fonts-ocr-b-0.2~dfsg1/000077500000000000000000000000001275507450000146345ustar00rootroot00000000000000fonts-ocr-b-0.2~dfsg1/Makefile.am000066400000000000000000000230001275507450000166630ustar00rootroot00000000000000## Process this file with automake to produce Makefile.in # # Makefile source for OCR fonts # # This file (Makefile.am) is released to the public domain by its author, # Matthew Skala, but be aware that the generated Makefile may be subject # to claims by the Free Software Foundation or others. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # # Matthew Skala # http://ansuz.sooke.bc.ca/ # mskala@ansuz.sooke.bc.ca # ############################################################################ # BASIC AUTOTOOLS STUFF ACLOCAL_AMFLAGS = -I m4 @SET_MAKE@ @INC_AMINCLUDE@ mvp:=$(if $(VPATH),$(VPATH),.) empty:= space:=$(empty) $(empty) comma:=, percent=% ############################################################################ # SILENT BUILD BLINKENLIGHTS TSU_V_REDIR=$(if $(AM_V_at),>& /dev/null) if COND_COLOUR ECHO_ANSI=echo -e ansi_default=\e[0m ansi_red=\e[31m ansi_green=\e[32m ansi_yellow=\e[33m ansi_blue=\e[34m ansi_magenta=\e[35m ansi_cyan=\e[36m ansi_pink=\e[35;1m ansi_white=\e[37;1m ansi_cleareol=\e[K ansi_clearescaped=\033\[K ansi_home=\e[1G am__@andt@v_CC_0=@echo -e "$(ansi_default)$(ansi_cleareol) CC " $@; am__@andt@v_CCLD_0=@echo -e "$(ansi_default)$(ansi_cleareol) CCLD " $@; am__@andt@v_GEN_0=@echo -e "$(ansi_default)$(ansi_cleareol) GEN " $@; else ECHO_ANSI=echo ansi_default= ansi_red= ansi_green= ansi_yellow= ansi_blue= ansi_magenta= ansi_cyan= ansi_pink= ansi_white= ansi_cleareol= ansi_clearescaped= ansi_home= endif TSU_V_CP =$(TSU_V_CP_$(V)) TSU_V_CP_=$(TSU_V_CP_$(AM_DEFAULT_VERBOSITY)) TSU_V_CP_0=@$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_default)CP$(ansi_default) " $@; TSU_V_MT1=$(TSU_V_MT1_$(V)) TSU_V_MT1_=$(TSU_V_MT1_$(AM_DEFAULT_VERBOSITY)) TSU_V_MT1_0=$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_blue)MT1$(ansi_default) " $@; TSU_V_NAPERL=$(TSU_V_NAPERL_$(V)) TSU_V_NAPERL_=$(TSU_V_NAPERL_$(AM_DEFAULT_VERBOSITY)) TSU_V_NAPERL_0=$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_magenta)PERL$(ansi_default) " $@; TSU_V_OTF=$(TSU_V_OTF_$(V)) TSU_V_OTF_=$(TSU_V_OTF_$(AM_DEFAULT_VERBOSITY)) TSU_V_OTF_0=$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_cyan)OTF$(ansi_default) " $@; TSU_V_RMO=$(TSU_V_RMO_$(V)) TSU_V_RMO_=$(TSU_V_RMO_$(AM_DEFAULT_VERBOSITY)) TSU_V_RMO_0=$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_cyan)RMO$(ansi_default) " $@; TSU_V_TEX=$(TSU_V_TEX_$(V)) TSU_V_TEX_=$(TSU_V_TEX_$(AM_DEFAULT_VERBOSITY)) TSU_V_TEX_0=@$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_green)TEX$(ansi_default) " $@; TSU_V_TEXL=$(TSU_V_TEXL_$(V)) TSU_V_TEXL_=$(TSU_V_TEXL_$(AM_DEFAULT_VERBOSITY)) TSU_V_TEXL_0=$(ECHO_ANSI) \ "$(ansi_cleareol) $(ansi_green)TEX$(ansi_default) " "$@($$I)"; ############################################################################ # CONDITIONAL OPTIONS if COND_DOCS MAYBE_DOCS=ocr.pdf endif if COND_EXPECT expect_start= $(if $(AM_V_at),$(EXPECT) -c \ 'log_user 0 ; spawn -noecho sh -c ") expect_end= $(if $(AM_V_at), " ; \ expect -timeout -1 \ -re "\n! 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Don't cache a # value for MKDIR_P within a source directory, because that will # break other packages using the cache if that directory is # removed, or if the value is a relative name. MKDIR_P="$ac_install_sh -d" fi fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $MKDIR_P" >&5 $as_echo "$MKDIR_P" >&6; } mkdir_p="$MKDIR_P" case $mkdir_p in [\\/$]* | ?:[\\/]*) ;; */*) mkdir_p="\$(top_builddir)/$mkdir_p" ;; esac for ac_prog in gawk mawk nawk awk do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_AWK+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$AWK"; then ac_cv_prog_AWK="$AWK" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AWK="$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi AWK=$ac_cv_prog_AWK if test -n "$AWK"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $AWK" >&5 $as_echo "$AWK" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$AWK" && break done { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether ${MAKE-make} sets \$(MAKE)" >&5 $as_echo_n "checking whether ${MAKE-make} sets \$(MAKE)... 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"source directory already configured; run \"make distclean\" there first" "$LINENO" 5 fi fi # test whether we have cygpath if test -z "$CYGPATH_W"; then if (cygpath --version) >/dev/null 2>/dev/null; then CYGPATH_W='cygpath -w' else CYGPATH_W=echo fi fi # Define the identity of the package. PACKAGE='ocr' VERSION='0.2' cat >>confdefs.h <<_ACEOF #define PACKAGE "$PACKAGE" _ACEOF cat >>confdefs.h <<_ACEOF #define VERSION "$VERSION" _ACEOF # Some tools Automake needs. ACLOCAL=${ACLOCAL-"${am_missing_run}aclocal-${am__api_version}"} AUTOCONF=${AUTOCONF-"${am_missing_run}autoconf"} AUTOMAKE=${AUTOMAKE-"${am_missing_run}automake-${am__api_version}"} AUTOHEADER=${AUTOHEADER-"${am_missing_run}autoheader"} MAKEINFO=${MAKEINFO-"${am_missing_run}makeinfo"} # We need awk for the "check" target. The system "awk" is bad on # some platforms. # Always define AMTAR for backward compatibility. AMTAR=${AMTAR-"${am_missing_run}tar"} am__tar='${AMTAR} chof - "$$tardir"'; am__untar='${AMTAR} xf -' release_date="September 27, 2012" # Check whether --enable-silent-rules was given. if test "${enable_silent_rules+set}" = set; then : enableval=$enable_silent_rules; fi case $enable_silent_rules in yes) AM_DEFAULT_VERBOSITY=0;; no) AM_DEFAULT_VERBOSITY=1;; *) AM_DEFAULT_VERBOSITY=1;; esac AM_BACKSLASH='\' # ############################################################################ # # Checks for programs. # { $as_echo "$as_me:${as_lineno-$LINENO}: checking for grep that handles long lines and -e" >&5 $as_echo_n "checking for grep that handles long lines and -e... " >&6; } if ${ac_cv_path_GREP+:} false; then : $as_echo_n "(cached) " >&6 else if test -z "$GREP"; then ac_path_GREP_found=false # Loop through the user's path and test for each of PROGNAME-LIST as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_prog in grep ggrep; do for ac_exec_ext in '' $ac_executable_extensions; do ac_path_GREP="$as_dir/$ac_prog$ac_exec_ext" { test -f "$ac_path_GREP" && $as_test_x "$ac_path_GREP"; } || continue # Check for GNU ac_path_GREP and select it if it is found. # Check for GNU $ac_path_GREP case `"$ac_path_GREP" --version 2>&1` in *GNU*) ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_found=:;; *) ac_count=0 $as_echo_n 0123456789 >"conftest.in" while : do cat "conftest.in" "conftest.in" >"conftest.tmp" mv "conftest.tmp" "conftest.in" cp "conftest.in" "conftest.nl" $as_echo 'GREP' >> "conftest.nl" "$ac_path_GREP" -e 'GREP$' -e '-(cannot match)-' < "conftest.nl" >"conftest.out" 2>/dev/null || break diff "conftest.out" "conftest.nl" >/dev/null 2>&1 || break as_fn_arith $ac_count + 1 && ac_count=$as_val if test $ac_count -gt ${ac_path_GREP_max-0}; then # Best one so far, save it but keep looking for a better one ac_cv_path_GREP="$ac_path_GREP" ac_path_GREP_max=$ac_count fi # 10*(2^10) chars as input seems more than enough test $ac_count -gt 10 && break done rm -f conftest.in conftest.tmp conftest.nl conftest.out;; esac $ac_path_GREP_found && break 3 done done done IFS=$as_save_IFS if test -z "$ac_cv_path_GREP"; then as_fn_error $? "no acceptable grep could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin" "$LINENO" 5 fi else ac_cv_path_GREP=$GREP fi fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_path_GREP" >&5 $as_echo "$ac_cv_path_GREP" >&6; } GREP="$ac_cv_path_GREP" { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether ln -s works" >&5 $as_echo_n "checking whether ln -s works... " >&6; } LN_S=$as_ln_s if test "$LN_S" = "ln -s"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: yes" >&5 $as_echo "yes" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no, using $LN_S" >&5 $as_echo "no, using $LN_S" >&6; } fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether ${MAKE-make} sets \$(MAKE)" >&5 $as_echo_n "checking whether ${MAKE-make} sets \$(MAKE)... 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" >&6; } if ${ac_cv_path_AUTOMAKE+:} false; then : $as_echo_n "(cached) " >&6 else case $AUTOMAKE in [\\/]* | ?:[\\/]*) ac_cv_path_AUTOMAKE="$AUTOMAKE" # Let the user override the test with a path. ;; *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_path_AUTOMAKE="$as_dir/$ac_word$ac_exec_ext" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS ;; esac fi AUTOMAKE=$ac_cv_path_AUTOMAKE if test -n "$AUTOMAKE"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $AUTOMAKE" >&5 $as_echo "$AUTOMAKE" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "expect", so it can be a program name with args. set dummy expect; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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"x$EXPECT" = "x"; then COND_EXPECT_TRUE= COND_EXPECT_FALSE='#' else COND_EXPECT_TRUE='#' COND_EXPECT_FALSE= fi # Extract the first word of "fontforge", so it can be a program name with args. set dummy fontforge; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_path_FONTFORGE+:} false; then : $as_echo_n "(cached) " >&6 else case $FONTFORGE in [\\/]* | ?:[\\/]*) ac_cv_path_FONTFORGE="$FONTFORGE" # Let the user override the test with a path. ;; *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_path_FONTFORGE="$as_dir/$ac_word$ac_exec_ext" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS ;; esac fi FONTFORGE=$ac_cv_path_FONTFORGE if test -n "$FONTFORGE"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $FONTFORGE" >&5 $as_echo "$FONTFORGE" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking for GNU make" >&5 $as_echo_n "checking for GNU make... " >&6; } if ${_cv_gnu_make_command+:} false; then : $as_echo_n "(cached) " >&6 else _cv_gnu_make_command='' ; for a in "$MAKE" make gmake gnumake ; do if test -z "$a" ; then continue ; fi ; if ( sh -c "$a --version" 2> /dev/null | grep GNU 2>&1 > /dev/null ) ; then _cv_gnu_make_command=$a ; break; fi done ; fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $_cv_gnu_make_command" >&5 $as_echo "$_cv_gnu_make_command" >&6; } ; if test "x$_cv_gnu_make_command" != "x" ; then ifGNUmake='' ; else ifGNUmake='#' ; { $as_echo "$as_me:${as_lineno-$LINENO}: result: \"Not found\"" >&5 $as_echo "\"Not found\"" >&6; }; fi # Extract the first word of "mpost", so it can be a program name with args. set dummy mpost; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_path_MPOST+:} false; then : $as_echo_n "(cached) " >&6 else case $MPOST in [\\/]* | ?:[\\/]*) ac_cv_path_MPOST="$MPOST" # Let the user override the test with a path. ;; *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_path_MPOST="$as_dir/$ac_word$ac_exec_ext" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS ;; esac fi MPOST=$ac_cv_path_MPOST if test -n "$MPOST"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $MPOST" >&5 $as_echo "$MPOST" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi # Extract the first word of "perl", so it can be a program name with args. set dummy perl; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... 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without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # # Matthew Skala # http://ansuz.sooke.bc.ca/ # mskala@ansuz.sooke.bc.ca # # ############################################################################ # # Override Autoconf's argument parsing - must be done here, # before AC_INIT has a chance to run # # General macro for editing a definition m4_define([TSUKU_DEFINITION_SUBST], [m4_define([$1], m4_bpatsubst(m4_dquote(m4_defn([$1])), [$2], [$3]))]) # Delete an option from the argument parser m4_define([TSUKU_DELETE_CMDLINE_OPTION], [TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [\ -$1[^)]*)\ .*;;\ -$1=\*[^)]*)\ .*;;\ ], [\ # Deleted $1 option\ ]) TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [\ -$1[^)]*)\ # Obsolete.*\ .*;;\ ], [\ # Deleted obsolete $1 option\ ]) ]) # exec-prefix is special because it's an install dir option without "dir" TSUKU_DELETE_CMDLINE_OPTION([exec-prefix]) TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [for ac_var in\([^#]*\)\bexec_prefix\b], [for ac_var in\1]) # Delete unwanted non-install-dir options TSUKU_DELETE_CMDLINE_OPTION([gas]) TSUKU_DELETE_CMDLINE_OPTION([nfp]) TSUKU_DELETE_CMDLINE_OPTION([program-prefix]) TSUKU_DELETE_CMDLINE_OPTION([program-suffix]) TSUKU_DELETE_CMDLINE_OPTION([program-transform-name]) # may as well do this now - removes some processing and a help stanza AC_DEFUN([AC_ARG_PROGRAM],[]) TSUKU_DELETE_CMDLINE_OPTION([-x]) TSUKU_DELETE_CMDLINE_OPTION([x-includes]) TSUKU_DELETE_CMDLINE_OPTION([x-libraries]) # Delete an install dir option from both parser and help m4_define([TSUKU_DELETE_INSTDIR_OPTION], [TSUKU_DELETE_CMDLINE_OPTION([$1dir]) TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [for ac_var in\([^#]*\).\b$1dir\b], [for ac_var in\1]) TSUKU_DEFINITION_SUBST([_AC_INIT_HELP], [ --$1dir=DIR.*\ ], [])]) # Delete nearly all of the default install dirs TSUKU_DELETE_INSTDIR_OPTION([bin]) TSUKU_DELETE_INSTDIR_OPTION([data]) TSUKU_DELETE_INSTDIR_OPTION([dvi]) TSUKU_DELETE_INSTDIR_OPTION([html]) TSUKU_DELETE_INSTDIR_OPTION([include]) TSUKU_DELETE_INSTDIR_OPTION([info]) TSUKU_DELETE_INSTDIR_OPTION([lib]) TSUKU_DELETE_INSTDIR_OPTION([libexec]) TSUKU_DELETE_INSTDIR_OPTION([info]) TSUKU_DELETE_INSTDIR_OPTION([locale]) TSUKU_DELETE_INSTDIR_OPTION([localstate]) TSUKU_DELETE_INSTDIR_OPTION([man]) TSUKU_DELETE_INSTDIR_OPTION([oldinclude]) TSUKU_DELETE_INSTDIR_OPTION([ps]) TSUKU_DELETE_INSTDIR_OPTION([sbin]) TSUKU_DELETE_INSTDIR_OPTION([sharedstate]) TSUKU_DELETE_INSTDIR_OPTION([sysconf]) # generate a "case" pattern matching chunk # TSUKU_CASE_PATTERN_CHUNK(option,shortest,before,after) m4_define([TSUKU_CASE_PATTERN_CHUNK], [$3$1$4[]m4_if([$1],[$2],[], [TSUKU_CASE_PATTERN_CHUNK(m4_substr($1,0,m4_eval(m4_len($1)-1)), [$2],[$3],[$4])])]) # Add a new installation directory # TSUKU_ADD_INSTDIR_OPTION(dirname,under,default,help,abbrev,casebefore) m4_define([TSUKU_ADD_INSTDIR_OPTION], [TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [AC_SUBST(\[$2\].*)dnl\ ], [\&AC_SUBST([$1dir],['${$2}/$3'])dnl\ ]) TSUKU_DEFINITION_SUBST([_AC_INIT_HELP], [\ \(.*--$2=.*\)\ ], m4_expand([\ \1\ AS_HELP_STRING([--$1dir=DIR],m4_expand([$4 @<:@m4_toupper([$2])/$3@:>@]))\ ])) TSUKU_DEFINITION_SUBST([_AC_INIT_PARSE_ARGS], [\ \(.*$6.*\)\ ], [\ -$1dir[]TSUKU_CASE_PATTERN_CHUNK([$1dir],[$5],[ | --],[])@:}@ ac_prev=$1dir ;; 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"x$EXPECT" = "x"]) AC_ARG_VAR([FONTFORGE],[Fontforge]) AC_PATH_PROG([FONTFORGE],[fontforge]) AX_CHECK_GNU_MAKE AC_ARG_VAR([MPOST],[MetaPost]) AC_PATH_PROG([MPOST],[mpost]) AC_ARG_VAR([PERL],[Perl]) AC_PATH_PROG([PERL],[perl]) AC_ARG_VAR([T1ASM],[t1asm]) AC_ARG_VAR([XDVIPDFMX],[xdvipdfmx]) AC_PATH_PROG([XDVIPDFMX],[xdvipdfmx]) AC_ARG_VAR([XELATEX],[XeLaTeX]) AC_PATH_PROG([XELATEX],[xelatex]) # ############################################################################ # # Check for parasite build # AC_MSG_CHECKING([whether we are building as a parasite]) AM_CONDITIONAL([COND_PARASITE], [grep Tsukurimashou ../Makefile > /dev/null 2> /dev/null]) AM_COND_IF([COND_PARASITE], [AC_MSG_RESULT([yes]) T1ASM=../t1asm/t1asm], [AC_MSG_RESULT([no]) AC_PATH_PROG([T1ASM],[t1asm]) ]) AC_SUBST([T1ASM]) # ############################################################################ # # Checks for system services # AC_SYS_LONG_FILE_NAMES AX_AM_JOBSERVER # ############################################################################ # # User-settable options # # Define user options # AC_ARG_ENABLE([colour-build], [AS_HELP_STRING([--disable-colour-build], [turn off ANSI colour in build scripts])], [], [enable_colour_build=yes]) AC_ARG_ENABLE([color-build],[dnl],[],[enable_color_build=yes]) AC_ARG_ENABLE([docs], [AS_HELP_STRING([--disable-docs], [turn off PDF documentation])], [], [enable_docs=yes]) # # Process user options # tsu_colour=yes AS_IF([test "x$enable_colour_build" = "xyes"], [],[tsu_colour=no]) AS_IF([test "x$enable_color_build" = "xyes"], [],[tsu_colour=no]) AM_CONDITIONAL([COND_COLOUR],[test '!' "$tsu_colour" = no]) # AM_CONDITIONAL([COND_DOCS],[test '!' "$enable_docs" = no]) AC_SUBST([enable_docs]) # # AS_IF([test "x$prefix" = "xNONE"],[prefix="$ac_default_prefix"]) # AS_IF([test "x$enable_silent_rules" = "x"], [enable_silent_rules=yes AM_DEFAULT_VERBOSITY=0]) # AC_MSG_CHECKING([whether FontForge accepts AddExtrema(1)]) echo '#!/usr/local/bin/fontforge' > ffaetest.pe echo 'New();AddExtrema(1);' >> ffaetest.pe AS_IF([$FONTFORGE ffaetest.pe >& /dev/null], [ae_arg_okay=yes],[ae_arg_okay=no]) AC_SUBST([ae_arg_okay]) AC_MSG_RESULT([$ae_arg_okay]) # ############################################################################ # # Generate output # AC_SUBST([andt],[]) AC_CONFIG_FILES([Makefile]) AC_OUTPUT fonts-ocr-b-0.2~dfsg1/fntbase.mp000066400000000000000000002230021275507450000166130ustar00rootroot00000000000000% % Tsukurimashou "font base" macros % % THIS FILE IS PUBLIC DOMAIN NOTWITHSTANDING THE COPYRIGHT ON THE % OVERALL TSUKURIMASHOU PACKAGE % % This file is based on the files "fontbase.mp" and "plain_ex.mp" from the % METATYPE1 package version 0.55. Those files contain no copyright-related % notices of their own, but the README for METATYPE1 version 0.55 contains % the following notices (in English and Polish; the slashes are verbatim % from the original and presumably are some convention for expressing % non-ASCII Polish letters in the ASCII file): % % This is METATYPE1 package -- a tool for creating Type 1 fonts using % METAPOST. The package belongs to public domain (no copyrights, % copylefts, copyups, copydowns, etc.). % Version: 0.55 (16.09.2009; a tentative version, released along with % the sources of the Latin Modern fonts ver. 2.003) % Author: JNS team % % To jest pakiet METATYPE1 -- narz/edzie do tworzenia font/ow Type 1 % za pomoc/a systemu METAPOST. Pakiet stanowi dobro wsp/olne % (/zadnych copyright/ow, copyleft/ow, copyup/ow, copydown/ow, etc.). % Wersja: 0.55 (16.09.2009 -- wersja opublikowana wraz z wersj/a % /xr/od/low/a 2.003 pakietu font/ow Latin Modern) % Autorstwo: JNS team % % Although I assert my general right to claim copyright on work of my own % that draws from public domain source materials, I nonetheless am releasing % this file to the public domain in an effort to maintain the spirit of the % JNS team's release above. % % This program is distributed in the hope that it will be useful, % but WITHOUT ANY WARRANTY; without even the implied warranty of % MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. % % Matthew Skala % mskala@ansuz.sooke.bc.ca % %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % GENERAL LIBRARY FUNCTIONS % inclusion lock written explicitly so as not to depend on preintro.mp if known already_included.fntbase: endinput; fi; boolean already_included.fntbase; already_included.fntbase:=true; % gobble a text argument def killtext text t = enddef; % absent from older versions of plain.mf % Knuthian tradition unit definitions mm#=2.84528; pt#=1; dd#=1.07001; bp#=1.00375; cm#=28.45276; pc#=12; cc#=12.84010; in#=72.27; % numeric functions vardef tand primary a = sind(a)/cosd(a) enddef; vardef cotd primary a = cosd(a)/sind(a) enddef; vardef signum primary x = if x>0: 1 elseif x<0: -1 else: 0 fi enddef; primarydef w dotnorm z = begingroup save w_, z_, lw_, lz_; pair w_, z_; lw_=abs(w); w_:=w if lw_>0: /lw_ fi; lz_=abs(z); z_:=z if lz_>0: /lz_ fi; (xpart w_ * xpart z_ + ypart w_ * ypart z_) endgroup enddef; % expand "decimal" to cover some other data types let ori_decimal=decimal; def decimal primary n = ( if path n: for i_=0 upto length(n)-1: if i_>0: & " " & fi decimal(point i_ of n) & " " & decimal(postcontrol i_ of n) & " " & decimal(precontrol i_+1 of n) & " " & decimal(point i_+1 of n) endfor elseif color n: ori_decimal(redpart(n)) & " " & ori_decimal(greenpart(n)) & " " & ori_decimal(bluepart(n)) elseif pair n: ori_decimal(xpart(n)) & " " & ori_decimal(ypart(n)) else: ori_decimal(n) fi ) enddef; % The definition of |postdir| and |predir| given below is % based on the following observation, being the consequence % of l'H\^opital's rule: consider a~B\'ezier segment % |a .. controls b and c .. d|; normally, the vector $\vec{ab}$ % determines the ``post'' direction at node~$a$; if $b$ % coincides with $a$, then the vector $\vec{ac}$ determines % the direction; if also $c$ coincides coincides with~$a$, % then the last resort is the vector $\vec{ad}$; if even $d$ % coincides with~$a$, the B\'ezier segment is degenerated, % and can be removed (a~similar argumentation can be provided % for the ``pre'' direction at node~$d$). % Previous, insufficiently robust definitions: % |vardef predir expr t of p = (point t of p)-(precontrol t of p) enddef;| % |vardef postdir expr t of p = (postcontrol t of p)-(point t of p) enddef;| % |vardef udir expr t of p = unitvector(direction t of p) enddef;| % New, more general definitions: vardef gendir expr t of p = predir t of p + postdir t of p % |direction|-compatible definition enddef; vardef predir expr t of p = save a_,b_,c_,d_,s_,t_; pair a_,b_,c_,d_; path s_; t_:=t; if not cycle p: if t<0: t_:=0; elseif t>length(p): t_:=length(p); fi fi s_=subpath (ceiling t_-1,t_) of p; a_=point 0 of s_; b_=postcontrol 0 of s_; % |b_<>postcontrol t-1 of p| for |t=0| c_=precontrol 1 of s_; d_=point 1 of s_; if d_<>c_: d_-c_ elseif d_<>b_: d_-b_ elseif d_<>a_: d_-a_ else: (0,0) fi enddef; vardef postdir expr t of p = save a_,b_,c_,d_,s_,t_; pair a_,b_,c_,d_; path s_; t_:=t; if not cycle p: if t<0: t_:=0; elseif t>length(p): t_:=length(p); fi fi s_=subpath (t_,floor t_+1) of p; a_=point 0 of s_; b_=postcontrol 0 of s_; c_=precontrol 1 of s_; % |c_<>precontrol t+1 of p| for |t=length p| d_=point 1 of s_; if a_<>b_: b_-a_ elseif a_<>c_: c_-a_ elseif a_<>d_: d_-a_ else: (0,0) fi enddef; % Definitions related to ``pre-'' and ``post-'' vardef udir expr t of p = unitvector(gendir t of p) enddef; vardef upredir expr t of p = unitvector(predir t of p) enddef; vardef upostdir expr t of p = unitvector(postdir t of p) enddef; vardef pos_subpath expr z of p = if not cycle p: subpath z of p else: if xpart(z)<=ypart(z): subpath z of p else: subpath (xpart(z),ypart(z)+length(p)) of p fi fi enddef; vardef posttension expr t of p = % ``The \MF{}book'', ex. 14.15 save q_; path q_; q_=point t of p {direction t of p} .. {direction t+1 of p} point t+1 of p; length(postcontrol 0 of q_ - point 0 of q_)/ length(postcontrol t of p - point t of p)% doesn't work for ``straight lines'' enddef; vardef pretension expr t of p = % ditto save q_; path q_; q_=point t-1 of p {direction t-1 of p} .. {direction t of p} point t of p; length(precontrol 1 of q_ - point 1 of q_)/ length(precontrol t of p - point t of p)% doesn't work for ``straight lines'' enddef; % The two macros below, |path_eq| and |inside| macros, might have been % primitives. The macro |path_eq| is obvious; |a inside b| returns true % if the bounding box of |a| is inside the bounding box of |b|, which % may be misleading; think, for example of: % |fullcircle inside unitsquare shifted (-1/2,-1/2) scaled .9 rotated 45|. % For most curves occuring in fonts, however, one can safely infere % that if |a inside b| holds, then |a| is inside |b|. vardef path_eq(expr a,b)= save i_,l_,r_; boolean r_; r_:=(length(a)=length(b)) and (cycle a= cycle b); if r_: i_:=0; l_:=length(a) if cycle a: -1 fi; forever: r_:=(point i_ of a = point i_ of b); exitif not r_; r_:=(precontrol i_ of a = precontrol i_ of b); exitif not r_; r_:=(postcontrol i_ of a = postcontrol i_ of b); exitif not r_; exitif incr i_>l_; endfor fi r_ enddef; tertiarydef a inside b = if path a: % |and path b| (xpart llcorner b < xpart llcorner a) and (xpart urcorner b > xpart urcorner a) and (ypart llcorner b < ypart llcorner a) and (ypart urcorner b > ypart urcorner a) else: % |numeric a and pair b| (a>=xpart b) and (a<=ypart b) fi enddef; % The macro |&&| is to be used instead of the |&| operator if the respective % ends of paths coincide only approximately; using |..| instead would add % unwanted tiny B\'ezier segments. The macro is somewhat ``left-handed,'' % i.e., it does not consider the expression that follow the macro, therefore, % it can be used before the `|cycle|' command; if the argument |p| of the % macro |amp_amp_| is a |pair|, it is just ignored which may be % considered hardly intuitive. def && = amp_amp_ whatever enddef; tertiarydef p amp_amp_ q = if not pair p: (subpath(0,length(p)-1) of p) .. controls (postcontrol length(p)-1 of p) and (precontrol length(p) of p) .. fi enddef; vardef extrapolate expr t of b = % |t| pair, |b| B\'ezier segment clearxy; Casteljau(xpart(t)) = point 0 of b; Casteljau(1/3[xpart(t),ypart(t)]) = point 1/3 of b; Casteljau(2/3[xpart(t),ypart(t)]) = point 2/3 of b; Casteljau(ypart(t)) = point 1 of b; z0 .. controls z1 and z2 .. z3 enddef; def Casteljau(expr t) = t[t[t[z0,z1], t[z1,z2] ], t[t[z1,z2], t[z2,z3] ] ] enddef; vardef elongation_to_times(expr ea,eb) = % negative parameter values are admissible; they are meant for |pen_stroke| (if ea<0: - fi 1/(abs(ea)+1), eb/(abs(eb)+1)) enddef; % A~numerical function `|point_line_dist|' takes as a~parameter % three |pair| expressions and returns a~(signed) value of the distance % of the first parameter from the line defined by the other two. % It is referred to in the `|is_line|' function. vardef point_line_dist(expr a,b,c) = clearxy; save d_; d_=sqrt(length(b-c)); z0=a/d_; z1=b/d_; z2=c/d_; (x2-x1)*(y1-y0)-(x1-x0)*(y2-y1) enddef; % The idea of calculation of a turning angle % between two vectors, employed in the definition of the function % `turn_ang,' is based on the following observation: vardef turn_ang(expr za,zb) = if (abs(za)>=1/1000) and (abs(zb)>=1/1000): % |eps| may be not enough angle(unitvector(za) zscaled (unitvector(zb) reflectedabout (origin,right))) else: whatever fi enddef; % A~Boolean function `|is_line|' checks whether a~given B\'ezier segment % is a~straight line. For large segments (fonts) it makes sense to specify % a~numerical parameter |is_line_off>=0|; it defines a~maximal acceptable % distance of the control points of a~B\'ezier arc from its secant % (which corresponds to the distance between the arc and the secant % circa |3/4is_line_off| for a symmetric, inflexionless arcs). vardef is_line(expr B) = save r_; boolean r_; if known is_line_off: save a_; a_=length((point 1 of B)-(point 0 of B)); r_=(-a_+arclength(B))<=(a_/infinity); if r_: r_:=(is_line_off>=abs(point_line_dist( postcontrol 0 of B, point 0 of B, point 1 of B))) and (is_line_off>=abs(point_line_dist( precontrol 1 of B, point 0 of B, point 1 of B))); fi else: % backward compatibility save a_,b_,c_,d_; a_=length((point 1 of B)-(point 0 of B)); b_=length((postcontrol 0 of B)-(point 0 of B)); c_=length((precontrol 1 of B)-(postcontrol 0 of B)); d_=length((point 1 of B)-(precontrol 1 of B)); r_=(-a_+b_+c_+d_ <= a_/infinity); fi r_ enddef; % Abbreviations for a few simple yet useful phrases def xyscaled primary p = xscaled xpart(p) yscaled ypart(p) enddef; def yxscaled primary p = yscaled xpart(p) xscaled ypart(p) enddef; % The macro |insert_nodes| inserts additional nodes at given non-integer % non-repeating times~|t| into a given path |p|. % The code would be a bit longer without `|arclength|' and `|arctime|.' % The macro can be useful in some cases in the context of finding % the envelopes of pen-stroked paths (avoiding inflection % points---see below). vardef insert_nodes(expr p)(text t) = save j_, p_, s_, t_; path p_; p_:=p; t_:=0; for i_:=t: if round(i_)<>i_: % ignore integer times t_[incr t_]=arclength(subpath(0,i_ mod length(p_)) of p_); fi endfor for i_:=1 upto t_: s_:=arctime t_[i_] of p_; if abs(round(s_)-s_)>eps: % ignore repeating times; is |eps| OK? p_:=(subpath (0, s_) of p_) && (subpath (s_,length p_) of p_) if cycle p_: & cycle fi; fi endfor; p_ enddef; % get rid of degeneracies def regenerate(expr p) = begingroup save q; path q; for t=1 step 1 until length p: if abs((point t of p)-(point (t-1) of p))>3: if unknown q: q:=subpath (t-1,t) of p; elseif length(q)=1: q:=(point 0 of q).. controls (postcontrol 0 of q) and (precontrol 1 of q).. (0.5[point 1 of q,point t-1 of p]).. controls (postcontrol t-1 of p) and (precontrol t of p).. (point t of p); else: q:=(subpath (0,length(q)-1) of q).. controls (postcontrol length(q)-1 of q) and (precontrol length(q) of q).. (0.5[point length(q) of q,point t-1 of p]).. controls (postcontrol t-1 of p) and (precontrol t of p).. (point t of p); fi; fi; endfor; if cycle p: q:=subpath (0,length(q)-1) of q.. controls (postcontrol length(q)-1 of q) and (precontrol length(q) of q).. cycle; fi; q endgroup enddef; % like Fill, but doesn't complain about turning number def dangerousFill text glist = begingroup save h_; path h_; for g_:=glist: h_:=g_ start.default; % JMN's suggestion if glyph_usage div store = 1: % storing glyph_stored.glyph_name[incr glyph_stored.glyph_name.num]=h_; fi glyph_list[incr glyph_list.num]:=round_node_values(h_ italicized); update_glyph_bb(glyph_list[glyph_list.num]); endfor; endgroup enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % PREFIX AND SUFFIX HANDLING % A method, entangled a bit and not particularly robust, of testing whether % a parameter is a {\it string\/} expression or a {\it suffix}. % (Remark: |is_suffix((a))| or |is_suffix(a+b)| returns |true|; % |is_suffix(((a)))| causes \MP{} to report an error). vardef is_suffix(text suffix_or_not_suffix) = save the_suffix_; string the_suffix_; is_suffix_ suffix_or_not_suffix; the_suffix_<>"" enddef; def is_suffix_ suffix $ = the_suffix_:= str $; killtext enddef; % suffix munging def store_prec_obj = store_prec_obj_ whatever enddef; primarydef a store_prec_obj_ b = hide(def prec_obj = a enddef) enddef; % primarydef a sub b = % if path a: (pos_subpath b of a) elseif string a: (substring b of a) fi % enddef; def node = store_prec_obj node_ enddef; vardef node_@# primary a = if str @#="x": xpart(point a of prec_obj) elseif str @#="y": ypart(point a of prec_obj) elseif str @#="": point a of prec_obj else: errhelp "The operator `node' works only with `x', `y' or an empty suffixes."; errmessage "PX: improper usage of `node'"; fi enddef; def first suffix $ = if str $="at": % moves the first point of a path to a specified location store_prec_obj prec_obj shifted -(point 0 of prec_obj) shifted else: node$(0) fi enddef; def last suffix $ = if str $="at": % moves the last point of a path to a specified location store_prec_obj prec_obj shifted -(point if cycle prec_obj: 0 else: infinity fi of prec_obj) shifted else: node$(if cycle prec_obj: 0 else: infinity fi) fi enddef; % Neat macros excerpted from John D. Hobby's boxes.mp macro package % Find the length of the prefix of string |s| for which |cond| is true for % each character |c| of the prefix vardef genericize_prefix(expr s)(text cond) = save i_, c_; string c_; i_ = 0; forever: c_ := substring (i_,i_+1) of s; exitunless cond; exitif incr i_=length s; endfor i_ enddef; % Take a string returned by the |str| operator and return the same string % with explicit numeric subscripts replaced by generic subscript symbols []: vardef genericize(expr s) = save res_, s_, l_; string res_, s_; res_=""; % result so far s_ =s; % left to process forever: exitif s_=""; l_:=genericize_prefix(s_, (c_<>"[") and ((c_<"0") or (c_>"9"))); res_:=res_ & substring (0,l_) of s_; s_:=substring (l_,infinity) of s_; if s_<>"": res_ := res_ & "[]"; l_ :=if s_>="[": 1+genericize_prefix(s_, c_<>"]") else: genericize_prefix(s_, (c_=".") or ("0"<=c_) and (c_<="9")) fi; s_:=substring(l_,infinity) of s_; fi endfor res_ enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % A MODULE THAT FINDS AN ENVELOPE OF A PATH DRAWN WITH A PEN % The following macros approximate the envelope of an elliptical or a razor % pen. The exact solution is impossible---in general, the envelope is not % a B\'ezier curve, therefore some heuristics is, in general, unavoidable. % We assumed that the backbone of a figure is such that % the envelope does not form loops at smoothly joined nodes. Moreover, % all B\'ezier segments appearing in the process {\bf should not} % contain inflection points (the reason for this limitation is the % method of finding an approximation of a pen envelope). If the latter % condition is not fulfilled, one may expect weird results (see the usage % of the |...| operator in the code of |pen_stroke_edge|). % We assume that slanting should not distort a pen. Therefore, if % a glyph is to be slanted {\it after\/} expanding a stroke, which % usually is the case, the envelope should be constructed with % an {\it unslanted pen}. Macros |slant_stroke|, |unslant_stroke|, % and |unslant_angle| are devised to facilitate handling this % situation. These macros refer to the variable |slant_stroke_val|; % it should be assigned a definite value prior to expanding stroke. def slant_stroke = if known slant_stroke_val: slanted slant_stroke_val fi enddef; def unslant_stroke = if known slant_stroke_val: slanted -slant_stroke_val fi enddef; vardef unslant_angle(expr a) = angle(dir(a) unslant_stroke) enddef; % Macro |fix_nib| returns a path. If |y_diam| parameter % is~0, a ``razor'' pen (a segment) is returned, otherwise it is % an approximation of an ellipse. We do our best to avoid unnecessary % nodes, hence the approximation is somewhat complicated; another reason % for the complication is that interpolation and affine transformations % do not commute, therefore the appropriate nodes are found for % the untransformed pen, and only then the pen is transformed. % {\it Note\/}: So far, there is no explicit relation between a built-in % \MP{} pen mechanism and the |fix_nib| operation, in particular, % |beginfig| does not alter the setting of |default_nib|. Needs rethinking. vardef fix_nib(expr x_diam, y_diam, rot_angle) = if (x_diam<>0) and (y_diam<>0): fix_elliptic_nib(x_diam, y_diam, rot_angle) elseif (x_diam<>0) and (y_diam=0): fix_razor_nib(x_diam, rot_angle) elseif (x_diam=0) and (y_diam<>0): fix_razor_nib(y_diam, rot_angle+90) else: errhelp "I'll use the default pen, but I'd suggest to cancel the job."; errmessage "PX: the null pen is not alowed"; default_nib fi enddef; vardef fix_razor_nib(expr x_diam, rot_angle) = ((-1/2x_diam,0)--(1/2x_diam,0)) rotated rot_angle unslant_stroke enddef; vardef fix_elliptic_nib(expr x_diam, y_diam, rot_angle) = save p_; path p_; % construct a temporary ellipse: p_:=fullcircle xscaled x_diam yscaled y_diam rotated rot_angle unslant_stroke; % construct an elliptic pen path having % 4 or, if necessary (heuristic), 6 nodes: (for d=up unslant_stroke, left, if (y_diam/x_diam<1/2) and (abs(rot_angle mod 90)>5): left rotated rot_angle unslant_stroke, fi down unslant_stroke, right, if (y_diam/x_diam<1/2) and (abs(rot_angle mod 90)>5): right rotated rot_angle unslant_stroke fi: (point(directiontime d of p_) of fullcircle) {direction (directiontime d of p_) of fullcircle}... endfor cycle) xscaled x_diam yscaled y_diam rotated rot_angle unslant_stroke enddef; % Arcs of a pen shorter than |ignore_nib_limit| will be joined together % to form larger ones. Remember to adjust the parameter |ignore_nib_limit| % if the size of |default_nib| is significantly changed. newinternal ignore_nib_limit; ignore_nib_limit:=5; path default_nib; default_nib:=fix_nib(50,50,0); % hundred times as large as a default plain pen newinternal default_elongation, default_join, default_cap; default_elongation:=1/2; default_join:=1; % 0 -- tip, default elongation used % 1 -- pen join, default elongation ignored % 2 -- tip, default elongation ignored, elongation=0 used default_cap:=1; % 0 -- cut 90 rel % 1 -- pen end % |tangent_point|, |pen_join|, |pen_stroke_edge_|, and |pen_stroke_edge| % are auxiliary macros, exploited by the main macro, i.e., |pen_stroke|. vardef tangent_point(expr d,nib) = % |d| -- direction of pen movement save a_; point if cycle nib: (directiontime d of nib) else: hide (a_:=turn_ang(d,(point 1 of nib)-(point 0 of nib))) if abs(a_ mod 180)<.1: 1/2 % emergency elseif a_<0: 0 else: 1 fi fi of nib enddef; vardef pen_join(expr a,b,c,nib)= % deleting superfluous nodes is based on the |arclength| operation % which, obviously, is not preserved after slanting, but let's hope % it does not matter (too much) save t_, m_, m__, ta_, tb_, p_; path p_; m_:=infinity; % will be the minimal length of |nib|'s segment for t_:=0 upto 1/2length(nib)-1: m__:=arclength(subpath(t_,t_+1) of nib); if m__ignore_nib_limit: for i_:=0,0: p_:=reverse p_; % short segments may appear at both ends if length(p_)>1: % optimization if arclength(subpath (0,1) of p_)<1/4ignore_nib_limit: % cf. the comment concerning |1/4ignore_nib_limit| in % |pen_stroke_edge| below p_:=(point 0 of p_) .. controls (postcontrol 1 of p_) and (precontrol 2 of p_) .. subpath (2,infinity) of p_; fi fi endfor else: p_:=(point 0 of p_){a}...{b}(point length(p_) of p_); fi else: % razor nib p_:=tangent_point(a,p_)--tangent_point(b,p_); fi p_ enddef; % The finding of a~pen envelope for a~given B\'ezier segment, % defined by nodes |a|, |b|, |c|, and |d|, begins with % the placing the pen at the ends of the B\'ezier segment % (i.e., at the points |a|, |d|) and finding the corresponding points % |a'| and |d'| where the pen outline is parrallel to the direction % of the original path at these points. Then, the outline is constructed. % For |pen_stroke_method=0| (default), the envelope segment is constructed % by setting the beginning and final directions (optionally, the direction % at a given node can be ignored); for |pen_stroke_method=1| or~2 % an alternative (more elaborate) procedure is involved which explicitly % computes control nodes |b'| and |c'| of the resulting path basing on % a~heuristic assumption that % |length(b'-a')/length(b-a)|~$\approx$ % |length(c'-d')/length(c-d)|~$\approx$ % |length(a'-d')/length(a-d)|.\break % The default method never produce concave edges because the operator |...| % is used always; the alternative methods employs the operator % |force_convex_edge| instead; for |pen_stroke_method=1| the convex edges % are forced (i.e, inflexion points are being removed), % for |pen_stroke_method=2| no forcing of convex edges takes place. vardef extrapoline expr t of B = % the result may be not a single segment save l_, t_; (t_.a,t_.b)=t; % |0<=ta_0: ((point 0 of B) - l_.a*(upostdir 0 of B))-- fi B if t_.b<1: -- ((point 1 of B) + l_.b*(upredir 1 of B)) fi enddef; vardef force_convex_edge(expr za, zb, zc, zd) = save a_, b_, c_, d_, z_; a_:=length(zd-za); b_:=length(zb-za); c_:=length(zc-zb); d_:=length(zd-zc); if (-a_+b_+c_+d_ > a_/infinity): if pen_stroke_method=2: za .. controls zb and zc .. zd else: if (a_>0.01) and (b_>0.01) and (c_>0.01) and (d_>0.01): % no degeneration... a_:=signum((za-zd) rotated -90 dotnorm (zb-za)); b_:=signum((zb-za) rotated -90 dotnorm (zc-zb)); c_:=signum((zc-zb) rotated -90 dotnorm (zd-zc)); d_:=signum((zd-zc) rotated -90 dotnorm (za-zd)); if ((a_<>b_) or (b_<>c_)) and (a_=d_): numeric b_, c_; pair z_; z_=b_[za,zb]=c_[zd,zc]; za .. controls if b_<1: z_ else: zb fi and if c_<1: z_ else: zc fi .. zd else: za .. controls zb and zc .. zd fi else: za .. controls zb and zc .. zd fi fi else: za -- zd fi enddef; vardef pen_stroke_edge_(expr b,b_nib,e_nib) = % |b| -- B\'ezier segment save pa_,pb_,qa_,qb_,ra_,rb_,sa_,sb_; pair pa_,pb_,qa_,qb_,ra_,rb_,sa_,sb_; pa_=point 0 of b; ra_=(postcontrol 0 of b)-pa_; sa_=postdir 0 of b; pb_=point 1 of b; rb_=(precontrol 1 of b)-pb_; sb_=predir 1 of b; qa_=pa_ + tangent_point(sa_, b_nib); qb_=pb_ + tangent_point(sb_, e_nib); if pen_stroke_method=0: qa_ {sa_} ... {sb_} qb_ elseif (pen_stroke_method=1) or (pen_stroke_method=2): save lp_,lq_; lp_=length(pb_-pa_); lq_=length(qb_-qa_); if 2lp_1 else: false fi: save t_; (t_.a,t_.b)=e_[i_] intersectiontimes e_[i__]; if t_.a>0: e_[i_]:=subpath (0,t_.a) of e_[i_]; e_[i__]:=subpath (t_.b,1) of e_[i__]; elseif known local_tip_@#(i__): save tx_, ty_, b_, b__, ei_, ei__; path ei_, ei__, ei_[], ei__[]; (tx_,ty_)=local_tip_@#(i__); ei_:=if is_line(e_[i_]): (point 0 of e_[i_])-- (1/abs(tx_))[point 0 of e_[i_], point 1 of e_[i_] ] elseif tx_<0: hide(b_:=1) extrapoline (0,abs(tx_)) of e_[i_] else: extrapolate (0,abs(tx_)) of e_[i_] fi; ei__:=if is_line(e_[i__]): (1/(1-abs(ty_)))[point 1 of e_[i__], point 0 of e_[i__] ] -- point 1 of e_[i__] elseif ty_<0: hide(b__:=1) extrapoline (abs(ty_),1) of e_[i__] else: extrapolate (abs(ty_),1) of e_[i__] fi; % clumsy HEURESIS (choosing an optimal intersection point, if there are % more intersections): save t_; (t_.a1,length(ei__)-t_.b1)=ei_ intersectiontimes reverse ei__; if t_.a1>0: ei_1:=if (known b_) and (t_.a1>1): force_convex_edge(point 0 of e_[i_], postcontrol 0 of e_[i_], precontrol 1 of e_[i_], point t_.a1 of ei_) else: subpath (0,t_.a1) of ei_ fi; ei__1:=if (known b__) and (t_.b1<1): force_convex_edge(point t_.b1 of ei__, postcontrol 0 of e_[i__], precontrol 1 of e_[i__], point 1 of e_[i__]) else: subpath (t_.b1,infinity) of ei__ fi; (length(ei_)-t_.a2,t_.b2)=reverse ei_ intersectiontimes ei__; if length((t_.a1,t_.b1)-(t_.a2,t_.b2))>eps: ei_2:=if (known b_) and (t_.a2>1): force_convex_edge(point 0 of e_[i_], postcontrol 0 of e_[i_], precontrol 1 of e_[i_], point t_.a2 of ei_) else: subpath (0,t_.a2) of ei_ fi; ei__2:=if (known b__) and (t_.b2<1): force_convex_edge(point t_.b2 of ei__, postcontrol 0 of e_[i__], precontrol 1 of e_[i__], point 1 of e_[i__]) else: subpath (t_.b2,infinity) of ei__ fi; if arclength(ei_1)+arclength(ei__1) > arclength(ei_2)+arclength(ei__2): ei_1:=ei_2; ei__1:=ei__2; fi fi e_[i_]:=ei_1; e_[i__]:=ei__1; fi fi fi endfor for i_:=0 upto l_-1: hide(i__:=(i_-1) mod l_) if cycle p or (i_>0): if length((point 1 of e_[i__])-(point 0 of e_[i_]))>1/4ignore_nib_limit: % the constant |1/4ignore_nib_limit| plays a similar role % to that of the |SNAP_TO_NODE| variable in pf2mt1.awk (point 1 of e_[i__]) if known local_tip_@#(i_): -- else: && pen_join(predir 1 of e_[i__],postdir 0 of e_[i_],point i_ of p, local_nib_@#(i_)) && fi fi fi % reconstruct |e_[i_]| (possibly ignoring direction(s)): (point 0 of e_[i_]) if is_line(e_[i_]): % the using of |--| circumvents \MF{}//\MP{} instable behaviour: % the operator |...| may cause that a control point and a node % (nearly) coincide (note that this is feature, not a bug); % thus, it is advisable for |pen_stroke_method=0|; supposedly, % it is also adequate for |pen_stroke_method=1|: -- else: if pen_stroke_method=0: if not ignore_dir_(i_): {postdir 0 of e_[i_]} fi ... if not ignore_dir_(i_+1): {predir 1 of e_[i_]} fi elseif (pen_stroke_method=1) or (pen_stroke_method=2): .. controls (postcontrol 0 of e_[i_]) and (precontrol 1 of e_[i_]) .. fi fi endfor if cycle p: cycle else: (point 1 of e_[l_-1]) fi enddef; newinternal pen_stroke_method; % Macro |pen_stroke| performs an operation known as ``expanding stroke''; % we'll call the result of the operation a ``pen envelope'' (for % a given path). The macro has one optional parameter, |opts| (|text|), % and two obligatory ones: input path~|p| (|expr|) % and a |result| (|suffix|). A user has an access to subpaths of the % envelope, namely: |result.r| is the right edge of the envelope, % |result.l|---its left edge, |result.b|---is a fragment of the pen outline % joining left and right edge of the envelope at the beginning % node of the path, |result.e|---is a similar fragment at the ending % node of the path (see the picture below). If the path~|p| % is cyclic, then |result.e| and |result.b| are undefined, % otherwise the variable |result| contains additionally the complete % expanded stroke. % For finding an envelope, a default path (|default_nib|, returned % by |fix_nib|) is used except nodes for which the parameter |opts| % sets another pen. Mastering the usage of the parameter |opts| allows % a user to achieve nontrivial effects. The parameter |opts| is a list % (space-separated or semicolon-separated) of the following % operators: (1)~|nib|, (2)~|cut|, (3)~|tip|, and (4)~|ignore_directions|. % Ad 1. The macro |nib| has two parameters: % |nib|(pen)(list_of_nodes), where ``pen'' is a path returned by % macro |fix_nib|, and ``list_of_nodes'' contains comma-separated numbers % (times) of the nodes of the path~|p| at which a given pen is to be % used. If needed, the outline is complemented at corner nodes % with a fragment of a pen path. Such a join corresponds to the setting % |linejoin:=rounded| in \MP{}. If the path~|p| is non-cyclic, % its ends are also complemented with appropriate fragments of a pen path % (the setting |linecap:=rounded|). Such a method of joining is also applied % by |pen_stroke| to nodes not mentioned in the parameter |opts|. % The result of the following statement % \LINE{\descriptioncomments % |pen_stroke(nib(default_nib xyscaled (1,2))(infinity))(p)(q)| % \unskip} % \descriptioncomments % that changes the pen at the last node of the path, % is shown in the following picture: % \LINE{\epsfbox{\illusname.110}} % Ad 2. The call of the macro |cut| has the form: |cut|(angle, % pen)(list_of_nodes) or |cut|(pen,~angle)(list_of_nodes), % where ``pen'' and ``list_of_nodes'' are defined as % previously. The pen parameter can be omitted which means using a default % pen (|default_nib|). The macro replaces a default pen with a special % ``razor'' pen at specified nodes. More precisely, it is a projection of a % given pen in the direction of the path~|p| at a given node onto a % straight line going through this node under the angle specified in the % respective parameter of the macro. Uf\/f\/f\dots\ The angle of the straight % line can be defined either absolutly (with respect to the axis~|x|) % or---by adding a prefix `|rel|'---relatively to the direction of the path % at a given node. From the point of view of a user, the result of the % macro |cut| is ``cutting'' the expanded stroke with a straight % line. This operation is particularly useful at the ends of a path and % corresponds to the setting |linecap:=butt| in \MP{}, except that in \MP{} % one cannot specify angles. The result of the statement % \LINE{\descriptioncomments % |pen_stroke(cut(45)(0)| % |cut(default_nib xyscaled (1,2), rel 90)(infinity))(p)(q)| % \unskip} % \descriptioncomments % that cuts both ends and, moreover, changes a pen % at the ending node is shown in the figure below % (at the beginning node, the absolute angle of 45 degrees is specified, % at the ending one---the relative angle of 90~degrees): % Ad 3. The call of the macro |tip| has the form |tip|(pen, % pre_elongate, post_elongate)(list_of_nodes), where ``pen'' % and ``list_of_nodes'' have the same meaning as previously. % In particular, a pen can be omitted. At corner nodes % specified in the list of nodes, the consecutive elements of the outline % are not joined with an appropriate subpath of a pen; instead, they % are elongated (extrapolated) until they intersect. This process corresponds % (roughly) to the \MP{} setting |linejoin:=mitered|: % The illustration above is the result of the following call % of the macro |pen_stroke| (the macro |tip| is invoked with default % settings, only the number of a node is specified): % |pen_stroke(tip()(3))(p)(q); draw q;| % The optional parameters |pre_elongation| and |post_elongation| define how % far the consecutive edges (segments) should be elongated in order to make % them intersect each other (the measure is the time). If one parameter is % omitted, both will receive the same value; if both are omitted, a~default % value, |(0.5,0.5)| (it corresponds to elongation by circa 50\%), will be % used. The precise meaning of the pre- and post-elongation is defined as % follows: for a~given pre-edge |e1|, post-edge |e2|, pre-elongation |v1| % and post-elongation |v2|, the paths % |extrapolate (0, 1/(1+v1) of e1| and % |extrapolate (v2/(1+v2), 1) of e2| are computed % (i.e., for the default elongation: |extrapolate (0, 2/3) of s1| % and |extrapolate (1/3, 1) of s2|, respectively). % If elongated curves do not intersect, the terminal nodes % of the consecutive segments are joined with a~straight line. The latter % property can be used to obtain a~result corresponding to the \MP{} setting % |linejoin:=beveled|: it suffices to apply a~null elongation, i.e., % |tip|(0)(list_of_nodes). Changing the first (empty) parameter % of the |tip| macro in the previous example would yield the following % result: % Ad 4. The macro |ignore_directions| has a different character. It is % invoked with one parameter being a comma-separated list of nodes: % |ignore_directions|(list_of_nodes). The numbers {\it must be\/} followed % by sufixes |l| or |r|. The macro causes that, at specified nodes, % the direction of the outline is not forced to be parallel to the direction % of the path~|p| (which is the default); instead, the direction is % calculated by \MP{}. Suffixes determine whether the direction % is not to be forced at the right (|r|) or the left~(|l|) edge (with % respect to the direction of the path~|p|). This heuristic % trick can be used to improve the appearence of the outline % if the ``inner'' part of the envelope has too tight arcs. %% The examples of the usage of this macro can be found in the \MP{} version %% of D.~E.~Knuth's `logo' font (letters `P'~and~,S'). vardef pen_stroke(text opts)(expr p)(suffix result) = forsuffixes $=,r,l,b,e: if not path result$: scantokens("path " & genericize(str result$)); fi endfor save a_, a__, d_, i_, k_, n_, p_, z_, norm_, norml_, normr_, normlr_, fix_opts_, ignore_dir_, ignore_dir__, local_nib_, local_nib__, local_tip_, default_tip_, local_tip__, % internal all, rel, last, nib, cut, tip, ignore_directions, current_node; % exported numeric ignore_dir__[\\]; pair default_tip_, local_tip__[\\]; path local_nib__[\\]; pair a_, d_, z_[\\]; path p_; %% xpart norm_ norml_ normr_ normlr_ vardef norm_ primary n = if cycle p: n mod last else: if n<0: 0 elseif n>last: last else: n fi fi enddef; vardef norml_ primary n = -norm_ n -1 enddef; vardef normr_ primary n = norm_ n +1 enddef; vardef normlr_@# primary i= if str @#="l": -norm_(last-i)-1 else: i+1 fi enddef; last=length(p); vardef rel primary a = angle((gendir current_node of p) slant_stroke)+a enddef; def all = hide(% locally we use the prefix rather than postfix noitation; % a trick due to the |suffix| parameter of the |allcont_| macro vardef l primary n = (norml_ n,0) enddef; vardef r primary n = (normr_ n,0) enddef) allcont_ enddef; def allcont_ suffix $ = $0 for i_:=1 upto last if cycle p: -1 fi: , $i_ endfor enddef; vardef fixopts_(suffix optname)(text nodes) text val = %% intersectiontimes lcont_ rcont_ save l, r, lcont_, rcont_; def l = lcont_ whatever enddef; primarydef a lcont_ b = (norml_ a,0) enddef; def r = rcont_ whatever enddef; primarydef a rcont_ b = (normr_ a,0) enddef; for n_:=nodes: if numeric n_: current_node:=norm_ n_; optname[norml_ n_]:=optname[normr_ n_] else: current_node:=abs(xpart n_)-1; % the inverse of both |norml_| and |normr_| optname[xpart(n_)] fi :=val; % |val| may depend on |current_node| endfor enddef; def nib(text nib_)(text nodes) = % nib and node list fixopts_(local_nib__)(nodes) begingroup p_:=default_nib; for k_:=nib_: p_:=k_; endfor \\ p_ endgroup; enddef; def cut(text nib_and_ang)(text nodes) = % angle, nib and node list fixopts_(local_nib__)(nodes) begingroup p_:=default_nib; for k_:=nib_and_ang: if numeric k_: a_:=dir(unslant_angle(k_)); else: p_:=k_; fi endfor d_:=gendir current_node of p; z_1:=whatever*a_=tangent_point(d_,p_)+whatever*d_; z_2:=whatever*a_=tangent_point(-d_,p_)+whatever*d_; z_1--z_2 endgroup; enddef; def tip(text nib_and_lim)(text nodes)= % limit(s) and node list i_:=0; for n_:=nib_and_lim: if numeric n_: i_[incr i_]:=n_; fi endfor fixopts_(local_tip__)(nodes) elongation_to_times(if i_=0: default_elongation, default_elongation elseif i_=1: i_1, i_1 else: i_1, i_2 fi); fixopts_(local_nib__)(nodes) begingroup p_:=default_nib; for k_:=nib_and_lim: if path k_: p_:=k_; fi endfor \\ p_ endgroup; enddef; def ignore_directions(text nodes) = % node list fixopts_(ignore_dir__)(nodes) 1; enddef; if default_cap=0: if not cycle p: cut(rel 90)(0,last); fi elseif default_cap=1: % do nothing else: errhelp "Admissible values are 0, 1; continue, I'll use the value 1."; errmessage "PX: improper `default_cap' value ("&decimal(default_cap)&")"; fi opts; if default_join=0: default_tip_:=elongation_to_times(default_elongation, default_elongation); elseif default_join=1: % no tip setting, do nothing elseif default_join=2: default_tip_:=(1,0); % |(1,0)=elongation_to_times(0,0)| else: errhelp "Admissible values are 0, 1, 2; continue, I'll use the value 1."; errmessage "PX: improper `default_join' value ("&decimal(default_join)&")"; fi vardef ignore_dir_@#(expr i) = known ignore_dir__[normlr_@# i] enddef; vardef local_tip_@#(expr i) = if known local_tip__[normlr_@# i]: local_tip__[normlr_@# i] else: default_tip_ fi enddef; vardef local_nib_@#(expr i) = if known local_nib__[normlr_@# i]: local_nib__[normlr_@# i] else: default_nib fi enddef; result.r:=pen_stroke_edge.r(p); result.l:=pen_stroke_edge.l(reverse p); if not cycle p: result.b:=pen_cap(predir infinity of result.l,postdir 0 of result.r, -postdir 0 of p,point 0 of p,local_nib_.l(last),local_nib_.r(0)); result.e:=pen_cap(predir infinity of result.r,postdir 0 of result.l, predir last of p,point last of p,local_nib_.r(last), local_nib_.l(0)); result:=result.r && result.e && result.l && result.b && cycle; fi enddef; vardef pen_cap(expr a,b,c,p,niba,nibb)= if path_eq(niba,nibb): pen_join(a,b,p,niba) else: pen_join(a,c rotated 90,p,niba)--pen_join(c rotated 90,b,p,nibb) fi enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % POSTSCRIPT FONT GENERATION % Note that this has been stripped down a lot from the METATYPE1 % original code; most of the stuff for hinting, ligature tables, % METAFONT-style proof generation, and so on has been removed % because it's irrelevant to Tsukurimashou. vardef pfi_file = jobname & ".pfi" enddef; vardef pic_file = "piclist" enddef; vardef dim_file = jobname & ".dim" enddef; errorstopmode; warningcheck:=-1; ignore:=whatever; process:=0; utilize:=1; store:=2; % constants for introducing let semicolon_=; ; % stores original meaning of a semicolon newinternal tracingdimens; % if |tracingdimens>0| then |dim_file| is generated def write_special = % additional info to be processed by AWK special "%GLYNFO: " & enddef; vardef mtone_glyph_pfx = "MT1: glyph " & str glyph_name & ": " enddef; def mtone_message = message mtone_glyph_pfx & enddef; % Macro write_tex provides contact with the % outer world. The macro contains the information about EPSes that is % used for proofing and assembling the font; must be consistent with % the definitions contained in the files `mpform.sty' and `mp2pf.awk'. vardef write_tex(expr name, num) = write "\EPSNAMEandNUMBER{" & name & "}{" & decimal(num) & "}" to pic_file & ".tex" enddef; % The following macros are related to the operation of slanting. % In particular, they enable to keep a fixed width of a stem % after slanting. vardef slant_ang = % should be rather called ``local_slant_angle'' slang \\ if known glyph_slanting.glyph_name: * glyph_slanting.glyph_name fi enddef; vardef slant_val = tand(slant_ang) enddef; vardef slant_preadjust(expr slope, slang) = % |if sind(angle(slope))=0: 1 else:| % | abs(sind(angle(slope))/sind(angle(cotd(angle(slope))+tand(slang),1)))| % |fi| % Correction of stem size taking into account its slope and a slant angle; % nice formula, isn't it? Much simpler than the previous one, yet equivalent: length(unitvector(slope) slanted tand(slang)) enddef; vardef slant_stroke_val = slant_val enddef; % compatibility with plain_ex.mp vardef stem_corr (expr slope) = slant_preadjust(slope, slant_ang) enddef; def italicized = % fairly complex operation if slang<>0: if known glyph_slanting.glyph_name: if glyph_slanting.glyph_name=0: shifted (math_axis*tand(slang),0) fi fi shifted (italic_shift*tand(slang),0) % re-positioning slanted slant_val % and slanting fi enddef; primarydef b || c = whatever*b + c*stem_corr(b)*unitvector(b rotated 90) enddef; primarydef c /\ b = % A variant of the |leg| procedure that iteratively counteracts slant % deformation; as with |leg|, given: |c| -- hypotenuse (vector) of % a right-angled triangle, |b| -- the length of one of its legs; % result: the other leg of the triangle (vector), if slant_ang=0: (c leg b) else: begingroup save b_, b__, n_; b_:=b__:=b; n_:=10; forever: b_:=b*stem_corr(c leg b_); exitif (abs(b_-b__)<.01) or (n_<=0); b__:=b_; n_:=n_-1; endfor if (abs(b_-b__)>=.01): errhelp "The result is likely to be weird."; errmessage mtone_glyph_pfx & "iteration hasn't converged"; fi c leg b_ endgroup fi enddef; % Obsolete? vardef rib(expr t,p,r) text u = % |u| is either empty or a vector save k_; pair k_; for i_:=u: k_:=u; endfor if unknown k_: k_=((udir t of p) rotated 90); fi (point t of p) + r * k_ * stem_corr(k_ rotated 90) enddef; % The operation {\it compose_path\/} is useful in \MP{} programs % automatically generated from PFB sources (pf2mt1 utility). Suffixes % $a$ and $b$ of control nodes stand for `after' and `before', respectively; % The operation {\it compose_path\/} makes use of the operation % {\it compose_segment\/} that serves for constructing non-cyclic % paths. Undefined nodes are ignored. vardef compose_segment@#(expr m,n) = % |m<=n|, not checked if unknown inside_compose_path_: save idx_, n_; n_:=-1; fi save n__; n__=n_+1; for i_:=m upto n: if known @#[i_]: idx_[incr(n_)]=i_; fi endfor for i_:=n__ upto n_-1: @#[idx_[i_]] .. controls @#[idx_[i_]] if known @#[idx_[i_]]a: a fi and @#[idx_[i_+1]] if known @#[idx_[i_+1]]b: b fi .. endfor @#[idx_[n_]] enddef; vardef compose_path@#(expr n) = save inside_compose_path_, idx_, n_; n_:=-1; inside_compose_path_:=1; compose_segment@#(0,n) if @#[idx_[0]]=@#[idx_[n_]]: & else: -- fi \\ cycle enddef; % Basic macros for building character glyphs: vardef round_node_values(expr p) = save d_; % candidates for Flex -- no checking for ``straightlinessness'' for t_=0 upto length(p)-1: if round(point t_ of p)=round(point t_+1 of p): hide(mtone_message "degenerated bezier " & ", length=" & decimal(length(p)) & " " & ", time=" & decimal(t_) & " "; show p) else: round(point t_ of p).. if if known d_[t_] or known d_[t_+1]: false else: is_line(subpath (t_,t_+1) of p) fi: controls round(point t_ of p) and round(point t_+1 of p) else: controls round(postcontrol t_ of p) and round(precontrol t_+1 of p) fi .. fi endfor round(point length(p) of p) \\ if cycle p: & cycle fi enddef; primarydef a start b = if cycle a: if b=default: default_start_(a) else: ((subpath (b,length(a)+b) of a) & cycle) fi else: a fi enddef; newinternal default; default:=infinity; vardef default_start_(expr p) = save i_,j_,pi_,pj_; pair pi_,pj_; j_:=0; pj_:=point j_ of p; for i_=1 upto length(p): pi_:=point i_ of p; if (xpart(pi_)>xpart(pj_)) or (xpart(pi_)=xpart(pj_)) and (ypart(pi_)1: errhelp "The result is likely to be weird."; errmessage mtone_glyph_pfx & "strange turning number in Fill, " & decimal(turningnumber h_); fi if glyph_usage div store = 1: % storing glyph_stored.glyph_name[incr glyph_stored.glyph_name.num]=h_; fi glyph_list[incr glyph_list.num]:=round_node_values(h_ italicized); update_glyph_bb(glyph_list[glyph_list.num]); endfor; endgroup enddef; def unFill text glist = begingroup save h_; path h_; for g_:=glist: h_:=g_ start.default; % JMN's suggestion if turningnumber h_<>-1: errhelp "The result is likely to be weird."; errmessage mtone_glyph_pfx & "strange turning number in unFill, " & decimal(turningnumber h_); fi if glyph_usage div store = 1: % storing glyph_stored.glyph_name[incr glyph_stored.glyph_name.num]=h_; fi glyph_list[incr glyph_list.num]:=round_node_values(h_ italicized); endfor; endgroup enddef; def fix_hsbw (expr xr,ml,mr) = glyph_shift:=round(ml); % shift = left margin glyph_width:=round(xr+ml+mr); % declared width plus margins if glyph_usage div store = 1: % storing glyph_shift.glyph_name:=glyph_shift; glyph_width.glyph_name:=glyph_width; fi enddef; def fix_exact_hsbw(expr xr,ml,mr) = glyph_shift:=round(ml); % shift = left margin glyph_width:=xr+ml+mr; % declared width plus margins if glyph_usage div store = 1: % storing glyph_shift.glyph_name:=glyph_shift; glyph_width.glyph_name:=glyph_width; fi enddef; % Macros below set PostScript and \TeX{} units; a trick with `\#' % in {\it tfm\_units\/} proves useful in achieving compatibility % with the Knuthian fonts (e.g., it is employed in {\it logo\/} font). % Old versions of {\it tfm\_units\/} and {\it ps\_units\/} are less % accurate, but are kept because of backward compatibility reasons. vardef tfm_units(text x) = save #; if known (x#): x# else: x/(1000/designsize) fi enddef; vardef old_tfm_units(text x) = save #; if known (x#): x# else: x/1000*designsize fi enddef; vardef ps_units(expr x) = x*(1000/designsize) enddef; vardef old_ps_units(expr x) = x/designsize*1000 enddef; def define_ps_units(text t) = forsuffixes $:=t: $:=ps_units($.#); endfor enddef; def define_whole_ps_units(text t) = forsuffixes $:=t: $:=round(ps_units($.#)); endfor enddef; def define_even_ps_units(text t) = forsuffixes $:=t: $:=2round(1/2ps_units($.#)); endfor enddef; % In general, all objects are supposed to be drawn by the % {\bf endglyph} macro, i.e., all drawing operations are deferred. % The same concerns labelling, which necessitates redefinition % of labelling macros. def label_(suffix pos)(expr s,z, dot_or_not) = % should be more complex if overlapping labels are to be avoided enddef; string label_defaultfont; label_defaultfont:="cmr10"; newinternal label_defaultscale; label_defaultscale:=magstep 5; % If the {\it project\/} variable is assigned value greater than~0, % proofing mode is assumed; the following macros display then % the details of the construction of glyphs for proofing purposes. % The larger value of the variable {\it project}, the more details % are visualised. def local_drawoptions (text t) = % to be used within a group, see below % \begingroup \def\\#1{{\it#1}}% local: no underscore hacks save _op_; drawoptions(t); % \endgroup enddef; def update_glyph_bb(expr p) = if unknown glyph_llx: glyph_llx:=xpart(llcorner(p)); glyph_lly:=ypart(llcorner(p)); glyph_urx:=xpart(urcorner(p)); glyph_ury:=ypart(urcorner(p)); else: if xpart(llcorner(p))glyph_urx: glyph_urx:=xpart(urcorner(p)); fi if ypart(urcorner(p))>glyph_ury: glyph_ury:=ypart(urcorner(p)); fi fi enddef; string stencil_dir; def ship_glyphs = begingroup local_drawoptions(); for g_:=1 upto glyph_list.num: if turningnumber glyph_list[g_]>0: fill else: unfill fi glyph_list[g_] shifted (glyph_shift,0); endfor endgroup enddef; newinternal show_stroke_size; show_stroke_size:=1.5; color show_stroke_color; show_stroke_color:=red; color label_dot_color, label_text_color; label_dot_color:=.8white; label_text_color:=black; newinternal label_dot_size; label_dot_size:=3bp; % Begin and end of the definitions of a character glyph: def begin_skip = let endglyph = fi; let ; = end_skip semicolon_ if false: enddef; def end_skip = let ; = semicolon_ semicolon_ let endglyph = endglyph_; enddef; def uni_name(text name) = % name is either a suffix or a string expression if is_suffix(name): name else: scantokens("_" & name) fi enddef; def glyph_name_ext = enddef; def beginglyph(text name) = % def glyph_name = uni_name(name) glyph_name_ext enddef; % to use in |endglyph| numeric glyph_usage; glyph_usage:=glyph_usage.glyph_name; if unknown glyph_usage: expandafter begin_skip fi string ps_name; ps_name:=glyph_ps_name.glyph_name; if unknown ps_name: errhelp "Use macro `introduce' or `assign_name' prior to `beginglyph.'"; errmessage "MT1: PS name not assigned to " & str glyph_name; fi if name_used(glyph_name): errhelp "Proceed if you wish, I'll use the second glyph description."; errmessage "MT1: double output: name " & (str glyph_name); fi if glyph_usage mod store = 1: % utilizing mark_name_used(glyph_name); fi numeric glyph_code, glyph_num; glyph_code:=name_to_code(glyph_name); if glyph_code<0: glyph_num:=500-decr(min_glyph_code); else: glyph_num:=100+glyph_code; if glyph_code>max_glyph_code: max_glyph_code:=glyph_code; fi fi % beginfig(glyph_num) if glyph_usage mod store = 1: % utilizing write_special "NAME " & ps_name & " " & decimal(glyph_code); % mpform.sty and mp2pf.awk interface % |write_tex(glyph_name, glyph_num);| write_tex(ps_name, glyph_num); fi; glyph_list.num:=label_list.num:=0; path glyph_list[\\]; picture label_list[\\]; pair label_list.dot[\\]; numeric glyph_llx, glyph_lly, glyph_urx, glyph_ury; numeric bitmap_scale; pair bitmap_offset; numeric glyph_shift, glyph_width, glyph_axis; save glyph; hstem_list.num:=vstem_list.num:=hstem_list.cov:=vstem_list.cov:=0; pair hstem_list[\\], vstem_list[\\]; path hstem_list_segms[\\], vstem_list_segms[\\]; numeric old_hinting_scheme, new_hinting_scheme; if glyph_usage div store = 1: % storing if not path glyph_stored.glyph_name[0]: % glyph_name may contain digits scantokens("path " & genericize(str glyph_stored.glyph_name) & "[]"); scantokens("pair " & genericize(str hstem_stored.glyph_name) & "[]"); scantokens("path " & genericize(str hstem_stored_segms.glyph_name) & "[]"); scantokens("pair " & genericize(str vstem_stored.glyph_name) & "[]"); scantokens("path " & genericize(str vstem_stored_segms.glyph_name) & "[]"); fi glyph_stored.glyph_name.num:=0; hstem_stored.glyph_name.num:=0; vstem_stored.glyph_name.num:=0; fi scantokens extra_beginglyph; enddef; picture endglyph_picture; def endglyph = scantokens extra_endglyph; % usually, |currentpicture=nullpicture|, but if not (i.e., some % extra objects have been drawn), the picture must be shifted: endglyph_picture:=currentpicture shifted (glyph_shift,0); currentpicture:=nullpicture; if known glyph_axis: % actually, used only with stored chars glyph_axis.glyph_name:=glyph_axis; fi % fix char dimensions and write them to TFM and/or |dim_file| % independently of |glyph_usage| (|dim_file|) % fix_tfm_data(glyph_urx+glyph_shift, glyph_ury); if glyph_usage mod store = 1: % utilizing write_special "HSBW * " & decimal(glyph_width); write_special "BEGINCHAR"; ship_glyphs; endfig; else: endgroup; % ends figure without shipping it out fi enddef; let endglyph_=endglyph; string extra_beginglyph, extra_endglyph; extra_beginglyph=extra_endglyph=""; % Additional macros vardef fix_name_list text t = string name_list[]; numeric name_list.num; name_list.num:=0; save , ; let , = fix_name_list_; fix_name_list_ t enddef; def fix_name_list_ suffix name = ; % important semicolon! if str name<>"": fix_name_list_s_ name else: fix_name_list_e_ "_" & fi enddef; def fix_name_list_s_ suffix s_name = fix_name_list_e_ (str s_name) enddef; def fix_name_list_e_ expr e_name = % name is expected to be of the string type name_list[incr name_list.num]=e_name enddef; def introduce suffix name = if str name="": introduce_ elseif (substring (0,1) of str name)<>"_": introduce_ name else: introduce__ name fi enddef; def introduce_ expr name = % name is expected to be a string expression introduce__ scantokens("_" & name) enddef; vardef introduce__@#(expr usage, slanting)(text stencil) = if (unknown process_selected or known process_selected@#) and known usage and unknown ignore_selected@#: glyph_usage@#:=usage; % |ignore=whatever|, |process=0|, |utilize=1|, |store=2| if unknown glyph_ps_name@#: % set default: assign_name @# (substring (1,infinity) of (str @#)); fi glyph_slanting@#:=slanting; % ignore |slant_ang| if |0|; use |slant_ang| otherwise % |stencil| can be either string (recommended) or suffix (with default % extension |".eps"| -- obsolete), hence some trickery below save r_; string r_; for i_:=stencil: if string i_: r_:=i_; fi endfor if unknown r_: forsuffixes i_:=stencil: r_:= str i_; endfor if r_<>"": r_:=r_ & ".eps"; fi fi if r_<>"": if not string glyph_stencil@#: scantokens("string " & genericize(str glyph_stencil@#)); fi glyph_stencil@# = r_; fi fi enddef; vardef assign_name@#(expr ps_name) = if not string glyph_ps_name @#: scantokens("string " & genericize(str glyph_ps_name@#)); fi glyph_ps_name@#:=ps_name; enddef; def standard_introduce(expr name) = introduce name (utilize+store)(1)(); enddef; vardef name_to_code(text name) = save res_, name_; string name_; name_:=substring (1,infinity) of str uni_name(name); res_=-1; for i:=0 upto 255: % 1-to-1 coding presumed if known code_to_name_[i]: if code_to_name_[i]=name_: res_:=i; fi fi exitif res_>-1; endfor res_ enddef; def encode(text name)(expr glyph_code)= if (glyph_code<0) or (glyph_code>255): errhelp "The code must be within the range 0..255."; errmessage "MT1: improper code " & decimal(glyph_code) & " (`encode' ignored)"; elseif known code_to_name_[glyph_code]: errhelp "A given code can be assigned only to one name (obviously)."; errmessage "MT1: repeated code for " & code_to_name_[glyph_code] & " (" & decimal(glyph_code) & "; `encode' ignored)"; else: code_to_name_[glyph_code]:=substring (1,infinity) of str uni_name(name); fi enddef; string code_to_name_[\\]; vardef name_used(text name) = save res_, name_; boolean res_; string name_; name_:=substring (1,infinity) of str uni_name(name); res_:=false; for i:=1 upto max_name_used: res_:=(name_used_[i]=name_); exitif res_; endfor res_ enddef; def mark_name_used(text name)= name_used_[incr max_name_used]:=substring (1,infinity) of str uni_name(name); enddef; string name_used_[\\]; newinternal max_name_used; vardef string_date = if day<10: "0" & fi decimal(day) & "." & if month<10: "0" & fi decimal(month) & "." & decimal(year) enddef; def set_pfi (suffix kind) (expr val) = if known val: if (numeric val) or (string val) or (boolean val): if (numeric val) and (not numeric pf_info_set.kind): scantokens ("numeric " & genericize(str pf_info_set.kind)); elseif (string val) and (not string pf_info_set.kind): scantokens ("string " & genericize(str pf_info_set.kind)); elseif (boolean val) and (not boolean pf_info_set.kind): scantokens ("boolean " & genericize(str pf_info_set.kind)); fi pf_info_set.kind:=val; write str kind & " : " & if string val: val elseif numeric val: decimal(val) elseif boolean val: if val: "true" else: "false" fi fi to pfi_file; else: errhelp "Proceed, I'll just ignore the setting."; errmessage "MT1: pf_info keys can only be of numeric, string " & "and boolean type"; fi fi enddef; def pf_info_version expr v = set_pfi(VERSION,v); enddef; def pf_info_creationdate text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; set_pfi(CREATION_DATE, t_); exitif k_=1; endfor if k_=0: set_pfi(CREATION_DATE, string_date); fi endgroup enddef; def pf_info_fontname text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if k_=1: set_pfi(FONT_NAME, t_); fi if k_=2: set_pfi(FULL_NAME, t_); fi exitif k_=2; endfor if k_=1: set_pfi(FULL_NAME, pf_info_set.FONT_NAME); fi endgroup enddef; def pf_info_author expr v = set_pfi(AUTHOR,v); enddef; % There is `much ado about nothing,' i.e., about the sign of descender: % in a PFB file in an `ADL' comment, descender is positive, while in an AFM % in a `Descender' comment -- negative; we will distinguish between % the two, the more so as `ADL' comment is not mentioned in % in the Adobe documentation {\it Adobe Type~1 Font Format}. def pf_info_ascender expr v = ascender:=v; set_pfi(ASCENDER,v); enddef; def pf_info_descender expr v = descender:=v; set_pfi(DESCENDER,v); enddef; def pf_info_adl text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: adl_ascender:=t_; set_pfi(ADL_ASCENDER,t_); fi if (k_=2) and known t_: adl_descender:=t_; set_pfi(ADL_DESCENDER,t_); fi if (k_=3) and known t_: adl_lineskip:=t_; set_pfi(ADL_LINESKIP,t_); fi exitif k_=3; endfor endgroup enddef; def pf_info_underline text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if k_=1: set_pfi(UNDERLINE_POSITION,t_); fi if k_=2: set_pfi(UNDERLINE_THICKNESS,t_); fi exitif k_=2; endfor endgroup enddef; def pf_info_pfm text t = % parameters: name, bold (0 or 1), italic (0 or 1), char set; % each of them can be either known or unknown or "*" (which means unknown); % the last parameter can be either numeric or string representation of % a valid Perl numeric value (e.g., "0xFF" means 255). begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: set_pfi(PFM_NAME,t_); fi if (k_=2) and known t_: set_pfi(PFM_BOLD,t_); fi if (k_=3) and known t_: set_pfi(PFM_ITALIC,t_); fi if (k_=4) and known t_: set_pfi(PFM_CHARSET,t_); fi exitif k_=4; endfor endgroup enddef; def pf_info_fixedpitch expr v = set_pfi(FIXED_PITCH,v); enddef; def pf_info_capheight expr v = uc_height:=v; set_pfi(CAPHEIGHT,v); enddef; def pf_info_weight expr v = set_pfi(WEIGHT,v); enddef; def pf_info_stdvstem expr v = set_pfi(STDVW,v); enddef; def pf_info_stdhstem expr v = set_pfi(STDHW,v); enddef; def pf_info_forcebold expr v = set_pfi(FORCE_BOLD,v); enddef; % TeX-related font info (fontdimens and headerbytes): def pf_info_fontdimen text t = % exceptionally, TFM units expected begingroup save i_, k_, b_; boolean b_; k_:=0; if true for t_:=t: hide(k_:=k_+1) and known t_ endfor and (k_<=3): k_:=0; for t_:=t: k_:=k_+1; if k_=1: i_:=t_; % |b| means ``we are ready to override (possibly) the previous value % of a font parameter unless we are inside |complete_tfm_info| and % then we want to set only a `virgin' value.'' b_:=unknown completing_tfm_info or unknown pf_info_set.FONT_DIMEN[i_]; fi if b_ and (k_=2): set_pfi(FONT_DIMEN[i_],t_); fontdimen i_: t_; fi if b_ and (k_=3): set_pfi(DIMEN_NAME[i_],t_); fi endfor if b_ and (k_=2): set_pfi(DIMEN_NAME[i_],"(unknown fontdimen name)"); fi else: errhelp "Proceed, I'll just ignore TFM fontdimen settings."; errmessage "MT1: invalid TFM fontdimen data"; fi endgroup enddef; def pf_info_headerbyte text t = begingroup save i_, k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) and known t_ endfor and (k_=2): k_:=0; for t_:=t: k_:=k_+1; if k_=1: i_:=t_; fi if k_=2: set_pfi(HEADER_BYTE[i_],if numeric t_: decimal(t_) else: t_ fi); if i_=9: % encoding scheme, e.g., |"TEX TEXT"| headerbyte 9: BCPL_string(t_,40); fi if i_=49: % font family, e.g., |"CMR"| headerbyte 49: BCPL_string(t_,20); fi if i_=72: % family member number, which should be between 0 and 255 headerbyte 72: t_; fi fi endfor else: errhelp "Proceed, I'll just ignore TFM headerbyte settings."; errmessage "MT1: invalid TFM headerbyte data"; fi endgroup enddef; def pf_info_designsize expr v = % |designsize| is special designsize:=v; set_pfi(DESIGN_SIZE,decimal(v) & " (in points)"); enddef; def pf_info_italicangle expr v = begingroup save tfm_units; vardef tfm_units(text x) = c enddef; slang:=v; set_pfi(ITALIC_ANGLE,-v); pf_info_fontdimen 1, if known slant: slant else: tand(slang) fi, "(slant)"; endgroup enddef; def pf_info_space text t = % three in one begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if (designsize<>0) and known t_: if k_=1: space:=t_; pf_info_fontdimen 2, tfm_units(space), "(space)"; elseif k_=2: space_stretch:=t_; pf_info_fontdimen 3, tfm_units(space_stretch), "(space stretch)"; elseif k_=3: space_shrink:=t_; pf_info_fontdimen 4, tfm_units(space_shrink), "(space shrink)"; fi fi exitif k_=3; endfor endgroup enddef; def pf_info_normal_space text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: space:=t_; fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 2, t_, "(space)"; fi endfor if (k_=1) and (designsize<>0) and known space: pf_info_fontdimen 2, tfm_units(space), "(space)"; fi fi endgroup enddef; def pf_info_space_stretch text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: space_stretch:=t_; fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 3, t_, "(space stretch)"; fi endfor if (k_=1) and (designsize<>0) and known space_stretch: pf_info_fontdimen 3, tfm_units(space_stretch), "(space stretch)"; fi fi endgroup enddef; def pf_info_space_shrink text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: space_shrink:=t_; fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 4, t_, "(space shrink)"; fi endfor if (k_=1) and (designsize<>0) and known space_shrink: pf_info_fontdimen 4, tfm_units(space_shrink), "(space shrink)"; fi fi endgroup enddef; def pf_info_xheight text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: lc_height:=t_; set_pfi(XHEIGHT, t_); fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 5, t_, "(xheight)"; fi endfor if (k_=1) and (designsize<>0) and known lc_height: pf_info_fontdimen 5, tfm_units(lc_height), "(xheight)"; fi fi endgroup enddef; def pf_info_quad text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: quad:=t_; fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 6, t_, "(quad)"; fi endfor if (k_=1) and (designsize<>0) and known quad: pf_info_fontdimen 6, tfm_units(quad), "(quad)"; fi fi endgroup enddef; def pf_info_extra_space text t = begingroup save k_; k_:=0; if true for t_:=t: hide(k_:=k_+1) endfor and (k_<=2): k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: extra_space:=t_; fi if (k_=2) and known t_: % |t_| is expected to be in TFM units pf_info_fontdimen 7, t_, "(extra space)"; fi endfor if (k_=1) and (designsize<>0) and known extra_space: pf_info_fontdimen 7, tfm_units(extra_space), "(extra space)"; fi fi endgroup enddef; def pf_info_encoding text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if (k_=1) and known t_: if t_<>"": set_pfi(ENCODING_SCHEME, t_); fi fi if (k_=2) and known t_: if t_<>"": pf_info_headerbyte 9, t_; fi fi if (k_=3) and known t_: if t_<>"": set_pfi(ENCODING_NAME, t_); fi fi exitif k_=3; endfor if (k_=1) and known pf_info_set.ENCODING_SCHEME % upward compatibility and unknown pf_info_set.HEADER_BYTE9: pf_info_headerbyte 9, pf_info_set.ENCODING_SCHEME; fi endgroup enddef; def pf_info_familyname text t = begingroup save k_; k_:=0; for t_:=t: k_:=k_+1; if k_=1: set_pfi(FAMILY_NAME, t_); fi if k_=2: pf_info_headerbyte 49, t_; fi exitif k_=2; endfor if k_=1: pf_info_headerbyte 49, pf_info_set.FAMILY_NAME; fi endgroup enddef; % bluezz forever... newinternal blue_fuzz, blue_scale, blue_shift; blue_fuzz:=0; % Adobe Type 1 Font Format, p. 41 blue_scale:=0.0454545; blue_shift:=7; % it is advisable to avoid typso whenever possible: def show_compose expr x = show_compose_ :=x; enddef; def show_fills expr x = show_fills_ :=x; enddef; def show_strokes expr x = show_strokes_ :=x; enddef; def show_paths expr x = show_paths_ :=x; enddef; def show_labels expr x = show_labels_ :=x; enddef; def show_boxes expr x = show_boxes_ :=x; enddef; def show_stems expr x = show_stems_ :=x; enddef; def show_stencils expr x = show_stencils_ :=x; enddef; string extra_beginfont, extra_endfont; extra_beginfont=extra_endfont=""; def beginfont = min_glyph_code=max_glyph_code=0; complete_param_setting; scantokens extra_beginfont; enddef; def complete_param_setting = if designsize=0: designsize:=10; fi if unknown space: space:=333; fi if unknown space_stretch: space_stretch:=round(1/2space); fi if unknown space_shrink: space_shrink:=round(1/3space); fi if unknown extra_space: extra_space:=round(1/3space); fi if unknown quad: quad:=1000; fi if unknown slang: if known slant: % compatibility with the Old Tradition... slang:=angle(1, slant); else: slang:=0; fi fi if unknown uc_height: uc_height:=750; fi if unknown lc_height: lc_height:=400; fi if unknown italic_shift: italic_shift:=-40; fi % used to be |-100| if unknown depth: depth:=-250; fi if unknown ascender: ascender:=uc_height; fi if unknown descender: descender:=depth; fi if unknown adl_ascender: adl_ascender:=uc_height; fi if unknown adl_descender: adl_descender:=-depth; fi if unknown adl_lineskip: adl_lineskip:=0; fi if unknown top_line: top_line:=adl_ascender+1/2adl_lineskip; fi if unknown bot_line: bot_line:=-(adl_descender+1/2adl_lineskip); fi if unknown math_axis: math_axis:=250; fi if unknown math_rule: math_rule:=40; fi begingroup save rth_, pt_, subs_, desc_depth_, fig_height_, asc_height_; rth_:=math_rule; pt_:=100; % math symbol font parameters (defaults excerpted from cmsy10) subs_:=7/10; desc_depth_:=70/36pt_; fig_height_:=232/36pt_; asc_height_:=250/36pt_; if unknown num_one: num_one:=math_axis+3.51rth_+54/36pt_+subs_*desc_depth_; fi if unknown num_two: num_two:=math_axis+1.51rth_+30/36pt_; fi if unknown num_three: num_three:=math_axis+1.51rth_+48/36pt_; fi if unknown denom_one: denom_one:=3.51rth_+subs_*fig_height_+124/36pt_-math_axis; fi if unknown denom_two: denom_two:=1.51rth_+subs_*fig_height_+30/36pt_-math_axis; fi if unknown sup_one: sup_one:=8.99pt_-subs_*asc_height_; fi if unknown sup_two: sup_two:=8.49pt_-subs_*asc_height_; fi if unknown sup_three: sup_three:=104/36pt_; fi if unknown sub_one: sub_one:=54/36pt_; fi if unknown sub_two: sub_two:=-8.49pt_+2subs_*asc_height_+3.1rth_; fi if unknown sup_drop: sup_drop:=subs_*asc_height_-36/36pt_; fi if unknown sub_drop: sub_drop:=18/36pt_; fi if unknown delim_one: delim_one:=23.9pt_; fi if unknown delim_two: delim_two:=10.1pt_; fi % math extension font parameters (defaults excerpted from cmex10) if unknown big_op_spacing_one: big_op_spacing_one:=40/36pt_; fi; if unknown big_op_spacing_two: big_op_spacing_two:=60/36pt_; fi; if unknown big_op_spacing_three: big_op_spacing_three:=72/36pt_; fi; if unknown big_op_spacing_four: big_op_spacing_four:=216/36pt_; fi; if unknown big_op_spacing_five: big_op_spacing_five:=36/36pt_; fi; endgroup; enddef; def endfont = scantokens extra_endfont; complete_pf_info; complete_tfm_info; scantokens "end"; enddef; def complete_pf_info = if unknown pf_info_set.DESIGN_SIZE: pf_info_designsize designsize; fi if unknown pf_info_set.VERSION: pf_info_version "0.000"; fi if unknown pf_info_set.AUTHOR: pf_info_author "Unknown"; fi if unknown pf_info_set.CREATION_DATE: pf_info_creationdate; fi if unknown pf_info_set.FAMILY_NAME: pf_info_familyname "Untitled"; fi if unknown pf_info_set.FONT_NAME: pf_info_fontname "Untitled"; fi if unknown pf_info_set.ASCENDER: pf_info_ascender ascender; fi if unknown pf_info_set.DESCENDER: pf_info_descender descender; fi if unknown pf_info_set.ADL_ASCENDER: pf_info_adl adl_ascender, whatever, whatever; fi if unknown pf_info_set.ADL_DESCENDER: pf_info_adl whatever, adl_descender, whatever; fi if unknown pf_info_set.ADL_LINESKIP: pf_info_adl whatever, whatever, adl_lineskip; fi if unknown pf_info_set.UNDERLINE_POSITION: pf_info_underline -200, whatever; fi if unknown pf_info_set.UNDERLINE_THICKNESS: pf_info_underline whatever, math_rule; fi if unknown pf_info_set.ITALIC_ANGLE: pf_info_italicangle slang; fi if unknown pf_info_set.FIXED_PITCH: pf_info_fixedpitch false; fi if unknown pf_info_set.CAPHEIGHT: pf_info_capheight uc_height; fi if unknown pf_info_set.XHEIGHT: pf_info_xheight lc_height; fi if unknown pf_info_set.WEIGHT: pf_info_weight "Normal"; fi if unknown pf_info_set.STDVW: fi % just ignore if unknown pf_info_set.STDHW: fi % just ignore if unknown pf_info_set.FORCE_BOLD: pf_info_forcebold false; fi if unknown pf_info_set.ENCODING_SCHEME: pf_info_encoding "FontSpecific", whatever; fi if unknown pf_info_set.HEADER_BYTE9: pf_info_encoding whatever, "UNSPECIFIED"; fi if unknown pf_info_set.BLUE_VALUES: set_pfi(BLUE_VALUES, ""); fi if unknown pf_info_set.OTHER_BLUES: fi % just ignore if unknown pf_info_set.BLUE_FUZZ: set_pfi(BLUE_FUZZ, blue_fuzz); fi if unknown pf_info_set.BLUE_SCALE: set_pfi(BLUE_SCALE, blue_scale); fi if unknown pf_info_set.BLUE_SHIFT: set_pfi(BLUE_SHIFT, blue_shift); fi % for those who like smart (implicit) systems: if unknown no_implicit_spaces: if not name_used("space"): if unknown glyph_usage._space: introduce _space (utilize)(0)(); fi; if (name_to_code("space")<0) and (unknown code_to_name_32): encode("space") (32); fi beginglyph(_space) fix_hsbw(space,0,0); endglyph; fi if not name_used("nbspace"): if unknown glyph_usage._nbspace: introduce _nbspace (utilize)(0)(); fi; % beginglyph(_nbspace) fix_hsbw(space,0,0); endglyph; % normal space width fi fi enddef; def complete_tfm_info = % complete fontdimen info: % |designsize| is expected to be known % |slant| dimen has already been set; |xheight| dimen -- not necessarily, % but |pf_info_set.XHEIGHT| is known: completing_tfm_info:=1; pf_info_xheight whatever, if known lc_height#: lc_height# else: tfm_units(pf_info_set.XHEIGHT) fi; pf_info_normal_space space if known space#: , space# fi; pf_info_space_stretch space_stretch if known space_stretch#: , space_stretch# fi; pf_info_space_shrink space_shrink if known space_shrink#: , space_shrink# fi; pf_info_quad quad if known quad#: , quad# fi; pf_info_extra_space extra_space if known extra_space#: , extra_space# fi; font_math_rule math_rule; font_math_axis math_axis; % complete header info: pf_info_headerbyte 72, max(0, 254 - round 2designsize); completing_tfm_info:=whatever; enddef; def BCPL_string(expr s,n)= % string |s| becomes an |n|-byte BCPL string for l:=if length(s)>=n: n-1 else: length(s) fi: l for k:=1 upto l: , substring (k-1,k) of s endfor for k:=l+2 upto n: , 0 endfor endfor enddef; % The Old Tradition... def font_size expr x = designsize:=x enddef; def font_slant expr x = fontdimen 1: x enddef; def font_normal_space expr x = fontdimen 2: x enddef; def font_normal_stretch expr x = fontdimen 3: x enddef; def font_normal_shrink expr x = fontdimen 4: x enddef; def font_x_height expr x = fontdimen 5: x enddef; def font_quad expr x = fontdimen 6: x enddef; def font_extra_space expr x = fontdimen 7: x enddef; % A New Tradition... def def_font_param (suffix param_name)(expr param_num, param_desc) = def param_name text x = begingroup save #; % cf. the definition of |tfm_units| if (known x#) or ((designsize<>0) and known x): pf_info_fontdimen param_num, tfm_units(x), "(" & param_desc & ")"; fi endgroup enddef; enddef; def_font_param (font_math_rule, 8, "math rule"); def_font_param (font_math_axis, 22, "math axis"); % symbol fonts def_font_param (font_num_one, 8, "num1"); def_font_param (font_num_two, 9, "num2"); def_font_param (font_num_three, 10, "num3"); def_font_param (font_denom_one, 11, "denom1"); def_font_param (font_denom_two, 12, "denom2"); def_font_param (font_sup_one, 13, "sup1"); def_font_param (font_sup_two, 14, "sup2"); def_font_param (font_sup_three, 15, "sup3"); def_font_param (font_sub_one, 16, "sub1"); def_font_param (font_sub_two, 17, "sub2"); def_font_param (font_sup_drop, 18, "sup_drop"); def_font_param (font_sub_drop, 19, "sub_drop"); def_font_param (font_delim_one, 20, "delim1"); def_font_param (font_delim_two, 21, "delim2"); % extension fonts def_font_param (font_big_op_spacing_one, 9, "big_op_spacing1"); def_font_param (font_big_op_spacing_two, 10, "big_op_spacing2"); def_font_param (font_big_op_spacing_three, 11, "big_op_spacing3"); def_font_param (font_big_op_spacing_four, 12, "big_op_spacing4"); def_font_param (font_big_op_spacing_five, 13, "big_op_spacing5"); endinput fonts-ocr-b-0.2~dfsg1/install-sh000077500000000000000000000325371275507450000166520ustar00rootroot00000000000000#!/bin/sh # install - install a program, script, or datafile scriptversion=2009-04-28.21; # UTC # This originates from X11R5 (mit/util/scripts/install.sh), which was # later released in X11R6 (xc/config/util/install.sh) with the # following copyright and license. # # Copyright (C) 1994 X Consortium # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to # deal in the Software without restriction, including without limitation the # rights to use, copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN # AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNEC- # TION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # # Except as contained in this notice, the name of the X Consortium shall not # be used in advertising or otherwise to promote the sale, use or other deal- # ings in this Software without prior written authorization from the X Consor- # tium. # # # FSF changes to this file are in the public domain. # # Calling this script install-sh is preferred over install.sh, to prevent # `make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. nl=' ' IFS=" "" $nl" # set DOITPROG to echo to test this script # Don't use :- since 4.3BSD and earlier shells don't like it. doit=${DOITPROG-} if test -z "$doit"; then doit_exec=exec else doit_exec=$doit fi # Put in absolute file names if you don't have them in your path; # or use environment vars. chgrpprog=${CHGRPPROG-chgrp} chmodprog=${CHMODPROG-chmod} chownprog=${CHOWNPROG-chown} cmpprog=${CMPPROG-cmp} cpprog=${CPPROG-cp} mkdirprog=${MKDIRPROG-mkdir} mvprog=${MVPROG-mv} rmprog=${RMPROG-rm} stripprog=${STRIPPROG-strip} posix_glob='?' initialize_posix_glob=' test "$posix_glob" != "?" || { if (set -f) 2>/dev/null; then posix_glob= else posix_glob=: fi } ' posix_mkdir= # Desired mode of installed file. mode=0755 chgrpcmd= chmodcmd=$chmodprog chowncmd= mvcmd=$mvprog rmcmd="$rmprog -f" stripcmd= src= dst= dir_arg= dst_arg= copy_on_change=false no_target_directory= usage="\ Usage: $0 [OPTION]... [-T] SRCFILE DSTFILE or: $0 [OPTION]... SRCFILES... DIRECTORY or: $0 [OPTION]... -t DIRECTORY SRCFILES... or: $0 [OPTION]... -d DIRECTORIES... In the 1st form, copy SRCFILE to DSTFILE. In the 2nd and 3rd, copy all SRCFILES to DIRECTORY. In the 4th, create DIRECTORIES. Options: --help display this help and exit. --version display version info and exit. -c (ignored) -C install only if different (preserve the last data modification time) -d create directories instead of installing files. -g GROUP $chgrpprog installed files to GROUP. -m MODE $chmodprog installed files to MODE. -o USER $chownprog installed files to USER. -s $stripprog installed files. -t DIRECTORY install into DIRECTORY. -T report an error if DSTFILE is a directory. 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Create the # directory the slow way, step by step, checking for races as we go. case $dstdir in /*) prefix='/';; -*) prefix='./';; *) prefix='';; esac eval "$initialize_posix_glob" oIFS=$IFS IFS=/ $posix_glob set -f set fnord $dstdir shift $posix_glob set +f IFS=$oIFS prefixes= for d do test -z "$d" && continue prefix=$prefix$d if test -d "$prefix"; then prefixes= else if $posix_mkdir; then (umask=$mkdir_umask && $doit_exec $mkdirprog $mkdir_mode -p -- "$dstdir") && break # Don't fail if two instances are running concurrently. test -d "$prefix" || exit 1 else case $prefix in *\'*) qprefix=`echo "$prefix" | sed "s/'/'\\\\\\\\''/g"`;; *) qprefix=$prefix;; esac prefixes="$prefixes '$qprefix'" fi fi prefix=$prefix/ done if test -n "$prefixes"; then # Don't fail if two instances are running concurrently. (umask $mkdir_umask && eval "\$doit_exec \$mkdirprog $prefixes") || test -d "$dstdir" || exit 1 obsolete_mkdir_used=true fi fi fi if test -n "$dir_arg"; then { test -z "$chowncmd" || $doit $chowncmd "$dst"; } && { test -z "$chgrpcmd" || $doit $chgrpcmd "$dst"; } && { test "$obsolete_mkdir_used$chowncmd$chgrpcmd" = false || test -z "$chmodcmd" || $doit $chmodcmd $mode "$dst"; } || exit 1 else # Make a couple of temp file names in the proper directory. dsttmp=$dstdir/_inst.$$_ rmtmp=$dstdir/_rm.$$_ # Trap to clean up those temp files at exit. trap 'ret=$?; rm -f "$dsttmp" "$rmtmp" && exit $ret' 0 # Copy the file name to the temp name. (umask $cp_umask && $doit_exec $cpprog "$src" "$dsttmp") && # and set any options; do chmod last to preserve setuid bits. # # If any of these fail, we abort the whole thing. If we want to # ignore errors from any of these, just make sure not to ignore # errors from the above "$doit $cpprog $src $dsttmp" command. # { test -z "$chowncmd" || $doit $chowncmd "$dsttmp"; } && { test -z "$chgrpcmd" || $doit $chgrpcmd "$dsttmp"; } && { test -z "$stripcmd" || $doit $stripcmd "$dsttmp"; } && { test -z "$chmodcmd" || $doit $chmodcmd $mode "$dsttmp"; } && # If -C, don't bother to copy if it wouldn't change the file. if $copy_on_change && old=`LC_ALL=C ls -dlL "$dst" 2>/dev/null` && new=`LC_ALL=C ls -dlL "$dsttmp" 2>/dev/null` && eval "$initialize_posix_glob" && $posix_glob set -f && set X $old && old=:$2:$4:$5:$6 && set X $new && new=:$2:$4:$5:$6 && $posix_glob set +f && test "$old" = "$new" && $cmpprog "$dst" "$dsttmp" >/dev/null 2>&1 then rm -f "$dsttmp" else # Rename the file to the real destination. $doit $mvcmd -f "$dsttmp" "$dst" 2>/dev/null || # The rename failed, perhaps because mv can't rename something else # to itself, or perhaps because mv is so ancient that it does not # support -f. { # Now remove or move aside any old file at destination location. # We try this two ways since rm can't unlink itself on some # systems and the destination file might be busy for other # reasons. In this case, the final cleanup might fail but the new # file should still install successfully. { test ! -f "$dst" || $doit $rmcmd -f "$dst" 2>/dev/null || { $doit $mvcmd -f "$dst" "$rmtmp" 2>/dev/null && { $doit $rmcmd -f "$rmtmp" 2>/dev/null; :; } } || { echo "$0: cannot unlink or rename $dst" >&2 (exit 1); exit 1 } } && # Now rename the file to the real destination. $doit $mvcmd "$dsttmp" "$dst" } fi || exit 1 trap '' 0 fi done # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "scriptversion=" # time-stamp-format: "%:y-%02m-%02d.%02H" # time-stamp-time-zone: "UTC" # time-stamp-end: "; # UTC" # End: fonts-ocr-b-0.2~dfsg1/m4/000077500000000000000000000000001275507450000151545ustar00rootroot00000000000000fonts-ocr-b-0.2~dfsg1/m4/ax_add_am_macro.m4000066400000000000000000000016011275507450000204720ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_add_am_macro.html # =========================================================================== # # SYNOPSIS # # AX_ADD_AM_MACRO([RULE]) # # DESCRIPTION # # Adds the specified rule to $AMINCLUDE. This macro will only work # properly with implementations of Make which allow include statements. # See also AX_ADD_AM_MACRO_STATIC. # # LICENSE # # Copyright (c) 2009 Tom Howard # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 9 AC_DEFUN([AX_ADD_AM_MACRO],[ AC_REQUIRE([AX_AM_MACROS]) AX_APPEND_TO_FILE([$AMINCLUDE],[$1]) ]) fonts-ocr-b-0.2~dfsg1/m4/ax_am_jobserver.m4000066400000000000000000000044151275507450000205700ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_am_jobserver.html # =========================================================================== # # SYNOPSIS # # AX_AM_JOBSERVER([default_value]) # # DESCRIPTION # # Enables the use of make's jobserver for the purpose of parallel building # by passing the -j option to make. # # The option --enable-jobserver is added to configure which can accept a # yes, no, or an integer. The integer is the number of separate jobs to # allow. If 'yes' is given, then the is assumed to be one more than the # number of CPUs (determined through AX_COUNT_CPUS). If the value of no is # given, then the jobserver is disabled. The default value is given by the # first argument of the macro, or 'yes' if the argument is omitted. # # This macro makes use of AX_AM_MACROS, so you must add the following line # # @INC_AMINCLUDE@ # # to your Makefile.am files. # # MODIFIED # # By Matthew Skala, , 24 September 2012, to # make the -j flag conditional, removing a "-jN forced in submake" # warning when used in nested packages. This probably requires GNU Make, # but that was likely required already. It also requires a variable named # percent, because literal percent signs seem to break things here. # # LICENSE # # Copyright (c) 2008 Michael Paul Bailey # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 8 AC_DEFUN([AX_AM_JOBSERVER], [ AC_REQUIRE([AX_COUNT_CPUS]) AC_REQUIRE([AX_AM_MACROS]) AC_ARG_ENABLE( jobserver, [ --enable-jobserver@<:@=no/yes/@%:@@:>@ use up to @%:@ make jobs, yes=CPUs+1 @<:@m4_ifval([$1],[$1],[yes])@:>@],, [enable_jobserver=m4_ifval([$1],[$1],[yes])]) AS_IF([test "x$enable_jobserver" = "xyes"], [enable_jobserver=$CPU_COUNT ((enable_jobserver++))]) m4_pattern_allow(AM_MAKEFLAGS) AS_IF([test "x$enable_jobserver" != "xno"], [AX_ADD_AM_MACRO([AM_MAKEFLAGS += \$(if \$(filter -j\$(percent),\$(MAKEFLAGS)),,-j$enable_jobserver ) ])]) ]) fonts-ocr-b-0.2~dfsg1/m4/ax_am_macros.m4000066400000000000000000000022271275507450000200520ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_am_macros.html # =========================================================================== # # SYNOPSIS # # AX_AM_MACROS # # DESCRIPTION # # Adds support for macros that create Make rules. You must manually add # the following line # # @INC_AMINCLUDE@ # # to your Makefile.in (or Makefile.am if you use Automake) files. # # LICENSE # # Copyright (c) 2009 Tom Howard # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 9 AC_DEFUN([AX_AM_MACROS], [ AC_MSG_NOTICE([adding automake macro support]) AMINCLUDE="aminclude.am" AC_SUBST(AMINCLUDE) AC_MSG_NOTICE([creating $AMINCLUDE]) AMINCLUDE_TIME=`date` AX_PRINT_TO_FILE([$AMINCLUDE],[[ # generated automatically by configure from AX_AUTOMAKE_MACROS # on $AMINCLUDE_TIME ]]) INC_AMINCLUDE="include \$(top_builddir)/$AMINCLUDE" AC_SUBST(INC_AMINCLUDE) ]) fonts-ocr-b-0.2~dfsg1/m4/ax_append_to_file.m4000066400000000000000000000013751275507450000210640ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_append_to_file.html # =========================================================================== # # SYNOPSIS # # AX_APPEND_TO_FILE([FILE],[DATA]) # # DESCRIPTION # # Appends the specified data to the specified file. # # LICENSE # # Copyright (c) 2008 Tom Howard # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 7 AC_DEFUN([AX_APPEND_TO_FILE],[ AC_REQUIRE([AX_FILE_ESCAPES]) printf "$2" >> "$1" ]) fonts-ocr-b-0.2~dfsg1/m4/ax_check_gnu_make.m4000066400000000000000000000054111275507450000210320ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_check_gnu_make.html # =========================================================================== # # SYNOPSIS # # AX_CHECK_GNU_MAKE() # # DESCRIPTION # # This macro searches for a GNU version of make. If a match is found, the # makefile variable `ifGNUmake' is set to the empty string, otherwise it # is set to "#". This is useful for including a special features in a # Makefile, which cannot be handled by other versions of make. The # variable _cv_gnu_make_command is set to the command to invoke GNU make # if it exists, the empty string otherwise. # # Here is an example of its use: # # Makefile.in might contain: # # # A failsafe way of putting a dependency rule into a makefile # $(DEPEND): # $(CC) -MM $(srcdir)/*.c > $(DEPEND) # # @ifGNUmake@ ifeq ($(DEPEND),$(wildcard $(DEPEND))) # @ifGNUmake@ include $(DEPEND) # @ifGNUmake@ endif # # Then configure.in would normally contain: # # AX_CHECK_GNU_MAKE() # AC_OUTPUT(Makefile) # # Then perhaps to cause gnu make to override any other make, we could do # something like this (note that GNU make always looks for GNUmakefile # first): # # if ! test x$_cv_gnu_make_command = x ; then # mv Makefile GNUmakefile # echo .DEFAULT: > Makefile ; # echo \ $_cv_gnu_make_command \$@ >> Makefile; # fi # # Then, if any (well almost any) other make is called, and GNU make also # exists, then the other make wraps the GNU make. # # LICENSE # # Copyright (c) 2008 John Darrington # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 7 AC_DEFUN([AX_CHECK_GNU_MAKE], [ AC_CACHE_CHECK( for GNU make,_cv_gnu_make_command, _cv_gnu_make_command='' ; dnl Search all the common names for GNU make for a in "$MAKE" make gmake gnumake ; do if test -z "$a" ; then continue ; fi ; if ( sh -c "$a --version" 2> /dev/null | grep GNU 2>&1 > /dev/null ) ; then _cv_gnu_make_command=$a ; break; fi done ; ) ; dnl If there was a GNU version, then set @ifGNUmake@ to the empty string, '#' otherwise if test "x$_cv_gnu_make_command" != "x" ; then ifGNUmake='' ; else ifGNUmake='#' ; AC_MSG_RESULT("Not found"); fi AC_SUBST(ifGNUmake) ] ) fonts-ocr-b-0.2~dfsg1/m4/ax_count_cpus.m4000066400000000000000000000026671275507450000203030ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_count_cpus.html # =========================================================================== # # SYNOPSIS # # AX_COUNT_CPUS # # DESCRIPTION # # Attempt to count the number of processors present on the machine. If the # detection fails, then a value of 1 is assumed. # # The value is placed in the CPU_COUNT variable. # # LICENSE # # Copyright (c) 2008 Michael Paul Bailey # Copyright (c) 2008 Christophe Tournayre # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 8 AC_DEFUN([AX_COUNT_CPUS], [ AC_REQUIRE([AC_PROG_EGREP]) AC_MSG_CHECKING(the number of available CPUs) CPU_COUNT="0" #On MacOS if test -x /usr/sbin/sysctl -a `/sbin/sysctl -a 2>/dev/null| grep -c hw.cpu`; then CPU_COUNT=`/usr/sbin/sysctl -n hw.ncpu` fi #On Linux if test "x$CPU_COUNT" = "x0" -a -e /proc/cpuinfo; then CPU_COUNT=`$EGREP -c '^processor' /proc/cpuinfo` fi if test "x$CPU_COUNT" = "x0"; then CPU_COUNT="1" AC_MSG_RESULT( [unable to detect (assuming 1)] ) else AC_MSG_RESULT( $CPU_COUNT ) fi ]) fonts-ocr-b-0.2~dfsg1/m4/ax_file_escapes.m4000066400000000000000000000013731275507450000205340ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_file_escapes.html # =========================================================================== # # SYNOPSIS # # AX_FILE_ESCAPES # # DESCRIPTION # # Writes the specified data to the specified file. # # LICENSE # # Copyright (c) 2008 Tom Howard # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. This file is offered as-is, without any # warranty. #serial 7 AC_DEFUN([AX_FILE_ESCAPES],[ AX_DOLLAR="\$" AX_SRB="\\135" AX_SLB="\\133" AX_BS="\\\\" AX_DQ="\"" ]) fonts-ocr-b-0.2~dfsg1/m4/ax_print_to_file.m4000066400000000000000000000013701275507450000207440ustar00rootroot00000000000000# =========================================================================== # http://www.gnu.org/software/autoconf-archive/ax_print_to_file.html # =========================================================================== # # SYNOPSIS # # AX_PRINT_TO_FILE([FILE],[DATA]) # # DESCRIPTION # # Writes the specified data to the specified file. # # LICENSE # # Copyright (c) 2008 Tom Howard # # Copying and distribution of this file, with or without modification, are # permitted in any medium without royalty provided the copyright notice # and this notice are preserved. 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You may also peek at any GNU archive site, in case some other package would contain this missing \`$1' program." exit 1 ;; esac exit 0 # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "scriptversion=" # time-stamp-format: "%:y-%02m-%02d.%02H" # time-stamp-time-zone: "UTC" # time-stamp-end: "; # UTC" # End: fonts-ocr-b-0.2~dfsg1/mp2pf000077500000000000000000000356421275507450000156200ustar00rootroot00000000000000#!/usr/bin/perl # # METAPOST to Type 1 converter # # THIS FILE IS PUBLIC DOMAIN NOTWITHSTANDING THE COPYRIGHT ON THE # OVERALL TSUKURIMASHOU PACKAGE # # This file is based on the file "mp2pf.awk" from the METATYPE1 package, # version 0.55. It is a manual translation by Matthew Skala from the # original Awk into Perl, with a lot of features irrelevant to the # Tsukurimashou project (namely hinting, kerning, ligatures, and AFM # files) removed to improve maintainability. # # The mp2pf.awk file contains no copyright-related notices of its own, but # the README for METATYPE1 version 0.55 contains the following notices (in # English and Polish; the slashes are verbatim from the original and # presumably are some convention for expressing non-ASCII Polish letters in # the ASCII file): # # This is METATYPE1 package -- a tool for creating Type 1 fonts using # METAPOST. The package belongs to public domain (no copyrights, # copylefts, copyups, copydowns, etc.). # Version: 0.55 (16.09.2009; a tentative version, released along with # the sources of the Latin Modern fonts ver. 2.003) # Author: JNS team # # To jest pakiet METATYPE1 -- narz/edzie do tworzenia font/ow Type 1 # za pomoc/a systemu METAPOST. Pakiet stanowi dobro wsp/olne # (/zadnych copyright/ow, copyleft/ow, copyup/ow, copydown/ow, etc.). # Wersja: 0.55 (16.09.2009 -- wersja opublikowana wraz z wersj/a # /xr/od/low/a 2.003 pakietu font/ow Latin Modern) # Autorstwo: JNS team # # Although I assert my general right to claim copyright on work of my own # that draws from public domain source materials, I nonetheless am releasing # this file to the public domain in an effort to maintain the spirit of the # JNS team's release above. # # The Adobe copyright notice in the Postscript template code below # refers only to certain boilerplate required by the file format; it # applies to no other part of this file and falls under the "scĆØnes # Ć  faire" doctrine in jurisdictions where that is relevant. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # # Matthew Skala # mskala@ansuz.sooke.bc.ca # ######################################################################## # header from the Awk version (much of this is now irrelevant due to # deleted code): # THIS FILE BELONGS TO THE METATYPE1 PACKAGE # # It is an AWK script that does the main job of convertion from # METAPOST output to (raw) Type 1 format # History: # 20.04.2006: 0.40, another bug fixed in set_hint (a[5] and a[6] # used to be used instead of a[7] and a[8], respectively). # 24.03.2006: ver. 0.39, a bug fixed in setting vstems using the old scheme # (hsb was not taken into account); local variable `k' # introduced in `find_stem3' # 13-20.11.2005: ver. 0.385 adaptation to the new hinting scheme -- cont. # global hints are not collected (needed by old interpreters); # BJ: hit replacement corrected (param. stemx added in # hint_clash; clear_hint doest not touch triple stem data); # 26.10.2005: adaptation to the new hinting scheme -- cont. (20.5->-20.5) # 15.10.2005: beginnig of the adaptation to the new hinting scheme # 09.07.2005: ver. 0.38, adaptation to the possibility of writing # implicit encodings (like StandardEncoding) and # to the handling of (optional) CharSet by afm2pfm # 15.02.2005: ver. 0.37, doubled kerns and ligatures silently ignored by # default; they can be reported on demand by setting the # parameter NQ (Non-Quiet; newly introduced) to a `true' value; # messages prefixed with `MP2PF:' # 18.09.2004: ver. 0.36, awk script no longer cares for fontdimen names # 29.04.2003: ver. 0.35, a bug in gawk circumvented (in clear_hints) # 18.01.2003: ver. 0.34, normal round function introduced; old one # renamed to fround (forced round); no more mess due # ADL comment in PFB and Ascender and Descender ones in AFM; # again fun. rational: superfluously robust ;-) # 06.01.2003: ver. 0.33, fun. rational: unlikely case included (as a comment) # 03.01.2003: ver. 0.32, fontdimens and headerbytes handled # 31.07.2002: banner added # 14.07.2002: comment (question) added in `pickup_stem' # 22.09.2001: ver. 0.31 (remarks moved to an informal readme.his file) # 26.01.2001: an empty set of KPX pairs admitted # 14.01.2001: functions rational and approx added ######################################################################## # General utility functions # Find a string describing a rational approximation of a real number # Awk version was apparently based on "code kindly sent us by # Berthold K. P. Horn" sub rational { my($x,$nlimit,$dlimit)=@_; my($p0,$q0,$p1,$q1,$p2,$q2,$s,$ds); # handle zero, negative, and large return '0 1' if $x==0; return '-'.&rational(-$x,$nlimit,$dlimit) if $x<0.0; return &round($x) if $x>$nlimit; # loop over guesses until the numerator and denominator are too large $p0=0; $q0=1; $p1=1; $q1=0; $s=$x; while (1) { # check for loop termination with best guess if ((int($s)!=0) && (($p1>($nlimit-$p0)/int($s)) || ($q1>($dlimit-$q0)/int($s)))) { $p2=$p1; $q2=$q1; last; } # try a new guess, terminate if we're lucky and it's exact $p2=$p0+int($s)*$p1; $q2=$q0+int($s)*$q1; last if $p2/$q2==$x; $ds=$s-int($s); last if $ds==0; $p0=$p1; $q0=$q1; $p1=$p2; $q1=$q2; $s=1/$ds; } return "$p2 $q2"; } # abs() is built-in in Perl and doesn't need to be defined as a function sub min { return $_[0]<$_[1]?$_[0]:$_[1]; } sub max { return $_[0]>$_[1]?$_[0]:$_[1]; } sub round { return $_[0]>=0?int($_[0]+0.5):-int(-$_[0]+0.5); } # "forced round" - round to nearest int, but complain about it sub fround { my($x)=@_; if ($x!=int($x)) { &mess("MP2PF: WRONG ROUNDING IN METAPOST $x IN $name"); return $x>=0?int($x+0.5):-int(-$x+0.5); } else { return $x; } } # sort space-separated words; we use Perl's instead of the Awk # version's homemade bubble sort sub trivial_sort { return join(' ',sort { $a <=> $b } split(' ',$_[0])); } # write an error message - /dev/tty and log file stuff removed sub mess { print STDERR $_[0]."\n"; } ######################################################################## # Functions that generate Postscript code # Generate Postscript code for a rational approximation sub approx { my($x)=@_; my($r,$a,$b); # Awk version says: # "32767 is a limit due to old (DOS?) implementations of t1utils" $r=&rational($x,32767,32767); ($a,$b)=split(' ',$r); return $b==1?$a:"$r div"; } sub make_lineto { my($dx,$dy)=@_; if (($dx!=0) || ($dy!=0)) { if ($dx==0) {&store_pfb("\t".&fround($dy).' vlineto');} elsif ($dy==0) {&store_pfb("\t".&fround($dx).' hlineto');} else {&store_pfb("\t".&fround($dx).' '.&fround($dy).' rlineto');} } } sub make_moveto { my($dx,$dy)=@_; if (($dx!=0) || ($dy!=0)) { if ($dx==0) {&store_pfb("\t".&fround($dy).' vmoveto');} elsif ($dy==0) {&store_pfb("\t".&fround($dx).' hmoveto');} else {&store_pfb("\t".&fround($dx).' '.&fround($dy).' rmoveto');} } } sub make_curveto { my($dx1,$dy1,$dx2,$dy2,$dx3,$dy3)=@_; if (($dx1+$dx2+$dx3!=0) || ($dy1+$dy2+$dy3!=0)) { if (($dy1==0) && ($dx3==0)) { &store_pfb("\t".&fround($dx1).' '.&fround($dx2).' ' .&fround($dy2).' '.&fround($dy3).' hvcurveto'); } elsif (($dx1==0) && ($dy3==0)) { &store_pfb("\t".&fround($dy1).' '.&fround($dx2).' ' .&fround($dy2).' '.&fround($dx3).' vhcurveto'); } else { &store_pfb("\t".&fround($dx1).' '.&fround($dy1).' '.&fround($dx2).' ' .&fround($dy2).' '.&fround($dx3).' '.&fround($dy3).' rrcurveto'); } } } ######################################################################## # Other functions # extract static data from what was pfcommon.dat sub get_data_files { my($s,$key,$a); @PFB_PRO=split(/\n/,<) { chomp; s/\s+$//; if (/^(.*?) +: *(.*?)$/) { $font_data{$1}=$2; } else { &mess('MP2PF: IMPROPER FONT INFO FILE'); } } close(FD); } sub store_pfb { push @pfb_text,$_[0]; } sub flush_pfb { my($s,$i,$n); open(PFB,">$PFB"); foreach $n (0..$#PFB_PRO) { $_=$PFB_PRO[$n]; foreach $i (keys %font_data) { while (/^(.*)##$i##(.*)$/) { if ($font_data{$i} eq '') { $_=''; } else { $_=$1.$font_data{$i}.$2; } } } $_='' if /##OTHER_BLUES##/; if (/##ENCODING_DATA##/) { if ($font_data{'ENCODING_NAME'} ne '') { $_='/Encoding '.$font_data{'ENCODING_NAME'}.' def'; } else { $_="/Encoding 256 array\n" ."0 1 255 {1 index exch /.notdef put} for\n"; foreach $i (0..255) { if (exists $enc_name[$i]) { $_.="dup $i/$enc_name[$i] put\n"; } } $_.='readonly def'; } } s/##FONT_BOUNDING_BOX##/$mllx $mlly $murx $mury/; if (/##STDHW##/) { if ($stdhw==0) { $_=''; } else { s/##STDHW##/$stdhw/; } } if (/##STDVW##/) { if ($stdvw==0) { $_=''; } else { s/##STVHW##/$stdvw/; } } if (/##STEMSNAPH##/) { if ($stdhw==0) { $_=''; } else { s/##STEMSNAPH##/&tab2str($stemsnaph)/e; } } if (/##STEMSNAPV##/) { if ($stdvw==0) { $_=''; } else { s/##STEMSNAPV##/&tab2str($stemsnapv)/e; } } s/##NUMBER_OF_SUBRS##/2+$subrs_base+$#subrs/e; $_='' if /##SUBROUTINES##/; s/##NUMBER_OF_CHARSTRINGS##/$num_enc_chars+$num_oth_chars+1/e; if (/(##[^#]+##)/) { mess("MP2PF: EXTRA TAG: $1"); } print PFB "$_\n" if $_ ne ''; } foreach (@pfb_text) { print PFB "$_\n" if $_ ne ''; } foreach (@PFB_TRA) { print PFB "$_\n" if $_ ne ''; } close(PFB); } ######################################################################## # Main program $tsuversion='UNKNOWN'; open(MAKEFILE,'Makefile'); while () { $tsuversion=$1 if /^VERSION\s*=\s*(\S+)/; } close(MAKEFILE); &mess("This is mp2pf from Tsukurimashou $tsuversion " .'(converts MP EPSes to PS Type 1 fonts)'); $NAME=shift; if ($NAME eq '') { &mess('MP2PF: NAME MUST NOT BE EMPTY'); exit(1); } $AFM="$NAME.afm"; $PFB="$NAME.p"; $FD="$NAME.pfi"; $KD="$NAME.kpx"; $PL='piclist.tex'; $PL=$1.$PL if $NAME=~m!^(.*/)!; $max_font_dimen=99; $max_header_byte=99; $mllx=10000; $mlly=10000; $murx=-10000; $mury=-10000; &get_data_files; # dominant stems chosen manually have the highest priority: $vstem_stat{$font_data{'STDVW'}}=10000 if defined $font_data{'STDVW'}; $hstem_stat{$font_data{'STDHW'}}=10000 if defined $font_data{'STDHW'}; # standard empty subr has number 3==subrs_base-1 $subrs_base=4; $xsubrs{''}=-1; # the following code must be consistent with tsufb.mp open(PL,$PL); while () { chomp; if (/EPSNAMEandNumber\{.*?\}\{([0-9]+)\}/i) { push @file,"$NAME.$1"; } } close(PL); foreach $curr_file (@file) { open(CURR_FILE,$curr_file); while () { @F=split(/\s+/,$_); if (/%%BoundingBox:/) { print STDERR "#" if ($n++)%4==0; $name=''; $code=0; $hsb=0; $width=0; $x0=0; $y0=0; # sentinels $curr_path=0; $acc_path=0; $hsb=$F[1]; $llx=$F[1]; $lly=$F[2]; $urx=$F[3]; $ury=$F[4]; $mllx=$llx if $mllx>$llx; $mlly=$lly if $mlly>$lly; $murx=$urx if $murx<$urx; $mury=$ury if $mury<$ury; } if (/^%GLYNFO:/) { if ($F[1] eq 'NAME') {$name=$F[2]; $code=$F[3];} if ($F[1] eq 'HSBW') { $width=$F[3]; $x0=$hsb; $y0=0; } if ($F[1] eq 'ACC') {$acc_path=$F[2];} if ($F[1] eq 'BEGINCHAR') { &store_pfb("/$name {\n\t".&fround($hsb).' '.&approx($width).' hsbw'); if ($code>=0) { $num_enc_chars++; $enc_name[$code]=$name; } else { $num_oth_chars++; } } } if (/lineto/) { &make_lineto($F[0]-$x0,$F[1]-$y0); $x0=$F[0]; $y0=$F[1] } elsif (/curveto/) { &make_curveto($F[0]-$x0,$F[1]-$y0,$F[2]-$F[0],$F[3]-$F[1], $F[4]-$F[2],$F[5]-$F[3]); $x0=$F[4]; $y0=$F[5]; } elsif (/moveto/) { &make_moveto($F[1]-$x0,$F[2]-$y0); $x0=$F[1]; $y0=$F[2]; $x_path0=$x0; $y_path0=$y0; } if (/closepath/) { if (($x0!=$x_path0) || ($y0!=$y_path0)) { # closing with implicit `lineto' &store_pfb("\tclosepath"); } } if (/showpage/) { &store_pfb("\tendchar\n\t} ND"); } } close(CURR_FILE); } print STDERR "\n"; &flush_pfb; fonts-ocr-b-0.2~dfsg1/msk-ocrb10.mp000066400000000000000000000017311275507450000170520ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10_mf (the normal OCRB-B) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10ebg.mp000066400000000000000000000017411275507450000175310ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10E_mf (sharp edges + negativ) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10E"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 1; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 1; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10efg.mp000066400000000000000000000017411275507450000175350ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10E_mf (sharp edges + negativ) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10E"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 1; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10fbg.mp000066400000000000000000000017201275507450000175270ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10F_mf (outline) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10F"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10ffg.mp000066400000000000000000000017231275507450000175360ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10F_mf (outline) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10F"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0.60; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10g.mp000066400000000000000000000017331275507450000172230ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10G_mf (outline,slanted) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10G"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0.2; % slant factor (typical zero or 0.2) lightfactor := 0.60; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10l.mp000066400000000000000000000017231275507450000172270ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10l_mf (slanted) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10L"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0.2; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10s.mp000066400000000000000000000017271275507450000172420ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10S_mf (sharp edges) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10S"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 1; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10xbg.mp000066400000000000000000000017321275507450000175540ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10x_mf (negativ normal) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10X"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 1; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrb10xfg.mp000066400000000000000000000017321275507450000175600ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % This is OCRB10x_mf (negativ normal) % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. input fntbase.mp; % font_identifier:="OCRB10X"; font_size:=10pt#; designsize:=10pt#; %%%%%%%%%%%%%%%%%%%%%%%%% font parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% sharpedges := 0; % 0 -> rounded edges | 1 -> sharp edges globalslant := 0; % slant factor (typical zero or 0.2) lightfactor := 0; % (typical 0.6 for outlined characters) negativ := 0; % 0 -> normal | 1 -> white characters % on dark background extraline := 0; % 0 -> normal %%%%%%% do the job %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% input msk-ocrbmac.mp; input msk-ocrbdef.mp; for kkk:=0 step 1 until 144 : makechar kkk; endfor end. fonts-ocr-b-0.2~dfsg1/msk-ocrbdef.mp000066400000000000000000001015511275507450000173710ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % % ocrbdef.mf % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify and/or distribute this file, without limitation. % % Korrekturstand % % % 27.10.1985 char 127 (kuenstlich nach unten gesetzt) Tuetelchen % % %--- Gamma --- o.s[0][1] := (-3,0.9)--(-3,11.6)--(3.5,11.6)--(3.5,9.5); o.i[0]:=1 ; o.m[0] := 0.9; %--- Delta --- o.s[1][1] := (-3,0.7)--(0,11.5)--(3,0.7)--cycle; o.i[1 ]:=1 ; o.m[1] := 0.7; %--- Theta --- o.s[2][1] := (0,11.75)..(-3,9)..(-3.45,6.2)..(-2.8,3)..(0,0.65){right}.. (2.8,3)..(3.45,6.2)..(3,9)..cycle; o.s[2][2] := (-1,6.2)--(1,6.2); o.i[2 ]:=2 ; o.m[2] := 0.65; %--- Lambda --- o.s[3][1] := (-2.5,0.7)--(0,11.5)--(2.5,0.7); o.s[3][1]:=subpath (0.05,1.95) of o.s[3][1]; o.s[3][2] := (-3,0.7)--(-2,0.7); o.s[3][3] := (3,0.7)--(2,0.7); o.i[3 ]:=3 ; o.m[3] := 0.7; %--- Xi --- o.s[4][1] := (3.3,0.9)--(-3.3,0.9); o.s[4][2] := (-2.25,6.4)--(2.25,6.4); o.s[4][3] := (-3.3,11.4)--(3.3,11.4); o.i[4 ]:=3 ; o.m[4] := 0.9; %--- Pi --- o.s[5][1] := (-3,0.7)--(-3,11.6); o.s[5][2] := (3,0.7)--(3,11.6); o.s[5][3] := (-3.5,11.6)--(3.5,11.6); o.i[5 ]:=3 ; o.m[5] := 0.7; %--- Sigma --- if sharpedges>0: o.s[6][1] := (3.3,1.4)--(3.3,0.9); o.s[6][2] := (3.3,0.9)--(-2.7,0.9)--(-0.75,6.15)-- (-2.7,11.4)--(3.3,11.4); o.s[6][3] := (3.3,11.4)--(3.3,10.9); o.i[6 ]:=3 ; o.m[6] := 0.9; else: o.s[6][1] := (3.3,1.4)--(3.3,0.9)--(-2.7,0.9)--(-0.75,6.15)-- (-2.7,11.4)--(3.3,11.4)--(3.3,10.9); o.i[6 ]:=1 ; o.m[6] := 0.9; fi; %--- gamma --- o.s[7][1] := (-2.75,10)..(-1.25,11)..{down}(0,9)--(0,0.65); o.s[7][2] := (0,9){up}..(1.25,11)..(2.75,10); o.i[ 7]:=2 ; o.m[7] := 0.65; %--- phi --- o.s[8][1] := (0,8.65){left}..(-2,8.05)..(-3,6.9)..(-3.5,4.6){down}.. (-3,2.35)..(-2,1.2)..(-1,0.73)..(0,0.6){right}.. (1,0.73)..(2,1.2)..(3,2.35)..(3.5,4.6){up}.. (3,6.9)..(2,8.05)..cycle; o.s[8][2] := (0,-1.5)--(0,10.75); o.s[8][3] := (-0.5,-1.5)--(0.5,-1.5); o.s[8][4] := (-0.5,10.75)--(0.5,10.75); o.i[8 ]:=4 ; o.m[8] := -1.5; %--- psi --- o.s[9][1] := (-2.75,10)..(-2.6,7.5)..(-2.4,5)..(-2,2.5)..(0,0.6).. (2,2.5)..(2.4,5)..(2.6,7.5)..(2.75,10); o.s[9][2] := (0,-1)--(0,10.25); o.i[9 ]:=2 ; o.m[9] := -1; %--- Omega --- o.s[10][1] := (-2,0.6)--(-1.5,0.6); o.s[10][2] := (-1.5,0.6)..(-3.3,8.3)..(-3.5,10)..(-2.5,12.5)..(0,13.5).. (2.5,12.5)..(3.5,10)..(3.3,8.3)--(1.5,0.6); if sharpedges>0: o.s[10][2]:=subpath (0.095,7.895) of o.s[10][2]; fi; o.s[10][3] := (1.5,0.6)--(2,0.6); o.i[10]:=3 ; o.m[10] := 0.6; %--- Pfeil nach oben --- o.s[11][1] := (0,0.7)--(0,10.4); o.s[11][2] := (-2.5,8.9)--(0,11.4); o.s[11][3] := (0,11.4)--(2.5,8.9); o.i[11]:=3 ; o.m[11] := 0.7; %--- Pfeil nach unten --- o.s[12][1] := (0,1.3)--(0,11.4); o.s[12][2] := (-2.5,3.2)--(0,0.7)--(2.5,3.2); o.i[12]:=2 ; o.m[12] := 0.7; %--- ' --- o.s[13][1] := (0,9.65)--(0,11.15); o.i[13]:=1 ; o.m[13] := 9.65; %--- umgedrehtes ! --- o.s[14][1] := (0,-3)--(0,3.85); o.s[14][2] := (-0.4,6.9)--(0.4,6.9); o.s[14][3] := (0.4,6.9)--(0.4,6.1)--(-0.4,6.1)--(-0.4,6.9); o.i[14]:=3 ; o.m[14] := -3; %--- umgedrehtes ? --- o.s[15][1] := (3,-0.5)..(2.4,-2.15)..(0.8,-2.95)..(0.3,-3).. (-0.4,-2.95)..(-1.3,-2.65)..(-2.1,-1.95)..(-2.4,-1.35).. (-2.5,-0.75)..(-2.3,0.55)..(-1.4,1.65)..(-0.3,2.7).. {up}(0,3.55)--(0,5); o.s[15][2] := (-0.4,8.95)--(-0.4,8.15); o.s[15][3] := (-0.4,8.15)--(0.4, 8.15)--(0.4,8.95)--(-0.4,8.95); o.i[15]:=3 ; o.m[15] := -3; %--- i ohne punkt --- o.s[16][1] := (-2.3,8.3)--(0.85,8.3)--(0.85,0.65); o.i[16]:=1 ; o.m[16] := 0.65; %--- j ohne punkt --- o.s[17][1] := (-1.8,8.3)--(0.75,8.3)--(0.75,1){down}..(0.5,-1)..(0,-1.7).. (-1,-2.25)..(-2.8,-2.25){left}; o.i[17]:=1 ; o.m[17] := -2.25; %--- accent acute --- o.s[18][1] := (0,9.65)--(-0.95,11.15); o.i[18]:=1 ; o.m[18] := 9.65; %--- accent grave --- o.s[19][1] := (0,9.65)--(0.95,11.15); o.i[19]:=1 ; o.m[19] := 9.65; %--- umgedrehtes ^ --- o.s[20][1] := (0,11.7)--(-3.5,15.55)--(0,10.3)--(3.5,15.55)--cycle; o.i[20]:=1 ; o.m[20] := 10.3; %--- irgendwas --- o.s[21][1] := (-3.5,15.55)..(0,12.3)..(3.5,15.55); o.i[21]:=1 ; o.m[21] := 12.3; %--- Querstrich oben --- o.s[22][1] := (-3.25,10.25)--(3.25,10.25); o.i[22]:=1 ; o.m[22] := 10.25; %--- Punkt oben --- o.s[23][1] := (-0.4,9.2)--(-0.4,10); o.s[23][2] := (-0.4,10)--(0.4,10)--(0.4,9.2)--(-0.4,9.2); o.i[23]:=2 ; o.m[23] := 9.2; %--- cedille --- o.s[24][1] := (-0.2,0.2)--(-0.2,-1.5); o.s[24][2] := (-0.2,-1.5)..(1.65,-3.25)..(-0.2,-5); o.i[24]:=2 ; o.m[24] := -5; %--- sz --- o.s[25][1] := (-3.1,0.65)--(-3.1,8){up}..(-3,10)..(-2.2,11.78)..(-1,12.5).. {right}(0,12.6){right}..(1,12.5)..(2.2,11.9)..(3,10.6).. (3.1,9.9)..(2.7,8.4)..(0.7,7.15)--(0.7,6.85)..(2.1,6.5).. (3.1,5.5)..(3.5,3.8)..(3.3,2.4)..(2.5,1.2)..(1.3,0.75); o.i[25]:=1 ; o.m[25] := 0.65; %--- ae ligature --- o.s[26][1] := ((-2.45,7.8)..(0,8.65){right}..(2.05,8)..(2.85,6)..(2.85,5)-- (2.85,0.65)) shifted (-2.85,0); o.s[26][2] := ((2.85,5.05){left}..(0,5)..(-2,4.6)..(-3,3.7).. (-3.25,2.7){down}..(-3,1.8)..(-1,0.6)..(1,1.15)..(2,2.05).. (2.85,3.25)) shifted (-2.85,0); o.s[26][2]:=subpath (0,8.84) of o.s[26][2]; o.s[26][3] := ((-3.25,5)--(3.25,5){up}..(3.2,5.5)..(3,6.6)..(2,8.1).. (1,8.55)..(0,8.65)..(-1,8.5)..(-2,7.9)..(-3,6.4).. (-3.25,4.8){down}..(-3,3)..(-2,1.35)..(-1,0.8)..(0,0.6).. (1,0.65)..(2,1)..(2.35,1.3)) shifted (3.25,0); o.i[26]:=3 ; o.m[26] := 0.6; %--- oe ligature --- o.s[27][1] := ((0,8.65){left}..(-2,8.05)..(-3,6.9)..(-3.5,4.6){down}.. (-3,2.35)..(-2,1.2)..(-1,0.73)..(0,0.6){right}.. (1,0.73)..(2,1.2)..(3,2.35)..(3.5,4.6){up}.. (3,6.9)..(2,8.05)..cycle) shifted (-3.5,0); o.s[27][2] := ((-3.25,5)--(3.25,5){up}..(3.2,5.5)..(3,6.6)..(2,8.1).. (1,8.55)..(0,8.65)..(-1,8.5)..(-2,7.9)..(-3,6.4).. (-3.25,4.8){down}..(-3,3)..(-2,1.35)..(-1,0.8)..(0,0.6).. (1,0.65)..(2,1)..(2.35,1.3)) shifted (3.25,0); o.i[27]:= 2 ; o.m[27] := 0.6; %--- durchgestrichenes o --- o.s[28][1] := (0,8.65){left}..(-2,8.05)..(-3,6.9)..(-3.5,4.6){down}.. (-3,2.35)..(-2,1.2)..(-1,0.73)..(0,0.6){right}.. (1,0.73)..(2,1.2)..(3,2.35)..(3.5,4.6){up}.. (3,6.9)..(2,8.05)..cycle; o.s[28][2] := (-4.25,-0.4)--(4.25,9.65); o.i[28]:=2 ; o.m[28] := -0.4; %--- AE ligature --- o.s[29][1] := ((-3.4,0.7)--(-0.6,11.5)) shifted (-3,0); o.s[29][2] := ((0.6,11.5)--(3.4,0.7)) shifted (-3,0); o.s[29][3] := ((2.45,4.35)--(-2.45,4.35)) shifted (-3,0); o.s[29][3]:=subpath (0.07,0.93) of o.s[29][3]; o.s[29][4] := (6,0.9)--(-0.5,0.9); o.s[29][2]:=(point 0.03 of o.s[29][2])-- (o.s[29][2] intersectionpoint o.s[29][4])-- (point 0 of o.s[29][4]); o.s[29][4] := (-4,11.45)--(6,11.45); o.s[29][1]:=(point 0 of o.s[29][1])-- (o.s[29][1] intersectionpoint o.s[29][4])--(point infinity of o.s[29][4]); o.s[29][4] := (-0.8,6.4)--(6,6.4); o.i[29]:=4 ; o.m[29] := 0.7; %--- OE ligature --- o.s[30][1] := (((0,11.75)..(-3,9)..(-3.45,6.2)..(-2.8,3)..(0,0.65){right}.. (2.8,3)..(3.45,6.2)..(3,9)..cycle)) shifted (-3.45,0); o.s[30][2] := ((3.3,0.9)--(-2.7,0.9)) shifted (2.7,0); o.s[30][3] := ((-2.7,0.9)--(-2.7,11.4)) shifted (2.7,0); o.s[30][4] := ((-2.7,11.4)--(3.3,11.4)) shifted (2.7,0); o.s[30][5] := ((-2.7,6.4)--(2.45,6.4)) shifted (2.7,0); o.i[30]:=5 ; o.m[30] := 0.65; %--- durchgestrichenes O --- o.s[31][1] := (0,11.75)..(-3,9)..(-3.45,6.2)..(-2.8,3)..(0,0.65){right}.. (2.8,3)..(3.45,6.2)..(3,9)..cycle; o.s[31][2] := (-3.95,-0.35)--(3.95,12.75); o.i[31]:=2 ; o.m[31] := -0.35; %-------- blank ---- o.i[32]:=0 ; o.m[32] := 2; %--- ! --- o.s[33][1] := (0,5.75)--(0,12.6); o.s[33][2] := (-0.4,0.4)--(0.4,0.4); o.s[33][3] := (0.4,0.4)--(0.4,-0.4)--(-0.4,-0.4)--(-0.4,0.4); o.i[33]:=3 ; o.m[33] := -0.4; %--- " --- o.s[34][1] := (-1.65,11.3)--(-1.65,12.6); o.s[34][2] := (1.65,11.3)--(1.65,12.6); o.i[34]:=2 ; o.m[34] := 11.3; %--- # --- o.s[35][1] := (-3.35,0.65)--(-0.65,12.65); o.s[35][2] := (0.65,0.65)--(3.35,12.65); o.s[35][3] := (-3.5,4.45)--(3.15,4.45); o.s[35][4] := (-3.15,8.95)--(3.5,8.95); o.i[35]:=4 ; o.m[35] := 0.65; %--- $ --- o.s[36][1] := (0,0.7)--(0,12.6); o.s[36][2] := (-3.5,3.1)..(-2.5,2)..(-1,1.65)..(0,1.6)..(1.1,1.7).. (2.7,2.4)..(3.5,4.1)..(3.1,5.3)..(2.25,6)..(0,6.85).. (-2.2,7.6)..(-3.3,8.6)..(-3.45,9.4)..(-3.1,10.5)..(-1.9,11.4).. (0,11.7)..(1.5,11.5)..(3.1,10.3); o.i[36]:=2 ; o.m[36] := 0.7; %--- % --- o.s[37][1] := (-3.5,0.75)--(3.5,12.55); o.s[37][2] := (-2.1,9.35)..(-3.1,9.8)..(-3.5,11)..(-3.2,12.1)..(-2.1,12.65).. (-1,12.1)..(-0.7,11)..(-1.1,9.8)..cycle; o.s[37][3] := o.s[37][2] shifted (4.2,-8.7); o.i[37]:=3 ; o.m[37] := -0.1; %--- & --- o.s[38][1] := (3.5,5.4)..(3.4,4.2)..(2.8,2.5)..(2,1.5)..(0.3,0.7).. (-0.5,0.65)..(-2.3,1.1)..(-3,1.8)..(-3.5,3.6)..(-3.3,4.8).. (-2.6,5.9)..(-1.4,7)..(-0.1,8)..(1.2,9.2)..(1.8,10.2).. (1.95,10.9)..(1.7,11.7)..(1.1,12.3)..(-0.4,12.65).. (-1.5,12.5)..(-2.6,11.7)..(-3,10.3)..(-2.9,9.5)..(-2.6,8.7).. (-1.5,7)..(3.05,0.7); o.i[38]:=1 ; o.m[38] := 0.65; %--- ' --- o.s[39][1] := (0.65,12.6)--(0.3,7.65)--(-0.3,7.65)--(-0.65,12.6)--cycle; o.i[39]:=1 ; o.m[39] := 7.65; if lightfactor>0: o.s[39][2] := (0,12)--(0,8); o.i[39]:=2; fi; %--- ( --- o.s[40][1] := (2.3,0.65)..(0.4,2.4)..(-0.7,4.4)..(-1,6.6)..(-0.7,8.8).. (-0.2,10)..(0.5,11)..(2.3,12.65); o.i[40]:=1 ; o.m[40] := 0.65; %--- ) --- o.s[41][1] := (-2.3,0.65)..(-0.4,2.4)..(0.7,4.4)..(1,6.6)..(0.7,8.8).. (0.2,10)..(-0.5,11)..(-2.3,12.65); o.i[41]:=1 ; o.m[41] := 0.65; %--- * --- o.s[42][1] := (-3.5,7.8)--(0,6.65)--(0,10.5); o.s[42][2] := (-2.3,3.55)--(0,6.65)--(3.5,7.8); o.s[42][3] := (2.3,3.55)--(0.6,6.5); o.i[42]:=3 ; o.m[42] := 3.55; %--- + --- o.s[43][1] := (-3.5,6.65)--(3.5,6.65); o.s[43][2] := (0,2.65)--(0,10.65); o.i[43]:=2 ; o.m[43] := 2.65; %--- , --- o.s[44][1] := (0.3,2.75)--(2.25,2.75)--(2.25,2.2)--(-2.2,-2.35)-- (-2.7,-2.35)--cycle; o.i[44]:=1 ; o.m[44] := -2.35; if lightfactor>0: o.s[44][2] := (1.5,2.7)--(-2,-2); o.i[44]:=2; fi; %--- - --- o.s[45][1] := (3.5,6.4)--(-3.5,6.4)--(-3.5,6.9)--(3.5,6.9)--cycle; o.i[45]:=1 ; o.m[45] := 6.4; %--- . --- o.s[46][1] := (-1.25,0.7)--(-1.25,2.4)--(1.25,2.4)--(1.25,0.7)--cycle; o.i[46]:=1 ; o.m[46] := 0.7; if lightfactor>0: o.s[46][2] := (-1.2,1.55)--(1.2,1.55); o.i[46]:=2; fi; %--- / --- o.s[47][1] := (-2.45,0.65)--(2.45,12.65); o.i[47]:=1 ; o.m[47] := 0.65; %---- Ziffer 0 ---- o.s[48][1] := (0,0.65)..(1,0.7)..(3.5,6){up}..(1,12.6).. (0,12.65){left}..(-1,12.6)..(-3.5,6){down}.. (-1,0.7)..cycle; o.s[48][1]:=insert_nodes(o.s[48][1])(1.5,2.5,5.5,6.5); o.i[48]:=1 ; o.m[48] := 0.65; %---- Ziffer 1 ---- o.s[49][1] := (0.75,0.7)--(0.75,12.6)--(0.2,12.6)--(-2.95,9.9); o.i[49]:=1 ; o.m[49] := 0.7; %---- Ziffer 2 ---- o.s[50][1] := (3.15,0.9)--(-3,0.9){up}..(-2.85,3).. (0,6.075)..(2.4,8)..(3.05,9.8){up}..(2.8,11).. (1,12.5)..(0,12.65){left}..(-1,12.6)..(-3.2,11.75); o.i[50]:=1 ; o.m[50] := 0.9; %---- Ziffer 3 ---- o.s[51][1] := (-3.5,1.2)..(-0.8,0.65)..(0,0.7)..(2.6,2)..(3.35,4).. (2.8,6)..(0.48787,7.40285).. (-1.1,7.6)--(2.9,11.8)--(2.9,12.4)-- (-3.45,12.4); o.i[51]:=1 ; o.m[51] := 0.65; %---- Ziffer 4 ---- o.s[52][1] := (0.3,12.6)--(-3.5,4.5)--(-3.5,3.75)--(3.5,3.75); o.s[52][2] := (1.7,0.7)--(1.7,6.65); o.i[52]:=2 ; o.m[52] := 0.7; %---- Ziffer 5 ---- o.s[53][1] := (-3.05,0.65){right}..(1.6,2)..(2.4,3)..(2.8,4.5){up}.. (2,6.95)..(0,7.95)..(-1.5,8.1){left}..(-2.7,8.05)-- (-2.45,12.4)--(2.7,12.4); o.i[53]:=1 ; o.m[53] := 0.65; %---- Ziffer 6 ---- o.s[54][1] := (1.3,12.6)..(0,11.2)..(-2.4,8)..(-3.3,6).. (-3.5,4){down}..(-2.9,2)..(-1.7,1).. (0,0.65){right}..(1.7,1)..(2.9,2)..(3.5,4){up}.. ( 3.1,6)..(2,7.15)..(0,7.65)..(-2.2,7)..(-3.4,5)..(-3.5,4); if sharpedges>0: o.s[54][2]:=(subpath(4,16) of o.s[54][1])&cycle; o.s[54][1]:=subpath (0,14) of o.s[54][1]; o.i[54]:=2 ; else: o.i[54]:=1 ; fi; o.m[54] := 0.65; %---- Ziffer 7 ---- o.s[55][1] := (-1.3,0.7){up}..(0,6.5)..(2.6,10)..{up}(3.5,12.39) --(3.5,12.4)--(-3.5,12.4); o.i[55]:=1 ; o.m[55] := 0.7; %---- Ziffer 8 ---- o.s[56][1] := (0,0.65){right}..(1,0.725)..(3.5,3.5){up}.. (2,6.2)..(0,7.45)..(-2.4,9)..(-2.9,10.5){up}.. (-2.1,12)..(0,12.65){right}..(2.1,12).. (2.9,10.5){down}..(2.4,9)..(0,7.45)..(-2,6.2).. (-3.5,3.5){down}..(-1,0.725)..cycle; o.i[56]:=1 ; o.m[56] := 0.65; %---- Ziffer 9 ---- o.s[57][1] := (-1.3,0.7)..(2.2,5)..(3.5,9){up}.. (3.05,11)..(0,12.65){left}..(-3.5,9){down}.. (-1.75,6)..(0,5.65){right}..(2.7,6.5)..(3.5,9){up}; if sharpedges>0: o.s[57][2]:=(subpath(2,9) of o.s[57][1])&cycle; o.s[57][1]:=subpath (0,7.9) of o.s[57][1]; o.i[57]:=2 ; else: o.i[57]:=1 ; fi; o.m[57] := 0.7; %--- : --- o.s[58][1] := (-0.95,1.3)--(-0.95,2.1)--(0.95,2.1)--(0.95,0.7)--(-0.95,0.7)--(-0.95,1.5); o.s[58][2] := (-0.95,7.65)--(-0.95,8.45)--(0.95,8.45)--(0.95,7.05)--(-0.95,7.05)--(-0.95,7.85); o.i[58]:=2 ; o.m[58] := 0.7; if lightfactor>0: o.s[58][3] := (-0.9,1.4)--(0.9,1.4); o.s[58][4] := (-0.9,7.75)--(0.9,7.75); o.i[58]:=4; fi; %--- ; --- o.s[59][1] := (-0.6,2.15)--(1.35,2.15)--(1.35,2.14)--(-2,-2.25)-- (-2.75,-2.25)--cycle; o.s[59][2] := (1.3,8.45)--(1.3,7.05)--(-0.6,7.05)--(-0.6,8.45)--cycle; o.i[59]:=2 ; o.m[59] := -2.25; if lightfactor>0: o.s[59][3] := (-2.4,-2.2)--(0.7,2.1); o.s[59][4] := (-0.5,7.75)--(1.2,7.75); o.i[59]:=4; fi; %--- < --- o.s[60][1] := (3.5,2)--(-3.5,6.65)--(3.5,11.3); o.i[60]:=1 ; o.m[60] := 2; %--- = --- o.s[61][1] := (-3.5,8.65)--(3.5,8.65); o.s[61][2] := (-3.5,4.65)--(3.5,4.65); o.i[61]:=2 ; o.m[61] := 4.65; %--- > --- o.s[62][1] := (-3.5,2)--(3.5,6.65)--(-3.5,11.3); o.i[62]:=1 ; o.m[62] := 2; %--- ? --- o.s[63][1] := (-3,9.15)..(-2.4,10.8)..(-0.8,11.6)..(-0.3,11.65).. (0.4,11.6)..(1.3,11.3)..(2.1,10.6)..(2.4,10)..(2.5,9.4).. (2.1,8.1)..(1.4,7)..(0.3,5.95)..{down}(0,5.1); o.s[63][2] := (-0.4,-0.3)--(-0.4,0.5); o.s[63][3] := (-0.4,0.5)--(0.4,0.5)--(0.4,-0.3)--(-0.4,-0.3); o.i[63]:=3 ; o.m[63] := -0.3; %--- @ --- o.s[64][1] := (0.4,6.45)--(0.4,2.2)..(0.1,1.6)..(-0.9,0.7)..(-1.8,0.55).. (-2.8,0.9)..(-3.4,2.1)..(-3.5,3.4)..(-3.4,4.8)..(-3,6).. (-1.9,6.5)..(-1.05,6.3)..(0.4,4.8)--(0.4,3){down}..(0.5,1.6).. (1.1,0.7)..(1.8,0.55)..(2.8,0.99)..(3.4,2.1)..{up}(3.5,4)-- (3.5,6){up}..(3.4,8)..(3,9.7)..(2.2,10.9)..(1,11.55).. (-0.2,11.7)..(-1.2,11.6)..(-2.6,11)..(-3.45,9.5); o.i[64]:=1 ; o.m[64] := 0.7; %--- A --- o.s[65][1] := (-3.4,0.7)--(-0.6,11.5)--(0.6,11.5)--(3.4,0.7); o.s[65][2] := (2.45,4.35)--(-2.45,4.35); o.s[65][2] := subpath (0.07,0.93) of o.s[65][2]; o.i[65]:=2 ; o.m[65] := 0.7; %--- B --- o.s[66][1] := (-3.5,0.9)--(-3.5,11.4); o.s[66][2] := (-3.5,11.4)--(-0.5,11.4){right}..(2,11).. (3.25,9)..(2.4,7)..{left}(0,6.4)--(-3.5,6.4); o.s[66][3] := (-3.5,6.4)-- (0,6.4){right}..(2.3,5.9)..(3.5,3.7)..(2.5,1.6).. {left}(-0.5,0.9)--(-3.5,0.9); o.i[66]:=3 ; o.m[66] := 0.9; %--- C --- o.s[67][1] := (2.7,2.2)..(1.9,1)..(0.6,0.65)..(-1,1.1)..(-2.2,2.9).. (-2.5,4.2)..(-2.65,6)..(-2.5,8.2)..(-2,9.9).. (-0.8,11.3)..(0.5,11.65)..(2,11.2)..(2.7,10.1); o.i[67]:=1 ; o.m[67] := 0.65; %--- D --- if sharpedges>0: o.s[68][1] := (-2.6,0.95)--(-2.6,11.35); else: o.s[68][1] := (-2.6,0.9)--(-2.6,11.4); fi; o.s[68][2] := (-2.6,11.4){right}..(-0.8,11.2)..(0.6,10.5).. (2,9.1)..(2.7,7.8)..(3.05,5.8)..(2.8,4.2)..(2,2.7).. (0.8,1.6)..(-0.8,1)..{left}(-2.6,0.9); o.i[68]:= 2 ; o.m[68] := 0.9; %--- E --- o.s[69][1] := (3.3,0.9)--(-2.7,0.9); o.s[69][2] := (-2.7,0.9)--(-2.7,11.4); o.s[69][3] := (-2.7,11.4)--(3.3,11.4); o.s[69][4] := (-2.7,6.4)--(2.45,6.4); o.i[69]:=4 ; o.m[69] := 0.9; %--- F --- o.s[70][1] := (-1.8,0.7)--(-1.8,11.4); o.s[70][2] := (-1.8,11.4)--(3,11.4); o.s[70][3] := (-1.8,6.4)--(2.2,6.4); o.i[70]:=3 ; o.m[70] := 0.7; %--- G --- o.s[71][1] := (3.05,10.45)..(1,11.6)..(0,11.6)..(-2,10.6)..(-3.2,8).. (-3.3,6)..(-2.8,3)..(-2,1.6)..(0,0.65)..(2,0.8)..(3.2,1.3)-- (3.2,5.75)--(0.35,5.75); o.i[71]:=1 ; o.m[71] := 0.65; %--- H --- o.s[72][1] := (-3,0.7)--(-3,11.6); o.s[72][2] := (3,0.7)--(3,11.6); o.s[72][3] := (-3,6.3)--(3,6.3); o.i[72]:=3 ; o.m[72] := 0.7; %--- I --- o.s[73][1] := (-2.5,0.9)--(2.5,0.9); o.s[73][2] := (-2.15,11.4)--(2.15,11.4); o.s[73][3] := (0,0.9)--(0,11.4); o.i[73]:=3 ; o.m[73] := 0.9; %--- J --- o.s[74][1] := (-3.15,3.35)..(-3,2)..(-2,0.9)..(0,0.8)..(1,1.6)..(1.35,3)-- (1.35,11.6); o.i[74]:= 1 ; o.m[74] := 0.8; %--- K --- o.s[75][1] := (-3.25,0.7)--(-3.25,11.6); o.s[75][2] := (3.5,0.7)--(-2,6.4)--(3.1,11.6); o.i[75]:=2 ; o.m[75] := 0.7; if lightfactor>0: o.s[75][3] := (-3.2,6.4)--(-1.9,6.4); o.i[75]:=3; fi; %--- L --- o.s[76][1] := (-3,11.6)--(-3,0.9); o.s[76][2] := (-3,0.9)--(3.5,0.9); o.i[76]:=2 ; o.m[76] := 0.9; %--- M --- o.s[77][1] := (-3.5,0.7)--(-3.5,11.6)--(-2.15,11.6)--(0,4.5)-- (2.15,11.6)--(3.5,11.6)--(3.5,0.7); o.i[77]:=1 ; o.m[77] := 0.7; %--- N --- o.s[78][1] := (-3.25,0.7)--(-3.25,11.6)--(-2.6,11.6)-- (2.6,0.7)--(3.25,0.7)--(3.25,11.6); o.i[78]:=1 ; o.m[78] := 0.7; %--- O --- o.s[79][1] := (0,11.75)..(-3,9)..(-3.45,6.2)..(-2.8,3)..(0,0.65){right}.. (2.8,3)..(3.45,6.2)..(3,9)..cycle; o.i[79]:=1 ; o.m[79] := 0.65; %--- P --- o.s[80][1] := (-3,5.9)--(0,5.9){right}..(3,7)..(3.5,8.5)..(3,10.3).. (2,11.1)..{left}(0,11.4)--(-3,11.4)--(-3,0.7); o.i[80]:=1 ; o.m[80] := 0.7; %--- Q --- o.s[81][1] := (-0.3,11.65)..(-2,11)..(-3,9.6)..(-3.4,8)..(-3.4,7).. (-3,3.5)..(-1,1.55)..(0,1.45)..(1,1.75)..(2.65,4)..(3,6).. (2.9,8)..(2,10.4)..(1,11.35)..cycle; o.s[81][2] := (-0.15,5.4)..(3.5,0.7); o.i[81]:=2 ; o.m[81] := 1.55; %--- R --- o.s[82][1] := (-2.8,0.7)--(-2.8,11.4)--(0,11.4)..(2,10.8)..(3,9.5){down}.. (2,6.5)..(0,5.9){left}..(-2.8,5.9); o.s[82][2] := (0.1,5.9)--(3.1,0.7); o.s[82][2]:=subpath (0.07,1) of o.s[82][2]; o.i[82]:=2 ; o.m[82] := 0.7; %--- S --- o.s[83][1] := (-2.9,2.8)..(-2,1.2)..(0.4,0.65)..(1,0.8)..(2,1.3).. (2.9,3.3){up}..(2.6,4.6)..(1,5.9)..(-1,6.9)..(-2.4,8).. (-2.8,9.4){up}..(-2,10.95)..(-1,11.5)..(0,11.65)..(1,11.55).. (2,11.05)..(2.75,9.9); o.i[83]:=1 ; o.m[83] := 0.65; %--- T --- o.s[84][1] := (0,0.7)--(0,11.4); o.s[84][2] := (-3.5,11.4)--(3.5,11.4); o.i[84]:=2 ; o.m[84] := 0.7; %--- U --- o.s[85][1] := (-3.25,11.6)--(-3.25,3.7){down}..(-2,1.15)..(0,0.65){right}.. (2,1.15)..{up}(3.25,3.7)--(3.25,11.6); o.i[85]:=1 ; o.m[85] := 0.65; %--- V --- o.s[86][1] := (-3.5,11.6)--(-0.6,0.7)--(0.6,0.7)--(3.5,11.6); o.i[86]:=1 ; o.m[86] := 0.7; %--- W --- o.s[87][1] := (-3.5,11.6)..(-3.4,9)..(-3.1,5)..(-2.4,0.7)--(-1.9,0.7)-- (-0.15,6.75)--(0.15,6.75)--(1.9,0.9)--(2.4,0.7)..(3.1,5).. (3.4,9)..(3.5,11.6); o.i[87]:=1 ; o.m[87] := 0.7; %--- X --- o.s[88][1] := (-3.05,11.6)--(-0.1,6.3)--(-3.15,0.7); o.s[88][2] := (3.05,11.6)--(0.1,6.3)--(3.15,0.7); o.i[88]:=2 ; o.m[88] := 0.7; %--- Y --- o.s[89][1] := (0,0.7)--(0,5.8)--(-3.1,11.6); o.s[89][2] := (3.1,11.6)--(0,5.8)--(0,4); o.i[89]:=2 ; o.m[89] := 0.7; %--- Z --- o.s[90][1] := (3,0.9)--(-3,0.9)--(2.4,11.4)--(-2.95,11.4); o.i[90]:=1 ; o.m[90] := 0.9; %--- [ --- o.s[91][1] := (3.2,0.65)--(-1.8,0.65)--(-1.8,12.65)--(3.2,12.65); o.i[91]:=1 ; o.m[91] := 0.65; %--- backslash --- o.s[92][1] := (2.45,0.65)--(-2.45,12.65); o.i[92]:=1 ; o.m[92] := 0.65; %--- ] --- o.s[93][1] := (-3.2,0.65)--(1.8,0.65)--(1.8,12.65)--(-3.2,12.65); o.i[93]:=1 ; o.m[93] := 0.65; %--- ^ --- o.s[94][1] := (0,11.5)--(0,11)--(-3.5,7.3)--(0,12.55)--(3.5,7.3)--(0,11); o.i[94]:=1 ; o.m[94] := 7.3; if lightfactor>0: o.s[94][2] := (0,12.45)--(0,11.1); o.i[94]:=2; fi; %--- _ --- o.s[95][1] := (-3.5,-3.25)--(-3.5,-2.75)--(3.5,-2.75)--(3.5,-3.25)--cycle; o.i[95]:=1 ; o.m[95] := -3.25; %--- ` --- o.s[96][1] := (0,11.1)--(-0.95,12.6); o.i[96]:=1 ; o.m[96] := 11.1; %--- a --- o.s[97][1] := (-2.45,7.8)..(0,8.65){right}..(2.05,8)..(2.85,6)..(2.85,5)-- (2.85,0.65); o.s[97][2] := (2.85,5.05){left}..(0,5)..(-2,4.6)..(-3,3.7).. (-3.25,2.7){down}..(-3,1.8)..(-1,0.6)..(1,1.15)..(2,2.05).. (2.85,3.25); if sharpedges>0: o.s[97][2]:=subpath (0.05,8.5) of o.s[97][2]; fi; o.i[97]:=2 ; o.m[97] := 0.65; %--- b --- o.s[98][1] := (-3.3,0.65)--(-3.3,12.65); o.s[98][2] := (-3.3,5.9)..(-2,7.65)..(-1,8.3)..(0,8.55)..(1,8.45)..(2,8.05).. (3,7)..(3.5,5)..(3.45,4)..(3,2.2)..(2,1.1)..(0,0.6).. (-2,1.5)..(-3.3,3.4); if sharpedges>0: o.s[98][2]:=subpath (0.4,12.6) of o.s[98][2]; fi; o.i[98]:=2 ; o.m[98] := 0.65; %--- c --- o.s[99][1] := (2.7,2.2)..(2,1.1)..(1,0.65)..(0,0.6)..(-1,0.9)..(-2,1.9).. (-2.4,3)..(-2.55,4.8){up}..(-2.4,6.3)..(-2,7.3)..(-1,8.25).. (0,8.5)..(1,8.5)..(2.2,8)..(2.6,7.3); o.i[99]:=1 ; o.m[99] := 0.6; %--- d --- o.s[100][1]:= (3.3,0.65)--(3.3,12.65); o.s[100][2]:= (3.3,5.9)..(2,7.7)..(1,8.3)..(0,8.55)..(-1,8.45)..(-2,8).. (-3,7)..(-3.5,4.7){down}..(-3,2.2)..(-2,1.1)..(-1,0.7).. (0,0.6)..(1,0.85)..(2,1.5)..(2.7,2.2)..(3.3,3.4); if sharpedges>0: o.s[100][2]:=subpath (0.4,14.3) of o.s[100][2]; fi; o.i[100]:= 2 ; o.m[100] := 0.65; %--- e --- o.s[101][1]:= (-3,5)--(3.25,5){up}..(3.2,5.5)..(3,6.6)..(2,8.1).. (1,8.55)..(0,8.65)..(-1,8.5)..(-2,7.9)..(-3,6.4).. (-3.25,4.8){down}..(-3,3)..(-2,1.35)..(-1,0.8)..(0,0.6).. (1,0.65)..(2,1)..(2.35,1.3); o.i[101]:= 1 ; o.m[101] := 0.6; %--- f --- o.s[102][1]:= (0,0.65)--(-0.1,9.5){up}..(0,10.9)..(0.75,12)..(2,12.5).. (2.85,12.6){right}; o.s[102][2]:= (-2.9,8.45)--(2.9,8.45); o.i[102]:=2 ; o.m[102] := 0.65; %--- g --- o.s[103][1]:= (3.05,8.5)--(3.05,1)..(2.8,-1)..(2,-2)..(1,-2.35)..(0,-2.45).. (-1,-2.4)..(-2,-2.2)..(-2.8,-1.4); o.s[103][2]:= (3.05,5.7)..(2,7.5)..(1,8.3)..(0,8.55)..(-2,8.1).. (-3,7)..(-3.45,4.7){down}..(-3,2.8)..(-2,1.6)..(-1,1.25).. (-0.5,1.2){right}..(0,1.25)..(1,1.55)..(2,2.4)..(3.05,3.85); if sharpedges>0: o.s[103][2]:=subpath (0.5,13.5) of o.s[103][2]; fi; o.i[103]:= 2 ; o.m[103] := -2.45; %--- h --- o.s[104][1]:= (-2.75,0.65)--(-2.75,12.65); o.s[104][2]:= (-2.75,5.95)..(-2.1,7)..(-1,8.1)..(0,8.5)..(0.6,8.55){right}.. (2,8.05)..(2.6,7)..(2.75,5){down}..(2.75,0.65); if sharpedges>0: o.s[104][2]:=subpath (0.6,8) of o.s[104][2]; fi; o.i[104]:=2 ; o.m[104] := 0.65; %--- i --- o.s[105][1]:= (0.1,11.85)--(0.9,11.85)--(0.9,12.65)--(0.1,12.65)-- (0.1,11.85); o.s[105][2]:= (-2.3,8.3)--(0.85,8.3)--(0.85,0.65); o.i[105]:=2 ; o.m[105] := 0.65; %--- j --- o.s[106][1]:= (0.1,11.85)--(0.9,11.85)--(0.9,12.65)--(0.1,12.65)-- (0.1,11.85); o.s[106][2]:= (-1.8,8.3)--(0.75,8.3)--(0.75,1){down}..(0.5,-1)..(0,-1.7).. (-1,-2.25)..tension 2..(-2.8,-2.25); o.i[106]:=2 ; o.m[106] := -2.25; %--- k --- o.s[107][1]:= (-2.45,0.65)--(-2.45,12.65); o.s[107][2]:= (-2.3,5.15)--(-1.15,5.15); o.s[107][3]:= (2.5,8.5)--(-1.15,5.15)--(3.05,0.65); o.i[107]:=3 ; o.m[107] := 0.65; %--- l --- o.s[108][1]:= (-0.95,12.65)..(-1,8)..(-1.05,4)..(-1,3)..(-0.5,1.6).. (0,1.15)..(1,0.8)..(2.5,0.75){right}; o.i[108]:=1 ; o.m[108] := 0.75; %--- m --- o.s[109][1]:= (-3.5,0.65)--(-3.5,8.5); o.s[109][2]:= (-3.5,5.6)..(-3,7.3)..(-2,8.4)..(-1.4,8.55){right}.. (-0.5,8.2)..(0,7)..(0,6){down}..(0,0.65); o.s[109][3]:= (0,5.6)..(0.5,7.3)..(1,8)..(2.1,8.55){right}..(3,8.2).. (3.5,7)..(3.5,6){down}..(3.5,0.65); if sharpedges>0: o.s[109][2]:=subpath (0.7,infinity) of o.s[109][2]; o.s[109][3]:=subpath (0.7,infinity) of o.s[109][3]; fi; o.i[109]:=3 ; o.m[109] := 0.65; %--- n --- o.s[110][1]:= (-3.25,0.65)--(-3.25,8.5); o.s[110][2]:= (-3.25,5.5)..(-2,7.45)..(-1,8.2)..(0,8.5)..(0.5,8.55){right}.. (1,8.5)..(2,8.2)..(3,7)..(3.25,5){down}..(3.25,0.65); if sharpedges>0: o.s[110][2]:=subpath (0.5,infinity) of o.s[110][2]; fi; o.i[110]:=2 ; o.m[110] := 0.65; %--- o --- o.s[111][1]:= (0,8.65){left}..(-2,8.05)..(-3,6.9)..(-3.5,4.6){down}.. (-3,2.35)..(-2,1.2)..(-1,0.73)..(0,0.6){right}.. (1,0.73).. (2,1.2)..(3,2.35)..(3.5,4.6){up}..(3,6.9)..(2,8.05)..cycle; o.i[111]:=1 ; o.m[111] := 0.6; %--- p --- o.s[112][1]:= (-3.3,-2.35)--(-3.3,8.5); o.s[112][2]:= (-3.3,5.85)..(-2,7.65)..(-1,8.3)..(0,8.55)..(1,8.45).. (2,8.05)..(3,7)..(3.5,4.5){down}..(3.3,3)..(2,1.1).. (1,0.7)..(0,0.6)..(-1,0.85)..(-2,1.5)..(-3,2.8)..(-3.3,3.4); if sharpedges>0: o.s[112][2]:=subpath (0.4,13.9) of o.s[112][2]; fi; o.i[112]:=2 ; o.m[112] := -2.35; %--- q --- o.s[113][1]:= (3.3,-2.35)--(3.3,8.5); o.s[113][2]:= (3.3,5.85)..(2,7.65)..(1,8.3)..(0,8.55)..(-1,8.45)..(-2,8.05).. (-3,7)..(-3.5,4.5){down}..(-3,2.2)..(-2,1.1)..(-1,0.7).. (0,0.6)..(1,0.85)..(2,1.5)..(3.3,3.4); if sharpedges>0: o.s[113][2]:=subpath (0.4,13.6) of o.s[113][2]; fi; o.i[113]:=2 ; o.m[113] := -2.35; %--- r --- o.s[114][1]:= (-1.9,0.65)--(-1.9,8.5); o.s[114][2]:= (-1.9,4.7)..(-1,7.15)..(0,8.2)..(1,8.5)..(1.5,8.55){right}.. (2,8.5)..(3.2,7); if sharpedges>0: o.s[114][2]:=subpath (0.4,infinity) of o.s[114][2]; fi; o.i[114]:= 2 ; o.m[114] := 0.65; %--- s --- o.s[115][1]:= (-2.8,1.7)..(-2,0.95)..(-1,0.65)..(0,0.6)..(1,0.7)..(2,1.05).. (2.8,2)..(2.9,2.6){up}..(2.5,3.7)..(2,4.05)..(1,4.4).. (0,4.67)..(-1,4.95)..(-2,5.4)..(-2.5,6)..(-2.7,6.8){up}.. (-2.4,7.8)..(-2,8.2)..(0,8.65).. (0.5,8.64).. % (1,8.6)..(1.4,8.50)..(1.8,8.4)..(2,8.3)..(2.3,8).. (2.55,7.4){(2.5,-9.5)}; o.i[115]:=1 ; o.m[115] := 0.6; %--- t --- o.s[116][1]:= (-3.25,8.35)--(2.45,8.35); o.s[116][2]:= (-1,11){down}..(-1.05,8)..(-1.1,5)..(-1.1,3.5).. (-1,2)..(-0.5,1.1)..(0,0.8)..(1,0.65)..(2.45,1); o.i[116]:=2 ; o.m[116] := 0.65; %--- u --- o.s[117][1]:= (-3.25,8.5)--(-3.25,4.5){down}..(-3.1,2.5)..(-2.6,1.5).. (-1.6,0.8)..(-0.5,0.6)..(0.4,0.7)..(1.1,1)..(1.8,1.5).. (2.5,2.3)..(3.25,3.8); o.s[117][2]:= (3.25,0.65)--(3.25,8.5); if sharpedges>0: o.s[117][1]:=subpath (0,9.5) of o.s[117][1]; fi; o.i[117]:= 2 ; o.m[117] := 0.6; %--- v --- o.s[118][1]:= (-3.45,8.5)--(-0.65,0.65)--(0.65,0.65)--(3.45,8.5); o.i[118]:=1 ; o.m[118] := 0.65; %--- w --- o.s[119][1]:= (-3.45,8.5)--(-2.5,0.65)--(-1.65,0.65)--(-0.4,4.9)-- (0.4,4.9)--(1.65,0.65)--(2.5,0.65)--(3.45,8.5); o.i[119]:= 1 ; o.m[119] := 0.65; %--- x --- o.s[120][1]:= (-2.9,0.65)--(-0.1,4.65)--(-2.7,8.5); o.s[120][2]:= (2.9,0.65)--(0.1,4.65)--(2.7,8.5); o.i[120]:=2 ; o.m[120] := 0.65; %--- y --- o.s[121][1]:= (-3.5,-2.3)..(-2.45,-2.1)..(-2,-1.6)--(3.5,8.5); o.s[121][2]:= (-3.5,8.5)--(0.1,2.3); o.s[121][2]:=subpath (0,0.94) of o.s[121][2]; o.i[121]:=2 ; o.m[121] := -2.3; %--- z--- o.s[122][1]:= (-2.75,8.3)--(2.65,8.3)--(2.65,7.6)--(-2.9,1.45)-- (-2.9,0.85)--(3.05,0.85); o.i[122]:=1 ; o.m[122] := 0.85; %--- { --- o.s[123][1]:= (3.5,0.65){left}..(0.6,1)..(-0.25,2)..{up}(-0.5,4){up}.. (-1.125,6)..{left}(-3.5,6.65); o.s[123][2]:= (-3.5,6.65){right}..(-1,7.4).. {up}(-0.5,9.5){up}..(0,11.7)..(1.2,12.5)..{right}(3.5,12.65); o.i[123]:=2 ; o.m[123] := 0.65; %--- | --- o.s[124][1]:= (0,-1.95)--(0,12.65); o.i[124]:=1 ; o.m[124] := -1.95; %--- } --- o.s[125][1]:= (-3.5,0.65){right}..(-0.6,1)..(0.25,2)..{up}(0.5,4){up}.. (1.125,6)..{right}(3.5,6.65); o.s[125][2]:= (3.5,6.65){left}..(1,7.4).. {up}(0.5,9.5){up}..(-0,11.7)..(-1.2,12.5)..{left}(-3.5,12.65); o.s[125][2]:=subpath (0.02,infinity) of o.s[125][2]; o.i[125]:= 2 ; o.m[125] := 0.65; %--- ~ --- o.s[126][1]:= (-3.25,10.45)..(-1.5,11.75)..(0,11)..(1.5,10.25)..(3.25,11.55); o.i[126]:=1 ; o.m[126] := 10.25; %--- "a-Striche --- %o.s[127][1]:= (-1.5,10.65)--(-1.5,11.65); o.s[127][1]:= (-1.5, 5.65)--(-1.5, 6.65); %o.s[127][2]:= (1.5,10.65)--(1.5,11.65); o.s[127][2]:= (1.5, 5.65)--(1.5, 6.65); o.i[127]:=2 ; o.m[127] := 5.65; %--- "a --- o.s[128][1]:= (-1.5,10.65)--(-1.5,11.65); o.s[128][2]:= (1.5,10.65)--(1.5,11.65); o.s[128][3]:= (-2.45,7.8)..(0,8.65){right}..(2.05,8)..(2.85,6)..(2.85,5)-- (2.85,0.65); o.s[128][4]:= (2.85,5.05){left}..(0,5)..(-2,4.6)..(-3,3.7).. (-3.25,2.7){down}..(-3,1.8)..(-1,0.6)..(1,1.15)..(2,2.05).. (2.85,3.25); if sharpedges>0: o.s[128][4]:=subpath (0.05,8.5) of o.s[128][4]; fi; o.i[128]:=4 ; o.m[128] := 0.6; %--- "o --- o.s[129][1]:= o.s[128][1]; o.s[129][2]:= o.s[128][2]; o.s[129][3]:= (0,8.65){left}..(-2,8.05)..(-3,6.9)..(-3.5,4.6){down}.. (-3,2.35)..(-2,1.2)..(-1,0.73)..(0,0.6){right}.. (1,0.73).. (2,1.2)..(3,2.35)..(3.5,4.6){up}..(3,6.9)..(2,8.05)..cycle; o.i[129]:=3 ; o.m[129] := 0.6; %--- "u --- o.s[130][1]:= o.s[128][1]; o.s[130][2]:= o.s[128][2]; o.s[130][3]:= (-3.25,8.5)--(-3.25,4.5){down}..(-3.1,2.5)..(-2.6,1.5).. (-1.6,0.8)..(-0.5,0.6)..(0.4,0.7)..(1.1,1)..(1.8,1.5).. (2.5,2.3)..(3.25,3.8); o.s[130][4]:= (3.25,0.65)--(3.25,8.5); if sharpedges>0: o.s[130][3]:=subpath (0,9.5) of o.s[130][3]; fi; o.i[130]:=4 ; o.m[130] := 0.6; %--- "A --- o.s[131][1]:= (-3.5,11.65)--(-3.5,12.65); o.s[131][2]:= (3.5,11.65)--(3.5,12.65); o.s[131][3]:= (-3.45,0.7)--(-0.2,11.6)--(0.2,11.6)--(3.45,0.7); o.s[131][4]:= (-2.65,3.55)--(2.65,3.35); % ??? this looks weird o.s[131][4]:=subpath (0.1,0.9) of o.s[131][4]; o.i[131]:=4 ; o.m[131] := 0.7; %--- "O --- o.s[132][1]:= (-3.5,11.65)--(-3.5,12.65); o.s[132][2]:= (3.5,11.65)--(3.5,12.65); o.s[132][3]:= (0,0.65)..(-1.8,1.3)..(-2.8,2.6)..(-3.2,3.8)..(-3.35,5.3).. (-3.1,7.2)..(-2.3,8.8)..(-0.9,9.8)..(0,9.95)..(0.9,9.8).. (2.3,8.8)..(3.1,7.2)..(3.35,5.3)..(3.2,3.8)..(2.8,2.6).. (1.8,1.3)..cycle; o.i[132]:=3 ; o.m[132] := 0.65; %--- "U --- o.s[133][1]:= (-3.5,12.65)--(-2.6,12.65); o.s[133][2]:= (3.5,12.65)--(2.6,12.65); o.s[133][3]:= (-3.5,9.4)--(-3.5,5){down}..(-3.3,2.9)..(-2.8,1.8).. (-1.2,0.8)..(0,0.65)..(1.2,0.8)..(2.8,1.8)..(3.3,2.9).. {up}(3.5,5)--(3.5,9.4); o.i[133]:=3 ; o.m[133] := 0.65; %--- section sign --- o.s[134][1]:= (2.85,11.1)..(2,12.2)..(0.9,12.6)..(0.2,12.65).. (-0.9,12.55)..(-2,12.1)..(-2.6,11.5)..(-2.9,10.4).. (-2.7,9.5)..(-2,8.8)..(-1.1,8.5)..(-0.3,8.4)..(0.8,8.3).. (2.2,8)..(3,7.4)..(3.3,6.5)..(3.2,5.9)..(2.8,5.25)..(2,4.65); o.s[134][2]:= (-1.9,8.75)..(-3,7.8)..(-3.35,6.8)..(-3.1,6)..(-2.2,5.3).. (-0.65,5)..(0.7,4.9)..(2,4.65)..(2.75,4.2)..(3.2,3.5).. (3.3,2.9)..(3.1,2)..(2.4,1.2)..(1.8,0.9)..(0.2,0.65).. (-0.8,0.7)..(-1.9,1)..(-3.2,2.4); if sharpedges>0: o.s[134][1]:=subpath (0,17.5) of o.s[134][1]; o.s[134][2]:=subpath (0.5,infinity) of o.s[134][2]; fi; o.i[134]:=2 ; o.m[134] := 0.65; %--- currency symbol --- o.s[135][1]:= (-3.5,3.15)--(-2.08,4.57); o.s[135][2]:= (-3.5,10.15)--(-2.08,8.73); o.s[135][3]:= (3.5,10.15)--(2.08,8.73); o.s[135][4]:= (3.5,3.15)--(2.08,4.57); o.s[135][5]:= (2.9,6.65)..(0,3.75)..(-2.9,6.65)..(0,9.55)..cycle; o.i[135]:=5 ; o.m[135] := 3.15; %--- senkrechter Strich links --- o.s[136][1]:= (-5.35,-1.25)--(-5.35,11.25); o.i[136]:=1 ; o.m[136] := -1.25; %--- weitere Anfuehrungszeichen --- o.s[137][1]:= (-2.15,12.6)--(-2.65,8.75)--(-2.65,12.6)--cycle; o.s[137][2]:= (2.85,12.6)--(2.45,8.75)--(2.45,12.6)--cycle; o.i[137]:=2 ; o.m[137] := 8.75; fonts-ocr-b-0.2~dfsg1/msk-ocrbmac.mp000066400000000000000000000370251275507450000173770ustar00rootroot00000000000000% % Modified by Matthew Skala, March 2011, to make it MetaType1 compatible % %%%%%%%%%%%%%%%%% Endehandlung nach Zeichenbestimmung %%%%%%%%%%%%%%%%%%%%%% % % Copyright 1995, 2010 Norbert Schwarz % You may freely use, modify, and/or distribute this file, without limitation. % % Dies wird am Ende jeden Zeichens v o r "endchar ausgefuehrt. % % Dort koennen globale Design-Entscheidungen durch evtl. % Mehrfachausgaben realisiert wdrden. % %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % the next several routines are added by Matthew Skala beginfont; proofing:=0; pf_info_quad 1000; pf_info_space 723, 0, 0; pf_info_familyname "OCRA"; pf_info_fixedpitch true; pf_info_capheight 800; pf_info_xheight 585; pf_info_ascender 800; pf_info_descender 200; def ocrdraw(expr dp) = begingroup save g,h,ng,mh,oldnib; path g,h,ng,oldnib; oldnib:=default_nib; mh:=if lightfactor>0: lightfactor else: 1 fi; default_nib:=default_nib scaled mh; if cycle dp: if sharpedges=0: ng:=(subpath (0.4,length(dp)) of dp)--(subpath (0,0.6) of dp); pen_stroke()(ng)(g); dangerousFill g; else: g:=sharp_stroke_cycle(dp,ocrb.penwidth*scalefak*mh/2); if (xpart ((urcorner g)-(llcorner g))>50) and (ypart ((urcorner g)-(llcorner g))>50): dangerousFill g; fi; g:=sharp_stroke_cycle(reverse dp,ocrb.penwidth*scalefak*mh/2); if (xpart ((urcorner g)-(llcorner g))>50) and (ypart ((urcorner g)-(llcorner g))>50): dangerousFill g; fi; fi; else: if sharpedges=0: pen_stroke()(dp)(g); else: g:=sharp_stroke_path(dp,ocrb.penwidth*scalefak*mh/2); fi; dangerousFill g; fi; default_nib:=oldnib; endgroup; enddef; def ocrdrawdot(expr pt) = dangerousFill (default_nib shifted pt); enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Okay, I just can't get pen_stroke working to my satisfaction in the % "sharp corners" case. Here's an all-new replacement for it. vardef sharp_stroke_path(expr pathtostroke,strokeradius) = begingroup % set up variables save x,y,rval,sf; path rval; boolean sf; % compute first points numeric x[],y[]; z0=point 0 of pathtostroke; z1=postcontrol 0 of pathtostroke; z2=strokeradius*(z1-z0)/abs(z0-z1); z3=z0-z2+(z2 rotated 90); z4=z0-z2+(z2 rotated -90); rval=z4--z3; % compute other points sf:=true; for i=0 upto length pathtostroke: numeric x[],y[]; z0=point i of pathtostroke; if i=0: z0=0.5[z1,z2]; else: z1=precontrol i of pathtostroke; fi; if i=length pathtostroke: z0=0.5[z1,z2]; else: z2=postcontrol i of pathtostroke; fi; z3=(z0-z1)/abs(z0-z1); z4=(z2-z0)/abs(z2-z0); if (z3 dotprod z4)>0.95: % curve z5=strokeradius*(z3+z4)/2; z6=z0+(z5 rotated -90); z7=z0+(z5 rotated 90); rval:=z6{-z5}..if sf: {curl 1}rval{curl 1} else: rval fi..{z5}z7; sf:=false; else: % corner z6=z0+strokeradius*(z3 rotated -90)+whatever*z3; z6=z0+strokeradius*(z4 rotated -90)+whatever*z4; z7=z0+strokeradius*(z3 rotated 90)+whatever*z3; z7=z0+strokeradius*(z4 rotated 90)+whatever*z4; if (z3 dotprod z4)<-0.6: if (z3 dotprod (z4 rotated 90))<0: % cut off, turning to left z8=z0+strokeradius*(z3 rotated -90); z9=z0+strokeradius*(z4 rotated -90); if sf: rval:=z9--z8--rval; else: rval:=z9--z8..rval; fi; if (z3 dotprod z4)>-0.9: rval:=rval--z7; fi; else: % cut off, turning to right z8=z0+strokeradius*(z3 rotated 90); z9=z0+strokeradius*(z4 rotated 90); if (z3 dotprod z4)>-0.9: rval:=z6--rval; fi; if sf: rval:=rval--z8--z9; else: rval:=rval..z8--z9; fi; fi; else: rval:=z6{curl 1}.. if sf: {curl 1}rval{curl 1} else: rval fi.. {curl 1}z7; fi; sf:=true; fi; endfor; % compute last points numeric x[],y[]; z3=point infinity of pathtostroke; z4=precontrol infinity of pathtostroke; z5=strokeradius*(z4-z3)/abs(z4-z3); z1=z3-z5+(z5 rotated 90); z2=z3-z5+(z5 rotated -90); rval:=z1{curl 1}.. if sf: {curl 1}rval{curl 1} else: rval fi.. {curl 1}z2--cycle; % return the result reverse rval endgroup enddef; vardef sharp_stroke_cycle(expr pathtostroke,strokeradius) = begingroup % set up variables save x,y,rval,sf,ssf; path rval; boolean sf,ssf; % figure out whether last point is sharp numeric x[],y[]; z0=point 0 of pathtostroke; z1=postcontrol 0 of pathtostroke; z2=precontrol 0 of pathtostroke; z3=(z1-z0)/abs(z1-z0); z4=(z0-z2)/abs(z0-z2); sf:=(z3 dotprod z4)<0.95; ssf:=sf; % compute other points for i=0 upto (length pathtostroke)-1: numeric x[],y[]; z0=point i of pathtostroke; z1=precontrol i of pathtostroke; z2=postcontrol i of pathtostroke; z3=(z0-z1)/abs(z0-z1); z4=(z2-z0)/abs(z2-z0); if (z3 dotprod z4)>0.95: % curve z5=strokeradius*(z3+z4)/2; z6=z0+(z5 rotated -90); z7=z0+(z5 rotated 90); if (i>0): rval:=if sf: rval{curl 1} else: rval fi..{z5}z7; else: rval:=z7; fi; sf:=false; else: % corner z6=z0+strokeradius*(z3 rotated -90)+whatever*z3; z6=z0+strokeradius*(z4 rotated -90)+whatever*z4; z7=z0+strokeradius*(z3 rotated 90)+whatever*z3; z7=z0+strokeradius*(z4 rotated 90)+whatever*z4; if (z3 dotprod z4)<-0.6: if (z3 dotprod (z4 rotated 90))<0: % cut off, turning to left z8=z0+strokeradius*(z3 rotated -90); z9=z0+strokeradius*(z4 rotated -90); if (z3 dotprod z4)>-0.9: if (i>0): rval:=if sf: rval{curl 1} else: rval fi..{curl 1}z7; else: rval:=z7; fi; fi; else: % cut off, turning to right z8=z0+strokeradius*(z3 rotated 90); z9=z0+strokeradius*(z4 rotated 90); if (i>0): rval:=if sf: rval{curl 1} else: rval fi..{curl 1}z8--z9; else: rval:=z8--z9; fi; fi; else: if (i>0): rval:=if sf: rval{curl 1} else: rval fi..{curl 1}z7; else: rval:=z7; fi; fi; sf:=true; fi; endfor; % compute last points rval:=rval if sf: {curl 1} fi .. if ssf: {curl 1} fi cycle; if ssf: rval:=(point 0 of rval)--(subpath (1,length(rval)-1) of rval)--cycle; else: rval:=(point 0 of rval)..(subpath (1,length(rval)-1) of rval)..cycle; fi; % return the result reverse rval endgroup enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % beginning of code by Norbert Schwarz (though some modifications were % applied to this too) path penxy; picture bild; picture bildb; path negpath; def dofinishing = % prule; % Rule in xheight-- Hoehe for j:=1 step 1 until subchar: firstpath:= firstpathcount[j]; lastpath := lastpathcount[j]; % message "path "&decimal j ; % message " from "&decimal firstpath; % message " to "&decimal lastpath ; if j > 1 : penxy := default_nib; if known penrand : default_nib := default_nib scaled penrand; fi cullit; undrawallpath; % if sharpedges>0: cullit; shutedges -1; fi default_nib :=penxy; cullit; fi drawallpath; % if globalslant>0 : "with slant"; fi if sharpedges>0 : % "with sharp edges"; % shutedges 1; fi % if hohl>0 : % "'hohl'"; % cullit; % default_nib:=fix_nib(hohl,hohl,0); % undrawallpath; % cullit; % if sharpedges>0 : shutedges -1 ; fi % cullit; % fi if extraline>0 : % " with extraline"; default_nib:=fix_nib(extraline,extraline,0); drawallpath; % if sharpedges>0 : shutedges 1; fi fi endfor if negativ > 0: % cullit; bild:=currentpicture; clearit; negpath:= (-0.5*SYMBWIDTH/scalefak ,-0.35maxy)-- ( 0.5*SYMBWIDTH/scalefak ,-0.35maxy)-- ( 0.5*SYMBWIDTH/scalefak , 1.2maxy)-- (-0.5*SYMBWIDTH/scalefak , 1.2maxy)--cycle; % (-0.5*SYMBWIDTH/scalefak ,-0.35maxy)..cycle; negpath:=negpath shifted (shiftfak,0) scaled scalefak; if known glyph_llx: negpath:=(min(glyph_llx-10,xpart llcorner negpath), min(glyph_lly-10,ypart llcorner negpath))-- (max(glyph_urx+10,xpart urcorner negpath), min(glyph_lly-10,ypart llcorner negpath))-- (max(glyph_urx+10,xpart urcorner negpath), max(glyph_ury+10,ypart urcorner negpath))-- (min(glyph_llx-10,xpart llcorner negpath), max(glyph_ury+10,ypart urcorner negpath))--cycle; fi; dangerousFill negpath; % cullit; bildb := currentpicture; clearit; % currentpicture := bildb-bild; % cullit; % showit; fi clearallpath; enddef; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %def comment text x= % for k:=0 step 29 until (length x)+ 28 : % special " 9"&substring(k,k+29) of(x&" ") ; % numspecial 0;numspecial 0; endfor enddef; def corrwidth expr x= charwd:=x/pt; w:=x; h:=w; enddef; def prule = proofrule((0,0.5capheight),(capheight,0.5capheight)); proofrule((0,0.25capheight),(capheight,0.25capheight)); proofrule((0,0.75capheight),(capheight,0.75capheight)); proofrule((0.25capheight,0),(0.25capheight,capheight)); proofrule((0.75capheight,0),(0.75capheight,capheight)); proofrule(( 0.5capheight,0),(0.5capheight,capheight));enddef; sheight := 0.75 xheight; vardef make@#= if (length str@#) = 1: charcode:=ASCII str @#; else: charcode:=0; fi "Generierung: "&str@#; encode(str@#) (charcode); standard_introduce(str@#); beginglyph(str@#); char@#; fix_hsbw(10pt#,0,0); endglyph; enddef; path allpath[]; def clearallpath = subchar := 1; firstpathcount[subchar]:=0; lastpathcount[subchar]:=-1; pathcount:=-1; enddef; def nextsubchar = subchar := subchar+1; firstpathcount[subchar]:=pathcount+1; lastpathcount[subchar]:=pathcount; enddef; clearallpath; path shutpen; path unitpath; def shutedges expr www = unitpath := (-0.5,-0.5)--(0.5,-0.5)--(0.5,0.5)--(-0.5,0.5)..cycle; shutwidth := abs pen_lft + pen_rt; for i:=firstpath step 1 until lastpath: if cycle allpath[i]: else: shutpen:= unitpath scaled shutwidth rotated (angle(direction 0 of allpath[i])) slanted globalslant ; dangerousFill (shutpen scaled www shifted ((point 0 of allpath[i]) slanted globalslant)); shutpen:= unitpath scaled shutwidth rotated (angle (direction infinity of allpath[i])) slanted globalslant ; dangerousFill (shutpen scaled www shifted ((point infinity of allpath[i]) slanted globalslant)); fi endfor enddef; def savepath text p = pathcount:=pathcount+1; lastpathcount[subchar]:=pathcount; allpath[pathcount]:=p; enddef; def drawallpath = if globalslant=0: for i:=firstpath step 1 until lastpath: ocrdraw(allpath[i]); endfor else: for i:=firstpath step 1 until lastpath: ocrdraw (allpath[i] slanted globalslant); endfor fi enddef; def undrawallpath = if globalslant=0: for i:=firstpath step 1 until lastpath: ocrdraw(allpath[i]); endfor else: for i:=firstpath step 1 until lastpath: ocrdraw (allpath[i] slanted globalslant); endfor fi enddef; %===================================================================== %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%$%%%%% %%%%%%%%%%%%%% Makros und Konstanten zum Font O C R B %%%%%%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % ========== % mm := (1000u/10pt) * (72.27pt/1in) * (1in/25.4mm) * 1mm; % small correction to make widths exactly 500 units mm := (7227/25.4)*1.004*(10pt#/designsize); designfaktor := designsize*0.1; capheight := 12.275*mm*designfaktor; % Hoehe von "E" unskaliert xheight := 0.5*capheight * designfaktor; % SYMBWIDTH := 2.54mm*designfaktor; % 10 Zeichen je inch scalefak := mm*2.28/11.4*designfaktor; % ================================ path o.s[][]; ocrb.penwidth := 1.75; % Strichstaerke ocrb.width := 7 + ocrb.penwidth; path my_defaultpen; my_defaultpen :=fullcircle scaled (ocrb.penwidth*scalefak); maxy := 12.6 + 0.5ocrb.penwidth; %shiftfak := 0.5maxy; shiftfak := (0.5SYMBWIDTH)/scalefak; path xpath; %------- font dimensionen ptscale := 1/pt; font_x_height (8.5+0.5ocrb.penwidth)*scalefak / pt * designfaktor; font_slant globalslant ; font_normal_space 1.0 * SYMBWIDTH * ptscale; font_normal_stretch 0.0 * SYMBWIDTH * ptscale; font_normal_shrink 0.0 * SYMBWIDTH * ptscale; font_quad 2.0 * SYMBWIDTH * ptscale; font_extra_space 1.0 * SYMBWIDTH * ptscale; %============= Ligaturtabelle fuer Umlaute ==================== ligtable "a" : oct"042" =: oct"200"; ligtable "o" : oct"042" =: oct"201"; ligtable "u" : oct"042" =: oct"202"; ligtable "A" : oct"042" =: oct"203"; ligtable "O" : oct"042" =: oct"204"; ligtable "U" : oct"042" =: oct"205"; %=============================================================== def makechar expr charnumber = if known o.i[charnumber] : encode("char"&decimal charnumber) (charnumber); standard_introduce("char"&decimal charnumber); beginglyph("char"&decimal charnumber); default_nib:=my_defaultpen; kx := 0; for i:=1 step 1 until o.i[charnumber]: if known o.s[charnumber][i] : xpath :=(o.s[charnumber][i] shifted (shiftfak,0) ) scaled scalefak; savepath xpath; for k:=0 step 1 until (length xpath): kx:=kx+1; z[kx] = point k of xpath; endfor fi endfor if proofing>0 : labels(0,1,2,3,4,5,6,7,8,9); labels(10,11,12,13,14,15,16,17,18,19); labels(20,21,22,23,24,25,26,27,28,29); labels(30,31,32,33,34,35,36,37,38,39); fi dofinishing; %corrwidth capheight; corrwidth SYMBWIDTH; % Tiefe korrigieren if known o.m[charnumber]: if (o.m[charnumber]-(0.5*ocrb.penwidth))< 0: chardp := ((o.m[charnumber]-(0.5*ocrb.penwidth)) * scalefak ) / pt; d :=round (chardp*pt); fi fi fix_hsbw(723,0,0); endglyph; else: message "unknown character referenced in makechar"; fi enddef; body_height#:=11.5*scalefak; asc_height#:= 11.5*scalefak; cap_height#:= 11.5*scalefak; fig_height#:= 12.6*scalefak; x_height#:= 8.5*scalefak; math_axis#:= 8.5*scalefak; hohl := lightfactor * ocrb.penwidth * scalefak; % 0<= lightfactor < 1 fonts-ocr-b-0.2~dfsg1/ocr.tex000066400000000000000000000276371275507450000161600ustar00rootroot00000000000000\documentclass{article} \usepackage{fontspec} \usepackage[margin=1.25in,top=0.85in]{geometry} \usepackage{wrapfig} \usepackage{xltxtra} \usepackage{hyperref} \defaultfontfeatures{WordSpace={1,0,0},PunctuationSpace={3}} \setlength{\parindent}{0pt} \setlength{\parskip}{\baselineskip} \raggedright \title{OCR-A and OCR-B fonts\\version 0.2} \author{Matthew Skala} \date{September 27, 2012} \begin{document} \setmainfont{OCRB.otf} \setmonofont{OCRB.otf} \maketitle \section{Introduction} In the mid-2000s I had a reason to need the fonts "OCR A" and "OCR B," and I found it much more difficult than it should have been to obtain copies and get them working with my software. There are commercial versions on the market; but these fonts, being defined in and required by public standards documents, really ought to be available in the free world. There were free versions available but only in the semi-obsolete MetaFont format, designed to produce bitmap output for use with TeX\@. I ended up getting a bunch of conversion and tracing software and semi-manually converting the fonts to TrueType format. The results were just barely good enough for my own purposes; but I posted them on my Web site anyway just in case they might be of use to others. It turns out that in the years since then, those fonts have been among the most-requested resources on my Web site. Dozens if not hundreds of people have downloaded them and used them - and suffered the consequences of the crummy conversion job, and complained about the bad encoding, and so on. In the time since then I've also learned a lot more about how fonts work, and have designed a few of my own. I'm no longer thrilled to have my name on the old, poor-quality converted OCR fonts; and with my improved knowledge, I'm now in a position to write better ones. This package contains those better fonts. More work still needs to be done, but it's already a significant improvement on the older packages. Each font is provided in three ready-made forms: PostScript (.pfb and .afm files), TrueType (.ttf files), and OpenType (.otf files). Almost any computer typesetting or word processing system should be able to read at least one of these formats. OpenType is probably best if you have a choice. Please note that by definition these fonts have limited glyph sets - and if you actually want to use these fonts for OCR applications (their original purpose) then you should be very careful about which glyphs you use, because both typefaces have been extended by others (not me) to contain nonstandard glyphs beyond the official ones. Similarly, this package contains some nonstandard styles for OCR B (italic, reverse video, and outline) which may be visually appealing but are probably not appropriate for actual OCR use. Please note that although the Metafont definitions for both OCR A and OCR B purport to support "optical size," they actually just scale the outlines linearly for the different sizes, so when converting to a scaleable format there's no point treating the different sizes separately. My email address is \url{mailto:mskala@ansuz.sooke.bc.ca}~. As of this version, this package has become part of the Tsukurimashou Project at \url{http://tsukurimashou.sourceforge.jp/}~. That is a bilingual page, English and Japanese; you can select the other one in the upper right corner if your browser's language preferences are misconfigured. All bug reports and feature and support requests for these OCR fonts should be filed in the Tsukurimashou Project's ticket tracker, with the component set to "Parasite font packages." \setmainfont{OCRA.otf} \setmonofont{OCRA.otf} \section{OCR A} Text in this section of this document is set in OCR A; the other sections are OCR B. OCR A is the standard font for the human-readable ISBN printed above the bar code on most books. It has an old-fashioned computerish feel, evoking the mythos of "big iron" data processing for which it was originally designed. The version in this package originates with ANSI Standard X3.17-1977, approved January 20, 1977. Tor Lillqvist of the Technical Research Centre of Finland created a Metafont definition and added some semi-official characters for writing Nordic languages, based on an appendix of the standard. There is a "bang path" email address (no longer routable on the vast majority of Internet email systems) for Lillqvist in the source code comments, but little other information about this stage of the font's development is available to me. Richard B. Wales of UCLA picked up the project in 1988 and his copyright assertion and notes are in the code comments as well. It is not clear to me how much of the original content of the font actually belongs to Wales. In his copyright notice he states that the font may be used freely, but cannot be distributed for profit (see the notices at the start of msk-ocra.mp for details). I released an earlier version in 2006 but that is now obsolete; the present version is newly derived in 2011 from the Wales version. I make no copyright claim on it myself. The Metafont package I worked from is available at \url{http://www.ctan.org/tex-archive/fonts/ocr-a}~. This font includes alternate versions for some characters. The alternates are available in the OpenType version via the "stylistic set" and "all alternates" features. In each case I have let the default versions of the characters be the ones that were default in the Wales version; in some cases those are actually the more recently revised versions of the glyphs. See the source code or experiment with the OpenType features for more information. The alternates should also be available through the TrueType and PostScript versions, but I can't comment on exactly how to access them. \setmainfont{OCRB.otf} \setmonofont{OCRB.otf} \section{OCR B} OCR B is the standard font for the human-readable number printed along the bottom edge of a UPC/EAN bar code. That means that a standard book, if it's really using the correct fonts, needs both OCR A and OCR B in its bar code block. Many UPC codes do not actually use OCR B, however; often they fudge it with Courier, Helvetica, or even Arial. Unlike the ISBN (which is human-readable but meant to also be machine-readable), the number along the bottom of the bar code is only for human beings, and a computer would only scan the bars themselves. The version in this package descends from a set of Metafont definitions by Norbert Schwarz of Ruhr-Universitaet Bochum, bearing dates ranging from 1986 to 2010. He originally distributed it under a "non-commercial use only" restriction but has since released it for unrestricted use and distribution. See the README file for more details. The Metafont definitions include a number of variants for things like "sharp ends" and "reverse video." It's not clear how valuable those alternate fonts are; they aren't suitable for actual OCR use, and there are some problems in the outlines (for instance, with poor overlapping of sharp-ended strokes) that make them less than optimal for human use too. Making the alternate versions work with MetaType1 is going to require a fair bit of effort working around bugs in MetaType1 and Fontforge, as well as correcting the problems in the originals; I plan to do that eventually, but it's not done in this version. Just as with the OCR A font, there are alternate glyphs for a few characters. In the OpenType version, these are available through the "stylistic set" and "all alternates" features. The current version of the Schwarz package is available from CTAN at this address: \url{http://www.ctan.org/tex-archive/fonts/ocr-b} There is also a package by ZdenĖ‡\hspace{-0.1in}ek Wagner that is similar in general nature to this one: \url{http://www.ctan.org/tex-archive/fonts/ocr-b-outline} Like my earlier package, Wagner's was derived by tracing the outlines from the Metafont originals in a semi-automated way. The fonts in my current package are probably cleaner. \section{Compiling the fonts} Note that the binary font files are included in the package. Most users will have no reason to recompile them, and can safely ignore this section. As of this version, this package builds using a stripped-down version of MetaType1 with some bugs fixed, inherited from the Tsukurimashou Project. The relevant code is bundled with this package, and (where applicable) relicensed to public domain. MetaType1 is no longer a dependency; Perl, Metapost (which should be included in a standard TeX distribution) and t1asm (part of the t1utils package) are now dependencies. FontForge is a dependency. Recompiling this document will also require XeLaTeX (which should be included in a standard TeX distribution); and there are additional considerations relevant to the test suite, for which see the "Testing the fonts" section below. Having "expect" is recommended but not required. This package includes a standard GNU Autotools build system; if you have the prerequisites, it should work by running "./configure" followed by "make". If you turn off the default feature that hides them, the compilation process will produce a large number of error messages; most of these are associated with bugs in Fontforge's spline geometry code, and are unavoidable. The build system supports a "make install" target; however, you might not want to use it, because it will install all the different styles and formats of the fonts and quite possibly install them in places other than where you expect. Most users will probably only want one format and a limited selection of styles, and would be better served by manually copying the files they want after building. Note that all the finished fonts intended for installation and use have filenames starting with capitalized "OCR"; there are intermediate Postscript files created during the build under names that start with lowercase "msk-ocr," but those are lacking important metadata and should not be installed and used directly. Most of the Metapost source code files in this package have had their names changed by prefixing "msk-"; that is to prevent a collision with the filenames used by the original TeX packages. If, like me, you try to compile these fonts on a system that also has the original TeX packages installed, there would otherwise be a danger of getting the original MetaFont files mixed with these Metapost files in a way that would cause it to fail. I couldn't figure out how to force Metapost to really use a specified pathname instead of going through TeX's filename search; it appears to strip off all specified path information. \section{Testing the fonts} The build system supports a "make check" target, which will run FontForge's "fontlint" program on all the installable fonts. This is a very demanding test. It will report a failure on anything that FontForge's developers (and even though I have sometimes been credited as one of these, I do not take responsibility for this point) think is against the rules or even vaguely questionable. Most fontlint validation errors are harmless in actual practice; so if you run "make check" and see nothing but red, Don't Panic. At the very least, "make check" will almost certainly fail if your fonts were built with a version of FontForge that did not support my proposed optional argument to AddExtrema(); and as of this writing the only version of FontForge that supports that is the one in my Github fork at \url{https://github.com/mskala/fontforge}~. The issue, for those interested, is that FontForge's "add extrema" operation has several different operating modes, including one that adds all possible extrema and one that only adds them in cases where it's considered "safe" to do so. The scripting language by default can only invoke the "safe" version; but fontlint demands all extrema whether safe or not, so without a patched version that makes the other modes available to the scripting language, it's not possible for scripts to generate fonts that can pass fontlint. Please do not report validation errors as bugs if you are not using the version of FontForge from my Github fork. \end{document} fonts-ocr-b-0.2~dfsg1/ocra-no.pe000066400000000000000000000014101275507450000165140ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Fontforge script for OCR A # # This file is released to the public domain by its author, Matthew Skala. Open("msk-ocra10.pfb"); SetFontNames("OCRA","OCRA","OCR A","Regular","Matthew Skala (2011-12); based on code by Richard B. Wales (1988-89) and Tor Lillqvist","2"); SelectAll();SetWidth(723); SelectAll();RoundToCluster(2,2); SelectAll();RoundToInt(); SelectAll();Simplify(212,3); SelectAll();AddExtrema(); SelectAll();RoundToInt(); SelectAll();CorrectDirection(); SelectAll();CanonicalStart(); SelectAll();CanonicalContours(); SelectAll();AutoHint(); SelectAll();AutoCounter(); MergeFeature($1); Generate("OCRA.pfb"); Generate("OCRA.otf"); SetFontOrder(2); SelectAll();AutoHint(); SelectAll();AutoCounter(); Generate("OCRA.ttf"); Quit(0); fonts-ocr-b-0.2~dfsg1/ocra-yes.pe000066400000000000000000000014111275507450000167010ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Fontforge script for OCR A # # This file is released to the public domain by its author, Matthew Skala. Open("msk-ocra10.pfb"); SetFontNames("OCRA","OCRA","OCR A","Regular","Matthew Skala (2011-12); based on code by Richard B. Wales (1988-89) and Tor Lillqvist","2"); SelectAll();SetWidth(723); SelectAll();RoundToCluster(2,2); SelectAll();RoundToInt(); SelectAll();Simplify(212,3); SelectAll();AddExtrema(1); SelectAll();RoundToInt(); SelectAll();CorrectDirection(); SelectAll();CanonicalStart(); SelectAll();CanonicalContours(); SelectAll();AutoHint(); SelectAll();AutoCounter(); MergeFeature($1); Generate("OCRA.pfb"); Generate("OCRA.otf"); SetFontOrder(2); SelectAll();AutoHint(); SelectAll();AutoCounter(); Generate("OCRA.ttf"); Quit(0); fonts-ocr-b-0.2~dfsg1/ocra.fea000066400000000000000000000014221275507450000162340ustar00rootroot00000000000000languagesystem DFLT dflt; languagesystem latn dflt; feature aalt { sub period from [period period.alt]; sub question from [question question.alt]; sub quotesingle from [quotesingle quotesingle.alt]; sub comma from [comma comma.alt]; sub hyphen from [hyphen hyphen.alt]; } aalt; feature ss01 { featureNames { name "Alternate period"; }; sub period by period.alt; } ss01; feature ss02 { featureNames { name "Alternate question mark"; }; sub question by question.alt; } ss02; feature ss03 { featureNames { name "Alternate apostrophe"; }; sub quotesingle by quotesingle.alt; } ss03; feature ss04 { featureNames { name "Alternate comma"; }; sub comma by comma.alt; } ss04; feature ss05 { featureNames { name "Alternate hyphen"; }; sub hyphen by hyphen.alt; } ss05; fonts-ocr-b-0.2~dfsg1/ocrb-no.pe000066400000000000000000000023361275507450000165250ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Fontforge script for OCR B # # This file is released to the public domain by its author, Matthew Skala. # $1 = terse name, lc # $2 = terse name, uc # $3 = human-style name # $4 = if set, do background/foreground subtraction # $5 = feature file to attach if (Strtol($4)>0) Open("msk-ocrb10"+$1+"bg.pfb"); SelectAll();Copy(); Open("msk-ocrb10"+$1+"fg.pfb"); SelectAll();PasteInto();CorrectDirection(); else Open("msk-ocrb10"+$1+".pfb"); endif SetFontNames("OCRB"+$2,"OCRB","OCR B "+$3,"Regular","Matthew Skala (2011-12); based on code by Norbert Schwarz (1986, 2011)","2"); SelectAll();SetWidth(723); "ocrbnames.pe"(); #if (Strtol($4)>0) # Select("AE");Cut(); # Select("OE");Cut(); # Select("ae");Cut(); # Select("oe");Cut(); #endif SelectAll();RoundToCluster(2,2); SelectAll();RoundToInt(); SelectAll();Simplify(212,3); SelectAll();AddExtrema(); SelectAll();RoundToInt(); SelectAll();CorrectDirection(); SelectAll();CanonicalStart(); SelectAll();CanonicalContours(); SelectAll();AutoHint(); SelectAll();AutoCounter(); MergeFeature($5); Generate("OCRB"+$2+".pfb"); Generate("OCRB"+$2+".otf"); SetFontOrder(2); SelectAll();AutoHint(); SelectAll();AutoCounter(); Generate("OCRB"+$2+".ttf"); Quit(0); fonts-ocr-b-0.2~dfsg1/ocrb-yes.pe000066400000000000000000000023341275507450000167070ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Fontforge script for OCR B # # This file is released to the public domain by its author, Matthew Skala. # $1 = terse name, lc # $2 = terse name, uc # $3 = human-style name # $4 = if set, do background/foreground subtraction # $5 = feature file to attach if (Strtol($4)>0) Open("msk-ocrb10"+$1+"bg.pfb"); SelectAll();Copy(); Open("msk-ocrb10"+$1+"fg.pfb"); SelectAll();PasteInto();CorrectDirection(); else Open("msk-ocrb10"+$1+".pfb"); endif SetFontNames("OCRB"+$2,"OCRB","OCR B "+$3,"Regular","Matthew Skala (2011); based on code by Norbert Schwarz (1986, 2011)","2"); SelectAll();SetWidth(723); "ocrbnames.pe"(); #if (Strtol($4)>0) # Select("AE");Cut(); # Select("OE");Cut(); # Select("ae");Cut(); # Select("oe");Cut(); #endif SelectAll();RoundToCluster(2,2); SelectAll();RoundToInt(); SelectAll();Simplify(212,3); SelectAll();AddExtrema(1); SelectAll();RoundToInt(); SelectAll();CorrectDirection(); SelectAll();CanonicalStart(); SelectAll();CanonicalContours(); SelectAll();AutoHint(); SelectAll();AutoCounter(); MergeFeature($5); Generate("OCRB"+$2+".pfb"); Generate("OCRB"+$2+".otf"); SetFontOrder(2); SelectAll();AutoHint(); SelectAll();AutoCounter(); Generate("OCRB"+$2+".ttf"); Quit(0); fonts-ocr-b-0.2~dfsg1/ocrb.fea000066400000000000000000000012111275507450000162310ustar00rootroot00000000000000languagesystem DFLT dflt; languagesystem latn dflt; feature aalt { sub grave from [grave grave.alt]; sub quotedbl from [quotedbl quotedbl.alt]; sub quotesingle from [quotesingle quotesingle.alt]; sub bar from [bar bar.alt]; } aalt; feature ss01 { featureNames { name "Alternate grave accent"; }; sub grave by grave.alt; } ss01; feature ss02 { featureNames { name "Alternate double quote"; }; sub quotedbl by quotedbl.alt; } ss02; feature ss03 { featureNames { name "Alternate apostrophe"; }; sub quotesingle by quotesingle.alt; } ss03; feature ss04 { featureNames { name "Alternate vertical bar"; }; sub bar by bar.alt; } ss04; fonts-ocr-b-0.2~dfsg1/ocrbnames.pe000066400000000000000000000134761275507450000171460ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Fontforge script to assign glyph names to OCR B # # This file is released to the public domain by its author, Matthew Skala. Select("char0");SetGlyphName("Gamma"); Select("char1");SetGlyphName("Delta"); Select("char2");SetGlyphName("Theta"); Select("char3");SetGlyphName("Lambda"); Select("char4");SetGlyphName("Xi"); Select("char5");SetGlyphName("Pi"); Select("char6");SetGlyphName("Sigma"); Select("char7");SetGlyphName("Upsilon"); Select("char8");SetGlyphName("Phi"); Select("char9");SetGlyphName("Psi"); Select("char10");SetGlyphName("Omega"); Select("char11");SetGlyphName("arrowup"); Select("char12");SetGlyphName("arrowdown"); Select("char13");SetGlyphName("quotesingle.alt"); Select("char14");SetGlyphName("exclamdown"); Select("char15");SetGlyphName("questiondown"); Select("char16");SetGlyphName("dotlessi"); Select("char17");SetGlyphName("dotlessj"); Select("char18");SetGlyphName("grave.alt"); Select("char19");SetGlyphName("acute"); Select("char20");SetGlyphName("caron"); Select("char21");SetGlyphName("breve"); Select("char22");SetGlyphName("macron"); Select("char23");SetGlyphName("dotaccent"); Select("char24");SetGlyphName("cedilla"); Select("char25");SetGlyphName("germandbls"); Select("char26");SetGlyphName("ae"); Select("char27");SetGlyphName("oe"); Select("char28");SetGlyphName("oslash"); Select("char29");SetGlyphName("AE"); Select("char30");SetGlyphName("OE"); Select("char31");SetGlyphName("Oslash"); Select("char32");SetGlyphName("space"); Select("char33");SetGlyphName("exclam"); Select("char34");SetGlyphName("quotedbl.alt"); Select("char35");SetGlyphName("numbersign"); Select("char36");SetGlyphName("dollar"); Select("char37");SetGlyphName("percent"); Select("char38");SetGlyphName("ampersand"); Select("char39");SetGlyphName("quotesingle"); Select("char40");SetGlyphName("parenleft"); Select("char41");SetGlyphName("parenright"); Select("char42");SetGlyphName("asterisk"); Select("char43");SetGlyphName("plus"); Select("char44");SetGlyphName("comma"); Select("char45");SetGlyphName("hyphen"); Select("char46");SetGlyphName("period"); Select("char47");SetGlyphName("slash"); Select("char48");SetGlyphName("zero"); Select("char49");SetGlyphName("one"); Select("char50");SetGlyphName("two"); Select("char51");SetGlyphName("three"); Select("char52");SetGlyphName("four"); Select("char53");SetGlyphName("five"); Select("char54");SetGlyphName("six"); Select("char55");SetGlyphName("seven"); Select("char56");SetGlyphName("eight"); Select("char57");SetGlyphName("nine"); Select("char58");SetGlyphName("colon"); Select("char59");SetGlyphName("semicolon"); Select("char60");SetGlyphName("less"); Select("char61");SetGlyphName("equal"); Select("char62");SetGlyphName("greater"); Select("char63");SetGlyphName("question"); Select("char64");SetGlyphName("at"); Select("char65");SetGlyphName("A"); Select("char66");SetGlyphName("B"); Select("char67");SetGlyphName("C"); Select("char68");SetGlyphName("D"); Select("char69");SetGlyphName("E"); Select("char70");SetGlyphName("F"); Select("char71");SetGlyphName("G"); Select("char72");SetGlyphName("H"); Select("char73");SetGlyphName("I"); Select("char74");SetGlyphName("J"); Select("char75");SetGlyphName("K"); Select("char76");SetGlyphName("L"); Select("char77");SetGlyphName("M"); Select("char78");SetGlyphName("N"); Select("char79");SetGlyphName("O"); Select("char80");SetGlyphName("P"); Select("char81");SetGlyphName("Q"); Select("char82");SetGlyphName("R"); Select("char83");SetGlyphName("S"); Select("char84");SetGlyphName("T"); Select("char85");SetGlyphName("U"); Select("char86");SetGlyphName("V"); Select("char87");SetGlyphName("W"); Select("char88");SetGlyphName("X"); Select("char89");SetGlyphName("Y"); Select("char90");SetGlyphName("Z"); Select("char91");SetGlyphName("bracketleft"); Select("char92");SetGlyphName("backslash"); Select("char93");SetGlyphName("bracketright"); Select("char94");SetGlyphName("circumflex"); Select("char95");SetGlyphName("underscore"); Select("char96");SetGlyphName("grave"); Select("char97");SetGlyphName("a"); Select("char98");SetGlyphName("b"); Select("char99");SetGlyphName("c"); Select("char100");SetGlyphName("d"); Select("char101");SetGlyphName("e"); Select("char102");SetGlyphName("f"); Select("char103");SetGlyphName("g"); Select("char104");SetGlyphName("h"); Select("char105");SetGlyphName("i"); Select("char106");SetGlyphName("j"); Select("char107");SetGlyphName("k"); Select("char108");SetGlyphName("l"); Select("char109");SetGlyphName("m"); Select("char110");SetGlyphName("n"); Select("char111");SetGlyphName("o"); Select("char112");SetGlyphName("p"); Select("char113");SetGlyphName("q"); Select("char114");SetGlyphName("r"); Select("char115");SetGlyphName("s"); Select("char116");SetGlyphName("t"); Select("char117");SetGlyphName("u"); Select("char118");SetGlyphName("v"); Select("char119");SetGlyphName("w"); Select("char120");SetGlyphName("x"); Select("char121");SetGlyphName("y"); Select("char122");SetGlyphName("z"); Select("char123");SetGlyphName("braceleft"); Select("char124");SetGlyphName("bar"); Select("char125");SetGlyphName("braceright"); Select("char126");SetGlyphName("tilde"); # Norbert Schwarz's source code says that char127 is " "a-Striche ". # According to Wiktionary, Striche is the plural of Strich, meaning # "streetwalker's district". Since Unicode doesn't have a code point # for that (yet), I am encoding it as "spacing umlaut" even though its # vertical position seems strange. Select("char127");SetGlyphName("dieresis"); Select("char128");SetGlyphName("adieresis"); Select("char129");SetGlyphName("odieresis"); Select("char130");SetGlyphName("udieresis"); Select("char131");SetGlyphName("Adieresis"); Select("char132");SetGlyphName("Odieresis"); Select("char133");SetGlyphName("Udieresis"); Select("char134");SetGlyphName("section"); Select("char135");SetGlyphName("currency"); Select("char136");SetGlyphName("bar.alt"); Select("char137");SetGlyphName("quotedbl"); fonts-ocr-b-0.2~dfsg1/rmo.pe000066400000000000000000000002711275507450000157570ustar00rootroot00000000000000#!/usr/local/bin/fontforge # # Overlap removal script # Open($1); SelectAll(); RoundToCluster(2,2); RoundToInt(); Simplify(212,3); FindIntersections(); RemoveOverlap(); Generate($1);