ÒyM—ïZ û§Ìõk!Åf¹r¸°È [€F¶JÚ1þß_}‰c°œ€îGš>Wdž— Wc±`"lOvú_קÅd4®T’…¨¨Fˆ5Å|‘h¥)J"R”¢%)J"R”¢%)J"R”¢%)J"R”¢%)J"R”¢%)J"R”¢%)J"SÇîšV‡eÃíV.™ržnœ¶Ùíh²—TÚŸê‡ÄP‚´$%:*R¼¨£³óF×27ôim@Ùma¡VzRÏ7º½t‡*¼Xrøí’ Q)ÐÓ+âB’}v>~+·mÀ•ÕYГ‡Y Çf,¯}š¥2ôåž -~v´§Gž! Q!)*«Cz-}~ïeÉD_éïBzâÃ^ð;ëi” ß®I;ôÑv@­wJÑâ8I+Ã3€×CCCø$,ÿ¬ÐmöÞ£]cÛ#·: 92ÐÒáH*â>CgÒ©5±æÝ¿_º™*,YP¥Lœ˜ùæ¶Û†©*ÿ†Žâ”‘·\IoHH$•þ•Œû9fYeº,è-[ýÖCò¢¥Ç' iØêJ\F¼ìü@§Žö4c@+px TxXÚö’CEŸ /æ³ Võ˜{õ‚ÜäeÖ’ìia OüÅ:­!y,l6uéT.£âÖìrׄC·ÇÞ'Zù¯²ë‹Këyç;R´Ž?å%³ <•Ö@±˜l¶†\†B( ß×Ï[T*V·•ômÛRec¸Ûâ7D{"W.J’™w$´€ûhQåñw Éâ‘­‘±¾#ôŒ]zkŠ» ˜Ã#½O¹­‡Þ–¶Ó",T$!*J”°ù ð‚A ä*ÿéóæskkøÑO‰ %¥hv>ˆäWãn»¤3x¹D·¥Žçùí*@æÑ[~ BšÁç|JIâ’jù¹´œÆø,Lû½My0[.) !R¼¤³õ¬@²µäÃI3È)BR”¨­T¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJ]ÿ«þ…[_ÄrÓ!KÏY,î1˜,:\ùl¡®z%Jµ¬€N€DìlC4°“á8¶÷£KgÙü±šÞü†¥P7S8–EsÆïqdÚ¤-‰]Ä„ñ>¤hÕŽ‚'Qš·CÆì"ÑpŒ]ÒcÓ\N ZÁø¶PIW#‘ZÔIеt×Ùó'¹ePÜy¨m³ñ&Ú´.Ry®D`âP?Ö<)$x;ÐÕDΪ¼FWBç5™ÅrÞ›zéæº>Ñ,Do$µ¼ˆÌ±s“ ?9l'‚\Y: )êÐ;?:ÉësëGM®·¼Ö,Æ¥Ä*¸GqñÅ-¿q„»FD…)!(AZ\[Þ†¶TWm~Íù¥Þ]Ö3 @Zîi´ËîÎBO)µ8“þ’G×—‚Þ«ŽÈ Àb›‡3I% úŒß ~,º•¿Þ}‰zn°5r†Ý¾ðñH.[¡ÈÔ”9 þ~}>uCÌ°Ûn%Óluço÷ ”þsbI[Œ˜¬vÛH€“þi{âI ð£ÍLEý躃 )kžEõóªõ+<¥iwO†¬~ß „@•Áå})Õ†™qò\oŸêáþ[Œ$%#jR¼ øý z݇ÞãÝ™†ÎFr(6(2Üš´0Û‹dºêI )Yøã§éæ¢| Œä*á€Î-o¥×Ÿ/5ŒR®lt‡&~Ëv¹²Ý¸­$ñJ¿=j§4±ÖBÚtñ8üílpŠkuØn6ZÍ«Ú]¾t9¯Ø`Í™ë“ìºãÎŽ.Mæ»ÇdAôY߀HÐ"‹Mµ˜6æà\-öƒe-·Ô¤°ÂÔáx¶Þ´•ºZT¢Tt£­±ŸRµ³¬qø‚(»öíô‹W×Ùróøùoô²©Ì®S­³"àóÍ0·™Sc²“ᤠ«šR6v Y[˺µ¥´4’vñOì6I×òM|R°I;ªfÄK?þCzßÄ×Ð%)JŠÖJR”D¥)DJR”D¥*Rv+yµÚ£ÜæZfÅ·H)KRÞŽ¤´²¤óH #[)ø‡Ôy+ÀhJÍ¢éJzÖV•ô†–æø¡JׯºåÖg]ÆÖÙ>œÒGýè‹â•öcº”ò-¬'ÁÙIןJºZ:+˜ßmVû„+Gr=öc%rYC®¡Ç»(p6¥öˇ=qßÏU&´»ò‹SkïÊ-R)WKWFòûÚ㢧¼©horNýÓ¼ù*áÈzúü·ªí3ЬÕû™‚›Ka}˜ï¡õÍa1D‚C·ÊûkîBBTIâ~†¥á¿ô•/ OÒ}•n½tŸ*Ç1\íF ¬¾¸¡o¾Ú\î¡Å4´v¹sÚV…ðøðO‚*£Q--Ü(9®oæ•mÆóãhÄnø¼ûsw[%ÆCS{eÕ2ìy-%IC­¬âµ$…$‚5é­ÕJ•€iJ9³0ý•¡cÝZN5ñ  Âpr+œ \Žò{Ý%n§jXXy\½6R’8ê»vº\1Øö8Ñ­±ŒkE®tì—Ý–µ)é!e%-úï‚åó¬Ê•,ÅlŒdàP:y·û¯Wb}oÕ{c–©Ì‹Nm±-ÌÜâMr:ßKTàÙHZ$óßÈTÁ²ûŽ 98¥Ê΋<ˆWGîÏüjZ¤©Ä¥´«{J’vwÍDù5çö^r;©q¥”8“°¤já“u ë”Ú-øï9VÒRÔ”9ÀB~cul1È5ÇÑiA‹Åaq ×4FÁ{·®šlO%ý#ź×m¸E\³ÙÅwT¾]³­iùH¯çŸ^º;ÌÔ›e¾,;U¯½ !ŒOšï¸áYƒ’œZ¿•>€T$æ·™1USKJR[<¡ΈWétë쫌֮(³±ëç:ñôÈQm©’\JŒ…7ÇKqI OáªÊ)Z™ŠÕü~'_{~íþú­1ž¶HñDJ¶¿ÐUŒwg½î²;©îJdxî,¬…/gæ@“T<†ôîG|Ÿt} Có\‡xvµ(©D’IÙ$“üúJ¥`¸Õâe™¡¯6R”¨­d¥)DJR”D«ÇE0H}Iê]¢Áq~D{{Á÷äª âÓ,8ò’ÞÁÔâ7ãf¨õ!d7Nùóh˜í¾çä¿K'Jmi>ÿÐø#`ÕRµî͌ӈ4zJl 8l´gqlNoCo¹È·Ír÷ôXàÛÒú×¼¤—Õ -[RŠY³ã‘J·£Äj9ö»»e´Mfr#ZîWWÖê^CöèꌈížÓÉî7¥)J$î°áÖl½»-ÂÍꈉўŠô‘iŽ.¸¤¡(+W¡Zt®;Nøø«gQúÛýfû’Z쎱»»<«œk[l\¦Cm-ŽÚ×½ñÚJ¸ä„…®D˜yÜðRF¤Ð¶Û±Ó™[í–0Ý>÷_¦[‚á–ž•5›¥©ää‰D{ ‰3TꢸӊLÇÝZ‘µ¶8 xÙxùøZz¬´Ž‘É°]äÊÇr(íö. cÎ#ãŠáý+O÷×öñS+Ä­Ønž¹|+ãrå[ñû|冀¹©2%D$¶ )Ä(§â:Qu tÛØáÌ®ÉdºLÈ·-Ã'ÞM¾li»(t%²Ñme$qÞü«ÏÒ¤Ø!ÈÞk^nˆÅFcfõv9k[üü—rÜZv̳Ü[á*2ø’?JÓꕤüÁEDW§}ªº5”a¸Åšçw‹|h/ª /L8{®°¡¶{Íëáó°<Ÿ;„W˜ª·1ñœ² +›gcq-ÊþQØ**Ô¥)DJR”D¥)DJR”D«ÇE0H}Iê]¢Áq~D{{Á÷äª âÓ,8ò’ÞÁÔâ7ãf¨õ!d7Nùóh˜í¾çä¿K'Jmi>ÿÐø#`ÕRµî͌ӈ4zJl 8l´gqlNoCo¹È·Ír÷ôXàÛÒú×¼¤—Õ -[RŠY³ã‘J·£Äj9ö»»e´Mfr#ZîWWÖê^CöèꌈížÓÉî7¥)J$î°áÖl½»-ÂÍꈉўŠô‘iŽ.¸¤¡(+W¡Zt®;Nøø«gQúÛýfû’Z쎱»»<«œk[l\¦Cm-ŽÚ×½ñÚJ¸ä„…®D˜yÜðRF¤Ð¶Û±Ó™[í–0Ý>÷_¦[‚á–ž•5›¥©ää‰D{ ‰3TꢸӊLÇÝZ‘µ¶8 xÙxùø ÿ­^mrFÓs¼2ÍþátŒÄËBÂa…$ºòÂùöž+䔎d¥%|k·„ôÏh,ß)»ÇzÛi·Ì¦Bi™±YS ¤ª?>ih%ZØxβNV³øLÓ³Á#Þv•ÏmvÚ¬zªU°ð&B‘fE’z=æÝ'Ô-£þ’~äŸû¥×·2_d̶oN¥cÐ$ÁÈbÃlJƒ.C½§ÚÄÊ@ÚHXØ–½7ªñ4†ŠûŒ¼…4ëj(Z4R tAýÁ‡E$ZH?ÊåÅ+ÏÚp5}kŸ×ºø¥)U«R”¥)JQ”¥)JQ”¥)JQ”¥)JQ”¥*vow¶bÔ™M{»eÇk}³Ü×1ÇjЉ_SPT¬Ý)µîa¶šå뺼LêÕã&¸«üPùºÛ&O:é–›aÉ¥¤vö¥¡ ò-ì¿$ò>I5`Ëúʙŕkì«#G½G]í›Kõ{“¬–}Û¶Ú”B Ó‡JHµ“Ò³˜­±œ ¬ž|úýôÖ·Væz¯”Ç‚"7t(Ž-?ÑC-ÿû>a}½ñßêJO/_µaÎo˜Å¶\ ]ÁÈQ¥H)Ô´%:ÁYi\µ±Ç¸¯‡~w¡PT¬YTå$8¼Øî¯G­¹‡8*MÍ´&×®ÛDFR†Þu:u\B4B¶vÔk=J¾0µ„»Å\馡2¨¾ïÜKœ%ƒˆÐ»t­áËE²Þü„{¬´¡“ [+W%©€kÍŒ·ÝuED ÿ5ýöbÄpë~7—-p^ZÒ=å÷ØCŽ,üÉ*ñ]LqqpÙu¸a•ò9ÅÚUù*/´×´-«#éTœu™›:঒'—i XQYú~æ¼£˜`w|Ëz/ Æew­ÎŽ–%´ù[M¸x(ñ cz$W§}³:m‰À̱¶V ºM݆ ²ò§6Ì-4½M©<9Ë‘p£â³¾¦ã–ì÷¬÷Ir¯ö»>l;DÅÁ‡ ¡!mÆl²„(ü!´©Ò¢R*Ñ 1N2Hs ­øÜ1•ïÖÈ-¶ÔI±ËùXŽÉ/"»F·Al9%õ£Å)¥(ÿ¥)H*$ø}+ï ±=Ž]\‚óñe) BÃП4´­ ZJT?e ƒ¢Á‚+Ðßâk]Š×™\­K]¥»%†DXjePå>§&Hn;-¸P•4 •)ÅòZ”t´¤g}b•çbxÔ•±Ëe¶Ó eÄ[}€û©K’\ZЄù®+{Þ‚6|îµK@ Jl pÃy­Ö>z^ê¡d8½Ãþš.m³p‚ÕÅ€‡ÏeÍð*×é$ èùÑZúF'q^"öJoúKS‘nS…äó冀8¾Zâ’yk_¾ëv¸EŲ>£ÞeƾYc¶›ì;IželB´²×h¾âtâÔ–›JHI Ù;ò;Ó²œfÛÊèbʬi»åÓ"¹ÃiQÞ Bœ1ãÛÚ`ïâ-4UÇ@9Ì(h“œƒª¿úlvâ_îë^µÉíÏuæ:–Éñyø…Ÿ$6Ô¥ÆbWÜ Òm.7²= BÒuê7ZÿôÌIŒgÆ£·iSßé©Ÿ—278μ´9!h#n¶NÙ!|P”¡J!Jp›õjþÞQÔ¬’êÂÛ\YSœ\pÑÚPÈ_?Z¡6°E˜ºÝ§ó~|µÛUR¥)P\Ô¥)DJR”D¥)DJR”D¥)DJR”D©¼/3»tÿ#‰~±¾Ü[¬BTÃî0‡»j ŽA+oDèëÆüT%+;)±îÁì4G5l´uO$±F´1kmµhžíÊU¥˜Ï¸— ’HIÒOÓ°¶7VˆL±1®Ç*&°ä'ƒ^·4· Å`¤LL®â5¦5¤pÑÙ]et¬‡¶£ÆM™¯J×^ŸAÙ\êÞTËòžEÏ‚äLJÍ0Þ»q8ûº@㤄pO§¯ïf£œÏ/g Ë×8«!LäÜDÂÚ<>•……ñ×ÔÖµP¬YUDΫyÓ]ùý•v¶uŸ/´”˜÷m-)’€ã‘ÚqaÿÎG%$ž*õã½oÍGMê5ú}¡çe¶LFà[ŽÚTt(© )ОEGzß ïB«T¬ÙY8™È¢ó^e\\êæL¼„ßQ.<{²Ì…;*<[Ê}¥4ê×Å’”…(r>G"F‰&¤ú?žHÄòyrĉYS:ตÍ$ŸMèyõñYÝh°[/™¼_êí&DT¦\ý+Qôêå"Töã=!¶> ©ÕüK)O¨ùôI?*þ˜X0|ýgˆ$Ú`5)û¬†˜Ck`©µ ­*ÁGÁØýxS‡fÆnJ¹Ù¶K¶YÞ³ZbÝ.ñ×-Éo,0ë­¨¥­„³ÝW„ü<½I®†:Éh;/A‹Ã‰ŒYÝî’l è <«m¿•†HdÇ}ÆŠÛYBŠJÚXZ¾aCÁ¸õ©»&p¾Ù§\Úr$h‘Bô©’Ï}hl¸¶ÚåúÖ6R<üIªH:ŸO±|´;xº»eÈ2ë6¥\")˜qÊ\Z˥¤)KJ l-MqIãl°åQqŒs zÓl•ºd¬°ëqÂ=ú[êj"[+mJäÛimÀ•i±äê¹!œÊåÁÚiÓ:…]tÔ úîk²ó¾)‹\3;ü[5­´9:O2„ºàm:Jµ£à”¨ùúTOË{ñ­ïö­¥a[ ç‰SáĞݑØp!À…)éKK RRJ¸²·‰xØôõ4œw bß6ÈÝ×þ–þGnµC}o0©LÁ *‘5ÇR9œxrÒS°xè Àm…DX4AÁÔuÿ0~K Ëq;–}zÏvm¶g²ÛN8ÛO%ÐãiqIâ´ŸÆëçÅçäÂæ`!µ¦ÛÛŒ•8à@C-ë‘õ;R@É&½p¾b™¾U|•“Ƕûäûœ›ô+{OÆ C °âŠì€  žYmE²æ´Æ‡ાK~´¯Ïe0‹5®é9vë""By¢·Yh)e¾N8Ó–ÂP)ëjÎAÕ^üLsžîëCž€‘g©Ó×`±JR•Rà¥)J"R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅ+ž ûOâœöŸÅqJ炾Óø§}§ñD\R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅ+ž ûOâœöŸÅqJ炾Óø§}§ñD\R¹à¯´þ)Á_iüQ*)P è Ö±„õîv$È! .¤y ;JÏ×ö5“ðWÚ௴þ*ø§|$ä;­˜12aÉ,;«‡Sú£vêé™×2”¢;}¦OÚIÙþI>§øªpñéâ¹à¯´þ)Á_iüUny{‹œuT¾GHâçJ—“—]eãQl ’ª;Ô0†‚¥me%j)|{ŽqäOjÖ·PõÏ}§ñN ûOâ¡k{ŸY®7J炾Óø§}§ñEÅ+ž ûOâœöŸÅqJ炾Óø§}§ñD\R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅ+ž ûOâœöŸÅqJ炾Óø§}§ñD\R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅ+ž ûOâœöŸÅqJ炾Óø§}§ñD\R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅJãyØåÀIhrIZ7­çëQ|öŸÅ8+í?Š“^XàæB›èÜÓ¨[›~Ô÷»]™q-É=å ¥/=ÿ—ûøõ"°×\‡VãŠ+qj*R•ä’NÉ5Ç}§ñN ûOâ­–wÌFs²ºlL˜‚ Î˱m¸¿h¸ÅA¹1KÍ( (%I ƒÄ‚‘èF~÷ëôì–èíÂâ÷~S)ØBP”¥) B”€”¥!! WC‚¾Óø§}§ñTZ£;²å½®x+í?ŠpWÚQ\R¹à¯´þ)Á_iüQ®x+í?ŠpWÚEÅ+ž ûOâœöŸÅS©JWmz4¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)DJR”D¥)D_ÿÙRaster3D_3.0-7/./html/r3d_filters.html0000644000471100001440000000606613562710037017061 0ustar merrittusers Raster3D import filters

Raster3D import filters

grasp/ungrasp

Grasp (home page) is a molecular visualization tool that to the best of my knowledge is available only for SGI workstations and some older versions of Windows. Grasp itself does not produce Raster3D output, but the molecular surfaces calculated by grasp can be saved to a file and then converted to a Raster3D input description. The filter program that does this conversion is called "ungrasp", and is part of the Raster3D source distribution. The ungrasp source code and notes on using it are in the ./grasp/ subdirectory of the Raster3D source tree.

MSMS

MSMS (original home page) is another program that calculates molecular surfaces, and has a number of advantages over grasp. Although you may still be able to download MSMS itself, it has been replaced by a newer python-based tool PMV (home page). Two filter programs to convert MSMS output files into Raster3D input files are provided in the Raster3D source distribution. One is a perl script. The other is C source code. Both are in the ./examples/msms subdirectory of the source tree, and by default are installed permanently in /usr/local/share/Raster3D/examples/msms/.

A figure composed with MSMS and Raster3D The script that generated this figure
#!/bin/csh
#
# Calculate molecular surface of a pentasaccharide
#
ln -s ../sugarG.pdb protein.pdb
cat protein.pdb | pdb_to_xyzr > surf.dat
msms -if surf.dat -of surf -probe_radius 1.4 -density 5.0
#
# Convert msms output to Raster3D description of the surface
#
./msms2r3d.pl surf.face surf.vert > surf.r3d
#
# Make an auto-centered ball+stick view of the molecule
#
rastep -auto -rad 0.20 -prob 0.10 < protein.pdb > protein.r3d
#
# Combine the ball+stick figure with a transparent material 
# description from the Raster3D library 
# applied to the molecular surface generated in MSMS
# Save the combined picture as a PNG file
#
render -size 300x400 -zoom 85% -png picture.png << EOF
@protein.r3d
@translucent_60
@surf.r3d
EOF
#
rm -f protein.pdb msms_surf.dat.log
rm -f surf.dat surf.face surf.vert
rm -f surf.r3d protein.r3d

Back to top Raster3D homepage Raster3D_3.0-7/./html/r3d_example6.jpeg0000644000471100001440000006203113562710037017105 0ustar merrittusersÿØÿàJFIFY,ÿþRrods V2.4f) ÿÛC    $.' ",#(7),01444'9=82<.342ÿÛC  2!!22222222222222222222222222222222222222222222222222ÿ°ÿÄÿÄÿÚ ûðG›&àgO]ä2ì'½ÀE›.à2ý-l¾U|¯[T×®]€–U†gªÎlû2ì€L»{C›é[.ås‡*¾P›rÖÀ£=/W0!µòïW0Yµrü*+SyO¸w¿±z¹€ÍÊÑÙ­•Û'ܾ6MœxïJ{ê_ŸB¸ú;£XFzxeO£æ8ý)Sîä~§ì;ü­‹à)Eݸ“Ÿ«ç9{àΣ–}7_HúN¾8ó|ÄÕ€ðÎçz] LÈïS:eÏ_¦ëâ½±æ39uÔíÈsŠÓBùû É›ŠziW>ê}ÅŠÀæ=ЕçíóþmÎÜô;ðÙõyÀ‡eOR(E_¹¢¹Í¿Ò93¦¨ó½J˜ór|ýèy= jz¼ÿEîñN.ådžo.“ÔúpMYcpl»€y´s§Eêå—ǯ}"ѓϽ˚ªÛ¯7Ìø}”|Þ€5=žmOGŸ¢œÖ·^tâ¯t€lÞ'|mª˜ç}Üš°3§¥ÍŠ9×­ç3 Ε9]Ûå-gÍs÷áóöúXÞ{½<|ùæ·‘ré­îò\íÇ7ÏÞÞ·.\l÷ã-` ³Y±[9É ‹7}÷•­‹{ƒ'âsôâÏÑñ Ï[áµÓÅö]¾t²nwªî—;£]ŠŸ¥õù¤Ü Ù²îÂŽû—ÂŒõ¿\‡˜Å‹×¸ùŽ>ÌüõQžÞŸcßåu¹é"y/ìw¸hÎËÑØ1ç­léô7æ"£Í¿ÒH¯K75ò¬ì€‡ Œô½\ÀC›G/…ho:Ù–µ6à´×¹r9)Ï[ÕÈ(eôË»#:Ößé˽À¯;ËmT€æÕUI½›â2zi×1B*}ÌG]§:3³ÖZÜ›pWš±RgOI¶mìòSž—«˜bòësfÛ7+Óô_©ù²Ÿ°Ÿ¤hvå±èã{§0Ξº5È Ùë¥\€ Ùr¦MÀ+Íes¹ 7‘·RùSΛ³[¡¼üf?ÔøõV[íÆõͪ‘G+†Å›ã}oC6ÎÅŽ÷)OKµÌ ùëîÏ„³nxRÊÐ,lO²+ME›b§¶S‹¿Ò(ÅHÞ1Öå»E6à ͬ¨²¸Ê›fÎϲìϲfîTtÎøUm½É· Í6}MÚ¨lUê™4(»·¥Îîô€!šñ“ÖŒÝê€,Ùwx¯w'Ü÷@ é~¹€Ìž–6bÊ€ð¿¹:zÜŠvZÀqS6)½nœÆO;Õ¸åµ"§©ž°WÍËζ+#lÌïr[Ù—pgåHÈ›_„MˆŒ·›6ÍÝ›œ•"èNçf͹ٱSräfÇJCÓ€ÍçÒ G.guzEª(eH[Ùäè2„õÓ®@geèìE›ËgÙæyßÌó¼|Þw:Íú=ÏÐ}ió»]#6zøA+÷Ï.+DÐésxU—=u+O7¼3{Í­•­×ùž~‡Ý V˳°³ÒCÂ}‹€©;æmË<(Ezcsíôýüþžg¥úæ™z{siÅY©³XH© ÷I÷úåèÏÊ»³Ø8ÍësÐfEéÜq›J*ÅMŠÌLº±ßézy@Qž—«˜<ǺrQž‚ÆÏl™Ï|É뫳¿±õµçÉçÓ¬Ý~܆fUퟜŽÿQ|R‹»p+.¹³¹§¹z¦JÁFvFüNuùLê;Íôp}ßÐ9u­Š¹uräNn_Ñ_‚v »Ý9€äÀçx1tƒ&oÚÜÙÙü÷ŸLx©[îÝN¨Ø7ö~þ¼ðEI[BkR¢%zÎÓ4+˜gÎÈÞsX·sÞàŒUËš1^—îiN×ÊøN=33G§Ú^E×-2Ó-NjôŠñY³vºG&†Ï@ y³2mVj<ßYÙ=M|«u"”UÛ ü߇|¼OÐ:óѩ𧕢Ë2ÖP‹óî=Ð1Ϧ—HëpQ‹½p¯›ñ|ºeEU?Xôðìáè Qw.*Efç]‹å6È ³¼e]¸Íçrî\¹ôÍ›ù|ëu—¶w7Ÿ{€W6ÅH(E_¹¯›ó3Ö³~:{G²/fý¥súŠáÖàb¯\‹ŽÿySlÅ›¿E® Ò®`ŠwÂjÀ)åbåâeý•q¿³[6}΀J:]¾`ö¶æ)åñ›K.Öó±¹ggЛ—&/T3rô¶!+OO 7,ìtQËfß®` ü­ %<¬ùë»|3ç®rFH§=•6o{—62ç¥úç(#͉¶v@K.Ò{ÜxPžšÌ8;ÿÄ+ 0@P!"1#$3pDÿÚÿˆ|µÙ­ò¶µš£;ƒä!€EÎÃX·Uù!N΃&É«5s²Êµ1¡òVâfšÿÊñˆ‡u_:«òÝ3oâÛþ+ÿ)üîH‰a!E¯O:–We-査¾-¿â¯ñGä~°fv¢9=Âƽ‰[–Øø¶Vu|§#Ûy]ÔÓhmt»¾œ|A€‹¹]Ø‘-z»2'_þ[ß6 »+öÔhÁkÖ7˜™R»#•_º¾,† Âı©b'”ý³é3 ð©ÓKb•Uñ÷2®|È`¢xuiÃáA8t#¨»"E“1÷¬×ñD0cºkºø êmOJÒÖ5—åC†u‘ðZú™¢£XÁ´áÅ^Ô¹·üS;“Ƀ>Ñù äg&`c¹&ãëÈGo¦ml2غ[]? “º¦~¡jçD¢?œg¹Û‹z›ãÔ§·c@7ë…ÔÌA‹DªÕÜLp+ Ë–wõp¬¤­ýˆl×”O:lgsö‹h,KÁ%üçõàÊêvtŒ3¯!‚Bpg¤­p¸ö£kl±‚ ZÉÆ÷õÖR•Û’²ËË¡.&ÊÔ Ž'×ä·µ8¾)¿R f¾UÉSYe™WO§Ù¥j2WÅFzœ[xܳÄ86Yûå1°FY¶Tcë¡‘ÆëéõªØ«Itr¶_JÍä°‰öá)oNº¶uúl—™ª¸.rÀ€ F«ùÚ™†z$¥žV¿ œ+¹k¸]¥dÄÇ(™£rñ³÷9(趾w›¥µ§gqöq°É[¦Ç´já«C%‹å`×Üzç»b*ŠÇ´¯iȦµÏö!Ñ|¡Ý(+&3—þ¯jéèXÝ`ó¶Þ=lö —F*È2yÌk¬K¼ÙZ&&3õ‹`¶ÇµOóØöŒP6$^ŒS…Þp€¤v£ïJfÎüí·çëÚÚ=p=‘†DÄÇ+Ðnˆö¿W&}•ˆê+Û~3wÐÖ5𘂋B{ƒ ¨£ª¼ê¯8•ÎîÈ9«âÖÃ*q®£ `Áé*°õ¹Øa±Rø‘ÍpöÁ¶my^¸Ê™õâÃãF®Xë3Äù¾âk쥹DzÇ-Ù¤O>Äÿ/¨ÚåoN;?Ä,LØ‹ëö¬rÕˆ 6yÁC¸U=“ÃDîa#ô›¸¤Ûáî €X/QçZïë%¦P)ëaòá ·\èVH©]YíveG×ܪR¨Û…gR퉸°j Ú› ‡S±áÆÌÿ+H`¢jÚšÂpê!˜TBrå3ª|¢tš–SxÂñú|¯ÂSYáý³Ãx¡½¾6¥k9>¤@ŒûkÖB” _2®²,/;‰Œ )<" ã0“¤;›’]ÊgUœ¢tš'g´‹ Œï‘ZÀFmkp å5¶Ïq+Ècß 㪮%¸y‘oÁÉ gtc(Y^)$Ö€À(ˆ/×À×ü#õÊõzœ¦ƒƒÉÈ›2_Á9µÚ„äDDc«£ÇÏ*pxÅBÁ11æÕCEDS¿ÊÞ9½\añè Û¯4[ui«Æ–Ì‚‹«ù/—áy¦œµ×»$³Ó8]E á•&WBº‹â[T¡Ø®m¨‡cx%sÇð7S…l*é(€Š³ùGÈ0u{péø¢¬2{l†KŽnÍä ”~üWü—lm‰øÄþVð”³ÎÑC:ÙT •ÌÁ dΑO^ÞÜj¿Œ©ù/ÂDK;*Úا]ˆÒ/…OŒ‡•ddÉ ²:XV•”üЃ…¨Œ¤ô§ä-Žú‚[ƒå&5ŠSý_•ÿÿÿÄ/!1A "2@QP0aBqRp‘CbÿÚ?ÿ]6ùl¾>[ ÃÂ"Èé1<Œaq¢Äï1ò-qm–°{‚ÐiPÆ^«Sž@ùFwë¦MÒÐï\ÑÑ?.t(ÃûÈ8×{ª¡†Èá¸fþÖŒ ×O°o($YqI½T°ì±&…‘Œn u1,êžv^r"È™ø  E¤_,^tìô_âS¾Ÿ»ríñZ]p¿a}>ƒÃŽE7 ¸monnhuÖ> Ã?¬ßC‡õNmê°ñ˜ûfh¾÷ÿ”﬑rJq“ñ]Ö¿(úŒAºXý×ÝȨE›¶¹µ¤?ßýóµÕZ˜MB/(2ˆƒñx —J pXSð"Ü®îÌÚ~ ;b´ÏnqLu`-jDL,6ܘ¸SQÈþìÉ- Z½…Ò lTX1>CZ\`#€ñtp\äÞ³jôƒIMÂy†Ûbú\†FXXº¨y1˜Û­Šá¹êª")ÕÊ -^Ölˆ"é­Ü§:|mØšÒã9Á£KP”\I•Äžõ†ÑªZV;‘%Ëèæ9¿ ¸Oú3üJâ–tâ!ŠÓ¾XÏ¡ $®\¸DX§aºÀ"Ò/ÎBq¬xàhŽ í?õp÷Ù9á÷,Qü‚j9¾­’ÙÈ,‰œ†#‚îCf„q˜Q¹…J7ñð‡K²Ä Ð9#MÐ0°±ôWd>« ë'84IGêq&ëî1}¯¸Äöµ4Ü-ö”A?—¸y ¨Ò.£‡/ÿ™†îV¨íÍ®„[Ë[¢'ÃewŽ6]-ý®&º=9¥¦©·D“Ê×B-Üx˜”èxÌå“LðÎβáÄ€ˆ"üÀÂ1qàM–‚.°à:—ñÚ:]˜R‰•ŠwöƒˆD…dAIðbQ{óxþ^üf iZ[íÝ“Zç•,eªWßÊ«DÕ‰×ËCs,iGl†[ù™ØîL:ô~°š§DÓò’ƒiºMÊfd¬Gýd h¬…-}èSšZ`äÜg ®;W«î¤ó®²´œõ˜…¨náúQ‡í<=œ¸>ˆ_o‰²á?ÒÒr‡‘£OS—›©o¥Ðµ4졇t¨Bèoì§<ºÿŒFëW¤I7ÈÖ£&ú+C—Hý¢óoÃ(™ü2PÅxÝqßí}ËÍ èwéTÖÓQ²s‹Œžl#0Œl…*Q3å5ŦBs‹¯ø1;‚çá_ö„SŒø?Ãð‘-­”ã6@O‚Þ×qÓTBèwépÎË„õ¤Aü@oÅ ˆéÏ»ûÈl´ÅÑ¿i6L-iª!“‹Cvrá@©\2lQÃxÙÅ\‰$ÉͪJpÝ |Aºã8Ýq»V¬?J0ÖŒ=œ¸?âe7¹5ÐÒå {Zö‹Ï Ö sCijþfFª…ÒÛÕ8ÖQ#LÂ.'ò "¥Í*KÛ[ŽFoø"Ƚιä… ò7É»œµ‡w®Tš êÀ²„ #ÛO¦ §ˆ4Ív’|ZŠÔV²ºJŽ˜ndjà ˜3þ3z†’¡ƒö¸‘Ú!SàˆÝòêö¡¥8Z9ÒÖÁñx Å”ƒt[l§™t©âPÝp㾋‰”ñš7ñ&Ü­2l 6踜‡MV$bÿ?Ϭà´4ö”XáuALn•¨¨i¸GÜ´ê2žbÌ ÎL‡õãžÁÎРи~Šá¹Eó ”ZBÂ4Î}¨›fü9¨N1Òòc5HãWõéMZš]ã’žyÊBÔ苇&Še(AQ›É…$¢bq?Ê©ÍÅpÝ«Jyþ-²{º‹‰ˆ¹®©¿¨…-7 LØ¢¿(¥rÕí;ÞAÄ-e"y Ž¦£ŠWúNÄ$B"™‹fÈ9Í¢ÔUüqÊB–•§ÑZNÍÖ€Âj9¤•ÚÐVjZ,‹‰¾Zý­ öü ^f¨ˆÌöŽPak B4ø·V¹h;®‚4§4´Á犦«YÛ6¼Š.WlWÛ"0y„èÛâOhÈ 0¸>Êáj3Š83؈"‡ãë6>hTe3tcÚ… ïtÝq_íWüHa8Éäp²§t1SÁ¹GÆaûüfVNdT[âÆ!°ìºC ®6Z6æ4hX{üiíJâºÆ«¡ß¤pÍÂŒŸx »þük¹µ;ÚÃqsÀ9` xLóáÞT í&Z¥Ž½Ã7%‡º&s‹'?UþG ÃDA–ÅîŸ÷ÿÄ,1 !AQ@P"02aBpq#ÿÚ?ÿx:ÞXÛË…¼Œ(Rµ*#ÊU9·ñÛá ªqñ¡ еCÆÇ[9Â<\àí5^¢wñR¥=Úa(™ÆS]8°ÈŸX -#'¦½< )¢ŠúÞÙh Ó Tâ÷‚ xÉ£þg-¢ÅÐcQ!4Èñèl H²w„ÏÉ핦Z1[¸UGÛ›'·I*€©vÅ~Cs“£Ök²tþ£ÐíJ§‚½Ê£¸RYÍAT0wþbB§”ç¯÷UµT'·FFN‡QÖUòªÎS]N…6O×Û”€n©áTEÂ';`šØí§œ/©Æ8]o¡UõA¡«©ˆqu9OüyÕˆôž6àÃLÊ5¿`ð¿`¯Y¦á3ªÛ’ƒ¶rÐS“ÜBœOª-¦ÖÏÓ8ƒth0=6‘üvìãŠÞ‹ÅŠæ6BÝ»¯€ç$ÕdD¨ÿ¨*T@T… yù»‚¯¦%ÛLý±se5Ó¦;3Üj¢,”ë ¶W6PvÇ´öÅF.(¿”6Ì[)³cØÊ=¹¾%Ó @B°Rw@ƒ‰:Ç`Tb8ížaÁTþ.±Z©T©å6ØuÜK±G? î™Õ·Ìn2~ ùK€EÚÌ/p°GP›»HVÂ%;ñÚl¿YËõœ¿[ú˜(8c «U'…R¬*†;ä<(Z­pÕJÔ #ã3²£’€ØÈ^£W¸ÿ`¿Ã€ßHT¨R‰@FcnĉPÑ×@€ÝÔ(ødv$ìánÄ}„&DÇü¼ ­‹¢c±7Ïu U* ¤|eÀ_╪pv?_ù ]W6Nÿ!’µR¥J‘”áR!AZ­T•R‘’²%Íþ¯Pð½Oâõ?ˆ=§è%mño·Úµ(pƒHtJ ´¶CñÆG6T§”¿ÇÜ ",¥8i*Q’‡ÚOl1=Œ*[¤*ËÜ?ª}Òìf ”&N;öÅj£•‰vÙháK‚éê*ÉsâÈê,ƒ§#œ`†€¬§…øçiîÀ˜º—:È4 .†¾ÿ<)S‰PµUs€u" `]|§NÜqÜHU•QC©È^«Pp6ĸ 9ꋦ‰5Ì T©å{bà.˜A&>À¡AT•«uC¨ƒÚSÌœ!ƒ-u*8L*B•<(å[·-C…Š®. Û)ÔÆð›Æ ÝPc#]³”*T(¨ëx ê~ËB£¸9KAPàªä öœÎ-¹È@" ƒ#jTxU…XÙCÐhÂŽQöð.`3®#îr‘+Ó* ø¶i¦™•3œ‰AÛàjÑP7ƪ•Y\ÙMüHûjUe«ŸÝuÄŒà*BâI)¢d…J„QUÞ#4ãœN˜:vzfóX °vœà3²a7D°íE3ñï“Ö:këʳjà—ŽÌ¤Ân…ÿ¶µõŒ@ñC-iº9‰/Ã1ä Ã¼‡ñ\Wa¸éž÷ô©éÙô˜MÑ6gy©éÉÆ·ˆæåî0OŽÑHµ2LÅ ŠÖqYn­»³-ð3wð¡BšÓ=ü±$g4Ùò×öŠF4í׶Ì>cÙ6˜Ðm1…óÑǃfnª|[㜗èb–è|bîCR…‘¼öUž"fø²RhþCR¾:åJhÂì<à[bÔÛ§Ýé£ï¦Ýki‰ìÊ0¨ŠÉ6NÔRbӑ￶~Ñ—Ëþãl3l£Ã²¸¹¦¨z/ø<Š0¨‹”Æ ™„2„ô.5¢ÄÁÅLÌW¼.ßÙvXT@ |MÝ‹¹4uxÁâÍTv׈R³LÄî ¬T­OÌk /hº`Ö;.ƶ‹‰£§]â)0SÇÿI„>fÊØm Ç°íÊkö1fzØ:Ž£¢¤ÐE82ZùÍË :tÃ0†ÅªƒÂ ™³œX'UhÉX 6”Ú¹r,?CQÙÈ”GwI›1zYxÁ9Æûãà´s’f/•HÁ1[qäØ®.°]ÍŠ,ÊŸ1bÕÌ) `¼£ƒ¸bßn1µ„@J Žô#þ2yý¦$ÌI‚—£FÐb£ÝþœŽ,'ŽQŠTÁü°i0]K¶5ê¤UMad‹=ÜœrÁŽneÝÖ¾9Ùe|Eâ*¤V÷1´œÎÞ¬„/Ç-† ¹ 'N§A6@‘*ù­ý£lqaj5×\Wƒ½‘Ül¡’l²ŒrÖ Y‘–·9AbjÚغm Zy·",Ï—vѸ3MšÄcB4‰6Áo Ár`"ùJD,À€vø©–Q»ÈašdÂXë+Ü»]ÞBL^B×µ¤1°c´ ucÆRƺÂÌAz2œÅ”7hÄÖ¯fÛ¦gŒKídŒ«¯–STÁ÷щ\†Ž…7]ÌÂ7ß­íЭ7Àe a®°-ÒÖºr¦”¯$ü)‰‡˜Šœ¡§·ÅrƒMI -7j÷‚­‘‚µ¤á·ã|£åaCãfè“õ÷gúÌ\‡úÌss­ëÌsò™>ax‹HÀ£’^˜Ž~ÁÂæÔ_SÖ¦-d²Y$|1.Er÷¤x6T~è‹SÚÖÅ ¡¤Å蘡\f¦(EDqm£•pö²åxÚ;‡W«šEq2öµäùE©°=%:âÒõÁ£± "Š95ËŒš,8³0f:™'!stŸì:´´”@gjV™E»Úg}³ÓnUxújÖXø}c¦"ËH>,†±@â»zm‡šƒÁ³Â¦y€bç’ûÅ ~ìô¼Q¸#Æ°CIš?–/™C²†=òzÅÌ=tK#~9D³õ¶ÈææÍOæ¯ëý\|É J—9|½c 6:þc 6£ÿ˜¶Â`G¹ƒ ¢îi>æ(‚žÎ’Âï1ÎÍfÝpŒ*lŒq3Z§ánö=3^Ú b©9,m7˜´ÕvÚ}Ž4 ¾,¥iâkìhe§¤S‰_+£eÜæ+-ÝÐ`Úç×Ââ ¨lC59À“/Þ}ز¿ýåM­Õ€võ -ävG8/öÇ)©ßmZ£¨1†·æNg–Ë´D³_‡¨ñ:w"Ê‹»Í)eˆê3Å(*ôìJ Øä"„ÔæOQ#['°ª0aáÖÅ\ä —5sœZ ÙÖvEGPub_ýôåñK;| Ql‘­nã/£E™¥ø©}ý¦(&¥wÅÄd0ËÙUÚ‘ÍŽ(wŸ?Hƒ3wêsj/àçû"¢*Ìø楳øä"³,îγ›zF)VüR%ð½aíS`­ñQ––)x JõfŸš.“ÕhëXæùåîœàÒ ŒÁÕÈ+\d\pªF¨¨¿ƒœÇr)!8ÏQ^öþ\„]ÕVBœs~Ã\\…ÝO|Ti^ðô_E¦4ÍàNùÌÅÂýdç Ê˜NŸÌvF+åGÃþ:¿ÌØÓ_$ƒ‘ÅN»º÷Ç=(¯Ì·ˆ¨˜´ß5õŽšúÅWÝ­ËWaò»à$õ _ˆAVÈÝ *f)’Íû#›{ƒMÚG•Òn›w,´UÊ'Ó)ËvüW›´9`‰V“l{‘ëœÊ¡CXºhŒ,•Z–£Å0³Æ4ß|\|´ñSÎC ƒÂ\^z#`‡ÿÈß®€óåh9ÿ‰'‹ ¨ê1ÅIÅFéêX[jDæZœü¹taQ¨T †(³Ê7vbÒ-aeÚ {¯î“h+JÇE¼¯‹œCÐá[†€ÚQŠKéwbŒ¤6'(aL5‚ÜTµî1À±ð$VC™GfcÒܦ+lã[ãŒV´<#Žœhí¨œ ¤•ãì<â¼%­|ƒ!9:¶¯V⤛þ'îÿ¸-)¬gf9Ùlž9ˆªG%e|#þ"Œ0D¶(¡”Xg´PÙ®ŒR—Êè¹Üy×õŠÆÝ5$ð¥õ°ÎK®2Ó™ 9ê»`»{´jñÑJÕ¶+9YbCjŠ¼°Þ Å?g—éTP ]\$¶²IµÐr+K-µn‹ˆš8„[–Õ½Ž2mb8¹·L~Ê[XÁˆÒ°8ËSÌb€SA›-¸§üÆ)#ÈÆ9L7ÀÄFñ”Ôr60ɶE—Æ}“9¶Qt°ÍMB0Éc¼ÒgÌS§鬷")8X;bªj;1žìlMÚLùê]7Å©hÎ<Ye ì:%´ÉJÌÕ7ˆ¯èÆ-"~³Ù,Û*ìŒr”ÆPúÅe0 # 4PÊCåTP ‡e¤¾û¿a,ðeçš¾b,:™su¡ì²àº±Ö.˜³>¡H@ò[' ¬Uí§Ô†0ÍCçÊšÚ˜”ä^_Ù¼%® ²ƒÓýè6‘Mvˆ¬ªË?$b ;uÆ,“a¶5Ñ„ƒº 9 Ý'%¡|^Íw»¶[ù8€;â¼D¿é‰ŽˆÊß+ †a˜+úöhDQ«–Š5¸‹¯3º±Iía?†Ÿæ."jøÜbɪ?u®í)V‰L¤Y–¡G†š:†0hÍgºMiÚ3ΕhíZU&¥0Ÿ.Ö4ÖkÿÿÿÄ+!1AQaq‘ @¡±ÁÑPáð0ñpÿÚ?!ÿÎPsü³¹Áü°K+Tç þEël!¹Ü7 Õ¦e•åù#‹ëÖ›à›1ëšjÁçnRS3BQÀÒ¦ÊhÊ+~¦&HJˆò¯Mö¦±7äfý+þN„$‹“½d+èu_×ã?©µzoµz&¬Ùì4l Á5.}‘ Kø^ˆ £Uü¥ ¶mOlÜÈØ}¯ã?©µ!CoµN3‹>û£À\ÊäS™œ3AÐÅ™þ”¦¬lFìé|P`ŽïŤâ¦xÒ¸òš¹hç3ºfýðƒŸW Ð RtÁ°ó/¥[ú%ÈüK¡žR nØŽÅã ÐÜQayüTäÁŠ(MÎâ±çžcéŠ@£=鑱’ÒŒëØ ^ )ÔæžÄ¥mÔUóµ2LF¿ŒNDÈ•%çëô©¾G“ÛbMÊ"Iù¡´2E @,·Þ l¢Eeûÿ‰•ÃwäL‰[êÍßšVÄ$=ª„c[BºÙäáì@8ÔÝÑ7ÀîüZ@¾F§œ–Lð?t(MÎï Ä&ˆ+-ö×:Ñj*À Áf¢›y”/ƒÒ…Æþ Â1þE»~E%–7QK6’†$tžßêmVV$ö𷪞óø9Û.y…et¿¥fœ˜2µ6Ç0Û>ü¨FÉŇ«R7[ã­J’c­ b}w$ü+=£°Š"°¡ï\!‹Ó~›Å‡Ö¶…<_ÍJMÈh ÷`’Sos–¤;4!ö¥2ÏqO4LÜjH¡¾;º>u‡õáŽI÷@¤®,­ –¤æLæ¢ þœ©br7¹ž>ô‘˜1«§VcÜ‘UÑ`:.¦¦„¼†Þô|æà²*5#q¦ñì(áI7¬_­N¿ä]sXUYÅ= 8€Ð7iªwÞC ¦yMoðUeËëxÑ+¦ò¢3.UnÒì²s>Z•iP‘„šýÔ9Då½N„Ï»XˆSûÛŒ]²t¤’ Ñò¨i"”p/X#Ý-Ö„K4¬kDR+ÅÞ*ÄצŠyCa³\N˜såP%¼6µ$‰™—}s®¬©„)_fŠœ"]%ðÍRY~ÜgF› Xhgw…J\ÒÈWk°:ÑâÁTpÇrw·lÛôÏdô¹Ö/GÄeé›vÒø½ Ÿ´.hÚ˜#višÆÖ¸uàwüÅA„A·‡{£åh'Êô‰]Z$ѼèýçµÈƒ+R‹il0࢚J!^ÜÊÓÍïÚ§‚) ÷áB@K±Ï­cóPÜn‰gÖ¤O1^ŠChþxÅCÂOt€Bßü0¶±À>|@]­°å©ýŠÐ±B¢°AÙ³{ù](™‘{/º‚;3´û{žtLŽ* I¢QQÙ‹ïkcýbY¹SDŸxðñª45yRfM¥ ÙçYphóÄ?Ja¨ålÔ ]Ö=¦¬9r¼Þì#¦wê½9áâx7V‚Ôºxl’«”!f<ª_”B“úvPð¸  IɘÉ-DÅÞ0KxYU*¬‘Ô<y|QG]öz¶£8^µîëAHÖSòí—ÀÄSþ sxóUËÍ×ê¦CÍ^”8ùUµìãZ?°½EUÅÚ„¨Ùà3¹¦À€¿ã˺½‚Œ„%(ºÜ/˜éá³E0Dµ8zè½O†s”Ú&Žƒ)ò©÷3c‹ž”dQ"ï®ô¼&òþ©'—=‚Ôb:—v¥¨À,³š 8ÞT¸Öð?Ú@”N~æZÁ½|šÉ'4®.Ð*;iGú!vËÒ¦¯#RoÊ€;³Ç“6 lˇ&|–žQµ»ÁH¶DÙ*â5fX•ç40æ¯Kr ˜dkŸx) ¯“uÍWmB}ŸÝ©V £³tü×6Ðò{W¬¨HèÕ“—ïJiÝm[ÈæÌuŠ–jç£T *b…A'-/ v;q¿Nâ0AŽÜÚ'ª…¢S1Ìú ;‘Š jú#Ú£²©¼¡F!rXz#ébËŠÊŸÜ®¹^où¥#;í^þ5Óʤ!¡rÚ>ÎÁ!Bû¶hHñRµúDzTz‘qåñ9jÖD‡_ðI!Å&HrFš³’êP;þÿr‚Ї¨Y€¹kPâÄ yVŠ‘ Ý£çl«•»Þ&4#‰r¡à<ÄVå"&4C\)4éNÇ$ GŠ‰·ŽzÒòFåÏ1ï©Œ(R¯%ð)\èÇÝŒ=$³óð%‰ó ~ÃøKq¬,…Ù¾e 4³ûï¬â¸ùÅ>.(–§­•«n zPZw ‘Âx žJAâO|“µ{'ÍJ´"ËÒ¬èÆÏ¥E%-ºz#/ñŠ:¢Ð55lÙÿ'të9¡FOñƒâãw‘­Yà§Éö©ð¾s?P‰&I!Å%È«ŸÜ{PHá*,ž*´^’ÕÅ àqçþd/ «Rˆ<Ãö=i(» 6úÑ[»¥eÑŠ‘D¿J¶¢š?R2ÔºT{ lKehѯ ^Ÿ¢Lº”ùÔü¦"Fk% Ÿ³hÎú‡áQÜ…â:Òßžh‘q‰ ùÒ1É$du;‚$ÔÕEät§³‘Oò~©B­¦†ú*}°ö‘:qv’³zšVI)$‡jQ=žT°YôM¹ÓgÃ]K”™AYdãX¨GŠ¥ëþƒÿ²²¦ºJúì),±¿s’>J a°`þþ;‚fÃ=òâNTÚ¼æÜ醕J¼Õԭòp— À &!Ή‚s^mYÇð¦äL‰P& ýýƒ 9•¯0¤p"§}ÈÅ-«5]Š†w&Å×ÂØ pìïYbãÚÀõ˾|:¹TÔ8ª/ƒ³®Bó54,¬ù5Äã¿åI-Ô[qÙB ;I€JµYý£Ç·Wó>RÎâPQ=h=·FgCî­73y ±!Ôð-Š¶ É©O6Ÿßptiœsš‰B>î8õ© Y{¡¡g­AW±A+«N\b%¦|0‘IÕ¹^µ)Ýàòu£¯œàv•h™¤Y*û' F¹k‰ó×Ê„ä=Ÿ-|èC X˜“Ít¡ÚƒeX%"Üíÿ“·“ïY¦CZÒ³ Uúgº]†Oy'ƒGÙ¡˜–¦ëÃÜþœ¿â‘i+‡t†–Í”_<•¡ïâÔ ïªÃ×ü=]¶níJ¸Ô~€Ðˆ`(v“‘J‰³ÿò¨íùˆìv¨0R›ÍÒ¢à P Áâ=ÃÌ˾á—ë¾ùªk×nÀD¬˜Ž’ž‹ß:Ž¼thé'ƒÛ2Fš|òôC€»¦}ÎÓ¾d¤F¾•{¯—Sj³9„Óû;`à쬿T\¥&Ws P/¾ôߊjùZøeîc­ `6k÷ßNDÈ•1œ—B¤ÝbC÷D®@‚X3_×í¡ºØ qšáüéYîí0Öl`øgÖ…R1Z%Ø¡`Æ<\©ð•‘;JL=h*É(Ô†2Á»Æ’®„ê›PåáÙLÞÙ©™áR‘ZàŠ”3a‹s©¡=,ýÕpúÉ@~O ê8Ås€Þ›)FNªÉÚ=J´Ú‚W”=ÓgŸÑ:ûWÔ&£³n’¼š–öbC’CŠ’¸uêWFçÙUÞ¾7ö¡$%E’ÝT`ˆQñ_÷Šf  „2ES7ãW²IØ^Z‚è›c¡I•äæQqkÍëG<8Úo  /Ä;‘ Ü¥]'}æ*Óü”Š%2,>´¹Z“R†qí±äv혩Ì=É/Jt$®Ñ !5§·…õh Ký#YÇÜŠŸØƒtÍæk× >f‹ I!ÅL-YL¿*Ÿe˜Èþ¼è$pøðº jÓs‘0˜ Æ¤âË8äúîÏYzTëÃfX&ÄÐs„htƒÛ/x»{©$8  ÀžK×?¸R‚V g¨3Ikeà†pgÞ‚õ;á—XeÊxGLw?M)ÁY6ù«²#¦*ÁØ‚Tlòk@‰ûØš–àÿðUü÷É¢C|'pð­ÁeSøVPYâ~$ØËMœÚ_NËBr˸=¬_j‘’IÅHXäÓ·ÐhÔ7 ®4‹„ücÔÚ¯¶8ˆ{”¥ ŠÚ˹š‹ ­šD†”djï`/ÄÚ›¸®Àè4‚ßoâb¦hÏ ;$ƱRŽvöŠFTäi§È_3¬ñì#hÐ@ñxÂ6›§øjÇ—€3=Nµ‡‰æ~-1´ª½£«ø­ ÝOª1f3[a÷¥j?ÄrÃB NëÝжsð¢R€!r9T8IõìqÖ ½yÄÔ1E€ }¶=j^¶9Tå“tÑ:€–„}‹1-Ž‘Ný÷³çñ®Ér7|wMx&•Jfí”·­`´îЀ ¬çÓøÓÈ4ïˆC&x3ñPOeËç¡çE€×nMõúTƒ€½ÎJ&›_¿É9Ü¡†öΔ§AÛÁ°  ™Ö:#_ȼ‚ \¹íDVƒùP@‘²S&±Å–³±qÏÿ;ÿÚ ’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$“I$’I$’I$’I$’I$’I$’I$ÒI$’I$’I$’I$’I$’I$’I’I$’I$’I$’I$’I$’I$rHd’I$’I$’I$’I$’I$’IvY$’I$’I$’I$’I$’I$’I'I$2I$’I$’I$’I$’I$’MøÙ <’I$’I$’I$’I$’I$’ÿ$‰³ä’I$’I$’I$’I$’I$ I$–o$’I$’I$’I$’I$’I”ÖÙ#’I$’I$’I$’I$’I$›Á„È$’I$’I$’I$’I$’I$“ tY$’I$’I$’I$’I$’Id‘XcRI$’I$’I$’I$’I$’1ä‘ß'’I$’I$’I$’I$“É$‘ñDžI¤’I$’I$’I$’I$üA“¿ô$2Ô’I$’I$’I$’GQÒÿÌPÂIŽÉ$’I$’I$üoµºQ'{’IrI$’I$’I9ÎK C5‹Ò¤’H$’I$’I$’FLòštn¤“É$’É$’I$’I$’‘pd’ $’I$RI$’I$’I#@Ù$‚É$’I$’IT’I$’I$’Id(I$âI$’I$˜q$’I$’I$“Iy I’I$’I•I$’I$’I$j´‹fD’I$’C$BI$I$’Ify[B$7ësÉ1ºÒ´’I$’G£É$’q$’@­x-$‘Ù$’I$’/$’I$’I$’I$êI$"I$’I$‘9$’I$’I$’I$’I ’I$’I$RI$’I$’I$’I$’Iä’I$’I’H<’I$’I$’I$‹¿$’I$’O$’c³*I$’q$’IØðœ’I$œUzI²„m’)¥ÔI$’I.†IlÉ$’E$›"˜Öîi’I$’I$’N$I$’I$’² •È$’I$’I$’6ü’I$’I%òIË2ù$’I$’I$‚I$’I$’I#²D™RI$’I$’I’I$’I$“ɤ’I$’I$’M$’Hä’·<¥tš¹$’I$’I$’É$…|†y“‘ úI$’I$’I#’I$wrUiîüó’I$’I$’I„ÒIXyRxã—$’I$’I$y$ñ!’(•ö‚Ä^I$’I$’I$’I$hI$VD’I’I$’I$’I$’I$“Å$’y$’I$’I$’I$’I$’IÅt“‰$’I$’I$’I$’I$’O7NF’I$’I$’I$’I$’I$‘ÈéWE´’I$’I$’I$’I$’I"2@I˜I$’I$’I$’I$’I$’H¤’I’I$’I$’I$’I$’I$•¿d’W$’I$’I$’I$’I$’I$’UíÉ$’I$’I$’I$’I$’I%’@‘2I$’I$’I$’I$’I$’Id’D˲I$’I$’I$’I$’I$’I$‘™5’I$’I$’I$’I$’I$’I$I$’I$’I$’I$’I$’I$’I#’I$’I$’I$’I$’I$’I$’Id’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$’I$ÿÄ+ !1AQaqÑ @P‘¡±Áðá0ñpÿÚ?ÿΕW‹[=GŬò\¼E ;—§¬ -ñ­Ô2ËÄÁéí f#£‡òÖݧ›¯—¬rÜ`E¶üMR;É›Î: ´Î'ÒQ«Ó´ãøÏäð̉›Î+[Áé‹õ³&QYo^·(Z§sÔéºÃy‰íµW8ú½Ã3ÓçnÅúãñ]•mTt^cï?ykro笥–nÈôÏŒÊÞWÇS¬±£<·Wn…š~ùÙŸ¦¸ð—h¶däÙ¯k>yÄê@-ÁÂ"4ö2çð¡m[ÝH$³Ô>ålV:ñÛ\Ò®^Á¨\´FÀðÁ©‡áLÇŽíº„Oò#!ëÜ%A._ @ß‘¿—`k G ÁÙƒÁJSöfÀ\¡àªð±LHÃúþÄLȦ$Z®{õ‹üýHœ/D.§ü92`‰4JŠ/`ÎG¸Ç”3‘jøkýØ+Ðܾ ùKìô³J{wØ(¯mkeŸ8_!öø˜÷žý#vg´K3³Ê;Àµ™<βˆÇ“sŠ¬÷_ÙÆ…`˜Î›æ!û:á?dë Ïϧñf#8ï±jíJ91Ýúcñ…Ï늒f->f}„V2ŽO©¨úáüˆP€šì×jøk鯔v±Ýæïàpù‡Z;ܯŽ¿ß9[c†O÷ÊŸG좔zDBã·T 1õ º)™\\E…„!½`B^r•Xncqë2vÀ£(vFQ­;±<¥®cãñFkÞ?g/aµPyüF´ pý”f¥K߶ éû¦ÌÑQ¹ìȘ ñƒ©¤a4ŒÆÜíí=ÜãAç} +DAigÅþe´¢j,wDVJ-fnz3u&8Æ1Ê#PœLWjko0öËâo·§¼vŠ{6Õ…nr1ôǼò­gŒ…:ïOšÚéDŠÇ]·qÄs™F&ůUÜņ˜y¿Îîí Yؽ¿²ƒu“»©ï+_õKŠÛÙG¼s!iû>æ ÑL–½<»²,lNƒvÜÇ—ÌlEÖ¾b”+´îÈx ÝÁJä?n1™¶ôa…ýðÃ>ïsp>M¢=ñÖ0O¤ÁÆ$,Ç„»7ÔÍ ¶µÜRÈû œ¶ 6K¨åò×»P/:”˜ãåÿ Ä›Ïû0VÀŒFfK÷ };NGü”µPŠg°b’&"g°SUó ¹>p‚ÁæÞ}šüƪÉßÈ™o«ç5s(¶JÄ_×uRA³#‰¶‚0¯³¸ZN;Í…âKÒ¯Þ±8‹ÇþJ­šÌ1õX>¶ïÛöúîÕTªÄûõšµäÃÝé1¬½ÞíĬ·¸éÂ…˜‘¸b!kœeƒžDF€¸!ªå¯væî/×uEj<.ó¤j:=…Ǧø ‘wðxîeq®LßM<ã–9µõé]Û1dEVÞç‚ ˆ;E}»TqGtÎv.v“-ÁqüYw,[—àþÿ5}‘FÉZ­w˜=§Ñ?žñš…8Q‡yKgc–~!›û Ö1 0mð´GÎÐÃ[e_³ýùîö‹õÛÍg€1t±™*¶¶Y›n—.EÊæDF˜“+ã¯YGÖ™ŽFËŠà3jé¥tºñ‚/¾N1Ë+†¯O>í@>/ŸðKYËjÂù?Pl Å‚1LŸ¯˜†’¨ƒ"ZŠ Óið¹KuwëjÁ¸{úç)ðÉë—ÄÃ"˜už5Þïé(-§¿§YL"¸ëüò„¸ǧv -†Y›¡Ë¤®«Ú!B»8O£eÝé7¶dL¸6Š6AŠÖòÈœ'¿Y‚Fg]„^FøU½ÔÁŠp‹ëV÷t±U·°PW.ŸÙG#â#¤j"èÈÛšýŸaÝàÚ(ÙWéÅ™cç,‚¨ã4«w½#6¯`ªŸµš‡”Diïâ™JAá#¶Ï ~»(¬ƒg„&`[ü++äÙAx9ÅiߣÒSÛ»!ÖŸÇ…©xÊ79m«ÜaåÕ#ÔOû,iŸYZ)ì;² ^GÂp7eEªR¯/ù?Cû.–c¶‰Mó1ÜõËâ#E>i7îÓ›ôÅ 0kW"P×D‰fA0^°<¥~žQ½.^Ær‚È>ßJp÷ÚÊ–1oÂÅ.èô=ßð¾ü%kï{¯…„ÂœCþÇ=NOÓÖZLÊËMxk¤T|Èã°{"–ü~¹e£á¸C›õõ°FL(ÈqÇûé°û~`LÃyû8£3eM!‡ï8ëÉð|4Ò½ ²Q÷²õ÷‹m°ÖÏo EomÓÜŠƒKp!ë¿É [†'§îP&a¼ýgŸ‰4A¨õúˆ­Ú…ªb ïñs+—ž-Š­iõ:ø²®ùßÿÄ+!1AQa @Pq±ð0‘¡ÁÑáñpÿÚ?ÿ-kâØ[Ũ6x—]€ ËÒüE²ÆŒ±©/C|SC4DgVSŸjôxc¤4ŽONv˜é‰cXŽ£áŒÑ5/eYSLJƆH#§†,Ì×ÞŠà‡Xá*°hs‘;öLù|*פò°hÅÕÄFÏ^>p__ Ó15Ž&gžnø\rJ“§… ëæróì«´v% ^a±Ç bv»­:¼ô𴘥ŸãùrvPpÏ(í´¦`MÖzçÖ)@øü {V)j£ÚÜf…v%çWÍõþø®ƒïX5Bºíüàµ/£wL«E>oæPú þ¦Xv:s°†®7'®ž^ó¿¬Ç“öý‹£ï #Ùóžð [ÒÔÖ4ͽé 7”º»F–_/zΤ°#0Λôì$©u,ž¾LaçX->xm€-M¿¦ÿ®È%\ÿgèYþÀ-\AÜ€zî÷la@¶ »©Œ%÷qÁúýë3ó”Q8è Y³¦»PHQcbRý#¿ #ZACÌ`VÂôýMm}µ-3×X^ýÙ@̧Òr︛g—¬g–_gû°ö¨k†$\±Ã>Ãy u‰°˜›»J“ »¬8fÛŠ†Y¶1Ïõ#¤ºîló?‘=¢`Vˆ ’tgNXÑ–4Aš.þ·xÁ·Iu>®&4[Ê Z¾›xÕÃI£5 <¸dºîy!ÝÔ5™t›Ð·¨mv@y&ŒeÑ}éÝ3Ë~ì<@@Ö%£ëéµ}¢4ÅÔú÷ e%Ó:wuÅÕyCÑÜ£v™ZqÖU£óýš#Æ’Nᨠ8¯£»iŽrÇùÿ± €y?Â¥JÔÁ)¶&ƒ«žxT+%caq*îAÀ Ä.³ñ1ë–VŸYmmågï5%\ÖŽ§ [0Ʋ)”èÉK"3”'P‡4‚Þî[Wž4»–Ù•Ï/–ñÔ3›:’ΟŸa.¦’¹¸)7–6Ÿ £áÚÕ%gíé¡Q¦3¿ËJÖ>äpSwÊYãòP ²õ÷_’_D[iÓ”dÄù S%Àv¢ ÷‘Š¿ÔJ€”;Ò˜OR÷]ïH4ŽKëÜn“øüx&˜ÊÅ¡mî5Væ|;Ý\et#d­e{¨"YÜ4Û²!˜u•ßÖ‚:|*Tø(5´Ä³Mµê{Ìà‹³ø‚%KU,.ï·¿¤ßøe ` A¥™–Ü™´»mâÞQØQÚ/´£IÊesËži)¹Pmûòy{¨¾‡ßÊ{Ïòf·Û÷¡Ïo$ºy÷ã‘ZmúùGcé•2¡Â¯ï°ÏÄmÁ;U(XÑìløH:À…V1×ý`8 S.Rüœó/¦\- ðŒ;RBÅÔÖ'¾rí kóÝRÊŠÌñE‡p`Mu$@—ƒÓÝ@Þ>ÏHi÷ñÅ-¡ég/ï§y`Ù-t™ê¸£¸ïÉ­°òì ½/½£¨/Êjz«òÏ`Kìe¾ê- #“™Éý¹¹ØÂïÊ+µšLù¦|ÝÙvšw5 {Mxµ‰Ð{ý?sIàì—>²ëµcFXÔ€te’È­”–4`ˆK)–™ïÊ>ûÑåÅv8+y÷{9@üöôÓ¦E‘M"ûh-|¦E_fhÌ9ã\¥Ö¼BrÄÃYÛ¤Ðù¼(ÓXaל)ˆF'w1éð^žúÊ]-yŸ˜žRtb ˆSóé4G€ ë0ÓÚ‹—Ä—-ˆö¶?>ô˜òDÍÙŠàó#·)œ§vUhš±ïÎ\Ôóýÿ²ÃKïïéµ}œO™áPÙïé12ºá£¢Å{ûƹòâ‚S?ÀÊs‚³A·çƒ\Ü£Z”,¬’+»…Á ; Zflóýÿ%O_I€ [VÕãJúž‡gG±˜C¿œ7}=lù2…½&÷G#÷ú„ЮtûÚ_Kç·ò–wôe¢iý@߈ ~{&)ˆèÜORf¢xV§/£î¸XÖOH3HglÍ1¯×Â-X̳›ÏÝqK“YyÔJoK;iŠ•¨ðœ“Èüþx-: nRøÕd… G'†0#uýq¯'­!|¥ËY'B§„Ý-¥O`‡X¢È„Ç +›ÿ¿çËpëái[”7™EšDšÊ;öŒ©·ÃM\*WS°:2øi¶húxnYíS”$N›á¡]½5.4S(i˜x‘ÒqAÖÓÄM¢ —âÛ÷ÿÄ+!1AQaq‘ @P¡0±ðÁÑáñpÿÚ?ÿó¢–“FÖËGªxlc¼)çòÎãÖ0@Q$ŸÈ­Ï†©ÑþGV2‚1£Ù…&¶Ô® =å\¯Ó]Ò*å<÷Å‹"GdF9¢²NÍH„·q®@öÇVÿHÂfˆ†ÃZà ’B¿üX !“h˜óU©VæíÁˆL )X(V[úØ´%64Ï\B 0Qj2F˜iã&¨ ¬:1??‰Œäа_ºfšù©ÛÐçÚ‹@]Ùä@$.t¾ïû«ZDüµûÀízI¢@ q½óïøª9Äôu †U‚o`þ±¤ ûüvp¦J{c¢ˆ,—¶°*‚I¡ÜguzkÐÛÒüáw”"þ$ãÔ·¯$Â|ãïÀÈûŽo‚›“°ïö8ƒ‰éÙöÊköõI%Aèc’/bìÆ~2FÑÑñŒÌX ëXé‘ J1U†:Ã_‰”(…{šÉT ìzz<ÿ^ wâX}ÌÝ+&×hH€Ä×[½ 5ß. ™FÈ™¸½0΄}ÇFõéhJ%A‰°¢ ¢á’_âÎTÀä|b¡4¼N‘Ñà÷.Õ¤‘ú]'ðG*J¤§ë.N–/†46‡WxÈ‚Ou º¬‹¬@-!ÆE`Ã[ç]çði‡0Ì=?€ú\ # üÁÞ÷”ºâBýf˜ÍŠ^iýäÃð¤÷8Áˆ‰ê¡ºc9èñ3Ç©›¨rïÝ:ÇÁÍi‰Œ'†¤’çX5 *÷'ô8 ±0õü®Î3™Òl¤Ýê›ç½iSb$…{Xã#ÀËE3µ"(*JR§à I “¦v³{õÞ*Z˜^}ò0@"#bz¼!1ÉOì} 0•<(¤(’ $펹4AºKþpb<ˆ`GJo¾S&’…,ÔËQÓJ´êu¿¤V¢Âa[xßÜŠd‚Ü|J>ë ¢‰žI)»0"€ cn„ÜC¦9É„ƒ"6Û{—Zà Ž‘t ×î¹$ˆŽ˜þ°0q@‹ €8D„ ?ÞZ„µðœö|7¿D’dÀSdÑ:0`/Œ&¤‰,zPé]à]@%ˆç÷ƒÙô$ÆU¾~uó†XÁô%+g bAÇ#„G ÍD¡½«¨%?y,çgi#BL<æ”÷IÁýävÙB£ÓÛí Q_ÐvšaÀ¾iW=åÇrïó5ôãß=9ºÃ«¼i€RÕ¯{Gk”à%4í‹«u'hÆ­©û©‚U Ä!ÌXÓ§8}«)`[bº;cçT£fn;ŽÙójŽÒ~°ŠArÿíÀ…j"aΓÙb£ßP’²@m„‘ÞrD Ôr€sAÚ7×I“ѽFc˜\2¹`Ñï‹×`Òõì6t¼$¾–L» ŸÞ÷ ëaî8@¨:Ÿ­ôãä²”›ÜàŸ9ÃB åñÌ™k*o/ìûm·ÄsæOP½«!>_O±Qá‹ÄšÆ3Áè QfP)‰`ÿC‡Îåb¢ a"•–(ˆŠ"B<‰ˆ$&BiðáÐòôœaSÙSôú,Æ•„—Y.spX »o£Hcb<ÀÂûŽšDt„Ñ Ï<âg挃°É=§Î/¨a‘:b¹¿?ävrXCAíÛêÕd7¶ K-"(û{ý‰¦˜6^Ó†ýT ®N‰ŒyÙãÔ"¦¸jл•XIÑ”ö aððâ¤Òøn§)bãÎ"È PæÊy‡;.Âa¼“ÁázáMH`Ql>=-îP¸LÖ‚ã/'‘ÇȽèŽdHÞÃ'¨ŽçÒrÂ*‘5&”ë¿ànÆÒû†:Á’vv#;&6Ç°fuˆ€ T ‘]pãÑÄC?ü@÷ÅÐ0r*;ºç®°C(ż˜“°#á†1Éò”,Å:JÙ÷ Hør™j°RÇ<_WêP-T+·ùY‰Ÿpüûy7¹z ¯c®$DNV4›1qÒÚ•;è{gÐFØÈभäZÕ”öÆpêYS3)nߤ^ï‘2蜮LvhmùNøý™åq\ñA•ŠêÕ3æþÙ¶• ¡ ¡£‹Úx8®ŽºVhT2ÄÅB ÙÄÄc}ù8®FBXñgsû_RaÊ£©Ôç ¥(SÂwéÇØUÛYÞ Í\)hÅD®¤xg ©F¤²ƒK ž/€8ûcYVr̾=w†S<Ç´Ls‰( Éz¿ã*Ð)g†"×±sã3"õ˜uÄr tB¤“N²Ë—§Y ÷ <âL‹ê>Ð&!)÷Z°– éh`gb®ü•U™dVz¾ƒ çr4˜ºLo…š1Èë_l)倀'>ç\Ñ<@ê‚¿‘d‚dHur¡½b^_@l¹òC­Èbï½yÅC¼`<¯½Þò¨9ˆ„–Q0Áµá&‘ è!ãÑ1ʳڗ•ðôŒ•¼çyÅ ³B3Õ°†Jí&ûa›Õp=É?šÏ MÃò<ý…R2d@èk…ã$N~±ÑÕ9»Ç­êc'ó0¢jà¸þKÑáEb+xA­¡ÌwLŸ¬±÷ìzY­F@4q„ˆ–\•Œó ‹Ò©h© ß uR=›ð–ÞÏÖ6Þs­¸4YÌd°‹ MÛ¤Äëd`!ˆ|ÿœsDLžÎÍ鎺Ll”=ÕöÆža!æ1DB›eF%ƒ eÿ¬#Z Ûe®ñda‰ èÀú¡ZTœÙ›Þ´q‰ÉQˆ®7$í& *‚JyXP}²éSYB>nÓ¬!XygÀyœ{O‹RòcäDd`b8ª` ˜ß@WÑ!¤Q¡û|}h0 ‹Æi‚úbÜ$JÐhƆS]†%4 7øÅ)@Ñ»v:­b1ûdUI{/=¤Ö¶.‡® ²­˜ýµÏ«Îye*ee-Ûü{*éFgP?s‘[†õWP§HoŒr‘Ã4>sÏl”1„™µë¦5COím@râC$­(Úr¿Sòƒ̆Žˆ8p’Äd„ÊbkÐ-v vl~ò×—Ž¤àVz*CR]ENðHœ˜ˆD¤Ä ;SÉÊ×_Ó¥&w@ ¶`Ðt!”Uû¬ P f\ÊßÇñ–$­šÇhœHÂY%+ËŒ°3õv2&,9Á¸siºØ7Û_ˆ KÕ¦g¶/'–PáÄAæ3veEÓÞÃåÆøÄÏ2ùU|ú½"ˆfKö>0ÄF !{®î~I< óR¦ûXdîèäù0¨J Pì·ñž¡²v±äÄàû)"<4´ÞQYh=’ß8`1ùb)œD˜%ÀdÀ‘$}-7Ì!>qrÅ'2׈š Ê-X$‚‰¯lc“„^€ïSñ‹SÔÿÞPòCë-ë’@M°}ÈD­¾ïÑÓ"ÁN—ƒÑf@hÏwÑ ã ~ÿŠpȆj5n „r>…ë¡;GœÍmq¾yŽÓ‘f]I¿@€<¨q’@”T­¾™Åiq©Æng.‚vwví„wâX|bÓF':ê> Vò%êdeh"À•Œ_5%±qÜ£‚ êPåÒg)¤é±¾bëÆúÊß*‚Ah£?j—Ó®RÐî7—ÊYðvšNÉêBF0ŽzhyûZjƒG˜âq-aŠ4€h|1ÁhÒ¬¶+7̇Zn¼“Ñ]T®pÉ‘@ œÑÔO=0[,ìÀÿOSô¿ÛR,"Lm=½±¡Ød—¨©¯ÓQ1¨±ÃW×-A`LÃÖïìKµ3»~ŸœJgI¡ö+gÐZ‘=²¬š·B UÓQ¢.X:©^¸d7LŠE™Ü½»aŸQ ¯£“T€Äº™Ó]>ÙÈgÇn﵋¿14Ë¢Yã TìAÿ(zTÌa $I$þ…h@ª!„ Fç¶CP„:ÕÉ“Ò §ƒk[8Á$XVwúK‘2†ý¾}Z€>Ö€‚Åè´Ên#é"à>Ì¥“A'¥à…½$ŸX* „m¿y®p ±9ÍÌ+ƒ6Ä„óë[zÖ°Öµ'ª¾‹%±&Nˆ…z× ÄÈæ ½&uöâvÇÖ‹á˜ý †Ð‰|IóôΘRGzÉbî´8ï³j›çž…X ·g¥13ýÇüçûùÍé „¨"Õt ¤3Æ:c,%+Æ:ý„2q'Nù+Iꄇ k…´L=»óW~LႦMÞ½S*!§´ðtm¢áD³&¿.˺Ž:Æû“öêCÇ"…}pãS=uƒUóyÿÑdˆY¼¥á'ôa$L,@uXÈ`Ò Oü3¸Ä'Õ¦™b +ßéÂv7Žq@\Õ‡œ—«’õr@ˆšO8Àf^Ëó§%K à+ raÈå‚T¹G='ÛM`ÊX©JóŸìõzBy “ÔXá2à Úp!ñžû ·ÀÖ×?†¡Ú%Dý°01>Y„\&áô@ø“ë߉añ“„¦jîÝr¸R­‘î×MF5È HH‰Rõ{Â!„ôÊÞ$±¡\¸)”‚@Ü-ë’¡Édl¼vR@¶ãgàÉâ]F1 ÍÔOqÒ{d†ô±NôߌBƒB‡£ßÔøg¤F †¥†uý ȃS]ÿxsj š´­Ç„,À\)‚ºŒ‚`IzjL\;í€ÄÇ@n]F8ë@öé¨X…pˆ|®e6U Á=0BdÏš[ݽuF9ït³¿ÛÊ1‚øƒ¼ E±,Ê–UUgsy9à¸&ýí›8Þ3ÊaQ7ì†ðÃ…Z>š7GÑÜOþñrŽÈ?xWÚ/0Žàß„ɸÒ6%¸À@B%&DP"ùÊÐX!hAõÄëa¿—ÇÂú$Hœdifz ÉHGÍÿg¸^¢–ÎìÿQÿ}Œ¥ ¦»ä”6­”œ-%`rºAìæC±0)JAx—líµnñ„ 7º•{®Jˆ ì}»Öá'„B¶J‘ýq€ý«Êõú,eO\ÍÆüÎAéoƒ~pAˆ€[n&HI7$7âÁÐ'ž"^À|úÐ1›%-¼«ôq¶ µÔÿ^³xl%^ûøø_Gî釄 A‰b‹×¦JÅu_ø2`XÆ&$ŽLfûåÂ%pµ:i'éa&ó.‰9#­á ¢¿©wzîÀÀ)DûóÀ„0Äáp3¬ ‚-7$—Ú}J>Y² ;P?ÏÒeõÞWõÁÂObÑåÀAHX•’Hï9@#DíðK‚ì±p»Òh‰ucŸ¤‰I‡P ð3úªÏ>eV'»˜ U€Ço*ÞÒ;p0ÔÂOBÔH(oX*?f»=¬P…¤y-®øaNXÿ“Å[Y´A€<õ\UgLb»¤k nÌ4+¨AãÒHíB3ÙþÙ…Ý|Æt ЗY’uÆ„#"|£þ0žL®GèP ò¨íÔç[D³ ¦C\=?Pp :iqdòômùb£“ k.ƒ Ò —=0óÙA$NUP96ðõŒõîûƒY£\Þ¯mŸ¼»+‘;?Œ’0-€˜gš—ŸPD ë¨têqí©¢]B(šLOõËÿXÂA4æÇûY¬@©±ìàr!å1  ‚] ï’y2žð`0èÌv.ʧgñ,À„£Úý؈bþŽNxr§ß|PñCs©«8é2á9%†´¬OãêU/¿Kd¸ø¨ô·û2Ýñ‡ÄÀ4OÅÂ1lsü¨x‰ÒÈ ب.¢iÔˆOnÿ‹Šh”Å.‘ÇÔ 7 ¬bJ¤" “nL•I÷§ï' gGI¤"çM“˜¢ù7È䚥e`ÞßƵðˆX]>éãÒÈ‘laF,¤LK•·fTB$ÇÕÍSº†¼g6›Úi)Ôçy:|d¼"` qóU8”É ×'@\y!øÑÙÒgé dœHSbøÊSÈ`ŒR ˆí‡40t dLÛZ’ÆÊÏ¢Á&Xò¿Z€#¡Àÿq’‰E"~í=Ñ‹Ì„€“—P/—Ë„ëÈž¦Ûç0æ/´ÖŽ§òWý±!!Dl–f¤÷z½ýmæŒ'80lu?Ù"k-šN]î2%€f$þT0 F‘Ù€˜ATo°>-ÈUzÊÛþwÿÙRaster3D_3.0-7/./html/r3d_animation.html0000644000471100001440000001655713562710037017376 0ustar merrittusers Using Raster3D for animation

Using Raster3D for Animation

Example

The basic idea here is to repeatedly render a scene with small shifts in the contents between renderings. Here is an example of animating a 360 degree rotation of a scene described by Molscript and rendered in Raster3D.

  1. Create a Molscript description file for your scene, and make sure it works. Run it through Molscript once and note down the "window" and "slab" parameters reported to the terminal output. Add these to the top of your Molscript file so that they will be the same for all the rendered images. Also add a single line "@frame_rotation.mol" at the end of the coordinate transformation section of the Molscript input, as in the following example: 
        !
    ! File  "animate.mol"
    ! MOLSCRIPT V1.4 description file for an animation
    !
    plot
        window 100. ;
        slab   100. ;
    !
    ! Read in protein coordinates, center and rotate to desired viewpoint
    !
    read PROTEIN   "protein.pdb";
    transform atom *
	by centre position atom *
 	by rotation z    5.0
	by rotation x   33.0
        @frame_rotation.mol
	;
    !
    ! Secondary structure 
    !
        set planecolour  hsb 0.52 0.8 1.0 ;
        set plane2colour hsb 0.52 0.9 0.6 ;
        set linecolour   hsb 0.52 1.0 0.9 ;

	strand from A4   to A9   ;	turn from A9   to A13  ;
	helix  from A13  to A19  ;	coil from A19  to A41  ;
	
    [and so on and so forth]

  2. Remember to create a file "header.r3d" that contains the header records passed by Molscript to the Raster3D rendering program. Molscript will use its own header records by default if this file does not exist, but the defaults are not appropriate for your animated image.

    Your picture may look very beautiful when it fills the whole screen, but remember that most people looking at your animation will be using a machine+viewer combination that is very slow. It is best not to make your animated image large than, say, 256x256 pixels. Size is somewhat less of a problem for MPEG animations than for animated GIF images.

  3. Now you want to run this input file through both Molscript and Raster3D repeatedly, with a different rotation in the file rotation.mol each time. Here is a perl script that does a complete 360 degree rotation in increments of 3 degrees. 
        #!/usr/local/bin/perl
    #
    #
	open (STDERR, ">animate.log");
    #
    Frame: for ($i = 0.0; $i < 360.0; $i += 3.0)
	{
	open(ROTATION, "> frame_rotation.mol");
	printf ROTATION "by rotation y %6.1f \n", $i;
	close(ROTATION);

	$outfile = sprintf( "frame_%3.3d.jpeg", $i ) ;
	$molscript = '/usr/local/bin/molscript -r' ;
	$render = '/usr/local/bin/render -jpeg' ;

	$command = "$molscript < animate.mol | $render > $outfile" ;
	system '/bin/echo', $command ;
	system "/bin/csh", "-c", "$command" ;

	}

  4. You now should have a series of rendered frames called frame_000.jpeg, frame_003.jpeg, etc, where the rotation angle is coded into the file name.

  5. You can convert the entire series of frames into an animated GIF file using the ImageMagick convert command: 
         convert -delay 15 -loop 0 frame_*.jpeg movie.gif
    The -delay parameter sets a minimum display time per frame in 0.01 seconds. The -loop 0 sets a flag requesting a display program to loop over the frames repeatedly.

  6. Alternatively, you can convert the series of frames into an MPEG animation. This process is rather arcane (and I certainly don't understand it very well), but the command will look something like this: 
         mpeg_encode mpeg_encoding.dat
    The mpeg_encode program is available from the Berkeley Multimedia Research Center. The entire process, including input file names, encoding parameters, output file name, etc, etc, is all specified in the *.dat file. Here is one that worked for me, but I don't guarantee that the parameters are at all optimal! 
        #
    # file "mpeg_encoding.dat"
    #
      INPUT_DIR .
      INPUT
      frame_*.jpeg [000-360+3]
      END_INPUT
      OUTPUT movie.mpeg
      BASE_FILE_FORMAT JPEG
      INPUT_CONVERT    *
      PATTERN          IBPBB
      FORCE_ENCODE_LAST_FRAME
      SLICES_PER_FRAME 1
      GOP_SIZE 10
      PIXEL    HALF
      RANGE    2
      IQSCALE  5
      PQSCALE  10
      BQSCALE  15
      REFERENCE_FRAME DECODED
      PSEARCH_ALG     LOGARITHMIC
      BSEARCH_ALG     CROSS2

  7. Depending on which method of animation you chose, the command to play back your new movie is either 
     animate movie.gif
    or 
     mpeg_play -quiet -dither color movie.mpeg
    Netscape is capable of displaying animated GIF files also, but the performance is much slower than the ImageMagick animate command. (Actually the animate command also is slow during the first couple of loops through the movie, but once all the frames are in local cache memory it whips right along. Netscape rereads the file each time, so it never speeds up due to repetition). You can configure Netscape to trigger mpeg_play as a helper application.

  8. That's it!

Bells & Whistles

The example above is specific to the use of Molscript, but the same basic idea could be used to animate a figure composed using other tools. In this case you would probably want to write a perl script that, instead of simply writing a single line for Molscript, writes out the full set of Raster3D header records. That would allow a zoom effect through changing the scale parameter in TMAT(4,4), general rotation and translation by changing the full TMAT orientation matrix, and many other special effects.

This approach works nicely with file indirection in the render input file. One could, for example, fade a surface in or out by gradually changing its degree of transparency. To do this you would describe the surface in the main input file as 

    @transparent.r3d
    @surface.r3d
    9 End transparent
And successive iterations of the animation script would overwrite the degree of transparency sepecified in "transparent.r3d" in much the same way that the rotation angle was changed in the example listed above.

Before getting too fancy you might want to look into molecular graphics packages specifically designed for animation, for example the GRAMPS language by TJ O'Donnell and AJ Olson (1981) [Computer Graphics 15:133-142]. The perl+Raster3D combination is probably sufficient for animations simple enough to view via the web, however.

- Ethan A Merritt, Sept 1997

Back to top Raster3D homepage Raster3D_3.0-7/./html/r3d_examples.html0000644000471100001440000000456413562710037017230 0ustar merrittusers Raster3D examples

Raster3D examples included in distribution kit


Example 1

Illustrates the use of material definitions to alter object properties, and file indirection via the search path defined in environmental variable R3D_LIB.

Example 2

A figure composed using the rods and balls utility programs.

Examples 3, 4 and 5

Worked examples of converting and combining Molscript and GRASP output files into a single Raster3D scene.

Example 6

Illustrates the use of command line options to render (new in version 2.5), including the use of an alpha channel to get a transparent background. This figure was generated using the command below.

Example 7

A labeled figure produced by the label3d script. The example script actually produces a stereo pair that shows labels positioned in three dimensions.

Example 9

A figure composed using the rastep utility program for handling thermal ellipsoids.

render -size 162x192 -alpha -tiff r3d_example6.tiff < example6.r3d



Example 8

A stereo pair made by the stereo3d script.

Back to top Raster3D homepage Raster3D_3.0-7/./html/r3d_colorpicker.html0000644000471100001440000000051713562710037017720 0ustar merrittusers Raster3D color picker Raster3D_3.0-7/./html/r3dtops_tex3.gif0000644000471100001440000000123513562710037016774 0ustar merrittusersGIF89arô"""333DDDUUUfffwwwˆˆˆ™™™ªªª»»»ÌÌÌÝÝÝîîîÿÿÿ"""!ù!þ8 Image generated by Aladdin Ghostscript (device=pnmraw) ,rþ $Ždižhª®lÛ:GìÎtmßká@ˆ‚ÿÀ`°Ààù„ȤÒÄ ®ÆrJ €ªv´(…EÊaøÄ(ÇàõÝj†â‹6 ÒùÑ”ìUm,n-$k|#;&†,* „3 $—$^u}%p“E+¡'MY›8'X‘ ”&as' X— ÀEÂ_¯Äƪ%‰u“qH '¬Á% ³Ø¶"g" —Â" •¡êì'½ žåbÚBÛ¯#XÉ€àeŸˆ>u \¨ðU(†¬Dà‘©À€H 4Y0( @¬&BPÐm–¬ß @äð㺕’˜ã) 5ÿ¡ÔxʈI9¹„¡£!ÈDwÄôw+À‘ÿ)[‘Àà‰I$°ULÙ—Y$¼D¬Ñ³"Êz”׈˜§òõú‘ÀgŠhÎHš‚°À¬ˆphÊØ=‹kk K…ך€& ãj,¸H"çš#ÊHQÀ²D>30 ¥Ÿ¸ð¨üâÀÁ$ R7X-.ò–&Î $ðDr_Fy²ÀuU ã&Á–¤£AîK©ôÒmWíµdïá^‚„ûÅêh‰<ÿ…žJ;Raster3D_3.0-7/./html/r3d_colorpicker.gif0000644000471100001440000000370213562710037017520 0ustar merrittusersGIF89a6öEÿÿÿÌÌÌfffˆˆˆîîªDDDUUU™™™www333"""»»»ÝÝÝÿ»»ÿffÿ""ÿÿDDÿˆˆÿîîÿÿUUÿ33ÿÝÝÿªªÿwwÿÌÌÿîÿÿˆÿÿDÿÿÿÿÿÿUÿÿ™ÿîüîˆèˆDÚDÌÐUÝU™ë™å²ëÂ3ðÑfç¸ìÇDÿ™™ÿÌÿÿ3ÿÌõÌ3×3ÿÿ"ÿ"Ó"òÖwúðÌÿwÿÿªÿÿfÿwäwªîªfáfõá™ÿÝÿÝùÝÿ»ÿ»ò»!ùF!þ8 Image generated by Aladdin Ghostscript (device=pnmraw) ,6þ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿À˜ÁÆǸÍÎ ÈÓÔ¦  Í ‚ÊÌÕäå™  Í…à æôõŽã‚àÒ„š!°G° !ÙàröÀ3ƒí¹kPÈA3Š ŒÈ±Úƒfÿ¹ÓgÈ"ÉŽ(lH\±Bù°KIóW¶e*Ðl^ÍŸ¼2¹q|]ŠËYB# zÀÌ€NB/H€ôƒ§ 93°€_#$LX;B þ’.Èý$Öƒ™Yå…åL)p,H ïj§½“t VP]± +²€­åµàB’{îc +ÝêbcŸÍn†‰§ÆÅv6‘… —sgÞ<דØ1I’F4|Uƒ‚ˆp ª¸#Á ž.g=(±QX‹Aà "°åÀ»³oêà =¤¼í°Œõï;Dlã}›$08}yƒ@ H& `€!ýáTz‚Dˆ!¬E"@Aƒxð!„ Â$Â!%˜p (¤ Â „°ÀB .¼C"y=”^$À|Y„€Y@Þþ‚¨yÕàƒœ¸ÔÎz.öŒPÀ˜ÂzѧÅÚÄ"Ò^%ÔH_þ òÀdk·¤Q»ÿ5/HžŒ$8³°_§#©+>„¨´ü3œÁùd/…„àÛˆœ!ôKˆ¾!Ì0°y|¢€0!£PCÃ,02ÛKBíÇd!N TÛÌÒÚ̳&HùÕòiˆEX!£^™õЦÒêüu!Yj+!®usnlÐÈœ†xÀ7yöiH ‚*5d ¦;·¡5óê¼4'µ¸&êY!©ŠW”Œ®i)ä4»-áhÔ!&"h¸w‰wâw‰G Òg ,nãá£c]ºÈ¤{ÅYlg;y& 0€.]ÍzÓ…-—”•Ì AŒ^L~!ºÑ^ÁÍWˆlE`ˆþ„ÿ&ÐBô±´ …4­Ô¸3Þã½ÚŒç3kˆs’`ü!Á ‰‘0Žü˜+*WæÀрƠ#c#z4òÜD!BaübˆÔiHoÞòÌéwÑ‚–¾ôÉBÓ”?éå.,šàÀ¸`c8qäæ§ fLãDP¼ã Bˆž‹Í Äßd[ŸñÜæЖÐìŠOn,ó&AmW%êžz£>aù ‚º å'=Ft‚[…Pu¿ÌQÂ~³YU!5,ÚE(vlFm…*ùÑK rTºîèÄŽq6(£ <èpF: læ@ ’&,†Å1jsÜzòm¡e31¤3™Ä{$R d9^ËüÂ9nÌãˆrVm>7` AÚK’|©šF‘E‹Ððf·h¦$ QnÐ"¨ˆ‚XÁ‹P€ ¡Fr삲Àà°˜Øá‡1Q ÝÝpàÊSö©’xñóŸÆbœ˜€aô ±Ø%0"ô¡¯Ð!r°µPˆZ‹êÉ8Ž¢‘Š^ô£¦P@e‚ô¤(M©JWÊÒ–ºô¥0©LgJÓšÚô¦8Í©NwÊÓžúô§@ *,;Raster3D_3.0-7/./html/r3d_docstyle.css0000644000471100001440000000244313562710037017056 0ustar merrittusers Raster3D_3.0-7/./html/r3d_colors.html0000644000471100001440000021035413562710037016707 0ustar merrittusers

blackX11:   0 0 0 Raster3D:   0.000 0.000 0.000

whiteX11:   245 245 245 Raster3D:   0.923 0.923 0.923

blueX11:   81 81 242 Raster3D:   0.101 0.101 0.901

cyanX11:   0 213 213 Raster3D:   0.000 0.698 0.698

darkblueX11:   0 0 139 Raster3D:   0.000 0.000 0.297

dummyX11:   0 0 0 Raster3D:   0.000 0.000 0.000

AliceBlueX11:   240 248 255 Raster3D:   0.886 0.946 1.000

AntiqueWhiteX11:   250 235 215 Raster3D:   0.961 0.849 0.711

AntiqueWhite1X11:   255 239 219 Raster3D:   1.000 0.878 0.738

AntiqueWhite2X11:   238 223 204 Raster3D:   0.871 0.765 0.640

AntiqueWhite3X11:   205 192 176 Raster3D:   0.646 0.567 0.476

AntiqueWhite4X11:   139 131 120 Raster3D:   0.297 0.264 0.221

BlanchedAlmondX11:   255 235 205 Raster3D:   1.000 0.849 0.646

BlueVioletX11:   138 43 226 Raster3D:   0.293 0.028 0.785

CadetBlueX11:   95 158 160 Raster3D:   0.139 0.384 0.394

CadetBlue1X11:   152 245 255 Raster3D:   0.355 0.923 1.000

CadetBlue2X11:   142 229 238 Raster3D:   0.310 0.806 0.871

CadetBlue3X11:   122 197 205 Raster3D:   0.229 0.597 0.646

CadetBlue4X11:   83 134 139 Raster3D:   0.106 0.276 0.297

CornflowerBlueX11:   100 149 237 Raster3D:   0.154 0.341 0.864

darkgreenX11:   0 180 0 Raster3D:   0.000 0.498 0.000

darkgreyX11:   114 114 114 Raster3D:   0.200 0.200 0.200

darkredX11:   139 0 0 Raster3D:   0.297 0.000 0.000

greenX11:   0 228 81 Raster3D:   0.000 0.799 0.101

greyX11:   180 198 198 Raster3D:   0.498 0.603 0.603

dummyX11:   0 0 0 Raster3D:   0.000 0.000 0.000

DarkCyanX11:   0 139 139 Raster3D:   0.000 0.297 0.297

DarkGrayX11:   169 169 169 Raster3D:   0.439 0.439 0.439

DarkKhakiX11:   189 183 107 Raster3D:   0.549 0.515 0.176

DarkMagentaX11:   139 0 139 Raster3D:   0.297 0.000 0.297

DarkOliveGreenX11:   85 107 47 Raster3D:   0.111 0.176 0.034

DarkOliveGreen1X11:   202 255 112 Raster3D:   0.628 1.000 0.193

DarkOliveGreen2X11:   188 238 104 Raster3D:   0.544 0.871 0.166

DarkOliveGreen3X11:   162 205 90 Raster3D:   0.404 0.646 0.125

DarkOliveGreen4X11:   110 139 61 Raster3D:   0.186 0.297 0.057

DarkOrangeX11:   255 140 0 Raster3D:   1.000 0.301 0.000

DarkOrange1X11:   255 127 0 Raster3D:   1.000 0.248 0.000

DarkOrange2X11:   238 118 0 Raster3D:   0.871 0.214 0.000

DarkOrange3X11:   205 102 0 Raster3D:   0.646 0.160 0.000

DarkOrange4X11:   139 69 0 Raster3D:   0.297 0.073 0.000

lightblueX11:   173 216 230 Raster3D:   0.460 0.718 0.814

lightgreenX11:   152 251 152 Raster3D:   0.355 0.969 0.355

lightgreyX11:   211 211 211 Raster3D:   0.685 0.685 0.685

lightyellowX11:   238 234 160 Raster3D:   0.871 0.842 0.394

lilacX11:   213 140 242 Raster3D:   0.698 0.301 0.901

moccasinX11:   255 228 181 Raster3D:   1.000 0.799 0.504

DarkSalmonX11:   233 150 122 Raster3D:   0.835 0.346 0.229

DarkSeaGreenX11:   143 188 143 Raster3D:   0.314 0.544 0.314

DarkOrchidX11:   153 50 204 Raster3D:   0.360 0.038 0.640

DarkOrchid1X11:   191 62 255 Raster3D:   0.561 0.059 1.000

DarkOrchid2X11:   178 58 238 Raster3D:   0.487 0.052 0.871

DarkOrchid3X11:   154 50 205 Raster3D:   0.365 0.038 0.646

DarkOrchid4X11:   104 34 139 Raster3D:   0.166 0.018 0.297

DarkSeaGreen1X11:   193 255 193 Raster3D:   0.573 1.000 0.573

DarkSeaGreen2X11:   180 238 180 Raster3D:   0.498 0.871 0.498

DarkSeaGreen3X11:   155 205 155 Raster3D:   0.369 0.646 0.369

DarkSeaGreen4X11:   105 139 105 Raster3D:   0.170 0.297 0.170

DarkSlateBlueX11:   72 61 139 Raster3D:   0.080 0.057 0.297

DarkSlateGreyX11:   47 79 79 Raster3D:   0.034 0.096 0.096

DarkTurquoiseX11:   0 206 209 Raster3D:   0.000 0.653 0.672

lightorangeX11:   249 161 57 Raster3D:   0.953 0.399 0.050

orangeX11:   238 118 0 Raster3D:   0.871 0.214 0.000

orchidX11:   218 112 214 Raster3D:   0.731 0.193 0.704

purpleX11:   213 0 213 Raster3D:   0.698 0.000 0.698

redX11:   242 0 0 Raster3D:   0.901 0.000 0.000

yellowX11:   255 255 0 Raster3D:   1.000 1.000 0.000

DarkVioletX11:   148 0 211 Raster3D:   0.337 0.000 0.685

DeepPinkX11:   255 20 147 Raster3D:   1.000 0.006 0.332

DeepPink1X11:   255 20 147 Raster3D:   1.000 0.006 0.332

DeepPink2X11:   238 18 137 Raster3D:   0.871 0.005 0.289

DeepPink3X11:   205 16 118 Raster3D:   0.646 0.004 0.214

DeepPink4X11:   139 10 80 Raster3D:   0.297 0.002 0.098

DeepSkyBlueX11:   0 191 255 Raster3D:   0.000 0.561 1.000

DeepSkyBlue1X11:   0 191 255 Raster3D:   0.000 0.561 1.000

DeepSkyBlue2X11:   0 178 238 Raster3D:   0.000 0.487 0.871

DeepSkyBlue3X11:   0 154 205 Raster3D:   0.000 0.365 0.646

DeepSkyBlue4X11:   0 104 139 Raster3D:   0.000 0.166 0.297

DodgerBlueX11:   30 144 255 Raster3D:   0.014 0.319 1.000

DodgerBlue1X11:   30 144 255 Raster3D:   0.014 0.319 1.000

DodgerBlue2X11:   28 134 238 Raster3D:   0.012 0.276 0.871

matteRaster3D: matte.r3d applied to pink

bronzeRaster3D: metallic

silverRaster3D: metallic

goldRaster3D: metallic

pearlRaster3D: metallic

transparentX11:  Raster3D: transparent.r3d applied to green

DodgerBlue3X11:   24 116 205 Raster3D:   0.009 0.207 0.646

DodgerBlue4X11:   16 78 139 Raster3D:   0.004 0.094 0.297

FloralWhiteX11:   255 250 240 Raster3D:   1.000 0.961 0.886

ForestGreenX11:   34 139 34 Raster3D:   0.018 0.297 0.018

GhostWhiteX11:   248 248 255 Raster3D:   0.946 0.946 1.000

GreenYellowX11:   173 255 47 Raster3D:   0.460 1.000 0.034

HotPinkX11:   255 105 180 Raster3D:   1.000 0.170 0.498

DimGreyX11:   105 105 105 Raster3D:   0.170 0.170 0.170

HotPink1X11:   255 110 180 Raster3D:   1.000 0.186 0.498

HotPink2X11:   238 106 167 Raster3D:   0.871 0.173 0.429

HotPink3X11:   205 96 144 Raster3D:   0.646 0.142 0.319

HotPink4X11:   139 58 98 Raster3D:   0.297 0.052 0.148

IndianRedX11:   205 92 92 Raster3D:   0.646 0.130 0.130

IndianRed1X11:   255 106 106 Raster3D:   1.000 0.173 0.173

IndianRed2X11:   238 99 99 Raster3D:   0.871 0.151 0.151

IndianRed3X11:   205 85 85 Raster3D:   0.646 0.111 0.111

IndianRed4X11:   139 58 58 Raster3D:   0.297 0.052 0.052

LavenderBlushX11:   255 240 245 Raster3D:   1.000 0.886 0.923

LawnGreenX11:   124 252 0 Raster3D:   0.236 0.977 0.000

LemonChiffonX11:   255 250 205 Raster3D:   1.000 0.961 0.646

LemonChiffon1X11:   255 250 205 Raster3D:   1.000 0.961 0.646

LemonChiffon2X11:   238 233 191 Raster3D:   0.871 0.835 0.561

LemonChiffon3X11:   205 201 165 Raster3D:   0.646 0.621 0.419

LemonChiffon4X11:   139 137 112 Raster3D:   0.297 0.289 0.193

LightBlue1X11:   191 239 255 Raster3D:   0.561 0.878 1.000

LightBlue2X11:   178 223 238 Raster3D:   0.487 0.765 0.871

LightBlue3X11:   154 192 205 Raster3D:   0.365 0.567 0.646

LightBlue4X11:   104 131 139 Raster3D:   0.166 0.264 0.297

LightCoralX11:   240 128 128 Raster3D:   0.886 0.252 0.252

LightGoldenrodX11:   238 221 130 Raster3D:   0.871 0.751 0.260

LightGoldenrod1X11:   255 236 139 Raster3D:   1.000 0.857 0.297

LightGoldenrod2X11:   238 220 130 Raster3D:   0.871 0.744 0.260

LightGoldenrod3X11:   205 190 112 Raster3D:   0.646 0.555 0.193

LightGoldenrod4X11:   139 129 76 Raster3D:   0.297 0.256 0.089

LightGoldenrodYellowX11:   250 250 210 Raster3D:   0.961 0.961 0.678

LightGrayX11:   211 211 211 Raster3D:   0.685 0.685 0.685

LightSeaGreenX11:   32 178 170 Raster3D:   0.016 0.487 0.444

LightSlateBlueX11:   132 112 255 Raster3D:   0.268 0.193 1.000

LightSlateGrayX11:   119 136 153 Raster3D:   0.218 0.284 0.360

LightSlateGreyX11:   119 136 153 Raster3D:   0.218 0.284 0.360

LightSteelBlueX11:   176 196 222 Raster3D:   0.476 0.591 0.758

LightSteelBlue1X11:   202 225 255 Raster3D:   0.628 0.779 1.000

LightSteelBlue2X11:   188 210 238 Raster3D:   0.544 0.678 0.871

LightSteelBlue3X11:   162 181 205 Raster3D:   0.404 0.504 0.646

LightSteelBlue4X11:   110 123 139 Raster3D:   0.186 0.233 0.297

LimeGreenX11:   50 205 50 Raster3D:   0.038 0.646 0.038

MediumAquamarineX11:   102 205 170 Raster3D:   0.160 0.646 0.444

MediumBlueX11:   0 0 205 Raster3D:   0.000 0.000 0.646

MediumOrchidX11:   186 85 211 Raster3D:   0.532 0.111 0.685

MediumOrchid1X11:   224 102 255 Raster3D:   0.772 0.160 1.000

MediumOrchid2X11:   209 95 238 Raster3D:   0.672 0.139 0.871

MediumOrchid3X11:   180 82 205 Raster3D:   0.498 0.103 0.646

MediumOrchid4X11:   122 55 139 Raster3D:   0.229 0.047 0.297

MediumPurpleX11:   147 112 219 Raster3D:   0.332 0.193 0.738

MediumPurple1X11:   171 130 255 Raster3D:   0.450 0.260 1.000

MediumPurple2X11:   159 121 238 Raster3D:   0.389 0.225 0.871

MediumPurple3X11:   137 104 205 Raster3D:   0.289 0.166 0.646

MediumPurple4X11:   93 71 139 Raster3D:   0.133 0.078 0.297

MediumSeaGreenX11:   60 179 113 Raster3D:   0.055 0.493 0.196

MediumSlateBlueX11:   123 104 238 Raster3D:   0.233 0.166 0.871

MediumSpringGreenX11:   0 250 154 Raster3D:   0.000 0.961 0.365

MediumTurquoiseX11:   72 209 204 Raster3D:   0.080 0.672 0.640

MediumVioletRedX11:   199 21 133 Raster3D:   0.609 0.007 0.272

MidnightBlueX11:   25 25 112 Raster3D:   0.010 0.010 0.193

MintCreamX11:   245 255 250 Raster3D:   0.923 1.000 0.961

MistyRoseX11:   255 228 225 Raster3D:   1.000 0.799 0.779

MistyRose1X11:   255 228 225 Raster3D:   1.000 0.799 0.779

MistyRose2X11:   238 213 210 Raster3D:   0.871 0.698 0.678

MistyRose3X11:   205 183 181 Raster3D:   0.646 0.515 0.504

MistyRose4X11:   139 125 123 Raster3D:   0.297 0.240 0.233

NavyBlueX11:   0 0 128 Raster3D:   0.000 0.000 0.252

OldLaceX11:   253 245 230 Raster3D:   0.984 0.923 0.814

OliveDrabX11:   107 142 35 Raster3D:   0.176 0.310 0.019

OliveDrab1X11:   192 255 62 Raster3D:   0.567 1.000 0.059

OliveDrab2X11:   179 238 58 Raster3D:   0.493 0.871 0.052

OliveDrab3X11:   154 205 50 Raster3D:   0.365 0.646 0.038

OliveDrab4X11:   105 139 34 Raster3D:   0.170 0.297 0.018

OrangeRedX11:   255 69 0 Raster3D:   1.000 0.073 0.000

OrangeRed1X11:   255 69 0 Raster3D:   1.000 0.073 0.000

OrangeRed2X11:   238 64 0 Raster3D:   0.871 0.063 0.000

OrangeRed3X11:   205 55 0 Raster3D:   0.646 0.047 0.000

OrangeRed4X11:   139 37 0 Raster3D:   0.297 0.021 0.000

PaleGreen1X11:   154 255 154 Raster3D:   0.365 1.000 0.365

PaleGreen2X11:   144 238 144 Raster3D:   0.319 0.871 0.319

PaleGreen3X11:   124 205 124 Raster3D:   0.236 0.646 0.236

PaleGreen4X11:   84 139 84 Raster3D:   0.109 0.297 0.109

PaleTurquoiseX11:   175 238 238 Raster3D:   0.471 0.871 0.871

PaleTurquoise1X11:   187 255 255 Raster3D:   0.538 1.000 1.000

PaleTurquoise2X11:   174 238 238 Raster3D:   0.466 0.871 0.871

PaleTurquoise3X11:   150 205 205 Raster3D:   0.346 0.646 0.646

PaleTurquoise4X11:   102 139 139 Raster3D:   0.160 0.297 0.297

PaleVioletRedX11:   219 112 147 Raster3D:   0.738 0.193 0.332

PaleVioletRed1X11:   255 130 171 Raster3D:   1.000 0.260 0.450

PaleVioletRed2X11:   238 121 159 Raster3D:   0.871 0.225 0.389

PaleVioletRed3X11:   205 104 137 Raster3D:   0.646 0.166 0.289

PaleVioletRed4X11:   139 71 93 Raster3D:   0.297 0.078 0.133

PapayaWhipX11:   255 239 213 Raster3D:   1.000 0.878 0.698

PowderBlueX11:   176 224 230 Raster3D:   0.476 0.772 0.814

RoyalBlueX11:   65 105 225 Raster3D:   0.065 0.170 0.779

RoyalBlue1X11:   72 118 255 Raster3D:   0.080 0.214 1.000

RoyalBlue2X11:   67 110 238 Raster3D:   0.069 0.186 0.871

RoyalBlue3X11:   58 95 205 Raster3D:   0.052 0.139 0.646

RoyalBlue4X11:   39 64 139 Raster3D:   0.023 0.063 0.297

SaddleBrownX11:   139 69 19 Raster3D:   0.297 0.073 0.006

SandyBrownX11:   244 164 96 Raster3D:   0.916 0.414 0.142

SeaGreenX11:   46 139 87 Raster3D:   0.033 0.297 0.116

SeaGreen1X11:   84 255 159 Raster3D:   0.109 1.000 0.389

SeaGreen2X11:   78 238 148 Raster3D:   0.094 0.871 0.337

SeaGreen3X11:   67 205 128 Raster3D:   0.069 0.646 0.252

SeaGreen4X11:   46 139 87 Raster3D:   0.033 0.297 0.116

SkyBlueX11:   135 206 235 Raster3D:   0.280 0.653 0.849

SkyBlue1X11:   135 206 255 Raster3D:   0.280 0.653 1.000

SkyBlue2X11:   126 192 238 Raster3D:   0.244 0.567 0.871

SkyBlue3X11:   108 166 205 Raster3D:   0.179 0.424 0.646

SkyBlue4X11:   74 112 139 Raster3D:   0.084 0.193 0.297

SlateBlueX11:   106 90 205 Raster3D:   0.173 0.125 0.646

SlateBlue1X11:   131 111 255 Raster3D:   0.264 0.189 1.000

SlateBlue2X11:   122 103 238 Raster3D:   0.229 0.163 0.871

SlateBlue3X11:   105 89 205 Raster3D:   0.170 0.122 0.646

SlateBlue4X11:   71 60 139 Raster3D:   0.078 0.055 0.297

SlateGrayX11:   112 128 144 Raster3D:   0.193 0.252 0.319

SlateGray1X11:   198 226 255 Raster3D:   0.603 0.785 1.000

SlateGray2X11:   185 211 238 Raster3D:   0.526 0.685 0.871

SlateGray3X11:   159 182 205 Raster3D:   0.389 0.509 0.646

SlateGray4X11:   108 123 139 Raster3D:   0.179 0.233 0.297

SlateGreyX11:   112 128 144 Raster3D:   0.193 0.252 0.319

SpringGreenX11:   0 255 127 Raster3D:   0.000 1.000 0.248

SpringGreen1X11:   0 255 127 Raster3D:   0.000 1.000 0.248

SpringGreen2X11:   0 238 118 Raster3D:   0.000 0.871 0.214

SpringGreen3X11:   0 205 102 Raster3D:   0.000 0.646 0.160

SpringGreen4X11:   0 139 69 Raster3D:   0.000 0.297 0.073

SteelBlueX11:   70 130 180 Raster3D:   0.075 0.260 0.498

SteelBlue1X11:   99 184 255 Raster3D:   0.151 0.521 1.000

SteelBlue2X11:   92 172 238 Raster3D:   0.130 0.455 0.871

SteelBlue3X11:   79 148 205 Raster3D:   0.096 0.337 0.646

SteelBlue4X11:   54 100 139 Raster3D:   0.045 0.154 0.297

VioletRedX11:   208 32 144 Raster3D:   0.665 0.016 0.319

VioletRed1X11:   255 62 150 Raster3D:   1.000 0.059 0.346

VioletRed2X11:   238 58 140 Raster3D:   0.871 0.052 0.301

VioletRed3X11:   205 50 120 Raster3D:   0.646 0.038 0.221

VioletRed4X11:   139 34 82 Raster3D:   0.297 0.018 0.103

WhiteSmokeX11:   245 245 245 Raster3D:   0.923 0.923 0.923

YellowGreenX11:   154 205 50 Raster3D:   0.365 0.646 0.038

aquamarineX11:   127 255 212 Raster3D:   0.248 1.000 0.691

aquamarine1X11:   127 255 212 Raster3D:   0.248 1.000 0.691

aquamarine2X11:   118 238 198 Raster3D:   0.214 0.871 0.603

aquamarine3X11:   102 205 170 Raster3D:   0.160 0.646 0.444

aquamarine4X11:   69 139 116 Raster3D:   0.073 0.297 0.207

beigeX11:   245 245 220 Raster3D:   0.923 0.923 0.744

bisqueX11:   255 228 196 Raster3D:   1.000 0.799 0.591

bisque1X11:   255 228 196 Raster3D:   1.000 0.799 0.591

bisque2X11:   238 213 183 Raster3D:   0.871 0.698 0.515

bisque3X11:   205 183 158 Raster3D:   0.646 0.515 0.384

bisque4X11:   139 125 107 Raster3D:   0.297 0.240 0.176

blue1X11:   0 0 255 Raster3D:   0.000 0.000 1.000

blue2X11:   0 0 238 Raster3D:   0.000 0.000 0.871

blue3X11:   0 0 205 Raster3D:   0.000 0.000 0.646

blue4X11:   0 0 139 Raster3D:   0.000 0.000 0.297

brownX11:   165 42 42 Raster3D:   0.419 0.027 0.027

brown1X11:   255 64 64 Raster3D:   1.000 0.063 0.063

brown2X11:   238 59 59 Raster3D:   0.871 0.054 0.054

brown3X11:   205 51 51 Raster3D:   0.646 0.040 0.040

brown4X11:   139 35 35 Raster3D:   0.297 0.019 0.019

cornsilkX11:   255 248 220 Raster3D:   1.000 0.946 0.744

cornsilk1X11:   255 248 220 Raster3D:   1.000 0.946 0.744

cornsilk2X11:   238 232 205 Raster3D:   0.871 0.828 0.646

cornsilk3X11:   205 200 177 Raster3D:   0.646 0.615 0.482

cornsilk4X11:   139 136 120 Raster3D:   0.297 0.284 0.221

firebrickX11:   178 34 34 Raster3D:   0.487 0.018 0.018

firebrick1X11:   255 48 48 Raster3D:   1.000 0.035 0.035

firebrick2X11:   238 44 44 Raster3D:   0.871 0.030 0.030

firebrick3X11:   205 38 38 Raster3D:   0.646 0.022 0.022

firebrick4X11:   139 26 26 Raster3D:   0.297 0.010 0.010

gainsboroX11:   220 220 220 Raster3D:   0.744 0.744 0.744

goldenrodX11:   218 165 32 Raster3D:   0.731 0.419 0.016

goldenrod1X11:   255 193 37 Raster3D:   1.000 0.573 0.021

goldenrod2X11:   238 180 34 Raster3D:   0.871 0.498 0.018

goldenrod3X11:   205 155 29 Raster3D:   0.646 0.369 0.013

goldenrod4X11:   139 105 20 Raster3D:   0.297 0.170 0.006

grayX11:   190 190 190 Raster3D:   0.555 0.555 0.555

green1X11:   0 255 0 Raster3D:   0.000 1.000 0.000

green2X11:   0 238 0 Raster3D:   0.000 0.871 0.000

green3X11:   0 205 0 Raster3D:   0.000 0.646 0.000

green4X11:   0 139 0 Raster3D:   0.000 0.297 0.000

honeydewX11:   240 255 240 Raster3D:   0.886 1.000 0.886

honeydew1X11:   240 255 240 Raster3D:   0.886 1.000 0.886

honeydew2X11:   224 238 224 Raster3D:   0.772 0.871 0.772

honeydew3X11:   193 205 193 Raster3D:   0.573 0.646 0.573

honeydew4X11:   131 139 131 Raster3D:   0.264 0.297 0.264

ivoryX11:   255 255 240 Raster3D:   1.000 1.000 0.886

ivory1X11:   255 255 240 Raster3D:   1.000 1.000 0.886

ivory2X11:   238 238 224 Raster3D:   0.871 0.871 0.772

ivory3X11:   205 205 193 Raster3D:   0.646 0.646 0.573

ivory4X11:   139 139 131 Raster3D:   0.297 0.297 0.264

khakiX11:   240 230 140 Raster3D:   0.886 0.814 0.301

khaki1X11:   255 246 143 Raster3D:   1.000 0.931 0.314

khaki2X11:   238 230 133 Raster3D:   0.871 0.814 0.272

khaki3X11:   205 198 115 Raster3D:   0.646 0.603 0.203

khaki4X11:   139 134 78 Raster3D:   0.297 0.276 0.094

lavenderX11:   230 230 250 Raster3D:   0.814 0.814 0.961

linenX11:   250 240 230 Raster3D:   0.961 0.886 0.814

magentaX11:   255 0 255 Raster3D:   1.000 0.000 1.000

magenta1X11:   255 0 255 Raster3D:   1.000 0.000 1.000

magenta2X11:   238 0 238 Raster3D:   0.871 0.000 0.871

magenta3X11:   205 0 205 Raster3D:   0.646 0.000 0.646

magenta4X11:   139 0 139 Raster3D:   0.297 0.000 0.297

navyX11:   0 0 128 Raster3D:   0.000 0.000 0.252

orange1X11:   255 165 0 Raster3D:   1.000 0.419 0.000

orange2X11:   238 154 0 Raster3D:   0.871 0.365 0.000

orange3X11:   205 133 0 Raster3D:   0.646 0.272 0.000

orange4X11:   139 90 0 Raster3D:   0.297 0.125 0.000

orchid1X11:   255 131 250 Raster3D:   1.000 0.264 0.961

orchid2X11:   238 122 233 Raster3D:   0.871 0.229 0.835

orchid3X11:   205 105 201 Raster3D:   0.646 0.170 0.621

orchid4X11:   139 71 137 Raster3D:   0.297 0.078 0.289

peruX11:   205 133 63 Raster3D:   0.646 0.272 0.061

pinkX11:   255 192 203 Raster3D:   1.000 0.567 0.634

pink1X11:   255 181 197 Raster3D:   1.000 0.504 0.597

pink2X11:   238 169 184 Raster3D:   0.871 0.439 0.521

pink3X11:   205 145 158 Raster3D:   0.646 0.323 0.384

pink4X11:   139 99 108 Raster3D:   0.297 0.151 0.179

plumX11:   221 160 221 Raster3D:   0.751 0.394 0.751

plum1X11:   255 187 255 Raster3D:   1.000 0.538 1.000

plum2X11:   238 174 238 Raster3D:   0.871 0.466 0.871

plum3X11:   205 150 205 Raster3D:   0.646 0.346 0.646

plum4X11:   139 102 139 Raster3D:   0.297 0.160 0.297

purple1X11:   155 48 255 Raster3D:   0.369 0.035 1.000

purple2X11:   145 44 238 Raster3D:   0.323 0.030 0.871

purple3X11:   125 38 205 Raster3D:   0.240 0.022 0.646

purple4X11:   85 26 139 Raster3D:   0.111 0.010 0.297

red1X11:   255 0 0 Raster3D:   1.000 0.000 0.000

red2X11:   238 0 0 Raster3D:   0.871 0.000 0.000

red3X11:   205 0 0 Raster3D:   0.646 0.000 0.000

red4X11:   139 0 0 Raster3D:   0.297 0.000 0.000

salmonX11:   250 128 114 Raster3D:   0.961 0.252 0.200

salmon1X11:   255 140 105 Raster3D:   1.000 0.301 0.170

salmon2X11:   238 130 98 Raster3D:   0.871 0.260 0.148

salmon3X11:   205 112 84 Raster3D:   0.646 0.193 0.109

salmon4X11:   139 76 57 Raster3D:   0.297 0.089 0.050

siennaX11:   160 82 45 Raster3D:   0.394 0.103 0.031

sienna1X11:   255 130 71 Raster3D:   1.000 0.260 0.078

sienna2X11:   238 121 66 Raster3D:   0.871 0.225 0.067

sienna3X11:   205 104 57 Raster3D:   0.646 0.166 0.050

sienna4X11:   139 71 38 Raster3D:   0.297 0.078 0.022

tanX11:   210 180 140 Raster3D:   0.678 0.498 0.301

tan1X11:   255 165 79 Raster3D:   1.000 0.419 0.096

tan2X11:   238 154 73 Raster3D:   0.871 0.365 0.082

tan3X11:   205 133 63 Raster3D:   0.646 0.272 0.061

tan4X11:   139 90 43 Raster3D:   0.297 0.125 0.028

thistleX11:   216 191 216 Raster3D:   0.718 0.561 0.718

thistle1X11:   255 225 255 Raster3D:   1.000 0.779 1.000

thistle2X11:   238 210 238 Raster3D:   0.871 0.678 0.871

thistle3X11:   205 181 205 Raster3D:   0.646 0.504 0.646

thistle4X11:   139 123 139 Raster3D:   0.297 0.233 0.297

tomatoX11:   255 99 71 Raster3D:   1.000 0.151 0.078

tomato1X11:   255 99 71 Raster3D:   1.000 0.151 0.078

tomato2X11:   238 92 66 Raster3D:   0.871 0.130 0.067

tomato3X11:   205 79 57 Raster3D:   0.646 0.096 0.050

tomato4X11:   139 54 38 Raster3D:   0.297 0.045 0.022

turquoiseX11:   64 224 208 Raster3D:   0.063 0.772 0.665

turquoise1X11:   0 245 255 Raster3D:   0.000 0.923 1.000

turquoise2X11:   0 229 238 Raster3D:   0.000 0.806 0.871

turquoise3X11:   0 197 205 Raster3D:   0.000 0.597 0.646

turquoise4X11:   0 134 139 Raster3D:   0.000 0.276 0.297

violetX11:   238 130 238 Raster3D:   0.871 0.260 0.871

wheatX11:   245 222 179 Raster3D:   0.923 0.758 0.493

wheat1X11:   255 231 186 Raster3D:   1.000 0.821 0.532

wheat2X11:   238 216 174 Raster3D:   0.871 0.718 0.466

wheat3X11:   205 186 150 Raster3D:   0.646 0.532 0.346

wheat4X11:   139 126 102 Raster3D:   0.297 0.244 0.160

yellow1X11:   255 255 0 Raster3D:   1.000 1.000 0.000

yellow2X11:   238 238 0 Raster3D:   0.871 0.871 0.000

yellow3X11:   205 205 0 Raster3D:   0.646 0.646 0.000

yellow4X11:   139 139 0 Raster3D:   0.297 0.297 0.000

Raster3D_3.0-7/./html/r3dtops.html0000644000471100001440000000123513562710037016230 0ustar merrittusers r3dtops - Raster3D to PostScript label conversion

Raster3D to PostScript label conversion

SYNOPSIS

The r3dtops program is obsolete as of Raster3D version 3.0.