eTktab-3.2/0040755007205300000240000000000007760433730011616 5ustar jsonnstaffeTktab-3.2/CHANGES.html0100644007205300000240000001405107760434125013551 0ustar jsonnstaff eTktab revision history

1.0 (initial revision--changes from tktab->eTktab listed)

1.1

2.0

CLEANUP:
NEW FEATURES:

2.1

2.5

CLEANUP:
NEW FEATURES:

3.0

CLEANUP:
NEW FEATURES:

3.1

CLEANUP:
NEW FEATURES:

3.2

CLEANUP:
NEW FEATURES:
KNOWN BUGS: (see readme)
eTktab-3.2/eTktab0100555007205300000240000053533007760433730012762 0ustar jsonnstaff#!/bin/sh # This line makes the next one a comment in Tcl \ exec wish "$0" -- ${1+"$@"} # eTKTab by Jason Sonnenschein jes_jm@yahoo.com # based on: # TkTab by Giovanni Chierico, chierico@writeme.com # You can do whatever you want with the code, as long as you leave my name and email address in it. Thanks # $Id: eTktab,v 1.355 2003/11/19 16:53:22 jsonn Exp $ ####################################### ### SET CONSTANTS: ### # create necessary root namespaces namespace eval WIN {} namespace eval defaults {} # move next line to initialization code when program pulls up new windows set version "3.2" set webpage {http://etktab.sourceforge.net} set author {Jason Sonnenschein (jes_jm@yahoo.com)} # Mac OS X calls itself Unix, but is really more mac-like array set my_platform [ array get tcl_platform ] if {$my_platform(os)=="Darwin"} { set my_platform(platform) "macintosh" } # some O/S dependent stuff switch -- $my_platform(platform) { {macintosh} { set commandkey Command set altkey Option # Cloverleaf symbol in Chicago Font is ASCII 17 (HEX 11) set displaycmd "\x11" set displayalt Opt set keynext Next set keyprior Prior array set mousebind {paste ButtonPress-3 extend Shift-ButtonPress-1 disable {Shift-Button1-Motion Shift-ButtonRelease-1 Shift-B1-Leave Shift-B1-Enter}} set program_dir [ file dirname [ info nameofexecutable ] ] if {$my_platform(os)=="MacOS"} { set prefs_filename [file join $env(PREF_FOLDER) eTktab] set tempdir $env(TEMP) set cwd [pwd] } else { set prefs_filename [file join $env(HOME) .eTktabrc] set tempdir /tmp set cwd $env(HOME) } } {windows} { set altkey Alt set commandkey Control set displayalt Alt set displaycmd Ctrl set keynext Next set keyprior Prior array set mousebind {paste ButtonPress-3 extend Shift-ButtonPress-1 disable {Shift-Button1-Motion Shift-ButtonRelease-1 Shift-B1-Leave Shift-B1-Enter}} set prefs_filename {HKEY_CURRENT_USER\Software\eTktab} catch {set tempdir $env(TMP)} catch {set tempdir $env(TEMP)} set program_dir [ file dirname [ info nameofexecutable ] ] set cwd [pwd] } default { # Unix set altkey Alt set commandkey Control set displayalt Alt set displaycmd Ctrl set keynext Page_Down set keyprior Page_Up array set mousebind {paste ButtonPress-2 extend ButtonPress-3 disable {}} set prefs_filename [file join $env(HOME) .eTktabrc] set tempdir /tmp set program_dir [ file dirname [ info script ] ] set cwd [pwd] } } # number of redo/undo steps kept set histsteps 10 # all possible notes set chromatic {D# {D } Db C# {C } {B } Bb A# {A } Ab G# {G } Gb F# {F } {E } Eb} # basefret stuff set maxbasefret 21 # what embellishments are there array set embellish { 0 - 1 h 2 p 3 ^ 4 ~ 5 / 6 "\\" 7 s 8 b 9 r 10 t 20 x } # what non-fret symbols are there array set tab_symbols { -1 --- -2 -|- -6 o|- -10 -|o -14 o|o -16 { }} # width of guitar tuning in chars set initial_col 3 # chars per column of tab set col_width 3 # max lines of lyrics set lyrics_max 10 # font sizes and types to be made available in prefs set font_sizes { 6 7 8 9 10 12 14 18 24 } array set font_weights {regular {} bold bold italic italic bold_italic {bold italic}} # appearance of main window and statusbar array set default_prefs {color_tab_bg_default black color_tab_bg_sel grey60 color_tab_fg_default white color_tab_fg_currpos red color_tab_fg_currstring green font_help {Courier 10} font_tab {Courier 12} font_statusbar {Times 10 bold} color_menu_fg_left blue color_menu_fg_right green color_menu_bg black color_help_fg black color_help_bg lightgrey num_strings 6 row_sep_lines 3 score_width 75 window_height 40 window_width 80 page_length 58 } if {$my_platform(platform)=="windows"} { # Courier 12 looks too big in main tab window under MS Windows set default_prefs(font_tab) {Courier 10} # prfile handles win printing... it sets page length to 74 set default_prefs(page_length) 74 } elseif {$my_platform(platform)=="macintosh"} { # Some macOS versions don't like certain colors and fonts being changed array set default_prefs {color_menu_fg_left black color_menu_fg_right black color_menu_bg lightgrey} set tabwin_options(*background) $default_prefs(color_menu_bg) set default_prefs(print_command) {} } else { set default_prefs(print_command) {lp} } # set up tk defaults for widgets array set tabwin_options "*Menubutton.relief raised *Menubutton.indicatorOn 1 *Menu.TearOff 0 *Dialog.msg.wrapLength 4i *Dialog.Button.underline 0 *Textwin.Text.setGrid 1 *Textwin.Text.wrap none *Textwin.Text.cursor left_ptr" # stuff related to number of strings set valid_numstrings "7 6 5 4" set default_prefs(tuning_4) { 0 {G } 1 {D } 2 {A } 3 {E } } set default_prefs(tun_presets_4) { \ bass-standard { 0 {G } 1 {D } 2 {A } 3 {E } } \ mandolin-standard { 0 {G } 1 {D } 2 {A } 3 {E }} \ violin-standard { 0 {G } 1 {D } 2 {A } 3 {E }} \ ukelele-standard { 0 {B } 1 {F#} 2 {D } 3 {A }} \ } set default_prefs(tuning_5) { 0 {D } 1 {B } 2 {G } 3 {D } 4 {G }} set default_prefs(tun_presets_5) { \ {banjo-G (standard)} { 0 {D } 1 {B } 2 {G } 3 {D } 4 {G }} \ banjo-gm { 0 {D } 1 {Bb} 2 {G } 3 {D } 4 {G }} \ banjo-c { 0 {D } 1 {B } 2 {G } 3 {C } 4 {G }} \ {banjo-d (Reuben)} { 0 {D } 1 {A } 2 {F#} 3 {D } 4 {F#}} \ banjo-dm { 0 {D } 1 {A } 2 {F } 3 {D } 4 {A }} \ banjo-a { 0 {E } 1 {C#} 2 {A } 3 {E } 4 {A }} \ banjo-mountain.minor/sawmill { 0 {D } 1 {C } 2 {G } 3 {D } 4 {G }} \ banjo-double-C { 0 {D } 1 {C } 2 {G } 3 {C } 4 {G }} \ bass-5string { 0 {B } 1 {G } 2 {D } 3 {A } 4 {E } } \ } set default_prefs(tuning_6) { 0 {E } 1 {B } 2 {G } 3 {D } 4 {A } 5 {E } } set default_prefs(tun_presets_6) { \ guitar-standard { 0 {E } 1 {B } 2 {G } 3 {D } 4 {A } 5 {E } } \ drop-D { 0 {E } 1 {B } 2 {G } 3 {D } 4 {A } 5 {D }} \ double-D { 0 {D } 1 {B } 2 {G } 3 {D } 4 {A } 5 {D }} \ open-G { 0 {D } 1 {B } 2 {G } 3 {D } 4 {B } 5 {D }} \ open-D { 0 {D } 1 {A } 2 {F#} 3 {D } 4 {A } 5 {D }} \ open-E { 0 {E } 1 {B } 2 {G#} 3 {E } 4 {B } 5 {E }} \ open-A { 0 {E } 1 {C#} 2 {A } 3 {E } 4 {A } 5 {E }} \ open-C { 0 {E } 1 {C } 2 {G } 3 {C } 4 {G } 5 {C }} \ open-Gm { 0 {D } 1 {B } 2 {G } 3 {D } 4 {Bb} 5 {D }} \ open-Dm { 0 {D } 1 {A } 2 {F } 3 {D } 4 {A } 5 {D }} \ open-Em { 0 {E } 1 {B } 2 {G } 3 {E } 4 {B } 5 {E }} \ open-Am { 0 {D } 1 {A } 2 {F } 3 {D } 4 {A } 5 {D }} \ Eb { 0 {Eb} 1 {Bb} 2 {Gb} 3 {Db} 4 {Ab} 5 {Eb}} \ D { 0 {D } 1 {A } 2 {F } 3 {C } 4 {G } 5 {D }} \ DADGAD { 0 {D } 1 {A } 2 {G } 3 {D } 4 {A } 5 {D }} \ BADGAD { 0 {D } 1 {A } 2 {G } 3 {D } 4 {A } 5 {B }} \ orkney { 0 {D } 1 {C } 2 {G } 3 {D } 4 {G } 5 {C }} \ } set default_prefs(tuning_7) { 0 {D } 1 {G } 2 {C } 3 {F } 4 {A } 5 {D } 6 {G } } set default_prefs(tun_presets_7) { \ lute-7string { 0 {D } 1 {G } 2 {C } 3 {F } 4 {A } 5 {D } 6 {G }} \ guitar-7string { 0 {E } 1 {B } 2 {G } 3 {D } 4 {A } 5 {E } 6 {B }} \ } # fill in numstring dependent stuff that doesn't need messages array set menu_ns 0 foreach ns $valid_numstrings { set gui_label(menu:${ns}string) "{msg_frame.left_frame.file.menu.new $menu_ns} {msg_frame.left_frame.edit.menu.option.numstrings $menu_ns} {msg_frame.left_frame.edit.menu.option.tun_default $menu_ns} {msg_frame.left_frame.edit.menu.option.tun_presets $menu_ns}" set ext($ns) ".et$ns" set macext($ns) "eTk$ns" set blank_tab($ns) " { [lrange { -1 -1 -1 -1 -1 -1 -1 -1 } 0 [ expr $ns -1 ] ] } " set whitespace($ns) " { [lrange { -16 -16 -16 -16 -16 -16 -16 -16 } 0 [ expr $ns -1 ] ] } " set blank_asciitab($ns) [lrange { 0 {} 1 {} 2 {} 3 {} 4 {} 5 {} 6 {} 7 {} } 0 [ expr $ns * 2 - 1 ] ] incr menu_ns } # back end commands for keybindings: array set keybind_funcs { back back forward forward up_string up_string down_string down_string up_score up_score down_score down_score home home end end inc_base inc_basefret dec_base dec_basefret help help mode toggle_insert_mode mark toggle_mark select_all select_all del_note del_note del_pos {del_pos -history} backspace backspace tuning {tuning_win current} blanktab_before {add_blank -history -redraw} blanktab_after {add_blank -advance -history -redraw} whitespace_after {whitespace -history -redraw} whitespace_to_endline {force_newline} bar bar repeat {toggle_repeat} } array set common_funcs { copy {edit_menu copy} cut {edit_menu cut} paste {edit_menu paste} undo history_undo redo history_redo new new_tab open open_dialog save save_tab export export_tab print print_tab close close_tab quit_safe quit_safe exit __exit_now redraw redraw_full lyrics_mode toggle_lyrics_mode } array set lyrics_funcs { lyr_left {text_cursor "- 1 chars"} lyr_right {text_cursor "+ 1 chars"} lyr_up {text_cursor "- 1 lines"} lyr_down {text_cursor "+ 1 lines"} lyr_home text_home lyr_end text_end lyr_upsection text_upsection lyr_dnsection text_dnsection lyr_delete text_delete lyr_backspace text_backspace lyr_enter "text_insert {\n}" } # widget names for each lang-specific message array set gui_text { string:mode msg_frame.right_frame.chord_lead_legend string:basefret msg_frame.right_frame.basefret_legend button:help {msg_frame.left_frame.help} button:tuning msg_frame.right_frame.tuning menu:file msg_frame.left_frame.file menu:edit msg_frame.left_frame.edit menu:windows msg_frame.left_frame.windows } array set gui_label { string:chord {{msg_frame.right_frame.chord_lead.menu 0}} string:lead {{msg_frame.right_frame.chord_lead.menu 1}} menu:new {{msg_frame.left_frame.file.menu 0}} string:open {{msg_frame.left_frame.file.menu 1}} string:save {{msg_frame.left_frame.file.menu 2}} menu:save_as {{msg_frame.left_frame.file.menu 3}} string:export {{msg_frame.left_frame.file.menu 4}} string:print {{msg_frame.left_frame.file.menu 5}} menu:close {{msg_frame.left_frame.file.menu 6}} menu:quit {{msg_frame.left_frame.file.menu 7}} menu:undo {{msg_frame.left_frame.edit.menu 0}} menu:redo {{msg_frame.left_frame.edit.menu 1}} menu:cut {{msg_frame.left_frame.edit.menu 3}} menu:copy {{msg_frame.left_frame.edit.menu 4}} menu:clear {{msg_frame.left_frame.edit.menu 5}} menu:paste {{msg_frame.left_frame.edit.menu 6}} menu:select_all {{msg_frame.left_frame.edit.menu 7}} menu:format {{msg_frame.left_frame.edit.menu 9}} menu:options {{msg_frame.left_frame.edit.menu 10}} string:keybind {{msg_frame.left_frame.edit.menu.option 0}} string:language {{msg_frame.left_frame.edit.menu.option 1}} menu:font {{msg_frame.left_frame.edit.menu.option 2}} menu:color {{msg_frame.left_frame.edit.menu.option 3}} menu:default_numstrings {{msg_frame.left_frame.edit.menu.option 5}} menu:default_tuning {{msg_frame.left_frame.edit.menu.option 6}} string:tuning_presets {{msg_frame.left_frame.edit.menu.option 7}} menu:default_format {{msg_frame.left_frame.edit.menu.option 8}} menu:revert {{msg_frame.left_frame.edit.menu.option 10}} } # menu accelerator keys array set gui_accel { open {msg_frame.left_frame.file.menu 1} save {msg_frame.left_frame.file.menu 2} export {msg_frame.left_frame.file.menu 4} print {msg_frame.left_frame.file.menu 5} close {msg_frame.left_frame.file.menu 6} quit_safe {msg_frame.left_frame.file.menu 7} undo {msg_frame.left_frame.edit.menu 0} redo {msg_frame.left_frame.edit.menu 1} cut {msg_frame.left_frame.edit.menu 3} copy {msg_frame.left_frame.edit.menu 4} paste {msg_frame.left_frame.edit.menu 6} select_all {msg_frame.left_frame.edit.menu 7} } ####################################### ### INITIALIZE GLOBALS THAT DON'T GET RESET WITH NEW DOCUMENT ### set newwin 0 # clear out the paste buffer set pastebuf "" set settings_file_failures "" set print_counter 0 set images(disabled.up) [image create bitmap -data "#define i_width 5\n#define i_height 3\nstatic char i_bits = {\n4,14,31}"] set images(disabled.dn) [image create bitmap -data "#define i_width 5\n#define i_height 3\nstatic char i_bits = {\n31,14,4}"] ####################################### ### GLOBAL FUNCTIONS: ### # doing this to have save queries come up when using Quit from mac menus rename exit __exit_now proc exit {} {quit_safe} # we use some stuff that is typically hidden in tcl/tk 8.4 and above if {![llength [info commands tkCancelRepeat]]} { tk::unsupported::ExposePrivateCommand tkCancelRepeat } if {![llength [info commands tkTextClosestGap]]} { tk::unsupported::ExposePrivateCommand tkTextClosestGap } if {![llength [info globals tkPriv]]} { tk::unsupported::ExposePrivateVariable tkPriv } # parse arguments coming in to a proc and return in a parsed manner proc getopt {returnvar valid raw} { upvar $returnvar opts foreach i $valid { if { [string range $i end end ] == ":" } { set flags(-[string trimright $i :]) 1 set opts([string trimright $i :]) -1 } else { set flags(-$i) 0 set opts($i) -1 } } for { set j 0 } { $j < [ llength $raw ] } { incr j } { set possflag [ lindex $raw $j ] if { [info exists flags($possflag)] } { if {$flags($possflag) == 1} { set opts([string trimleft $possflag -]) [lindex $raw [expr $j + 1 ] ] incr j } else { set opts([string trimleft $possflag -]) 1 } } else { set opts(EXTRA) [lrange $raw $j end] break } } } # there are equivalents to the next 2 procs in extended tcl/tk, but we're not # going to assume we're running under that # return minimum of 2 vals proc calc_min {arg1 arg2} { if { $arg1 < $arg2} { return $arg1 } else { return $arg2 } } # return maximum of 2 vals proc calc_max {arg1 arg2} { if { $arg1 > $arg2} { return $arg1 } else { return $arg2 } } # also similar to some extended tcl procs # add a new element to the beginning of a list, but limit its length proc listshift {arrayname index limit new_item} { upvar $arrayname arr set arr($index) [ linsert [lrange $arr($index) 0 [expr $limit - 2 ] ] 0 "$new_item" ] } # return the first element from a list, and remove it from the list proc listpop {arrayname index} { upvar $arrayname arr set popped [ lindex $arr($index) 0 ] set arr($index) [ lreplace $arr($index) 0 0 ] return "$popped" } # return the next element in a list proc listnext {args} { getopt opts {cycle} $args upvar [lindex $opts(EXTRA) 0] currval set fullist [lindex $opts(EXTRA) 1] set listlen [ expr [ llength $fullist ] - 1 ] set element_pos [lsearch -exact $fullist $currval] if { $element_pos < $listlen } { set currval [ lindex $fullist [incr element_pos] ] } elseif { $opts(cycle) > 0 } { set currval [ lindex $fullist 0 ] } } # return the next element in a list proc listprev {args} { getopt opts {cycle} $args upvar [lindex $opts(EXTRA) 0] currval set fullist [lindex $opts(EXTRA) 1] set element_pos [lsearch -exact $fullist $currval] set listlen [ expr [ llength $fullist ] - 1 ] if { $element_pos > 0 } { set currval [ lindex $fullist [incr element_pos -1] ] } elseif { $opts(cycle) > 0 } { set currval [ lindex $fullist $listlen ] } } # create new window proc new_tab {args} { global newwin global prefs global messages global settings_file_failures getopt opts {strings: file:} $args # new tab defaults to default numstrings in prefs if { $opts(strings) != -1 } { set requested_strings $opts(strings) } else { set requested_strings $prefs(num_strings) } # set up a new variable space for the window incr newwin set new_namespace ::WIN::$newwin namespace eval $new_namespace {} set ${new_namespace}::num_strings $requested_strings set ${new_namespace}::name "" if { $opts(file) != -1 } { set ${new_namespace}::name $opts(file) } initialize_vars $new_namespace # create the new window build_gui $new_namespace # initialize the contents of the tablature redraw_full # let Tk draw the window, so transients of it will appear correctly update idletasks if { $opts(file) != -1 } { open_tab } # need to post settings file load failures after first tab window # is opened (due to it being a transient) foreach filename $settings_file_failures { my_dialog $messages(title:open_fail) [subst -nocommands -nobackslashes $messages(dialog:open_fail) ] error 0 $messages(button:ok) } set settings_file_failures "" } # perform function for each tab window proc each_namespace {cmd} { global curr_namespace set orig_namespace $curr_namespace foreach curr_namespace [ namespace children ::WIN ] { eval $cmd } set curr_namespace $orig_namespace } # generic proc to load settings files proc read_settings_file {filename} { global settings_file_failures catch { set settings_file [open "$filename" r] } # file open failed if { ! ( [ info exists settings_file ] ) } { lappend settings_file_failures $filename return "" } set cont_line 0 while { [gets $settings_file file_line ] != -1 } { # ignore lines beginning with '#' if { [string first {#} $file_line] == 0 } { set cont_line 0 continue # add on to prev. line if last line ended in '\' } elseif { $cont_line == 1 } { if { [string range $file_line end end ] == "\\"} { set file_line [ string range $file_line 0 [ expr [string length $file_line ] - 2 ] ]\n } else { set cont_line 0 } append array_value "${file_line}" # look for = format } elseif { [regexp {([a-zA-Z0-9\-_\.\,\:]+)\ *=\ *(.+)} $file_line full p1 p2] } { if { [string range $p2 end end ] == "\\"} { set p2 [ string range $p2 0 [ expr [string length $p2 ] - 2 ] ]\n set cont_line 1 } set array_key $p1 set array_value $p2 # ignore lines that don't match above criteria } else { continue } if { $cont_line == 0 } { set return_array($array_key) $array_value } } close $settings_file return [array get return_array] } #look for eTktab user preferences in OS appropriate location proc load_prefs {} { global default_prefs global prefs global prefs_filename global tabwin_options global settings_file_failures #load defaults array set prefs [ array get default_prefs ] if { [string first HKEY_ $prefs_filename ] == 0 } { #ms-windows: look for user-specific registry entries catch { set registry_values [ registry values $prefs_filename ] } if { [ info exists registry_values ] } { foreach curr_registry $registry_values { set curr_value [ registry get $prefs_filename $curr_registry ] set prefs($curr_registry) $curr_value } } } else { # read in prefs file, if it exists array set prefs [ read_settings_file $prefs_filename ] # don't keep info. on failing to read the user's prefs... # they don't have to have a preferences file set settings_file_failures "" } # load in keybindings and natural language support load_language_support load_keybindings } # save user's prefs proc save_prefs {} { global prefs global prefs_filename global messages set filename $prefs_filename if { [string first HKEY $prefs_filename ] == 0 } { #ms-windows: set user-specific registry entries foreach prefs_key [array names prefs] { registry set $prefs_filename $prefs_key $prefs($prefs_key) } } else { # mac/unix put prefs in user dotfile or mac preferences file # on failed file operation, does user want to retry? set success 0 while { ! ($success) } { catch { set prefs_filehandle [open "$prefs_filename" w] } if { [info exists prefs_filehandle] } { set success 1 } elseif { [my_dialog $messages(title:save_fail) [subst -nocommands -nobackslashes $messages(dialog:save_fail)] error "" $messages(button:retry) $messages(button:cancel) ] == "1" } { return } } # write prefs to file foreach prefs_key [ lsort [array names prefs] ] { puts $prefs_filehandle "$prefs_key = $prefs($prefs_key)" } close $prefs_filehandle } } #open keybindings file and read its contents into keybind array proc load_keybindings {} { global prefs global keybindings global keynames global altkey global commandkey global keynext global keyprior global messages global displayalt global displaycmd # Load in defaults array set unparsed_bindings [ default_keybindings ] # Did the user specify a keybindings file in the prefs? if { [array names prefs keybindings] != "" } { # Read in the file array set unparsed_bindings [ read_settings_file $prefs(keybindings)] } # Parse raw bindings foreach p1 [array names unparsed_bindings ] { set p2 $unparsed_bindings($p1) set new_keybind "" set new_keyname "" # Substitute for OS-specific keynames regsub -all {PGUP} $p2 $keyprior p2 regsub -all {PGDN} $p2 $keynext p2 # escape backslashes regsub -all {\\} $p2 {\\\\} p2 foreach curr_key $p2 { # parse 'keysym(help_screen)' lines if { ! ( [regexp {([^\(]+)\-\>\((.*)\)} $curr_key full actual display ] ) } { set actual $curr_key set display $curr_key } lappend new_keybind $actual if {$display != ""} { lappend new_keyname $display } } # more os-dependent substitutions regsub -all CMD $new_keybind $commandkey new_keybind regsub -all CMD $new_keyname $displaycmd new_keyname regsub -all {ALT} $new_keyname $displayalt new_keyname regsub -all {ALT} $new_keybind $altkey new_keybind set new_keyname [join $new_keyname " $messages(string:or) "] if { [ string first {note} $p1 ] != 0 } { set new_keyname [format {%-18s} $new_keyname ] } set keybindings($p1) $new_keybind set keynames($p1) $new_keyname } } # default (qwerty keyboard) keybindings proc default_keybindings {} { return { back Left forward Right up_string Up down_string Down up_score PGUP->(Page_Up) down_score PGDN->(Page_Down) home Home end End inc_base {plus->(+) equal->()} dec_base {minus->(-) underscore->()} new CMD-n open CMD-o save CMD-s export CMD-e print CMD-p close CMD-w quit_safe {CMD-q Escape->(Esc)} exit CMD-backslash->(CMD-\\) redraw CMD-l help {question->(?) CMD-h} mode Key-Tab->(Tab) lyrics_mode CMD-Key-Tab->(CMD-Tab) mark CMD-m select_all CMD-a copy CMD-c cut CMD-x paste CMD-v undo CMD-u redo CMD-r del_note Delete del_pos Shift-Delete backspace BackSpace tuning {semicolon->(;) colon->()} blanktab_before Insert blanktab_after space whitespace_after Shift-space whitespace_to_endline Return bar {bar->(|) backslash->()} repeat {ALT-semicolon->(ALT-;) ALT-colon->()} mod:0 ALT-minus->(ALT--) mod:1 ALT-h mod:2 ALT-p mod:3 ALT-Key-6->(ALT-6) mod:4 ALT-quoteleft->(ALT-`) mod:5 ALT-slash->(ALT-/) mod:6 ALT-backslash->(ALT-\\) mod:7 ALT-s mod:8 ALT-b mod:9 ALT-r mod:10 ALT-t mod:20 ALT-x note:E.o exclam->(!) note:A.o at->(@) note:D.o numbersign->(#) note:G.o dollar->($) note:B.o percent->(%) note:e.o asciicircum->(^) note:a.o ampersand->(&) note:E.0 Key-1->(1) note:A.0 Key-2->(2) note:D.0 Key-3->(3) note:G.0 Key-4->(4) note:B.0 Key-5->(5) note:e.0 Key-6->(6) note:a.0 Key-7->(7) note:E.1 q note:A.1 w note:D.1 e note:G.1 r note:B.1 t note:e.1 y note:a.1 u note:E.2 a note:A.2 s note:D.2 d note:G.2 f note:B.2 g note:e.2 h note:a.2 j note:E.3 z note:A.3 x note:D.3 c note:G.3 v note:B.3 b note:e.3 n note:a.3 m lyr_left Left lyr_right Right lyr_up Up lyr_down Down lyr_upsection PGUP->(Page_Up) lyr_dnsection PGDN->(Page_Down) lyr_home Home lyr_end End lyr_delete Delete lyr_backspace BackSpace lyr_enter Return } } # set up a global bindtag for each possible type of tablature (4,5,6 string) proc keybind_global {} { global keybindings global keybind_funcs global common_funcs global lyrics_funcs global keynames global my_platform global embellish global valid_numstrings global mousebind set string_set "E A D G B e a" foreach ns $valid_numstrings { # bulk of the keybindings foreach func_name [ array names keybind_funcs ] { foreach keypress $keybindings($func_name) { bind Tabwindow$ns "<${keypress}>" $keybind_funcs($func_name) } } # keybindings active in both tab and lyrics modes foreach func_name [ array names common_funcs ] { foreach keypress $keybindings($func_name) { bind Tabwindow$ns "<${keypress}>" $common_funcs($func_name) } } # modifiers foreach modnum [ array names embellish ] { foreach keypress $keybindings(mod:$modnum) { bind Tabwindow$ns "<${keypress}>" "modifier $modnum" } } # note insertions set string_num $ns foreach bind_string $string_set { incr string_num -1 foreach bind_fret "o 0 1 2 3" { foreach keypress $keybindings(note:${bind_string}.${bind_fret}) { # blank out some keybindings in 4/5-string mode if { $string_num < 0} { bind Tabwindow$ns "<${keypress}>" {} } else { bind Tabwindow$ns "<${keypress}>" "ins_note $string_num $bind_fret" } } } } } # Mousebindings bind Tablature "clear_mark; absolute_pos %x %y" bind Tablature "set_mark ; absolute_pos %x %y" bind Tablature "tkCancelRepeat" bind Tablature {set tkPriv(x) %x ; set tkPriv(y) %y ; dragtab %W absolute_pos} bind Tablature {tkCancelRepeat} bind Tablature <$mousebind(paste)> "clear_mark ; absolute_pos %x %y; edit_menu paste" bind Tablature <$mousebind(extend)> "absolute_pos %x %y" foreach disable $mousebind(disable) { bind Tablature <$disable> {} } # text/lyrics mode bind Lyrics "absolute_textpos %x %y" bind Lyrics "text_select %x %y" bind Lyrics "tkCancelRepeat" bind Lyrics <$mousebind(paste)> "absolute_textpos %x %y; edit_menu paste" bind Lyrics <$mousebind(extend)> "text_select %x %y" bind Lyrics "text_insert %A" bind Lyrics {set tkPriv(x) %x ; set tkPriv(y) %y ; dragtab %W text_select} bind Lyrics {tkCancelRepeat} foreach func_name [ array names lyrics_funcs ] { foreach keypress $keybindings($func_name) { bind Lyrics "<${keypress}>" $lyrics_funcs($func_name) } } foreach func_name [ array names common_funcs ] { foreach keypress $keybindings($func_name) { bind Lyrics "<${keypress}>" $common_funcs($func_name) } } # change keyboard acellerator shown in menu items of each open window if { [info exists ::curr_namespace] } { each_namespace label_menu_accel } } #open natural-language support file and read its contents into messages array proc load_language_support {} { global prefs global messages global valid_numstrings global save_types global open_types global export_types global language_types global keybind_types global ext global macext # load in defaults array set messages [ default_language_support ] # did user specify message file in prefs? if { [array names prefs language] != "" } { # read in the file array set messages [ read_settings_file $prefs(language) ] } # fill in constants that need messages array set export_types " {{$messages(string:file_tab)} {.tab} } {{$messages(string:file_tab)} {} TEXT} " set keybind_types " {{$messages(string:keybind)} {.etk} } " set language_types " {{$messages(string:language)} {.etl} } " foreach ns $valid_numstrings { set filetype($ns) [ subst -nocommands -nobackslashes $messages(string:file_etx) ] set messages(menu:${ns}string) [ subst -nocommands -nobackslashes $messages(menu:xstring) ] } foreach ns $valid_numstrings { set save_types($ns) " {{$filetype($ns)} {$ext($ns)} } {{$filetype($ns)} {} $macext($ns)} " # put current type at top, followed by the other valid ones set open_types($ns) " {{$filetype($ns)} {$ext($ns)} } {{$filetype($ns)} {} $macext($ns)}" foreach non_ns $valid_numstrings { if {$non_ns != $ns} { append open_types($ns) " {{$filetype($non_ns)} {$ext($non_ns)} } {{$filetype($non_ns)} {} $macext($non_ns)}" } } } } # default (American English) language support proc default_language_support {} { return { string:open Open string:save Save string:export Export string:print Print string:close Close string:untitled Untitled string:mode Mode string:lead Lead string:chord Chord string:lyrics Lyrics string:basefret {Base Fret} string:or or string:color_menu_fg_left {Left Side Menu Foreground} string:color_menu_fg_right {Right Side Menu Foreground} string:color_menu_bg {Menu/Button Background} string:color_tab_fg_default {Tablature Default Foreground} string:color_tab_fg_currpos {Tablature Current Position Foreground} string:color_tab_fg_currstring {Tablature Current String Foreground} string:color_tab_bg_default {Default Tablature Background} string:color_tab_bg_sel {Selected Tablature Background} string:color_help_fg {Help Text Foreground} string:color_help_bg {Help Text Background} string:font_help {Help Font} string:font_tab {Tablature Font} string:font_statusbar {Statusbar Font} string:separation {Tab Spacing} string:width {Tab Width} string:window_width {Window Width} string:window_height {Window Height} string:regular Regular string:bold Bold string:italic Italic string:bold_italic Bold+Italic string:string_name {String $cs} string:file_tab {ASCII Tab} string:keybind Keybindings string:language Language string:file_etx {eTktab $ns String} string:tuning_presets {Tuning Presets} string:name Name string:usage {Usage: $argv0 [tablature file] } title:help {Help: eTktab$version} title:tuning {Set Instrument Tuning} title:about {About eTktab} title:prefs_verify {Overwrite Preferences} title:save_fail {Save Failed} title:open_fail {Open Failed} title:file_bad {File Format Bad} title:close_verify {File not Saved!} title:color {Choose Colors} title:print_return {Printing Results} dialog:about {eTktab $version by $author $webpage} dialog:save_fail {Save operation failed for file: $filename} dialog:open_fail {Open operation failed for file: $filename} dialog:file_bad {eTktab$version cannot read the file format of $filename} dialog:close_verify {$filename has been modified. Do you want to save before closing?} dialog:prefs_verify {This will overwrite all saved preferences. Are you sure?} dialog:print_command {Print Command:} dialog:print_select {Select Printer:} dialog:page_length {Page Length:} dialog:print_unsupported {Sorry, printing not supported in Mac OS older than 10.2} button:tuning Tuning button:help Help button:ok OK button:cancel Cancel button:yes Yes button:no No button:retry Retry button:add Add button:edit Edit button:delete Delete menu:file File menu:new New menu:save_as {Save As} menu:close Close menu:quit Quit menu:edit Edit menu:windows Windows menu:undo {Undo $undo_menu} menu:redo {Redo $redo_menu} menu:cut Cut menu:copy Copy menu:clear Clear menu:paste Paste menu:select_all {Select All} menu:options Preferences menu:default_numstrings {New Document Default} menu:default_tuning {Default Tuning} menu:format {Document Formatting} menu:default_format {Default Formatting} menu:font Fonts menu:color Colors menu:revert {Revert to Defaults} menu:xstring {$ns string} history:note {Insert Note} history:tuning {Change Tuning} history:delete {Delete Tablature} history:del_note {Delete Note} history:blanktab {Insert Blank Tab} history:whitespace {Insert Space} history:cut {Cut Tablature} history:clear {Clear Tablature} history:paste {Paste Tablature} history:expression {Expression Mark} history:repeat {Toggle Repeat Symbol} history:bar {Insert Bar} history:newline {New Line} history:text_cut {Cut Lyrics} history:text_del {Delete Character} history:text_clear {Clear Lyrics} history:text_insert {Insert Lyrics} history:text_paste {Paste Lyrics} help:start {This help document describes the eTktab keybindings. For a more general explanation of how the program works, please see the 'README.html' file that comes with the program. Inserting notes: Chord mode does not advance the cursor after each inserted note, lead mode does. This mode may be changed via pulldown menu or keys in the Misc. section STRING (guitar) STRING (banjo) STRING (bass) E A D G B E G B G B D E A D G +-------------+ +-----------+ +---------+ F base+0 | $keynames(note:E.0) $keynames(note:A.0) $keynames(note:D.0) $keynames(note:G.0) $keynames(note:B.0) $keynames(note:e.0) | F base+0 | $keynames(note:E.0) $keynames(note:A.0) $keynames(note:D.0) $keynames(note:G.0) $keynames(note:B.0) | F base+0 | $keynames(note:E.0) $keynames(note:A.0) $keynames(note:D.0) $keynames(note:G.0) | R base+1 | $keynames(note:E.1) $keynames(note:A.1) $keynames(note:D.1) $keynames(note:G.1) $keynames(note:B.1) $keynames(note:e.1) | R base+1 | $keynames(note:E.1) $keynames(note:A.1) $keynames(note:D.1) $keynames(note:G.1) $keynames(note:B.1) | R base+1 | $keynames(note:E.1) $keynames(note:A.1) $keynames(note:D.1) $keynames(note:G.1) | E base+2 | $keynames(note:E.2) $keynames(note:A.2) $keynames(note:D.2) $keynames(note:G.2) $keynames(note:B.2) $keynames(note:e.2) | E base+2 | $keynames(note:E.2) $keynames(note:A.2) $keynames(note:D.2) $keynames(note:G.2) $keynames(note:B.2) | E base+2 | $keynames(note:E.2) $keynames(note:A.2) $keynames(note:D.2) $keynames(note:G.2) | T base+3 | $keynames(note:E.3) $keynames(note:A.3) $keynames(note:D.3) $keynames(note:G.3) $keynames(note:B.3) $keynames(note:e.3) | T base+3 | $keynames(note:E.3) $keynames(note:A.3) $keynames(note:D.3) $keynames(note:G.3) $keynames(note:B.3) | T base+3 | $keynames(note:E.3) $keynames(note:A.3) $keynames(note:D.3) $keynames(note:G.3) | open | $keynames(note:E.o) $keynames(note:A.o) $keynames(note:D.o) $keynames(note:G.o) $keynames(note:B.o) $keynames(note:e.o) | open | $keynames(note:E.o) $keynames(note:A.o) $keynames(note:D.o) $keynames(note:G.o) $keynames(note:B.o) | open | $keynames(note:E.o) $keynames(note:A.o) $keynames(note:D.o) $keynames(note:G.o) | * base is shown in the status line and is changed via pulldown menu or the keys listed in the 'Miscellaneous' section, below * bindings in the 'open' row are always at fret 0 (ignoring base fret) ________________________________________________________________________________ Cursor Movement: $keynames(up_string) up a string $keynames(down_string) down a string $keynames(back) left a position $keynames(forward) right a position $keynames(up_score) up a score $keynames(down_score) down a score left mouse button click unset mark (if any) and move to mouse position ________________________________________________________________________________ Insert/Delete: $keynames(backspace) delete previous position OR clear (*) $keynames(del_note) delete note under cursor OR clear (*) $keynames(del_pos) delete current position OR clear (*) $keynames(blanktab_before) insert a new position at the cursor $keynames(blanktab_after) insert a new position after the cursor $keynames(whitespace_after) insert whitespace at the cursor $keynames(whitespace_to_endline) fill in whitespace to the end of the current line (*) if there is currently a highlighted area (if a mark is set) this key will clear that area instead of its usual function ________________________________________________________________________________ Note Alterations: $keynames(mod:5) slide up to note $keynames(mod:6) slide down to note $keynames(mod:8) bend $keynames(mod:9) release bend $keynames(mod:1) hammer-on $keynames(mod:2) pull-off $keynames(mod:4) vibrato (~) $keynames(mod:3) harmonic (^) $keynames(mod:7) slap/pop $keynames(mod:10) right-hand tapping $keynames(mod:20) muted $keynames(mod:0) remove alteration ________________________________________________________________________________ Cut/Paste: $keynames(mark) (un)set mark $keynames(select_all) select all $keynames(copy) copy highlighted tab $keynames(cut) cut highlighted tab $keynames(paste) paste(*) $keynames(undo) undo $keynames(redo) redo $keynames(del_note)/ $keynames(backspace) SEE Insert/Delete section above left mouse button click unset mark (if any) and move to mouse position left mouse button drag highlight dragged over area} help:unix_mouse { middle mouse button paste(*) right mouse button move to mouse position; extend highlighted area} help:windows_mouse { shift-left button click move to mouse position; extend highlighted area right mouse button paste(*)} help:macintosh_mouse { shift-left button click move to mouse position; extend highlighted area right mouse button paste(*) NOTE: 'left button' bindings only, on a 1-button mouse} help:end { (*) if there is currently a highlighted area (if a mark is set) the paste function replaces the highlighted tab ________________________________________________________________________________ Miscellaneous: $keynames(inc_base) increase basefret $keynames(dec_base) decrease basefret $keynames(bar) add a bar $keynames(repeat) toggle repeat (*) $keynames(mode) toggle chord/lead $keynames(lyrics_mode) toggle lyrics/tab $keynames(tuning) change guitar tuning (*) repeat symbols on bar lines... looking like this |: :| ________________________________________________________________________________ File I/O: $keynames(help) HELP $keynames(redraw) redraw screen $keynames(quit_safe) quit with save $keynames(exit) quit without save $keynames(open) open eTktab file $keynames(save) save eTktab file $keynames(export) export ascii tab $keynames(new) new tab $keynames(close) close document $keynames(print) print tab ________________________________________________________________________________} } } # revert all preferences to defaults proc pref_revert {} { global prefs global default_prefs global curr_namespace global messages global prefs_button variable ${curr_namespace}::tabwin set w .prefs_verify if { [ winfo exists $w ] } { raise $w focus $w return } if { [ basic_transient $w $messages(title:prefs_verify) ] == -1 } { return } label $w.text -text $messages(dialog:prefs_verify) pack $w.text -side top -fill x $w.buttons.cancel configure -command " set prefs_button -1 " $w.buttons.ok configure -default active -command " set prefs_button 1 " wm transient $w $tabwin grab $w tkwait variable prefs_button grab release $w destroy $w if {$prefs_button == -1 } { unset prefs_button return } unset prefs_button set old_keybindings [ array names prefs keybindings ] set old_language [ array names prefs language ] # reset all preferences unset prefs array set prefs [ array get default_prefs ] # save changes save_prefs # reload default keybindings and language support, if necessary if {$old_language != ""} { load_language_support each_namespace label_gui } if {$old_keybindings != ""} { load_keybindings keybind_global } each_namespace color_gui } #set pref for default new tablature type proc pref_numstrings {strings} { global prefs global curr_namespace save_prefs # change behavior of 'new tab' keybinding in each open tab window keybind_global } # show user reqested color combinations in color prefs window proc trycolor {} { global temp_colors foreach color_pref [ array names temp_colors] { switch -glob -- $color_pref { {*bg*} {.color.test tag configure $color_pref -background $temp_colors($color_pref)} {*fg*} {.color.test tag configure $color_pref -foreground $temp_colors($color_pref)} } } } # place transient window centered over its parent proc place_transient {window} { global my_platform global curr_namespace variable ${curr_namespace}::tabwin wm withdraw $window set x [expr {[winfo screenwidth $window]/2 - \ [winfo reqwidth $window]/2 - [winfo vrootx $tabwin]}] set y [expr {[winfo screenheight $window]/2 - \ [winfo reqheight $window]/2 - [winfo vrooty $tabwin]}] wm geom $window +$x+$y wm resizable $window no no wm transient $window $tabwin wm deiconify $window #ms-windows doesn't seem to want to focus on our new toplevel windows if {$my_platform(platform)=="windows"} { update idletasks focus -force $window } } # lower and uppercase bindings of the first letter of a button's text proc button_bind {args} { global altkey getopt opts {alt} $args if {$opts(alt) > 0 } { set prefix ${altkey}- } else { set prefix "" } set widget [lindex $opts(EXTRA) 0] set window [winfo toplevel $widget] set buttontext [$widget cget -text] foreach i "tolower toupper" { bind $window "<${prefix}Key-[string $i [string index $buttontext 0 ] ]>" "$widget invoke" } } # 'spinboxes' are only in tcl/tk 8.4, don't want to require that to run eTktab # This code based on a Richard Suchenwirth post to wiki.tcl.tk proc arrowbuttons {w placement upcommand dncommand} { global prefs global images #create arrow images to be used in homemade 'spinboxes' if {![info exists images($placement.up)]} { set images($placement.up) [image create bitmap -data "#define i_width 5\n#define i_height 3\nstatic char i_bits = {\n4,14,31}"] set images($placement.dn) [image create bitmap -data "#define i_width 5\n#define i_height 3\nstatic char i_bits = {\n31,14,4}"] } frame $w foreach i {up dn} { set arr $w.$i # add repeating fuctionality to arrow button... more code based on wiki proc repeat$arr {arr pause} { if {![set ::ok_$arr]} { return } $arr config -relief sunken uplevel eval [$arr cget -command] after $pause "repeat$arr $arr 100" } button $arr -image $images($placement.$i) -width 10 -height 4 -command [set ${i}command ] bind $arr {set ::ok_%W 1; repeat%W %W 1000} bind $arr "set ::ok_%W 0; $arr config -relief raised" bind $arr [ bind Button ] bind $arr [ bind Button ] bindtags $arr [lreplace [bindtags $arr] 1 1 ] } pack $w.up -anchor n pack $w.dn -anchor s } # process 'shorthand' notation for creating a menubutton proc my_menubutton {mb_name args} { set menu_items [lrange $args end end] set args [lreplace $args end end] eval "menubutton $mb_name -menu $mb_name.menu $args" eval "my_menu $mb_name.menu $menu_items" set mb_width 0 } # process 'shorthand' notation for creting a menu proc my_menu {menu_name menu_items} { menu $menu_name foreach item $menu_items { switch -exact -- [lindex $item 0] { {command} {set item [linsert $item [ expr [ llength $item ] - 1] -command]} {cascade} { my_menu $menu_name.[lindex $item 1] [lindex $item 2] set item [lreplace $item 1 2 -menu $menu_name.[lindex $item 1]] } } eval "$menu_name add $item" } } # call standard tk color dialog, and change OK, Cancel button text proc my_chooseColor {args} { global messages set frame .__tk__color.bot after idle "catch {$frame.ok configure -text $messages(button:ok)}" after idle "catch {button_bind -alt $frame.ok}" after idle "catch {$frame.cancel configure -text $messages(button:cancel)}" after idle "catch {button_bind -alt $frame.cancel}" return [ eval [ linsert $args 0 tk_chooseColor ] ] } # call standard tk file dialog, and change Open, Save, Cancel button text proc my_filedialog {args} { global messages set w .__tk_filedialog set parent [ lsearch -exact $args -parent ] if {$parent > 0} { set w [ lindex $args [expr $parent + 1] ]$w } if { [ lindex $args 0 ] == "tk_getOpenFile" } { set buttontext(f2.ok) $messages(string:open) } else { set buttontext(f2.ok) $messages(string:save) } set buttontext(f3.cancel) $messages(button:cancel) foreach widget [ array names text ] { after idle "catch {$w.$widget configure -text $buttontext($widget)}" after idle "catch {button_bind -alt $w.$widget}" } return [ eval $args ] } # call standard tk dialog creation proc, and add keyboard bindings proc my_dialog {args} { global curr_namespace variable ${curr_namespace}::tabwin set w "${tabwin}.dialog" for { set i 0 } { $i < [ expr [llength $args] - 4] } { incr i } { after idle button_bind ${w}.button$i } return [ eval [ linsert $args 0 tk_dialog $w ] ] } # proc to handle windows/mac documents dragged to eTktab proc tkOpenDocument {args} { global used_dragdrop set used_dragdrop 1 foreach file $args { new_tab -file $file } } # tkOpenDocument moved to ::tk::mac namespace in tk 8.4 if { ($my_platform(platform) == "macintosh") && ( $tcl_version > 8.3 ) } { rename tkOpenDocument ::tk::mac::OpenDocument } # close all windows, checking if each document was saved proc quit_safe {args} { global curr_namespace each_namespace { set currwin [set [ string range $curr_namespace 2 end ]::tabwin] if { [ focus ] != $currwin} { switchfocus $currwin } close_tab } } # redraw menu of available windows proc refresh_winmenu {} { catch {.docmenu delete 0 end} each_namespace { set currwin [set [ string range $curr_namespace 2 end ]::tabwin] .docmenu add radiobutton -label [lrange [wm title $currwin] 2 end] -command "switchfocus $currwin" -value $curr_namespace -variable ::curr_namespace } } # change which window has focus proc switchfocus {currwin} { catch {wm deiconify $currwin} raise $currwin focus $currwin } # about window proc about {} { global author global version global webpage global messages if { [ basic_transient -nocancel .about $messages(title:about) ] == -1 } { return } label .about.text -text [subst -nobackslashes -nocommands $messages(dialog:about)] pack .about.text -side top -fill x } # help window proc help {} { global prefs global my_platform global version global keynames global messages global keyprior global keynext global clover if { [ winfo exists .helpwin ] } { raise .helpwin focus .helpwin return } toplevel .helpwin -class Textwin wm title .helpwin [subst -nocommands -nobackslashes $messages(title:help) ] frame .helpwin.msg_frame -background $prefs(color_menu_bg) frame .helpwin.buttons -background $prefs(color_menu_bg) button .helpwin.buttons.can -background $prefs(color_menu_bg) -font $prefs(font_statusbar) -highlightbackground $prefs(color_menu_bg) -foreground $prefs(color_menu_fg_left) -text $messages(string:close) -default active -command {destroy .helpwin} text .helpwin.txt -font $prefs(font_help) -foreground $prefs(color_help_fg) -background $prefs(color_help_bg) -width 80 -height 40 -yscrollcommand ".helpwin.scrolly set" -xscrollcommand ".helpwin.scrollx set" scrollbar .helpwin.scrollx -background $prefs(color_menu_bg) -highlightbackground $prefs(color_menu_bg) -activebackground $prefs(color_menu_bg) -orient horizontal -command ".helpwin.txt xview" scrollbar .helpwin.scrolly -background $prefs(color_menu_bg) -highlightbackground $prefs(color_menu_bg) -activebackground $prefs(color_menu_bg) -command ".helpwin.txt yview" #put actual help contents in window .helpwin.txt insert end [subst -nocommands -nobackslashes $messages(help:start)] .helpwin.txt insert end [subst -nocommands -nobackslashes $messages(help:$my_platform(platform)_mouse)] .helpwin.txt insert end [subst -nocommands -nobackslashes $messages(help:end)] .helpwin.txt configure -state disabled # some versions of macos won't allow us to change button bg color,font if {$my_platform(platform)!="macintosh"} { .helpwin.buttons.can configure -font $prefs(font_statusbar) } else { # change font of each cloverleaf char to 'Chicago' .helpwin.txt tag configure chicago -font "Chicago [lrange $prefs(font_help) 1 end]" set nextclover [.helpwin.txt search -forwards -exact -- "\x11" {1.0} end] while { $nextclover != ""} { .helpwin.txt tag add chicago $nextclover set nextclover "$nextclover + 1 chars" set nextclover [.helpwin.txt search -forwards -exact -- "\x11" $nextclover end] } } # keybindings bind .helpwin ".helpwin.buttons.can invoke" bind .helpwin ".helpwin.txt xview scroll -1 units" bind .helpwin ".helpwin.txt xview scroll 1 units" bind .helpwin ".helpwin.txt yview scroll -1 units" bind .helpwin ".helpwin.txt yview scroll 1 units" bind .helpwin ".helpwin.txt yview scroll -1 pages" bind .helpwin ".helpwin.txt yview scroll 1 pages" bind .helpwin ".helpwin.txt yview moveto 0" bind .helpwin ".helpwin.txt yview moveto 1" pack .helpwin.buttons.can -pady 4 -side left grid rowconfig .helpwin.msg_frame 0 -weight 1 -minsize 0 grid columnconfig .helpwin.msg_frame 0 -weight 1 -minsize 0 grid .helpwin.txt -in .helpwin.msg_frame -row 0 -column 0 -rowspan 1 -columnspan 1 -sticky news grid .helpwin.scrolly -in .helpwin.msg_frame -row 0 -column 1 -rowspan 1 -columnspan 1 -sticky news grid .helpwin.scrollx -in .helpwin.msg_frame -row 1 -column 0 -rowspan 1 -columnspan 1 -sticky news pack .helpwin.buttons -side top -fill both pack .helpwin.msg_frame -side top -fill both -expand true #ms-windows doesn't seem to want to focus on our new toplevel windows if {$my_platform(platform)=="windows"} { update idletasks focus -force .helpwin } } ####################################### ### FUNCTIONS THAT ACT ON CURRENTLY FOCUSED TAB WINDOW ### # # back end stuff, user doesn't call directly # # initialize all globals that do get reset at new document proc initialize_vars {new_namespace} { global messages global prefs variable ${new_namespace}::basefret variable ${new_namespace}::data_end variable ${new_namespace}::fret variable ${new_namespace}::insert_mode variable ${new_namespace}::mode_old variable ${new_namespace}::mark variable ${new_namespace}::num_strings variable ${new_namespace}::pos variable ${new_namespace}::saved variable ${new_namespace}::string variable ${new_namespace}::tabwin variable ${new_namespace}::winnum variable ${new_namespace}::score_width variable ${new_namespace}::row_sep_lines variable ${new_namespace}::text # which window are we in? set winnum [ namespace tail $new_namespace ] set tabwin .tabwin$winnum # chord or note insertion type set insert_mode $messages(string:lead) set mode_old $insert_mode # where do we start on the fretboard? set fret 0 set string 0 set basefret 0 # erase any "mark" set mark -1 # is the file saved ? set saved 1 # current position set pos 0 set data_end 0 set score_width $prefs(score_width) # blank lines between scores set row_sep_lines $prefs(row_sep_lines) initialize_numstrings $new_namespace } proc initialize_numstrings {namespace} { global blank_tab global blank_asciitab global prefs variable ${namespace}::num_strings variable ${namespace}::tab_data variable ${namespace}::tab_ascii variable ${namespace}::tuning array set tuning $prefs(tuning_$num_strings) # start with blank tablature set tab_data $blank_tab($num_strings) array set tab_ascii $blank_asciitab($num_strings) process_formatting $namespace } # empty the undo/redo buffers proc history_clear {} { global curr_namespace variable ${curr_namespace}::redo variable ${curr_namespace}::undo foreach i {tab_data pos tuning mark last_action text text_pos text_mark} { set undo($i) "" set redo($i) "" } } # add to the undo buffer proc history_add {last_action} { global curr_namespace global histsteps global messages variable ${curr_namespace}::redo variable ${curr_namespace}::undo variable ${curr_namespace}::tabwin set text_pos [$tabwin.tablature index insert] set text_mark "" catch { set text_mark [$tabwin.tablature index lyr_selection] } foreach i {tuning text} { variable ${curr_namespace}::$i set redo($i) "" listshift undo $i $histsteps [ array get $i ] } foreach i {tab_data pos mark} { variable ${curr_namespace}::$i set redo($i) "" listshift undo $i $histsteps [set $i] } foreach i {last_action text_pos text_mark} { set redo($i) "" listshift undo $i $histsteps [set $i] } set_saved 0 ghost_menu normal menu:undo undo_menu $last_action ghost_menu disabled menu:redo redo_menu {} } # replace current tab with most recent in undo buffer proc history_undo {} { global curr_namespace global histsteps global messages variable ${curr_namespace}::redo variable ${curr_namespace}::undo variable ${curr_namespace}::tabwin variable ${curr_namespace}::insert_mode if { $undo(pos) == "" } { return } listshift redo last_action $histsteps [ listpop undo last_action ] listshift redo text_pos $histsteps [ $tabwin.tablature index insert ] set text_mark "" catch { set text_mark [$tabwin.tablature index lyr_selection] } listshift redo text_mark $histsteps $text_mark foreach i {tuning text} { variable ${curr_namespace}::$i listshift redo $i $histsteps [ array get $i ] array set $i [ listpop undo $i ] } foreach i {tab_data pos mark} { variable ${curr_namespace}::$i listshift redo $i $histsteps [set $i] set $i [ listpop undo $i ] } set_saved 0 redraw_full ghost_menu normal menu:redo redo_menu [lindex $redo(last_action) 0] set undo_length [ llength $undo(pos) ] if { $undo_length == 0 } { ghost_menu disabled menu:undo undo_menu {} } else { ghost_menu normal menu:undo undo_menu [lindex $undo(last_action) 0] } if { $insert_mode == $messages(string:lyrics) } { $tabwin.tablature mark set insert [ listpop undo text_pos ] $tabwin.tablature see insert set text_mark [ listpop undo text_mark ] if { $text_mark == "" } { catch {$tabwin.tablature mark unset lyr_selection} ghost_cutcopy disabled } else { $tabwin.tablature mark set lyr_selection $text_mark ghost_cutcopy normal } recolor_tab_full -notwhitespace } elseif { $mark == -1 } { ghost_cutcopy disabled } else { ghost_cutcopy normal } } # replace current tab with most recent in redo buffer proc history_redo {} { global curr_namespace global histsteps global messages variable ${curr_namespace}::redo variable ${curr_namespace}::tuning variable ${curr_namespace}::undo variable ${curr_namespace}::tabwin variable ${curr_namespace}::insert_mode if { $redo(pos) == "" } { return } listshift undo last_action $histsteps [ listpop redo last_action ] listshift undo text_pos $histsteps [ $tabwin.tablature index insert ] set text_mark "" catch { set text_mark [$tabwin.tablature index lyr_selection] } listshift undo text_mark $histsteps $text_mark foreach i {tuning text} { variable ${curr_namespace}::$i listshift undo $i $histsteps [ array get $i ] array set $i [ listpop redo $i ] } foreach i {tab_data pos mark} { variable ${curr_namespace}::$i listshift undo $i $histsteps [set $i ] set $i [ listpop redo $i ] } set_saved 0 redraw_full ghost_menu normal menu:undo undo_menu [lindex $undo(last_action) 0] set redo_length [ llength $redo(pos) ] if { $redo_length == 0 } { ghost_menu disabled menu:redo redo_menu {} } else { ghost_menu normal menu:redo redo_menu [lindex $redo(last_action) 0] } if { $insert_mode == $messages(string:lyrics) } { $tabwin.tablature mark set insert [ listpop redo text_pos ] $tabwin.tablature see insert set text_mark [ listpop redo text_mark ] if { $text_mark == "" } { catch {$tabwin.tablature mark unset lyr_selection} ghost_cutcopy disabled } else { $tabwin.tablature mark set lyr_selection $text_mark ghost_cutcopy normal } recolor_tab_full -notwhitespace } elseif { $mark == -1 } { ghost_cutcopy disabled } else { ghost_cutcopy normal } } # put human readable copy of marked tablature in system's clipboard proc update_clipboard {} { global curr_namespace global clip variable ${curr_namespace}::mark variable ${curr_namespace}::pos selection own -selection "CLIPBOARD" . selection own -selection "PRIMARY" . selection own -selection "ETKTAB" . clipboard clear clipboard append $clip } # push out clipboard contents proc clipboard_dump {offset maxbytes} { global clip return [string range $clip $offset [expr $offset + $maxbytes ] ] } # push out paste buffer contents proc pastebuf_dump {offset maxbytes} { global pastebuf return [string range $pastebuf $offset [expr $offset + $maxbytes ] ] } # change enable/disable state of cut,copy,clear menu items proc ghost_cutcopy {state} { global curr_namespace variable ${curr_namespace}::mark foreach item {cut copy clear} { ghost_menu $state menu:$item } } # change enable/disable (and/or text) of menu items proc ghost_menu {state textkey args} { global curr_namespace global messages global gui_label variable ${curr_namespace}::tabwin # read in any variables necessary for variable substitution below array set data $args foreach varname [array names data] { set $varname $data($varname) } foreach widget $gui_label($textkey) { $tabwin.[lindex $widget 0] entryconfigure [lindex $widget 1] -state $state -label [subst -nocommands -nobackslashes $messages($textkey)] } } # change color of 'save' menu item proc set_saved {status} { global curr_namespace global prefs global messages variable ${curr_namespace}::tabwin variable ${curr_namespace}::saved set saved $status if {$status == 1 } { set state disabled } else { set state normal } $tabwin.msg_frame.left_frame.file.menu entryconfigure $messages(string:save) -state $state } # set values that depend on the text formatting values proc process_formatting {namespace} { global initial_col global col_width variable ${namespace}::num_strings variable ${namespace}::score_width variable ${namespace}::col_max variable ${namespace}::row_sep variable ${namespace}::row_sep_lines # set last position possible on a line set col_max [ expr int (($score_width - $initial_col) / $col_width) ] # blank lines between scores set row_sep "" for { set i 0 } { $i < $row_sep_lines } { incr i } { append row_sep "\n" } } # finds the right col and row in function of pos proc calc_rowcol {position} { global curr_namespace variable ${curr_namespace}::col_max set column [ expr $position % $col_max ] set score [ expr ($position - $column) / $col_max ] return "row $score col $column" } # replaces notes on all strings with note sent as arg proc replace_pos {fill} { global curr_namespace variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data for { set i 0 } { $i < $num_strings } { incr i } { set tab_data [ lreplace $tab_data $pos $pos [ lreplace [ lindex $tab_data $pos ] $i $i $fill ] ] } asciitab_replace $pos 1 1 } # due to moving of $mark or $pos, need to recolor a range of tab proc recolor_tab_full {args} { global col_width global curr_namespace global initial_col global col_width global messages variable ${curr_namespace}::col_max variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::string variable ${curr_namespace}::tabwin variable ${curr_namespace}::data_end variable ${curr_namespace}::insert_mode variable ${curr_namespace}::score_width variable ${curr_namespace}::tab_data # this loop removes old color coding en masse foreach i "marked currpos currstring" { catch { $tabwin.tablature tag remove $i 0.0 end } } # draw whitespace appropriately if { [ string trim $args ] != "-notwhitespace" } { catch { $tabwin.tablature tag remove whitespace 0.0 end } for { set i 0 } { $i <= $data_end } { incr i } { if { [ lindex [ lindex $tab_data $i ] 0 ] == "-16" } { recolor_tab_pos $i } } } # set color for marked area if { $insert_mode != $messages(string:lyrics) } { # selected tab if {$mark!=-1} { array set marklow [ calc_rowcol [ calc_min $pos $mark ] ] array set markhi [ calc_rowcol [ calc_max $pos $mark ] ] for { set i $marklow(row) } { $i <= $markhi(row) } { incr i } { if { $i == $marklow(row) } { set leftedge [ expr $marklow(col) * $col_width + $initial_col ] } else { set leftedge $initial_col } if { $i == $markhi(row) } { set rightedge [ expr ($markhi(col)+1) * $col_width + $initial_col ] } else { set rightedge $score_width } for { set j 0 } { $j < $num_strings } { incr j } { $tabwin.tablature tag add marked "line$i + $j lines + $leftedge chars" "line$i + $j lines + $rightedge chars" } } } #set color for current position array set current [ calc_rowcol $pos ] $tabwin.tablature mark set start "line$current(row) + $string lines + [expr $current(col) * $col_width + $initial_col ] chars" $tabwin.tablature tag add currstring start "start + $col_width chars" for { set i 0 } { $i < $num_strings } { incr i } { $tabwin.tablature mark set start "line$current(row) + $i lines + [expr $current(col) * $col_width + $initial_col ] chars" $tabwin.tablature tag add currpos start "start + $col_width chars" } $tabwin.tablature mark unset start } else { #add currpos color to current textbox array set charinfo [ find_textpos insert ] $tabwin.tablature tag add currpos $charinfo(textstart) "$charinfo(textend) + 1 chars" # color selected area if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { if { [ $tabwin.tablature compare insert < lyr_selection ] } { $tabwin.tablature tag add marked insert lyr_selection } else { $tabwin.tablature tag add marked lyr_selection insert } } } } # recolor a single position of tab proc recolor_tab_pos {pos_todraw args} { global curr_namespace global initial_col global col_width variable ${curr_namespace}::pos variable ${curr_namespace}::tabwin variable ${curr_namespace}::tab_data variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::string array set rowcol [ calc_rowcol $pos_todraw ] # pick the color for the text based on whether we're in a cut/paste # selection zone or not, and whether or not we're under the cursor array set tag {marked remove currpos remove whitespace remove} # make whitespace visible with stipple if { [ string trim [ lindex [ lindex $tab_data $pos_todraw ] 0 ] ] == "-16" } { set tag(whitespace) add #puts "add whitespace to $pos_todraw" } if { ($mark != -1) && ($pos_todraw >= [ calc_min $mark $pos ]) && ($pos_todraw <= [ calc_max $mark $pos ]) } { set tag(marked) add } if { $pos == $pos_todraw } { set tag(currpos) add } for { set i 0 } { $i < $num_strings } { incr i } { set tag(currstring) remove # pick a color based on whether we're at the exact string and # position of the cursor if { ($i == $string)&&($pos == $pos_todraw) } { set tag(currstring) add } $tabwin.tablature mark set start "line$rowcol(row) + $i lines + [ expr $rowcol(col) * $col_width + $initial_col ] chars" foreach j "marked currpos currstring whitespace" { catch { $tabwin.tablature tag $tag($j) $j start "start + $col_width chars"} } } $tabwin.tablature mark unset start } # redraw single position of tablature proc redraw_pos {pos_todraw} { global curr_namespace global initial_col global col_width variable ${curr_namespace}::tabwin variable ${curr_namespace}::num_strings variable ${curr_namespace}::tab_ascii # allow writes to the window $tabwin.tablature configure -state normal array set rowcol [ calc_rowcol $pos_todraw ] # change contents of 'predrawn tab' array asciitab_replace $pos_todraw 1 1 for { set i 0 } { $i < $num_strings } { incr i } { # change contents of tab window $tabwin.tablature mark set start "line$rowcol(row) + $i lines + [ expr $rowcol(col) * $col_width + $initial_col ] chars" $tabwin.tablature delete start "start + $col_width chars" $tabwin.tablature mark unset start $tabwin.tablature insert "line$rowcol(row) + $i lines + [ expr $rowcol(col) * $col_width + $initial_col ] chars" [ string range $tab_ascii($i) [expr $pos_todraw * $col_width ] [expr ($pos_todraw + 1) * $col_width - 1] ] } recolor_tab_pos $pos_todraw # re-disable writes to window, so user can't type arbitrary text $tabwin.tablature configure -state disabled see_currpos } # make sure a position is visible in the tablaure proc see_currpos {} { global curr_namespace global initial_col global col_width variable ${curr_namespace}::col_max variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::string variable ${curr_namespace}::tabwin array set current [ calc_rowcol $pos ] $tabwin.tablature see "line$current(row) - $row_sep_lines lines" $tabwin.tablature see "line$current(row) + $num_strings lines + $row_sep_lines lines" # added the following because xview stuff doesn't work in 'see?' set xvisible [$tabwin.tablature xview] if {[lindex $xvisible 1] < 1} { # * 1.0 means give me a floating point, not an integer set xview [ calc_max 0 [ expr (1.0*$current(col) / $col_max) - (([lindex $xvisible 1] - [lindex $xvisible 0]) / 2) ] ] $tabwin.tablature xview moveto $xview } } # delete and then redraw the whole tablature. proc redraw_full {} { global curr_namespace global messages variable ${curr_namespace}::num_strings variable ${curr_namespace}::tab_data variable ${curr_namespace}::tab_ascii variable ${curr_namespace}::tabwin variable ${curr_namespace}::insert_mode set text_mark "" catch { set text_mark [$tabwin.tablature index lyr_selection] } asciitab_replace all 0 0 redisplay_toend start if { $insert_mode == $messages(string:lyrics) } { if { $text_mark != "" } { catch {$tabwin.tablature mark set lyr_selection $text_mark} recolor_tab_full } } } # clear out, then redisplay some of the tab window's contents proc redisplay_toend {args} { global curr_namespace variable ${curr_namespace}::col_max variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::row_sep variable ${curr_namespace}::tabwin variable ${curr_namespace}::data_end set insert [ $tabwin.tablature index insert ] if { [ lindex $args 0 ] == "-nosymbols" } { set startpos [ lindex $args 1 ] } else { set startpos [ lindex $args 0 ] } # allow writes to the window set oldstate [ $tabwin.tablature cget -state ] $tabwin.tablature configure -state normal # even redraw header, if asked to redraw from pos "start" if {$startpos == "start"} { set deletefrom 1.0 if { [ lindex $args 0 ] == "-nosymbols" } { append redraw [ text_draw_newlines -nosymbols header ] } else { append redraw [ text_draw_newlines header ] } set rowcol(row) 0 set startpos 0 } else { array set rowcol [ calc_rowcol $startpos ] # back up to start of line of tab and delete from there to end # (easier to delete from the beginning of a line of tab) set startpos [ expr $startpos - $rowcol(col) ] set deletefrom "line$rowcol(row) - $row_sep_lines lines" set redraw "" } # doesn't delete correctly unless deletion leaves newline as last char $tabwin.tablature delete $deletefrom delend # draw a row at a time, and keep track of relative positions set row_curr [ expr $rowcol(row) - 1] for { set i $startpos } { $i <= $data_end } { incr i $col_max } { incr row_curr set newline [tabdata_to_asciitab $i [ expr $i + $col_max - 1] ] if { [ lindex $args 0 ] == "-nosymbols" } { append newline [ text_draw_newlines -nosymbols line$row_curr ] } else { append newline [ text_draw_newlines line$row_curr ] } set linechars($row_curr) [ string length $newline ] incr linechars($row_curr) -$row_sep_lines append redraw $newline } if { [ lindex $args 0 ] == "-nosymbols" } { set footer [ text_draw_newlines -nosymbols footer ] } else { set footer [ text_draw_newlines footer ] } append redraw $row_sep $footer # insert the new text $tabwin.tablature insert delend $redraw # put textwin marks in text for locating various points, later $tabwin.tablature mark set header 1.0 $tabwin.tablature mark set footer "delend - [ string length $footer] chars" set lastmark "footer" for { set i $row_curr } { $i >= $rowcol(row) } { incr i -1 } { $tabwin.tablature mark set "line$i" "$lastmark - $linechars($i) chars - $row_sep_lines chars" set lastmark "line$i" } recolor_tab_full catch {$tabwin.tablature mark set insert $insert} $tabwin.tablature see insert see_currpos # re-disable writes to window, so user can't type arbitrary text $tabwin.tablature configure -state $oldstate } # output (en masse) ascii tab from the tab data proc tabdata_to_asciitab {startpos endpos} { global curr_namespace global col_width variable ${curr_namespace}::num_strings variable ${curr_namespace}::tab_ascii variable ${curr_namespace}::row_sep variable ${curr_namespace}::tuning variable ${curr_namespace}::data_end variable ${curr_namespace}::col_max set redraw "" if {($endpos == "end")||($endpos>$data_end)} { set ascii_end [expr [string length $tab_ascii(0) ] - 1] } else { set ascii_end [ expr ( $endpos + 1) * $col_width - 1 ] } # draw a line at a time of tab set linelength [ expr ($col_max + 1) * $col_width ] for { set startline [ expr $startpos * $col_width ] } { $startline <= $ascii_end } {incr startline $linelength } { append redraw $row_sep set endline [calc_min [ expr $startline + $linelength - 1 ] $ascii_end] # do a guitar string at a time for { set t 0 } { $t < $num_strings } { incr t } { append redraw "$tuning($t)|[string range $tab_ascii($t) $startline $endline]\n" } } return $redraw } # update predrawn ascii tab array proc asciitab_replace {at_pos cols_removeold cols_addnew} { global curr_namespace global col_width variable ${curr_namespace}::num_strings variable ${curr_namespace}::tab_data variable ${curr_namespace}::tab_ascii variable ${curr_namespace}::data_end for { set i 0 } { $i < $num_strings } { incr i } { # grab tablature before and after position we're changing/deleting if { $at_pos == "all" } { set before_ascii($i) "" set after_ascii($i) "" set at_pos 0 set cols_addnew [llength $tab_data] } elseif { $at_pos == 0 } { set before_ascii($i) "" set after_ascii($i) "[string range $tab_ascii($i) [ expr ($at_pos + $cols_removeold) * $col_width ] end]" } elseif { $at_pos == "end" } { set before_ascii($i) $tab_ascii($i) set after_ascii($i) "" } else { set before_ascii($i) "[string range $tab_ascii($i) 0 [expr $at_pos * $col_width - 1]]" set after_ascii($i) "[string range $tab_ascii($i) [ expr ($at_pos + $cols_removeold) * $col_width ] end]" } set insert_ascii($i) "" # drop in any tab we've been asked to insert for {set j 0} { $j < $cols_addnew } { incr j } { set pos_todraw [ expr $at_pos + $j ] append insert_ascii($i) [fretnum_to_asciitab [string trim [ lindex [ lindex $tab_data $pos_todraw ] $i ] ] ] } set tab_ascii($i) "$before_ascii($i)$insert_ascii($i)$after_ascii($i)" } set data_end [ expr [ llength $tab_data ] - 1 ] } # redisplay contents of one text section proc text_redisplay_section {section} { global curr_namespace variable ${curr_namespace}::tabwin array set secinfo [find_textpos $section] set startindex [ $tabwin.tablature index $section ] set redraw_text [ text_draw_newlines $section ] $tabwin.tablature delete $secinfo(textstart) "$secinfo(textend) + 2 chars" $tabwin.tablature insert $secinfo(textstart) $redraw_text $tabwin.tablature mark set $section $startindex recolor_tab_full } # add in carriage returns and end-of-textbox symbols, do line wrap proc text_draw_newlines {args} { global curr_namespace variable ${curr_namespace}::text variable ${curr_namespace}::score_width # drop the section symbol from the end when printing to the printer if { [ lindex $args 0 ] == "-nosymbols" } { set section [ lindex $args 1 ] set endsymbol "" # in "printer" mode... don't print empty sections if {$text($section)=="\x07"} { return "" } } else { set section [ lindex $args 0 ] set endsymbol "\xA7" } if {![info exists text($section)]} { set text($section) "\x07" } set end "\n" set returnval "" # doublecheck that we haven't somehow lost the trailing return char if { [ string range $text($section) end end ] != "\x07"} { set string($section) "$string($section)\x07" } set temp $text($section) # data uses \x07 as carriage return... easier to deal with at load/save while {[ set newline [ string first "\x07" $temp ] ] != -1} { # chop up lines by line length, unless we see a hard return while {[ set newline [string first "\x07" $temp ] ] >= $score_width} { # split line at the start of a word, if possible set endline [ string wordstart $temp [ expr $score_width - 1 ] ] if { $endline > 0 } { append returnval [ string range $temp 0 [ expr $endline - 2 ] ] "\n" set temp [ string range $temp $endline end ] } else { # otherwise, split by line length append returnval [ string range $temp 0 [ expr $score_width - 1 ] ] "\n" set temp [ string range $temp $score_width end ] } } # put a section symbol after the last character inserted by the user if { $newline == [ expr [string length $temp ] - 1 ] } { set end "$endsymbol\n" } append returnval [ string range $temp 0 [ expr $newline - 1 ] ] "$end" set temp [ string range $temp [ expr $newline + 1 ] end ] } return $returnval } # return various info. about the text position queried when in lyrics mode proc find_textpos {textindex} { global curr_namespace variable ${curr_namespace}::tabwin variable ${curr_namespace}::num_strings variable ${curr_namespace}::row_sep_lines set section [ findmark previous "$textindex + 1 chars" ] set nextsection [ findmark next "$textindex + 1 chars" ] switch -exact -- $section { {header} { set textstart header set textend "$nextsection - $row_sep_lines lines - 2 chars" } {footer} - {delend} - {} { # clicking below the footer may yield "" or delend as prev. mark set textstart footer set textend "delend - 2 chars" } default { # lyrics lines set textstart "$section + $num_strings lines" set textend "$nextsection - $row_sep_lines lines - 2 chars" } } # what is the corresponding location in the asciitab string? set lyrics_pos [ string length [ $tabwin.tablature get $textstart $textindex ] ] return "section $section lyrics_pos $lyrics_pos textstart {$textstart} textend {$textend}" } # generalized proc to move cursor up/down/left/right in lyrics mode proc text_cursor {adjust} { global curr_namespace variable ${curr_namespace}::tabwin array set charinfo [ find_textpos insert ] if { [ lindex $adjust 0 ] == "+" } { set comparison "<=" set limit $charinfo(textend) } else { set comparison ">=" set limit $charinfo(textstart) } # don't allow user to roll past edge of this textbox if { [ $tabwin.tablature compare "insert $adjust" $comparison $limit ] } { $tabwin.tablature mark set insert "insert $adjust" $tabwin.tablature see insert } if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { recolor_tab_full -notwhitespace } } # copy highlighted text proc text_copy {} { global curr_namespace global messages global clip variable ${curr_namespace}::tabwin variable ${curr_namespace}::text if { [ catch {$tabwin.tablature index lyr_selection} ] != 0 } { return } if { [ $tabwin.tablature compare insert < lyr_selection ] } { array set mark_low [ find_textpos insert ] array set mark_hi [ find_textpos lyr_selection ] } else { array set mark_low [ find_textpos lyr_selection ] array set mark_hi [ find_textpos insert ] } regsub -all "\x07" [ string range $text($mark_low(section)) $mark_low(lyrics_pos) [ expr $mark_hi(lyrics_pos) - 1 ] ] "\n" clip update_clipboard $tabwin.tablature mark unset lyr_selection recolor_tab_full -notwhitespace ghost_cutcopy disabled } # cut highlighted text proc text_cut {args} { global curr_namespace global messages global clip variable ${curr_namespace}::tabwin variable ${curr_namespace}::text if { [ catch {$tabwin.tablature index lyr_selection} ] != 0 } { return } getopt opts {history} $args if { [ $tabwin.tablature compare insert < lyr_selection ] } { array set mark_low [ find_textpos insert ] array set mark_hi [ find_textpos lyr_selection ] set insert [ $tabwin.tablature index insert ] } else { array set mark_low [ find_textpos lyr_selection ] array set mark_hi [ find_textpos insert ] set insert [ $tabwin.tablature index lyr_selection ] } if { $opts(history) > 0 } { history_add $messages(history:text_cut) regsub -all "\x07" [ string range $text($mark_low(section)) $mark_low(lyrics_pos) [ expr $mark_hi(lyrics_pos) - 1 ] ] "\n" clip update_clipboard } set before [ string range $text($mark_low(section)) 0 [ expr $mark_low(lyrics_pos) - 1 ] ] set after [ string range $text($mark_low(section)) $mark_hi(lyrics_pos) end ] set text($mark_low(section)) "${before}$after" text_redisplay_section $mark_low(section) $tabwin.tablature mark unset lyr_selection $tabwin.tablature mark set insert $insert $tabwin.tablature see insert ghost_cutcopy disabled } # cut highlighted text without adding it to the paste buffer proc text_clear {} { global messages history_add $messages(history:text_clear) text_cut } #paste text in lyrics mode proc text_paste {} { global curr_namespace global messages global my_platform variable ${curr_namespace}::tabwin variable ${curr_namespace}::text # grab paste text from the system clipboard... should catch anything # we placed in it, or any other program did set paste_raw "" if { $my_platform(platform) == "unix" } { set paste_raw [ selection get -selection PRIMARY ] } else { set paste_raw [ selection get -selection CLIPBOARD] } set paste_processed "" # look through paste buffer and eliminate non-printables, convert endlines foreach character [split $paste_raw {}] { scan $character %c asciival if { $character == "\n" } { append paste_processed "\x07" } elseif { $asciival > 31 } { append paste_processed $character } } if { $paste_processed == "" } { return } history_add $messages(history:text_paste) if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { text_cut } array set charinfo [ find_textpos insert ] set insert [ $tabwin.tablature index insert ] set before [ string range $text($charinfo(section)) 0 [ expr $charinfo(lyrics_pos) - 1 ] ] set after [ string range $text($charinfo(section)) $charinfo(lyrics_pos) end ] set text($charinfo(section)) "${before}${paste_processed}$after" text_redisplay_section $charinfo(section) $tabwin.tablature mark set insert "$insert + [string length $paste_processed] chars" $tabwin.tablature see insert } # delete a character to the right of the cursor proc text_delete {} { global curr_namespace global messages variable ${curr_namespace}::tabwin variable ${curr_namespace}::text if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { text_clear } elseif { [ $tabwin.tablature get insert ] == "\xA7" } { # don't go past boundary of textbox return } history_add $messages(history:text_del) set insert [ $tabwin.tablature index insert ] array set charinfo [ find_textpos insert ] set before [ string range $text($charinfo(section)) 0 [ expr $charinfo(lyrics_pos) - 1 ] ] set after [ string range $text($charinfo(section)) [ expr $charinfo(lyrics_pos) + 1 ] end ] set text($charinfo(section)) "${before}$after" text_redisplay_section $charinfo(section) $tabwin.tablature mark set insert $insert $tabwin.tablature see insert } # delete a character to the left of the cursor proc text_backspace {} { global curr_namespace global messages variable ${curr_namespace}::tabwin variable ${curr_namespace}::text array set charinfo [ find_textpos insert ] if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { text_clear return } elseif { $charinfo(lyrics_pos) <= 0 } { # don't go past boundary of textbox return } history_add $messages(history:text_del) set newcursor [ $tabwin.tablature index "insert - 1 chars" ] set before [ string range $text($charinfo(section)) 0 [ expr $charinfo(lyrics_pos) - 2 ] ] set after [ string range $text($charinfo(section)) $charinfo(lyrics_pos) end ] set text($charinfo(section)) "${before}$after" text_redisplay_section $charinfo(section) $tabwin.tablature mark set insert $newcursor $tabwin.tablature see insert } # move up one section of lyrics proc text_upsection {} { global curr_namespace variable ${curr_namespace}::tabwin if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { array set charinfo [ find_textpos insert ] $tabwin.tablature mark set insert $charinfo(textstart) recolor_tab_full -notwhitespace } else { set new_section [ findmark previous [ findmark previous "insert + 1 chars" ] ] if { $new_section != "" } { array set charinfo [ find_textpos $new_section ] $tabwin.tablature mark set insert $charinfo(textend) recolor_tab_full -notwhitespace } } $tabwin.tablature see insert } # move down one section of lyrics proc text_dnsection {} { global curr_namespace variable ${curr_namespace}::tabwin if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { array set charinfo [ find_textpos insert ] $tabwin.tablature mark set insert $charinfo(textend) recolor_tab_full -notwhitespace } else { set new_section [ findmark next "insert + 1 chars" ] if { $new_section != "delend" } { array set charinfo [ find_textpos $new_section ] $tabwin.tablature mark set insert $charinfo(textstart) recolor_tab_full -notwhitespace } } $tabwin.tablature see insert } # move to beginning of lyrics proc text_home {} { global curr_namespace variable ${curr_namespace}::tabwin if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { array set charinfo [ find_textpos insert ] $tabwin.tablature mark set insert $charinfo(textstart) recolor_tab_full -notwhitespace } else { $tabwin.tablature mark set insert 1.0 recolor_tab_full -notwhitespace } $tabwin.tablature see insert } # move to end of lyrics proc text_end {} { global curr_namespace variable ${curr_namespace}::tabwin if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { array set charinfo [ find_textpos insert ] $tabwin.tablature mark set insert $charinfo(textend) recolor_tab_full -notwhitespace } else { $tabwin.tablature mark set insert "delend - 2 chars" recolor_tab_full -notwhitespace } $tabwin.tablature see insert } # set lyrics mode insertion cursor to location of mouse proc absolute_textpos {x y} { global curr_namespace global messages variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mode_old variable ${curr_namespace}::tabwin variable ${curr_namespace}::col_max variable ${curr_namespace}::data_end variable ${curr_namespace}::num_strings # unhighlight selected text if { [ catch { $tabwin.tablature index lyr_selection } ] == 0 } { $tabwin.tablature mark unset lyr_selection ghost_cutcopy disabled recolor_tab_full -notwhitespace } set gapindex [ tkTextClosestGap $tabwin.tablature $x $y ] array set charinfo [ find_textpos $gapindex ] if { ( [ $tabwin.tablature compare $gapindex >= $charinfo(textstart) ] ) && ( [ $tabwin.tablature compare $gapindex <= $charinfo(textend) ] ) } { # in a textbox $tabwin.tablature mark set insert $gapindex $tabwin.tablature see insert recolor_tab_full -notwhitespace } elseif { [ $tabwin.tablature get @$x,$y ] == "\xA7" } { # clicked on the end-of-textbox symbol $tabwin.tablature mark set insert "$gapindex - 1 chars" $tabwin.tablature see insert recolor_tab_full -notwhitespace } else { # check for click in a tab score array set new [ tabpos_from_xy $x $y ] if { ($new(col)<$col_max)&&($new(col)>=0)&&($new(string)>=0)&&($new(pos)>=0)&&($new(pos)<=$data_end)&&($new(string)<$num_strings) } { #set insert_mode $messages(string:lead) set insert_mode $mode_old lyrics_done $x $y } } } # update selected area according to mouse drag proc text_select {x y} { global curr_namespace variable ${curr_namespace}::tabwin if { [ catch { $tabwin.tablature index lyr_selection } ] != 0 } { $tabwin.tablature mark set lyr_selection insert ghost_cutcopy normal } array set insertinfo [ find_textpos lyr_selection ] set index [ tkTextClosestGap $tabwin.tablature $x $y ] # don't allow cursor to go beyond bounds of a textbox if { [ $tabwin.tablature compare $index > $insertinfo(textend) ] } { $tabwin.tablature mark set insert $insertinfo(textend) tkCancelRepeat } elseif { [ $tabwin.tablature compare $index < $insertinfo(textstart) ] } { $tabwin.tablature mark set insert $insertinfo(textstart) tkCancelRepeat } else { $tabwin.tablature mark set insert $index } $tabwin.tablature see insert recolor_tab_full -notwhitespace } #insert text in lyrics mode proc text_insert {character} { global curr_namespace global messages variable ${curr_namespace}::tabwin variable ${curr_namespace}::text # ignore non-printables... like ^C if { $character == "\n" } { set character "\x07" } elseif {$character == ""} { return } else { scan $character %c asciival if { $asciival < 32 } { return } } history_add $messages(history:text_insert) if { [ catch {$tabwin.tablature index lyr_selection} ] == 0 } { text_cut } array set charinfo [ find_textpos insert ] set before [ string range $text($charinfo(section)) 0 [ expr $charinfo(lyrics_pos) - 1 ] ] set after [ string range $text($charinfo(section)) $charinfo(lyrics_pos) end ] set text($charinfo(section)) "${before}${character}$after" set insert [ $tabwin.tablature index insert ] #redraw_full text_redisplay_section $charinfo(section) $tabwin.tablature mark set insert "$insert + 1 chars" $tabwin.tablature see insert } # return ascii tab notation that corresponds to fret number given on input proc fretnum_to_asciitab {fret_todraw} { global tab_symbols global embellish if { [ info exists tab_symbols($fret_todraw) ] } { return $tab_symbols($fret_todraw) } elseif { $fret_todraw < 0 } { return "---" } elseif { $fret_todraw < 2000} { # modifier is 100's digit set modnum [ expr int ( $fret_todraw / 100 ) ] # fret is 1's and 10's set fretnum [ expr $fret_todraw % 100 ] # if fret < 10, add in a '-' to fill the 'empty' spot set filler [ lindex { - {} } [ expr $fretnum > 9 ] ] return "$embellish($modnum)${fretnum}$filler" } elseif { $fret_todraw < 2100} { return "-x-" } else { return "---" } } #export tablature proc export_tab {} { global curr_namespace global version global export_types global my_platform global cwd global messages variable ${curr_namespace}::name variable ${curr_namespace}::tabwin variable ${curr_namespace}::winnum # what do we do if we don't yet have a filename? if { $name == "" } { set basename $messages(string:untitled)$winnum } else { set basename [ file rootname [ lindex [ file split $name ] end ] ] } # pull up the file dialog window if {$my_platform(os)=="MacOS"} { set filename [my_filedialog tk_getSaveFile \ -title $messages(string:export) -parent $tabwin \ -initialfile $basename -initialdir $cwd -defaultextension .tab ] } else { set filename [my_filedialog tk_getSaveFile -filetypes $export_types \ -title $messages(string:export) -parent $tabwin \ -initialfile $basename -initialdir $cwd -defaultextension .tab ] } # did user close file dialog without choosing a file? if { $filename == "" } { return } # hack around exten. not auto-appended in OSX tcl/tk 8.4a4-2 if { ($my_platform(os)=="Darwin") && ([file extension $filename] != ".tab" ) } { append filename .tab } set cwd [ file dirname $filename ] # on failed file operation, does user want to retry? set success 0 while { $success == 0 } { catch { set myfile [open "$filename" w] } if { [info exists myfile] } { set success 1 } elseif { [my_dialog $messages(title:save_fail) [subst -nocommands -nobackslashes $messages(dialog:save_fail)] error "" $messages(button:retry) $messages(button:cancel) ] == "1" } { return } } # dump data into the file, dropping section symbols # according to fconfigure manpage, end-of-line chars will be translated # appropriately for each OS set insert [ $tabwin.tablature index insert ] redisplay_toend -nosymbols start puts -nonewline $myfile [$tabwin.tablature get 1.0 end] redisplay_toend start $tabwin.tablature mark set insert $insert recolor_tab_full -notwhitespace close $myfile if { $my_platform(os) == "MacOS" } { file attributes $filename -creator ttxt -type TEXT } } #save tablature proc save_tab {args} { global curr_namespace global version global save_types global ext global macext global my_platform global cwd global messages variable ${curr_namespace}::name variable ${curr_namespace}::num_strings variable ${curr_namespace}::saved variable ${curr_namespace}::tab_data variable ${curr_namespace}::tabwin variable ${curr_namespace}::winnum variable ${curr_namespace}::tuning variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::score_width variable ${curr_namespace}::text getopt opts {as} $args # nothing to do if file is already saved, and user isn't doing save_as if { ($saved == 1)&&($opts(as) < 1) } { return } # what do we do if we don't yet have a filename? if { $name == "" } { set basename $messages(string:untitled)$winnum set opts(as) 1 } else { set basename [ file rootname [ lindex [ file split $name ] end ] ] } # pull up the file dialog window if {$opts(as) > 0} { if {$my_platform(os)=="MacOS"} { set filename [my_filedialog tk_getSaveFile -parent $tabwin \ -title $messages(string:save) -initialfile $basename \ -defaultextension $ext($num_strings) -initialdir $cwd ] } else { set filename [my_filedialog tk_getSaveFile -parent $tabwin \ -title $messages(string:save) -initialfile $basename \ -defaultextension $ext($num_strings) -initialdir $cwd \ -filetypes $save_types($num_strings) ] } # did user close file dialog without choosing a file? if { $filename == "" } { return } # hack around exten. not auto-appended in OSX tcl/tk 8.4a4-2 if { ($my_platform(os)=="Darwin") && ([file extension $filename] != $ext($num_strings) ) } { append filename $ext($num_strings) } set cwd [ file dirname $filename ] set name $filename } # on failed file operation, does user want to retry? set success 0 while { $success == 0 } { catch { set myfile [open "$name" w] } if { [info exists myfile] } { set success 1 } elseif { [my_dialog $messages(title:save_fail) [subst -nobackslashes -nocommands $messages(dialog:save_fail)] error "" $messages(button:retry) $messages(button:cancel) ] == "1" } { return } } # dump data into the file puts $myfile "#eTktab$version tablature file" puts $myfile "#*formatting: score_width $score_width row_sep_lines $row_sep_lines" puts $myfile "#*lyrics: [array get text]" for { set i 0 } { $i < $num_strings } { incr i } { puts $myfile $tuning($i) # windows wants us to flush when we write in multiple statements flush $myfile } puts -nonewline $myfile $tab_data close $myfile if { $my_platform(os) == "MacOS" } { file attributes $name -creator eTkt -type $macext($num_strings) } # update window wm title $tabwin "eTktab$version - $name" refresh_winmenu set_saved 1 } #load tablature proc open_tab {} { global curr_namespace global my_platform global version global chromatic global messages global default_prefs variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::name variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::saved variable ${curr_namespace}::tab_data variable ${curr_namespace}::tabwin variable ${curr_namespace}::tuning variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::score_width variable ${curr_namespace}::text array set new_tuning [ array get tuning ] set filename $name # on failed file operation, does user want to retry? set success 0 while { $success == 0 } { catch { set myfile [open "$name" r] } if { [info exists myfile] } { set success 1 } elseif { [my_dialog $messages(title:open_fail) [subst -nocommands -nobackslashes $messages(dialog:open_fail) ] error "" $messages(button:retry) $messages(button:cancel) ] == "1" } { return } } # as of version 2.0, there's a line at the top to identify it's a # eTktab file # according to fconfigure tcl manpage, we don't have to worry about # which OS the file was made on (what end-of-line char is used) # as tcl will translate automatically for us! set i 0 while { [ info exists tab_data_new ] == 0 } { gets $myfile next_line if { [ string range "$next_line" 0 12 ] == "#*formatting:" } { #formatting regexp {^#\*formatting: *score_width *([0-9]+) *row_sep_lines *([0-9]+)} $next_line full score_width_new row_sep_lines_new } elseif { [ string range "$next_line" 0 8 ] == "#*lyrics:"} { # lyrics array set text_new [string range $next_line 10 end] } elseif { [lsearch -exact $chromatic $next_line] > -1 } { # tuning set new_tuning($i) $next_line incr i } elseif { [ string index "$next_line" 0 ] != "#" } { # tab, not 'comments' set num_strings_new $i set tab_data_new $next_line } } close $myfile # tab looks valid? if { ( [ llength [ lindex $tab_data_new 0 ] ] != $num_strings_new ) || (($num_strings_new < 4)||($num_strings_new > 7)) } { my_dialog $messages(title:file_bad) [subst -nocommands -nobackslashes $messages(dialog:file_bad) ] error 0 $messages(button:ok) return } set num_strings $num_strings_new if { [info exists row_sep_lines_new] } { set row_sep_lines $row_sep_lines_new } else { set row_sep_lines $default_prefs(row_sep_lines) } if { [info exists score_width_new] } { set score_width $score_width_new } else { set score_width $default_prefs(score_width) } if { [info exists text_new ] } { array set text [ array get text_new ] } else { array set text "" } initialize_numstrings $curr_namespace array set tuning [ array get new_tuning ] set tab_data $tab_data_new set data_end [ expr [llength $tab_data] -1 ] set pos $data_end set mark -1 redraw_full wm title $tabwin "eTktab$version - $name" refresh_winmenu set_saved 1 history_clear lyrics_done # change keyboard and mouse bindings bindtags $tabwin [ lreplace [bindtags $tabwin ] 1 1 Tabwindow$num_strings ] bindtags $tabwin.tablature [ lreplace [bindtags $tabwin.tablature ] 1 2 Tablature Tabwindow$num_strings ] } # close window... if unsaved, ask user what to do proc close_tab {} { global curr_namespace global messages variable ${curr_namespace}::name variable ${curr_namespace}::saved variable ${curr_namespace}::tabwin variable ${curr_namespace}::winnum if { $saved == 0 } { if { $name == "" } { set filename $messages(string:untitled)$winnum } else { set filename $name } set response [my_dialog $messages(title:close_verify) [subst -nocommands -nobackslashes $messages(dialog:close_verify)] warning "" $messages(button:yes) $messages(button:no) $messages(button:cancel) ] if {$response == 0} { save_tab } elseif {($response != 1)} { return } } # closing the last window means quitting the program if { [ llength [ namespace children ::WIN ] ] == 1 } { __exit_now } else { destroy $tabwin namespace delete $curr_namespace refresh_winmenu } } #print tablature proc print_tab {} { global curr_namespace global my_platform global cwd global program_dir global tempdir global messages global print_counter global prefs variable ${curr_namespace}::tabwin variable ${curr_namespace}::row_sep_lines incr print_counter set name [lrange [wm title $tabwin] 2 end] if { $my_platform(platform) == "unix" } { if { [ print_dialog $print_counter ] != 1 } { return } set filename "| $prefs(print_command)" } elseif { $my_platform(platform) == "macintosh" } { if { [ file executable /usr/bin/lpstat ] != 1 } { set w .printerr_$print_counter if { [ basic_transient -nocancel $w $messages(title:print_return) ] != -1 } { label ${w}.text -text $messages(dialog:print_unsupported) pack ${w}.text -side top -fill x wm transient $w $tabwin } return } if { [ print_dialog $print_counter ] != 1 } { return } set filename "| /usr/bin/lpr -P $prefs(print_command)" } else { set filename [ file join $tempdir eTktab_[pid]_${print_counter}.txt ] } # on failed file operation, does user want to retry? set success 0 while { $success == 0 } { catch { set myfile [open "$filename" w] } if { [info exists myfile] } { set success 1 } elseif { [my_dialog $messages(title:save_fail) [subst -nocommands -nobackslashes $messages(dialog:save_fail)] error "" $messages(button:retry) $messages(button:cancel) ] == "1" } { return } } # change cursor to let user know we're processing set cursor [ $tabwin.tablature cget -cursor ] $tabwin.tablature configure -cursor watch update idletasks #redraw the screen contents w/o section symbols set insert [ $tabwin.tablature index insert ] redisplay_toend -nosymbols start #break each page at the start of a score, making sure that it's less than #the page length set pagenum 1 set pagestart header set blank_lines $row_sep_lines set pagebreak "" set pageend "" while { $pagestart != "delend" } { set tryend $pagestart # start-end... don't print blank lines at page bottom, add 2 line header while { ([ expr int([$tabwin.tablature index $tryend] - [$tabwin.tablature index $pagestart]) - $blank_lines + 2 ] <= $prefs(page_length)) } { set pageend $tryend if { $pageend == "delend" } { break } set tryend [ findmark next $tryend ] if { $tryend == "delend" } { set blank_lines 0 } } #add a header (title + page number) followed by a blank line puts $myfile "${pagebreak}$pagenum $name\n" # cut row_sep off from end of pages in middle of tab if { $pageend == $pagestart } { set pageend "$pagestart + $prefs(page_length) lines" puts -nonewline $myfile [ $tabwin.tablature get $pagestart $pageend ] } elseif { $pageend != "delend"} { puts -nonewline $myfile [ $tabwin.tablature get $pagestart "$pageend - $row_sep_lines lines" ] } else { puts -nonewline $myfile [ $tabwin.tablature get $pagestart $pageend ] } incr pagenum set pagestart $pageend set pagebreak "\x0c" } # according to fconfigure manpage, end-of-line chars will be translated # appropriately for each OS catch {close $myfile} return_val # Run windows print commands against tempfile switch -- $my_platform(platform) { {windows} { exec [file join $program_dir prfile32.exe] /q /i:[file join $program_dir prfile.ini ] /delete $filename # change cursor back to normal $tabwin.tablature configure -cursor $cursor } {default} { # change cursor back to normal $tabwin.tablature configure -cursor $cursor # present any errors from print helper if { $return_val != "" } { set w .printerr_$print_counter if { [ basic_transient -nocancel $w $messages(title:print_return) ] != -1 } { label ${w}.text -text $return_val pack ${w}.text -side top -fill x wm transient $w $tabwin } } } } # restore window contents redisplay_toend start $tabwin.tablature mark set insert $insert recolor_tab_full -notwhitespace } # # Pull up transient windows for user input # #set which file to look to for natural language support strings proc pref_language {} { global curr_namespace global prefs global messages global program_dir global curr_namespace global language_types global settings_file_failures variable ${curr_namespace}::tabwin # call up file dialog to find natural language file set filename [my_filedialog tk_getOpenFile -parent $tabwin \ -title $messages(string:language) -filetypes $language_types \ -initialdir $program_dir -defaultextension .etl ] # did the user give a filename? if { $filename == "" } { return } # alter prefs and load in file set prefs(language) $filename load_language_support # did load fail? if { $settings_file_failures != "" } { my_dialog $messages(title:open_fail) [subst -nocommands -nobackslashes $messages(dialog:open_fail) ] error 0 $messages(button:ok) set settings_file_failures "" return } #save all user prefs save_prefs # load lang. support strings into each open tab window each_namespace label_gui # kill and reopen help window if { [ winfo exists .helpwin ] } { destroy .helpwin help } } #set which file to look to for keybindings proc pref_keybindings {} { global curr_namespace global prefs global messages global program_dir global curr_namespace global keybind_types global settings_file_failures variable ${curr_namespace}::tabwin # call up file dialog to find keybindings file set filename [my_filedialog tk_getOpenFile -filetypes $keybind_types \ -title $messages(string:keybind) -parent $tabwin \ -initialdir $program_dir -defaultextension .etk ] # did the user give a filename? if { $filename == "" } { return } # alter prefs and load in file set prefs(keybindings) $filename load_keybindings # did load fail? if { $settings_file_failures != "" } { my_dialog $messages(title:open_fail) [subst -nocommands -nobackslashes $messages(dialog:open_fail) ] error 0 $messages(button:ok) set settings_file_failures "" return } #save all user prefs save_prefs # load bindings into each open tab window keybind_global # kill and reopen help window if { [ winfo exists .helpwin ] } { destroy .helpwin help } } #call up a window with the preferred command for printing proc print_dialog {print_counter} { global curr_namespace global prefs global print_command global print_button global pagelen global messages global my_platform variable ${curr_namespace}::tabwin set w .printprefs_$print_counter set pagelen $prefs(page_length) set print_command $prefs(print_command) if {$my_platform(platform) == "unix"} { if { [ basic_transient -alt $w $messages(string:print) ] == -1 } { return 0 } label $w.command_label -text $messages(dialog:print_command) entry $w.command_entry -textvariable print_command pack $w.command_label pack $w.command_entry -fill x bind $w "focus $w.command_entry" } else { # macintosh if { [ basic_transient $w $messages(string:print) ] == -1 } { return 0 } set printer_list "" foreach lpstat_line [split [exec /usr/bin/lpstat -a] "\n" ] { lappend printer_list "radiobutton -label [ lindex $lpstat_line 0 ] -variable ::print_command" lappend mac_printers [ lindex $lpstat_line 0 ] } if { $printer_list == ""} { destroy $w return 0 } if { ($print_command=="") || ([lsearch -exact $mac_printers $print_command]== -1) } { set print_command [ lrange [ exec /usr/bin/lpstat -d] end end ] } label $w.printer_label -text $messages(dialog:print_select) my_menubutton $w.printer_list -textvariable ::print_command $printer_list pack $w.printer_label pack $w.printer_list } label $w.pagelength_label -text "\n$messages(dialog:page_length)" scale $w.pagelength_scale -showvalue true -from 40 -to 120 -resolution 1 -orient horizontal -variable ::pagelen pack $w.pagelength_label pack $w.pagelength_scale -fill x $w.buttons.cancel configure -command " set print_button -1 " $w.buttons.ok configure -default active -command " set print_button 1 " wm transient $w $tabwin grab $w bind $w "$w.buttons.ok invoke" tkwait variable print_button grab release $w destroy $w if {$print_button == -1 } { unset print_button return 0 } if {($print_command != $prefs(print_command)) || ( $pagelen != $prefs(page_length))} { set prefs(print_command) $print_command set prefs(page_length) $pagelen save_prefs } unset print_button return 1 } #build a generic transient window to fill in with whatever proc basic_transient {args} { global messages getopt opts {alt nocancel} $args if {$opts(nocancel) > 0} { set close ok } else { set close cancel } set w [ lindex $opts(EXTRA) 0 ] set title [ lindex $opts(EXTRA) 1 ] if { [ winfo exists $w ] } { raise $w focus $w return -1 } toplevel $w wm title $w $title frame $w.buttons pack $w.buttons -side bottom -pady 2m button $w.buttons.ok -under 0 -text $messages(button:ok) pack $w.buttons.ok -side left -expand true -padx 2.5m if { $opts(alt) > 0 } { button_bind -alt $w.buttons.ok } else { button_bind $w.buttons.ok } # do we have a both ok and cancel, or just ok? if { $close == "cancel" } { button $w.buttons.cancel -under 0 -text $messages(button:cancel) pack $w.buttons.cancel -side left -expand true -padx 2.5m if { $opts(alt) > 0 } { button_bind -alt $w.buttons.cancel } else { button_bind $w.buttons.cancel } } else { $w.buttons.ok configure -default active bind $w "$w.buttons.ok invoke" } $w.buttons.$close configure -command " grab release $w destroy $w " wm protocol $w WM_DELETE_WINDOW "$w.buttons.$close invoke" } #set color preferences proc pref_colors {} { global curr_namespace global prefs global messages global temp_colors global my_platform if { [ basic_transient .color $messages(title:color) ] == -1 } { return } text .color.test -font {Courier 18} -height 7 -width 14 pack .color.test -side right -fill y frame .color.settings pack .color.settings -side top -fill both -expand true .color.buttons.ok configure -command { array set prefs [ array get temp_colors ] #save all user prefs save_prefs # load colors into each open tab window # we'll skip the help window on this one pref. proc. each_namespace color_gui destroy .color } set attribute_old "" array set attrib_row {bg -1 fg -1} array set attrib_col {bg 1 fg 0} foreach setting [ lsort [ array names prefs {color*} ] ] { #some macos versions don't like font redef. in menus if {($my_platform(platform)=="macintosh")&&([string match {*menu*} $setting])} { continue } set temp_colors($setting) $prefs($setting) button .color.settings.$setting -font $prefs(font_statusbar) -text $messages(string:$setting) -command " set tc \[my_chooseColor -parent .color -title {$messages(string:$setting)} -initialcolor \$temp_colors($setting)\] if {\$tc != \"\"} { set temp_colors($setting) \$tc trycolor } " regexp {color_[a-z]+_([bf]g)} $setting full attribute if {($attribute != $attribute_old)&&($attribute == {bg})} { set lastrow [calc_max $attrib_row(bg) $attrib_row(fg)] array set attrib_row "fg $lastrow bg $lastrow" } incr attrib_row($attribute) grid .color.settings.$setting -row $attrib_row($attribute) -column $attrib_col($attribute) -pady 2m -sticky we set attribute_old $attribute } trycolor .color.test insert end "\n 0123ABCDabcd\n\n 0123ABCDabcd" .color.test tag add color_help_bg 2.0 3.0 .color.test tag add color_help_fg 2.0 3.0 # don't show menu color opts on mac if {$my_platform(platform)!="macintosh"} { .color.test insert end "\n\n 0123ABCDabcd" .color.test tag add color_menu_bg 4.0 5.0 .color.test tag add color_menu_fg_left 4.0 4.7 .color.test tag add color_menu_fg_right 4.7 5.0 set lastrow 6 } else { set lastrow 4 } .color.test tag add color_tab_bg_default ${lastrow}.0 ${lastrow}.7 .color.test tag add color_tab_bg_sel ${lastrow}.7 end .color.test tag add color_tab_fg_currpos ${lastrow}.0 ${lastrow}.3 ${lastrow}.7 ${lastrow}.9 .color.test tag add color_tab_fg_currstring ${lastrow}.3 ${lastrow}.5 ${lastrow}.9 ${lastrow}.11 .color.test tag add color_tab_fg_default ${lastrow}.5 ${lastrow}.7 ${lastrow}.11 end place_transient .color } #set font size/weight preferences... not family, because we want to force #the user to a non-proportional tablature font, and it also makes this easier proc pref_fonts {} { global curr_namespace global prefs global messages global font_sizes global font_weights global temp_font global my_platform if { [ basic_transient .font $messages(menu:font) ] == -1 } { return } .font.buttons.ok configure -command { array set prefs [ array get temp_font ] #save all user prefs save_prefs # load fonts into each open tab window each_namespace color_gui destroy .font # load fonts into any open help windows if { [ winfo exists .helpwin ] } { .helpwin.txt configure -font $prefs(font_help) .helpwin.buttons.can configure -font $prefs(font_statusbar) } } frame .font.pref pack .font.pref -side top -fill x -pady 2m set i -1 foreach setting [ lsort [ array names prefs {font*} ] ] { #some macos versions don't like font redef. in menus if {($my_platform(platform)=="macintosh")&&([string match {*status*} $setting])} { continue } set prefix .font.pref.${setting} incr i set temp_font($setting) $prefs($setting) # get size and weight of fonts currently in use regexp {([0-9]+)} $prefs($setting) full size switch -glob -- $prefs($setting) { {*bold?italic*} {set weight bold_italic} {*bold*} {set weight bold} {*italic*} {set weight italic} default {set weight regular} } # Font name written in chosen font label ${prefix}_name -justify left -text $messages(string:$setting) -font $prefs($setting) # size choice menubutton menubutton ${prefix}_size -text $size -menu ${prefix}_size.menu -width 2 menu ${prefix}_size.menu foreach size_choice $font_sizes { ${prefix}_size.menu add radiobutton -indicatoron false -label $size_choice -command " regsub {(\[0-9\]+)} \$temp_font($setting) $size_choice temp_font($setting) ${prefix}_name configure -font \$temp_font($setting) ${prefix}_size configure -text $size_choice " } # weight choice menubutton menubutton ${prefix}_weight -text $messages(string:$weight) -menu ${prefix}_weight.menu menu ${prefix}_weight.menu set mb_width 0 foreach weight_choice [ lsort [ array names font_weights ] ] { ${prefix}_weight.menu add radiobutton -indicatoron false -label $messages(string:$weight_choice) -command " set temp_font($setting) \"\[lrange \$temp_font($setting) 0 1 \] \$font_weights($weight_choice)\" ${prefix}_name configure -font \$temp_font($setting) ${prefix}_weight configure -text $messages(string:$weight_choice) " if { [ string length $messages(string:$weight_choice) ] > $mb_width } { set mb_width [ string length $messages(string:$weight_choice) ] } } ${prefix}_weight configure -width $mb_width grid ${prefix}_name ${prefix}_size ${prefix}_weight -row $i -sticky we -pady 2m } place_transient .font } # set formatting of tablature proc pref_format {variable} { global curr_namespace global messages global my_platform global col_width if {$variable == "current"} { set space $curr_namespace variable ${space}::temp_format variable ${space}::score_width variable ${space}::row_sep_lines variable ${space}::tabwin array set temp_format [list row_sep_lines $row_sep_lines score_width $score_width] set window $tabwin.format set title $messages(menu:format) } else { set space "::defaults" global prefs variable ${space}::temp_format array set temp_format [list row_sep_lines $prefs(row_sep_lines) score_width $prefs(score_width) window_width $prefs(window_width) window_height $prefs(window_height)] set window .format_defaults set title $messages(menu:default_format) } if { [ basic_transient $window $title ] == -1 } { return } if {$variable == "current"} { $window.buttons.ok configure -command " set ${space}::score_width \$${space}::temp_format(score_width) set ${space}::row_sep_lines \$${space}::temp_format(row_sep_lines) # load formatting into current tab window process_formatting $space redisplay_toend start destroy $window " } else { $window.buttons.ok configure -command " array set prefs \[array get ${space}::temp_format \] save_prefs destroy $window " } frame $window.pref pack $window.pref -side top -fill x -pady 2m label $window.pref.rowsep_label -text $messages(string:separation) scale $window.pref.rowsep_scale -showvalue true -from 1 -to 10 -resolution 1 -orient vertical -variable ${space}::temp_format(row_sep_lines) grid $window.pref.rowsep_label -row 0 -column 0 -columnspan 2 -sticky e grid $window.pref.rowsep_scale -row 0 -column 2 -rowspan 2 -sticky w scale $window.pref.width_scale -showvalue true -from 45 -to 135 -resolution $col_width -label $messages(string:width) -orient horizontal -variable ${space}::temp_format(score_width) grid $window.pref.width_scale -row 1 -column 0 -columnspan 2 -sticky we -pady 2m if {$variable != "current"} { label $window.pref.spacer -text " " label $window.pref.winheight_label -text $messages(string:window_height) scale $window.pref.winheight_scale -showvalue true -from 20 -to 80 -resolution 1 -orient vertical -variable ${space}::temp_format(window_height) grid $window.pref.spacer -row 1 -column 3 grid $window.pref.winheight_label -row 0 -column 4 -columnspan 2 -sticky e grid $window.pref.winheight_scale -row 0 -column 6 -rowspan 2 -sticky w scale $window.pref.winwidth_scale -showvalue true -from 50 -to 140 -label $messages(string:window_width) -orient horizontal -variable ${space}::temp_format(window_width) grid $window.pref.winwidth_scale -row 1 -column 4 -columnspan 2 -sticky we -pady 2m } place_transient $window } # allow user to add/del/edit from a list of known 'preset' tunings proc tuning_presets {ns} { global prefs global messages variable ::defaults::tunings_$ns variable ::defaults::tun_names_$ns # access current prefs. array set tunings_$ns $prefs(tun_presets_$ns) set tun_names_$ns [ lsort [ array names tunings_$ns ] ] # draw the window set window .preflist_$ns if { [ basic_transient $window "$messages(string:tuning_presets) $ns" ] == -1 } { return } $window.buttons.ok configure -command " set prefs(tun_presets_$ns) \[ array get ::defaults::tunings_$ns \] save_prefs destroy $window " frame $window.body pack $window.body -expand 1 -fill both -side top scrollbar $window.body.scroll -command "$window.body.list yview" listbox $window.body.list -yscroll "$window.body.scroll set" -width 30 -height 16 -setgrid 1 -listvar ::defaults::tun_names_$ns frame $window.body.actions pack $window.body.list $window.body.scroll -side left -fill y -expand 1 pack $window.body.actions -side bottom button $window.body.actions.edit -text $messages(button:edit) -command "tuning_win presets $ns \[selection get\]" button $window.body.actions.add -text $messages(button:add) -command "tuning_win presets $ns {}" button $window.body.actions.del -text $messages(button:delete) -command " array unset ::defaults::tunings_$ns \"\[selection get\]\" set ::defaults::tun_names_$ns \[ array names ::defaults::tunings_$ns \] " pack $window.body.actions.add $window.body.actions.edit $window.body.actions.del -fill x -expand 1 # double-clicking an entry is the same as pushing the 'edit' button bind $window.body.list "$window.body.actions.edit invoke" } # pulldown menus to change tuning of individual strings proc tuning_win {args} { global chromatic global curr_namespace global messages global prefs variable ${curr_namespace}::pos variable ${curr_namespace}::tabwin variable ${curr_namespace}::text # alter behavior, based on whether we're editing the tuning of a # tab window, the default for some # of strings, or a named preset switch -glob -- $args { {current} { set space $curr_namespace variable ${space}::num_strings variable ${space}::tuning variable ${space}::temp_tuning set ns $num_strings array set temp_tuning [ array get tuning ] set window $tabwin.tuning set title $messages(title:tuning) if { [ basic_transient $window $title ] == -1 } { return } } {newtab*} { set ns [ lindex $args 1 ] set space ::defaults variable ${space}::temp_tuning array set temp_tuning $prefs(tuning_$ns) set window .tuning_defaults set title $messages(menu:default_tuning) if { [ basic_transient $window $title ] == -1 } { return } } {presets*} { set space ::defaults variable ${space}::temp_tuning variable ${space}::tun_name set ns [ lindex $args 1 ] set tun_name [ lindex $args 2 ] # if the preset has a name, we're editing an existing preset, # if the name is empty, we're adding a new one if {$tun_name == ""} { array set temp_tuning $prefs(tuning_$ns) set title $messages(string:tuning_presets) } else { set ::defaults::oldname "$tun_name" set title "$tun_name" array set temp_tuning [ lindex [ array get ::defaults::tunings_$ns "$tun_name" ] 1 ] } set window .tuning_edit_presets if { [ basic_transient -alt "$window" "$title" ] == -1 } { return } } } # build a list of items to put in a menu of named tunings array set presets $prefs(tun_presets_$ns) foreach p [ lsort [ array names presets ] ] { lappend preset_menu "command -label {$p} {array set ${space}::temp_tuning {$presets($p)}}" } frame $window.body pack $window.body -expand 1 -fill both -side top # make a menubutton for each instrument string for { set i 0 } { $i < $ns } { incr i } { set cs [ expr $i + 1 ] menubutton $window.body.${i}_button -textvariable ${space}::temp_tuning($i) -menu $window.body.${i}_button.menu -direction right -indicatoron 0 -width 2 menu $window.body.${i}_button.menu foreach j $chromatic { $window.body.${i}_button.menu add radiobutton -label $j -variable ${space}::temp_tuning($i) } arrowbuttons $window.body.${i}_arrowframe standard "listprev -cycle ${space}::temp_tuning($i) {\$::chromatic}" "listnext -cycle ${space}::temp_tuning($i) {\$::chromatic}" $window.body.${i}_button.menu entryconfigure 9 -columnbreak 1 label $window.body.${i}_label -justify left -text [ subst -nobackslashes -nocommands $messages(string:string_name) ] grid $window.body.${i}_label -row $i -column 0 -sticky we -pady 1m -padx 2m grid $window.body.${i}_button -row $i -column 1 -sticky we -pady 1m grid $window.body.${i}_arrowframe -row $i -column 2 -sticky we -pady 1m } frame $window.body.presets grid $window.body.presets -row $ns -column 0 -columnspan 3 -sticky we -pady 5m switch -glob -- $args { {current} { my_menubutton $window.body.presets.list -text $messages(string:tuning_presets) $preset_menu pack $window.body.presets.list $window.buttons.ok configure -command " history_add {$messages(history:tuning)} array set ${curr_namespace}::tuning \[ array get ${space}::temp_tuning \] redisplay_toend 0 grab release $window destroy $window " } {newtab*} { my_menubutton $window.body.presets.list -text $messages(string:tuning_presets) $preset_menu pack $window.body.presets.list $window.buttons.ok configure -command " set prefs(tuning_$ns) \[array get ${space}::temp_tuning \] save_prefs grab release $window destroy $window " } {presets*} { label $window.body.presets.label -text $messages(string:name) entry $window.body.presets.entry -textvariable ::defaults::tun_name pack $window.body.presets.label -side left pack $window.body.presets.entry -side right -fill x -expand true # Insist that the user fill in a name for the tuning... # If they didn't, change the gui to highlight the name entry box $window.buttons.ok configure -command " if { \"\$::defaults::tun_name\" == {} } { $window.body.presets.entry configure -highlightcolor red -highlightbackground indianred -insertbackground red -insertwidth 6 focus $window.body.presets.entry } else { if { \[ info exists ::defaults::oldname \] } { array unset ::defaults::tunings_$ns \"\$::defaults::oldname\" } array set ::defaults::tunings_$ns \"{\$::defaults::tun_name} {\[array get ::defaults::temp_tuning \]}\" set ::defaults::tun_names_$ns \[ lsort \[ array names ::defaults::tunings_$ns \] \] grab release $window destroy $window } " } } place_transient $window update idletasks grab $window } proc toggle_lyrics_mode {} { global curr_namespace global messages variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mode_old if { $insert_mode == $messages(string:lyrics) } { set insert_mode $mode_old lyrics_done } else { set insert_mode $messages(string:lyrics) lyrics_edit } } # text edit window proc lyrics_edit {} { global curr_namespace global images variable ${curr_namespace}::tabwin variable ${curr_namespace}::pos variable ${curr_namespace}::num_strings # change keyboard and mouse bindings bindtags $tabwin [ lreplace [bindtags $tabwin ] 1 1 Lyricswindow ] bindtags $tabwin.tablature [ lreplace [bindtags $tabwin.tablature ] 1 2 Lyrics Lyricswindow ] # disable buttons not in use during lyrics editing foreach disable_widget {tuning basefret basefret_legend} { $tabwin.msg_frame.right_frame.$disable_widget configure -state disabled } $tabwin.msg_frame.right_frame.bfarrow_frame.up configure -image $images(disabled.up) $tabwin.msg_frame.right_frame.bfarrow_frame.dn configure -image $images(disabled.dn) # position cursor and set appearance of mouse pointer array set current [ calc_rowcol $pos ] $tabwin.tablature mark set insert "line$current(row) + $num_strings lines" $tabwin.tablature see insert $tabwin.tablature configure -cursor xterm -state normal ghost_menu disable menu:select_all # works around an apparent bug where tk forgets to make cursor blink focus $tabwin ; update ;focus $tabwin.tablature clear_mark ghost_cutcopy disabled recolor_tab_full -notwhitespace } # return to tablature editing mode from lyrics editing mode proc lyrics_done {args} { global curr_namespace global prefs global initial_col global images variable ${curr_namespace}::tabwin variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mode_old set mode_old $insert_mode # Return, doing nothing if just swtiching between chord/lead modes if { [ lsearch -exact [ bindtags $tabwin.tablature ] Tablature ] > -1 } { return } # change keyboard and mouse bindings bindtags $tabwin [ lreplace [bindtags $tabwin ] 1 1 Tabwindow$num_strings ] bindtags $tabwin.tablature [ lreplace [bindtags $tabwin.tablature ] 1 2 Tablature Tabwindow$num_strings ] # enable buttons not in use during tablature editing foreach enable_widget {tuning basefret basefret_legend} { $tabwin.msg_frame.right_frame.$enable_widget configure -state normal } $tabwin.msg_frame.right_frame.bfarrow_frame.up configure -image $images(msg_frame_right.up) $tabwin.msg_frame.right_frame.bfarrow_frame.dn configure -image $images(msg_frame_right.dn) # position cursor and set appearance of mouse pointer if { [ lindex $args 1 ] != "" } { set xy $args } else { array set charinfo [ find_textpos insert ] if { $charinfo(section) == "header" } { set charinfo(section) line0 } elseif { $charinfo(section) == "footer" } { array set charinfo [ find_textpos [ findmark previous footer ] ] } set xy [ $tabwin.tablature bbox "$charinfo(section) + $initial_col chars" ] } absolute_pos [ lindex $xy 0 ] [ lindex $xy 1 ] $tabwin.tablature configure -cursor left_ptr -state disabled ghost_menu normal menu:select_all focus $tabwin.tablature catch {$tabwin.tablature mark unset lyr_selection} ghost_cutcopy disabled recolor_tab_full -notwhitespace } # file open/save/export window proc open_dialog {} { global curr_namespace global ext global open_types global blank_tab global cwd global messages global prefs variable ${curr_namespace}::name variable ${curr_namespace}::tabwin variable ${curr_namespace}::tab_data set filename [my_filedialog tk_getOpenFile -title $messages(string:open) \ -parent $tabwin -defaultextension $ext($prefs(num_strings)) \ -initialdir $cwd -filetypes $open_types($prefs(num_strings)) ] if { $filename == "" } { return } set cwd [ file dirname $filename ] # get new window for tab, unless current tab window is empty if { $tab_data == $blank_tab($prefs(num_strings)) } { set name $filename open_tab } else { new_tab -file $filename } } # # functions mapped to keypresses by end user # # **functions that affect overall mode # toggle chord/note mode proc toggle_insert_mode {} { global curr_namespace global messages variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mode_old if { $insert_mode == $messages(string:chord) } { set insert_mode $messages(string:lead) } else { set insert_mode $messages(string:chord) } set mode_old $insert_mode } # move the base fret up 1 proc inc_basefret {} { global curr_namespace global maxbasefret global messages variable ${curr_namespace}::basefret variable ${curr_namespace}::insert_mode if { $insert_mode == $messages(string:lyrics) } { return } if { $basefret < $maxbasefret } { incr basefret } ghost_arrows 0 $maxbasefret $basefret } # move the base fret down 1 proc dec_basefret {} { global curr_namespace global maxbasefret global messages variable ${curr_namespace}::basefret variable ${curr_namespace}::insert_mode if { $insert_mode == $messages(string:lyrics) } { return } if { $basefret > 0 } { incr basefret -1 } ghost_arrows 0 $maxbasefret $basefret } # if basefret is at max or min, disable the corresponding spinbox arrow proc ghost_arrows {min max value} { global curr_namespace variable ${curr_namespace}::tabwin if {$value == $min} { $tabwin.msg_frame.right_frame.bfarrow_frame.dn configure -state disabled } else { $tabwin.msg_frame.right_frame.bfarrow_frame.dn configure -state normal } if {$value == $max} { $tabwin.msg_frame.right_frame.bfarrow_frame.up configure -state disabled } else { $tabwin.msg_frame.right_frame.bfarrow_frame.up configure -state normal } } # **cursor movement # move back a position in the tab proc back {} { global curr_namespace variable ${curr_namespace}::pos variable ${curr_namespace}::col_max if { $pos > 0 } { set old_pos $pos incr pos -1 recolor_tab_pos $old_pos recolor_tab_pos $pos see_currpos } } # move forward a position in the tab proc forward {} { global curr_namespace variable ${curr_namespace}::data_end variable ${curr_namespace}::pos variable ${curr_namespace}::col_max if { $pos < $data_end } { set old_pos $pos incr pos recolor_tab_pos $old_pos recolor_tab_pos $pos see_currpos } } # move up a string proc up_string {} { global curr_namespace variable ${curr_namespace}::pos variable ${curr_namespace}::string if { $string > 0 } { incr string -1 recolor_tab_pos $pos } } # move down a string proc down_string {} { global curr_namespace variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::string if { $string < [expr $num_strings - 1] } { incr string recolor_tab_pos $pos } } # move up a score proc up_score {} { global curr_namespace variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::col_max set pos_new [ expr $pos - $col_max ] if { $pos_new >= 0 } { set pos_old $pos set pos $pos_new if { $mark == -1 } { recolor_tab_pos $pos_old recolor_tab_pos $pos } else { recolor_tab_full -notwhitespace } see_currpos } } # move down a score proc down_score {} { global curr_namespace variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::row variable ${curr_namespace}::col_max set pos_old $pos set pos_new [ expr $pos + $col_max ] set row [ lindex [ calc_rowcol $pos ] 1 ] if { $pos_new <= $data_end } { set pos $pos_new } else { set pos_new [ expr ( $row + 1 ) * $col_max ] if { $pos_new <= $data_end } { set pos $data_end } } if { $pos != $pos_old } { if { $mark == -1 } { recolor_tab_pos $pos_old recolor_tab_pos $pos } else { recolor_tab_full -notwhitespace } see_currpos } } # move to start of score proc home {} { global curr_namespace variable ${curr_namespace}::mark variable ${curr_namespace}::pos set pos_old $pos set pos 0 if { $mark == -1 } { recolor_tab_pos $pos_old recolor_tab_pos $pos } else { recolor_tab_full -notwhitespace } see_currpos } # move to end of score proc end {} { global curr_namespace variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::pos set pos_old $pos set pos $data_end if { $mark == -1 } { recolor_tab_pos $pos_old recolor_tab_pos $pos } else { recolor_tab_full -notwhitespace } see_currpos } # look for text 'marks', ignoring tk presets current and insert proc findmark {direction currindex} { global curr_namespace variable ${curr_namespace}::tabwin set section [ $tabwin.tablature mark $direction $currindex ] while { ($section == "current") || ($section == "insert") || ( $section == "lyr_selection") } { set section [ $tabwin.tablature mark $direction $section ] } return $section } # absolute position set via mouse click in tab mode proc absolute_pos {x y} { global curr_namespace global messages variable ${curr_namespace}::insert_mode variable ${curr_namespace}::col_max variable ${curr_namespace}::row_sep_lines variable ${curr_namespace}::score_width variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::row variable ${curr_namespace}::row_height variable ${curr_namespace}::string variable ${curr_namespace}::tabwin focus $tabwin.tablature array set new [ tabpos_from_xy $x $y ] # if the mouse is within a score, move the current postion, there if { ($new(col)<$col_max)&&($new(col)>=0)&&($new(string)>=0)&&($new(pos)>=0)&&($new(pos)<=$data_end)&&($new(string)<$num_strings) } { set pos_old $pos set pos $new(pos) set string $new(string) if { $mark == -1 } { recolor_tab_pos $pos_old recolor_tab_pos $pos } else { recolor_tab_full -notwhitespace } } elseif { $mark != -1 } { # if we're dragging the mouse to select an area, approximate how a # word processor would highlight, when "out of bounds" if { $new(rowindex)=="header" } { set pos 0 } elseif { $new(rowindex)=="footer" } { return } elseif { $new(row) < $new(row_mark) } { set pos [ expr ( $new(row) + 1 ) * $col_max ] } elseif { $new(string) >= $num_strings } { set pos [ calc_min [ expr ( $new(row) + 1 ) * $col_max - 1 ] $data_end ] } else { return } recolor_tab_full -notwhitespace } else { # check if clicked in textbox array set charinfo [ find_textpos @$x,$y ] if { ( [ $tabwin.tablature compare @$x,$y >= $charinfo(textstart) ] ) && ( [ $tabwin.tablature compare @$x,$y <= $charinfo(textend) ] ) } { set insert_mode $messages(string:lyrics) lyrics_edit absolute_textpos $x $y } } see_currpos } proc tabpos_from_xy {x y} { global curr_namespace global initial_col global col_width variable ${curr_namespace}::col_max variable ${curr_namespace}::mark variable ${curr_namespace}::tabwin # what text position corresponds to mouse position set char_x [ lindex [ split [ $tabwin.tablature index @$x,$y ] . ] 1 ] set char_y [ lindex [ split [ $tabwin.tablature index @$x,$y ] . ] 0 ] # look for previous marker of the start of a row in the text set rowindex [ findmark previous $char_y.$char_x ] if { $rowindex == "" } { return [ list pos -1 row -1 col -1 string -1 rowindex -1 row_mark -1 ] } if { ($rowindex == "header")||($rowindex == "footer") } { set row_new -1 } else { set row_new [ string range $rowindex 4 end ] } # compare exact location to start of row set string_new [ expr $char_y - int( [$tabwin.tablature index $rowindex] ) ] set col_new [ expr int ( ( $char_x - $initial_col ) / $col_width ) ] set pos_new [ expr $row_new * $col_max + $col_new ] set row_mark [ lindex [ calc_rowcol $mark ] 1 ] return [ list pos $pos_new row $row_new col $col_new string $string_new rowindex $rowindex row_mark $row_mark ] } # scroll selection in tab window... altered version of tkTextAutoScan proc dragtab {w place_cursor} { global tkPriv if {![winfo exists $w]} { return } array set scroll {x 1 y 1} if {$tkPriv(y) >= [winfo height $w]} { $w yview scroll 2 units } elseif { $tkPriv(y) < 0 } { $w yview scroll -2 units } else { unset scroll(y) } if {$tkPriv(x) > [winfo width $w]} { $w xview scroll 2 units } elseif {$tkPriv(x) < 0} { $w xview scroll -2 units } else { unset scroll(x) } if {[info exists scroll]} { set tkPriv(afterId) [after 50 dragtab $w $place_cursor] $place_cursor $tkPriv(x) $tkPriv(y) update idletasks } } # **insert/delete related functions # delete note cursor is over, but leave the rest of this position intact proc del_note {} { global curr_namespace global messages variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::string variable ${curr_namespace}::tab_data if { $mark != -1 } { history_add $messages(history:delete) cut_tab -redraw } elseif { [ lindex [ lindex $tab_data $pos ] $string ] > -1 } { history_add $messages(history:del_note) set tab_data [ lreplace $tab_data $pos $pos [ lreplace [ lindex $tab_data $pos ] $string $string -1 ] ] redraw_pos $pos } } # delete position behind cursor proc backspace {} { global curr_namespace global messages variable ${curr_namespace}::mark variable ${curr_namespace}::pos history_add $messages(history:delete) if { $mark != -1 } { cut_tab -redraw } else { # don't do backspace functionality if already at beginning of tab if { $pos > 0 } { back del_pos } } } # delete whole position proc del_pos {args} { global blank_tab global curr_namespace global messages variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data getopt opts history $args if { $opts(history) > 0 } { history_add $messages(history:delete) } if { $mark == -1 } { set mark $pos } cut_tab -redraw } # add blank spaces to the end of the current line proc force_newline {} { global curr_namespace global messages variable ${curr_namespace}::pos variable ${curr_namespace}::col_max set pos_old $pos history_add $messages(history:newline) for { set i [ expr [ lindex [ calc_rowcol $pos ] 3 ] + 1 ]} { $i <= $col_max } { incr i } { whitespace } redisplay_toend $pos_old } # insert new position proc add_blank {args} { global blank_tab global curr_namespace global messages global col_width variable ${curr_namespace}::data_end variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data variable ${curr_namespace}::col_max getopt opts {advance history redraw} $args if { $opts(history) > 0 } { history_add $messages(history:blanktab) } # where to we insert the new blank? if { $mark != -1 } { # if we delete whole tablature, cut_tab proc already inserts a blank if { [ expr abs($mark - $pos) ] == $data_end } { cut_tab if { $opts(redraw) > 0 } { redisplay_toend [ calc_max [ expr $pos - 1] 0 ] see_currpos } return } set splitafter [ expr [ calc_min $pos $mark ] - 1] cut_tab # undoing the advance at the end if we had to cut tab, first if { ( $opts(advance) > 0 ) } { incr pos -1 } } elseif { $opts(advance) > 0 } { set splitafter $pos } else { set splitafter [ expr $pos - 1 ] } # adjust insertion for first, last, middle of tab if { $splitafter == $data_end } { set tab_data [ concat $tab_data $blank_tab($num_strings) ] } elseif { $splitafter < 0 } { set tab_data [ concat $blank_tab($num_strings) $tab_data ] } else { set tab_data [ concat [ lrange $tab_data 0 $splitafter ] $blank_tab($num_strings) [ lrange $tab_data [ expr $splitafter + 1 ] $data_end ] ] } # update ascii version asciitab_replace [ expr $splitafter + 1 ] 0 1 if { $opts(advance) > 0 } { incr pos } if { $opts(redraw) > 0 } { redisplay_toend [ calc_max [ expr $pos - 1] 0 ] see_currpos } } # replace contents of current position with a bar proc whitespace {args} { global curr_namespace global messages variable ${curr_namespace}::data_end variable ${curr_namespace}::fret variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data getopt opts {history redraw} $args if { $opts(history) > 0 } { history_add $messages(history:whitespace) } set redisplay $pos add_blank replace_pos {-16} if { $pos >= $data_end } { set pos $data_end add_blank -advance } else { incr pos } if { $opts(redraw) > 0 } { redisplay_toend $redisplay see_currpos } } # remove mark proc clear_mark {} { global curr_namespace variable ${curr_namespace}::mark variable ${curr_namespace}::pos if { $mark != -1 } { set mark -1 recolor_tab_full -notwhitespace ghost_cutcopy disabled } } # place mark proc set_mark {} { global curr_namespace variable ${curr_namespace}::mark variable ${curr_namespace}::pos if { $mark == -1 } { set mark $pos recolor_tab_pos $pos ghost_cutcopy normal } } # toggle mark on/off proc toggle_mark {} { global curr_namespace variable ${curr_namespace}::mark if { $mark == -1 } { set_mark } else { clear_mark } } # select all of tablature proc select_all {} { global curr_namespace variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::data_end set mark 0 set pos_old $pos set pos $data_end ghost_cutcopy normal recolor_tab_full -notwhitespace see_currpos } # decide what to do with menu requests for cut/paste based on tab/lyrics mode proc edit_menu {function} { global curr_namespace global messages variable ${curr_namespace}::insert_mode if { $insert_mode != $messages(string:lyrics) } { switch $function { {cut} { cut_tab -history -redraw } {copy} { copy_tab } {clear} { clear_tab } {paste} { paste_tab } } } else { switch $function { {cut} { text_cut -history } {copy} { text_copy } {clear} { text_clear } {paste} { text_paste } } } } # copy tab into paste buffer proc copy_tab {} { global curr_namespace global pastebuf global clip variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data if { $mark != -1 } { set clip [ tabdata_to_asciitab [ calc_min $pos $mark ] [ calc_max $pos $mark ]] update_clipboard set pastebuf [ lrange $tab_data [ calc_min $pos $mark ] [calc_max $pos $mark ] ] clear_mark } } # cut tab from screen into paste buffer proc cut_tab {args} { global blank_tab global curr_namespace global pastebuf global messages global clip variable ${curr_namespace}::data_end variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data getopt opts {history redraw} $args if { $mark != -1 } { if { $opts(history) > 0 } { history_add $messages(history:cut) set clip [ tabdata_to_asciitab [ calc_min $pos $mark ] [ calc_max $pos $mark ]] update_clipboard set pastebuf [ lrange $tab_data [ calc_min $pos $mark ] [calc_max $pos $mark ] ] } set tab_data [ lreplace $tab_data [ calc_min $pos $mark ] [ calc_max $pos $mark ] ] asciitab_replace [calc_min $pos $mark] [ expr abs($pos - $mark) + 1 ] 0 set pos [ calc_min $pos $mark ] if { $data_end < 0 } { set tab_data [ concat $tab_data $blank_tab($num_strings) ] set data_end 0 asciitab_replace all 0 0 } set pos [ calc_min $pos $data_end ] set mark -1 ghost_cutcopy disabled if { $opts(redraw) > 0 } { redisplay_toend $pos } } } # cut with addition to history buffer, but not to paste buffer proc clear_tab {} { global curr_namespace global messages variable ${curr_namespace}::mark if { $mark != -1 } { history_add $messages(history:clear) cut_tab -redraw } } # paste from paste buffer proc paste_tab {} { global curr_namespace global pastebuf global messages global my_platform variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data # on Unix, grab the paste data from primary eTktab window # even if it's in another eTktab process catch {set x_selection [selection get -selection ETKTAB]} if { ($my_platform(platform) == "unix") && ([info exists x_selection]) } { set pastebuf $x_selection } # do nothing if paste buffer is empty, or paste tab is mismatch 6/5/4 string if { $pastebuf == "" } { return } if { [ llength [ lindex $pastebuf 0 ] ] != $num_strings } { return } history_add $messages(history:paste) if { $mark != -1 } { cut_tab } set before [ lrange $tab_data 0 [ expr $pos - 1 ]] set after [ lrange $tab_data $pos end ] set tab_data [ concat $before $pastebuf $after ] asciitab_replace $pos 0 [llength $pastebuf] redisplay_toend $pos } #insert note requested from keyboard bindings proc ins_note {askstring askfret} { global curr_namespace global messages variable ${curr_namespace}::basefret variable ${curr_namespace}::data_end variable ${curr_namespace}::fret variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::string variable ${curr_namespace}::tab_data variable ${curr_namespace}::col_max history_add $messages(history:note) if { ( $mark != -1 ) || ( $insert_mode == $messages(string:lead) ) } { set redisplay $pos add_blank } # user asked for 'open' string, or number above basefret? if { $askfret == "o" } { set fret 0 } else { set fret [expr $basefret + $askfret ] } set string $askstring set fret_old [ lindex [ lindex $tab_data $pos ] $string ] if { $fret_old < -1 } { replace_pos {-1} } set fret [ expr ( 100 * int ( abs ( $fret_old ) / 100 ) ) + $fret ] set tab_data [ lreplace $tab_data $pos $pos [ lreplace [ lindex $tab_data $pos ] $string $string $fret ] ] asciitab_replace $pos 1 1 if { $insert_mode == $messages(string:lead) } { if { $pos >= $data_end } { set pos $data_end add_blank -advance } else { incr pos } } if { [ info exists redisplay ] } { redisplay_toend $redisplay } else { redraw_pos $pos } } # add or remove embellishments (hammer-on, pull-off, etc.) proc modifier {modnum} { global curr_namespace global embellish global messages variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::string variable ${curr_namespace}::tab_data set fret_old [ lindex [ lindex $tab_data $pos ] $string ] if { $fret_old > -1 } { history_add $messages(history:expression) set newfret [ expr ( $fret_old % 100 ) + ( $modnum * 100 ) ] set tab_data [ lreplace $tab_data $pos $pos [ lreplace [ lindex $tab_data $pos ] $string $string $newfret ] ] if { $mark != -1 } { clear_mark } redraw_pos $pos } } # add or remove repeat marks from measure bar proc toggle_repeat {} { global curr_namespace global messages variable ${curr_namespace}::mark variable ${curr_namespace}::num_strings variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data set fret_old [ lindex [ lindex $tab_data $pos ] 1 ] if { ( $fret_old > -2 ) || ( $fret_old < -14 ) } { return } history_add $messages(history:repeat) set bar_values {-2 -10 -6 -14} set newfret [ lindex $bar_values [ expr ([ lsearch -exact $bar_values [string trim $fret_old] ] + 1) % 4 ] ] set second [ expr $num_strings - 2 ] set tab_data [ lreplace $tab_data $pos $pos [ lreplace [ lreplace [ lindex $tab_data $pos ] 1 1 $newfret ] $second $second $newfret ] ] if { $mark != -1 } { clear_mark } redraw_pos $pos } # replace contents of current position with a bar proc bar {} { global curr_namespace global messages variable ${curr_namespace}::data_end variable ${curr_namespace}::fret variable ${curr_namespace}::insert_mode variable ${curr_namespace}::mark variable ${curr_namespace}::pos variable ${curr_namespace}::tab_data set fret_old [ lindex [ lindex $tab_data $pos ] 0 ] # don't need <= other neg numbers for repeat symbols only on two strings # (not on string 0) if { $fret_old == -2 } { return } history_add $messages(history:bar) if { ( $mark != -1 ) || ( $insert_mode == $messages(string:lead) ) } { set redisplay $pos add_blank } # if the value is -2 it means there's the bar replace_pos {-2} if { $insert_mode == $messages(string:lead) } { if { $pos >= $data_end } { set pos $data_end add_blank -advance } else { incr pos } } if { [ info exists redisplay ] } { redisplay_toend $redisplay } else { redraw_pos $pos } } ####################################### ### BUILD THE GUI ### proc build_gui {new_namespace} { global curr_namespace global ext global maxbasefret global prefs global my_platform global version global embellish global messages global valid_numstrings global lyrics_max variable ${new_namespace}::tabwin variable ${new_namespace}::winnum variable ${new_namespace}::score_width variable ${new_namespace}::num_strings toplevel $tabwin -class Textwin # set up keybindings common to all tabwindows with this number of strings bindtags $tabwin [ linsert [bindtags $tabwin ] 1 Tabwindow$num_strings ] bind $tabwin "set ::curr_namespace $new_namespace" frame $tabwin.tab_frame scrollbar $tabwin.scrollx -orient horizontal -command "$tabwin.tablature xview" scrollbar $tabwin.scrolly -command "$tabwin.tablature yview" text $tabwin.tablature -xscrollcommand "$tabwin.scrollx set" -yscrollcommand "$tabwin.scrolly set" -width $prefs(window_width) -height $prefs(window_height) -state disabled -exportselection false -highlightcolor white $tabwin.tablature insert end "\n\n" $tabwin.tablature mark set delend "end - 1 chars" # load bindings, drop some standard Text bindings bindtags $tabwin.tablature [ lreplace [bindtags $tabwin.tablature ] 1 1 Tablature Tabwindow$num_strings ] frame $tabwin.msg_frame frame $tabwin.msg_frame.right_frame label $tabwin.msg_frame.right_frame.chord_lead_legend my_menubutton $tabwin.msg_frame.right_frame.chord_lead -textvariable ${new_namespace}::insert_mode " {radiobutton -variable ${new_namespace}::insert_mode -label $messages(string:chord) -command lyrics_done} {radiobutton -variable ${new_namespace}::insert_mode -label $messages(string:lead) -command lyrics_done} {radiobutton -variable ${new_namespace}::insert_mode -label $messages(string:lyrics) -command lyrics_edit} " label $tabwin.msg_frame.right_frame.basefret_legend for { set i 0 } { $i <= $maxbasefret } { incr i } { lappend basefret_entries "radiobutton -label $i -variable ${new_namespace}::basefret -command {ghost_arrows 0 $maxbasefret \$${new_namespace}::basefret}" } my_menubutton $tabwin.msg_frame.right_frame.basefret -indicatoron 0 -textvariable ${new_namespace}::basefret -width 2 $basefret_entries $tabwin.msg_frame.right_frame.basefret.menu entryconfigure 12 -columnbreak 1 arrowbuttons $tabwin.msg_frame.right_frame.bfarrow_frame msg_frame_right inc_basefret dec_basefret $tabwin.msg_frame.right_frame.bfarrow_frame.dn configure -state disabled button $tabwin.msg_frame.right_frame.tuning -command "tuning_win current" frame $tabwin.msg_frame.left_frame foreach ns $valid_numstrings { lappend newtab_entries "command {new_tab -strings $ns}" lappend stringpref_entries "radiobutton -variable prefs(num_strings) -value $ns -command {pref_numstrings $ns}" lappend tunpref_entries "command {tuning_win newtab $ns}" lappend tunpreset_entries "command {tuning_presets $ns}" } my_menubutton $tabwin.msg_frame.left_frame.file " {cascade new {$newtab_entries}} {command open_dialog} {command -state disabled save_tab} {command {save_tab -as}} {command export_tab} {command print_tab} {command close_tab} {command quit_safe} " my_menubutton $tabwin.msg_frame.left_frame.edit " {command -state disabled history_undo} {command -state disabled history_redo} separator {command -state disabled {edit_menu cut}} {command -state disabled {edit_menu copy}} {command -state disabled {edit_menu clear}} {command {edit_menu paste}} {command select_all} separator {command {pref_format current}} {cascade option { {command pref_keybindings} {command pref_language} {command pref_fonts} {command pref_colors} separator {cascade numstrings {$stringpref_entries}} {cascade tun_default {$tunpref_entries}} {cascade tun_presets {$tunpreset_entries}} {command {pref_format default}} separator {command pref_revert} }} " menubutton $tabwin.msg_frame.left_frame.windows -menu $tabwin.msg_frame.left_frame.windows.menu .docmenu clone $tabwin.msg_frame.left_frame.windows.menu button $tabwin.msg_frame.left_frame.help -command help grid rowconfig $tabwin.tab_frame 0 -weight 1 -minsize 0 grid columnconfig $tabwin.tab_frame 0 -weight 1 -minsize 0 grid $tabwin.tablature -in $tabwin.tab_frame -row 0 -column 0 -sticky news grid $tabwin.scrolly -in $tabwin.tab_frame -row 0 -column 1 -sticky news grid $tabwin.scrollx -in $tabwin.tab_frame -row 1 -column 0 -sticky news pack $tabwin.msg_frame.right_frame.tuning $tabwin.msg_frame.right_frame.chord_lead $tabwin.msg_frame.right_frame.chord_lead_legend $tabwin.msg_frame.right_frame.bfarrow_frame $tabwin.msg_frame.right_frame.basefret $tabwin.msg_frame.right_frame.basefret_legend -side right -anchor e -ipady 2 pack $tabwin.msg_frame.left_frame.file $tabwin.msg_frame.left_frame.edit $tabwin.msg_frame.left_frame.windows $tabwin.msg_frame.left_frame.help -side left -anchor w -ipady 2 pack $tabwin.msg_frame.left_frame -side left -fill y pack $tabwin.msg_frame.right_frame -side right -fill y pack $tabwin.msg_frame -side top -fill both pack $tabwin.tab_frame -side bottom -fill both -expand true wm protocol $tabwin WM_DELETE_WINDOW "set ::curr_namespace $new_namespace ; close_tab" wm title $tabwin "eTktab$version - $messages(string:untitled)$winnum" #ms-windows doesn't seem to want to focus on our new toplevel windows if {$my_platform(platform)=="windows"} { update idletasks focus -force $tabwin } if {$my_platform(platform)=="macintosh"} { pack forget $tabwin.msg_frame.left_frame $tabwin configure -menu $tabwin.menubar menu $tabwin.menubar $tabwin.menubar add cascade -menu $tabwin.menubar.file -label $messages(menu:file) $tabwin.msg_frame.left_frame.file.menu clone $tabwin.menubar.file $tabwin.menubar add cascade -menu $tabwin.menubar.edit -label $messages(menu:edit) $tabwin.msg_frame.left_frame.edit.menu clone $tabwin.menubar.edit $tabwin.menubar add cascade -menu .docmenu -label $messages(menu:windows) $tabwin.menubar add cascade -menu $tabwin.menubar.apple .mac_menus.apple clone $tabwin.menubar.apple $tabwin.menubar add cascade -menu $tabwin.menubar.help .mac_menus.help clone $tabwin.menubar.help } set curr_namespace $new_namespace history_clear label_gui label_menu_accel color_gui refresh_winmenu } # put strings in each widget (buttons, menus, etc.) proc label_gui {} { global curr_namespace global gui_text global gui_label global messages variable ${curr_namespace}::tabwin variable ${curr_namespace}::undo variable ${curr_namespace}::redo # labels and buttons foreach text_key [ array names gui_text ] { foreach widget $gui_text($text_key) { ${tabwin}.$widget configure -text $messages($text_key) } } # prepare for undo and redo menu entries set undo_menu $undo(last_action) set redo_menu $redo(last_action) # most menu entries foreach text_key [ array names gui_label ] { foreach widget $gui_label($text_key) { ${tabwin}.[lindex $widget 0] entryconfigure [lindex $widget 1] -label [ subst -nocommands -nobackslashes $messages($text_key) ] } } set mb_width 0 foreach i "chord lead lyrics" { if { [ string length $messages(string:$i) ] > $mb_width } { set mb_width [ string length $messages(string:$i) ] } } $tabwin.msg_frame.right_frame.chord_lead configure -width $mb_width } # assign fonts and colors to tab window proc color_gui {} { global curr_namespace global prefs global my_platform global images variable ${curr_namespace}::tabwin #all other widgets... foreach widget [info commands $tabwin.* ] { switch -glob -- $widget { {*.tab_frame} - {*.msg*frame} { $widget configure -background $prefs(color_menu_bg) } {*.tablature} { $tabwin.tablature configure -background $prefs(color_tab_bg_default) -foreground $prefs(color_tab_fg_default) -font $prefs(font_tab) -insertbackground $prefs(color_tab_fg_currstring) $tabwin.tablature tag configure whitespace -overstrike on -fgstipple gray25 $tabwin.tablature tag configure marked -background $prefs(color_tab_bg_sel) -borderwidth 1 -relief raised $tabwin.tablature tag configure currpos -foreground $prefs(color_tab_fg_currpos) $tabwin.tablature tag configure currstring -foreground $prefs(color_tab_fg_currstring) } {*.msg_frame.*} { regexp {\.msg_frame\.([a-z]+)} $widget figa side $widget configure -background $prefs(color_menu_bg) -foreground $prefs(color_menu_fg_$side) catch { $widget configure -highlightbackground $prefs(color_menu_bg) } #certain widgets can't have diff fonts macos if {$my_platform(platform)!="macintosh"} { $widget configure -font $prefs(font_statusbar) } } {*.scrollx} - {*.scrolly} { $widget configure -background $prefs(color_menu_bg) -highlightbackground $prefs(color_menu_bg) -activebackground $prefs(color_menu_bg) } } } #to change color of 'spinbox' arrows, have to change image, not widget foreach i {up dn} { $images(msg_frame_right.$i) configure -foreground $prefs(color_menu_fg_right) } } # write in menu "key accellerator" text proc label_menu_accel {} { global curr_namespace global keynames global gui_accel global valid_numstrings global prefs variable ${curr_namespace}::num_strings variable ${curr_namespace}::tabwin # put text version of keystrokes into menu text foreach widget [ array names gui_accel ] { ${tabwin}.[lindex $gui_accel($widget) 0] entryconfigure [lindex $gui_accel($widget) 1] -accelerator [lindex $keynames($widget) 0] } # add accel for 'new' to our preferred numstrings for new tab foreach ns $valid_numstrings { if { $ns == $prefs(num_strings) } { $tabwin.msg_frame.left_frame.file.menu.new entryconfigure "${ns}*" -accelerator [lindex $keynames(new) 0] } else { $tabwin.msg_frame.left_frame.file.menu.new entryconfigure "${ns}*" -accelerator "" } } } ####################################### ### MAIN: ### READ COMMAND LINE AND PREFS; INITIALIZE CONTENTS OF MAIN WINDOW ### # set up tk defaults for widgets foreach i [ array names tabwin_options ] { option add $i $tabwin_options($i) 50 } # designate handlers for clipboard access from X-Windows selection handle -selection "CLIPBOARD" . clipboard_dump selection handle -selection "PRIMARY" . clipboard_dump selection handle -selection "ETKTAB" . pastebuf_dump # undo standard Tk bindings that conflict with program bindings bind all {} bind all {} # set up a menu of the windows that are in use menu .docmenu # color the disabled spinbuttons $images(disabled.up) configure -foreground [ .docmenu cget -disabledforeground ] $images(disabled.dn) configure -foreground [ .docmenu cget -disabledforeground ] # load in preferences load_prefs # load global keybindings keybind_global # OS Specific stuff switch $my_platform(platform) { {macintosh} { # tkOpenDocument doesn't work correctly on mac no windows are mapped # so we make the window appear offscreen, instead wm geometry . 1x1-25000-25000 . configure -menu .mac_menus menu .mac_menus .mac_menus add cascade -menu .mac_menus.apple menu .mac_menus.apple .mac_menus.apple add command -label $messages(title:about) -command about .mac_menus add cascade -menu .mac_menus.help menu .mac_menus.help .mac_menus.help add command -label [subst -nocommands -nobackslashes $messages(title:help)] -command help # hide the tcl/tk console window, but add shortcut so programmer # can use it for debugging ;-) console hide bind all {console show} } {windows} { # figure out if there's already a running eTktab if { [dde services TclEval eTktab] == "" } { # register as a dde server dde servername eTktab } else { # already a copy running... tell it to open a new window and quit dde execute TclEval eTktab {new_tab} __exit_now } wm withdraw . . configure -menu .win_menus menu .win_menus .win_menus add cascade -menu .win_menus.system menu .win_menus.system .win_menus.system add command -label $messages(title:about) -command about # add shortcut to pull up console window so programmer # can use it for debugging ;-) bind all {console show} } default { #Unix wm withdraw . # give usage statement. -b no longer allowed; replaced by preferences if { [ string index [lindex $argv 0] 0 ] == "-" } { puts [subst -nocommands -nobackslashes $messages(string:usage)] __exit_now } } } set req_file "" set used_dragdrop 0 # In windows installation program, we're setting the registry to send us # __dde__ on the command line when the program isn't running, but the user # double-clicked a document if { [ lindex $argv 0 ] == "__dde__" } { set used_dragdrop 1 } elseif { $argv != "" } { # initial filename on command line? foreach i [list "${cwd}/" "" ] { if { $used_dragdrop } { break } foreach j [concat {{}} $open_types($prefs(num_strings))] { if {$j != ""} { set j [ lindex $j 1] if { ! ([string match {.et*} $j]) } { continue } } # if filename is valid, open it if { [ file exists ${i}[lindex $argv 0]${j} ] } { set cwd [ file dirname $req_file ] set used_dragdrop 1 new_tab -file ${i}[lindex $argv 0]${j} break } } } } # look for incoming mac drag/drop events update # on mac/win the following will check if we started via drag & drop # If we did, we don't need to create an initial window, because it will # be created for us via the tkOpenDocument proc if { $used_dragdrop == 0 } { # Initialize empty window new_tab } eTktab-3.2/eTktab-small.xpm0100644007205300000240000000152407754153656014674 0ustar jsonnstaff/* XPM */ static char *pixmap[] = { /* width height ncols cpp */ "16 16 8 2", /* Colors */ "00 c #000000", "01 c #660000", "02 c #CC3300", "03 c #FF3300", "04 c #FF6600", "05 c #FF9900", "06 c #CC9966", ".. s None c None", "..........................000602", "........................00060206", "........000000........0006020600", "......0002020200....000604060001", "....0002020202020000060206000100", "....00020202020200060206000100..", "..00020202020202060206000100....", "00030303030302060206000000......", "04040404040306030602020200......", "0404040404060406020202020200....", "040505050604060303020202020000..", "050000060506040403020202020000..", "000106010605040403020202000100..", "0006010600050404030200000100....", "06010601000504040300010100......", "050600000504040400010000........", }; eTktab-3.2/eTktab.xpm0100644007205300000240000000470607754153656013573 0ustar jsonnstaff/* XPM */ static char *pixmap[] = { /* width height ncols cpp */ "32 32 9 2", /* Colors */ "00 c #000000", "01 c #660000", "02 c #CC3300", "03 c #FF3300", "04 c #FF6600", "05 c #FF9900", "06 c #CC9966", "07 c #FFFFFF", ".. s None c None", "..................................................00..00000000..", "................................................0007000202020200", "..................................................00020602020200", "..................................................00060206020000", "................................................0006050600000100", "..............................................0006020600010000..", "............................................00060206000100..00..", "............................000000........00060206000100........", "..........................0002020200....00060506000100..........", "........................0002020202020000060206000100............", "........................00020202020200060206000100..............", "......................00020202020205060206000100................", "..............00000000030303030302060506000000..................", "..........000002020304040404040306030605020200..................", "......000002020304040404040404060406020202020200................", "....0002020203030404040505050604060303020202020000..............", "....0002020203040404050000060506040403020202020000..............", "..000202020303040405000106010605040403020202000100..............", "..0002020203030404050006010600050404030200000100................", "..00020202030304040506010601000504040300010100..................", "..000202020303040006050600000504040400010000....................", "..00020202030303060006050505040404030000........................", "..00020202030306040600040404040404030000........................", "..00000202020303060304040404040303030000........................", "..00000202020203030303030303030302000100........................", "....000002020202020303030303020202000100........................", "....0001000202020202020202020202000100..........................", "......00010002020202020202020202000100..........................", "........0001000002020202020200000100............................", "..........000101000000000000010100..............................", "............00000101010101010000................................", "................000000000000....................................", }; eTktab-3.2/LICENSE.html0100644007205300000240000001756007754153110013566 0ustar jsonnstaff eTktab License  

eTktab License

Copyright (c) 1999-2003 by Jason Sonnenschein
(jes_jm@yahoo.com) All Rights Reserved.

The Artisitic License (as described at opensource.org)

Preamble

The intent of this document is to state the conditions under which a Package may be copied, such that the Copyright Holder maintains some semblance of artistic control over the development of the package, while giving the users of the package the right to use and distribute the Package in a more-or-less customary fashion, plus the right to make reasonable modifications.

Definitions:

  • "Package" refers to the collection of files distributed by the Copyright Holder, and derivatives of that collection of files created through textual modification.
  • "Standard Version" refers to such a Package if it has not been modified, or has been modified in accordance with the wishes of the Copyright Holder.
  • "Copyright Holder" is whoever is named in the copyright or copyrights for the package.
  • "You" is you, if you're thinking about copying or distributing this Package.
  • "Reasonable copying fee" is whatever you can justify on the basis of media cost, duplication charges, time of people involved, and so on. (You will not be required to justify it to the Copyright Holder, but only to the computing community at large as a market that must bear the fee.)
  • "Freely Available" means that no fee is charged for the item itself, though there may be fees involved in handling the item. It also means that recipients of the item may redistribute it under the same conditions they received it.
1. You may make and give away verbatim copies of the source form of the Standard Version of this Package without restriction, provided that you duplicate all of the original copyright notices and associated disclaimers.

2. You may apply bug fixes, portability fixes and other modifications derived from the Public Domain or from the Copyright Holder. A Package modified in such a way shall still be considered the Standard Version.

3. You may otherwise modify your copy of this Package in any way, provided that you insert a prominent notice in each changed file stating how and when you changed that file, and provided that you do at least ONE of the following:

a) place your modifications in the Public Domain or otherwise make them Freely Available, such as by posting said modifications to Usenet or an equivalent medium, or placing the modifications on a major archive site such as ftp.uu.net, or by allowing the Copyright Holder to include your modifications in the Standard Version of the Package.

b) use the modified Package only within your corporation or organization.

c) rename any non-standard executables so the names do not conflict with standard executables, which must also be provided, and provide a separate manual page for each non-standard executable that clearly documents how it differs from the Standard Version.

d) make other distribution arrangements with the Copyright Holder.

4. You may distribute the programs of this Package in object code or executable form, provided that you do at least ONE of the following:
a) distribute a Standard Version of the executables and library files, together with instructions (in the manual page or equivalent) on where to get the Standard Version.

b) accompany the distribution with the machine-readable source of the Package with your modifications.

c) accompany any non-standard executables with their corresponding Standard Version executables, giving the non-standard executables non-standard names, and clearly documenting the differences in manual pages (or equivalent), together with instructions on where to get the Standard Version.

d) make other distribution arrangements with the Copyright Holder.

5. You may charge a reasonable copying fee for any distribution of this Package. You may charge any fee you choose for support of this Package. You may not charge a fee for this Package itself. However, you may distribute this Package in aggregate with other (possibly commercial) programs as part of a larger (possibly commercial) software distribution provided that you do not advertise this Package as a product of your own.

6. The scripts and library files supplied as input to or produced as output from the programs of this Package do not automatically fall under the copyright of this Package, but belong to whomever generated them, and may be sold commercially, and may be aggregated with this Package.

7. C or perl subroutines supplied by you and linked into this Package shall not be considered part of this Package.

8. The name of the Copyright Holder may not be used to endorse or promote products derived from this software without specific prior written permission.

9. THIS PACKAGE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE.

End of Artistic License

10. ADDITIONAL STIPULATION FOR ETKTAB: This code is based on a program named TkTab by Giovanni Chierico. The only stipulation of TkTab's license was that all descendants of his code contain his name and email address. Therefore, that is a condition of eTktab's license, as well. eTktab-3.2/README.html0100644007205300000240000002231607754153111013435 0ustar jsonnstaff eTktab README FILE

eTktab

Author: Jason Sonnenschein Homepage Email: jes_jm@yahoo.com

Please read the License for this program.

Thank You's/Credits:

This program is used to write out guitar tablature in the typical style of ascii tab, often found around the internet. The code is based on TkTab by Giovanni Chierico. Many of the ideas for the alerations found here came from emacs tablature mode by Mark R. Rubin. Windows printing handled by Peter Lerup's prfile32. Guitar icon by Sandy at Around the Pixel. Mac OS X icon by Tomoyuki Miyano (IronDevil). Windows and Mac binaries were created with Tcl/Tk wrapper programs--Drag & Drop Tclets and Freewrap.


Special Notes:

Some keybindings changed between version 2.1 and 2.5 to make room for new features. NOTE: All keybindings specified in this file are true for U.S. keyboard ONLY and are merely here to illustrate how to use the program. Look at eTktab's help window after loading a keybindings file appropriate to your keyboard.

The program will initially run with English and United States keyboard support. To change the language support or keybindings, do the following:

  1. Download alternate language and/or keyboard definitions from the eTktab website (or create your own, by editing one of the available files)
  2. Place the files in a known place on your system (preferably where eTktab resides)
  3. Run eTktab
  4. Select the menu entry 'Edit->Preferences->Language'
  5. Locate the downloaded .etl file on your system
  6. Select the menu entry 'Edit->Preferences->Keybindings'
  7. Locate the downloaded .etk file on your system

Files Saved in Version 1: The file format changed from version 1 to version 2. eTktab version two will no longer read or write version 1 files. You can convert files with the included script (fileconvert-v1-to-v2.)


Running eTktab

When eTktab is run without an initial document, it will start with an empty document. The initial document may be for a 4, 5, 6, or 7 stringed instrument, depending on your 'preferences' settings. New windows pulled up via keypress will also conform to this default. The menus allow new documents of any type.

  • On Unix machines, an initial file may be loaded by putting the filename on the command line.
  • Macintosh and Windows users can double-click on a document to bring up eTktab with that document.

Entering Tablature

There are two cursor modes when entering tablature. These can be toggled via menu or keypress. In 'lead' mode, the cursor is advanced after each note insertion, and tablature to the right of the cursor is pushed along ahead of the newly inserted tab. 'Chord' mode will not move the cursor. You will have to advance the cursor manually, after you have entered all the notes in the current chord.

In 6 string mode, there are 30 different keysrokes that will put a note into the tablature. The system they follow is difficult to explain clearly, but easy to use. It mimics the way a guitarist plays. 24 of the 30 keypresses are relative to where a 'vitual hand' is positioned on the fretboard. The program refers to where the hand is as the 'base fret.' The base fret can be changed with the + and - keys, or via menu.

Below are two example charts of the keys on a US keyboard. One is for 6-string mode (guitar,) one for bass. Think of these charts as a guitar neck, laid over part of your keyboard. The string names are along the top of the chart. The fret numbers are along the left side. Inside the chart are the keys that correspond to various places on the fretboard, according to column (string) and row (fret.)

          STRING (guitar)                         STRING (bass)

            E A D G B E                             E A D G
          +-------------+                         +---------+
F  base+0 | 1 2 3 4 5 6 |               F  base+0 | 1 2 3 4 |
R  base+1 | q w e r t y |      OR       R  base+1 | q w e r |
E  base+2 | a s d f g h |               E  base+2 | a s d f |
T  base+3 | z x c v b n |               T  base+3 | z x c v |

For example: the 's' key inserts base+2 on the A string. If 'base fret' is currently set to 5, then pressing the 's' key will put a '7' on the A-string (base+2 is 7 when the base fret is 5.) If you changed the base fret to 12 and pressed the 's' key again, it would now insert a '14' (base+2) on the A-string.

Pressing Shift when using a key in the first row will cause it to 'ignore' the base fret and insert a fret 0 (open) note on that string... So, Shift-3 will add a '0' on the D string, no matter what value the base fret is currently set to. These keystrokes are convenient when tabbing music with notes high on the neck, interspersed with open-string notes.

Note alterations, such as hammer-on and pull-off, may be added and removed from any note. All their keybindings are Alt-<something> (Option on Macintosh). Two modifiers are allowed on bar lines... they are left repeat and right repeat. Notes may only have one modifier, but bar lines may have both left and right modifiers simultaneously.

The tuning of the stringed instrument is changed with the tuning dialog. It can be pulled up via the Tuning button, or a keyboard shortcut (typically ';')

Editing Tablature

Most users will highlight, cut, and paste using the mouse. Bindings for the mouse should perform as you would expect for your system... On all systems, you can use the left button to move the cursor, or highlight regions of tablature. On Windows and Macintosh, shift-left button extends the highlighted region. On Windows, right button will paste. On Unix, right button extends the highlighted region and middle button pastes. Note that mouse clicks need to be within a line of tab. Clicks in the blank spaces between lines are ignored.

Region highlighting is also available via keyboard, by setting a 'mark,' then moving the cursor. The same keystroke is used to set and unset the mark.

Cut/paste between documents will only work if they are the same type (same number of strings.) Tablature pasted into other programs (word processors, email, etc.) only looks right in non-proportional fonts, such as Courier.

An 'undo/redo' feature was added in version 2.0. It remembers 10 steps. Remembering more steps means using more memory. If you have the source... tune as you see fit.

The remaining key bindings are explained in the help screen, which may be called up with the help button at the top of the window, or by hitting '?' or Control-h (Command-h on Macintosh)

Lyrics Entry/Editing

Lyrics may be added and edited by selecting Lyrics in the 'Mode' menu. There are textboxes at the beginning and end of the document and immediately below each score of tablature. The end of each textbox is marked with the section symbol (§). This symbol will not show up in cut/paste or printing of lyrics. In lyrics mode, the keybindings for things like saving, printing, etc. still work, but other keys now just insert that character in the window (as in any simple editor.) The user cannot edit any of the tablature while in lyrics mode, and selecting text for cut/paste can not go beyond the boundary of a text box. The PageUp and PageDown keys will move the cursor from one textbox to another. Other cursor movement should work as expected.

Saving, Exporting, and Printing Files

The 'Save' feature will save files in eTktab's native file format. This is the only format the program can load. Use the 'Export' feature to create a text file of the tablature as it appears on the screen for use in email, newsgroups, etc. Exported tablature will only look correct in a non-proportional font, such as Courier.

For all platforms, printing is made possible by external helper programs. Windows printing is handled by prfile. The file prfile.ini, in the eTktab directory, controls its settings when working with eTktab. Macintosh printing is handled by the Unix printing command enscript, and is only available on OS 10.2 and above (as enscript is not available, or does not work correctly on lower OS revisions.) Unix users may choose the command line for their favorite external printing program.

Bugs

The Macintosh OS X version has some known bugs that cannot be fixed at this time. Sometimes a button will not be drawn in dialogs, until the mouse moves over them. Further, keyboard accelerators are not drawn in the file and edit menus. If you are interested in tracking down these bugs, please help out the Tk toolkit project.