Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/LaTeXtoUnicode.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/LaTeXtoUnicode.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/LaTeXtoUnicode.vim (revision 26505) @@ -0,0 +1,755 @@ +"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" +" Support for LaTex-to-Unicode conversion as in the Julia REPL " +"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" + +function! s:L2U_Setup() + + call s:L2U_SetupGlobal() + + " Keep track of whether LaTeX-to-Unicode is activated + " (used when filetype changes) + let b:l2u_enabled = get(b:, "l2u_enabled", 0) + let b:l2u_autodetect_enable = get(b:, "l2u_autodetect_enable", 1) + + " Did we install the L2U tab/as-you-type/keymap... mappings? + let b:l2u_tab_set = get(b:, "l2u_tab_set", 0) + let b:l2u_cmdtab_set = get(b:, "l2u_cmdtab_set", 0) + let b:l2u_autosub_set = get(b:, "l2u_autosub_set", 0) + let b:l2u_keymap_set = get(b:, "l2u_keymap_set", 0) + + " Following are some flags used to pass information between the function which + " attempts the LaTeX-to-Unicode completion and the fallback function + + " Was a (possibly partial) completion found? + let b:l2u_found_completion = 0 + " Is the cursor just after a single backslash + let b:l2u_singlebslash = 0 + " Are we in the middle of a L2U tab completion? + let b:l2u_tab_completing = 0 + " Are we calling the tab fallback? + let b:l2u_in_fallback = 0 + +endfunction + +function! s:L2U_SetupGlobal() + + " Initialization of global and script-local variables + " is only performed once + if get(g:, "l2u_did_global_setup", 0) + return + endif + + let g:l2u_did_global_setup = 1 + + let g:l2u_symbols_dict = julia_latex_symbols#get_dict() + + call s:L2U_deprecated_options() + + if v:version < 704 + let g:latex_to_unicode_tab = "off" + let g:latex_to_unicode_auto = 0 + endif + + " YouCompleteMe and neocomplcache/neocomplete/deoplete plug-ins do not work well + " with LaTeX symbols suggestions + if exists("g:loaded_youcompleteme") || + \ exists("g:loaded_neocomplcache") || + \ exists("g:loaded_neocomplete") || + \ exists("g:loaded_deoplete") + let g:latex_to_unicode_suggestions = 0 + endif + + " Forcibly get out of completion mode: feed + " this string with feedkeys(s:l2u_esc_sequence, 'n') + let s:l2u_esc_sequence = " \b" + + " Trigger for the previous mapping of + let s:l2u_fallback_trigger = "\u0091L2UFallbackTab" + + " Trigger for the previous mapping of + let s:l2u_fallback_trigger_cr = "\u0091L2UFallbackCR" + +endfunction + +" Each time the filetype changes, we may need to enable or +" disable the LaTeX-to-Unicode functionality +function! LaTeXtoUnicode#Refresh() + call s:L2U_Setup() + + " skip if manually overridden + if !b:l2u_autodetect_enable + return '' + endif + + " by default, LaTeX-to-Unicode is only active on julia files + let file_types = s:L2U_file_type_regex(get(g:, "latex_to_unicode_file_types", "julia")) + let file_types_blacklist = s:L2U_file_type_regex(get(g:, "latex_to_unicode_file_types_blacklist", "$^")) + + if match(&filetype, file_types) < 0 || match(&filetype, file_types_blacklist) >= 0 + if b:l2u_enabled + call LaTeXtoUnicode#Disable(1) + else + return '' + endif + elseif !b:l2u_enabled + call LaTeXtoUnicode#Enable(1) + endif +endfunction + +function! LaTeXtoUnicode#Enable(...) + let auto_set = a:0 > 0 ? a:1 : 0 + + if b:l2u_enabled + return '' + end + + call s:L2U_ResetLastCompletionInfo() + + let b:l2u_enabled = 1 + let b:l2u_autodetect_enable = auto_set + + " If we're editing the first file upon opening vim, this will only init the + " command line mode mapping, and the full initialization will be performed by + " the autocmd triggered by InsertEnter, defined in /ftdetect.vim. + " Otherwise, if we're opening a file from within a running vim session, this + " will actually initialize all the LaTeX-to-Unicode substitutions. + call LaTeXtoUnicode#Init() + return '' +endfunction + +function! LaTeXtoUnicode#Disable(...) + let auto_set = a:0 > 0 ? a:1 : 0 + if !b:l2u_enabled + return '' + endif + let b:l2u_enabled = 0 + let b:l2u_autodetect_enable = auto_set + call LaTeXtoUnicode#Init() + return '' +endfunction + +" Translate old options to their new equivalents +function! s:L2U_deprecated_options() + for [new, old] in [["latex_to_unicode_tab", "julia_latex_to_unicode"], + \ ["latex_to_unicode_auto", "julia_auto_latex_to_unicode"], + \ ["latex_to_unicode_suggestions", "julia_latex_suggestions_enabled"], + \ ["latex_to_unicode_eager", "julia_latex_to_unicode_eager"]] + if !has_key(g:, new) && has_key(g:, old) + exec "let g:" . new . " = g:" . old + endif + endfor + + if has_key(g:, "latex_to_unicode_tab") + if g:latex_to_unicode_tab is# 1 + let g:latex_to_unicode_tab = "on" + elseif g:latex_to_unicode_tab is# 0 + let g:latex_to_unicode_tab = "off" + endif + endif +endfunction + +function! s:L2U_file_type_regex(ft) + if type(a:ft) == 3 + let file_types = "\\%(" . join(a:ft, "\\|") . "\\)" + elseif type(a:ft) == 1 + let file_types = a:ft + else + echoerr "invalid file_type specification" + endif + return "^" . file_types . "$" +endfunction + +" Some data used to keep track of the previous completion attempt. +" Used to detect +" 1) if we just attempted the same completion, or +" 2) if backspace was just pressed while completing +" This function initializes and resets the required info + +function! s:L2U_ResetLastCompletionInfo() + let b:l2u_completed_once = 0 + let b:l2u_bs_while_completing = 0 + let b:l2u_last_compl = { + \ 'line': '', + \ 'col0': -1, + \ 'col1': -1, + \ } +endfunction + +" This function only detects whether an exact match is found for a LaTeX +" symbol in front of the cursor +function! s:L2U_ismatch() + let col1 = col('.') + let l = getline('.') + let col0 = match(l[0:col1-2], '\\[^[:space:]\\]\+$') + if col0 == -1 + return 0 + endif + let base = l[col0:col1-2] + return has_key(g:l2u_symbols_dict, base) +endfunction + +" Helper function to sort suggestion entries +function! s:L2U_partmatches_sort(p1, p2) + return a:p1.word > a:p2.word ? 1 : a:p1.word < a:p2.word ? -1 : 0 +endfunction + +" Helper function to fix display of Unicode compose characters +" in the suggestions menu (they are displayed on top of '◌') +function! s:L2U_fix_compose_chars(uni) + let u = matchstr(a:uni, '^.') + let isc = ("\u0300" <= u && u <= "\u036F") || + \ ("\u1DC0" <= u && u <= "\u1DFF") || + \ ("\u20D0" <= u && u <= "\u20FF") || + \ ("\uFE20" <= u && u <= "\uFE2F") + return isc ? "\u25CC" . a:uni : a:uni +endfunction + +" Helper function to find the longest common prefix among +" partial completion matches (used when suggestions are disabled +" and in command line mode) +function! s:L2U_longest_common_prefix(partmatches) + let common = a:partmatches[0] + for i in range(1, len(a:partmatches)-1) + let p = a:partmatches[i] + if len(p) < len(common) + let common = common[0 : len(p)-1] + endif + for j in range(1, len(common)-1) + if p[j] != common[j] + let common = common[0 : j-1] + break + endif + endfor + endfor + return common +endfunction + +" Completion function. Besides the usual two-stage completefunc behaviour, +" it has the following peculiar features: +" *) keeps track of the previous completion attempt +" *) sets some info to be used by the fallback function +" *) either returns a list of completions if a partial match is found, or a +" Unicode char if an exact match is found +" *) forces its way out of completion mode through a hack in some cases +function! LaTeXtoUnicode#completefunc(findstart, base) + if a:findstart + " first stage + " avoid infinite loop if the fallback happens to call completion + if b:l2u_in_fallback + let b:l2u_in_fallback = 0 + return -3 + endif + " make sure that the options are still set + " (it may happen that itself triggers the fallback before + " restarting, thus reseetting them; this happens when the prompt is + " waiting for ^U^N^P during a partial completion) + call s:L2U_SetCompleteopt() + " setup the cleanup/fallback operations when we're done + call s:L2U_InsertCompleteDoneAutocommand() + call s:L2U_InsertInsertLeaveAutocommand() + " set info for the callback + let b:l2u_found_completion = 1 + " analyse current line + let col1 = col('.') + let l = getline('.') + let col0 = match(l[0:col1-2], '\\[^[:space:]\\]\+$') + " compare with previous completion attempt + let b:l2u_bs_while_completing = 0 + let b:l2u_completed_once = 0 + if col0 == b:l2u_last_compl['col0'] + let prevl = b:l2u_last_compl['line'] + if col1 == b:l2u_last_compl['col1'] && l ==# prevl + let b:l2u_completed_once = 1 + elseif col1 == b:l2u_last_compl['col1'] - 1 && l ==# prevl[0 : col1-2] . prevl[col1 : -1] + let b:l2u_bs_while_completing = 1 + endif + endif + " store completion info for next attempt + let b:l2u_last_compl['col0'] = col0 + let b:l2u_last_compl['col1'] = col1 + let b:l2u_last_compl['line'] = l + " is the cursor right after a backslash? + let b:l2u_singlebslash = (match(l[0:col1-2], '\\$') >= 0) + " completion not found + if col0 == -1 + let b:l2u_found_completion = 0 + call feedkeys(s:l2u_esc_sequence, 'n') + let col0 = -2 + endif + return col0 + else + " read settings (eager mode is implicit when suggestions are disabled) + let suggestions = get(g:, "latex_to_unicode_suggestions", 1) + let eager = get(g:, "latex_to_unicode_eager", 1) || !suggestions + " search for matches + let partmatches = [] + let exact_match = 0 + for k in keys(g:l2u_symbols_dict) + if k ==# a:base + let exact_match = 1 + endif + if len(k) >= len(a:base) && k[0 : len(a:base)-1] ==# a:base + let menu = s:L2U_fix_compose_chars(g:l2u_symbols_dict[k]) + if suggestions + call add(partmatches, {'word': k, 'menu': menu}) + else + call add(partmatches, k) + endif + endif + endfor + " exact matches are replaced with Unicode + " exceptions: + " *) we reached an exact match by pressing backspace while completing + " *) the exact match is one among many, and the eager setting is + " disabled, and it's the first time this completion is attempted + if exact_match && !b:l2u_bs_while_completing && (len(partmatches) == 1 || eager || b:l2u_completed_once) + " the completion is successful: reset the last completion info... + call s:L2U_ResetLastCompletionInfo() + " ...force our way out of completion mode... + call feedkeys(s:l2u_esc_sequence, 'n') + " ...return the Unicode symbol + return [g:l2u_symbols_dict[a:base]] + endif + if !empty(partmatches) + " here, only partial matches were found; either keep just the longest + " common prefix, or pass them on + if !suggestions + let partmatches = [s:L2U_longest_common_prefix(partmatches)] + else + call sort(partmatches, "s:L2U_partmatches_sort") + endif + endif + if empty(partmatches) + call feedkeys(s:l2u_esc_sequence, 'n') + let b:l2u_found_completion = 0 + endif + return partmatches + endif +endfunction + +function! LaTeXtoUnicode#PutLiteral(k) + call feedkeys(a:k, 'ni') + return '' +endfunction + +function! LaTeXtoUnicode#PutLiteralCR() + call feedkeys(' +', 'ni') + return '' +endfunction + +" Function which saves the current insert-mode mapping of a key sequence `s` +" and associates it with another key sequence `k` (e.g. stores the current +" mapping into the Fallback trigger). +" It returns the previous maparg dictionary, so that the previous mapping can +" be reinstated if needed. +function! s:L2U_SetFallbackMapping(s, k) + let mmdict = maparg(a:s, 'i', 0, 1) + if empty(mmdict) + exe 'inoremap ' . a:k . ' ' . a:s + return mmdict + endif + let rhs = mmdict["rhs"] + if rhs =~# '^L2U' + return mmdict + endif + let pre = '' + let pre = pre . (mmdict["silent"] ? '' : '') + let pre = pre . (mmdict["expr"] ? '' : '') + if mmdict["noremap"] + let cmd = 'inoremap ' + else + let cmd = 'imap ' + " This is a nasty hack used to prevent infinite recursion. It's not a + " general solution. Also, it doesn't work with since that stops + " parsing of the =... expression, so we need to special-case it. + " Also, if the original mapping was intended to be recursive, this + " will break it. + if a:s != "" + let rhs = substitute(rhs, '\c' . a:s, "\=LaTeXtoUnicode#PutLiteral('" . a:s . "')\", 'g') + else + let rhs = substitute(rhs, '\c' . a:s, "\=LaTeXtoUnicode#PutLiteralCR()\", 'g') + endif + " Make the mapping silent even if it wasn't originally + if !mmdict["silent"] + let pre = pre . '' + endif + endif + exe cmd . pre . ' ' . a:k . ' ' . rhs + return mmdict +endfunction + +" Reinstate a mapping from the maparg dict returned by SetFallbackMapping +" (only if buffer-local, since otherwise it should still be available) +function! s:L2U_ReinstateMapping(mmdict) + if empty(a:mmdict) || !a:mmdict["buffer"] + return '' + endif + let lhs = a:mmdict["lhs"] + let rhs = a:mmdict["rhs"] + if rhs =~# '^L2U' + return '' + endif + let pre = '' + let pre = pre . (a:mmdict["silent"] ? '' : '') + let pre = pre . (a:mmdict["expr"] ? '' : '') + let cmd = a:mmdict["noremap"] ? 'inoremap ' : 'imap ' + exe cmd . pre . ' ' . lhs . ' ' . rhs +endfunction + +" This is the function which is mapped to +function! LaTeXtoUnicode#Tab() + " the is passed through to the fallback mapping if the completion + " menu is present, and it hasn't been raised by the L2U tab, and there + " isn't an exact match before the cursor + if pumvisible() && !b:l2u_tab_completing && !s:L2U_ismatch() + call feedkeys(s:l2u_fallback_trigger) + return '' + endif + " ensure that we start completion with some reasonable options + call s:L2U_SetCompleteopt() + " reset the in_fallback info + let b:l2u_in_fallback = 0 + let b:l2u_tab_completing = 1 + " invoke completion; failure to perform LaTeX-to-Unicode completion is + " handled by the CompleteDone autocommand. + call feedkeys("\\", 'n') + return "" +endfunction + +" This function is called at every CompleteDone event, and is meant to handle +" the failures of LaTeX-to-Unicode completion by calling a fallback +function! LaTeXtoUnicode#FallbackCallback() + call s:L2U_RemoveCompleteDoneAutocommand() + call s:L2U_RestoreCompleteopt() + if !b:l2u_tab_completing + " completion was not initiated by L2U, nothing to do + return + endif + " at this point L2U tab completion is over + let b:l2u_tab_completing = 0 + " if the completion was successful do nothing + if b:l2u_found_completion == 1 || b:l2u_singlebslash == 1 + return + endif + " fallback + let b:l2u_in_fallback = 1 + call feedkeys(s:l2u_fallback_trigger) + return +endfunction + +" This is the function that performs the substitution in command-line mode +function! LaTeXtoUnicode#CmdTab(trigger) + " first stage + " analyse command line + let col1 = getcmdpos() - 1 + let l = getcmdline() + let col0 = match(l[0:col1-1], '\\[^[:space:]\\]\+$') + let b:l2u_singlebslash = (match(l[0:col1-1], '\\$') >= 0) + " completion not found + if col0 == -1 + if a:trigger == &wildchar + call feedkeys(nr2char(a:trigger), 'nt') " fall-back to the default wildchar + elseif a:trigger == char2nr("\") + call feedkeys("\", 'nt') " fall-back to the default + endif + return '' + endif + let base = l[col0 : col1-1] + " search for matches + let partmatches = [] + let exact_match = 0 + for k in keys(g:l2u_symbols_dict) + if k ==# base + let exact_match = 1 + break + elseif len(k) >= len(base) && k[0 : len(base)-1] ==# base + call add(partmatches, k) + endif + endfor + if !exact_match && len(partmatches) == 0 + " no matches, call fallbacks + if a:trigger == &wildchar + call feedkeys(nr2char(a:trigger), 'nt') " fall-back to the default wildchar + elseif a:trigger == char2nr("\") + call feedkeys("\", 'nt') " fall-back to the default + endif + elseif exact_match + " exact matches are replaced with Unicode + let unicode = g:l2u_symbols_dict[base] + call feedkeys(repeat("\b", len(base)) . unicode, 'nt') + else + " no exact match: complete with the longest common prefix + let common = s:L2U_longest_common_prefix(partmatches) + call feedkeys(common[len(base):], 'nt') + endif + return '' +endfunction + +function! s:L2U_SetCompleteopt() + " temporary change completeopt to use settings which make sense + " for L2U + let backup_new = 0 + if !exists('b:l2u_backup_completeopt') + let b:l2u_backup_completeopt = &completeopt + let backup_new = 1 + endif + noautocmd set completeopt+=longest + noautocmd set completeopt-=noinsert + noautocmd set completeopt-=noselect + noautocmd set completeopt-=menuone + if backup_new + let b:l2u_modified_completeopt = &completeopt + endif +endfunction + +function! s:L2U_RestoreCompleteopt() + " restore completeopt, but only if nothing else has + " messed with it in the meanwhile + if exists('b:l2u_backup_completeopt') + if exists('b:l2u_modified_completeopt') + if &completeopt ==# b:l2u_modified_completeopt + noautocmd let &completeopt = b:l2u_backup_completeopt + endif + unlet b:l2u_modified_completeopt + endif + unlet b:l2u_backup_completeopt + endif +endfunction + +function! s:L2U_InsertCompleteDoneAutocommand() + augroup L2UCompleteDone + autocmd! * + " Every time a L2U completion finishes, the fallback may be invoked + autocmd CompleteDone call LaTeXtoUnicode#FallbackCallback() + augroup END +endfunction + +function! s:L2U_RemoveCompleteDoneAutocommand() + augroup L2UCompleteDone + autocmd! * + augroup END +endfunction + +function s:L2U_InsertLeaveClenup() + call s:L2U_ResetLastCompletionInfo() + augroup L2UInsertLeave + autocmd! * + augroup END +endfunction + +function! s:L2U_InsertInsertLeaveAutocommand() + augroup L2UInsertLeave + autocmd! * + autocmd InsertLeave call s:L2U_InsertLeaveClenup() + augroup END +endfunction + +" Setup the L2U tab mapping +function! s:L2U_SetTab(wait_insert_enter) + let opt_do_cmdtab = index(["on", "command", "cmd"], get(g:, "latex_to_unicode_tab", "on")) != -1 + let opt_do_instab = index(["on", "insert", "ins"], get(g:, "latex_to_unicode_tab", "on")) != -1 + if !b:l2u_cmdtab_set && opt_do_cmdtab && b:l2u_enabled + let b:l2u_cmdtab_keys = get(g:, "latex_to_unicode_cmd_mapping", ['','']) + if type(b:l2u_cmdtab_keys) != type([]) " avoid using v:t_list for backward compatibility + let b:l2u_cmdtab_keys = [b:l2u_cmdtab_keys] + endif + for k in b:l2u_cmdtab_keys + exec 'let trigger = char2nr("'.(k[0] == '<' ? '\' : '').k.'")' + exec 'cnoremap '.k.' LaTeXtoUnicode#CmdTab('.trigger.')' + endfor + let b:l2u_cmdtab_set = 1 + endif + if b:l2u_tab_set + return + endif + " g:did_insert_enter is set from an autocommand in ftdetect + if a:wait_insert_enter && !get(g:, "did_insert_enter", 0) + return + endif + if !opt_do_instab || !b:l2u_enabled + return + endif + + " Backup the previous completefunc (the check is probably not really needed) + if get(b:, "l2u_prev_completefunc", "") != "LaTeXtoUnicode#completefunc" + let b:l2u_prev_completefunc = &completefunc + endif + setlocal completefunc=LaTeXtoUnicode#completefunc + + let b:l2u_prev_map_tab = s:L2U_SetFallbackMapping('', s:l2u_fallback_trigger) + imap L2UTab + inoremap L2UTab LaTeXtoUnicode#Tab() + + let b:l2u_tab_set = 1 +endfunction + +" Revert the LaTeX-to-Unicode tab mapping settings +function! s:L2U_UnsetTab() + if b:l2u_cmdtab_set + for k in b:l2u_cmdtab_keys + exec 'cunmap '.k + endfor + let b:l2u_cmdtab_set = 0 + endif + if !b:l2u_tab_set + return + endif + exec "setlocal completefunc=" . get(b:, "l2u_prev_completefunc", "") + iunmap + if empty(maparg("", "i")) + call s:L2U_ReinstateMapping(b:l2u_prev_map_tab) + endif + iunmap L2UTab + exe 'iunmap ' . s:l2u_fallback_trigger + let b:l2u_tab_set = 0 +endfunction + +" Function which looks for viable LaTeX-to-Unicode supstitutions as you type +function! LaTeXtoUnicode#AutoSub(...) + " avoid recursive calls + if get(b:, "l2u_in_autosub", 0) + return '' + endif + let vc = a:0 == 0 ? v:char : a:1 + " for some reason function keys seem to be passed as characters 149 (F1-F12) + " or 186 (F13-F37, these are entered with shift/ctrl). In such cases, we + " can't really do any better than giving up. + if char2nr(vc) == 149 || char2nr(vc) == 186 + return '' + endif + let b:l2u_in_autosub = 1 + let col1 = col('.') + let lnum = line('.') + if col1 == 1 + if a:0 > 1 + call feedkeys(a:2, 'mi') + endif + let b:l2u_in_autosub = 0 + return '' + endif + let bs = (vc != "\n") + let l = getline(lnum)[0 : col1-1-bs] . v:char + let col0 = match(l, '\\\%([_^]\?[A-Za-z]\+\%' . col1 . 'c\%([^A-Za-z]\|$\)\|[_^]\%([0-9()=+-]\)\%' . col1 .'c\%(.\|$\)\)') + if col0 == -1 + if a:0 > 1 + call feedkeys(a:2, 'mi') + endif + let b:l2u_in_autosub = 0 + return '' + endif + let base = l[col0 : col1-1-bs] + let unicode = get(g:l2u_symbols_dict, base, '') + if empty(unicode) + if a:0 > 1 + call feedkeys(a:2, 'mi') + endif + let b:l2u_in_autosub = 0 + return '' + endif + + " perform the substitution, wrapping it in undo breakpoints so that + " we can revert it as a whole + " at the end, reset the l2u_in_autosub variable without leaving insert mode + " the 'i' mode is the only one that works correctly when executing macros + " the 'n' mode is to avoid user-defined mappings of \b, and + call feedkeys("\u" . + \ repeat("\b", len(base) + bs) . unicode . vc . s:l2u_esc_sequence . + \ "\u" . + \ "\\:let b:l2u_in_autosub = 0\", + \ 'ni') + return '' +endfunction + +" Setup the auto as-you-type LaTeX-to-Unicode substitution +function! s:L2U_SetAutoSub(wait_insert_enter) + if b:l2u_autosub_set + return + endif + " g:did_insert_enter is set from an autocommand in ftdetect + if a:wait_insert_enter && !get(g:, "did_insert_enter", 0) + return + endif + if !get(g:, "latex_to_unicode_auto", 0) || !b:l2u_enabled + return + endif + " Viable substitutions are searched at every character insertion via the + " autocmd InsertCharPre. The key does not seem to be catched in + " this way though, so we use a mapping for that case. + + let b:l2u_prev_map_cr = s:L2U_SetFallbackMapping('', s:l2u_fallback_trigger_cr) + imap L2UAutoSub + exec 'inoremap L2UAutoSub LaTeXtoUnicode#AutoSub("\n", "' . s:l2u_fallback_trigger_cr . '")' + + augroup L2UAutoSub + autocmd! * + autocmd InsertCharPre call LaTeXtoUnicode#AutoSub() + augroup END + + let b:l2u_autosub_set = 1 +endfunction + +" Revert the auto LaTeX-to-Unicode settings +function! s:L2U_UnsetAutoSub() + if !b:l2u_autosub_set + return + endif + + iunmap + if empty(maparg("", "i")) + call s:L2U_ReinstateMapping(b:l2u_prev_map_cr) + endif + iunmap L2UAutoSub + exe 'iunmap ' . s:l2u_fallback_trigger_cr + augroup L2UAutoSub + autocmd! * + augroup END + let b:l2u_autosub_set = 0 +endfunction + +function! s:L2U_SetKeymap() + if !b:l2u_keymap_set && get(g:, "latex_to_unicode_keymap", 0) && b:l2u_enabled + setlocal keymap=latex2unicode + let b:l2u_keymap_set = 1 + endif +endfunction + +function! s:L2U_UnsetKeymap() + if !b:l2u_keymap_set + return + endif + setlocal keymap= + let b:l2u_keymap_set = 0 +endfunction + +" Initialization. Can be used to re-init when global settings have changed. +function! LaTeXtoUnicode#Init(...) + let wait_insert_enter = a:0 > 0 ? a:1 : 1 + + if !wait_insert_enter + augroup L2UInit + autocmd! + augroup END + endif + + call s:L2U_UnsetTab() + call s:L2U_UnsetAutoSub() + call s:L2U_UnsetKeymap() + + call s:L2U_SetTab(wait_insert_enter) + call s:L2U_SetAutoSub(wait_insert_enter) + call s:L2U_SetKeymap() + return '' +endfunction + +function! LaTeXtoUnicode#Toggle() + call s:L2U_Setup() + if b:l2u_enabled + call LaTeXtoUnicode#Disable() + echo "LaTeX-to-Unicode disabled" + else + call LaTeXtoUnicode#Enable() + echo "LaTeX-to-Unicode enabled" + endif + return '' +endfunction Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/generate_latex_symbols_table.jl =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/generate_latex_symbols_table.jl (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/generate_latex_symbols_table.jl (revision 26505) @@ -0,0 +1,17 @@ +#!/bin/env julia + +const filename = "julia_latex_symbols" +const funcname = "get_dict" + +open("$filename.vim","w") do f + println(f, "\" This file is autogenerated from the script '$(basename(Base.source_path()))'") + println(f, "\" The symbols are based on Julia version $VERSION\n") + println(f, "scriptencoding utf-8\n") + println(f, "function! $filename#$funcname()\n", + " return {\n", + " \\ ", + join([string("'", latex, "': '", unicode, "'") for (latex,unicode) in sort!(vcat(collect(REPL.REPLCompletions.latex_symbols),collect(REPL.REPLCompletions.emoji_symbols)), by=x->x[2])], + ",\n \\ "), + "}") + println(f, "endfunction") +end Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia.vim (revision 26505) @@ -0,0 +1,166 @@ +function! julia#set_syntax_version(jvers) + echo "The julia#set_syntax_version function is deprecated" +endfunction + +function! julia#toggle_deprecated_syntax() + echo "The julia#toggle_deprecated_syntax function is deprecated" +endfunction + +if exists("loaded_matchit") + +function! julia#toggle_function_blockassign() + let sav_pos = getcurpos() + let l = getline('.') + let c = match(l, '\C\m\') == 0 + normal! dw + endif + if match(getline('.')[(col('.')-1):], '\C\m\s*$') == 0 + normal! F=C= nothing + endif + normal! jddk^ + return +endfunction + +function! julia#function_assign2block() + let sav_pos = getcurpos() + let l = getline('.') + let c = match(l, '\C\m)\%(::\S\+\)\?\%(\s\+where\s\+.*\)\?\s*=\s*') + if c == -1 + echohl WarningMsg | echo "Not on a function assignment-definition line" | echohl None + return + endif + normal ^ + while match(l[(col('.')-1):], '\%(\S\+\.\)*@') == 0 + normal! W + endwhile + normal! ifunction  + let l = getline('.') + let c = match(l, '\C\m)\%(::\S\+\)\?\%(\s\+where\s\+.*\)\?\s*\zs=\s*') + let eqpos = copy(sav_pos) + let eqpos[2] = c+1 + call setpos('.', eqpos) + normal! cw +oend + normal % + s/\s*$// | noh + return +endfunction + + +let s:nonid_chars = "\U01-\U07" . "\U0E-\U1F" . + \ "\"#$'(,.:;=?@`\\U5B{" . + \ "\U80-\UA1" . "\UA7\UA8\UAB\UAD\UAF\UB4" . "\UB6-\UB8" . "\UBB\UBF" + +let s:nonidS_chars = "[:space:])\\U5D}" . s:nonid_chars + +" the following excludes '!' since it can be used as an identifier, +" and '$' since it can be used in interpolations +" note that \U2D is '-' +let s:uniop_chars = "+\\U2D~¬√∛∜" + +let s:binop_chars = "=+\\U2D*/\\%÷^&|⊻<>≤≥≡≠≢∈∉⋅×∪∩⊆⊈⊂⊄⊊←→∋∌⊕⊖⊞⊟∘∧⊗⊘↑↓∨⊠±" + +" the following is a list of all remainig valid operator chars, +" but it's more efficient when expressed with ranges (see below) +" let s:binop_chars_extra = "↔↚↛↠↣↦↮⇎⇏⇒⇔⇴⇶⇷⇸⇹⇺⇻⇼⇽⇾⇿⟵⟶⟷⟷⟹⟺⟻⟼⟽⟾⟿⤀⤁⤂⤃⤄⤅⤆⤇⤌⤍⤎⤏⤐⤑⤔⤕⤖⤗⤘⤝⤞⤟⤠⥄⥅⥆⥇⥈⥊⥋⥎⥐⥒⥓⥖⥗⥚⥛⥞⥟⥢⥤⥦⥧⥨⥩⥪⥫⥬⥭⥰⧴⬱⬰⬲⬳⬴⬵⬶⬷⬸⬹⬺⬻⬼⬽⬾⬿⭀⭁⭂⭃⭄⭇⭈⭉⭊⭋⭌￩￫" . +" \ "∝∊∍∥∦∷∺∻∽∾≁≃≄≅≆≇≈≉≊≋≌≍≎≐≑≒≓≔≕≖≗≘≙≚≛≜≝≞≟≣≦≧≨≩≪≫≬≭≮≯≰≱≲≳≴≵≶≷≸≹≺≻≼≽≾≿⊀⊁⊃⊅⊇⊉⊋⊏⊐⊑⊒⊜⊩⊬⊮⊰⊱⊲⊳⊴⊵⊶⊷⋍⋐⋑⋕⋖⋗⋘⋙⋚⋛⋜⋝⋞⋟⋠⋡⋢⋣⋤⋥⋦⋧⋨⋩⋪⋫⋬⋭⋲⋳⋴⋵⋶⋷⋸⋹⋺⋻⋼⋽⋾⋿⟈⟉⟒⦷⧀⧁⧡⧣⧤⧥⩦⩧⩪⩫⩬⩭⩮⩯⩰⩱⩲⩳⩴⩵⩶⩷⩸⩹⩺⩻⩼⩽⩾⩿⪀⪁⪂⪃⪄⪅⪆⪇⪈⪉⪊⪋⪌⪍⪎⪏⪐⪑⪒⪓⪔⪕⪖⪗⪘⪙⪚⪛⪜⪝⪞⪟⪠⪡⪢⪣⪤⪥⪦⪧⪨⪩⪪⪫⪬⪭⪮⪯⪰⪱⪲⪳⪴⪵⪶⪷⪸⪹⪺⪻⪼⪽⪾⪿⫀⫁⫂⫃⫄⫅⫆⫇⫈⫉⫊⫋⫌⫍⫎⫏⫐⫑⫒⫓⫔⫕⫖⫗⫘⫙⫷⫸⫹⫺⊢⊣" . +" \ "⊔∓∔∸≂≏⊎⊽⋎⋓⧺⧻⨈⨢⨣⨤⨥⨦⨧⨨⨩⨪⨫⨬⨭⨮⨹⨺⩁⩂⩅⩊⩌⩏⩐⩒⩔⩖⩗⩛⩝⩡⩢⩣" . +" \ "⊙⊚⊛⊡⊓∗∙∤⅋≀⊼⋄⋆⋇⋉⋊⋋⋌⋏⋒⟑⦸⦼⦾⦿⧶⧷⨇⨰⨱⨲⨳⨴⨵⨶⨷⨸⨻⨼⨽⩀⩃⩄⩋⩍⩎⩑⩓⩕⩘⩚⩜⩞⩟⩠⫛⊍▷⨝⟕⟖⟗" . +" \ "⇵⟰⟱⤈⤉⤊⤋⤒⤓⥉⥌⥍⥏⥑⥔⥕⥘⥙⥜⥝⥠⥡⥣⥥⥮⥯￪￬" + +" same as above, but with character ranges, for performance +let s:binop_chars_extra = "\\U214B\\U2190-\\U2194\\U219A\\U219B\\U21A0\\U21A3\\U21A6\\U21AE\\U21CE\\U21CF\\U21D2\\U21D4\\U21F4-\\U21FF\\U2208-\\U220D\\U2213\\U2214\\U2217-\\U2219\\U221D\\U2224-\\U222A\\U2237\\U2238\\U223A\\U223B\\U223D\\U223E\\U2240-\\U228B\\U228D-\\U229C\\U229E-\\U22A3\\U22A9\\U22AC\\U22AE\\U22B0-\\U22B7\\U22BB-\\U22BD\\U22C4-\\U22C7\\U22C9-\\U22D3\\U22D5-\\U22ED\\U22F2-\\U22FF\\U25B7\\U27C8\\U27C9\\U27D1\\U27D2\\U27D5-\\U27D7\\U27F0\\U27F1\\U27F5-\\U27F7\\U27F7\\U27F9-\\U27FF\\U2900-\\U2918\\U291D-\\U2920\\U2944-\\U2970\\U29B7\\U29B8\\U29BC\\U29BE-\\U29C1\\U29E1\\U29E3-\\U29E5\\U29F4\\U29F6\\U29F7\\U29FA\\U29FB\\U2A07\\U2A08\\U2A1D\\U2A22-\\U2A2E\\U2A30-\\U2A3D\\U2A40-\\U2A45\\U2A4A-\\U2A58\\U2A5A-\\U2A63\\U2A66\\U2A67\\U2A6A-\\U2AD9\\U2ADB\\U2AF7-\\U2AFA\\U2B30-\\U2B44\\U2B47-\\U2B4C\\UFFE9-\\UFFEC" + +" a Julia identifier, sort of +let s:idregex = '[^' . s:nonidS_chars . '0-9!' . s:uniop_chars . s:binop_chars . '][^' . s:nonidS_chars . s:uniop_chars . s:binop_chars . s:binop_chars_extra . ']*' + +let s:operators = '\%(' . '\.\%([-+*/^÷%|&!]\|//\|\\\|<<\|>>>\?\)\?=' . + \ '\|' . '[:$<>]=\|||\|&&\||>\|<|\|<:\|:>\|::\|<<\|>>>\?\|//\|[-=]>\|\.\{3\}' . + \ '\|' . '[' . s:uniop_chars . '!$]' . + \ '\|' . '\.\?[' . s:binop_chars . s:binop_chars_extra . ']' . + \ '\)' + +function! julia#idundercursor() + " TODO... + let w = expand('') + " let [l,c] = [line('.'),col('.')] + " let ll = getline(l) + return w +endfunction + +function! julia#gotodefinition() + let w = julia#idundercursor() + if empty(w) + return '' + endif + let [l,c] = [line('.'),col('.')] + let st = map(synstack(l,c), 'synIDattr(v:val, "name")') + let n = len(st) + if n > 0 && st[-1] =~# '^julia\%(\%(Range\|Ternary\|CTrans\)\?Operator\|\%(Possible\)\?SymbolS\?\|\%(Bl\|Rep\)\?Keyword\|Conditional\|ParDelim\|Char\|Colon\|Typedef\|Number\|Float\|Const\%(Generic\|Bool\)\|ComplexUnit\|\%(Special\|\%(Octal\|Hex\)Escape\)Char\|UniChar\%(Small\|Large\)\|Comment[LM]\|Todo\|Semicolon\)$' + return '' + endif + + let comprehension = 0 + let indollar = 0 + for i in range(n-1, 0, -1) + if st[i] =~# '^juliaDollar\%(Var\|Par\|SqBra\)$' + let indollar = 1 + endif + if !indollar && st[i] =~# '^julia\%(\a*String\|QuotedParBlockS\?\)$' + return '' + endif + if st[i] =~# '^julia\%(ParBlock\%(InRange\)\?\|SqBraBlock\|\%(Dollar\|StringVars\)\%(Par\|SqBra\)\)$' + let comprehension = 1 + endif + endfor + + let s1 = search('\C\<' . w . '\s*=[^=]', 'bcWzs') + + return +endfunction + +endif Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia/doc.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia/doc.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia/doc.vim (revision 26505) @@ -0,0 +1,242 @@ +" path to the julia binary to communicate with +if has('win32') || has('win64') + if exists('g:julia#doc#juliapath') + " use assigned g:julia#doc#juliapath + elseif executable('julia') + " use julia command in PATH + let g:julia#doc#juliapath = 'julia' + else + " search julia binary in the default installation paths + let pathlist = sort(glob($LOCALAPPDATA . '\Julia-*\bin\julia.exe', 1, 1)) + let g:julia#doc#juliapath = get(pathlist, -1, 'julia') + endif +else + let g:julia#doc#juliapath = get(g:, 'julia#doc#juliapath', 'julia') +endif + +function! s:version() abort + let VERSION = {'major': 0, 'minor': 0} + if !executable(g:julia#doc#juliapath) + return VERSION + endif + + let cmd = printf('%s -v', g:julia#doc#juliapath) + let output = system(cmd) + let versionstr = matchstr(output, '\C^julia version \zs\d\+\.\d\+\ze') + let [major, minor] = map(split(versionstr, '\.'), 'str2nr(v:val)') + let VERSION.major = major + let VERSION.minor = minor + return VERSION +endfunction + +let s:VERSION = s:version() +let s:NODOCPATTERN = '\C\VNo documentation found.' + +function! julia#doc#lookup(keyword, ...) abort + let juliapath = get(a:000, 0, g:julia#doc#juliapath) + let keyword = escape(a:keyword, '"\') + let cmd = printf('%s --compile=min --optimize=0 -E "@doc %s"', juliapath, keyword) + return systemlist(cmd) +endfunction + +function! julia#doc#open(keyword) abort + if empty(a:keyword) + call s:warn('Not an appropriate keyword.') + return + endif + + if !executable(g:julia#doc#juliapath) + call s:warn('%s command is not executable', g:julia#doc#juliapath) + return + endif + + let doc = julia#doc#lookup(a:keyword, g:julia#doc#juliapath) + if empty(doc) || match(doc[0], s:NODOCPATTERN) > -1 + call s:warn('No documentation found for "%s".', a:keyword) + return + endif + + " workaround for * and ? since a buffername cannot include them + let keyword = a:keyword + let keyword = substitute(keyword, '\*', ':asterisk:', 'g') + let keyword = substitute(keyword, '?', ':question:', 'g') + let buffername = printf('juliadoc: %s', keyword) + + call s:write_to_preview_window(doc, "juliadoc", buffername) + + call filter(s:HELPHISTORY, 'v:val isnot# a:keyword') + call add(s:HELPHISTORY, a:keyword) +endfunction + +function! s:write_to_preview_window(content, ftype, buffername) + " Are we in the preview window from the outset? If not, best to close any + " preview windows that might exist. + let pvw = &previewwindow + if !pvw + silent! pclose! + endif + execute "silent! pedit +setlocal\\ nobuflisted\\ noswapfile\\" + \ "buftype=nofile\\ bufhidden=wipe" a:buffername + silent! wincmd P + if &previewwindow + setlocal modifiable noreadonly + silent! %delete _ + call append(0, a:content) + silent! $delete _ + normal! ggj + setlocal nomodified readonly nomodifiable + execute "setfiletype" a:ftype + " Only return to a normal window if we didn't start in a preview window. + if !pvw + silent! wincmd p + endif + else + " We couldn't make it to the preview window, so as a fallback we dump the + " contents in the status area. + echo join(a:content, "\n") + endif +endfunction + +function! s:warn(...) abort + if a:0 == 0 + return + endif + + echohl WarningMsg + try + if a:0 == 1 + echo a:1 + else + echo call('printf', a:000) + endif + finally + echohl None + endtry +endfunction + + + +let s:KEYWORDPATTERN = '\m@\?\h\k*!\?' + +" This function is called in normal mode or visual mode. +function! julia#doc#keywordprg(word) abort + if a:word is# '' + return + endif + + let word = s:unfnameescape(a:word) + if word is# expand('') + " 'K' in normal mode + " NOTE: Because ! and @ is not in 'iskeyword' option, this func ignore + " the argument to recognize keywords like "@time" and "push!" + let view = winsaveview() + let lnum = line('.') + let tail = searchpos(s:KEYWORDPATTERN, 'ce', lnum) + let head = searchpos(s:KEYWORDPATTERN, 'bc', lnum) + call winrestview(view) + if head == [0, 0] || tail == [0, 0] + return + else + let start = head[1] - 1 + let end = tail[1] - 1 + let word = getline(lnum)[start : end] + endif + endif + call julia#doc#open(word) +endfunction + +if exists('+shellslash') + let s:ESCAPEDCHARS = " \t\n\"#%'*' because fnameescape('-') ==# fnameescape('\-'). + if a:str is# '\-' + " Remove escape anyway. + return '-' + endif + + if a:str =~# '^\\[+>]' + let str = a:str[1:] + else + let str = a:str + endif + return substitute(str, s:FNAMEESCAPEPATTERN, '', 'g') +endfunction + + + +let s:HELPPROMPT = 'help?> ' +let s:HELPHISTORY = [] + +function! julia#doc#prompt() abort + let inputhist = s:savehistory('input') + echohl MoreMsg + try + call s:restorehistory('input', s:HELPHISTORY) + let keyword = input(s:HELPPROMPT, '', 'customlist,julia#doc#complete') + + " Clear the last prompt + normal! : + finally + echohl None + call s:restorehistory('input', inputhist) + endtry + + if empty(keyword) + return + endif + + call julia#doc#open(keyword) +endfunction + +function! s:savehistory(name) abort + if histnr(a:name) == -1 + return [] + endif + + let history = [] + for i in range(1, histnr(a:name)) + let item = histget(a:name, i) + if !empty(item) + call add(history, item) + endif + endfor + return history +endfunction + +function! s:restorehistory(name, history) abort + call histdel(a:name) + for item in a:history + call histadd(a:name, item) + endfor +endfunction + + + +if s:VERSION.major == 0 && s:VERSION.minor <= 6 + let s:REPL_SEARCH = 'Base.Docs.repl_search' +else + let s:REPL_SEARCH = 'import REPL.repl_search; repl_search' +endif + +function! julia#doc#complete(ArgLead, CmdLine, CursorPos) abort + return s:likely(a:ArgLead) +endfunction + +function! s:likely(str) abort + " escape twice + let str = escape(escape(a:str, '"\'), '"\') + let cmd = printf('%s --compile=min --optimize=0 -E "%s(\"%s\")"', g:julia#doc#juliapath, s:REPL_SEARCH, str) + let output = systemlist(cmd) + return split(matchstr(output[0], '\C^search: \zs.*')) +endfunction Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_blocks.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_blocks.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_blocks.vim (revision 26505) @@ -0,0 +1,794 @@ +" Facilities for moving around Julia blocks (e.g. if/end, function/end etc.) +" (AKA a collection of horrible hacks) + +let s:default_mappings = { + \ "moveblock_n" : "]]", + \ "moveblock_N" : "][", + \ "moveblock_p" : "[[", + \ "moveblock_P" : "[]", + \ + \ "move_n" : "]j", + \ "move_N" : "]J", + \ "move_p" : "[j", + \ "move_P" : "[J", + \ + \ "select_a" : "aj", + \ "select_i" : "ij", + \ + \ "whereami" : "", + \ } + +function! s:getmapchars(function) + if exists("g:julia_blocks_mappings") && has_key(g:julia_blocks_mappings, a:function) + return s:escape(g:julia_blocks_mappings[a:function]) + else + return s:escape(s:default_mappings[a:function]) + endif +endfunction + +function! s:map_move(function, toend, backwards) + let chars = s:getmapchars(a:function) + if empty(chars) + return + endif + let fn = "julia_blocks#" . a:function + let lhs = " " . chars . " " + let cnt = ":let b:jlblk_count=v:count1" + exe "nnoremap " . lhs . cnt + \ . " call " . fn . "()" + exe "onoremap " . lhs . cnt + \ . ":call julia_blocks#owrapper_move(v:operator, \"" . fn . "\", " . a:toend . ", " . a:backwards . ")" + exe "xnoremap " . lhs . cnt + \ . "gv:call julia_blocks#vwrapper_move(\"" . fn . "\")" + let b:jlblk_mapped[a:function] = 1 +endfunction + +function! julia_blocks#owrapper_move(oper, function, toend, backwards) + let F = function(a:function) + + let save_redraw = &lazyredraw + let save_select = &selection + + let restore_cmds = "\" + \ . ":let &l:selection = \"" . save_select . "\"\" + \ . ":let &l:lazyredraw = " . save_redraw . "\" + \ . ":\" + + setlocal lazyredraw + + let start_pos = getpos('.') + let b:jlblk_abort_calls_esc = 0 + call F() + let b:jlblk_abort_calls_esc = 1 + let end_pos = getpos('.') + if start_pos == end_pos + call feedkeys(restore_cmds, 'n') + endif + + let &l:selection = "inclusive" + if a:backwards || !a:toend + let &l:selection = "exclusive" + endif + if a:toend && a:backwards + let end_pos[2] += 1 + endif + + if s:compare_pos(start_pos, end_pos) > 0 + let [start_pos, end_pos] = [end_pos, start_pos] + endif + + call setpos("'<", start_pos) + call setpos("'>", end_pos) + + " NOTE: the 'c' operator behaves differently, for mysterious reasons. We + " simulate it with 'd' followed by 'i' instead + call feedkeys("gv" . (a:oper == "c" ? "d" : a:oper) . restore_cmds . (a:oper == "c" ? "i" : ""), 'n') +endfunction + +function! julia_blocks#vwrapper_move(function) + let F = function(a:function) + + let s = getpos('.') + let b1 = getpos("'<") + let b2 = getpos("'>") + + let b = b1 == s ? b2 : b1 + call setpos('.', s) + let b:jlblk_abort_calls_esc = 0 + call F() + let b:jlblk_abort_calls_esc = 1 + let e = getpos('.') + call setpos('.', b) + exe "normal " . visualmode() + call setpos('.', e) +endfunction + +function! s:unmap(function) + if !get(b:jlblk_mapped, a:function, 0) + return + endif + let chars = s:getmapchars(a:function) + if empty(chars) + " shouldn't happen + return + endif + let mapids = a:function =~# "^move" ? ["n", "x", "o"] : + \ a:function =~# "^select" ? ["x", "o"] : + \ ["n"] + let fn = "julia_blocks#" . a:function + let cmd = " " . chars + for m in mapids + exe m . "unmap " . cmd + endfor + let b:jlblk_mapped[a:function] = 0 +endfunction + +function! s:escape(chars) + let c = a:chars + let c = substitute(c, '|', '', 'g') + return c +endfunction + +function! s:map_select(function) + let chars = s:getmapchars(a:function) + if empty(chars) + return + endif + let fn = "julia_blocks#" . a:function + let lhs = " " . chars . " " + let cnt = ":let b:jlblk_inwrapper=1:let b:jlblk_count=max([v:prevcount,1])" + exe "onoremap " . lhs . "" . cnt + \ . ":call julia_blocks#owrapper_select(v:operator, \"" . fn . "\")" + exe "xnoremap " . lhs . cnt + \ . ":call julia_blocks#vwrapper_select(\"" . fn . "\")" + let b:jlblk_mapped[a:function] = 1 +endfunction + +function! julia_blocks#owrapper_select(oper, function) ", toend, backwards) + let F = function(a:function) + + let save_redraw = &lazyredraw + let save_select = &selection + + let restore_cmds = "\" + \ . ":let &l:selection = \"" . save_select . "\"\" + \ . ":let &l:lazyredraw = " . save_redraw . "\" + \ . ":\" + + setlocal lazyredraw + + let b:jlblk_abort_calls_esc = 0 + let retF = F() + let b:jlblk_abort_calls_esc = 1 + if empty(retF) + let b:jlblk_inwrapper = 0 + call feedkeys(restore_cmds, 'n') + return + end + let [start_pos, end_pos] = retF + + if start_pos == end_pos + call feedkeys(restore_cmds, 'n') + endif + + let &l:selection = "inclusive" + + call setpos("'<", start_pos) + call setpos("'>", end_pos) + + let b:jlblk_inwrapper = 0 + " NOTE: the 'c' operator behaves differently, for mysterious reasons. We + " simulate it with 'd' followed by 'i' instead + call feedkeys("gv" . (a:oper == "c" ? "d" : a:oper) . restore_cmds . (a:oper == "c" ? "i" : ""), 'n') +endfunction + +function! julia_blocks#vwrapper_select(function) + let F = function(a:function) + + let b:jlblk_abort_calls_esc = 0 + let retF = F() + let b:jlblk_abort_calls_esc = 1 + if empty(retF) + let b:jlblk_inwrapper = 0 + return + end + let [start_pos, end_pos] = retF + call setpos("'<", start_pos) + call setpos("'>", end_pos) + normal! gv + let b:jlblk_inwrapper = 0 +endfunction + +function! s:map_aux(function) + let chars = s:getmapchars(a:function) + if empty(chars) + return + endif + let fn = "julia_blocks#" . a:function + let lhs = " " . chars . " " + exe "nnoremap " . lhs . ":echo " . fn . "()" + let b:jlblk_mapped[a:function] = 1 +endfunction + +let s:julia_blocks_functions = { + \ "moveblock_N": [1, 0], + \ "moveblock_n": [0, 0], + \ "moveblock_p": [0, 1], + \ "moveblock_P": [1, 1], + \ + \ "move_N": [1, 0], + \ "move_n": [0, 0], + \ "move_p": [0, 1], + \ "move_P": [1, 1], + \ + \ "select_a": [], + \ "select_i": [], + \ + \ "whereami": [], + \ } + +function! julia_blocks#init_mappings() + let b:jlblk_mapped = {} + for f in keys(s:julia_blocks_functions) + if f =~# "^move" + let [te, bw] = s:julia_blocks_functions[f] + call s:map_move(f, te, bw) + elseif f =~# "^select" + call s:map_select(f) + else + call s:map_aux(f) + endif + endfor + call julia_blocks#select_reset() + augroup JuliaBlocks + au! + au InsertEnter call julia_blocks#select_reset() + au CursorMoved call s:cursor_moved() + augroup END + + " we would need some autocmd event associated with exiting from + " visual mode, but there isn't any, so we resort to this crude + " hack + " ACTUALLY this creates more problems than it solves, so the crude hack + " is just disabled + "vnoremap :call julia_blocks#select_reset() +endfunction + +function! julia_blocks#remove_mappings() + if exists("b:jlblk_mapped") + for f in keys(s:julia_blocks_functions) + call s:unmap(f) + endfor + endif + unlet! b:jlblk_save_pos b:jlblk_view b:jlblk_count b:jlblk_abort_calls_esc + unlet! b:jlblk_inwrapper b:jlblk_did_select b:jlblk_doing_select + unlet! b:jlblk_last_start_pos b:jlblk_last_end_pos b:jlblk_last_mode + augroup JuliaBlocks + au! + augroup END + augroup! JuliaBlocks + let md = maparg("", "x", 0, 1) + if !empty(md) && md["buffer"] + vunmap + endif +endfunction + +function! s:restore_view() + "redraw! " would ensure correct behaviour, but is annoying + let pos = getpos('.') + if pos == b:jlblk_save_pos + call winrestview(b:jlblk_view) + return + endif + let oldtopline = b:jlblk_view["topline"] + let newtopline = winsaveview()["topline"] + let l = pos[1] + if l >= oldtopline + &l:scrolloff && l <= oldtopline + winheight(0) - 1 - &l:scrolloff + if newtopline > oldtopline + exe ":normal! " . (newtopline - oldtopline) . "\" + elseif newtopline < oldtopline + exe ":normal! " . (oldtopline - newtopline) . "\" + endif + " these reduce the scrolling to the minimum (which is maybe not + " standard ViM behaviour?) + elseif newtopline < oldtopline && (l - newtopline - &l:scrolloff) > 0 + exe ":normal! " . (l - newtopline - &l:scrolloff) . "\" + elseif newtopline > oldtopline && (newtopline + &l:scrolloff - l) > 0 + exe ":normal! " . (l - newtopline - &l:scrolloff) . "\" + endif + call setpos('.', pos) " make sure we didn't screw up + " (since winsaveview may not be up to date) +endfunction + +function! s:abort() + call setpos('.', b:jlblk_save_pos) + call s:restore_view() + if get(b:, "jlblk_abort_calls_esc", 1) + call feedkeys("\", 'n') + endif + return 0 +endfunction + +function! s:set_mark_tick(...) + " This could be a one-liner: + " call setpos("''", b:jlblk_save_pos) + " but we want to append to the jumplist, + " which setpos doesn't do + let p = getpos('.') + call setpos('.', b:jlblk_save_pos) + normal! m' + call setpos('.', p) +endfunction + +function! s:get_save_pos(...) + if !exists("b:jlblk_save_pos") || (a:0 == 0) || (a:0 > 0 && a:1) + let b:jlblk_save_pos = getpos('.') + endif + let b:jlblk_view = winsaveview() +endfunction + +function! s:on_end() + return getline('.')[col('.')-1] =~# '\k' && expand("") =~# b:julia_end_keywords +endfunction + +function! s:on_begin() + let [l,c] = [line('.'), col('.')] + normal! ^ + let patt = '\%<'.(c+1).'c\(' . b:julia_begin_keywordsm . '\)\%>'.(c-1).'c' + let n = search(patt, 'Wnc', l) + call cursor(l, c) + return n > 0 +endfunction + +function! s:matchit() + let lkj = exists(":lockjumps") == 2 ? "lockjumps " : "" + exe lkj . "normal %" +endfunction + +function! s:move_before_begin() + call search(b:julia_begin_keywordsm, 'Wbc') + normal! h +endfunction + +function! s:cycle_until_end() + let pos = getpos('.') + while !s:on_end() + call s:matchit() + let c = 0 + if getpos('.') == pos || c > 1000 + " shouldn't happen, but let's avoid infinite loops anyway + return 0 + endif + let c += 1 + endwhile + return 1 +endfunction + +function! s:moveto_block_delim(toend, backwards, ...) + let pattern = a:toend ? b:julia_end_keywords : b:julia_begin_keywordsm + let flags = a:backwards ? 'Wb' : 'W' + let cnt = a:0 > 0 ? a:1 : b:jlblk_count + if !a:toend && a:backwards && s:on_begin() + call s:move_before_begin() + endif + let ret = 0 + for c in range(cnt) + if a:toend && a:backwards && s:on_end() + normal! l + normal! bh + endif + while 1 + let searchret = search(pattern, flags) + if !searchret + return ret + endif + exe "let skip = " . b:match_skip + if !skip + let ret = 1 + break + endif + endwhile + endfor + return ret +endfunction + +function! s:compare_pos(pos1, pos2) + if a:pos1[1] < a:pos2[1] + return -1 + elseif a:pos1[1] > a:pos2[1] + return 1 + elseif a:pos1[2] < a:pos2[2] + return -1 + elseif a:pos1[2] > a:pos2[2] + return 1 + else + return 0 + endif +endfunction + +function! julia_blocks#move_N() + call s:get_save_pos() + + let ret = s:moveto_block_delim(1, 0) + if !ret + return s:abort() + endif + + normal! e + call s:set_mark_tick() + + return 1 +endfunction + +function! julia_blocks#move_n() + call s:get_save_pos() + + let ret = s:moveto_block_delim(0, 0) + if !ret + return s:abort() + endif + + call s:set_mark_tick() + + return 1 +endfunction + +function! julia_blocks#move_p() + call s:get_save_pos() + + let ret = s:moveto_block_delim(0, 1) + if !ret + return s:abort() + endif + + call s:set_mark_tick() + + return 1 +endfunction + +function! julia_blocks#move_P() + call s:get_save_pos() + + let ret = s:moveto_block_delim(1, 1) + if !ret + return s:abort() + endif + + normal! e + call s:set_mark_tick() + + return 1 +endfunction + +function! s:moveto_currentblock_end() + let flags = 'W' + if s:on_end() + let flags .= 'c' + " NOTE: using "normal! lb" fails at the end of the file (?!) + normal! l + normal! b + endif + + let ret = searchpair(b:julia_begin_keywordsm, '', b:julia_end_keywords, flags, b:match_skip) + if ret <= 0 + return s:abort() + endif + + normal! e + return 1 +endfunction + +function! julia_blocks#moveblock_N() + call s:get_save_pos() + + let ret = 0 + for c in range(b:jlblk_count) + let last_seen_pos = getpos('.') + if s:on_end() + normal! hel + let save_pos = getpos('.') + let ret_start = s:moveto_block_delim(0, 0, 1) + let start1_pos = ret_start ? getpos('.') : [0,0,0,0] + call setpos('.', save_pos) + if s:on_end() + normal! h + endif + let ret_end = s:moveto_block_delim(1, 0, 1) + let end1_pos = ret_end ? getpos('.') : [0,0,0,0] + + if ret_start && (!ret_end || s:compare_pos(start1_pos, end1_pos) < 0) + call setpos('.', start1_pos) + else + call setpos('.', save_pos) + endif + endif + + let moveret = s:moveto_currentblock_end() + if !moveret && c == 0 + let moveret = s:moveto_block_delim(0, 0, 1) && s:cycle_until_end() + if moveret + normal! e + endif + endif + if !moveret + call setpos('.', last_seen_pos) + break + endif + + let ret = 1 + endfor + if !ret + return s:abort() + endif + + call s:set_mark_tick() + + return 1 +endfunction + +function! julia_blocks#moveblock_n() + call s:get_save_pos() + + let ret = 0 + for c in range(b:jlblk_count) + let last_seen_pos = getpos('.') + + call s:moveto_currentblock_end() + if s:moveto_block_delim(0, 0, 1) + let ret = 1 + else + call setpos('.', last_seen_pos) + break + endif + endfor + + if !ret + return s:abort() + endif + + call s:set_mark_tick() + + return 1 +endfunction + +function! julia_blocks#moveblock_p() + call s:get_save_pos() + + let ret = 0 + for c in range(b:jlblk_count) + let last_seen_pos = getpos('.') + if s:on_begin() + call s:move_before_begin() + if s:on_end() + normal! l + endif + let save_pos = getpos('.') + let ret_start = s:moveto_block_delim(0, 1, 1) + let start1_pos = ret_start ? getpos('.') : [0,0,0,0] + call setpos('.', save_pos) + let ret_end = s:moveto_block_delim(1, 1, 1) + let end1_pos = ret_end ? getpos('.') : [0,0,0,0] + + if ret_end && (!ret_start || s:compare_pos(start1_pos, end1_pos) < 0) + call setpos('.', end1_pos) + else + call setpos('.', save_pos) + endif + endif + + let moveret = s:moveto_currentblock_end() + if !moveret && c == 0 + let moveret = s:moveto_block_delim(1, 1, 1) + endif + if !moveret + call setpos('.', last_seen_pos) + break + endif + + call s:matchit() + let ret = 1 + endfor + if !ret + return s:abort() + endif + + call s:set_mark_tick() + call s:restore_view() + + return 1 +endfunction + +function! julia_blocks#moveblock_P() + call s:get_save_pos() + + let ret = 0 + for c in range(b:jlblk_count) + let last_seen_pos = getpos('.') + + call s:moveto_currentblock_end() + if s:on_end() + call s:matchit() + endif + + if s:moveto_block_delim(1, 1, 1) + " NOTE: normal! he does not work unless &whichwrap inlcudes h + normal! h + normal! e + let ret = 1 + else + call setpos('.', last_seen_pos) + endif + endfor + + if !ret + return s:abort() + endif + + call s:set_mark_tick() + call s:restore_view() + + return 1 +endfunction + +function! julia_blocks#whereami() + let b:jlblk_count = v:count1 + let save_redraw = &lazyredraw + setlocal lazyredraw + let pos = getpos('.') + let ret = julia_blocks#select_a('w') + if empty(ret) + call setpos('.', pos) + let &l:lazyredraw = save_redraw + return "" + end + let [start_pos, end_pos] = ret + let m = getline(start_pos[1])[start_pos[2]-1:] + + " If cursor_moved was not forced from select_a, we force it now + " (TODO: this is *really* ugly) + if end_pos != pos + call s:cursor_moved(1) + endif + call setpos('.', pos) + call s:restore_view() + let &l:lazyredraw = save_redraw + return m +endfunction + +" Block text objects + +function! s:find_block(current_mode) + + let flags = 'W' + + if b:jlblk_did_select + call setpos('.', b:jlblk_last_start_pos) + if !s:cycle_until_end() + return s:abort() + endif + if !(a:current_mode[0] == 'a' && a:current_mode == b:jlblk_last_mode) + let flags .= 'c' + endif + elseif s:on_end() + let flags .= 'c' + " NOTE: using "normal! lb" fails at the end of the file (?!) + normal! l + normal! b + endif + let searchret = searchpair(b:julia_begin_keywordsm, '', b:julia_end_keywords, flags, b:match_skip) + if searchret <= 0 + if !b:jlblk_did_select + return s:abort() + else + call setpos('.', b:jlblk_last_end_pos) + endif + endif + + let end_pos = getpos('.') + " Jump to match + call s:matchit() + let start_pos = getpos('.') + + let b:jlblk_last_start_pos = copy(start_pos) + let b:jlblk_last_end_pos = copy(end_pos) + + return [start_pos, end_pos] +endfunction + +function! s:repeated_find(ai_mode) + let repeat = b:jlblk_count + (a:ai_mode == 'i' && v:count1 > 1 ? 1 : 0) + for c in range(repeat) + let current_mode = (c < repeat - 1 ? 'a' : a:ai_mode) + let ret_find_block = s:find_block(current_mode) + if empty(ret_find_block) + return 0 + endif + let [start_pos, end_pos] = ret_find_block + call setpos('.', end_pos) + let b:jlblk_last_mode = current_mode + if c < repeat - 1 + let b:jlblk_doing_select = 0 + let b:jlblk_did_select = 1 + endif + endfor + return [start_pos, end_pos] +endfunction + +function! julia_blocks#select_a(...) + let mode_flag = a:0 > 0 ? a:1 : '' + call s:get_save_pos(!b:jlblk_did_select) + let current_pos = getpos('.') + let ret_find_block = s:repeated_find('a' . mode_flag) + if empty(ret_find_block) + return 0 + endif + let [start_pos, end_pos] = ret_find_block + + call setpos('.', end_pos) + normal! e + let end_pos = getpos('.') + + let b:jlblk_doing_select = 1 + + " CursorMove is only triggered if end_pos + " end_pos is different than the staring position; + " so when starting from the 'd' in 'end' we need to + " force it + if current_pos == end_pos + call s:cursor_moved(1) + endif + + call s:set_mark_tick() + return [start_pos, end_pos] +endfunction + +function! julia_blocks#select_i() + call s:get_save_pos(!b:jlblk_did_select) + let current_pos = getpos('.') + let ret_find_block = s:repeated_find('i') + if empty(ret_find_block) + return 0 + endif + let [start_pos, end_pos] = ret_find_block + + if end_pos[1] <= start_pos[1]+1 + return s:abort() + endif + + call setpos('.', end_pos) + + let b:jlblk_doing_select = 1 + + let start_pos[1] += 1 + call setpos('.', start_pos) + normal! ^ + let start_pos = getpos('.') + let end_pos[1] -= 1 + let end_pos[2] = len(getline(end_pos[1])) + + " CursorMove is only triggered if end_pos + " end_pos is different than the staring position; + " so when starting from the 'd' in 'end' we need to + " force it + if current_pos == end_pos + call s:cursor_moved(1) + endif + + call s:set_mark_tick() + return [start_pos, end_pos] +endfunction + +function julia_blocks#select_reset() + let b:jlblk_did_select = 0 + let b:jlblk_doing_select = 0 + let b:jlblk_inwrapper = 0 + let b:jlblk_last_mode = "" +endfunction + +function! s:cursor_moved(...) + if b:jlblk_inwrapper && !(a:0 > 0 && a:1) + return + endif + let b:jlblk_did_select = b:jlblk_doing_select + let b:jlblk_doing_select = 0 +endfunction Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_latex_symbols.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_latex_symbols.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/autoload/julia_latex_symbols.vim (revision 26505) @@ -0,0 +1,3332 @@ +" This file is autogenerated from the script 'generate_latex_symbols_table.jl' +" The symbols are based on Julia version 1.5.0-DEV.67 + +scriptencoding utf-8 + +function! julia_latex_symbols#get_dict() + return { + \ '\exclamdown': '¡', + \ '\sterling': '£', + \ '\yen': '¥', + \ '\brokenbar': '¦', + \ '\S': '§', + \ '\copyright': '©', + \ '\:copyright:': '©', + \ '\ordfeminine': 'ª', + \ '\neg': '¬', + \ '\circledR': '®', + \ '\:registered:': '®', + \ '\highminus': '¯', + \ '\degree': '°', + \ '\pm': '±', + \ '\^2': '²', + \ '\^3': '³', + \ '\P': '¶', + \ '\cdotp': '·', + \ '\^1': '¹', + \ '\ordmasculine': 'º', + \ '\1/4': '¼', + \ '\1/2': '½', + \ '\3/4': '¾', + \ '\questiondown': '¿', + \ '\AA': 'Å', + \ '\AE': 'Æ', + \ '\DH': 'Ð', + \ '\times': '×', + \ '\O': 'Ø', + \ '\TH': 'Þ', + \ '\ss': 'ß', + \ '\aa': 'å', + \ '\ae': 'æ', + \ '\eth': 'ð', + \ '\dh': 'ð', + \ '\div': '÷', + \ '\o': 'ø', + \ '\th': 'þ', + \ '\DJ': 'Đ', + \ '\dj': 'đ', + \ '\hbar': 'ħ', + \ '\imath': 'ı', + \ '\L': 'Ł', + \ '\l': 'ł', + \ '\NG': 'Ŋ', + \ '\ng': 'ŋ', + \ '\OE': 'Œ', + \ '\oe': 'œ', + \ '\hvlig': 'ƕ', + \ '\nrleg': 'ƞ', + \ '\Zbar': 'Ƶ', + \ '\doublepipe': 'ǂ', + \ '\jmath': 'ȷ', + \ '\trna': 'ɐ', + \ '\trnsa': 'ɒ', + \ '\openo': 'ɔ', + \ '\rtld': 'ɖ', + \ '\schwa': 'ə', + \ '\pgamma': 'ɣ', + \ '\pbgam': 'ɤ', + \ '\trnh': 'ɥ', + \ '\btdl': 'ɬ', + \ '\rtll': 'ɭ', + \ '\trnm': 'ɯ', + \ '\trnmlr': 'ɰ', + \ '\ltlmr': 'ɱ', + \ '\ltln': 'ɲ', + \ '\rtln': 'ɳ', + \ '\clomeg': 'ɷ', + \ '\ltphi': 'ɸ', + \ '\trnr': 'ɹ', + \ '\trnrl': 'ɺ', + \ '\rttrnr': 'ɻ', + \ '\rl': 'ɼ', + \ '\rtlr': 'ɽ', + \ '\fhr': 'ɾ', + \ '\rtls': 'ʂ', + \ '\esh': 'ʃ', + \ '\trnt': 'ʇ', + \ '\rtlt': 'ʈ', + \ '\pupsil': 'ʊ', + \ '\pscrv': 'ʋ', + \ '\invv': 'ʌ', + \ '\invw': 'ʍ', + \ '\trny': 'ʎ', + \ '\rtlz': 'ʐ', + \ '\yogh': 'ʒ', + \ '\glst': 'ʔ', + \ '\reglst': 'ʕ', + \ '\inglst': 'ʖ', + \ '\turnk': 'ʞ', + \ '\dyogh': 'ʤ', + \ '\tesh': 'ʧ', + \ '\^h': 'ʰ', + \ '\^j': 'ʲ', + \ '\^r': 'ʳ', + \ '\^w': 'ʷ', + \ '\^y': 'ʸ', + \ '\rasp': 'ʼ', + \ '\verts': 'ˈ', + \ '\verti': 'ˌ', + \ '\lmrk': 'ː', + \ '\hlmrk': 'ˑ', + \ '\sbrhr': '˒', + \ '\sblhr': '˓', + \ '\rais': '˔', + \ '\low': '˕', + \ '\u': '˘', + \ '\tildelow': '˜', + \ '\^l': 'ˡ', + \ '\^s': 'ˢ', + \ '\^x': 'ˣ', + \ '\grave': '̀', + \ '\acute': '́', + \ '\hat': '̂', + \ '\tilde': '̃', + \ '\bar': '̄', + \ '\overbar': '̅', + \ '\breve': '̆', + \ '\dot': '̇', + \ '\ddot': '̈', + \ '\ovhook': '̉', + \ '\ocirc': '̊', + \ '\H': '̋', + \ '\check': '̌', + \ '\candra': '̐', + \ '\oturnedcomma': '̒', + \ '\ocommatopright': '̕', + \ '\droang': '̚', + \ '\palh': '̡', + \ '\rh': '̢', + \ '\c': '̧', + \ '\k': '̨', + \ '\sbbrg': '̪', + \ '\wideutilde': '̰', + \ '\underbar': '̲', + \ '\strike': '̶', + \ '\sout': '̶', + \ '\not': '̸', + \ '\underleftrightarrow': '͍', + \ '\Alpha': 'Α', + \ '\Beta': 'Β', + \ '\Gamma': 'Γ', + \ '\Delta': 'Δ', + \ '\Epsilon': 'Ε', + \ '\Zeta': 'Ζ', + \ '\Eta': 'Η', + \ '\Theta': 'Θ', + \ '\Iota': 'Ι', + \ '\Kappa': 'Κ', + \ '\Lambda': 'Λ', + \ '\upMu': 'Μ', + \ '\upNu': 'Ν', + \ '\Xi': 'Ξ', + \ '\upOmicron': 'Ο', + \ '\Pi': 'Π', + \ '\Rho': 'Ρ', + \ '\Sigma': 'Σ', + \ '\Tau': 'Τ', + \ '\Upsilon': 'Υ', + \ '\Phi': 'Φ', + \ '\Chi': 'Χ', + \ '\Psi': 'Ψ', + \ '\Omega': 'Ω', + \ '\alpha': 'α', + \ '\beta': 'β', + \ '\gamma': 'γ', + \ '\delta': 'δ', + \ '\upepsilon': 'ε', + \ '\varepsilon': 'ε', + \ '\zeta': 'ζ', + \ '\eta': 'η', + \ '\theta': 'θ', + \ '\iota': 'ι', + \ '\kappa': 'κ', + \ '\lambda': 'λ', + \ '\mu': 'μ', + \ '\nu': 'ν', + \ '\xi': 'ξ', + \ '\upomicron': 'ο', + \ '\pi': 'π', + \ '\rho': 'ρ', + \ '\varsigma': 'ς', + \ '\sigma': 'σ', + \ '\tau': 'τ', + \ '\upsilon': 'υ', + \ '\varphi': 'φ', + \ '\chi': 'χ', + \ '\psi': 'ψ', + \ '\omega': 'ω', + \ '\upvarbeta': 'ϐ', + \ '\vartheta': 'ϑ', + \ '\phi': 'ϕ', + \ '\varpi': 'ϖ', + \ '\upoldKoppa': 'Ϙ', + \ '\upoldkoppa': 'ϙ', + \ '\Stigma': 'Ϛ', + \ '\upstigma': 'ϛ', + \ '\Digamma': 'Ϝ', + \ '\digamma': 'ϝ', + \ '\Koppa': 'Ϟ', + \ '\upkoppa': 'ϟ', + \ '\Sampi': 'Ϡ', + \ '\upsampi': 'ϡ', + \ '\varkappa': 'ϰ', + \ '\varrho': 'ϱ', + \ '\varTheta': 'ϴ', + \ '\epsilon': 'ϵ', + \ '\backepsilon': '϶', + \ '\^A': 'ᴬ', + \ '\^B': 'ᴮ', + \ '\^D': 'ᴰ', + \ '\^E': 'ᴱ', + \ '\^G': 'ᴳ', + \ '\^H': 'ᴴ', + \ '\^I': 'ᴵ', + \ '\^J': 'ᴶ', + \ '\^K': 'ᴷ', + \ '\^L': 'ᴸ', + \ '\^M': 'ᴹ', + \ '\^N': 'ᴺ', + \ '\^O': 'ᴼ', + \ '\^P': 'ᴾ', + \ '\^R': 'ᴿ', + \ '\^T': 'ᵀ', + \ '\^U': 'ᵁ', + \ '\^W': 'ᵂ', + \ '\^a': 'ᵃ', + \ '\^alpha': 'ᵅ', + \ '\^b': 'ᵇ', + \ '\^d': 'ᵈ', + \ '\^e': 'ᵉ', + \ '\^epsilon': 'ᵋ', + \ '\^g': 'ᵍ', + \ '\^k': 'ᵏ', + \ '\^m': 'ᵐ', + \ '\^o': 'ᵒ', + \ '\^p': 'ᵖ', + \ '\^t': 'ᵗ', + \ '\^u': 'ᵘ', + \ '\^v': 'ᵛ', + \ '\^beta': 'ᵝ', + \ '\^gamma': 'ᵞ', + \ '\^delta': 'ᵟ', + \ '\^phi': 'ᵠ', + \ '\^chi': 'ᵡ', + \ '\_i': 'ᵢ', + \ '\_r': 'ᵣ', + \ '\_u': 'ᵤ', + \ '\_v': 'ᵥ', + \ '\_beta': 'ᵦ', + \ '\_gamma': 'ᵧ', + \ '\_rho': 'ᵨ', + \ '\_phi': 'ᵩ', + \ '\_chi': 'ᵪ', + \ '\^c': 'ᶜ', + \ '\^f': 'ᶠ', + \ '\^iota': 'ᶥ', + \ '\^Phi': 'ᶲ', + \ '\^z': 'ᶻ', + \ '\^theta': 'ᶿ', + \ '\enspace': ' ', + \ '\quad': ' ', + \ '\thickspace': ' ', + \ '\thinspace': ' ', + \ '\hspace': ' ', + \ '\endash': '–', + \ '\emdash': '—', + \ '\Vert': '‖', + \ '\lq': '‘', + \ '\rq': '’', + \ '\reapos': '‛', + \ '\quotedblleft': '“', + \ '\quotedblright': '”', + \ '\dagger': '†', + \ '\ddagger': '‡', + \ '\bullet': '•', + \ '\dots': '…', + \ '\ldots': '…', + \ '\perthousand': '‰', + \ '\pertenthousand': '‱', + \ '\prime': '′', + \ '\pprime': '″', + \ '\ppprime': '‴', + \ '\backprime': '‵', + \ '\backpprime': '‶', + \ '\backppprime': '‷', + \ '\guilsinglleft': '‹', + \ '\guilsinglright': '›', + \ '\:bangbang:': '‼', + \ '\tieconcat': '⁀', + \ '\:interrobang:': '⁉', + \ '\pppprime': '⁗', + \ '\tricolon': '⁝', + \ '\nolinebreak': '⁠', + \ '\^0': '⁰', + \ '\^i': 'ⁱ', + \ '\^4': '⁴', + \ '\^5': '⁵', + \ '\^6': '⁶', + \ '\^7': '⁷', + \ '\^8': '⁸', + \ '\^9': '⁹', + \ '\^+': '⁺', + \ '\^-': '⁻', + \ '\^=': '⁼', + \ '\^(': '⁽', + \ '\^)': '⁾', + \ '\^n': 'ⁿ', + \ '\_0': '₀', + \ '\_1': '₁', + \ '\_2': '₂', + \ '\_3': '₃', + \ '\_4': '₄', + \ '\_5': '₅', + \ '\_6': '₆', + \ '\_7': '₇', + \ '\_8': '₈', + \ '\_9': '₉', + \ '\_+': '₊', + \ '\_-': '₋', + \ '\_=': '₌', + \ '\_(': '₍', + \ '\_)': '₎', + \ '\_a': 'ₐ', + \ '\_e': 'ₑ', + \ '\_o': 'ₒ', + \ '\_x': 'ₓ', + \ '\_schwa': 'ₔ', + \ '\_h': 'ₕ', + \ '\_k': 'ₖ', + \ '\_l': 'ₗ', + \ '\_m': 'ₘ', + \ '\_n': 'ₙ', + \ '\_p': 'ₚ', + \ '\_s': 'ₛ', + \ '\_t': 'ₜ', + \ '\pes': '₧', + \ '\euro': '€', + \ '\leftharpoonaccent': '⃐', + \ '\rightharpoonaccent': '⃑', + \ '\vertoverlay': '⃒', + \ '\overleftarrow': '⃖', + \ '\vec': '⃗', + \ '\dddot': '⃛', + \ '\ddddot': '⃜', + \ '\enclosecircle': '⃝', + \ '\enclosesquare': '⃞', + \ '\enclosediamond': '⃟', + \ '\overleftrightarrow': '⃡', + \ '\enclosetriangle': '⃤', + \ '\annuity': '⃧', + \ '\threeunderdot': '⃨', + \ '\widebridgeabove': '⃩', + \ '\underrightharpoondown': '⃬', + \ '\underleftharpoondown': '⃭', + \ '\underleftarrow': '⃮', + \ '\underrightarrow': '⃯', + \ '\asteraccent': '⃰', + \ '\bbC': 'ℂ', + \ '\eulermascheroni': 'ℇ', + \ '\scrg': 'ℊ', + \ '\scrH': 'ℋ', + \ '\frakH': 'ℌ', + \ '\bbH': 'ℍ', + \ '\planck': 'ℎ', + \ '\hslash': 'ℏ', + \ '\scrI': 'ℐ', + \ '\Im': 'ℑ', + \ '\scrL': 'ℒ', + \ '\ell': 'ℓ', + \ '\bbN': 'ℕ', + \ '\numero': '№', + \ '\wp': '℘', + \ '\bbP': 'ℙ', + \ '\bbQ': 'ℚ', + \ '\scrR': 'ℛ', + \ '\Re': 'ℜ', + \ '\bbR': 'ℝ', + \ '\xrat': '℞', + \ '\trademark': '™', + \ '\:tm:': '™', + \ '\bbZ': 'ℤ', + \ '\ohm': 'Ω', + \ '\mho': '℧', + \ '\frakZ': 'ℨ', + \ '\turnediota': '℩', + \ '\Angstrom': 'Å', + \ '\scrB': 'ℬ', + \ '\frakC': 'ℭ', + \ '\scre': 'ℯ', + \ '\euler': 'ℯ', + \ '\scrE': 'ℰ', + \ '\scrF': 'ℱ', + \ '\Finv': 'Ⅎ', + \ '\scrM': 'ℳ', + \ '\scro': 'ℴ', + \ '\aleph': 'ℵ', + \ '\beth': 'ℶ', + \ '\gimel': 'ℷ', + \ '\daleth': 'ℸ', + \ '\:information_source:': 'ℹ', + \ '\bbpi': 'ℼ', + \ '\bbgamma': 'ℽ', + \ '\bbGamma': 'ℾ', + \ '\bbPi': 'ℿ', + \ '\bbsum': '⅀', + \ '\Game': '⅁', + \ '\sansLturned': '⅂', + \ '\sansLmirrored': '⅃', + \ '\Yup': '⅄', + \ '\bbiD': 'ⅅ', + \ '\bbid': 'ⅆ', + \ '\bbie': 'ⅇ', + \ '\bbii': 'ⅈ', + \ '\bbij': 'ⅉ', + \ '\PropertyLine': '⅊', + \ '\upand': '⅋', + \ '\1/7': '⅐', + \ '\1/9': '⅑', + \ '\1/10': '⅒', + \ '\1/3': '⅓', + \ '\2/3': '⅔', + \ '\1/5': '⅕', + \ '\2/5': '⅖', + \ '\3/5': '⅗', + \ '\4/5': '⅘', + \ '\1/6': '⅙', + \ '\5/6': '⅚', + \ '\1/8': '⅛', + \ '\3/8': '⅜', + \ '\5/8': '⅝', + \ '\7/8': '⅞', + \ '\1/': '⅟', + \ '\0/3': '↉', + \ '\leftarrow': '←', + \ '\uparrow': '↑', + \ '\to': '→', + \ '\rightarrow': '→', + \ '\downarrow': '↓', + \ '\leftrightarrow': '↔', + \ '\:left_right_arrow:': '↔', + \ '\updownarrow': '↕', + \ '\:arrow_up_down:': '↕', + \ '\nwarrow': '↖', + \ '\:arrow_upper_left:': '↖', + \ '\nearrow': '↗', + \ '\:arrow_upper_right:': '↗', + \ '\searrow': '↘', + \ '\:arrow_lower_right:': '↘', + \ '\swarrow': '↙', + \ '\:arrow_lower_left:': '↙', + \ '\nleftarrow': '↚', + \ '\nrightarrow': '↛', + \ '\leftwavearrow': '↜', + \ '\rightwavearrow': '↝', + \ '\twoheadleftarrow': '↞', + \ '\twoheaduparrow': '↟', + \ '\twoheadrightarrow': '↠', + \ '\twoheaddownarrow': '↡', + \ '\leftarrowtail': '↢', + \ '\rightarrowtail': '↣', + \ '\mapsfrom': '↤', + \ '\mapsup': '↥', + \ '\mapsto': '↦', + \ '\mapsdown': '↧', + \ '\updownarrowbar': '↨', + \ '\hookleftarrow': '↩', + \ '\:leftwards_arrow_with_hook:': '↩', + \ '\hookrightarrow': '↪', + \ '\:arrow_right_hook:': '↪', + \ '\looparrowleft': '↫', + \ '\looparrowright': '↬', + \ '\leftrightsquigarrow': '↭', + \ '\nleftrightarrow': '↮', + \ '\downzigzagarrow': '↯', + \ '\Lsh': '↰', + \ '\Rsh': '↱', + \ '\Ldsh': '↲', + \ '\Rdsh': '↳', + \ '\linefeed': '↴', + \ '\carriagereturn': '↵', + \ '\curvearrowleft': '↶', + \ '\curvearrowright': '↷', + \ '\barovernorthwestarrow': '↸', + \ '\barleftarrowrightarrowbar': '↹', + \ '\circlearrowleft': '↺', + \ '\circlearrowright': '↻', + \ '\leftharpoonup': '↼', + \ '\leftharpoondown': '↽', + \ '\upharpoonright': '↾', + \ '\upharpoonleft': '↿', + \ '\rightharpoonup': '⇀', + \ '\rightharpoondown': '⇁', + \ '\downharpoonright': '⇂', + \ '\downharpoonleft': '⇃', + \ '\rightleftarrows': '⇄', + \ '\dblarrowupdown': '⇅', + \ '\leftrightarrows': '⇆', + \ '\leftleftarrows': '⇇', + \ '\upuparrows': '⇈', + \ '\rightrightarrows': '⇉', + \ '\downdownarrows': '⇊', + \ '\leftrightharpoons': '⇋', + \ '\rightleftharpoons': '⇌', + \ '\nLeftarrow': '⇍', + \ '\nLeftrightarrow': '⇎', + \ '\nRightarrow': '⇏', + \ '\Leftarrow': '⇐', + \ '\Uparrow': '⇑', + \ '\Rightarrow': '⇒', + \ '\Downarrow': '⇓', + \ '\Leftrightarrow': '⇔', + \ '\Updownarrow': '⇕', + \ '\Nwarrow': '⇖', + \ '\Nearrow': '⇗', + \ '\Searrow': '⇘', + \ '\Swarrow': '⇙', + \ '\Lleftarrow': '⇚', + \ '\Rrightarrow': '⇛', + \ '\leftsquigarrow': '⇜', + \ '\rightsquigarrow': '⇝', + \ '\nHuparrow': '⇞', + \ '\nHdownarrow': '⇟', + \ '\leftdasharrow': '⇠', + \ '\updasharrow': '⇡', + \ '\rightdasharrow': '⇢', + \ '\downdasharrow': '⇣', + \ '\barleftarrow': '⇤', + \ '\rightarrowbar': '⇥', + \ '\leftwhitearrow': '⇦', + \ '\upwhitearrow': '⇧', + \ '\rightwhitearrow': '⇨', + \ '\downwhitearrow': '⇩', + \ '\whitearrowupfrombar': '⇪', + \ '\circleonrightarrow': '⇴', + \ '\DownArrowUpArrow': '⇵', + \ '\rightthreearrows': '⇶', + \ '\nvleftarrow': '⇷', + \ '\nvrightarrow': '⇸', + \ '\nvleftrightarrow': '⇹', + \ '\nVleftarrow': '⇺', + \ '\nVrightarrow': '⇻', + \ '\nVleftrightarrow': '⇼', + \ '\leftarrowtriangle': '⇽', + \ '\rightarrowtriangle': '⇾', + \ '\leftrightarrowtriangle': '⇿', + \ '\forall': '∀', + \ '\complement': '∁', + \ '\partial': '∂', + \ '\exists': '∃', + \ '\nexists': '∄', + \ '\varnothing': '∅', + \ '\emptyset': '∅', + \ '\increment': '∆', + \ '\del': '∇', + \ '\nabla': '∇', + \ '\in': '∈', + \ '\notin': '∉', + \ '\smallin': '∊', + \ '\ni': '∋', + \ '\nni': '∌', + \ '\smallni': '∍', + \ '\QED': '∎', + \ '\prod': '∏', + \ '\coprod': '∐', + \ '\sum': '∑', + \ '\minus': '−', + \ '\mp': '∓', + \ '\dotplus': '∔', + \ '\setminus': '∖', + \ '\ast': '∗', + \ '\circ': '∘', + \ '\vysmblkcircle': '∙', + \ '\surd': '√', + \ '\sqrt': '√', + \ '\cbrt': '∛', + \ '\fourthroot': '∜', + \ '\propto': '∝', + \ '\infty': '∞', + \ '\rightangle': '∟', + \ '\angle': '∠', + \ '\measuredangle': '∡', + \ '\sphericalangle': '∢', + \ '\mid': '∣', + \ '\nmid': '∤', + \ '\parallel': '∥', + \ '\nparallel': '∦', + \ '\wedge': '∧', + \ '\vee': '∨', + \ '\cap': '∩', + \ '\cup': '∪', + \ '\int': '∫', + \ '\iint': '∬', + \ '\iiint': '∭', + \ '\oint': '∮', + \ '\oiint': '∯', + \ '\oiiint': '∰', + \ '\clwintegral': '∱', + \ '\varointclockwise': '∲', + \ '\ointctrclockwise': '∳', + \ '\therefore': '∴', + \ '\because': '∵', + \ '\Colon': '∷', + \ '\dotminus': '∸', + \ '\dotsminusdots': '∺', + \ '\kernelcontraction': '∻', + \ '\sim': '∼', + \ '\backsim': '∽', + \ '\lazysinv': '∾', + \ '\sinewave': '∿', + \ '\wr': '≀', + \ '\nsim': '≁', + \ '\eqsim': '≂', + \ '\neqsim': '≂̸', + \ '\simeq': '≃', + \ '\nsime': '≄', + \ '\cong': '≅', + \ '\approxnotequal': '≆', + \ '\ncong': '≇', + \ '\approx': '≈', + \ '\napprox': '≉', + \ '\approxeq': '≊', + \ '\tildetrpl': '≋', + \ '\allequal': '≌', + \ '\asymp': '≍', + \ '\Bumpeq': '≎', + \ '\nBumpeq': '≎̸', + \ '\bumpeq': '≏', + \ '\nbumpeq': '≏̸', + \ '\doteq': '≐', + \ '\Doteq': '≑', + \ '\fallingdotseq': '≒', + \ '\risingdotseq': '≓', + \ '\coloneq': '≔', + \ '\eqcolon': '≕', + \ '\eqcirc': '≖', + \ '\circeq': '≗', + \ '\arceq': '≘', + \ '\wedgeq': '≙', + \ '\veeeq': '≚', + \ '\starequal': '≛', + \ '\triangleq': '≜', + \ '\eqdef': '≝', + \ '\measeq': '≞', + \ '\questeq': '≟', + \ '\ne': '≠', + \ '\equiv': '≡', + \ '\nequiv': '≢', + \ '\Equiv': '≣', + \ '\le': '≤', + \ '\leq': '≤', + \ '\ge': '≥', + \ '\geq': '≥', + \ '\leqq': '≦', + \ '\geqq': '≧', + \ '\lneqq': '≨', + \ '\lvertneqq': '≨︀', + \ '\gneqq': '≩', + \ '\gvertneqq': '≩︀', + \ '\ll': '≪', + \ '\NotLessLess': '≪̸', + \ '\gg': '≫', + \ '\NotGreaterGreater': '≫̸', + \ '\between': '≬', + \ '\nasymp': '≭', + \ '\nless': '≮', + \ '\ngtr': '≯', + \ '\nleq': '≰', + \ '\ngeq': '≱', + \ '\lesssim': '≲', + \ '\gtrsim': '≳', + \ '\nlesssim': '≴', + \ '\ngtrsim': '≵', + \ '\lessgtr': '≶', + \ '\gtrless': '≷', + \ '\notlessgreater': '≸', + \ '\notgreaterless': '≹', + \ '\prec': '≺', + \ '\succ': '≻', + \ '\preccurlyeq': '≼', + \ '\succcurlyeq': '≽', + \ '\precsim': '≾', + \ '\nprecsim': '≾̸', + \ '\succsim': '≿', + \ '\nsuccsim': '≿̸', + \ '\nprec': '⊀', + \ '\nsucc': '⊁', + \ '\subset': '⊂', + \ '\supset': '⊃', + \ '\nsubset': '⊄', + \ '\nsupset': '⊅', + \ '\subseteq': '⊆', + \ '\supseteq': '⊇', + \ '\nsubseteq': '⊈', + \ '\nsupseteq': '⊉', + \ '\subsetneq': '⊊', + \ '\varsubsetneqq': '⊊︀', + \ '\supsetneq': '⊋', + \ '\varsupsetneq': '⊋︀', + \ '\cupdot': '⊍', + \ '\uplus': '⊎', + \ '\sqsubset': '⊏', + \ '\NotSquareSubset': '⊏̸', + \ '\sqsupset': '⊐', + \ '\NotSquareSuperset': '⊐̸', + \ '\sqsubseteq': '⊑', + \ '\sqsupseteq': '⊒', + \ '\sqcap': '⊓', + \ '\sqcup': '⊔', + \ '\oplus': '⊕', + \ '\ominus': '⊖', + \ '\otimes': '⊗', + \ '\oslash': '⊘', + \ '\odot': '⊙', + \ '\circledcirc': '⊚', + \ '\circledast': '⊛', + \ '\circledequal': '⊜', + \ '\circleddash': '⊝', + \ '\boxplus': '⊞', + \ '\boxminus': '⊟', + \ '\boxtimes': '⊠', + \ '\boxdot': '⊡', + \ '\vdash': '⊢', + \ '\dashv': '⊣', + \ '\top': '⊤', + \ '\bot': '⊥', + \ '\models': '⊧', + \ '\vDash': '⊨', + \ '\Vdash': '⊩', + \ '\Vvdash': '⊪', + \ '\VDash': '⊫', + \ '\nvdash': '⊬', + \ '\nvDash': '⊭', + \ '\nVdash': '⊮', + \ '\nVDash': '⊯', + \ '\prurel': '⊰', + \ '\scurel': '⊱', + \ '\vartriangleleft': '⊲', + \ '\vartriangleright': '⊳', + \ '\trianglelefteq': '⊴', + \ '\trianglerighteq': '⊵', + \ '\original': '⊶', + \ '\image': '⊷', + \ '\multimap': '⊸', + \ '\hermitconjmatrix': '⊹', + \ '\intercal': '⊺', + \ '\veebar': '⊻', + \ '\xor': '⊻', + \ '\barwedge': '⊼', + \ '\barvee': '⊽', + \ '\rightanglearc': '⊾', + \ '\varlrtriangle': '⊿', + \ '\bigwedge': '⋀', + \ '\bigvee': '⋁', + \ '\bigcap': '⋂', + \ '\bigcup': '⋃', + \ '\diamond': '⋄', + \ '\cdot': '⋅', + \ '\star': '⋆', + \ '\divideontimes': '⋇', + \ '\bowtie': '⋈', + \ '\ltimes': '⋉', + \ '\rtimes': '⋊', + \ '\leftthreetimes': '⋋', + \ '\rightthreetimes': '⋌', + \ '\backsimeq': '⋍', + \ '\curlyvee': '⋎', + \ '\curlywedge': '⋏', + \ '\Subset': '⋐', + \ '\Supset': '⋑', + \ '\Cap': '⋒', + \ '\Cup': '⋓', + \ '\pitchfork': '⋔', + \ '\equalparallel': '⋕', + \ '\lessdot': '⋖', + \ '\gtrdot': '⋗', + \ '\verymuchless': '⋘', + \ '\ggg': '⋙', + \ '\lesseqgtr': '⋚', + \ '\gtreqless': '⋛', + \ '\eqless': '⋜', + \ '\eqgtr': '⋝', + \ '\curlyeqprec': '⋞', + \ '\curlyeqsucc': '⋟', + \ '\npreccurlyeq': '⋠', + \ '\nsucccurlyeq': '⋡', + \ '\nsqsubseteq': '⋢', + \ '\nsqsupseteq': '⋣', + \ '\sqsubsetneq': '⋤', + \ '\sqspne': '⋥', + \ '\lnsim': '⋦', + \ '\gnsim': '⋧', + \ '\precnsim': '⋨', + \ '\succnsim': '⋩', + \ '\ntriangleleft': '⋪', + \ '\ntriangleright': '⋫', + \ '\ntrianglelefteq': '⋬', + \ '\ntrianglerighteq': '⋭', + \ '\vdots': '⋮', + \ '\cdots': '⋯', + \ '\adots': '⋰', + \ '\ddots': '⋱', + \ '\disin': '⋲', + \ '\varisins': '⋳', + \ '\isins': '⋴', + \ '\isindot': '⋵', + \ '\varisinobar': '⋶', + \ '\isinobar': '⋷', + \ '\isinvb': '⋸', + \ '\isinE': '⋹', + \ '\nisd': '⋺', + \ '\varnis': '⋻', + \ '\nis': '⋼', + \ '\varniobar': '⋽', + \ '\niobar': '⋾', + \ '\bagmember': '⋿', + \ '\diameter': '⌀', + \ '\house': '⌂', + \ '\varbarwedge': '⌅', + \ '\vardoublebarwedge': '⌆', + \ '\lceil': '⌈', + \ '\rceil': '⌉', + \ '\lfloor': '⌊', + \ '\rfloor': '⌋', + \ '\invnot': '⌐', + \ '\sqlozenge': '⌑', + \ '\profline': '⌒', + \ '\profsurf': '⌓', + \ '\recorder': '⌕', + \ '\viewdata': '⌗', + \ '\turnednot': '⌙', + \ '\:watch:': '⌚', + \ '\:hourglass:': '⌛', + \ '\ulcorner': '⌜', + \ '\urcorner': '⌝', + \ '\llcorner': '⌞', + \ '\lrcorner': '⌟', + \ '\frown': '⌢', + \ '\smile': '⌣', + \ '\varhexagonlrbonds': '⌬', + \ '\conictaper': '⌲', + \ '\topbot': '⌶', + \ '\obar': '⌽', + \ '\notslash': '⌿', + \ '\notbackslash': '⍀', + \ '\boxupcaret': '⍓', + \ '\boxquestion': '⍰', + \ '\hexagon': '⎔', + \ '\dlcorn': '⎣', + \ '\lmoustache': '⎰', + \ '\rmoustache': '⎱', + \ '\overbracket': '⎴', + \ '\underbracket': '⎵', + \ '\bbrktbrk': '⎶', + \ '\sqrtbottom': '⎷', + \ '\lvboxline': '⎸', + \ '\rvboxline': '⎹', + \ '\varcarriagereturn': '⏎', + \ '\overbrace': '⏞', + \ '\underbrace': '⏟', + \ '\trapezium': '⏢', + \ '\benzenr': '⏣', + \ '\strns': '⏤', + \ '\fltns': '⏥', + \ '\accurrent': '⏦', + \ '\elinters': '⏧', + \ '\:fast_forward:': '⏩', + \ '\:rewind:': '⏪', + \ '\:arrow_double_up:': '⏫', + \ '\:arrow_double_down:': '⏬', + \ '\:alarm_clock:': '⏰', + \ '\:hourglass_flowing_sand:': '⏳', + \ '\blanksymbol': '␢', + \ '\visiblespace': '␣', + \ '\:m:': 'Ⓜ', + \ '\circledS': 'Ⓢ', + \ '\dshfnc': '┆', + \ '\sqfnw': '┙', + \ '\diagup': '╱', + \ '\diagdown': '╲', + \ '\blockuphalf': '▀', + \ '\blocklowhalf': '▄', + \ '\blockfull': '█', + \ '\blocklefthalf': '▌', + \ '\blockrighthalf': '▐', + \ '\blockqtrshaded': '░', + \ '\blockhalfshaded': '▒', + \ '\blockthreeqtrshaded': '▓', + \ '\blacksquare': '■', + \ '\square': '□', + \ '\squoval': '▢', + \ '\blackinwhitesquare': '▣', + \ '\squarehfill': '▤', + \ '\squarevfill': '▥', + \ '\squarehvfill': '▦', + \ '\squarenwsefill': '▧', + \ '\squareneswfill': '▨', + \ '\squarecrossfill': '▩', + \ '\smblksquare': '▪', + \ '\:black_small_square:': '▪', + \ '\smwhtsquare': '▫', + \ '\:white_small_square:': '▫', + \ '\hrectangleblack': '▬', + \ '\hrectangle': '▭', + \ '\vrectangleblack': '▮', + \ '\vrecto': '▯', + \ '\parallelogramblack': '▰', + \ '\parallelogram': '▱', + \ '\bigblacktriangleup': '▲', + \ '\bigtriangleup': '△', + \ '\blacktriangle': '▴', + \ '\vartriangle': '▵', + \ '\blacktriangleright': '▶', + \ '\:arrow_forward:': '▶', + \ '\triangleright': '▷', + \ '\smallblacktriangleright': '▸', + \ '\smalltriangleright': '▹', + \ '\blackpointerright': '►', + \ '\whitepointerright': '▻', + \ '\bigblacktriangledown': '▼', + \ '\bigtriangledown': '▽', + \ '\blacktriangledown': '▾', + \ '\triangledown': '▿', + \ '\blacktriangleleft': '◀', + \ '\:arrow_backward:': '◀', + \ '\triangleleft': '◁', + \ '\smallblacktriangleleft': '◂', + \ '\smalltriangleleft': '◃', + \ '\blackpointerleft': '◄', + \ '\whitepointerleft': '◅', + \ '\mdlgblkdiamond': '◆', + \ '\mdlgwhtdiamond': '◇', + \ '\blackinwhitediamond': '◈', + \ '\fisheye': '◉', + \ '\lozenge': '◊', + \ '\bigcirc': '○', + \ '\dottedcircle': '◌', + \ '\circlevertfill': '◍', + \ '\bullseye': '◎', + \ '\mdlgblkcircle': '●', + \ '\cirfl': '◐', + \ '\cirfr': '◑', + \ '\cirfb': '◒', + \ '\circletophalfblack': '◓', + \ '\circleurquadblack': '◔', + \ '\blackcircleulquadwhite': '◕', + \ '\blacklefthalfcircle': '◖', + \ '\blackrighthalfcircle': '◗', + \ '\rvbull': '◘', + \ '\inversewhitecircle': '◙', + \ '\invwhiteupperhalfcircle': '◚', + \ '\invwhitelowerhalfcircle': '◛', + \ '\ularc': '◜', + \ '\urarc': '◝', + \ '\lrarc': '◞', + \ '\llarc': '◟', + \ '\topsemicircle': '◠', + \ '\botsemicircle': '◡', + \ '\lrblacktriangle': '◢', + \ '\llblacktriangle': '◣', + \ '\ulblacktriangle': '◤', + \ '\urblacktriangle': '◥', + \ '\smwhtcircle': '◦', + \ '\sqfl': '◧', + \ '\sqfr': '◨', + \ '\squareulblack': '◩', + \ '\sqfse': '◪', + \ '\boxbar': '◫', + \ '\trianglecdot': '◬', + \ '\triangleleftblack': '◭', + \ '\trianglerightblack': '◮', + \ '\lgwhtcircle': '◯', + \ '\squareulquad': '◰', + \ '\squarellquad': '◱', + \ '\squarelrquad': '◲', + \ '\squareurquad': '◳', + \ '\circleulquad': '◴', + \ '\circlellquad': '◵', + \ '\circlelrquad': '◶', + \ '\circleurquad': '◷', + \ '\ultriangle': '◸', + \ '\urtriangle': '◹', + \ '\lltriangle': '◺', + \ '\mdwhtsquare': '◻', + \ '\:white_medium_square:': '◻', + \ '\mdblksquare': '◼', + \ '\:black_medium_square:': '◼', + \ '\mdsmwhtsquare': '◽', + \ '\:white_medium_small_square:': '◽', + \ '\mdsmblksquare': '◾', + \ '\:black_medium_small_square:': '◾', + \ '\lrtriangle': '◿', + \ '\:sunny:': '☀', + \ '\:cloud:': '☁', + \ '\bigstar': '★', + \ '\bigwhitestar': '☆', + \ '\astrosun': '☉', + \ '\:phone:': '☎', + \ '\:ballot_box_with_check:': '☑', + \ '\:umbrella:': '☔', + \ '\:coffee:': '☕', + \ '\:point_up:': '☝', + \ '\danger': '☡', + \ '\:relaxed:': '☺', + \ '\blacksmiley': '☻', + \ '\sun': '☼', + \ '\rightmoon': '☽', + \ '\leftmoon': '☾', + \ '\mercury': '☿', + \ '\venus': '♀', + \ '\female': '♀', + \ '\male': '♂', + \ '\mars': '♂', + \ '\jupiter': '♃', + \ '\saturn': '♄', + \ '\uranus': '♅', + \ '\neptune': '♆', + \ '\pluto': '♇', + \ '\aries': '♈', + \ '\:aries:': '♈', + \ '\taurus': '♉', + \ '\:taurus:': '♉', + \ '\gemini': '♊', + \ '\:gemini:': '♊', + \ '\cancer': '♋', + \ '\:cancer:': '♋', + \ '\leo': '♌', + \ '\:leo:': '♌', + \ '\virgo': '♍', + \ '\:virgo:': '♍', + \ '\libra': '♎', + \ '\:libra:': '♎', + \ '\scorpio': '♏', + \ '\:scorpius:': '♏', + \ '\sagittarius': '♐', + \ '\:sagittarius:': '♐', + \ '\capricornus': '♑', + \ '\:capricorn:': '♑', + \ '\aquarius': '♒', + \ '\:aquarius:': '♒', + \ '\pisces': '♓', + \ '\:pisces:': '♓', + \ '\spadesuit': '♠', + \ '\:spades:': '♠', + \ '\heartsuit': '♡', + \ '\diamondsuit': '♢', + \ '\clubsuit': '♣', + \ '\:clubs:': '♣', + \ '\varspadesuit': '♤', + \ '\varheartsuit': '♥', + \ '\:hearts:': '♥', + \ '\vardiamondsuit': '♦', + \ '\:diamonds:': '♦', + \ '\varclubsuit': '♧', + \ '\:hotsprings:': '♨', + \ '\quarternote': '♩', + \ '\eighthnote': '♪', + \ '\twonotes': '♫', + \ '\flat': '♭', + \ '\natural': '♮', + \ '\sharp': '♯', + \ '\:recycle:': '♻', + \ '\acidfree': '♾', + \ '\:wheelchair:': '♿', + \ '\dicei': '⚀', + \ '\diceii': '⚁', + \ '\diceiii': '⚂', + \ '\diceiv': '⚃', + \ '\dicev': '⚄', + \ '\dicevi': '⚅', + \ '\circledrightdot': '⚆', + \ '\circledtwodots': '⚇', + \ '\blackcircledrightdot': '⚈', + \ '\blackcircledtwodots': '⚉', + \ '\:anchor:': '⚓', + \ '\:warning:': '⚠', + \ '\:zap:': '⚡', + \ '\hermaphrodite': '⚥', + \ '\mdwhtcircle': '⚪', + \ '\:white_circle:': '⚪', + \ '\mdblkcircle': '⚫', + \ '\:black_circle:': '⚫', + \ '\mdsmwhtcircle': '⚬', + \ '\neuter': '⚲', + \ '\:soccer:': '⚽', + \ '\:baseball:': '⚾', + \ '\:snowman:': '⛄', + \ '\:partly_sunny:': '⛅', + \ '\:ophiuchus:': '⛎', + \ '\:no_entry:': '⛔', + \ '\:church:': '⛪', + \ '\:fountain:': '⛲', + \ '\:golf:': '⛳', + \ '\:boat:': '⛵', + \ '\:tent:': '⛺', + \ '\:fuelpump:': '⛽', + \ '\:scissors:': '✂', + \ '\:white_check_mark:': '✅', + \ '\:airplane:': '✈', + \ '\:email:': '✉', + \ '\:fist:': '✊', + \ '\:hand:': '✋', + \ '\:v:': '✌', + \ '\:pencil2:': '✏', + \ '\:black_nib:': '✒', + \ '\checkmark': '✓', + \ '\:heavy_check_mark:': '✔', + \ '\:heavy_multiplication_x:': '✖', + \ '\maltese': '✠', + \ '\:sparkles:': '✨', + \ '\circledstar': '✪', + \ '\:eight_spoked_asterisk:': '✳', + \ '\:eight_pointed_black_star:': '✴', + \ '\varstar': '✶', + \ '\dingasterisk': '✽', + \ '\:snowflake:': '❄', + \ '\:sparkle:': '❇', + \ '\:x:': '❌', + \ '\:negative_squared_cross_mark:': '❎', + \ '\:question:': '❓', + \ '\:grey_question:': '❔', + \ '\:grey_exclamation:': '❕', + \ '\:exclamation:': '❗', + \ '\:heart:': '❤', + \ '\:heavy_plus_sign:': '➕', + \ '\:heavy_minus_sign:': '➖', + \ '\:heavy_division_sign:': '➗', + \ '\draftingarrow': '➛', + \ '\:arrow_right:': '➡', + \ '\:curly_loop:': '➰', + \ '\:loop:': '➿', + \ '\threedangle': '⟀', + \ '\whiteinwhitetriangle': '⟁', + \ '\perp': '⟂', + \ '\bsolhsub': '⟈', + \ '\suphsol': '⟉', + \ '\wedgedot': '⟑', + \ '\upin': '⟒', + \ '\leftouterjoin': '⟕', + \ '\rightouterjoin': '⟖', + \ '\fullouterjoin': '⟗', + \ '\bigbot': '⟘', + \ '\bigtop': '⟙', + \ '\llbracket': '⟦', + \ '\openbracketleft': '⟦', + \ '\openbracketright': '⟧', + \ '\rrbracket': '⟧', + \ '\langle': '⟨', + \ '\rangle': '⟩', + \ '\UUparrow': '⟰', + \ '\DDownarrow': '⟱', + \ '\longleftarrow': '⟵', + \ '\longrightarrow': '⟶', + \ '\longleftrightarrow': '⟷', + \ '\impliedby': '⟸', + \ '\Longleftarrow': '⟸', + \ '\implies': '⟹', + \ '\Longrightarrow': '⟹', + \ '\Longleftrightarrow': '⟺', + \ '\iff': '⟺', + \ '\longmapsfrom': '⟻', + \ '\longmapsto': '⟼', + \ '\Longmapsfrom': '⟽', + \ '\Longmapsto': '⟾', + \ '\longrightsquigarrow': '⟿', + \ '\nvtwoheadrightarrow': '⤀', + \ '\nVtwoheadrightarrow': '⤁', + \ '\nvLeftarrow': '⤂', + \ '\nvRightarrow': '⤃', + \ '\nvLeftrightarrow': '⤄', + \ '\twoheadmapsto': '⤅', + \ '\Mapsfrom': '⤆', + \ '\Mapsto': '⤇', + \ '\downarrowbarred': '⤈', + \ '\uparrowbarred': '⤉', + \ '\Uuparrow': '⤊', + \ '\Ddownarrow': '⤋', + \ '\leftbkarrow': '⤌', + \ '\bkarow': '⤍', + \ '\leftdbkarrow': '⤎', + \ '\dbkarow': '⤏', + \ '\drbkarrow': '⤐', + \ '\rightdotarrow': '⤑', + \ '\UpArrowBar': '⤒', + \ '\DownArrowBar': '⤓', + \ '\nvrightarrowtail': '⤔', + \ '\nVrightarrowtail': '⤕', + \ '\twoheadrightarrowtail': '⤖', + \ '\nvtwoheadrightarrowtail': '⤗', + \ '\nVtwoheadrightarrowtail': '⤘', + \ '\diamondleftarrow': '⤝', + \ '\rightarrowdiamond': '⤞', + \ '\diamondleftarrowbar': '⤟', + \ '\barrightarrowdiamond': '⤠', + \ '\hksearow': '⤥', + \ '\hkswarow': '⤦', + \ '\tona': '⤧', + \ '\toea': '⤨', + \ '\tosa': '⤩', + \ '\towa': '⤪', + \ '\rdiagovfdiag': '⤫', + \ '\fdiagovrdiag': '⤬', + \ '\seovnearrow': '⤭', + \ '\neovsearrow': '⤮', + \ '\fdiagovnearrow': '⤯', + \ '\rdiagovsearrow': '⤰', + \ '\neovnwarrow': '⤱', + \ '\nwovnearrow': '⤲', + \ '\:arrow_heading_up:': '⤴', + \ '\:arrow_heading_down:': '⤵', + \ '\Rlarr': '⥂', + \ '\rLarr': '⥄', + \ '\rightarrowplus': '⥅', + \ '\leftarrowplus': '⥆', + \ '\rarrx': '⥇', + \ '\leftrightarrowcircle': '⥈', + \ '\twoheaduparrowcircle': '⥉', + \ '\leftrightharpoonupdown': '⥊', + \ '\leftrightharpoondownup': '⥋', + \ '\updownharpoonrightleft': '⥌', + \ '\updownharpoonleftright': '⥍', + \ '\LeftRightVector': '⥎', + \ '\RightUpDownVector': '⥏', + \ '\DownLeftRightVector': '⥐', + \ '\LeftUpDownVector': '⥑', + \ '\LeftVectorBar': '⥒', + \ '\RightVectorBar': '⥓', + \ '\RightUpVectorBar': '⥔', + \ '\RightDownVectorBar': '⥕', + \ '\DownLeftVectorBar': '⥖', + \ '\DownRightVectorBar': '⥗', + \ '\LeftUpVectorBar': '⥘', + \ '\LeftDownVectorBar': '⥙', + \ '\LeftTeeVector': '⥚', + \ '\RightTeeVector': '⥛', + \ '\RightUpTeeVector': '⥜', + \ '\RightDownTeeVector': '⥝', + \ '\DownLeftTeeVector': '⥞', + \ '\DownRightTeeVector': '⥟', + \ '\LeftUpTeeVector': '⥠', + \ '\LeftDownTeeVector': '⥡', + \ '\leftharpoonsupdown': '⥢', + \ '\upharpoonsleftright': '⥣', + \ '\rightharpoonsupdown': '⥤', + \ '\downharpoonsleftright': '⥥', + \ '\leftrightharpoonsup': '⥦', + \ '\leftrightharpoonsdown': '⥧', + \ '\rightleftharpoonsup': '⥨', + \ '\rightleftharpoonsdown': '⥩', + \ '\leftharpoonupdash': '⥪', + \ '\dashleftharpoondown': '⥫', + \ '\rightharpoonupdash': '⥬', + \ '\dashrightharpoondown': '⥭', + \ '\UpEquilibrium': '⥮', + \ '\ReverseUpEquilibrium': '⥯', + \ '\RoundImplies': '⥰', + \ '\Vvert': '⦀', + \ '\Elroang': '⦆', + \ '\ddfnc': '⦙', + \ '\measuredangleleft': '⦛', + \ '\Angle': '⦜', + \ '\rightanglemdot': '⦝', + \ '\angles': '⦞', + \ '\angdnr': '⦟', + \ '\lpargt': '⦠', + \ '\sphericalangleup': '⦡', + \ '\turnangle': '⦢', + \ '\revangle': '⦣', + \ '\angleubar': '⦤', + \ '\revangleubar': '⦥', + \ '\wideangledown': '⦦', + \ '\wideangleup': '⦧', + \ '\measanglerutone': '⦨', + \ '\measanglelutonw': '⦩', + \ '\measanglerdtose': '⦪', + \ '\measangleldtosw': '⦫', + \ '\measangleurtone': '⦬', + \ '\measangleultonw': '⦭', + \ '\measangledrtose': '⦮', + \ '\measangledltosw': '⦯', + \ '\revemptyset': '⦰', + \ '\emptysetobar': '⦱', + \ '\emptysetocirc': '⦲', + \ '\emptysetoarr': '⦳', + \ '\emptysetoarrl': '⦴', + \ '\circledparallel': '⦷', + \ '\obslash': '⦸', + \ '\odotslashdot': '⦼', + \ '\circledwhitebullet': '⦾', + \ '\circledbullet': '⦿', + \ '\olessthan': '⧀', + \ '\ogreaterthan': '⧁', + \ '\boxdiag': '⧄', + \ '\boxbslash': '⧅', + \ '\boxast': '⧆', + \ '\boxcircle': '⧇', + \ '\Lap': '⧊', + \ '\defas': '⧋', + \ '\LeftTriangleBar': '⧏', + \ '\NotLeftTriangleBar': '⧏̸', + \ '\RightTriangleBar': '⧐', + \ '\NotRightTriangleBar': '⧐̸', + \ '\dualmap': '⧟', + \ '\lrtriangleeq': '⧡', + \ '\shuffle': '⧢', + \ '\eparsl': '⧣', + \ '\smeparsl': '⧤', + \ '\eqvparsl': '⧥', + \ '\blacklozenge': '⧫', + \ '\RuleDelayed': '⧴', + \ '\dsol': '⧶', + \ '\rsolbar': '⧷', + \ '\doubleplus': '⧺', + \ '\tripleplus': '⧻', + \ '\bigodot': '⨀', + \ '\bigoplus': '⨁', + \ '\bigotimes': '⨂', + \ '\bigcupdot': '⨃', + \ '\biguplus': '⨄', + \ '\bigsqcap': '⨅', + \ '\bigsqcup': '⨆', + \ '\conjquant': '⨇', + \ '\disjquant': '⨈', + \ '\bigtimes': '⨉', + \ '\modtwosum': '⨊', + \ '\sumint': '⨋', + \ '\iiiint': '⨌', + \ '\intbar': '⨍', + \ '\intBar': '⨎', + \ '\clockoint': '⨏', + \ '\cirfnint': '⨐', + \ '\awint': '⨑', + \ '\rppolint': '⨒', + \ '\scpolint': '⨓', + \ '\npolint': '⨔', + \ '\pointint': '⨕', + \ '\sqrint': '⨖', + \ '\intx': '⨘', + \ '\intcap': '⨙', + \ '\intcup': '⨚', + \ '\upint': '⨛', + \ '\lowint': '⨜', + \ '\Join': '⨝', + \ '\join': '⨝', + \ '\ringplus': '⨢', + \ '\plushat': '⨣', + \ '\simplus': '⨤', + \ '\plusdot': '⨥', + \ '\plussim': '⨦', + \ '\plussubtwo': '⨧', + \ '\plustrif': '⨨', + \ '\commaminus': '⨩', + \ '\minusdot': '⨪', + \ '\minusfdots': '⨫', + \ '\minusrdots': '⨬', + \ '\opluslhrim': '⨭', + \ '\oplusrhrim': '⨮', + \ '\Times': '⨯', + \ '\dottimes': '⨰', + \ '\timesbar': '⨱', + \ '\btimes': '⨲', + \ '\smashtimes': '⨳', + \ '\otimeslhrim': '⨴', + \ '\otimesrhrim': '⨵', + \ '\otimeshat': '⨶', + \ '\Otimes': '⨷', + \ '\odiv': '⨸', + \ '\triangleplus': '⨹', + \ '\triangleminus': '⨺', + \ '\triangletimes': '⨻', + \ '\intprod': '⨼', + \ '\intprodr': '⨽', + \ '\amalg': '⨿', + \ '\capdot': '⩀', + \ '\uminus': '⩁', + \ '\barcup': '⩂', + \ '\barcap': '⩃', + \ '\capwedge': '⩄', + \ '\cupvee': '⩅', + \ '\twocups': '⩊', + \ '\twocaps': '⩋', + \ '\closedvarcup': '⩌', + \ '\closedvarcap': '⩍', + \ '\Sqcap': '⩎', + \ '\Sqcup': '⩏', + \ '\closedvarcupsmashprod': '⩐', + \ '\wedgeodot': '⩑', + \ '\veeodot': '⩒', + \ '\And': '⩓', + \ '\Or': '⩔', + \ '\wedgeonwedge': '⩕', + \ '\ElOr': '⩖', + \ '\bigslopedvee': '⩗', + \ '\bigslopedwedge': '⩘', + \ '\wedgemidvert': '⩚', + \ '\veemidvert': '⩛', + \ '\midbarwedge': '⩜', + \ '\midbarvee': '⩝', + \ '\perspcorrespond': '⩞', + \ '\minhat': '⩟', + \ '\wedgedoublebar': '⩠', + \ '\varveebar': '⩡', + \ '\doublebarvee': '⩢', + \ '\veedoublebar': '⩣', + \ '\eqdot': '⩦', + \ '\dotequiv': '⩧', + \ '\dotsim': '⩪', + \ '\simrdots': '⩫', + \ '\simminussim': '⩬', + \ '\congdot': '⩭', + \ '\asteq': '⩮', + \ '\hatapprox': '⩯', + \ '\approxeqq': '⩰', + \ '\eqqplus': '⩱', + \ '\pluseqq': '⩲', + \ '\eqqsim': '⩳', + \ '\Coloneq': '⩴', + \ '\Equal': '⩵', + \ '\eqeqeq': '⩶', + \ '\ddotseq': '⩷', + \ '\equivDD': '⩸', + \ '\ltcir': '⩹', + \ '\gtcir': '⩺', + \ '\ltquest': '⩻', + \ '\gtquest': '⩼', + \ '\leqslant': '⩽', + \ '\nleqslant': '⩽̸', + \ '\geqslant': '⩾', + \ '\ngeqslant': '⩾̸', + \ '\lesdot': '⩿', + \ '\gesdot': '⪀', + \ '\lesdoto': '⪁', + \ '\gesdoto': '⪂', + \ '\lesdotor': '⪃', + \ '\gesdotol': '⪄', + \ '\lessapprox': '⪅', + \ '\gtrapprox': '⪆', + \ '\lneq': '⪇', + \ '\gneq': '⪈', + \ '\lnapprox': '⪉', + \ '\gnapprox': '⪊', + \ '\lesseqqgtr': '⪋', + \ '\gtreqqless': '⪌', + \ '\lsime': '⪍', + \ '\gsime': '⪎', + \ '\lsimg': '⪏', + \ '\gsiml': '⪐', + \ '\lgE': '⪑', + \ '\glE': '⪒', + \ '\lesges': '⪓', + \ '\gesles': '⪔', + \ '\eqslantless': '⪕', + \ '\eqslantgtr': '⪖', + \ '\elsdot': '⪗', + \ '\egsdot': '⪘', + \ '\eqqless': '⪙', + \ '\eqqgtr': '⪚', + \ '\eqqslantless': '⪛', + \ '\eqqslantgtr': '⪜', + \ '\simless': '⪝', + \ '\simgtr': '⪞', + \ '\simlE': '⪟', + \ '\simgE': '⪠', + \ '\NestedLessLess': '⪡', + \ '\NotNestedLessLess': '⪡̸', + \ '\NestedGreaterGreater': '⪢', + \ '\NotNestedGreaterGreater': '⪢̸', + \ '\partialmeetcontraction': '⪣', + \ '\glj': '⪤', + \ '\gla': '⪥', + \ '\ltcc': '⪦', + \ '\gtcc': '⪧', + \ '\lescc': '⪨', + \ '\gescc': '⪩', + \ '\smt': '⪪', + \ '\lat': '⪫', + \ '\smte': '⪬', + \ '\late': '⪭', + \ '\bumpeqq': '⪮', + \ '\preceq': '⪯', + \ '\npreceq': '⪯̸', + \ '\succeq': '⪰', + \ '\nsucceq': '⪰̸', + \ '\precneq': '⪱', + \ '\succneq': '⪲', + \ '\preceqq': '⪳', + \ '\succeqq': '⪴', + \ '\precneqq': '⪵', + \ '\succneqq': '⪶', + \ '\precapprox': '⪷', + \ '\succapprox': '⪸', + \ '\precnapprox': '⪹', + \ '\succnapprox': '⪺', + \ '\Prec': '⪻', + \ '\Succ': '⪼', + \ '\subsetdot': '⪽', + \ '\supsetdot': '⪾', + \ '\subsetplus': '⪿', + \ '\supsetplus': '⫀', + \ '\submult': '⫁', + \ '\supmult': '⫂', + \ '\subedot': '⫃', + \ '\supedot': '⫄', + \ '\subseteqq': '⫅', + \ '\nsubseteqq': '⫅̸', + \ '\supseteqq': '⫆', + \ '\nsupseteqq': '⫆̸', + \ '\subsim': '⫇', + \ '\supsim': '⫈', + \ '\subsetapprox': '⫉', + \ '\supsetapprox': '⫊', + \ '\subsetneqq': '⫋', + \ '\supsetneqq': '⫌', + \ '\lsqhook': '⫍', + \ '\rsqhook': '⫎', + \ '\csub': '⫏', + \ '\csup': '⫐', + \ '\csube': '⫑', + \ '\csupe': '⫒', + \ '\subsup': '⫓', + \ '\supsub': '⫔', + \ '\subsub': '⫕', + \ '\supsup': '⫖', + \ '\suphsub': '⫗', + \ '\supdsub': '⫘', + \ '\forkv': '⫙', + \ '\mlcp': '⫛', + \ '\forks': '⫝̸', + \ '\forksnot': '⫝', + \ '\dashV': '⫣', + \ '\Dashv': '⫤', + \ '\interleave': '⫴', + \ '\tdcol': '⫶', + \ '\lllnest': '⫷', + \ '\gggnest': '⫸', + \ '\leqqslant': '⫹', + \ '\geqqslant': '⫺', + \ '\:arrow_left:': '⬅', + \ '\:arrow_up:': '⬆', + \ '\:arrow_down:': '⬇', + \ '\squaretopblack': '⬒', + \ '\squarebotblack': '⬓', + \ '\squareurblack': '⬔', + \ '\squarellblack': '⬕', + \ '\diamondleftblack': '⬖', + \ '\diamondrightblack': '⬗', + \ '\diamondtopblack': '⬘', + \ '\diamondbotblack': '⬙', + \ '\dottedsquare': '⬚', + \ '\lgblksquare': '⬛', + \ '\:black_large_square:': '⬛', + \ '\lgwhtsquare': '⬜', + \ '\:white_large_square:': '⬜', + \ '\vysmblksquare': '⬝', + \ '\vysmwhtsquare': '⬞', + \ '\pentagonblack': '⬟', + \ '\pentagon': '⬠', + \ '\varhexagon': '⬡', + \ '\varhexagonblack': '⬢', + \ '\hexagonblack': '⬣', + \ '\lgblkcircle': '⬤', + \ '\mdblkdiamond': '⬥', + \ '\mdwhtdiamond': '⬦', + \ '\mdblklozenge': '⬧', + \ '\mdwhtlozenge': '⬨', + \ '\smblkdiamond': '⬩', + \ '\smblklozenge': '⬪', + \ '\smwhtlozenge': '⬫', + \ '\blkhorzoval': '⬬', + \ '\whthorzoval': '⬭', + \ '\blkvertoval': '⬮', + \ '\whtvertoval': '⬯', + \ '\circleonleftarrow': '⬰', + \ '\leftthreearrows': '⬱', + \ '\leftarrowonoplus': '⬲', + \ '\longleftsquigarrow': '⬳', + \ '\nvtwoheadleftarrow': '⬴', + \ '\nVtwoheadleftarrow': '⬵', + \ '\twoheadmapsfrom': '⬶', + \ '\twoheadleftdbkarrow': '⬷', + \ '\leftdotarrow': '⬸', + \ '\nvleftarrowtail': '⬹', + \ '\nVleftarrowtail': '⬺', + \ '\twoheadleftarrowtail': '⬻', + \ '\nvtwoheadleftarrowtail': '⬼', + \ '\nVtwoheadleftarrowtail': '⬽', + \ '\leftarrowx': '⬾', + \ '\leftcurvedarrow': '⬿', + \ '\equalleftarrow': '⭀', + \ '\bsimilarleftarrow': '⭁', + \ '\leftarrowbackapprox': '⭂', + \ '\rightarrowgtr': '⭃', + \ '\rightarrowsupset': '⭄', + \ '\LLeftarrow': '⭅', + \ '\RRightarrow': '⭆', + \ '\bsimilarrightarrow': '⭇', + \ '\rightarrowbackapprox': '⭈', + \ '\similarleftarrow': '⭉', + \ '\leftarrowapprox': '⭊', + \ '\leftarrowbsimilar': '⭋', + \ '\rightarrowbsimilar': '⭌', + \ '\medwhitestar': '⭐', + \ '\:star:': '⭐', + \ '\medblackstar': '⭑', + \ '\smwhitestar': '⭒', + \ '\rightpentagonblack': '⭓', + \ '\rightpentagon': '⭔', + \ '\:o:': '⭕', + \ '\_j': 'ⱼ', + \ '\^V': 'ⱽ', + \ '\postalmark': '〒', + \ '\:wavy_dash:': '〰', + \ '\:part_alternation_mark:': '〽', + \ '\:congratulations:': '㊗', + \ '\:secret:': '㊙', + \ '\bfA': '𝐀', + \ '\bfB': '𝐁', + \ '\bfC': '𝐂', + \ '\bfD': '𝐃', + \ '\bfE': '𝐄', + \ '\bfF': '𝐅', + \ '\bfG': '𝐆', + \ '\bfH': '𝐇', + \ '\bfI': '𝐈', + \ '\bfJ': '𝐉', + \ '\bfK': '𝐊', + \ '\bfL': '𝐋', + \ '\bfM': '𝐌', + \ '\bfN': '𝐍', + \ '\bfO': '𝐎', + \ '\bfP': '𝐏', + \ '\bfQ': '𝐐', + \ '\bfR': '𝐑', + \ '\bfS': '𝐒', + \ '\bfT': '𝐓', + \ '\bfU': '𝐔', + \ '\bfV': '𝐕', + \ '\bfW': '𝐖', + \ '\bfX': '𝐗', + \ '\bfY': '𝐘', + \ '\bfZ': '𝐙', + \ '\bfa': '𝐚', + \ '\bfb': '𝐛', + \ '\bfc': '𝐜', + \ '\bfd': '𝐝', + \ '\bfe': '𝐞', + \ '\bff': '𝐟', + \ '\bfg': '𝐠', + \ '\bfh': '𝐡', + \ '\bfi': '𝐢', + \ '\bfj': '𝐣', + \ '\bfk': '𝐤', + \ '\bfl': '𝐥', + \ '\bfm': '𝐦', + \ '\bfn': '𝐧', + \ '\bfo': '𝐨', + \ '\bfp': '𝐩', + \ '\bfq': '𝐪', + \ '\bfr': '𝐫', + \ '\bfs': '𝐬', + \ '\bft': '𝐭', + \ '\bfu': '𝐮', + \ '\bfv': '𝐯', + \ '\bfw': '𝐰', + \ '\bfx': '𝐱', + \ '\bfy': '𝐲', + \ '\bfz': '𝐳', + \ '\itA': '𝐴', + \ '\itB': '𝐵', + \ '\itC': '𝐶', + \ '\itD': '𝐷', + \ '\itE': '𝐸', + \ '\itF': '𝐹', + \ '\itG': '𝐺', + \ '\itH': '𝐻', + \ '\itI': '𝐼', + \ '\itJ': '𝐽', + \ '\itK': '𝐾', + \ '\itL': '𝐿', + \ '\itM': '𝑀', + \ '\itN': '𝑁', + \ '\itO': '𝑂', + \ '\itP': '𝑃', + \ '\itQ': '𝑄', + \ '\itR': '𝑅', + \ '\itS': '𝑆', + \ '\itT': '𝑇', + \ '\itU': '𝑈', + \ '\itV': '𝑉', + \ '\itW': '𝑊', + \ '\itX': '𝑋', + \ '\itY': '𝑌', + \ '\itZ': '𝑍', + \ '\ita': '𝑎', + \ '\itb': '𝑏', + \ '\itc': '𝑐', + \ '\itd': '𝑑', + \ '\ite': '𝑒', + \ '\itf': '𝑓', + \ '\itg': '𝑔', + \ '\iti': '𝑖', + \ '\itj': '𝑗', + \ '\itk': '𝑘', + \ '\itl': '𝑙', + \ '\itm': '𝑚', + \ '\itn': '𝑛', + \ '\ito': '𝑜', + \ '\itp': '𝑝', + \ '\itq': '𝑞', + \ '\itr': '𝑟', + \ '\its': '𝑠', + \ '\itt': '𝑡', + \ '\itu': '𝑢', + \ '\itv': '𝑣', + \ '\itw': '𝑤', + \ '\itx': '𝑥', + \ '\ity': '𝑦', + \ '\itz': '𝑧', + \ '\biA': '𝑨', + \ '\biB': '𝑩', + \ '\biC': '𝑪', + \ '\biD': '𝑫', + \ '\biE': '𝑬', + \ '\biF': '𝑭', + \ '\biG': '𝑮', + \ '\biH': '𝑯', + \ '\biI': '𝑰', + \ '\biJ': '𝑱', + \ '\biK': '𝑲', + \ '\biL': '𝑳', + \ '\biM': '𝑴', + \ '\biN': '𝑵', + \ '\biO': '𝑶', + \ '\biP': '𝑷', + \ '\biQ': '𝑸', + \ '\biR': '𝑹', + \ '\biS': '𝑺', + \ '\biT': '𝑻', + \ '\biU': '𝑼', + \ '\biV': '𝑽', + \ '\biW': '𝑾', + \ '\biX': '𝑿', + \ '\biY': '𝒀', + \ '\biZ': '𝒁', + \ '\bia': '𝒂', + \ '\bib': '𝒃', + \ '\bic': '𝒄', + \ '\bid': '𝒅', + \ '\bie': '𝒆', + \ '\bif': '𝒇', + \ '\big': '𝒈', + \ '\bih': '𝒉', + \ '\bii': '𝒊', + \ '\bij': '𝒋', + \ '\bik': '𝒌', + \ '\bil': '𝒍', + \ '\bim': '𝒎', + \ '\bin': '𝒏', + \ '\bio': '𝒐', + \ '\bip': '𝒑', + \ '\biq': '𝒒', + \ '\bir': '𝒓', + \ '\bis': '𝒔', + \ '\bit': '𝒕', + \ '\biu': '𝒖', + \ '\biv': '𝒗', + \ '\biw': '𝒘', + \ '\bix': '𝒙', + \ '\biy': '𝒚', + \ '\biz': '𝒛', + \ '\scrA': '𝒜', + \ '\scrC': '𝒞', + \ '\scrD': '𝒟', + \ '\scrG': '𝒢', + \ '\scrJ': '𝒥', + \ '\scrK': '𝒦', + \ '\scrN': '𝒩', + \ '\scrO': '𝒪', + \ '\scrP': '𝒫', + \ '\scrQ': '𝒬', + \ '\scrS': '𝒮', + \ '\scrT': '𝒯', + \ '\scrU': '𝒰', + \ '\scrV': '𝒱', + \ '\scrW': '𝒲', + \ '\scrX': '𝒳', + \ '\scrY': '𝒴', + \ '\scrZ': '𝒵', + \ '\scra': '𝒶', + \ '\scrb': '𝒷', + \ '\scrc': '𝒸', + \ '\scrd': '𝒹', + \ '\scrf': '𝒻', + \ '\scrh': '𝒽', + \ '\scri': '𝒾', + \ '\scrj': '𝒿', + \ '\scrk': '𝓀', + \ '\scrl': '𝓁', + \ '\scrm': '𝓂', + \ '\scrn': '𝓃', + \ '\scrp': '𝓅', + \ '\scrq': '𝓆', + \ '\scrr': '𝓇', + \ '\scrs': '𝓈', + \ '\scrt': '𝓉', + \ '\scru': '𝓊', + \ '\scrv': '𝓋', + \ '\scrw': '𝓌', + \ '\scrx': '𝓍', + \ '\scry': '𝓎', + \ '\scrz': '𝓏', + \ '\bscrA': '𝓐', + \ '\bscrB': '𝓑', + \ '\bscrC': '𝓒', + \ '\bscrD': '𝓓', + \ '\bscrE': '𝓔', + \ '\bscrF': '𝓕', + \ '\bscrG': '𝓖', + \ '\bscrH': '𝓗', + \ '\bscrI': '𝓘', + \ '\bscrJ': '𝓙', + \ '\bscrK': '𝓚', + \ '\bscrL': '𝓛', + \ '\bscrM': '𝓜', + \ '\bscrN': '𝓝', + \ '\bscrO': '𝓞', + \ '\bscrP': '𝓟', + \ '\bscrQ': '𝓠', + \ '\bscrR': '𝓡', + \ '\bscrS': '𝓢', + \ '\bscrT': '𝓣', + \ '\bscrU': '𝓤', + \ '\bscrV': '𝓥', + \ '\bscrW': '𝓦', + \ '\bscrX': '𝓧', + \ '\bscrY': '𝓨', + \ '\bscrZ': '𝓩', + \ '\bscra': '𝓪', + \ '\bscrb': '𝓫', + \ '\bscrc': '𝓬', + \ '\bscrd': '𝓭', + \ '\bscre': '𝓮', + \ '\bscrf': '𝓯', + \ '\bscrg': '𝓰', + \ '\bscrh': '𝓱', + \ '\bscri': '𝓲', + \ '\bscrj': '𝓳', + \ '\bscrk': '𝓴', + \ '\bscrl': '𝓵', + \ '\bscrm': '𝓶', + \ '\bscrn': '𝓷', + \ '\bscro': '𝓸', + \ '\bscrp': '𝓹', + \ '\bscrq': '𝓺', + \ '\bscrr': '𝓻', + \ '\bscrs': '𝓼', + \ '\bscrt': '𝓽', + \ '\bscru': '𝓾', + \ '\bscrv': '𝓿', + \ '\bscrw': '𝔀', + \ '\bscrx': '𝔁', + \ '\bscry': '𝔂', + \ '\bscrz': '𝔃', + \ '\frakA': '𝔄', + \ '\frakB': '𝔅', + \ '\frakD': '𝔇', + \ '\frakE': '𝔈', + \ '\frakF': '𝔉', + \ '\frakG': '𝔊', + \ '\frakJ': '𝔍', + \ '\frakK': '𝔎', + \ '\frakL': '𝔏', + \ '\frakM': '𝔐', + \ '\frakN': '𝔑', + \ '\frakO': '𝔒', + \ '\frakP': '𝔓', + \ '\frakQ': '𝔔', + \ '\frakS': '𝔖', + \ '\frakT': '𝔗', + \ '\frakU': '𝔘', + \ '\frakV': '𝔙', + \ '\frakW': '𝔚', + \ '\frakX': '𝔛', + \ '\frakY': '𝔜', + \ '\fraka': '𝔞', + \ '\frakb': '𝔟', + \ '\frakc': '𝔠', + \ '\frakd': '𝔡', + \ '\frake': '𝔢', + \ '\frakf': '𝔣', + \ '\frakg': '𝔤', + \ '\frakh': '𝔥', + \ '\fraki': '𝔦', + \ '\frakj': '𝔧', + \ '\frakk': '𝔨', + \ '\frakl': '𝔩', + \ '\frakm': '𝔪', + \ '\frakn': '𝔫', + \ '\frako': '𝔬', + \ '\frakp': '𝔭', + \ '\frakq': '𝔮', + \ '\frakr': '𝔯', + \ '\fraks': '𝔰', + \ '\frakt': '𝔱', + \ '\fraku': '𝔲', + \ '\frakv': '𝔳', + \ '\frakw': '𝔴', + \ '\frakx': '𝔵', + \ '\fraky': '𝔶', + \ '\frakz': '𝔷', + \ '\bbA': '𝔸', + \ '\bbB': '𝔹', + \ '\bbD': '𝔻', + \ '\bbE': '𝔼', + \ '\bbF': '𝔽', + \ '\bbG': '𝔾', + \ '\bbI': '𝕀', + \ '\bbJ': '𝕁', + \ '\bbK': '𝕂', + \ '\bbL': '𝕃', + \ '\bbM': '𝕄', + \ '\bbO': '𝕆', + \ '\bbS': '𝕊', + \ '\bbT': '𝕋', + \ '\bbU': '𝕌', + \ '\bbV': '𝕍', + \ '\bbW': '𝕎', + \ '\bbX': '𝕏', + \ '\bbY': '𝕐', + \ '\bba': '𝕒', + \ '\bbb': '𝕓', + \ '\bbc': '𝕔', + \ '\bbd': '𝕕', + \ '\bbe': '𝕖', + \ '\bbf': '𝕗', + \ '\bbg': '𝕘', + \ '\bbh': '𝕙', + \ '\bbi': '𝕚', + \ '\bbj': '𝕛', + \ '\bbk': '𝕜', + \ '\bbl': '𝕝', + \ '\bbm': '𝕞', + \ '\bbn': '𝕟', + \ '\bbo': '𝕠', + \ '\bbp': '𝕡', + \ '\bbq': '𝕢', + \ '\bbr': '𝕣', + \ '\bbs': '𝕤', + \ '\bbt': '𝕥', + \ '\bbu': '𝕦', + \ '\bbv': '𝕧', + \ '\bbw': '𝕨', + \ '\bbx': '𝕩', + \ '\bby': '𝕪', + \ '\bbz': '𝕫', + \ '\bfrakA': '𝕬', + \ '\bfrakB': '𝕭', + \ '\bfrakC': '𝕮', + \ '\bfrakD': '𝕯', + \ '\bfrakE': '𝕰', + \ '\bfrakF': '𝕱', + \ '\bfrakG': '𝕲', + \ '\bfrakH': '𝕳', + \ '\bfrakI': '𝕴', + \ '\bfrakJ': '𝕵', + \ '\bfrakK': '𝕶', + \ '\bfrakL': '𝕷', + \ '\bfrakM': '𝕸', + \ '\bfrakN': '𝕹', + \ '\bfrakO': '𝕺', + \ '\bfrakP': '𝕻', + \ '\bfrakQ': '𝕼', + \ '\bfrakR': '𝕽', + \ '\bfrakS': '𝕾', + \ '\bfrakT': '𝕿', + \ '\bfrakU': '𝖀', + \ '\bfrakV': '𝖁', + \ '\bfrakW': '𝖂', + \ '\bfrakX': '𝖃', + \ '\bfrakY': '𝖄', + \ '\bfrakZ': '𝖅', + \ '\bfraka': '𝖆', + \ '\bfrakb': '𝖇', + \ '\bfrakc': '𝖈', + \ '\bfrakd': '𝖉', + \ '\bfrake': '𝖊', + \ '\bfrakf': '𝖋', + \ '\bfrakg': '𝖌', + \ '\bfrakh': '𝖍', + \ '\bfraki': '𝖎', + \ '\bfrakj': '𝖏', + \ '\bfrakk': '𝖐', + \ '\bfrakl': '𝖑', + \ '\bfrakm': '𝖒', + \ '\bfrakn': '𝖓', + \ '\bfrako': '𝖔', + \ '\bfrakp': '𝖕', + \ '\bfrakq': '𝖖', + \ '\bfrakr': '𝖗', + \ '\bfraks': '𝖘', + \ '\bfrakt': '𝖙', + \ '\bfraku': '𝖚', + \ '\bfrakv': '𝖛', + \ '\bfrakw': '𝖜', + \ '\bfrakx': '𝖝', + \ '\bfraky': '𝖞', + \ '\bfrakz': '𝖟', + \ '\sansA': '𝖠', + \ '\sansB': '𝖡', + \ '\sansC': '𝖢', + \ '\sansD': '𝖣', + \ '\sansE': '𝖤', + \ '\sansF': '𝖥', + \ '\sansG': '𝖦', + \ '\sansH': '𝖧', + \ '\sansI': '𝖨', + \ '\sansJ': '𝖩', + \ '\sansK': '𝖪', + \ '\sansL': '𝖫', + \ '\sansM': '𝖬', + \ '\sansN': '𝖭', + \ '\sansO': '𝖮', + \ '\sansP': '𝖯', + \ '\sansQ': '𝖰', + \ '\sansR': '𝖱', + \ '\sansS': '𝖲', + \ '\sansT': '𝖳', + \ '\sansU': '𝖴', + \ '\sansV': '𝖵', + \ '\sansW': '𝖶', + \ '\sansX': '𝖷', + \ '\sansY': '𝖸', + \ '\sansZ': '𝖹', + \ '\sansa': '𝖺', + \ '\sansb': '𝖻', + \ '\sansc': '𝖼', + \ '\sansd': '𝖽', + \ '\sanse': '𝖾', + \ '\sansf': '𝖿', + \ '\sansg': '𝗀', + \ '\sansh': '𝗁', + \ '\sansi': '𝗂', + \ '\sansj': '𝗃', + \ '\sansk': '𝗄', + \ '\sansl': '𝗅', + \ '\sansm': '𝗆', + \ '\sansn': '𝗇', + \ '\sanso': '𝗈', + \ '\sansp': '𝗉', + \ '\sansq': '𝗊', + \ '\sansr': '𝗋', + \ '\sanss': '𝗌', + \ '\sanst': '𝗍', + \ '\sansu': '𝗎', + \ '\sansv': '𝗏', + \ '\sansw': '𝗐', + \ '\sansx': '𝗑', + \ '\sansy': '𝗒', + \ '\sansz': '𝗓', + \ '\bsansA': '𝗔', + \ '\bsansB': '𝗕', + \ '\bsansC': '𝗖', + \ '\bsansD': '𝗗', + \ '\bsansE': '𝗘', + \ '\bsansF': '𝗙', + \ '\bsansG': '𝗚', + \ '\bsansH': '𝗛', + \ '\bsansI': '𝗜', + \ '\bsansJ': '𝗝', + \ '\bsansK': '𝗞', + \ '\bsansL': '𝗟', + \ '\bsansM': '𝗠', + \ '\bsansN': '𝗡', + \ '\bsansO': '𝗢', + \ '\bsansP': '𝗣', + \ '\bsansQ': '𝗤', + \ '\bsansR': '𝗥', + \ '\bsansS': '𝗦', + \ '\bsansT': '𝗧', + \ '\bsansU': '𝗨', + \ '\bsansV': '𝗩', + \ '\bsansW': '𝗪', + \ '\bsansX': '𝗫', + \ '\bsansY': '𝗬', + \ '\bsansZ': '𝗭', + \ '\bsansa': '𝗮', + \ '\bsansb': '𝗯', + \ '\bsansc': '𝗰', + \ '\bsansd': '𝗱', + \ '\bsanse': '𝗲', + \ '\bsansf': '𝗳', + \ '\bsansg': '𝗴', + \ '\bsansh': '𝗵', + \ '\bsansi': '𝗶', + \ '\bsansj': '𝗷', + \ '\bsansk': '𝗸', + \ '\bsansl': '𝗹', + \ '\bsansm': '𝗺', + \ '\bsansn': '𝗻', + \ '\bsanso': '𝗼', + \ '\bsansp': '𝗽', + \ '\bsansq': '𝗾', + \ '\bsansr': '𝗿', + \ '\bsanss': '𝘀', + \ '\bsanst': '𝘁', + \ '\bsansu': '𝘂', + \ '\bsansv': '𝘃', + \ '\bsansw': '𝘄', + \ '\bsansx': '𝘅', + \ '\bsansy': '𝘆', + \ '\bsansz': '𝘇', + \ '\isansA': '𝘈', + \ '\isansB': '𝘉', + \ '\isansC': '𝘊', + \ '\isansD': '𝘋', + \ '\isansE': '𝘌', + \ '\isansF': '𝘍', + \ '\isansG': '𝘎', + \ '\isansH': '𝘏', + \ '\isansI': '𝘐', + \ '\isansJ': '𝘑', + \ '\isansK': '𝘒', + \ '\isansL': '𝘓', + \ '\isansM': '𝘔', + \ '\isansN': '𝘕', + \ '\isansO': '𝘖', + \ '\isansP': '𝘗', + \ '\isansQ': '𝘘', + \ '\isansR': '𝘙', + \ '\isansS': '𝘚', + \ '\isansT': '𝘛', + \ '\isansU': '𝘜', + \ '\isansV': '𝘝', + \ '\isansW': '𝘞', + \ '\isansX': '𝘟', + \ '\isansY': '𝘠', + \ '\isansZ': '𝘡', + \ '\isansa': '𝘢', + \ '\isansb': '𝘣', + \ '\isansc': '𝘤', + \ '\isansd': '𝘥', + \ '\isanse': '𝘦', + \ '\isansf': '𝘧', + \ '\isansg': '𝘨', + \ '\isansh': '𝘩', + \ '\isansi': '𝘪', + \ '\isansj': '𝘫', + \ '\isansk': '𝘬', + \ '\isansl': '𝘭', + \ '\isansm': '𝘮', + \ '\isansn': '𝘯', + \ '\isanso': '𝘰', + \ '\isansp': '𝘱', + \ '\isansq': '𝘲', + \ '\isansr': '𝘳', + \ '\isanss': '𝘴', + \ '\isanst': '𝘵', + \ '\isansu': '𝘶', + \ '\isansv': '𝘷', + \ '\isansw': '𝘸', + \ '\isansx': '𝘹', + \ '\isansy': '𝘺', + \ '\isansz': '𝘻', + \ '\bisansA': '𝘼', + \ '\bisansB': '𝘽', + \ '\bisansC': '𝘾', + \ '\bisansD': '𝘿', + \ '\bisansE': '𝙀', + \ '\bisansF': '𝙁', + \ '\bisansG': '𝙂', + \ '\bisansH': '𝙃', + \ '\bisansI': '𝙄', + \ '\bisansJ': '𝙅', + \ '\bisansK': '𝙆', + \ '\bisansL': '𝙇', + \ '\bisansM': '𝙈', + \ '\bisansN': '𝙉', + \ '\bisansO': '𝙊', + \ '\bisansP': '𝙋', + \ '\bisansQ': '𝙌', + \ '\bisansR': '𝙍', + \ '\bisansS': '𝙎', + \ '\bisansT': '𝙏', + \ '\bisansU': '𝙐', + \ '\bisansV': '𝙑', + \ '\bisansW': '𝙒', + \ '\bisansX': '𝙓', + \ '\bisansY': '𝙔', + \ '\bisansZ': '𝙕', + \ '\bisansa': '𝙖', + \ '\bisansb': '𝙗', + \ '\bisansc': '𝙘', + \ '\bisansd': '𝙙', + \ '\bisanse': '𝙚', + \ '\bisansf': '𝙛', + \ '\bisansg': '𝙜', + \ '\bisansh': '𝙝', + \ '\bisansi': '𝙞', + \ '\bisansj': '𝙟', + \ '\bisansk': '𝙠', + \ '\bisansl': '𝙡', + \ '\bisansm': '𝙢', + \ '\bisansn': '𝙣', + \ '\bisanso': '𝙤', + \ '\bisansp': '𝙥', + \ '\bisansq': '𝙦', + \ '\bisansr': '𝙧', + \ '\bisanss': '𝙨', + \ '\bisanst': '𝙩', + \ '\bisansu': '𝙪', + \ '\bisansv': '𝙫', + \ '\bisansw': '𝙬', + \ '\bisansx': '𝙭', + \ '\bisansy': '𝙮', + \ '\bisansz': '𝙯', + \ '\ttA': '𝙰', + \ '\ttB': '𝙱', + \ '\ttC': '𝙲', + \ '\ttD': '𝙳', + \ '\ttE': '𝙴', + \ '\ttF': '𝙵', + \ '\ttG': '𝙶', + \ '\ttH': '𝙷', + \ '\ttI': '𝙸', + \ '\ttJ': '𝙹', + \ '\ttK': '𝙺', + \ '\ttL': '𝙻', + \ '\ttM': '𝙼', + \ '\ttN': '𝙽', + \ '\ttO': '𝙾', + \ '\ttP': '𝙿', + \ '\ttQ': '𝚀', + \ '\ttR': '𝚁', + \ '\ttS': '𝚂', + \ '\ttT': '𝚃', + \ '\ttU': '𝚄', + \ '\ttV': '𝚅', + \ '\ttW': '𝚆', + \ '\ttX': '𝚇', + \ '\ttY': '𝚈', + \ '\ttZ': '𝚉', + \ '\tta': '𝚊', + \ '\ttb': '𝚋', + \ '\ttc': '𝚌', + \ '\ttd': '𝚍', + \ '\tte': '𝚎', + \ '\ttf': '𝚏', + \ '\ttg': '𝚐', + \ '\tth': '𝚑', + \ '\tti': '𝚒', + \ '\ttj': '𝚓', + \ '\ttk': '𝚔', + \ '\ttl': '𝚕', + \ '\ttm': '𝚖', + \ '\ttn': '𝚗', + \ '\tto': '𝚘', + \ '\ttp': '𝚙', + \ '\ttq': '𝚚', + \ '\ttr': '𝚛', + \ '\tts': '𝚜', + \ '\ttt': '𝚝', + \ '\ttu': '𝚞', + \ '\ttv': '𝚟', + \ '\ttw': '𝚠', + \ '\ttx': '𝚡', + \ '\tty': '𝚢', + \ '\ttz': '𝚣', + \ '\itimath': '𝚤', + \ '\itjmath': '𝚥', + \ '\bfAlpha': '𝚨', + \ '\bfBeta': '𝚩', + \ '\bfGamma': '𝚪', + \ '\bfDelta': '𝚫', + \ '\bfEpsilon': '𝚬', + \ '\bfZeta': '𝚭', + \ '\bfEta': '𝚮', + \ '\bfTheta': '𝚯', + \ '\bfIota': '𝚰', + \ '\bfKappa': '𝚱', + \ '\bfLambda': '𝚲', + \ '\bfMu': '𝚳', + \ '\bfNu': '𝚴', + \ '\bfXi': '𝚵', + \ '\bfOmicron': '𝚶', + \ '\bfPi': '𝚷', + \ '\bfRho': '𝚸', + \ '\bfvarTheta': '𝚹', + \ '\bfSigma': '𝚺', + \ '\bfTau': '𝚻', + \ '\bfUpsilon': '𝚼', + \ '\bfPhi': '𝚽', + \ '\bfChi': '𝚾', + \ '\bfPsi': '𝚿', + \ '\bfOmega': '𝛀', + \ '\bfnabla': '𝛁', + \ '\bfalpha': '𝛂', + \ '\bfbeta': '𝛃', + \ '\bfgamma': '𝛄', + \ '\bfdelta': '𝛅', + \ '\bfepsilon': '𝛆', + \ '\bfzeta': '𝛇', + \ '\bfeta': '𝛈', + \ '\bftheta': '𝛉', + \ '\bfiota': '𝛊', + \ '\bfkappa': '𝛋', + \ '\bflambda': '𝛌', + \ '\bfmu': '𝛍', + \ '\bfnu': '𝛎', + \ '\bfxi': '𝛏', + \ '\bfomicron': '𝛐', + \ '\bfpi': '𝛑', + \ '\bfrho': '𝛒', + \ '\bfvarsigma': '𝛓', + \ '\bfsigma': '𝛔', + \ '\bftau': '𝛕', + \ '\bfupsilon': '𝛖', + \ '\bfvarphi': '𝛗', + \ '\bfchi': '𝛘', + \ '\bfpsi': '𝛙', + \ '\bfomega': '𝛚', + \ '\bfpartial': '𝛛', + \ '\bfvarepsilon': '𝛜', + \ '\bfvartheta': '𝛝', + \ '\bfvarkappa': '𝛞', + \ '\bfphi': '𝛟', + \ '\bfvarrho': '𝛠', + \ '\bfvarpi': '𝛡', + \ '\itAlpha': '𝛢', + \ '\itBeta': '𝛣', + \ '\itGamma': '𝛤', + \ '\itDelta': '𝛥', + \ '\itEpsilon': '𝛦', + \ '\itZeta': '𝛧', + \ '\itEta': '𝛨', + \ '\itTheta': '𝛩', + \ '\itIota': '𝛪', + \ '\itKappa': '𝛫', + \ '\itLambda': '𝛬', + \ '\itMu': '𝛭', + \ '\itNu': '𝛮', + \ '\itXi': '𝛯', + \ '\itOmicron': '𝛰', + \ '\itPi': '𝛱', + \ '\itRho': '𝛲', + \ '\itvarTheta': '𝛳', + \ '\itSigma': '𝛴', + \ '\itTau': '𝛵', + \ '\itUpsilon': '𝛶', + \ '\itPhi': '𝛷', + \ '\itChi': '𝛸', + \ '\itPsi': '𝛹', + \ '\itOmega': '𝛺', + \ '\itnabla': '𝛻', + \ '\italpha': '𝛼', + \ '\itbeta': '𝛽', + \ '\itgamma': '𝛾', + \ '\itdelta': '𝛿', + \ '\itepsilon': '𝜀', + \ '\itzeta': '𝜁', + \ '\iteta': '𝜂', + \ '\ittheta': '𝜃', + \ '\itiota': '𝜄', + \ '\itkappa': '𝜅', + \ '\itlambda': '𝜆', + \ '\itmu': '𝜇', + \ '\itnu': '𝜈', + \ '\itxi': '𝜉', + \ '\itomicron': '𝜊', + \ '\itpi': '𝜋', + \ '\itrho': '𝜌', + \ '\itvarsigma': '𝜍', + \ '\itsigma': '𝜎', + \ '\ittau': '𝜏', + \ '\itupsilon': '𝜐', + \ '\itphi': '𝜑', + \ '\itchi': '𝜒', + \ '\itpsi': '𝜓', + \ '\itomega': '𝜔', + \ '\itpartial': '𝜕', + \ '\itvarepsilon': '𝜖', + \ '\itvartheta': '𝜗', + \ '\itvarkappa': '𝜘', + \ '\itvarphi': '𝜙', + \ '\itvarrho': '𝜚', + \ '\itvarpi': '𝜛', + \ '\biAlpha': '𝜜', + \ '\biBeta': '𝜝', + \ '\biGamma': '𝜞', + \ '\biDelta': '𝜟', + \ '\biEpsilon': '𝜠', + \ '\biZeta': '𝜡', + \ '\biEta': '𝜢', + \ '\biTheta': '𝜣', + \ '\biIota': '𝜤', + \ '\biKappa': '𝜥', + \ '\biLambda': '𝜦', + \ '\biMu': '𝜧', + \ '\biNu': '𝜨', + \ '\biXi': '𝜩', + \ '\biOmicron': '𝜪', + \ '\biPi': '𝜫', + \ '\biRho': '𝜬', + \ '\bivarTheta': '𝜭', + \ '\biSigma': '𝜮', + \ '\biTau': '𝜯', + \ '\biUpsilon': '𝜰', + \ '\biPhi': '𝜱', + \ '\biChi': '𝜲', + \ '\biPsi': '𝜳', + \ '\biOmega': '𝜴', + \ '\binabla': '𝜵', + \ '\bialpha': '𝜶', + \ '\bibeta': '𝜷', + \ '\bigamma': '𝜸', + \ '\bidelta': '𝜹', + \ '\biepsilon': '𝜺', + \ '\bizeta': '𝜻', + \ '\bieta': '𝜼', + \ '\bitheta': '𝜽', + \ '\biiota': '𝜾', + \ '\bikappa': '𝜿', + \ '\bilambda': '𝝀', + \ '\bimu': '𝝁', + \ '\binu': '𝝂', + \ '\bixi': '𝝃', + \ '\biomicron': '𝝄', + \ '\bipi': '𝝅', + \ '\birho': '𝝆', + \ '\bivarsigma': '𝝇', + \ '\bisigma': '𝝈', + \ '\bitau': '𝝉', + \ '\biupsilon': '𝝊', + \ '\biphi': '𝝋', + \ '\bichi': '𝝌', + \ '\bipsi': '𝝍', + \ '\biomega': '𝝎', + \ '\bipartial': '𝝏', + \ '\bivarepsilon': '𝝐', + \ '\bivartheta': '𝝑', + \ '\bivarkappa': '𝝒', + \ '\bivarphi': '𝝓', + \ '\bivarrho': '𝝔', + \ '\bivarpi': '𝝕', + \ '\bsansAlpha': '𝝖', + \ '\bsansBeta': '𝝗', + \ '\bsansGamma': '𝝘', + \ '\bsansDelta': '𝝙', + \ '\bsansEpsilon': '𝝚', + \ '\bsansZeta': '𝝛', + \ '\bsansEta': '𝝜', + \ '\bsansTheta': '𝝝', + \ '\bsansIota': '𝝞', + \ '\bsansKappa': '𝝟', + \ '\bsansLambda': '𝝠', + \ '\bsansMu': '𝝡', + \ '\bsansNu': '𝝢', + \ '\bsansXi': '𝝣', + \ '\bsansOmicron': '𝝤', + \ '\bsansPi': '𝝥', + \ '\bsansRho': '𝝦', + \ '\bsansvarTheta': '𝝧', + \ '\bsansSigma': '𝝨', + \ '\bsansTau': '𝝩', + \ '\bsansUpsilon': '𝝪', + \ '\bsansPhi': '𝝫', + \ '\bsansChi': '𝝬', + \ '\bsansPsi': '𝝭', + \ '\bsansOmega': '𝝮', + \ '\bsansnabla': '𝝯', + \ '\bsansalpha': '𝝰', + \ '\bsansbeta': '𝝱', + \ '\bsansgamma': '𝝲', + \ '\bsansdelta': '𝝳', + \ '\bsansepsilon': '𝝴', + \ '\bsanszeta': '𝝵', + \ '\bsanseta': '𝝶', + \ '\bsanstheta': '𝝷', + \ '\bsansiota': '𝝸', + \ '\bsanskappa': '𝝹', + \ '\bsanslambda': '𝝺', + \ '\bsansmu': '𝝻', + \ '\bsansnu': '𝝼', + \ '\bsansxi': '𝝽', + \ '\bsansomicron': '𝝾', + \ '\bsanspi': '𝝿', + \ '\bsansrho': '𝞀', + \ '\bsansvarsigma': '𝞁', + \ '\bsanssigma': '𝞂', + \ '\bsanstau': '𝞃', + \ '\bsansupsilon': '𝞄', + \ '\bsansphi': '𝞅', + \ '\bsanschi': '𝞆', + \ '\bsanspsi': '𝞇', + \ '\bsansomega': '𝞈', + \ '\bsanspartial': '𝞉', + \ '\bsansvarepsilon': '𝞊', + \ '\bsansvartheta': '𝞋', + \ '\bsansvarkappa': '𝞌', + \ '\bsansvarphi': '𝞍', + \ '\bsansvarrho': '𝞎', + \ '\bsansvarpi': '𝞏', + \ '\bisansAlpha': '𝞐', + \ '\bisansBeta': '𝞑', + \ '\bisansGamma': '𝞒', + \ '\bisansDelta': '𝞓', + \ '\bisansEpsilon': '𝞔', + \ '\bisansZeta': '𝞕', + \ '\bisansEta': '𝞖', + \ '\bisansTheta': '𝞗', + \ '\bisansIota': '𝞘', + \ '\bisansKappa': '𝞙', + \ '\bisansLambda': '𝞚', + \ '\bisansMu': '𝞛', + \ '\bisansNu': '𝞜', + \ '\bisansXi': '𝞝', + \ '\bisansOmicron': '𝞞', + \ '\bisansPi': '𝞟', + \ '\bisansRho': '𝞠', + \ '\bisansvarTheta': '𝞡', + \ '\bisansSigma': '𝞢', + \ '\bisansTau': '𝞣', + \ '\bisansUpsilon': '𝞤', + \ '\bisansPhi': '𝞥', + \ '\bisansChi': '𝞦', + \ '\bisansPsi': '𝞧', + \ '\bisansOmega': '𝞨', + \ '\bisansnabla': '𝞩', + \ '\bisansalpha': '𝞪', + \ '\bisansbeta': '𝞫', + \ '\bisansgamma': '𝞬', + \ '\bisansdelta': '𝞭', + \ '\bisansepsilon': '𝞮', + \ '\bisanszeta': '𝞯', + \ '\bisanseta': '𝞰', + \ '\bisanstheta': '𝞱', + \ '\bisansiota': '𝞲', + \ '\bisanskappa': '𝞳', + \ '\bisanslambda': '𝞴', + \ '\bisansmu': '𝞵', + \ '\bisansnu': '𝞶', + \ '\bisansxi': '𝞷', + \ '\bisansomicron': '𝞸', + \ '\bisanspi': '𝞹', + \ '\bisansrho': '𝞺', + \ '\bisansvarsigma': '𝞻', + \ '\bisanssigma': '𝞼', + \ '\bisanstau': '𝞽', + \ '\bisansupsilon': '𝞾', + \ '\bisansphi': '𝞿', + \ '\bisanschi': '𝟀', + \ '\bisanspsi': '𝟁', + \ '\bisansomega': '𝟂', + \ '\bisanspartial': '𝟃', + \ '\bisansvarepsilon': '𝟄', + \ '\bisansvartheta': '𝟅', + \ '\bisansvarkappa': '𝟆', + \ '\bisansvarphi': '𝟇', + \ '\bisansvarrho': '𝟈', + \ '\bisansvarpi': '𝟉', + \ '\bfDigamma': '𝟊', + \ '\bfdigamma': '𝟋', + \ '\bfzero': '𝟎', + \ '\bfone': '𝟏', + \ '\bftwo': '𝟐', + \ '\bfthree': '𝟑', + \ '\bffour': '𝟒', + \ '\bffive': '𝟓', + \ '\bfsix': '𝟔', + \ '\bfseven': '𝟕', + \ '\bfeight': '𝟖', + \ '\bfnine': '𝟗', + \ '\bbzero': '𝟘', + \ '\bbone': '𝟙', + \ '\bbtwo': '𝟚', + \ '\bbthree': '𝟛', + \ '\bbfour': '𝟜', + \ '\bbfive': '𝟝', + \ '\bbsix': '𝟞', + \ '\bbseven': '𝟟', + \ '\bbeight': '𝟠', + \ '\bbnine': '𝟡', + \ '\sanszero': '𝟢', + \ '\sansone': '𝟣', + \ '\sanstwo': '𝟤', + \ '\sansthree': '𝟥', + \ '\sansfour': '𝟦', + \ '\sansfive': '𝟧', + \ '\sanssix': '𝟨', + \ '\sansseven': '𝟩', + \ '\sanseight': '𝟪', + \ '\sansnine': '𝟫', + \ '\bsanszero': '𝟬', + \ '\bsansone': '𝟭', + \ '\bsanstwo': '𝟮', + \ '\bsansthree': '𝟯', + \ '\bsansfour': '𝟰', + \ '\bsansfive': '𝟱', + \ '\bsanssix': '𝟲', + \ '\bsansseven': '𝟳', + \ '\bsanseight': '𝟴', + \ '\bsansnine': '𝟵', + \ '\ttzero': '𝟶', + \ '\ttone': '𝟷', + \ '\tttwo': '𝟸', + \ '\ttthree': '𝟹', + \ '\ttfour': '𝟺', + \ '\ttfive': '𝟻', + \ '\ttsix': '𝟼', + \ '\ttseven': '𝟽', + \ '\tteight': '𝟾', + \ '\ttnine': '𝟿', + \ '\:mahjong:': '🀄', + \ '\:black_joker:': '🃏', + \ '\:a:': '🅰', + \ '\:b:': '🅱', + \ '\:o2:': '🅾', + \ '\:parking:': '🅿', + \ '\:ab:': '🆎', + \ '\:cl:': '🆑', + \ '\:cool:': '🆒', + \ '\:free:': '🆓', + \ '\:id:': '🆔', + \ '\:new:': '🆕', + \ '\:ng:': '🆖', + \ '\:ok:': '🆗', + \ '\:sos:': '🆘', + \ '\:up:': '🆙', + \ '\:vs:': '🆚', + \ '\:koko:': '🈁', + \ '\:sa:': '🈂', + \ '\:u7121:': '🈚', + \ '\:u6307:': '🈯', + \ '\:u7981:': '🈲', + \ '\:u7a7a:': '🈳', + \ '\:u5408:': '🈴', + \ '\:u6e80:': '🈵', + \ '\:u6709:': '🈶', + \ '\:u6708:': '🈷', + \ '\:u7533:': '🈸', + \ '\:u5272:': '🈹', + \ '\:u55b6:': '🈺', + \ '\:ideograph_advantage:': '🉐', + \ '\:accept:': '🉑', + \ '\:cyclone:': '🌀', + \ '\:foggy:': '🌁', + \ '\:closed_umbrella:': '🌂', + \ '\:night_with_stars:': '🌃', + \ '\:sunrise_over_mountains:': '🌄', + \ '\:sunrise:': '🌅', + \ '\:city_sunset:': '🌆', + \ '\:city_sunrise:': '🌇', + \ '\:rainbow:': '🌈', + \ '\:bridge_at_night:': '🌉', + \ '\:ocean:': '🌊', + \ '\:volcano:': '🌋', + \ '\:milky_way:': '🌌', + \ '\:earth_africa:': '🌍', + \ '\:earth_americas:': '🌎', + \ '\:earth_asia:': '🌏', + \ '\:globe_with_meridians:': '🌐', + \ '\:new_moon:': '🌑', + \ '\:waxing_crescent_moon:': '🌒', + \ '\:first_quarter_moon:': '🌓', + \ '\:moon:': '🌔', + \ '\:full_moon:': '🌕', + \ '\:waning_gibbous_moon:': '🌖', + \ '\:last_quarter_moon:': '🌗', + \ '\:waning_crescent_moon:': '🌘', + \ '\:crescent_moon:': '🌙', + \ '\:new_moon_with_face:': '🌚', + \ '\:first_quarter_moon_with_face:': '🌛', + \ '\:last_quarter_moon_with_face:': '🌜', + \ '\:full_moon_with_face:': '🌝', + \ '\:sun_with_face:': '🌞', + \ '\:star2:': '🌟', + \ '\:stars:': '🌠', + \ '\:chestnut:': '🌰', + \ '\:seedling:': '🌱', + \ '\:evergreen_tree:': '🌲', + \ '\:deciduous_tree:': '🌳', + \ '\:palm_tree:': '🌴', + \ '\:cactus:': '🌵', + \ '\:tulip:': '🌷', + \ '\:cherry_blossom:': '🌸', + \ '\:rose:': '🌹', + \ '\:hibiscus:': '🌺', + \ '\:sunflower:': '🌻', + \ '\:blossom:': '🌼', + \ '\:corn:': '🌽', + \ '\:ear_of_rice:': '🌾', + \ '\:herb:': '🌿', + \ '\:four_leaf_clover:': '🍀', + \ '\:maple_leaf:': '🍁', + \ '\:fallen_leaf:': '🍂', + \ '\:leaves:': '🍃', + \ '\:mushroom:': '🍄', + \ '\:tomato:': '🍅', + \ '\:eggplant:': '🍆', + \ '\:grapes:': '🍇', + \ '\:melon:': '🍈', + \ '\:watermelon:': '🍉', + \ '\:tangerine:': '🍊', + \ '\:lemon:': '🍋', + \ '\:banana:': '🍌', + \ '\:pineapple:': '🍍', + \ '\:apple:': '🍎', + \ '\:green_apple:': '🍏', + \ '\:pear:': '🍐', + \ '\:peach:': '🍑', + \ '\:cherries:': '🍒', + \ '\:strawberry:': '🍓', + \ '\:hamburger:': '🍔', + \ '\:pizza:': '🍕', + \ '\:meat_on_bone:': '🍖', + \ '\:poultry_leg:': '🍗', + \ '\:rice_cracker:': '🍘', + \ '\:rice_ball:': '🍙', + \ '\:rice:': '🍚', + \ '\:curry:': '🍛', + \ '\:ramen:': '🍜', + \ '\:spaghetti:': '🍝', + \ '\:bread:': '🍞', + \ '\:fries:': '🍟', + \ '\:sweet_potato:': '🍠', + \ '\:dango:': '🍡', + \ '\:oden:': '🍢', + \ '\:sushi:': '🍣', + \ '\:fried_shrimp:': '🍤', + \ '\:fish_cake:': '🍥', + \ '\:icecream:': '🍦', + \ '\:shaved_ice:': '🍧', + \ '\:ice_cream:': '🍨', + \ '\:doughnut:': '🍩', + \ '\:cookie:': '🍪', + \ '\:chocolate_bar:': '🍫', + \ '\:candy:': '🍬', + \ '\:lollipop:': '🍭', + \ '\:custard:': '🍮', + \ '\:honey_pot:': '🍯', + \ '\:cake:': '🍰', + \ '\:bento:': '🍱', + \ '\:stew:': '🍲', + \ '\:egg:': '🍳', + \ '\:fork_and_knife:': '🍴', + \ '\:tea:': '🍵', + \ '\:sake:': '🍶', + \ '\:wine_glass:': '🍷', + \ '\:cocktail:': '🍸', + \ '\:tropical_drink:': '🍹', + \ '\:beer:': '🍺', + \ '\:beers:': '🍻', + \ '\:baby_bottle:': '🍼', + \ '\:ribbon:': '🎀', + \ '\:gift:': '🎁', + \ '\:birthday:': '🎂', + \ '\:jack_o_lantern:': '🎃', + \ '\:christmas_tree:': '🎄', + \ '\:santa:': '🎅', + \ '\:fireworks:': '🎆', + \ '\:sparkler:': '🎇', + \ '\:balloon:': '🎈', + \ '\:tada:': '🎉', + \ '\:confetti_ball:': '🎊', + \ '\:tanabata_tree:': '🎋', + \ '\:crossed_flags:': '🎌', + \ '\:bamboo:': '🎍', + \ '\:dolls:': '🎎', + \ '\:flags:': '🎏', + \ '\:wind_chime:': '🎐', + \ '\:rice_scene:': '🎑', + \ '\:school_satchel:': '🎒', + \ '\:mortar_board:': '🎓', + \ '\:carousel_horse:': '🎠', + \ '\:ferris_wheel:': '🎡', + \ '\:roller_coaster:': '🎢', + \ '\:fishing_pole_and_fish:': '🎣', + \ '\:microphone:': '🎤', + \ '\:movie_camera:': '🎥', + \ '\:cinema:': '🎦', + \ '\:headphones:': '🎧', + \ '\:art:': '🎨', + \ '\:tophat:': '🎩', + \ '\:circus_tent:': '🎪', + \ '\:ticket:': '🎫', + \ '\:clapper:': '🎬', + \ '\:performing_arts:': '🎭', + \ '\:video_game:': '🎮', + \ '\:dart:': '🎯', + \ '\:slot_machine:': '🎰', + \ '\:8ball:': '🎱', + \ '\:game_die:': '🎲', + \ '\:bowling:': '🎳', + \ '\:flower_playing_cards:': '🎴', + \ '\:musical_note:': '🎵', + \ '\:notes:': '🎶', + \ '\:saxophone:': '🎷', + \ '\:guitar:': '🎸', + \ '\:musical_keyboard:': '🎹', + \ '\:trumpet:': '🎺', + \ '\:violin:': '🎻', + \ '\:musical_score:': '🎼', + \ '\:running_shirt_with_sash:': '🎽', + \ '\:tennis:': '🎾', + \ '\:ski:': '🎿', + \ '\:basketball:': '🏀', + \ '\:checkered_flag:': '🏁', + \ '\:snowboarder:': '🏂', + \ '\:runner:': '🏃', + \ '\:surfer:': '🏄', + \ '\:trophy:': '🏆', + \ '\:horse_racing:': '🏇', + \ '\:football:': '🏈', + \ '\:rugby_football:': '🏉', + \ '\:swimmer:': '🏊', + \ '\:house:': '🏠', + \ '\:house_with_garden:': '🏡', + \ '\:office:': '🏢', + \ '\:post_office:': '🏣', + \ '\:european_post_office:': '🏤', + \ '\:hospital:': '🏥', + \ '\:bank:': '🏦', + \ '\:atm:': '🏧', + \ '\:hotel:': '🏨', + \ '\:love_hotel:': '🏩', + \ '\:convenience_store:': '🏪', + \ '\:school:': '🏫', + \ '\:department_store:': '🏬', + \ '\:factory:': '🏭', + \ '\:izakaya_lantern:': '🏮', + \ '\:japanese_castle:': '🏯', + \ '\:european_castle:': '🏰', + \ '\:skin-tone-2:': '🏻', + \ '\:skin-tone-3:': '🏼', + \ '\:skin-tone-4:': '🏽', + \ '\:skin-tone-5:': '🏾', + \ '\:skin-tone-6:': '🏿', + \ '\:rat:': '🐀', + \ '\:mouse2:': '🐁', + \ '\:ox:': '🐂', + \ '\:water_buffalo:': '🐃', + \ '\:cow2:': '🐄', + \ '\:tiger2:': '🐅', + \ '\:leopard:': '🐆', + \ '\:rabbit2:': '🐇', + \ '\:cat2:': '🐈', + \ '\:dragon:': '🐉', + \ '\:crocodile:': '🐊', + \ '\:whale2:': '🐋', + \ '\:snail:': '🐌', + \ '\:snake:': '🐍', + \ '\:racehorse:': '🐎', + \ '\:ram:': '🐏', + \ '\:goat:': '🐐', + \ '\:sheep:': '🐑', + \ '\:monkey:': '🐒', + \ '\:rooster:': '🐓', + \ '\:chicken:': '🐔', + \ '\:dog2:': '🐕', + \ '\:pig2:': '🐖', + \ '\:boar:': '🐗', + \ '\:elephant:': '🐘', + \ '\:octopus:': '🐙', + \ '\:shell:': '🐚', + \ '\:bug:': '🐛', + \ '\:ant:': '🐜', + \ '\:bee:': '🐝', + \ '\:beetle:': '🐞', + \ '\:fish:': '🐟', + \ '\:tropical_fish:': '🐠', + \ '\:blowfish:': '🐡', + \ '\:turtle:': '🐢', + \ '\:hatching_chick:': '🐣', + \ '\:baby_chick:': '🐤', + \ '\:hatched_chick:': '🐥', + \ '\:bird:': '🐦', + \ '\:penguin:': '🐧', + \ '\:koala:': '🐨', + \ '\:poodle:': '🐩', + \ '\:dromedary_camel:': '🐪', + \ '\:camel:': '🐫', + \ '\:dolphin:': '🐬', + \ '\:mouse:': '🐭', + \ '\:cow:': '🐮', + \ '\:tiger:': '🐯', + \ '\:rabbit:': '🐰', + \ '\:cat:': '🐱', + \ '\:dragon_face:': '🐲', + \ '\:whale:': '🐳', + \ '\:horse:': '🐴', + \ '\:monkey_face:': '🐵', + \ '\:dog:': '🐶', + \ '\:pig:': '🐷', + \ '\:frog:': '🐸', + \ '\:hamster:': '🐹', + \ '\:wolf:': '🐺', + \ '\:bear:': '🐻', + \ '\:panda_face:': '🐼', + \ '\:pig_nose:': '🐽', + \ '\:feet:': '🐾', + \ '\:eyes:': '👀', + \ '\:ear:': '👂', + \ '\:nose:': '👃', + \ '\:lips:': '👄', + \ '\:tongue:': '👅', + \ '\:point_up_2:': '👆', + \ '\:point_down:': '👇', + \ '\:point_left:': '👈', + \ '\:point_right:': '👉', + \ '\:facepunch:': '👊', + \ '\:wave:': '👋', + \ '\:ok_hand:': '👌', + \ '\:+1:': '👍', + \ '\:-1:': '👎', + \ '\:clap:': '👏', + \ '\:open_hands:': '👐', + \ '\:crown:': '👑', + \ '\:womans_hat:': '👒', + \ '\:eyeglasses:': '👓', + \ '\:necktie:': '👔', + \ '\:shirt:': '👕', + \ '\:jeans:': '👖', + \ '\:dress:': '👗', + \ '\:kimono:': '👘', + \ '\:bikini:': '👙', + \ '\:womans_clothes:': '👚', + \ '\:purse:': '👛', + \ '\:handbag:': '👜', + \ '\:pouch:': '👝', + \ '\:mans_shoe:': '👞', + \ '\:athletic_shoe:': '👟', + \ '\:high_heel:': '👠', + \ '\:sandal:': '👡', + \ '\:boot:': '👢', + \ '\:footprints:': '👣', + \ '\:bust_in_silhouette:': '👤', + \ '\:busts_in_silhouette:': '👥', + \ '\:boy:': '👦', + \ '\:girl:': '👧', + \ '\:man:': '👨', + \ '\:woman:': '👩', + \ '\:family:': '👪', + \ '\:couple:': '👫', + \ '\:two_men_holding_hands:': '👬', + \ '\:two_women_holding_hands:': '👭', + \ '\:cop:': '👮', + \ '\:dancers:': '👯', + \ '\:bride_with_veil:': '👰', + \ '\:person_with_blond_hair:': '👱', + \ '\:man_with_gua_pi_mao:': '👲', + \ '\:man_with_turban:': '👳', + \ '\:older_man:': '👴', + \ '\:older_woman:': '👵', + \ '\:baby:': '👶', + \ '\:construction_worker:': '👷', + \ '\:princess:': '👸', + \ '\:japanese_ogre:': '👹', + \ '\:japanese_goblin:': '👺', + \ '\:ghost:': '👻', + \ '\:angel:': '👼', + \ '\:alien:': '👽', + \ '\:space_invader:': '👾', + \ '\:imp:': '👿', + \ '\:skull:': '💀', + \ '\:information_desk_person:': '💁', + \ '\:guardsman:': '💂', + \ '\:dancer:': '💃', + \ '\:lipstick:': '💄', + \ '\:nail_care:': '💅', + \ '\:massage:': '💆', + \ '\:haircut:': '💇', + \ '\:barber:': '💈', + \ '\:syringe:': '💉', + \ '\:pill:': '💊', + \ '\:kiss:': '💋', + \ '\:love_letter:': '💌', + \ '\:ring:': '💍', + \ '\:gem:': '💎', + \ '\:couplekiss:': '💏', + \ '\:bouquet:': '💐', + \ '\:couple_with_heart:': '💑', + \ '\:wedding:': '💒', + \ '\:heartbeat:': '💓', + \ '\:broken_heart:': '💔', + \ '\:two_hearts:': '💕', + \ '\:sparkling_heart:': '💖', + \ '\:heartpulse:': '💗', + \ '\:cupid:': '💘', + \ '\:blue_heart:': '💙', + \ '\:green_heart:': '💚', + \ '\:yellow_heart:': '💛', + \ '\:purple_heart:': '💜', + \ '\:gift_heart:': '💝', + \ '\:revolving_hearts:': '💞', + \ '\:heart_decoration:': '💟', + \ '\:diamond_shape_with_a_dot_inside:': '💠', + \ '\:bulb:': '💡', + \ '\:anger:': '💢', + \ '\:bomb:': '💣', + \ '\:zzz:': '💤', + \ '\:boom:': '💥', + \ '\:sweat_drops:': '💦', + \ '\:droplet:': '💧', + \ '\:dash:': '💨', + \ '\:hankey:': '💩', + \ '\:muscle:': '💪', + \ '\:dizzy:': '💫', + \ '\:speech_balloon:': '💬', + \ '\:thought_balloon:': '💭', + \ '\:white_flower:': '💮', + \ '\:100:': '💯', + \ '\:moneybag:': '💰', + \ '\:currency_exchange:': '💱', + \ '\:heavy_dollar_sign:': '💲', + \ '\:credit_card:': '💳', + \ '\:yen:': '💴', + \ '\:dollar:': '💵', + \ '\:euro:': '💶', + \ '\:pound:': '💷', + \ '\:money_with_wings:': '💸', + \ '\:chart:': '💹', + \ '\:seat:': '💺', + \ '\:computer:': '💻', + \ '\:briefcase:': '💼', + \ '\:minidisc:': '💽', + \ '\:floppy_disk:': '💾', + \ '\:cd:': '💿', + \ '\:dvd:': '📀', + \ '\:file_folder:': '📁', + \ '\:open_file_folder:': '📂', + \ '\:page_with_curl:': '📃', + \ '\:page_facing_up:': '📄', + \ '\:date:': '📅', + \ '\:calendar:': '📆', + \ '\:card_index:': '📇', + \ '\:chart_with_upwards_trend:': '📈', + \ '\:chart_with_downwards_trend:': '📉', + \ '\:bar_chart:': '📊', + \ '\:clipboard:': '📋', + \ '\:pushpin:': '📌', + \ '\:round_pushpin:': '📍', + \ '\:paperclip:': '📎', + \ '\:straight_ruler:': '📏', + \ '\:triangular_ruler:': '📐', + \ '\:bookmark_tabs:': '📑', + \ '\:ledger:': '📒', + \ '\:notebook:': '📓', + \ '\:notebook_with_decorative_cover:': '📔', + \ '\:closed_book:': '📕', + \ '\:book:': '📖', + \ '\:green_book:': '📗', + \ '\:blue_book:': '📘', + \ '\:orange_book:': '📙', + \ '\:books:': '📚', + \ '\:name_badge:': '📛', + \ '\:scroll:': '📜', + \ '\:memo:': '📝', + \ '\:telephone_receiver:': '📞', + \ '\:pager:': '📟', + \ '\:fax:': '📠', + \ '\:satellite:': '📡', + \ '\:loudspeaker:': '📢', + \ '\:mega:': '📣', + \ '\:outbox_tray:': '📤', + \ '\:inbox_tray:': '📥', + \ '\:package:': '📦', + \ '\:e-mail:': '📧', + \ '\:incoming_envelope:': '📨', + \ '\:envelope_with_arrow:': '📩', + \ '\:mailbox_closed:': '📪', + \ '\:mailbox:': '📫', + \ '\:mailbox_with_mail:': '📬', + \ '\:mailbox_with_no_mail:': '📭', + \ '\:postbox:': '📮', + \ '\:postal_horn:': '📯', + \ '\:newspaper:': '📰', + \ '\:iphone:': '📱', + \ '\:calling:': '📲', + \ '\:vibration_mode:': '📳', + \ '\:mobile_phone_off:': '📴', + \ '\:no_mobile_phones:': '📵', + \ '\:signal_strength:': '📶', + \ '\:camera:': '📷', + \ '\:video_camera:': '📹', + \ '\:tv:': '📺', + \ '\:radio:': '📻', + \ '\:vhs:': '📼', + \ '\:twisted_rightwards_arrows:': '🔀', + \ '\:repeat:': '🔁', + \ '\:repeat_one:': '🔂', + \ '\:arrows_clockwise:': '🔃', + \ '\:arrows_counterclockwise:': '🔄', + \ '\:low_brightness:': '🔅', + \ '\:high_brightness:': '🔆', + \ '\:mute:': '🔇', + \ '\:speaker:': '🔈', + \ '\:sound:': '🔉', + \ '\:loud_sound:': '🔊', + \ '\:battery:': '🔋', + \ '\:electric_plug:': '🔌', + \ '\:mag:': '🔍', + \ '\:mag_right:': '🔎', + \ '\:lock_with_ink_pen:': '🔏', + \ '\:closed_lock_with_key:': '🔐', + \ '\:key:': '🔑', + \ '\:lock:': '🔒', + \ '\:unlock:': '🔓', + \ '\:bell:': '🔔', + \ '\:no_bell:': '🔕', + \ '\:bookmark:': '🔖', + \ '\:link:': '🔗', + \ '\:radio_button:': '🔘', + \ '\:back:': '🔙', + \ '\:end:': '🔚', + \ '\:on:': '🔛', + \ '\:soon:': '🔜', + \ '\:top:': '🔝', + \ '\:underage:': '🔞', + \ '\:keycap_ten:': '🔟', + \ '\:capital_abcd:': '🔠', + \ '\:abcd:': '🔡', + \ '\:1234:': '🔢', + \ '\:symbols:': '🔣', + \ '\:abc:': '🔤', + \ '\:fire:': '🔥', + \ '\:flashlight:': '🔦', + \ '\:wrench:': '🔧', + \ '\:hammer:': '🔨', + \ '\:nut_and_bolt:': '🔩', + \ '\:hocho:': '🔪', + \ '\:gun:': '🔫', + \ '\:microscope:': '🔬', + \ '\:telescope:': '🔭', + \ '\:crystal_ball:': '🔮', + \ '\:six_pointed_star:': '🔯', + \ '\:beginner:': '🔰', + \ '\:trident:': '🔱', + \ '\:black_square_button:': '🔲', + \ '\:white_square_button:': '🔳', + \ '\:red_circle:': '🔴', + \ '\:large_blue_circle:': '🔵', + \ '\:large_orange_diamond:': '🔶', + \ '\:large_blue_diamond:': '🔷', + \ '\:small_orange_diamond:': '🔸', + \ '\:small_blue_diamond:': '🔹', + \ '\:small_red_triangle:': '🔺', + \ '\:small_red_triangle_down:': '🔻', + \ '\:arrow_up_small:': '🔼', + \ '\:arrow_down_small:': '🔽', + \ '\:clock1:': '🕐', + \ '\:clock2:': '🕑', + \ '\:clock3:': '🕒', + \ '\:clock4:': '🕓', + \ '\:clock5:': '🕔', + \ '\:clock6:': '🕕', + \ '\:clock7:': '🕖', + \ '\:clock8:': '🕗', + \ '\:clock9:': '🕘', + \ '\:clock10:': '🕙', + \ '\:clock11:': '🕚', + \ '\:clock12:': '🕛', + \ '\:clock130:': '🕜', + \ '\:clock230:': '🕝', + \ '\:clock330:': '🕞', + \ '\:clock430:': '🕟', + \ '\:clock530:': '🕠', + \ '\:clock630:': '🕡', + \ '\:clock730:': '🕢', + \ '\:clock830:': '🕣', + \ '\:clock930:': '🕤', + \ '\:clock1030:': '🕥', + \ '\:clock1130:': '🕦', + \ '\:clock1230:': '🕧', + \ '\:mount_fuji:': '🗻', + \ '\:tokyo_tower:': '🗼', + \ '\:statue_of_liberty:': '🗽', + \ '\:japan:': '🗾', + \ '\:moyai:': '🗿', + \ '\:grinning:': '😀', + \ '\:grin:': '😁', + \ '\:joy:': '😂', + \ '\:smiley:': '😃', + \ '\:smile:': '😄', + \ '\:sweat_smile:': '😅', + \ '\:laughing:': '😆', + \ '\:innocent:': '😇', + \ '\:smiling_imp:': '😈', + \ '\:wink:': '😉', + \ '\:blush:': '😊', + \ '\:yum:': '😋', + \ '\:relieved:': '😌', + \ '\:heart_eyes:': '😍', + \ '\:sunglasses:': '😎', + \ '\:smirk:': '😏', + \ '\:neutral_face:': '😐', + \ '\:expressionless:': '😑', + \ '\:unamused:': '😒', + \ '\:sweat:': '😓', + \ '\:pensive:': '😔', + \ '\:confused:': '😕', + \ '\:confounded:': '😖', + \ '\:kissing:': '😗', + \ '\:kissing_heart:': '😘', + \ '\:kissing_smiling_eyes:': '😙', + \ '\:kissing_closed_eyes:': '😚', + \ '\:stuck_out_tongue:': '😛', + \ '\:stuck_out_tongue_winking_eye:': '😜', + \ '\:stuck_out_tongue_closed_eyes:': '😝', + \ '\:disappointed:': '😞', + \ '\:worried:': '😟', + \ '\:angry:': '😠', + \ '\:rage:': '😡', + \ '\:cry:': '😢', + \ '\:persevere:': '😣', + \ '\:triumph:': '😤', + \ '\:disappointed_relieved:': '😥', + \ '\:frowning:': '😦', + \ '\:anguished:': '😧', + \ '\:fearful:': '😨', + \ '\:weary:': '😩', + \ '\:sleepy:': '😪', + \ '\:tired_face:': '😫', + \ '\:grimacing:': '😬', + \ '\:sob:': '😭', + \ '\:open_mouth:': '😮', + \ '\:hushed:': '😯', + \ '\:cold_sweat:': '😰', + \ '\:scream:': '😱', + \ '\:astonished:': '😲', + \ '\:flushed:': '😳', + \ '\:sleeping:': '😴', + \ '\:dizzy_face:': '😵', + \ '\:no_mouth:': '😶', + \ '\:mask:': '😷', + \ '\:smile_cat:': '😸', + \ '\:joy_cat:': '😹', + \ '\:smiley_cat:': '😺', + \ '\:heart_eyes_cat:': '😻', + \ '\:smirk_cat:': '😼', + \ '\:kissing_cat:': '😽', + \ '\:pouting_cat:': '😾', + \ '\:crying_cat_face:': '😿', + \ '\:scream_cat:': '🙀', + \ '\:no_good:': '🙅', + \ '\:ok_woman:': '🙆', + \ '\:bow:': '🙇', + \ '\:see_no_evil:': '🙈', + \ '\:hear_no_evil:': '🙉', + \ '\:speak_no_evil:': '🙊', + \ '\:raising_hand:': '🙋', + \ '\:raised_hands:': '🙌', + \ '\:person_frowning:': '🙍', + \ '\:person_with_pouting_face:': '🙎', + \ '\:pray:': '🙏', + \ '\:rocket:': '🚀', + \ '\:helicopter:': '🚁', + \ '\:steam_locomotive:': '🚂', + \ '\:railway_car:': '🚃', + \ '\:bullettrain_side:': '🚄', + \ '\:bullettrain_front:': '🚅', + \ '\:train2:': '🚆', + \ '\:metro:': '🚇', + \ '\:light_rail:': '🚈', + \ '\:station:': '🚉', + \ '\:tram:': '🚊', + \ '\:train:': '🚋', + \ '\:bus:': '🚌', + \ '\:oncoming_bus:': '🚍', + \ '\:trolleybus:': '🚎', + \ '\:busstop:': '🚏', + \ '\:minibus:': '🚐', + \ '\:ambulance:': '🚑', + \ '\:fire_engine:': '🚒', + \ '\:police_car:': '🚓', + \ '\:oncoming_police_car:': '🚔', + \ '\:taxi:': '🚕', + \ '\:oncoming_taxi:': '🚖', + \ '\:car:': '🚗', + \ '\:oncoming_automobile:': '🚘', + \ '\:blue_car:': '🚙', + \ '\:truck:': '🚚', + \ '\:articulated_lorry:': '🚛', + \ '\:tractor:': '🚜', + \ '\:monorail:': '🚝', + \ '\:mountain_railway:': '🚞', + \ '\:suspension_railway:': '🚟', + \ '\:mountain_cableway:': '🚠', + \ '\:aerial_tramway:': '🚡', + \ '\:ship:': '🚢', + \ '\:rowboat:': '🚣', + \ '\:speedboat:': '🚤', + \ '\:traffic_light:': '🚥', + \ '\:vertical_traffic_light:': '🚦', + \ '\:construction:': '🚧', + \ '\:rotating_light:': '🚨', + \ '\:triangular_flag_on_post:': '🚩', + \ '\:door:': '🚪', + \ '\:no_entry_sign:': '🚫', + \ '\:smoking:': '🚬', + \ '\:no_smoking:': '🚭', + \ '\:put_litter_in_its_place:': '🚮', + \ '\:do_not_litter:': '🚯', + \ '\:potable_water:': '🚰', + \ '\:non-potable_water:': '🚱', + \ '\:bike:': '🚲', + \ '\:no_bicycles:': '🚳', + \ '\:bicyclist:': '🚴', + \ '\:mountain_bicyclist:': '🚵', + \ '\:walking:': '🚶', + \ '\:no_pedestrians:': '🚷', + \ '\:children_crossing:': '🚸', + \ '\:mens:': '🚹', + \ '\:womens:': '🚺', + \ '\:restroom:': '🚻', + \ '\:baby_symbol:': '🚼', + \ '\:toilet:': '🚽', + \ '\:wc:': '🚾', + \ '\:shower:': '🚿', + \ '\:bath:': '🛀', + \ '\:bathtub:': '🛁', + \ '\:passport_control:': '🛂', + \ '\:customs:': '🛃', + \ '\:baggage_claim:': '🛄', + \ '\:left_luggage:': '🛅'} +endfunction Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/generate_latex_symbols_table.jl =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/generate_latex_symbols_table.jl (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/generate_latex_symbols_table.jl (revision 26505) @@ -0,0 +1,111 @@ +#!/bin/env julia + +const filename = "julia-vim-L2U-table" + +# Keeping this from an old revision, just in case: +# Combining chars ranges, as obtained from https://en.wikipedia.org/wiki/Combining_character: +# ('\u0300' ≤ u ≤ '\u036F') || +# ('\u1AB0' ≤ u ≤ '\u1AFF') || +# ('\u1DC0' ≤ u ≤ '\u1DFF') || +# ('\u20D0' ≤ u ≤ '\u20FF') || +# ('\uFE20' ≤ u ≤ '\uFE2F') + +# Most of this code is copy-pasted and slightly adapted from here: +# JULIA_HOME/doc/src/manual/unicode-input.md +# except that instead of producing Markdown we want to generate a vim +# documentation file. +# +# Note that this requires to run `make docs` from the julia source root directory to download +# the UnicodeData.txt file. + +function tab_completions(symbols...) + completions = Dict{String, Vector{String}}() + for each in symbols, (k, v) in each + completions[v] = push!(get!(completions, v, String[]), k) + end + return completions +end + +function unicode_data() + file = normpath(Sys.BINDIR, "..", "..", "doc", "UnicodeData.txt") + names = Dict{UInt32, String}() + open(file) do unidata + for line in readlines(unidata) + id, name, desc = split(line, ";")[[1, 2, 11]] + codepoint = parse(UInt32, "0x$id") + names[codepoint] = (name == "" ? desc : desc == "" ? name : "$name / $desc") + end + end + return names +end + +# Prepend a dotted circle ('◌' i.e. '\u25CC') to combining characters +function fix_combining_chars(char) + cat = Base.Unicode.category_code(char) + return string(cat == 6 || cat == 8 ? "◌" : "", char) +end + +function table_entries(completions, unicode_dict) + code = String[] + unicode = String[] + latex = String[] + desc = String[] + + for (chars, inputs) in sort!(collect(completions), by = first) + code_points, unicode_names, characters = String[], String[], String[] + for char in chars + push!(code_points, "U+$(uppercase(string(UInt32(char), base = 16, pad = 5)))") + push!(unicode_names, get(unicode_dict, UInt32(char), "(No Unicode name)")) + push!(characters, isempty(characters) ? fix_combining_chars(char) : "$char") + end + push!(code, join(code_points, " + ")) + push!(unicode, join(characters)) + push!(latex, replace(join(inputs, ", "), "\\\\" => "\\")) + push!(desc, join(unicode_names, " + ")) + end + return code, unicode, latex, desc +end + +open("$filename.txt","w") do f + print(f, """ + $filename.txt LaTeX-to-Unicode reference table + + =================================================================== + LATEX-TO-UNICODE REFERENCE TABLE *L2U-ref* *julia-vim-L2U-reference* + + Note: This file is autogenerated from the script '$(basename(Base.source_path()))' + The symbols are based on the documentation of Julia version $VERSION + See |julia-vim| for the LaTeX-to-Unicode manual. + + """) + + col_headers = ["Code point(s)", "Character(s)", "Tab completion sequence(s)", "Unicode name(s)"] + + code, unicode, latex, desc = + table_entries( + tab_completions( + REPL.REPLCompletions.latex_symbols, + REPL.REPLCompletions.emoji_symbols + ), + unicode_data() + ) + + cw = max(length(col_headers[1]), maximum(map(length, code))) + uw = max(length(col_headers[2]), maximum(map(length, unicode))) + lw = max(length(col_headers[3]), maximum(map(length, latex))) + dw = max(length(col_headers[4]), maximum(map(length, desc))) + + print_padded(c, u, l, d) = println(f, rpad(c, cw), " ", rpad(u, uw), " ", rpad(l, lw), " ", d) + + print_padded(col_headers[1:3]..., col_headers[4] * "~") + print_padded("-"^cw, "-"^uw, "-"^lw, "-"^dw) + + for (c, u, l, d) in zip(code, unicode, latex, desc) + print_padded(c, u, l, d) + end + print_padded("-"^cw, "-"^uw, "-"^lw, "-"^dw) + + println(f) + println(f, " vim", # separated to avoid an error from vim which otherwise tries to parse this line + ":tw=$(cw+uw+lw+dw+3):et:ft=help:norl:") +end Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U-table.txt =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U-table.txt (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U-table.txt (revision 26505) @@ -0,0 +1,3278 @@ +julia-vim-L2U-table.txt LaTeX-to-Unicode reference table + +=================================================================== +LATEX-TO-UNICODE REFERENCE TABLE *L2U-ref* *julia-vim-L2U-reference* + + Note: This file is autogenerated from the script 'generate_latex_symbols_table.jl' + The symbols are based on the documentation of Julia version 1.5.0-DEV.67 + See |julia-vim| for the LaTeX-to-Unicode manual. + +Code point(s) Character(s) Tab completion sequence(s) Unicode name(s)~ +----------------- ------------ -------------------------------------------- -------------------------------------------------------------------------------------------------------- +U+000A1 ¡ \exclamdown INVERTED EXCLAMATION MARK +U+000A3 £ \sterling POUND SIGN +U+000A5 ¥ \yen YEN SIGN +U+000A6 ¦ \brokenbar BROKEN BAR / BROKEN VERTICAL BAR +U+000A7 § \S SECTION SIGN +U+000A9 © \copyright, \:copyright: COPYRIGHT SIGN +U+000AA ª \ordfeminine FEMININE ORDINAL INDICATOR +U+000AC ¬ \neg NOT SIGN +U+000AE ® \circledR, \:registered: REGISTERED SIGN / REGISTERED TRADE MARK SIGN +U+000AF ¯ \highminus MACRON / SPACING MACRON +U+000B0 ° \degree DEGREE SIGN +U+000B1 ± \pm PLUS-MINUS SIGN / PLUS-OR-MINUS SIGN +U+000B2 ² \^2 SUPERSCRIPT TWO / SUPERSCRIPT DIGIT TWO +U+000B3 ³ \^3 SUPERSCRIPT THREE / SUPERSCRIPT DIGIT THREE +U+000B6 ¶ \P PILCROW SIGN / PARAGRAPH SIGN +U+000B7 · \cdotp MIDDLE DOT +U+000B9 ¹ \^1 SUPERSCRIPT ONE / SUPERSCRIPT DIGIT ONE +U+000BA º \ordmasculine MASCULINE ORDINAL INDICATOR +U+000BC ¼ \1/4 VULGAR FRACTION ONE QUARTER / FRACTION ONE QUARTER +U+000BD ½ \1/2 VULGAR FRACTION ONE HALF / FRACTION ONE HALF +U+000BE ¾ \3/4 VULGAR FRACTION THREE QUARTERS / FRACTION THREE QUARTERS +U+000BF ¿ \questiondown INVERTED QUESTION MARK +U+000C5 Å \AA LATIN CAPITAL LETTER A WITH RING ABOVE / LATIN CAPITAL LETTER A RING +U+000C6 Æ \AE LATIN CAPITAL LETTER AE / LATIN CAPITAL LETTER A E +U+000D0 Ð \DH LATIN CAPITAL LETTER ETH +U+000D7 × \times MULTIPLICATION SIGN +U+000D8 Ø \O LATIN CAPITAL LETTER O WITH STROKE / LATIN CAPITAL LETTER O SLASH +U+000DE Þ \TH LATIN CAPITAL LETTER THORN +U+000DF ß \ss LATIN SMALL LETTER SHARP S +U+000E5 å \aa LATIN SMALL LETTER A WITH RING ABOVE / LATIN SMALL LETTER A RING +U+000E6 æ \ae LATIN SMALL LETTER AE / LATIN SMALL LETTER A E +U+000F0 ð \eth, \dh LATIN SMALL LETTER ETH +U+000F7 ÷ \div DIVISION SIGN +U+000F8 ø \o LATIN SMALL LETTER O WITH STROKE / LATIN SMALL LETTER O SLASH +U+000FE þ \th LATIN SMALL LETTER THORN +U+00110 Đ \DJ LATIN CAPITAL LETTER D WITH STROKE / LATIN CAPITAL LETTER D BAR +U+00111 đ \dj LATIN SMALL LETTER D WITH STROKE / LATIN SMALL LETTER D BAR +U+00127 ħ \hbar LATIN SMALL LETTER H WITH STROKE / LATIN SMALL LETTER H BAR +U+00131 ı \imath LATIN SMALL LETTER DOTLESS I +U+00141 Ł \L LATIN CAPITAL LETTER L WITH STROKE / LATIN CAPITAL LETTER L SLASH +U+00142 ł \l LATIN SMALL LETTER L WITH STROKE / LATIN SMALL LETTER L SLASH +U+0014A Ŋ \NG LATIN CAPITAL LETTER ENG +U+0014B ŋ \ng LATIN SMALL LETTER ENG +U+00152 Œ \OE LATIN CAPITAL LIGATURE OE / LATIN CAPITAL LETTER O E +U+00153 œ \oe LATIN SMALL LIGATURE OE / LATIN SMALL LETTER O E +U+00195 ƕ \hvlig LATIN SMALL LETTER HV / LATIN SMALL LETTER H V +U+0019E ƞ \nrleg LATIN SMALL LETTER N WITH LONG RIGHT LEG +U+001B5 Ƶ \Zbar LATIN CAPITAL LETTER Z WITH STROKE / LATIN CAPITAL LETTER Z BAR +U+001C2 ǂ \doublepipe LATIN LETTER ALVEOLAR CLICK / LATIN LETTER PIPE DOUBLE BAR +U+00237 ȷ \jmath LATIN SMALL LETTER DOTLESS J +U+00250 ɐ \trna LATIN SMALL LETTER TURNED A +U+00252 ɒ \trnsa LATIN SMALL LETTER TURNED ALPHA / LATIN SMALL LETTER TURNED SCRIPT A +U+00254 ɔ \openo LATIN SMALL LETTER OPEN O +U+00256 ɖ \rtld LATIN SMALL LETTER D WITH TAIL / LATIN SMALL LETTER D RETROFLEX HOOK +U+00259 ə \schwa LATIN SMALL LETTER SCHWA +U+00263 ɣ \pgamma LATIN SMALL LETTER GAMMA +U+00264 ɤ \pbgam LATIN SMALL LETTER RAMS HORN / LATIN SMALL LETTER BABY GAMMA +U+00265 ɥ \trnh LATIN SMALL LETTER TURNED H +U+0026C ɬ \btdl LATIN SMALL LETTER L WITH BELT / LATIN SMALL LETTER L BELT +U+0026D ɭ \rtll LATIN SMALL LETTER L WITH RETROFLEX HOOK / LATIN SMALL LETTER L RETROFLEX HOOK +U+0026F ɯ \trnm LATIN SMALL LETTER TURNED M +U+00270 ɰ \trnmlr LATIN SMALL LETTER TURNED M WITH LONG LEG +U+00271 ɱ \ltlmr LATIN SMALL LETTER M WITH HOOK / LATIN SMALL LETTER M HOOK +U+00272 ɲ \ltln LATIN SMALL LETTER N WITH LEFT HOOK / LATIN SMALL LETTER N HOOK +U+00273 ɳ \rtln LATIN SMALL LETTER N WITH RETROFLEX HOOK / LATIN SMALL LETTER N RETROFLEX HOOK +U+00277 ɷ \clomeg LATIN SMALL LETTER CLOSED OMEGA +U+00278 ɸ \ltphi LATIN SMALL LETTER PHI +U+00279 ɹ \trnr LATIN SMALL LETTER TURNED R +U+0027A ɺ \trnrl LATIN SMALL LETTER TURNED R WITH LONG LEG +U+0027B ɻ \rttrnr LATIN SMALL LETTER TURNED R WITH HOOK / LATIN SMALL LETTER TURNED R HOOK +U+0027C ɼ \rl LATIN SMALL LETTER R WITH LONG LEG +U+0027D ɽ \rtlr LATIN SMALL LETTER R WITH TAIL / LATIN SMALL LETTER R HOOK +U+0027E ɾ \fhr LATIN SMALL LETTER R WITH FISHHOOK / LATIN SMALL LETTER FISHHOOK R +U+00282 ʂ \rtls LATIN SMALL LETTER S WITH HOOK / LATIN SMALL LETTER S HOOK +U+00283 ʃ \esh LATIN SMALL LETTER ESH +U+00287 ʇ \trnt LATIN SMALL LETTER TURNED T +U+00288 ʈ \rtlt LATIN SMALL LETTER T WITH RETROFLEX HOOK / LATIN SMALL LETTER T RETROFLEX HOOK +U+0028A ʊ \pupsil LATIN SMALL LETTER UPSILON +U+0028B ʋ \pscrv LATIN SMALL LETTER V WITH HOOK / LATIN SMALL LETTER SCRIPT V +U+0028C ʌ \invv LATIN SMALL LETTER TURNED V +U+0028D ʍ \invw LATIN SMALL LETTER TURNED W +U+0028E ʎ \trny LATIN SMALL LETTER TURNED Y +U+00290 ʐ \rtlz LATIN SMALL LETTER Z WITH RETROFLEX HOOK / LATIN SMALL LETTER Z RETROFLEX HOOK +U+00292 ʒ \yogh LATIN SMALL LETTER EZH / LATIN SMALL LETTER YOGH +U+00294 ʔ \glst LATIN LETTER GLOTTAL STOP +U+00295 ʕ \reglst LATIN LETTER PHARYNGEAL VOICED FRICATIVE / LATIN LETTER REVERSED GLOTTAL STOP +U+00296 ʖ \inglst LATIN LETTER INVERTED GLOTTAL STOP +U+0029E ʞ \turnk LATIN SMALL LETTER TURNED K +U+002A4 ʤ \dyogh LATIN SMALL LETTER DEZH DIGRAPH / LATIN SMALL LETTER D YOGH +U+002A7 ʧ \tesh LATIN SMALL LETTER TESH DIGRAPH / LATIN SMALL LETTER T ESH +U+002B0 ʰ \^h MODIFIER LETTER SMALL H +U+002B2 ʲ \^j MODIFIER LETTER SMALL J +U+002B3 ʳ \^r MODIFIER LETTER SMALL R +U+002B7 ʷ \^w MODIFIER LETTER SMALL W +U+002B8 ʸ \^y MODIFIER LETTER SMALL Y +U+002BC ʼ \rasp MODIFIER LETTER APOSTROPHE +U+002C8 ˈ \verts MODIFIER LETTER VERTICAL LINE +U+002CC ˌ \verti MODIFIER LETTER LOW VERTICAL LINE +U+002D0 ː \lmrk MODIFIER LETTER TRIANGULAR COLON +U+002D1 ˑ \hlmrk MODIFIER LETTER HALF TRIANGULAR COLON +U+002D2 ˒ \sbrhr MODIFIER LETTER CENTRED RIGHT HALF RING / MODIFIER LETTER CENTERED RIGHT HALF RING +U+002D3 ˓ \sblhr MODIFIER LETTER CENTRED LEFT HALF RING / MODIFIER LETTER CENTERED LEFT HALF RING +U+002D4 ˔ \rais MODIFIER LETTER UP TACK +U+002D5 ˕ \low MODIFIER LETTER DOWN TACK +U+002D8 ˘ \u BREVE / SPACING BREVE +U+002DC ˜ \tildelow SMALL TILDE / SPACING TILDE +U+002E1 ˡ \^l MODIFIER LETTER SMALL L +U+002E2 ˢ \^s MODIFIER LETTER SMALL S +U+002E3 ˣ \^x MODIFIER LETTER SMALL X +U+00300 ◌̀ \grave COMBINING GRAVE ACCENT / NON-SPACING GRAVE +U+00301 ◌́ \acute COMBINING ACUTE ACCENT / NON-SPACING ACUTE +U+00302 ◌̂ \hat COMBINING CIRCUMFLEX ACCENT / NON-SPACING CIRCUMFLEX +U+00303 ◌̃ \tilde COMBINING TILDE / NON-SPACING TILDE +U+00304 ◌̄ \bar COMBINING MACRON / NON-SPACING MACRON +U+00305 ◌̅ \overbar COMBINING OVERLINE / NON-SPACING OVERSCORE +U+00306 ◌̆ \breve COMBINING BREVE / NON-SPACING BREVE +U+00307 ◌̇ \dot COMBINING DOT ABOVE / NON-SPACING DOT ABOVE +U+00308 ◌̈ \ddot COMBINING DIAERESIS / NON-SPACING DIAERESIS +U+00309 ◌̉ \ovhook COMBINING HOOK ABOVE / NON-SPACING HOOK ABOVE +U+0030A ◌̊ \ocirc COMBINING RING ABOVE / NON-SPACING RING ABOVE +U+0030B ◌̋ \H COMBINING DOUBLE ACUTE ACCENT / NON-SPACING DOUBLE ACUTE +U+0030C ◌̌ \check COMBINING CARON / NON-SPACING HACEK +U+00310 ◌̐ \candra COMBINING CANDRABINDU / NON-SPACING CANDRABINDU +U+00312 ◌̒ \oturnedcomma COMBINING TURNED COMMA ABOVE / NON-SPACING TURNED COMMA ABOVE +U+00315 ◌̕ \ocommatopright COMBINING COMMA ABOVE RIGHT / NON-SPACING COMMA ABOVE RIGHT +U+0031A ◌̚ \droang COMBINING LEFT ANGLE ABOVE / NON-SPACING LEFT ANGLE ABOVE +U+00321 ◌̡ \palh COMBINING PALATALIZED HOOK BELOW / NON-SPACING PALATALIZED HOOK BELOW +U+00322 ◌̢ \rh COMBINING RETROFLEX HOOK BELOW / NON-SPACING RETROFLEX HOOK BELOW +U+00327 ◌̧ \c COMBINING CEDILLA / NON-SPACING CEDILLA +U+00328 ◌̨ \k COMBINING OGONEK / NON-SPACING OGONEK +U+0032A ◌̪ \sbbrg COMBINING BRIDGE BELOW / NON-SPACING BRIDGE BELOW +U+00330 ◌̰ \wideutilde COMBINING TILDE BELOW / NON-SPACING TILDE BELOW +U+00332 ◌̲ \underbar COMBINING LOW LINE / NON-SPACING UNDERSCORE +U+00336 ◌̶ \strike, \sout COMBINING LONG STROKE OVERLAY / NON-SPACING LONG BAR OVERLAY +U+00338 ◌̸ \not COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+0034D ◌͍ \underleftrightarrow COMBINING LEFT RIGHT ARROW BELOW +U+00391 Α \Alpha GREEK CAPITAL LETTER ALPHA +U+00392 Β \Beta GREEK CAPITAL LETTER BETA +U+00393 Γ \Gamma GREEK CAPITAL LETTER GAMMA +U+00394 Δ \Delta GREEK CAPITAL LETTER DELTA +U+00395 Ε \Epsilon GREEK CAPITAL LETTER EPSILON +U+00396 Ζ \Zeta GREEK CAPITAL LETTER ZETA +U+00397 Η \Eta GREEK CAPITAL LETTER ETA +U+00398 Θ \Theta GREEK CAPITAL LETTER THETA +U+00399 Ι \Iota GREEK CAPITAL LETTER IOTA +U+0039A Κ \Kappa GREEK CAPITAL LETTER KAPPA +U+0039B Λ \Lambda GREEK CAPITAL LETTER LAMDA / GREEK CAPITAL LETTER LAMBDA +U+0039C Μ \upMu GREEK CAPITAL LETTER MU +U+0039D Ν \upNu GREEK CAPITAL LETTER NU +U+0039E Ξ \Xi GREEK CAPITAL LETTER XI +U+0039F Ο \upOmicron GREEK CAPITAL LETTER OMICRON +U+003A0 Π \Pi GREEK CAPITAL LETTER PI +U+003A1 Ρ \Rho GREEK CAPITAL LETTER RHO +U+003A3 Σ \Sigma GREEK CAPITAL LETTER SIGMA +U+003A4 Τ \Tau GREEK CAPITAL LETTER TAU +U+003A5 Υ \Upsilon GREEK CAPITAL LETTER UPSILON +U+003A6 Φ \Phi GREEK CAPITAL LETTER PHI +U+003A7 Χ \Chi GREEK CAPITAL LETTER CHI +U+003A8 Ψ \Psi GREEK CAPITAL LETTER PSI +U+003A9 Ω \Omega GREEK CAPITAL LETTER OMEGA +U+003B1 α \alpha GREEK SMALL LETTER ALPHA +U+003B2 β \beta GREEK SMALL LETTER BETA +U+003B3 γ \gamma GREEK SMALL LETTER GAMMA +U+003B4 δ \delta GREEK SMALL LETTER DELTA +U+003B5 ε \upepsilon, \varepsilon GREEK SMALL LETTER EPSILON +U+003B6 ζ \zeta GREEK SMALL LETTER ZETA +U+003B7 η \eta GREEK SMALL LETTER ETA +U+003B8 θ \theta GREEK SMALL LETTER THETA +U+003B9 ι \iota GREEK SMALL LETTER IOTA +U+003BA κ \kappa GREEK SMALL LETTER KAPPA +U+003BB λ \lambda GREEK SMALL LETTER LAMDA / GREEK SMALL LETTER LAMBDA +U+003BC μ \mu GREEK SMALL LETTER MU +U+003BD ν \nu GREEK SMALL LETTER NU +U+003BE ξ \xi GREEK SMALL LETTER XI +U+003BF ο \upomicron GREEK SMALL LETTER OMICRON +U+003C0 π \pi GREEK SMALL LETTER PI +U+003C1 ρ \rho GREEK SMALL LETTER RHO +U+003C2 ς \varsigma GREEK SMALL LETTER FINAL SIGMA +U+003C3 σ \sigma GREEK SMALL LETTER SIGMA +U+003C4 τ \tau GREEK SMALL LETTER TAU +U+003C5 υ \upsilon GREEK SMALL LETTER UPSILON +U+003C6 φ \varphi GREEK SMALL LETTER PHI +U+003C7 χ \chi GREEK SMALL LETTER CHI +U+003C8 ψ \psi GREEK SMALL LETTER PSI +U+003C9 ω \omega GREEK SMALL LETTER OMEGA +U+003D0 ϐ \upvarbeta GREEK BETA SYMBOL / GREEK SMALL LETTER CURLED BETA +U+003D1 ϑ \vartheta GREEK THETA SYMBOL / GREEK SMALL LETTER SCRIPT THETA +U+003D5 ϕ \phi GREEK PHI SYMBOL / GREEK SMALL LETTER SCRIPT PHI +U+003D6 ϖ \varpi GREEK PI SYMBOL / GREEK SMALL LETTER OMEGA PI +U+003D8 Ϙ \upoldKoppa GREEK LETTER ARCHAIC KOPPA +U+003D9 ϙ \upoldkoppa GREEK SMALL LETTER ARCHAIC KOPPA +U+003DA Ϛ \Stigma GREEK LETTER STIGMA / GREEK CAPITAL LETTER STIGMA +U+003DB ϛ \upstigma GREEK SMALL LETTER STIGMA +U+003DC Ϝ \Digamma GREEK LETTER DIGAMMA / GREEK CAPITAL LETTER DIGAMMA +U+003DD ϝ \digamma GREEK SMALL LETTER DIGAMMA +U+003DE Ϟ \Koppa GREEK LETTER KOPPA / GREEK CAPITAL LETTER KOPPA +U+003DF ϟ \upkoppa GREEK SMALL LETTER KOPPA +U+003E0 Ϡ \Sampi GREEK LETTER SAMPI / GREEK CAPITAL LETTER SAMPI +U+003E1 ϡ \upsampi GREEK SMALL LETTER SAMPI +U+003F0 ϰ \varkappa GREEK KAPPA SYMBOL / GREEK SMALL LETTER SCRIPT KAPPA +U+003F1 ϱ \varrho GREEK RHO SYMBOL / GREEK SMALL LETTER TAILED RHO +U+003F4 ϴ \varTheta GREEK CAPITAL THETA SYMBOL +U+003F5 ϵ \epsilon GREEK LUNATE EPSILON SYMBOL +U+003F6 ϶ \backepsilon GREEK REVERSED LUNATE EPSILON SYMBOL +U+01D2C ᴬ \^A MODIFIER LETTER CAPITAL A +U+01D2E ᴮ \^B MODIFIER LETTER CAPITAL B +U+01D30 ᴰ \^D MODIFIER LETTER CAPITAL D +U+01D31 ᴱ \^E MODIFIER LETTER CAPITAL E +U+01D33 ᴳ \^G MODIFIER LETTER CAPITAL G +U+01D34 ᴴ \^H MODIFIER LETTER CAPITAL H +U+01D35 ᴵ \^I MODIFIER LETTER CAPITAL I +U+01D36 ᴶ \^J MODIFIER LETTER CAPITAL J +U+01D37 ᴷ \^K MODIFIER LETTER CAPITAL K +U+01D38 ᴸ \^L MODIFIER LETTER CAPITAL L +U+01D39 ᴹ \^M MODIFIER LETTER CAPITAL M +U+01D3A ᴺ \^N MODIFIER LETTER CAPITAL N +U+01D3C ᴼ \^O MODIFIER LETTER CAPITAL O +U+01D3E ᴾ \^P MODIFIER LETTER CAPITAL P +U+01D3F ᴿ \^R MODIFIER LETTER CAPITAL R +U+01D40 ᵀ \^T MODIFIER LETTER CAPITAL T +U+01D41 ᵁ \^U MODIFIER LETTER CAPITAL U +U+01D42 ᵂ \^W MODIFIER LETTER CAPITAL W +U+01D43 ᵃ \^a MODIFIER LETTER SMALL A +U+01D45 ᵅ \^alpha MODIFIER LETTER SMALL ALPHA +U+01D47 ᵇ \^b MODIFIER LETTER SMALL B +U+01D48 ᵈ \^d MODIFIER LETTER SMALL D +U+01D49 ᵉ \^e MODIFIER LETTER SMALL E +U+01D4B ᵋ \^epsilon MODIFIER LETTER SMALL OPEN E +U+01D4D ᵍ \^g MODIFIER LETTER SMALL G +U+01D4F ᵏ \^k MODIFIER LETTER SMALL K +U+01D50 ᵐ \^m MODIFIER LETTER SMALL M +U+01D52 ᵒ \^o MODIFIER LETTER SMALL O +U+01D56 ᵖ \^p MODIFIER LETTER SMALL P +U+01D57 ᵗ \^t MODIFIER LETTER SMALL T +U+01D58 ᵘ \^u MODIFIER LETTER SMALL U +U+01D5B ᵛ \^v MODIFIER LETTER SMALL V +U+01D5D ᵝ \^beta MODIFIER LETTER SMALL BETA +U+01D5E ᵞ \^gamma MODIFIER LETTER SMALL GREEK GAMMA +U+01D5F ᵟ \^delta MODIFIER LETTER SMALL DELTA +U+01D60 ᵠ \^phi MODIFIER LETTER SMALL GREEK PHI +U+01D61 ᵡ \^chi MODIFIER LETTER SMALL CHI +U+01D62 ᵢ \_i LATIN SUBSCRIPT SMALL LETTER I +U+01D63 ᵣ \_r LATIN SUBSCRIPT SMALL LETTER R +U+01D64 ᵤ \_u LATIN SUBSCRIPT SMALL LETTER U +U+01D65 ᵥ \_v LATIN SUBSCRIPT SMALL LETTER V +U+01D66 ᵦ \_beta GREEK SUBSCRIPT SMALL LETTER BETA +U+01D67 ᵧ \_gamma GREEK SUBSCRIPT SMALL LETTER GAMMA +U+01D68 ᵨ \_rho GREEK SUBSCRIPT SMALL LETTER RHO +U+01D69 ᵩ \_phi GREEK SUBSCRIPT SMALL LETTER PHI +U+01D6A ᵪ \_chi GREEK SUBSCRIPT SMALL LETTER CHI +U+01D9C ᶜ \^c MODIFIER LETTER SMALL C +U+01DA0 ᶠ \^f MODIFIER LETTER SMALL F +U+01DA5 ᶥ \^iota MODIFIER LETTER SMALL IOTA +U+01DB2 ᶲ \^Phi MODIFIER LETTER SMALL PHI +U+01DBB ᶻ \^z MODIFIER LETTER SMALL Z +U+01DBF ᶿ \^theta MODIFIER LETTER SMALL THETA +U+02002   \enspace EN SPACE +U+02003   \quad EM SPACE +U+02005   \thickspace FOUR-PER-EM SPACE +U+02009   \thinspace THIN SPACE +U+0200A   \hspace HAIR SPACE +U+02013 – \endash EN DASH +U+02014 — \emdash EM DASH +U+02016 ‖ \Vert DOUBLE VERTICAL LINE / DOUBLE VERTICAL BAR +U+02018 ‘ \lq LEFT SINGLE QUOTATION MARK / SINGLE TURNED COMMA QUOTATION MARK +U+02019 ’ \rq RIGHT SINGLE QUOTATION MARK / SINGLE COMMA QUOTATION MARK +U+0201B ‛ \reapos SINGLE HIGH-REVERSED-9 QUOTATION MARK / SINGLE REVERSED COMMA QUOTATION MARK +U+0201C “ \quotedblleft LEFT DOUBLE QUOTATION MARK / DOUBLE TURNED COMMA QUOTATION MARK +U+0201D ” \quotedblright RIGHT DOUBLE QUOTATION MARK / DOUBLE COMMA QUOTATION MARK +U+02020 † \dagger DAGGER +U+02021 ‡ \ddagger DOUBLE DAGGER +U+02022 • \bullet BULLET +U+02026 … \dots, \ldots HORIZONTAL ELLIPSIS +U+02030 ‰ \perthousand PER MILLE SIGN +U+02031 ‱ \pertenthousand PER TEN THOUSAND SIGN +U+02032 ′ \prime PRIME +U+02033 ″ \pprime DOUBLE PRIME +U+02034 ‴ \ppprime TRIPLE PRIME +U+02035 ‵ \backprime REVERSED PRIME +U+02036 ‶ \backpprime REVERSED DOUBLE PRIME +U+02037 ‷ \backppprime REVERSED TRIPLE PRIME +U+02039 ‹ \guilsinglleft SINGLE LEFT-POINTING ANGLE QUOTATION MARK / LEFT POINTING SINGLE GUILLEMET +U+0203A › \guilsinglright SINGLE RIGHT-POINTING ANGLE QUOTATION MARK / RIGHT POINTING SINGLE GUILLEMET +U+0203C ‼ \:bangbang: DOUBLE EXCLAMATION MARK +U+02040 ⁀ \tieconcat CHARACTER TIE +U+02049 ⁉ \:interrobang: EXCLAMATION QUESTION MARK +U+02057 ⁗ \pppprime QUADRUPLE PRIME +U+0205D ⁝ \tricolon TRICOLON +U+02060 ⁠ \nolinebreak WORD JOINER +U+02070 ⁰ \^0 SUPERSCRIPT ZERO / SUPERSCRIPT DIGIT ZERO +U+02071 ⁱ \^i SUPERSCRIPT LATIN SMALL LETTER I +U+02074 ⁴ \^4 SUPERSCRIPT FOUR / SUPERSCRIPT DIGIT FOUR +U+02075 ⁵ \^5 SUPERSCRIPT FIVE / SUPERSCRIPT DIGIT FIVE +U+02076 ⁶ \^6 SUPERSCRIPT SIX / SUPERSCRIPT DIGIT SIX +U+02077 ⁷ \^7 SUPERSCRIPT SEVEN / SUPERSCRIPT DIGIT SEVEN +U+02078 ⁸ \^8 SUPERSCRIPT EIGHT / SUPERSCRIPT DIGIT EIGHT +U+02079 ⁹ \^9 SUPERSCRIPT NINE / SUPERSCRIPT DIGIT NINE +U+0207A ⁺ \^+ SUPERSCRIPT PLUS SIGN +U+0207B ⁻ \^- SUPERSCRIPT MINUS / SUPERSCRIPT HYPHEN-MINUS +U+0207C ⁼ \^= SUPERSCRIPT EQUALS SIGN +U+0207D ⁽ \^( SUPERSCRIPT LEFT PARENTHESIS / SUPERSCRIPT OPENING PARENTHESIS +U+0207E ⁾ \^) SUPERSCRIPT RIGHT PARENTHESIS / SUPERSCRIPT CLOSING PARENTHESIS +U+0207F ⁿ \^n SUPERSCRIPT LATIN SMALL LETTER N +U+02080 ₀ \_0 SUBSCRIPT ZERO / SUBSCRIPT DIGIT ZERO +U+02081 ₁ \_1 SUBSCRIPT ONE / SUBSCRIPT DIGIT ONE +U+02082 ₂ \_2 SUBSCRIPT TWO / SUBSCRIPT DIGIT TWO +U+02083 ₃ \_3 SUBSCRIPT THREE / SUBSCRIPT DIGIT THREE +U+02084 ₄ \_4 SUBSCRIPT FOUR / SUBSCRIPT DIGIT FOUR +U+02085 ₅ \_5 SUBSCRIPT FIVE / SUBSCRIPT DIGIT FIVE +U+02086 ₆ \_6 SUBSCRIPT SIX / SUBSCRIPT DIGIT SIX +U+02087 ₇ \_7 SUBSCRIPT SEVEN / SUBSCRIPT DIGIT SEVEN +U+02088 ₈ \_8 SUBSCRIPT EIGHT / SUBSCRIPT DIGIT EIGHT +U+02089 ₉ \_9 SUBSCRIPT NINE / SUBSCRIPT DIGIT NINE +U+0208A ₊ \_+ SUBSCRIPT PLUS SIGN +U+0208B ₋ \_- SUBSCRIPT MINUS / SUBSCRIPT HYPHEN-MINUS +U+0208C ₌ \_= SUBSCRIPT EQUALS SIGN +U+0208D ₍ \_( SUBSCRIPT LEFT PARENTHESIS / SUBSCRIPT OPENING PARENTHESIS +U+0208E ₎ \_) SUBSCRIPT RIGHT PARENTHESIS / SUBSCRIPT CLOSING PARENTHESIS +U+02090 ₐ \_a LATIN SUBSCRIPT SMALL LETTER A +U+02091 ₑ \_e LATIN SUBSCRIPT SMALL LETTER E +U+02092 ₒ \_o LATIN SUBSCRIPT SMALL LETTER O +U+02093 ₓ \_x LATIN SUBSCRIPT SMALL LETTER X +U+02094 ₔ \_schwa LATIN SUBSCRIPT SMALL LETTER SCHWA +U+02095 ₕ \_h LATIN SUBSCRIPT SMALL LETTER H +U+02096 ₖ \_k LATIN SUBSCRIPT SMALL LETTER K +U+02097 ₗ \_l LATIN SUBSCRIPT SMALL LETTER L +U+02098 ₘ \_m LATIN SUBSCRIPT SMALL LETTER M +U+02099 ₙ \_n LATIN SUBSCRIPT SMALL LETTER N +U+0209A ₚ \_p LATIN SUBSCRIPT SMALL LETTER P +U+0209B ₛ \_s LATIN SUBSCRIPT SMALL LETTER S +U+0209C ₜ \_t LATIN SUBSCRIPT SMALL LETTER T +U+020A7 ₧ \pes PESETA SIGN +U+020AC € \euro EURO SIGN +U+020D0 ◌⃐ \leftharpoonaccent COMBINING LEFT HARPOON ABOVE / NON-SPACING LEFT HARPOON ABOVE +U+020D1 ◌⃑ \rightharpoonaccent COMBINING RIGHT HARPOON ABOVE / NON-SPACING RIGHT HARPOON ABOVE +U+020D2 ◌⃒ \vertoverlay COMBINING LONG VERTICAL LINE OVERLAY / NON-SPACING LONG VERTICAL BAR OVERLAY +U+020D6 ◌⃖ \overleftarrow COMBINING LEFT ARROW ABOVE / NON-SPACING LEFT ARROW ABOVE +U+020D7 ◌⃗ \vec COMBINING RIGHT ARROW ABOVE / NON-SPACING RIGHT ARROW ABOVE +U+020DB ◌⃛ \dddot COMBINING THREE DOTS ABOVE / NON-SPACING THREE DOTS ABOVE +U+020DC ◌⃜ \ddddot COMBINING FOUR DOTS ABOVE / NON-SPACING FOUR DOTS ABOVE +U+020DD ◌⃝ \enclosecircle COMBINING ENCLOSING CIRCLE / ENCLOSING CIRCLE +U+020DE ◌⃞ \enclosesquare COMBINING ENCLOSING SQUARE / ENCLOSING SQUARE +U+020DF ◌⃟ \enclosediamond COMBINING ENCLOSING DIAMOND / ENCLOSING DIAMOND +U+020E1 ◌⃡ \overleftrightarrow COMBINING LEFT RIGHT ARROW ABOVE / NON-SPACING LEFT RIGHT ARROW ABOVE +U+020E4 ◌⃤ \enclosetriangle COMBINING ENCLOSING UPWARD POINTING TRIANGLE +U+020E7 ◌⃧ \annuity COMBINING ANNUITY SYMBOL +U+020E8 ◌⃨ \threeunderdot COMBINING TRIPLE UNDERDOT +U+020E9 ◌⃩ \widebridgeabove COMBINING WIDE BRIDGE ABOVE +U+020EC ◌⃬ \underrightharpoondown COMBINING RIGHTWARDS HARPOON WITH BARB DOWNWARDS +U+020ED ◌⃭ \underleftharpoondown COMBINING LEFTWARDS HARPOON WITH BARB DOWNWARDS +U+020EE ◌⃮ \underleftarrow COMBINING LEFT ARROW BELOW +U+020EF ◌⃯ \underrightarrow COMBINING RIGHT ARROW BELOW +U+020F0 ◌⃰ \asteraccent COMBINING ASTERISK ABOVE +U+02102 ℂ \bbC DOUBLE-STRUCK CAPITAL C / DOUBLE-STRUCK C +U+02107 ℇ \eulermascheroni EULER CONSTANT / EULERS +U+0210A ℊ \scrg SCRIPT SMALL G +U+0210B ℋ \scrH SCRIPT CAPITAL H / SCRIPT H +U+0210C ℌ \frakH BLACK-LETTER CAPITAL H / BLACK-LETTER H +U+0210D ℍ \bbH DOUBLE-STRUCK CAPITAL H / DOUBLE-STRUCK H +U+0210E ℎ \planck PLANCK CONSTANT +U+0210F ℏ \hslash PLANCK CONSTANT OVER TWO PI / PLANCK CONSTANT OVER 2 PI +U+02110 ℐ \scrI SCRIPT CAPITAL I / SCRIPT I +U+02111 ℑ \Im BLACK-LETTER CAPITAL I / BLACK-LETTER I +U+02112 ℒ \scrL SCRIPT CAPITAL L / SCRIPT L +U+02113 ℓ \ell SCRIPT SMALL L +U+02115 ℕ \bbN DOUBLE-STRUCK CAPITAL N / DOUBLE-STRUCK N +U+02116 № \numero NUMERO SIGN / NUMERO +U+02118 ℘ \wp SCRIPT CAPITAL P / SCRIPT P +U+02119 ℙ \bbP DOUBLE-STRUCK CAPITAL P / DOUBLE-STRUCK P +U+0211A ℚ \bbQ DOUBLE-STRUCK CAPITAL Q / DOUBLE-STRUCK Q +U+0211B ℛ \scrR SCRIPT CAPITAL R / SCRIPT R +U+0211C ℜ \Re BLACK-LETTER CAPITAL R / BLACK-LETTER R +U+0211D ℝ \bbR DOUBLE-STRUCK CAPITAL R / DOUBLE-STRUCK R +U+0211E ℞ \xrat PRESCRIPTION TAKE +U+02122 ™ \trademark, \:tm: TRADE MARK SIGN / TRADEMARK +U+02124 ℤ \bbZ DOUBLE-STRUCK CAPITAL Z / DOUBLE-STRUCK Z +U+02126 Ω \ohm OHM SIGN / OHM +U+02127 ℧ \mho INVERTED OHM SIGN / MHO +U+02128 ℨ \frakZ BLACK-LETTER CAPITAL Z / BLACK-LETTER Z +U+02129 ℩ \turnediota TURNED GREEK SMALL LETTER IOTA +U+0212B Å \Angstrom ANGSTROM SIGN / ANGSTROM UNIT +U+0212C ℬ \scrB SCRIPT CAPITAL B / SCRIPT B +U+0212D ℭ \frakC BLACK-LETTER CAPITAL C / BLACK-LETTER C +U+0212F ℯ \scre, \euler SCRIPT SMALL E +U+02130 ℰ \scrE SCRIPT CAPITAL E / SCRIPT E +U+02131 ℱ \scrF SCRIPT CAPITAL F / SCRIPT F +U+02132 Ⅎ \Finv TURNED CAPITAL F / TURNED F +U+02133 ℳ \scrM SCRIPT CAPITAL M / SCRIPT M +U+02134 ℴ \scro SCRIPT SMALL O +U+02135 ℵ \aleph ALEF SYMBOL / FIRST TRANSFINITE CARDINAL +U+02136 ℶ \beth BET SYMBOL / SECOND TRANSFINITE CARDINAL +U+02137 ℷ \gimel GIMEL SYMBOL / THIRD TRANSFINITE CARDINAL +U+02138 ℸ \daleth DALET SYMBOL / FOURTH TRANSFINITE CARDINAL +U+02139 ℹ \:information_source: INFORMATION SOURCE +U+0213C ℼ \bbpi DOUBLE-STRUCK SMALL PI +U+0213D ℽ \bbgamma DOUBLE-STRUCK SMALL GAMMA +U+0213E ℾ \bbGamma DOUBLE-STRUCK CAPITAL GAMMA +U+0213F ℿ \bbPi DOUBLE-STRUCK CAPITAL PI +U+02140 ⅀ \bbsum DOUBLE-STRUCK N-ARY SUMMATION +U+02141 ⅁ \Game TURNED SANS-SERIF CAPITAL G +U+02142 ⅂ \sansLturned TURNED SANS-SERIF CAPITAL L +U+02143 ⅃ \sansLmirrored REVERSED SANS-SERIF CAPITAL L +U+02144 ⅄ \Yup TURNED SANS-SERIF CAPITAL Y +U+02145 ⅅ \bbiD DOUBLE-STRUCK ITALIC CAPITAL D +U+02146 ⅆ \bbid DOUBLE-STRUCK ITALIC SMALL D +U+02147 ⅇ \bbie DOUBLE-STRUCK ITALIC SMALL E +U+02148 ⅈ \bbii DOUBLE-STRUCK ITALIC SMALL I +U+02149 ⅉ \bbij DOUBLE-STRUCK ITALIC SMALL J +U+0214A ⅊ \PropertyLine PROPERTY LINE +U+0214B ⅋ \upand TURNED AMPERSAND +U+02150 ⅐ \1/7 VULGAR FRACTION ONE SEVENTH +U+02151 ⅑ \1/9 VULGAR FRACTION ONE NINTH +U+02152 ⅒ \1/10 VULGAR FRACTION ONE TENTH +U+02153 ⅓ \1/3 VULGAR FRACTION ONE THIRD / FRACTION ONE THIRD +U+02154 ⅔ \2/3 VULGAR FRACTION TWO THIRDS / FRACTION TWO THIRDS +U+02155 ⅕ \1/5 VULGAR FRACTION ONE FIFTH / FRACTION ONE FIFTH +U+02156 ⅖ \2/5 VULGAR FRACTION TWO FIFTHS / FRACTION TWO FIFTHS +U+02157 ⅗ \3/5 VULGAR FRACTION THREE FIFTHS / FRACTION THREE FIFTHS +U+02158 ⅘ \4/5 VULGAR FRACTION FOUR FIFTHS / FRACTION FOUR FIFTHS +U+02159 ⅙ \1/6 VULGAR FRACTION ONE SIXTH / FRACTION ONE SIXTH +U+0215A ⅚ \5/6 VULGAR FRACTION FIVE SIXTHS / FRACTION FIVE SIXTHS +U+0215B ⅛ \1/8 VULGAR FRACTION ONE EIGHTH / FRACTION ONE EIGHTH +U+0215C ⅜ \3/8 VULGAR FRACTION THREE EIGHTHS / FRACTION THREE EIGHTHS +U+0215D ⅝ \5/8 VULGAR FRACTION FIVE EIGHTHS / FRACTION FIVE EIGHTHS +U+0215E ⅞ \7/8 VULGAR FRACTION SEVEN EIGHTHS / FRACTION SEVEN EIGHTHS +U+0215F ⅟ \1/ FRACTION NUMERATOR ONE +U+02189 ↉ \0/3 VULGAR FRACTION ZERO THIRDS +U+02190 ← \leftarrow LEFTWARDS ARROW / LEFT ARROW +U+02191 ↑ \uparrow UPWARDS ARROW / UP ARROW +U+02192 → \to, \rightarrow RIGHTWARDS ARROW / RIGHT ARROW +U+02193 ↓ \downarrow DOWNWARDS ARROW / DOWN ARROW +U+02194 ↔ \leftrightarrow, \:left_right_arrow: LEFT RIGHT ARROW +U+02195 ↕ \updownarrow, \:arrow_up_down: UP DOWN ARROW +U+02196 ↖ \nwarrow, \:arrow_upper_left: NORTH WEST ARROW / UPPER LEFT ARROW +U+02197 ↗ \nearrow, \:arrow_upper_right: NORTH EAST ARROW / UPPER RIGHT ARROW +U+02198 ↘ \searrow, \:arrow_lower_right: SOUTH EAST ARROW / LOWER RIGHT ARROW +U+02199 ↙ \swarrow, \:arrow_lower_left: SOUTH WEST ARROW / LOWER LEFT ARROW +U+0219A ↚ \nleftarrow LEFTWARDS ARROW WITH STROKE / LEFT ARROW WITH STROKE +U+0219B ↛ \nrightarrow RIGHTWARDS ARROW WITH STROKE / RIGHT ARROW WITH STROKE +U+0219C ↜ \leftwavearrow LEFTWARDS WAVE ARROW / LEFT WAVE ARROW +U+0219D ↝ \rightwavearrow RIGHTWARDS WAVE ARROW / RIGHT WAVE ARROW +U+0219E ↞ \twoheadleftarrow LEFTWARDS TWO HEADED ARROW / LEFT TWO HEADED ARROW +U+0219F ↟ \twoheaduparrow UPWARDS TWO HEADED ARROW / UP TWO HEADED ARROW +U+021A0 ↠ \twoheadrightarrow RIGHTWARDS TWO HEADED ARROW / RIGHT TWO HEADED ARROW +U+021A1 ↡ \twoheaddownarrow DOWNWARDS TWO HEADED ARROW / DOWN TWO HEADED ARROW +U+021A2 ↢ \leftarrowtail LEFTWARDS ARROW WITH TAIL / LEFT ARROW WITH TAIL +U+021A3 ↣ \rightarrowtail RIGHTWARDS ARROW WITH TAIL / RIGHT ARROW WITH TAIL +U+021A4 ↤ \mapsfrom LEFTWARDS ARROW FROM BAR / LEFT ARROW FROM BAR +U+021A5 ↥ \mapsup UPWARDS ARROW FROM BAR / UP ARROW FROM BAR +U+021A6 ↦ \mapsto RIGHTWARDS ARROW FROM BAR / RIGHT ARROW FROM BAR +U+021A7 ↧ \mapsdown DOWNWARDS ARROW FROM BAR / DOWN ARROW FROM BAR +U+021A8 ↨ \updownarrowbar UP DOWN ARROW WITH BASE +U+021A9 ↩ \hookleftarrow, \:leftwards_arrow_with_hook: LEFTWARDS ARROW WITH HOOK / LEFT ARROW WITH HOOK +U+021AA ↪ \hookrightarrow, \:arrow_right_hook: RIGHTWARDS ARROW WITH HOOK / RIGHT ARROW WITH HOOK +U+021AB ↫ \looparrowleft LEFTWARDS ARROW WITH LOOP / LEFT ARROW WITH LOOP +U+021AC ↬ \looparrowright RIGHTWARDS ARROW WITH LOOP / RIGHT ARROW WITH LOOP +U+021AD ↭ \leftrightsquigarrow LEFT RIGHT WAVE ARROW +U+021AE ↮ \nleftrightarrow LEFT RIGHT ARROW WITH STROKE +U+021AF ↯ \downzigzagarrow DOWNWARDS ZIGZAG ARROW / DOWN ZIGZAG ARROW +U+021B0 ↰ \Lsh UPWARDS ARROW WITH TIP LEFTWARDS / UP ARROW WITH TIP LEFT +U+021B1 ↱ \Rsh UPWARDS ARROW WITH TIP RIGHTWARDS / UP ARROW WITH TIP RIGHT +U+021B2 ↲ \Ldsh DOWNWARDS ARROW WITH TIP LEFTWARDS / DOWN ARROW WITH TIP LEFT +U+021B3 ↳ \Rdsh DOWNWARDS ARROW WITH TIP RIGHTWARDS / DOWN ARROW WITH TIP RIGHT +U+021B4 ↴ \linefeed RIGHTWARDS ARROW WITH CORNER DOWNWARDS / RIGHT ARROW WITH CORNER DOWN +U+021B5 ↵ \carriagereturn DOWNWARDS ARROW WITH CORNER LEFTWARDS / DOWN ARROW WITH CORNER LEFT +U+021B6 ↶ \curvearrowleft ANTICLOCKWISE TOP SEMICIRCLE ARROW +U+021B7 ↷ \curvearrowright CLOCKWISE TOP SEMICIRCLE ARROW +U+021B8 ↸ \barovernorthwestarrow NORTH WEST ARROW TO LONG BAR / UPPER LEFT ARROW TO LONG BAR +U+021B9 ↹ \barleftarrowrightarrowbar LEFTWARDS ARROW TO BAR OVER RIGHTWARDS ARROW TO BAR / LEFT ARROW TO BAR OVER RIGHT ARROW TO BAR +U+021BA ↺ \circlearrowleft ANTICLOCKWISE OPEN CIRCLE ARROW +U+021BB ↻ \circlearrowright CLOCKWISE OPEN CIRCLE ARROW +U+021BC ↼ \leftharpoonup LEFTWARDS HARPOON WITH BARB UPWARDS / LEFT HARPOON WITH BARB UP +U+021BD ↽ \leftharpoondown LEFTWARDS HARPOON WITH BARB DOWNWARDS / LEFT HARPOON WITH BARB DOWN +U+021BE ↾ \upharpoonright UPWARDS HARPOON WITH BARB RIGHTWARDS / UP HARPOON WITH BARB RIGHT +U+021BF ↿ \upharpoonleft UPWARDS HARPOON WITH BARB LEFTWARDS / UP HARPOON WITH BARB LEFT +U+021C0 ⇀ \rightharpoonup RIGHTWARDS HARPOON WITH BARB UPWARDS / RIGHT HARPOON WITH BARB UP +U+021C1 ⇁ \rightharpoondown RIGHTWARDS HARPOON WITH BARB DOWNWARDS / RIGHT HARPOON WITH BARB DOWN +U+021C2 ⇂ \downharpoonright DOWNWARDS HARPOON WITH BARB RIGHTWARDS / DOWN HARPOON WITH BARB RIGHT +U+021C3 ⇃ \downharpoonleft DOWNWARDS HARPOON WITH BARB LEFTWARDS / DOWN HARPOON WITH BARB LEFT +U+021C4 ⇄ \rightleftarrows RIGHTWARDS ARROW OVER LEFTWARDS ARROW / RIGHT ARROW OVER LEFT ARROW +U+021C5 ⇅ \dblarrowupdown UPWARDS ARROW LEFTWARDS OF DOWNWARDS ARROW / UP ARROW LEFT OF DOWN ARROW +U+021C6 ⇆ \leftrightarrows LEFTWARDS ARROW OVER RIGHTWARDS ARROW / LEFT ARROW OVER RIGHT ARROW +U+021C7 ⇇ \leftleftarrows LEFTWARDS PAIRED ARROWS / LEFT PAIRED ARROWS +U+021C8 ⇈ \upuparrows UPWARDS PAIRED ARROWS / UP PAIRED ARROWS +U+021C9 ⇉ \rightrightarrows RIGHTWARDS PAIRED ARROWS / RIGHT PAIRED ARROWS +U+021CA ⇊ \downdownarrows DOWNWARDS PAIRED ARROWS / DOWN PAIRED ARROWS +U+021CB ⇋ \leftrightharpoons LEFTWARDS HARPOON OVER RIGHTWARDS HARPOON / LEFT HARPOON OVER RIGHT HARPOON +U+021CC ⇌ \rightleftharpoons RIGHTWARDS HARPOON OVER LEFTWARDS HARPOON / RIGHT HARPOON OVER LEFT HARPOON +U+021CD ⇍ \nLeftarrow LEFTWARDS DOUBLE ARROW WITH STROKE / LEFT DOUBLE ARROW WITH STROKE +U+021CE ⇎ \nLeftrightarrow LEFT RIGHT DOUBLE ARROW WITH STROKE +U+021CF ⇏ \nRightarrow RIGHTWARDS DOUBLE ARROW WITH STROKE / RIGHT DOUBLE ARROW WITH STROKE +U+021D0 ⇐ \Leftarrow LEFTWARDS DOUBLE ARROW / LEFT DOUBLE ARROW +U+021D1 ⇑ \Uparrow UPWARDS DOUBLE ARROW / UP DOUBLE ARROW +U+021D2 ⇒ \Rightarrow RIGHTWARDS DOUBLE ARROW / RIGHT DOUBLE ARROW +U+021D3 ⇓ \Downarrow DOWNWARDS DOUBLE ARROW / DOWN DOUBLE ARROW +U+021D4 ⇔ \Leftrightarrow LEFT RIGHT DOUBLE ARROW +U+021D5 ⇕ \Updownarrow UP DOWN DOUBLE ARROW +U+021D6 ⇖ \Nwarrow NORTH WEST DOUBLE ARROW / UPPER LEFT DOUBLE ARROW +U+021D7 ⇗ \Nearrow NORTH EAST DOUBLE ARROW / UPPER RIGHT DOUBLE ARROW +U+021D8 ⇘ \Searrow SOUTH EAST DOUBLE ARROW / LOWER RIGHT DOUBLE ARROW +U+021D9 ⇙ \Swarrow SOUTH WEST DOUBLE ARROW / LOWER LEFT DOUBLE ARROW +U+021DA ⇚ \Lleftarrow LEFTWARDS TRIPLE ARROW / LEFT TRIPLE ARROW +U+021DB ⇛ \Rrightarrow RIGHTWARDS TRIPLE ARROW / RIGHT TRIPLE ARROW +U+021DC ⇜ \leftsquigarrow LEFTWARDS SQUIGGLE ARROW / LEFT SQUIGGLE ARROW +U+021DD ⇝ \rightsquigarrow RIGHTWARDS SQUIGGLE ARROW / RIGHT SQUIGGLE ARROW +U+021DE ⇞ \nHuparrow UPWARDS ARROW WITH DOUBLE STROKE / UP ARROW WITH DOUBLE STROKE +U+021DF ⇟ \nHdownarrow DOWNWARDS ARROW WITH DOUBLE STROKE / DOWN ARROW WITH DOUBLE STROKE +U+021E0 ⇠ \leftdasharrow LEFTWARDS DASHED ARROW / LEFT DASHED ARROW +U+021E1 ⇡ \updasharrow UPWARDS DASHED ARROW / UP DASHED ARROW +U+021E2 ⇢ \rightdasharrow RIGHTWARDS DASHED ARROW / RIGHT DASHED ARROW +U+021E3 ⇣ \downdasharrow DOWNWARDS DASHED ARROW / DOWN DASHED ARROW +U+021E4 ⇤ \barleftarrow LEFTWARDS ARROW TO BAR / LEFT ARROW TO BAR +U+021E5 ⇥ \rightarrowbar RIGHTWARDS ARROW TO BAR / RIGHT ARROW TO BAR +U+021E6 ⇦ \leftwhitearrow LEFTWARDS WHITE ARROW / WHITE LEFT ARROW +U+021E7 ⇧ \upwhitearrow UPWARDS WHITE ARROW / WHITE UP ARROW +U+021E8 ⇨ \rightwhitearrow RIGHTWARDS WHITE ARROW / WHITE RIGHT ARROW +U+021E9 ⇩ \downwhitearrow DOWNWARDS WHITE ARROW / WHITE DOWN ARROW +U+021EA ⇪ \whitearrowupfrombar UPWARDS WHITE ARROW FROM BAR / WHITE UP ARROW FROM BAR +U+021F4 ⇴ \circleonrightarrow RIGHT ARROW WITH SMALL CIRCLE +U+021F5 ⇵ \DownArrowUpArrow DOWNWARDS ARROW LEFTWARDS OF UPWARDS ARROW +U+021F6 ⇶ \rightthreearrows THREE RIGHTWARDS ARROWS +U+021F7 ⇷ \nvleftarrow LEFTWARDS ARROW WITH VERTICAL STROKE +U+021F8 ⇸ \nvrightarrow RIGHTWARDS ARROW WITH VERTICAL STROKE +U+021F9 ⇹ \nvleftrightarrow LEFT RIGHT ARROW WITH VERTICAL STROKE +U+021FA ⇺ \nVleftarrow LEFTWARDS ARROW WITH DOUBLE VERTICAL STROKE +U+021FB ⇻ \nVrightarrow RIGHTWARDS ARROW WITH DOUBLE VERTICAL STROKE +U+021FC ⇼ \nVleftrightarrow LEFT RIGHT ARROW WITH DOUBLE VERTICAL STROKE +U+021FD ⇽ \leftarrowtriangle LEFTWARDS OPEN-HEADED ARROW +U+021FE ⇾ \rightarrowtriangle RIGHTWARDS OPEN-HEADED ARROW +U+021FF ⇿ \leftrightarrowtriangle LEFT RIGHT OPEN-HEADED ARROW +U+02200 ∀ \forall FOR ALL +U+02201 ∁ \complement COMPLEMENT +U+02202 ∂ \partial PARTIAL DIFFERENTIAL +U+02203 ∃ \exists THERE EXISTS +U+02204 ∄ \nexists THERE DOES NOT EXIST +U+02205 ∅ \varnothing, \emptyset EMPTY SET +U+02206 ∆ \increment INCREMENT +U+02207 ∇ \del, \nabla NABLA +U+02208 ∈ \in ELEMENT OF +U+02209 ∉ \notin NOT AN ELEMENT OF +U+0220A ∊ \smallin SMALL ELEMENT OF +U+0220B ∋ \ni CONTAINS AS MEMBER +U+0220C ∌ \nni DOES NOT CONTAIN AS MEMBER +U+0220D ∍ \smallni SMALL CONTAINS AS MEMBER +U+0220E ∎ \QED END OF PROOF +U+0220F ∏ \prod N-ARY PRODUCT +U+02210 ∐ \coprod N-ARY COPRODUCT +U+02211 ∑ \sum N-ARY SUMMATION +U+02212 − \minus MINUS SIGN +U+02213 ∓ \mp MINUS-OR-PLUS SIGN +U+02214 ∔ \dotplus DOT PLUS +U+02216 ∖ \setminus SET MINUS +U+02217 ∗ \ast ASTERISK OPERATOR +U+02218 ∘ \circ RING OPERATOR +U+02219 ∙ \vysmblkcircle BULLET OPERATOR +U+0221A √ \surd, \sqrt SQUARE ROOT +U+0221B ∛ \cbrt CUBE ROOT +U+0221C ∜ \fourthroot FOURTH ROOT +U+0221D ∝ \propto PROPORTIONAL TO +U+0221E ∞ \infty INFINITY +U+0221F ∟ \rightangle RIGHT ANGLE +U+02220 ∠ \angle ANGLE +U+02221 ∡ \measuredangle MEASURED ANGLE +U+02222 ∢ \sphericalangle SPHERICAL ANGLE +U+02223 ∣ \mid DIVIDES +U+02224 ∤ \nmid DOES NOT DIVIDE +U+02225 ∥ \parallel PARALLEL TO +U+02226 ∦ \nparallel NOT PARALLEL TO +U+02227 ∧ \wedge LOGICAL AND +U+02228 ∨ \vee LOGICAL OR +U+02229 ∩ \cap INTERSECTION +U+0222A ∪ \cup UNION +U+0222B ∫ \int INTEGRAL +U+0222C ∬ \iint DOUBLE INTEGRAL +U+0222D ∭ \iiint TRIPLE INTEGRAL +U+0222E ∮ \oint CONTOUR INTEGRAL +U+0222F ∯ \oiint SURFACE INTEGRAL +U+02230 ∰ \oiiint VOLUME INTEGRAL +U+02231 ∱ \clwintegral CLOCKWISE INTEGRAL +U+02232 ∲ \varointclockwise CLOCKWISE CONTOUR INTEGRAL +U+02233 ∳ \ointctrclockwise ANTICLOCKWISE CONTOUR INTEGRAL +U+02234 ∴ \therefore THEREFORE +U+02235 ∵ \because BECAUSE +U+02237 ∷ \Colon PROPORTION +U+02238 ∸ \dotminus DOT MINUS +U+0223A ∺ \dotsminusdots GEOMETRIC PROPORTION +U+0223B ∻ \kernelcontraction HOMOTHETIC +U+0223C ∼ \sim TILDE OPERATOR +U+0223D ∽ \backsim REVERSED TILDE +U+0223E ∾ \lazysinv INVERTED LAZY S +U+0223F ∿ \sinewave SINE WAVE +U+02240 ≀ \wr WREATH PRODUCT +U+02241 ≁ \nsim NOT TILDE +U+02242 ≂ \eqsim MINUS TILDE +U+02242 + U+00338 ≂̸ \neqsim MINUS TILDE + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02243 ≃ \simeq ASYMPTOTICALLY EQUAL TO +U+02244 ≄ \nsime NOT ASYMPTOTICALLY EQUAL TO +U+02245 ≅ \cong APPROXIMATELY EQUAL TO +U+02246 ≆ \approxnotequal APPROXIMATELY BUT NOT ACTUALLY EQUAL TO +U+02247 ≇ \ncong NEITHER APPROXIMATELY NOR ACTUALLY EQUAL TO +U+02248 ≈ \approx ALMOST EQUAL TO +U+02249 ≉ \napprox NOT ALMOST EQUAL TO +U+0224A ≊ \approxeq ALMOST EQUAL OR EQUAL TO +U+0224B ≋ \tildetrpl TRIPLE TILDE +U+0224C ≌ \allequal ALL EQUAL TO +U+0224D ≍ \asymp EQUIVALENT TO +U+0224E ≎ \Bumpeq GEOMETRICALLY EQUIVALENT TO +U+0224E + U+00338 ≎̸ \nBumpeq GEOMETRICALLY EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+0224F ≏ \bumpeq DIFFERENCE BETWEEN +U+0224F + U+00338 ≏̸ \nbumpeq DIFFERENCE BETWEEN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02250 ≐ \doteq APPROACHES THE LIMIT +U+02251 ≑ \Doteq GEOMETRICALLY EQUAL TO +U+02252 ≒ \fallingdotseq APPROXIMATELY EQUAL TO OR THE IMAGE OF +U+02253 ≓ \risingdotseq IMAGE OF OR APPROXIMATELY EQUAL TO +U+02254 ≔ \coloneq COLON EQUALS / COLON EQUAL +U+02255 ≕ \eqcolon EQUALS COLON / EQUAL COLON +U+02256 ≖ \eqcirc RING IN EQUAL TO +U+02257 ≗ \circeq RING EQUAL TO +U+02258 ≘ \arceq CORRESPONDS TO +U+02259 ≙ \wedgeq ESTIMATES +U+0225A ≚ \veeeq EQUIANGULAR TO +U+0225B ≛ \starequal STAR EQUALS +U+0225C ≜ \triangleq DELTA EQUAL TO +U+0225D ≝ \eqdef EQUAL TO BY DEFINITION +U+0225E ≞ \measeq MEASURED BY +U+0225F ≟ \questeq QUESTIONED EQUAL TO +U+02260 ≠ \ne NOT EQUAL TO +U+02261 ≡ \equiv IDENTICAL TO +U+02262 ≢ \nequiv NOT IDENTICAL TO +U+02263 ≣ \Equiv STRICTLY EQUIVALENT TO +U+02264 ≤ \le, \leq LESS-THAN OR EQUAL TO / LESS THAN OR EQUAL TO +U+02265 ≥ \ge, \geq GREATER-THAN OR EQUAL TO / GREATER THAN OR EQUAL TO +U+02266 ≦ \leqq LESS-THAN OVER EQUAL TO / LESS THAN OVER EQUAL TO +U+02267 ≧ \geqq GREATER-THAN OVER EQUAL TO / GREATER THAN OVER EQUAL TO +U+02268 ≨ \lneqq LESS-THAN BUT NOT EQUAL TO / LESS THAN BUT NOT EQUAL TO +U+02268 + U+0FE00 ≨︀ \lvertneqq LESS-THAN BUT NOT EQUAL TO / LESS THAN BUT NOT EQUAL TO + VARIATION SELECTOR-1 +U+02269 ≩ \gneqq GREATER-THAN BUT NOT EQUAL TO / GREATER THAN BUT NOT EQUAL TO +U+02269 + U+0FE00 ≩︀ \gvertneqq GREATER-THAN BUT NOT EQUAL TO / GREATER THAN BUT NOT EQUAL TO + VARIATION SELECTOR-1 +U+0226A ≪ \ll MUCH LESS-THAN / MUCH LESS THAN +U+0226A + U+00338 ≪̸ \NotLessLess MUCH LESS-THAN / MUCH LESS THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+0226B ≫ \gg MUCH GREATER-THAN / MUCH GREATER THAN +U+0226B + U+00338 ≫̸ \NotGreaterGreater MUCH GREATER-THAN / MUCH GREATER THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+0226C ≬ \between BETWEEN +U+0226D ≭ \nasymp NOT EQUIVALENT TO +U+0226E ≮ \nless NOT LESS-THAN / NOT LESS THAN +U+0226F ≯ \ngtr NOT GREATER-THAN / NOT GREATER THAN +U+02270 ≰ \nleq NEITHER LESS-THAN NOR EQUAL TO / NEITHER LESS THAN NOR EQUAL TO +U+02271 ≱ \ngeq NEITHER GREATER-THAN NOR EQUAL TO / NEITHER GREATER THAN NOR EQUAL TO +U+02272 ≲ \lesssim LESS-THAN OR EQUIVALENT TO / LESS THAN OR EQUIVALENT TO +U+02273 ≳ \gtrsim GREATER-THAN OR EQUIVALENT TO / GREATER THAN OR EQUIVALENT TO +U+02274 ≴ \nlesssim NEITHER LESS-THAN NOR EQUIVALENT TO / NEITHER LESS THAN NOR EQUIVALENT TO +U+02275 ≵ \ngtrsim NEITHER GREATER-THAN NOR EQUIVALENT TO / NEITHER GREATER THAN NOR EQUIVALENT TO +U+02276 ≶ \lessgtr LESS-THAN OR GREATER-THAN / LESS THAN OR GREATER THAN +U+02277 ≷ \gtrless GREATER-THAN OR LESS-THAN / GREATER THAN OR LESS THAN +U+02278 ≸ \notlessgreater NEITHER LESS-THAN NOR GREATER-THAN / NEITHER LESS THAN NOR GREATER THAN +U+02279 ≹ \notgreaterless NEITHER GREATER-THAN NOR LESS-THAN / NEITHER GREATER THAN NOR LESS THAN +U+0227A ≺ \prec PRECEDES +U+0227B ≻ \succ SUCCEEDS +U+0227C ≼ \preccurlyeq PRECEDES OR EQUAL TO +U+0227D ≽ \succcurlyeq SUCCEEDS OR EQUAL TO +U+0227E ≾ \precsim PRECEDES OR EQUIVALENT TO +U+0227E + U+00338 ≾̸ \nprecsim PRECEDES OR EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+0227F ≿ \succsim SUCCEEDS OR EQUIVALENT TO +U+0227F + U+00338 ≿̸ \nsuccsim SUCCEEDS OR EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02280 ⊀ \nprec DOES NOT PRECEDE +U+02281 ⊁ \nsucc DOES NOT SUCCEED +U+02282 ⊂ \subset SUBSET OF +U+02283 ⊃ \supset SUPERSET OF +U+02284 ⊄ \nsubset NOT A SUBSET OF +U+02285 ⊅ \nsupset NOT A SUPERSET OF +U+02286 ⊆ \subseteq SUBSET OF OR EQUAL TO +U+02287 ⊇ \supseteq SUPERSET OF OR EQUAL TO +U+02288 ⊈ \nsubseteq NEITHER A SUBSET OF NOR EQUAL TO +U+02289 ⊉ \nsupseteq NEITHER A SUPERSET OF NOR EQUAL TO +U+0228A ⊊ \subsetneq SUBSET OF WITH NOT EQUAL TO / SUBSET OF OR NOT EQUAL TO +U+0228A + U+0FE00 ⊊︀ \varsubsetneqq SUBSET OF WITH NOT EQUAL TO / SUBSET OF OR NOT EQUAL TO + VARIATION SELECTOR-1 +U+0228B ⊋ \supsetneq SUPERSET OF WITH NOT EQUAL TO / SUPERSET OF OR NOT EQUAL TO +U+0228B + U+0FE00 ⊋︀ \varsupsetneq SUPERSET OF WITH NOT EQUAL TO / SUPERSET OF OR NOT EQUAL TO + VARIATION SELECTOR-1 +U+0228D ⊍ \cupdot MULTISET MULTIPLICATION +U+0228E ⊎ \uplus MULTISET UNION +U+0228F ⊏ \sqsubset SQUARE IMAGE OF +U+0228F + U+00338 ⊏̸ \NotSquareSubset SQUARE IMAGE OF + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02290 ⊐ \sqsupset SQUARE ORIGINAL OF +U+02290 + U+00338 ⊐̸ \NotSquareSuperset SQUARE ORIGINAL OF + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02291 ⊑ \sqsubseteq SQUARE IMAGE OF OR EQUAL TO +U+02292 ⊒ \sqsupseteq SQUARE ORIGINAL OF OR EQUAL TO +U+02293 ⊓ \sqcap SQUARE CAP +U+02294 ⊔ \sqcup SQUARE CUP +U+02295 ⊕ \oplus CIRCLED PLUS +U+02296 ⊖ \ominus CIRCLED MINUS +U+02297 ⊗ \otimes CIRCLED TIMES +U+02298 ⊘ \oslash CIRCLED DIVISION SLASH +U+02299 ⊙ \odot CIRCLED DOT OPERATOR +U+0229A ⊚ \circledcirc CIRCLED RING OPERATOR +U+0229B ⊛ \circledast CIRCLED ASTERISK OPERATOR +U+0229C ⊜ \circledequal CIRCLED EQUALS +U+0229D ⊝ \circleddash CIRCLED DASH +U+0229E ⊞ \boxplus SQUARED PLUS +U+0229F ⊟ \boxminus SQUARED MINUS +U+022A0 ⊠ \boxtimes SQUARED TIMES +U+022A1 ⊡ \boxdot SQUARED DOT OPERATOR +U+022A2 ⊢ \vdash RIGHT TACK +U+022A3 ⊣ \dashv LEFT TACK +U+022A4 ⊤ \top DOWN TACK +U+022A5 ⊥ \bot UP TACK +U+022A7 ⊧ \models MODELS +U+022A8 ⊨ \vDash TRUE +U+022A9 ⊩ \Vdash FORCES +U+022AA ⊪ \Vvdash TRIPLE VERTICAL BAR RIGHT TURNSTILE +U+022AB ⊫ \VDash DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE +U+022AC ⊬ \nvdash DOES NOT PROVE +U+022AD ⊭ \nvDash NOT TRUE +U+022AE ⊮ \nVdash DOES NOT FORCE +U+022AF ⊯ \nVDash NEGATED DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE +U+022B0 ⊰ \prurel PRECEDES UNDER RELATION +U+022B1 ⊱ \scurel SUCCEEDS UNDER RELATION +U+022B2 ⊲ \vartriangleleft NORMAL SUBGROUP OF +U+022B3 ⊳ \vartriangleright CONTAINS AS NORMAL SUBGROUP +U+022B4 ⊴ \trianglelefteq NORMAL SUBGROUP OF OR EQUAL TO +U+022B5 ⊵ \trianglerighteq CONTAINS AS NORMAL SUBGROUP OR EQUAL TO +U+022B6 ⊶ \original ORIGINAL OF +U+022B7 ⊷ \image IMAGE OF +U+022B8 ⊸ \multimap MULTIMAP +U+022B9 ⊹ \hermitconjmatrix HERMITIAN CONJUGATE MATRIX +U+022BA ⊺ \intercal INTERCALATE +U+022BB ⊻ \veebar, \xor XOR +U+022BC ⊼ \barwedge NAND +U+022BD ⊽ \barvee NOR +U+022BE ⊾ \rightanglearc RIGHT ANGLE WITH ARC +U+022BF ⊿ \varlrtriangle RIGHT TRIANGLE +U+022C0 ⋀ \bigwedge N-ARY LOGICAL AND +U+022C1 ⋁ \bigvee N-ARY LOGICAL OR +U+022C2 ⋂ \bigcap N-ARY INTERSECTION +U+022C3 ⋃ \bigcup N-ARY UNION +U+022C4 ⋄ \diamond DIAMOND OPERATOR +U+022C5 ⋅ \cdot DOT OPERATOR +U+022C6 ⋆ \star STAR OPERATOR +U+022C7 ⋇ \divideontimes DIVISION TIMES +U+022C8 ⋈ \bowtie BOWTIE +U+022C9 ⋉ \ltimes LEFT NORMAL FACTOR SEMIDIRECT PRODUCT +U+022CA ⋊ \rtimes RIGHT NORMAL FACTOR SEMIDIRECT PRODUCT +U+022CB ⋋ \leftthreetimes LEFT SEMIDIRECT PRODUCT +U+022CC ⋌ \rightthreetimes RIGHT SEMIDIRECT PRODUCT +U+022CD ⋍ \backsimeq REVERSED TILDE EQUALS +U+022CE ⋎ \curlyvee CURLY LOGICAL OR +U+022CF ⋏ \curlywedge CURLY LOGICAL AND +U+022D0 ⋐ \Subset DOUBLE SUBSET +U+022D1 ⋑ \Supset DOUBLE SUPERSET +U+022D2 ⋒ \Cap DOUBLE INTERSECTION +U+022D3 ⋓ \Cup DOUBLE UNION +U+022D4 ⋔ \pitchfork PITCHFORK +U+022D5 ⋕ \equalparallel EQUAL AND PARALLEL TO +U+022D6 ⋖ \lessdot LESS-THAN WITH DOT / LESS THAN WITH DOT +U+022D7 ⋗ \gtrdot GREATER-THAN WITH DOT / GREATER THAN WITH DOT +U+022D8 ⋘ \verymuchless VERY MUCH LESS-THAN / VERY MUCH LESS THAN +U+022D9 ⋙ \ggg VERY MUCH GREATER-THAN / VERY MUCH GREATER THAN +U+022DA ⋚ \lesseqgtr LESS-THAN EQUAL TO OR GREATER-THAN / LESS THAN EQUAL TO OR GREATER THAN +U+022DB ⋛ \gtreqless GREATER-THAN EQUAL TO OR LESS-THAN / GREATER THAN EQUAL TO OR LESS THAN +U+022DC ⋜ \eqless EQUAL TO OR LESS-THAN / EQUAL TO OR LESS THAN +U+022DD ⋝ \eqgtr EQUAL TO OR GREATER-THAN / EQUAL TO OR GREATER THAN +U+022DE ⋞ \curlyeqprec EQUAL TO OR PRECEDES +U+022DF ⋟ \curlyeqsucc EQUAL TO OR SUCCEEDS +U+022E0 ⋠ \npreccurlyeq DOES NOT PRECEDE OR EQUAL +U+022E1 ⋡ \nsucccurlyeq DOES NOT SUCCEED OR EQUAL +U+022E2 ⋢ \nsqsubseteq NOT SQUARE IMAGE OF OR EQUAL TO +U+022E3 ⋣ \nsqsupseteq NOT SQUARE ORIGINAL OF OR EQUAL TO +U+022E4 ⋤ \sqsubsetneq SQUARE IMAGE OF OR NOT EQUAL TO +U+022E5 ⋥ \sqspne SQUARE ORIGINAL OF OR NOT EQUAL TO +U+022E6 ⋦ \lnsim LESS-THAN BUT NOT EQUIVALENT TO / LESS THAN BUT NOT EQUIVALENT TO +U+022E7 ⋧ \gnsim GREATER-THAN BUT NOT EQUIVALENT TO / GREATER THAN BUT NOT EQUIVALENT TO +U+022E8 ⋨ \precnsim PRECEDES BUT NOT EQUIVALENT TO +U+022E9 ⋩ \succnsim SUCCEEDS BUT NOT EQUIVALENT TO +U+022EA ⋪ \ntriangleleft NOT NORMAL SUBGROUP OF +U+022EB ⋫ \ntriangleright DOES NOT CONTAIN AS NORMAL SUBGROUP +U+022EC ⋬ \ntrianglelefteq NOT NORMAL SUBGROUP OF OR EQUAL TO +U+022ED ⋭ \ntrianglerighteq DOES NOT CONTAIN AS NORMAL SUBGROUP OR EQUAL +U+022EE ⋮ \vdots VERTICAL ELLIPSIS +U+022EF ⋯ \cdots MIDLINE HORIZONTAL ELLIPSIS +U+022F0 ⋰ \adots UP RIGHT DIAGONAL ELLIPSIS +U+022F1 ⋱ \ddots DOWN RIGHT DIAGONAL ELLIPSIS +U+022F2 ⋲ \disin ELEMENT OF WITH LONG HORIZONTAL STROKE +U+022F3 ⋳ \varisins ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +U+022F4 ⋴ \isins SMALL ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +U+022F5 ⋵ \isindot ELEMENT OF WITH DOT ABOVE +U+022F6 ⋶ \varisinobar ELEMENT OF WITH OVERBAR +U+022F7 ⋷ \isinobar SMALL ELEMENT OF WITH OVERBAR +U+022F8 ⋸ \isinvb ELEMENT OF WITH UNDERBAR +U+022F9 ⋹ \isinE ELEMENT OF WITH TWO HORIZONTAL STROKES +U+022FA ⋺ \nisd CONTAINS WITH LONG HORIZONTAL STROKE +U+022FB ⋻ \varnis CONTAINS WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +U+022FC ⋼ \nis SMALL CONTAINS WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +U+022FD ⋽ \varniobar CONTAINS WITH OVERBAR +U+022FE ⋾ \niobar SMALL CONTAINS WITH OVERBAR +U+022FF ⋿ \bagmember Z NOTATION BAG MEMBERSHIP +U+02300 ⌀ \diameter DIAMETER SIGN +U+02302 ⌂ \house HOUSE +U+02305 ⌅ \varbarwedge PROJECTIVE +U+02306 ⌆ \vardoublebarwedge PERSPECTIVE +U+02308 ⌈ \lceil LEFT CEILING +U+02309 ⌉ \rceil RIGHT CEILING +U+0230A ⌊ \lfloor LEFT FLOOR +U+0230B ⌋ \rfloor RIGHT FLOOR +U+02310 ⌐ \invnot REVERSED NOT SIGN +U+02311 ⌑ \sqlozenge SQUARE LOZENGE +U+02312 ⌒ \profline ARC +U+02313 ⌓ \profsurf SEGMENT +U+02315 ⌕ \recorder TELEPHONE RECORDER +U+02317 ⌗ \viewdata VIEWDATA SQUARE +U+02319 ⌙ \turnednot TURNED NOT SIGN +U+0231A ⌚ \:watch: WATCH +U+0231B ⌛ \:hourglass: HOURGLASS +U+0231C ⌜ \ulcorner TOP LEFT CORNER +U+0231D ⌝ \urcorner TOP RIGHT CORNER +U+0231E ⌞ \llcorner BOTTOM LEFT CORNER +U+0231F ⌟ \lrcorner BOTTOM RIGHT CORNER +U+02322 ⌢ \frown FROWN +U+02323 ⌣ \smile SMILE +U+0232C ⌬ \varhexagonlrbonds BENZENE RING +U+02332 ⌲ \conictaper CONICAL TAPER +U+02336 ⌶ \topbot APL FUNCTIONAL SYMBOL I-BEAM +U+0233D ⌽ \obar APL FUNCTIONAL SYMBOL CIRCLE STILE +U+0233F ⌿ \notslash APL FUNCTIONAL SYMBOL SLASH BAR +U+02340 ⍀ \notbackslash APL FUNCTIONAL SYMBOL BACKSLASH BAR +U+02353 ⍓ \boxupcaret APL FUNCTIONAL SYMBOL QUAD UP CARET +U+02370 ⍰ \boxquestion APL FUNCTIONAL SYMBOL QUAD QUESTION +U+02394 ⎔ \hexagon SOFTWARE-FUNCTION SYMBOL +U+023A3 ⎣ \dlcorn LEFT SQUARE BRACKET LOWER CORNER +U+023B0 ⎰ \lmoustache UPPER LEFT OR LOWER RIGHT CURLY BRACKET SECTION +U+023B1 ⎱ \rmoustache UPPER RIGHT OR LOWER LEFT CURLY BRACKET SECTION +U+023B4 ⎴ \overbracket TOP SQUARE BRACKET +U+023B5 ⎵ \underbracket BOTTOM SQUARE BRACKET +U+023B6 ⎶ \bbrktbrk BOTTOM SQUARE BRACKET OVER TOP SQUARE BRACKET +U+023B7 ⎷ \sqrtbottom RADICAL SYMBOL BOTTOM +U+023B8 ⎸ \lvboxline LEFT VERTICAL BOX LINE +U+023B9 ⎹ \rvboxline RIGHT VERTICAL BOX LINE +U+023CE ⏎ \varcarriagereturn RETURN SYMBOL +U+023DE ⏞ \overbrace TOP CURLY BRACKET +U+023DF ⏟ \underbrace BOTTOM CURLY BRACKET +U+023E2 ⏢ \trapezium WHITE TRAPEZIUM +U+023E3 ⏣ \benzenr BENZENE RING WITH CIRCLE +U+023E4 ⏤ \strns STRAIGHTNESS +U+023E5 ⏥ \fltns FLATNESS +U+023E6 ⏦ \accurrent AC CURRENT +U+023E7 ⏧ \elinters ELECTRICAL INTERSECTION +U+023E9 ⏩ \:fast_forward: BLACK RIGHT-POINTING DOUBLE TRIANGLE +U+023EA ⏪ \:rewind: BLACK LEFT-POINTING DOUBLE TRIANGLE +U+023EB ⏫ \:arrow_double_up: BLACK UP-POINTING DOUBLE TRIANGLE +U+023EC ⏬ \:arrow_double_down: BLACK DOWN-POINTING DOUBLE TRIANGLE +U+023F0 ⏰ \:alarm_clock: ALARM CLOCK +U+023F3 ⏳ \:hourglass_flowing_sand: HOURGLASS WITH FLOWING SAND +U+02422 ␢ \blanksymbol BLANK SYMBOL / BLANK +U+02423 ␣ \visiblespace OPEN BOX +U+024C2 Ⓜ \:m: CIRCLED LATIN CAPITAL LETTER M +U+024C8 Ⓢ \circledS CIRCLED LATIN CAPITAL LETTER S +U+02506 ┆ \dshfnc BOX DRAWINGS LIGHT TRIPLE DASH VERTICAL / FORMS LIGHT TRIPLE DASH VERTICAL +U+02519 ┙ \sqfnw BOX DRAWINGS UP LIGHT AND LEFT HEAVY / FORMS UP LIGHT AND LEFT HEAVY +U+02571 ╱ \diagup BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO LOWER LEFT / FORMS LIGHT DIAGONAL UPPER RIGHT TO LOWER LEFT +U+02572 ╲ \diagdown BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO LOWER RIGHT / FORMS LIGHT DIAGONAL UPPER LEFT TO LOWER RIGHT +U+02580 ▀ \blockuphalf UPPER HALF BLOCK +U+02584 ▄ \blocklowhalf LOWER HALF BLOCK +U+02588 █ \blockfull FULL BLOCK +U+0258C ▌ \blocklefthalf LEFT HALF BLOCK +U+02590 ▐ \blockrighthalf RIGHT HALF BLOCK +U+02591 ░ \blockqtrshaded LIGHT SHADE +U+02592 ▒ \blockhalfshaded MEDIUM SHADE +U+02593 ▓ \blockthreeqtrshaded DARK SHADE +U+025A0 ■ \blacksquare BLACK SQUARE +U+025A1 □ \square WHITE SQUARE +U+025A2 ▢ \squoval WHITE SQUARE WITH ROUNDED CORNERS +U+025A3 ▣ \blackinwhitesquare WHITE SQUARE CONTAINING BLACK SMALL SQUARE +U+025A4 ▤ \squarehfill SQUARE WITH HORIZONTAL FILL +U+025A5 ▥ \squarevfill SQUARE WITH VERTICAL FILL +U+025A6 ▦ \squarehvfill SQUARE WITH ORTHOGONAL CROSSHATCH FILL +U+025A7 ▧ \squarenwsefill SQUARE WITH UPPER LEFT TO LOWER RIGHT FILL +U+025A8 ▨ \squareneswfill SQUARE WITH UPPER RIGHT TO LOWER LEFT FILL +U+025A9 ▩ \squarecrossfill SQUARE WITH DIAGONAL CROSSHATCH FILL +U+025AA ▪ \smblksquare, \:black_small_square: BLACK SMALL SQUARE +U+025AB ▫ \smwhtsquare, \:white_small_square: WHITE SMALL SQUARE +U+025AC ▬ \hrectangleblack BLACK RECTANGLE +U+025AD ▭ \hrectangle WHITE RECTANGLE +U+025AE ▮ \vrectangleblack BLACK VERTICAL RECTANGLE +U+025AF ▯ \vrecto WHITE VERTICAL RECTANGLE +U+025B0 ▰ \parallelogramblack BLACK PARALLELOGRAM +U+025B1 ▱ \parallelogram WHITE PARALLELOGRAM +U+025B2 ▲ \bigblacktriangleup BLACK UP-POINTING TRIANGLE / BLACK UP POINTING TRIANGLE +U+025B3 △ \bigtriangleup WHITE UP-POINTING TRIANGLE / WHITE UP POINTING TRIANGLE +U+025B4 ▴ \blacktriangle BLACK UP-POINTING SMALL TRIANGLE / BLACK UP POINTING SMALL TRIANGLE +U+025B5 ▵ \vartriangle WHITE UP-POINTING SMALL TRIANGLE / WHITE UP POINTING SMALL TRIANGLE +U+025B6 ▶ \blacktriangleright, \:arrow_forward: BLACK RIGHT-POINTING TRIANGLE / BLACK RIGHT POINTING TRIANGLE +U+025B7 ▷ \triangleright WHITE RIGHT-POINTING TRIANGLE / WHITE RIGHT POINTING TRIANGLE +U+025B8 ▸ \smallblacktriangleright BLACK RIGHT-POINTING SMALL TRIANGLE / BLACK RIGHT POINTING SMALL TRIANGLE +U+025B9 ▹ \smalltriangleright WHITE RIGHT-POINTING SMALL TRIANGLE / WHITE RIGHT POINTING SMALL TRIANGLE +U+025BA ► \blackpointerright BLACK RIGHT-POINTING POINTER / BLACK RIGHT POINTING POINTER +U+025BB ▻ \whitepointerright WHITE RIGHT-POINTING POINTER / WHITE RIGHT POINTING POINTER +U+025BC ▼ \bigblacktriangledown BLACK DOWN-POINTING TRIANGLE / BLACK DOWN POINTING TRIANGLE +U+025BD ▽ \bigtriangledown WHITE DOWN-POINTING TRIANGLE / WHITE DOWN POINTING TRIANGLE +U+025BE ▾ \blacktriangledown BLACK DOWN-POINTING SMALL TRIANGLE / BLACK DOWN POINTING SMALL TRIANGLE +U+025BF ▿ \triangledown WHITE DOWN-POINTING SMALL TRIANGLE / WHITE DOWN POINTING SMALL TRIANGLE +U+025C0 ◀ \blacktriangleleft, \:arrow_backward: BLACK LEFT-POINTING TRIANGLE / BLACK LEFT POINTING TRIANGLE +U+025C1 ◁ \triangleleft WHITE LEFT-POINTING TRIANGLE / WHITE LEFT POINTING TRIANGLE +U+025C2 ◂ \smallblacktriangleleft BLACK LEFT-POINTING SMALL TRIANGLE / BLACK LEFT POINTING SMALL TRIANGLE +U+025C3 ◃ \smalltriangleleft WHITE LEFT-POINTING SMALL TRIANGLE / WHITE LEFT POINTING SMALL TRIANGLE +U+025C4 ◄ \blackpointerleft BLACK LEFT-POINTING POINTER / BLACK LEFT POINTING POINTER +U+025C5 ◅ \whitepointerleft WHITE LEFT-POINTING POINTER / WHITE LEFT POINTING POINTER +U+025C6 ◆ \mdlgblkdiamond BLACK DIAMOND +U+025C7 ◇ \mdlgwhtdiamond WHITE DIAMOND +U+025C8 ◈ \blackinwhitediamond WHITE DIAMOND CONTAINING BLACK SMALL DIAMOND +U+025C9 ◉ \fisheye FISHEYE +U+025CA ◊ \lozenge LOZENGE +U+025CB ○ \bigcirc WHITE CIRCLE +U+025CC ◌ \dottedcircle DOTTED CIRCLE +U+025CD ◍ \circlevertfill CIRCLE WITH VERTICAL FILL +U+025CE ◎ \bullseye BULLSEYE +U+025CF ● \mdlgblkcircle BLACK CIRCLE +U+025D0 ◐ \cirfl CIRCLE WITH LEFT HALF BLACK +U+025D1 ◑ \cirfr CIRCLE WITH RIGHT HALF BLACK +U+025D2 ◒ \cirfb CIRCLE WITH LOWER HALF BLACK +U+025D3 ◓ \circletophalfblack CIRCLE WITH UPPER HALF BLACK +U+025D4 ◔ \circleurquadblack CIRCLE WITH UPPER RIGHT QUADRANT BLACK +U+025D5 ◕ \blackcircleulquadwhite CIRCLE WITH ALL BUT UPPER LEFT QUADRANT BLACK +U+025D6 ◖ \blacklefthalfcircle LEFT HALF BLACK CIRCLE +U+025D7 ◗ \blackrighthalfcircle RIGHT HALF BLACK CIRCLE +U+025D8 ◘ \rvbull INVERSE BULLET +U+025D9 ◙ \inversewhitecircle INVERSE WHITE CIRCLE +U+025DA ◚ \invwhiteupperhalfcircle UPPER HALF INVERSE WHITE CIRCLE +U+025DB ◛ \invwhitelowerhalfcircle LOWER HALF INVERSE WHITE CIRCLE +U+025DC ◜ \ularc UPPER LEFT QUADRANT CIRCULAR ARC +U+025DD ◝ \urarc UPPER RIGHT QUADRANT CIRCULAR ARC +U+025DE ◞ \lrarc LOWER RIGHT QUADRANT CIRCULAR ARC +U+025DF ◟ \llarc LOWER LEFT QUADRANT CIRCULAR ARC +U+025E0 ◠ \topsemicircle UPPER HALF CIRCLE +U+025E1 ◡ \botsemicircle LOWER HALF CIRCLE +U+025E2 ◢ \lrblacktriangle BLACK LOWER RIGHT TRIANGLE +U+025E3 ◣ \llblacktriangle BLACK LOWER LEFT TRIANGLE +U+025E4 ◤ \ulblacktriangle BLACK UPPER LEFT TRIANGLE +U+025E5 ◥ \urblacktriangle BLACK UPPER RIGHT TRIANGLE +U+025E6 ◦ \smwhtcircle WHITE BULLET +U+025E7 ◧ \sqfl SQUARE WITH LEFT HALF BLACK +U+025E8 ◨ \sqfr SQUARE WITH RIGHT HALF BLACK +U+025E9 ◩ \squareulblack SQUARE WITH UPPER LEFT DIAGONAL HALF BLACK +U+025EA ◪ \sqfse SQUARE WITH LOWER RIGHT DIAGONAL HALF BLACK +U+025EB ◫ \boxbar WHITE SQUARE WITH VERTICAL BISECTING LINE +U+025EC ◬ \trianglecdot WHITE UP-POINTING TRIANGLE WITH DOT / WHITE UP POINTING TRIANGLE WITH DOT +U+025ED ◭ \triangleleftblack UP-POINTING TRIANGLE WITH LEFT HALF BLACK / UP POINTING TRIANGLE WITH LEFT HALF BLACK +U+025EE ◮ \trianglerightblack UP-POINTING TRIANGLE WITH RIGHT HALF BLACK / UP POINTING TRIANGLE WITH RIGHT HALF BLACK +U+025EF ◯ \lgwhtcircle LARGE CIRCLE +U+025F0 ◰ \squareulquad WHITE SQUARE WITH UPPER LEFT QUADRANT +U+025F1 ◱ \squarellquad WHITE SQUARE WITH LOWER LEFT QUADRANT +U+025F2 ◲ \squarelrquad WHITE SQUARE WITH LOWER RIGHT QUADRANT +U+025F3 ◳ \squareurquad WHITE SQUARE WITH UPPER RIGHT QUADRANT +U+025F4 ◴ \circleulquad WHITE CIRCLE WITH UPPER LEFT QUADRANT +U+025F5 ◵ \circlellquad WHITE CIRCLE WITH LOWER LEFT QUADRANT +U+025F6 ◶ \circlelrquad WHITE CIRCLE WITH LOWER RIGHT QUADRANT +U+025F7 ◷ \circleurquad WHITE CIRCLE WITH UPPER RIGHT QUADRANT +U+025F8 ◸ \ultriangle UPPER LEFT TRIANGLE +U+025F9 ◹ \urtriangle UPPER RIGHT TRIANGLE +U+025FA ◺ \lltriangle LOWER LEFT TRIANGLE +U+025FB ◻ \mdwhtsquare, \:white_medium_square: WHITE MEDIUM SQUARE +U+025FC ◼ \mdblksquare, \:black_medium_square: BLACK MEDIUM SQUARE +U+025FD ◽ \mdsmwhtsquare, \:white_medium_small_square: WHITE MEDIUM SMALL SQUARE +U+025FE ◾ \mdsmblksquare, \:black_medium_small_square: BLACK MEDIUM SMALL SQUARE +U+025FF ◿ \lrtriangle LOWER RIGHT TRIANGLE +U+02600 ☀ \:sunny: BLACK SUN WITH RAYS +U+02601 ☁ \:cloud: CLOUD +U+02605 ★ \bigstar BLACK STAR +U+02606 ☆ \bigwhitestar WHITE STAR +U+02609 ☉ \astrosun SUN +U+0260E ☎ \:phone: BLACK TELEPHONE +U+02611 ☑ \:ballot_box_with_check: BALLOT BOX WITH CHECK +U+02614 ☔ \:umbrella: UMBRELLA WITH RAIN DROPS +U+02615 ☕ \:coffee: HOT BEVERAGE +U+0261D ☝ \:point_up: WHITE UP POINTING INDEX +U+02621 ☡ \danger CAUTION SIGN +U+0263A ☺ \:relaxed: WHITE SMILING FACE +U+0263B ☻ \blacksmiley BLACK SMILING FACE +U+0263C ☼ \sun WHITE SUN WITH RAYS +U+0263D ☽ \rightmoon FIRST QUARTER MOON +U+0263E ☾ \leftmoon LAST QUARTER MOON +U+0263F ☿ \mercury MERCURY +U+02640 ♀ \venus, \female FEMALE SIGN +U+02642 ♂ \male, \mars MALE SIGN +U+02643 ♃ \jupiter JUPITER +U+02644 ♄ \saturn SATURN +U+02645 ♅ \uranus URANUS +U+02646 ♆ \neptune NEPTUNE +U+02647 ♇ \pluto PLUTO +U+02648 ♈ \aries, \:aries: ARIES +U+02649 ♉ \taurus, \:taurus: TAURUS +U+0264A ♊ \gemini, \:gemini: GEMINI +U+0264B ♋ \cancer, \:cancer: CANCER +U+0264C ♌ \leo, \:leo: LEO +U+0264D ♍ \virgo, \:virgo: VIRGO +U+0264E ♎ \libra, \:libra: LIBRA +U+0264F ♏ \scorpio, \:scorpius: SCORPIUS +U+02650 ♐ \sagittarius, \:sagittarius: SAGITTARIUS +U+02651 ♑ \capricornus, \:capricorn: CAPRICORN +U+02652 ♒ \aquarius, \:aquarius: AQUARIUS +U+02653 ♓ \pisces, \:pisces: PISCES +U+02660 ♠ \spadesuit, \:spades: BLACK SPADE SUIT +U+02661 ♡ \heartsuit WHITE HEART SUIT +U+02662 ♢ \diamondsuit WHITE DIAMOND SUIT +U+02663 ♣ \clubsuit, \:clubs: BLACK CLUB SUIT +U+02664 ♤ \varspadesuit WHITE SPADE SUIT +U+02665 ♥ \varheartsuit, \:hearts: BLACK HEART SUIT +U+02666 ♦ \vardiamondsuit, \:diamonds: BLACK DIAMOND SUIT +U+02667 ♧ \varclubsuit WHITE CLUB SUIT +U+02668 ♨ \:hotsprings: HOT SPRINGS +U+02669 ♩ \quarternote QUARTER NOTE +U+0266A ♪ \eighthnote EIGHTH NOTE +U+0266B ♫ \twonotes BEAMED EIGHTH NOTES / BARRED EIGHTH NOTES +U+0266D ♭ \flat MUSIC FLAT SIGN / FLAT +U+0266E ♮ \natural MUSIC NATURAL SIGN / NATURAL +U+0266F ♯ \sharp MUSIC SHARP SIGN / SHARP +U+0267B ♻ \:recycle: BLACK UNIVERSAL RECYCLING SYMBOL +U+0267E ♾ \acidfree PERMANENT PAPER SIGN +U+0267F ♿ \:wheelchair: WHEELCHAIR SYMBOL +U+02680 ⚀ \dicei DIE FACE-1 +U+02681 ⚁ \diceii DIE FACE-2 +U+02682 ⚂ \diceiii DIE FACE-3 +U+02683 ⚃ \diceiv DIE FACE-4 +U+02684 ⚄ \dicev DIE FACE-5 +U+02685 ⚅ \dicevi DIE FACE-6 +U+02686 ⚆ \circledrightdot WHITE CIRCLE WITH DOT RIGHT +U+02687 ⚇ \circledtwodots WHITE CIRCLE WITH TWO DOTS +U+02688 ⚈ \blackcircledrightdot BLACK CIRCLE WITH WHITE DOT RIGHT +U+02689 ⚉ \blackcircledtwodots BLACK CIRCLE WITH TWO WHITE DOTS +U+02693 ⚓ \:anchor: ANCHOR +U+026A0 ⚠ \:warning: WARNING SIGN +U+026A1 ⚡ \:zap: HIGH VOLTAGE SIGN +U+026A5 ⚥ \hermaphrodite MALE AND FEMALE SIGN +U+026AA ⚪ \mdwhtcircle, \:white_circle: MEDIUM WHITE CIRCLE +U+026AB ⚫ \mdblkcircle, \:black_circle: MEDIUM BLACK CIRCLE +U+026AC ⚬ \mdsmwhtcircle MEDIUM SMALL WHITE CIRCLE +U+026B2 ⚲ \neuter NEUTER +U+026BD ⚽ \:soccer: SOCCER BALL +U+026BE ⚾ \:baseball: BASEBALL +U+026C4 ⛄ \:snowman: SNOWMAN WITHOUT SNOW +U+026C5 ⛅ \:partly_sunny: SUN BEHIND CLOUD +U+026CE ⛎ \:ophiuchus: OPHIUCHUS +U+026D4 ⛔ \:no_entry: NO ENTRY +U+026EA ⛪ \:church: CHURCH +U+026F2 ⛲ \:fountain: FOUNTAIN +U+026F3 ⛳ \:golf: FLAG IN HOLE +U+026F5 ⛵ \:boat: SAILBOAT +U+026FA ⛺ \:tent: TENT +U+026FD ⛽ \:fuelpump: FUEL PUMP +U+02702 ✂ \:scissors: BLACK SCISSORS +U+02705 ✅ \:white_check_mark: WHITE HEAVY CHECK MARK +U+02708 ✈ \:airplane: AIRPLANE +U+02709 ✉ \:email: ENVELOPE +U+0270A ✊ \:fist: RAISED FIST +U+0270B ✋ \:hand: RAISED HAND +U+0270C ✌ \:v: VICTORY HAND +U+0270F ✏ \:pencil2: PENCIL +U+02712 ✒ \:black_nib: BLACK NIB +U+02713 ✓ \checkmark CHECK MARK +U+02714 ✔ \:heavy_check_mark: HEAVY CHECK MARK +U+02716 ✖ \:heavy_multiplication_x: HEAVY MULTIPLICATION X +U+02720 ✠ \maltese MALTESE CROSS +U+02728 ✨ \:sparkles: SPARKLES +U+0272A ✪ \circledstar CIRCLED WHITE STAR +U+02733 ✳ \:eight_spoked_asterisk: EIGHT SPOKED ASTERISK +U+02734 ✴ \:eight_pointed_black_star: EIGHT POINTED BLACK STAR +U+02736 ✶ \varstar SIX POINTED BLACK STAR +U+0273D ✽ \dingasterisk HEAVY TEARDROP-SPOKED ASTERISK +U+02744 ❄ \:snowflake: SNOWFLAKE +U+02747 ❇ \:sparkle: SPARKLE +U+0274C ❌ \:x: CROSS MARK +U+0274E ❎ \:negative_squared_cross_mark: NEGATIVE SQUARED CROSS MARK +U+02753 ❓ \:question: BLACK QUESTION MARK ORNAMENT +U+02754 ❔ \:grey_question: WHITE QUESTION MARK ORNAMENT +U+02755 ❕ \:grey_exclamation: WHITE EXCLAMATION MARK ORNAMENT +U+02757 ❗ \:exclamation: HEAVY EXCLAMATION MARK SYMBOL +U+02764 ❤ \:heart: HEAVY BLACK HEART +U+02795 ➕ \:heavy_plus_sign: HEAVY PLUS SIGN +U+02796 ➖ \:heavy_minus_sign: HEAVY MINUS SIGN +U+02797 ➗ \:heavy_division_sign: HEAVY DIVISION SIGN +U+0279B ➛ \draftingarrow DRAFTING POINT RIGHTWARDS ARROW / DRAFTING POINT RIGHT ARROW +U+027A1 ➡ \:arrow_right: BLACK RIGHTWARDS ARROW / BLACK RIGHT ARROW +U+027B0 ➰ \:curly_loop: CURLY LOOP +U+027BF ➿ \:loop: DOUBLE CURLY LOOP +U+027C0 ⟀ \threedangle THREE DIMENSIONAL ANGLE +U+027C1 ⟁ \whiteinwhitetriangle WHITE TRIANGLE CONTAINING SMALL WHITE TRIANGLE +U+027C2 ⟂ \perp PERPENDICULAR +U+027C8 ⟈ \bsolhsub REVERSE SOLIDUS PRECEDING SUBSET +U+027C9 ⟉ \suphsol SUPERSET PRECEDING SOLIDUS +U+027D1 ⟑ \wedgedot AND WITH DOT +U+027D2 ⟒ \upin ELEMENT OF OPENING UPWARDS +U+027D5 ⟕ \leftouterjoin LEFT OUTER JOIN +U+027D6 ⟖ \rightouterjoin RIGHT OUTER JOIN +U+027D7 ⟗ \fullouterjoin FULL OUTER JOIN +U+027D8 ⟘ \bigbot LARGE UP TACK +U+027D9 ⟙ \bigtop LARGE DOWN TACK +U+027E6 ⟦ \llbracket, \openbracketleft MATHEMATICAL LEFT WHITE SQUARE BRACKET +U+027E7 ⟧ \openbracketright, \rrbracket MATHEMATICAL RIGHT WHITE SQUARE BRACKET +U+027E8 ⟨ \langle MATHEMATICAL LEFT ANGLE BRACKET +U+027E9 ⟩ \rangle MATHEMATICAL RIGHT ANGLE BRACKET +U+027F0 ⟰ \UUparrow UPWARDS QUADRUPLE ARROW +U+027F1 ⟱ \DDownarrow DOWNWARDS QUADRUPLE ARROW +U+027F5 ⟵ \longleftarrow LONG LEFTWARDS ARROW +U+027F6 ⟶ \longrightarrow LONG RIGHTWARDS ARROW +U+027F7 ⟷ \longleftrightarrow LONG LEFT RIGHT ARROW +U+027F8 ⟸ \impliedby, \Longleftarrow LONG LEFTWARDS DOUBLE ARROW +U+027F9 ⟹ \implies, \Longrightarrow LONG RIGHTWARDS DOUBLE ARROW +U+027FA ⟺ \Longleftrightarrow, \iff LONG LEFT RIGHT DOUBLE ARROW +U+027FB ⟻ \longmapsfrom LONG LEFTWARDS ARROW FROM BAR +U+027FC ⟼ \longmapsto LONG RIGHTWARDS ARROW FROM BAR +U+027FD ⟽ \Longmapsfrom LONG LEFTWARDS DOUBLE ARROW FROM BAR +U+027FE ⟾ \Longmapsto LONG RIGHTWARDS DOUBLE ARROW FROM BAR +U+027FF ⟿ \longrightsquigarrow LONG RIGHTWARDS SQUIGGLE ARROW +U+02900 ⤀ \nvtwoheadrightarrow RIGHTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +U+02901 ⤁ \nVtwoheadrightarrow RIGHTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +U+02902 ⤂ \nvLeftarrow LEFTWARDS DOUBLE ARROW WITH VERTICAL STROKE +U+02903 ⤃ \nvRightarrow RIGHTWARDS DOUBLE ARROW WITH VERTICAL STROKE +U+02904 ⤄ \nvLeftrightarrow LEFT RIGHT DOUBLE ARROW WITH VERTICAL STROKE +U+02905 ⤅ \twoheadmapsto RIGHTWARDS TWO-HEADED ARROW FROM BAR +U+02906 ⤆ \Mapsfrom LEFTWARDS DOUBLE ARROW FROM BAR +U+02907 ⤇ \Mapsto RIGHTWARDS DOUBLE ARROW FROM BAR +U+02908 ⤈ \downarrowbarred DOWNWARDS ARROW WITH HORIZONTAL STROKE +U+02909 ⤉ \uparrowbarred UPWARDS ARROW WITH HORIZONTAL STROKE +U+0290A ⤊ \Uuparrow UPWARDS TRIPLE ARROW +U+0290B ⤋ \Ddownarrow DOWNWARDS TRIPLE ARROW +U+0290C ⤌ \leftbkarrow LEFTWARDS DOUBLE DASH ARROW +U+0290D ⤍ \bkarow RIGHTWARDS DOUBLE DASH ARROW +U+0290E ⤎ \leftdbkarrow LEFTWARDS TRIPLE DASH ARROW +U+0290F ⤏ \dbkarow RIGHTWARDS TRIPLE DASH ARROW +U+02910 ⤐ \drbkarrow RIGHTWARDS TWO-HEADED TRIPLE DASH ARROW +U+02911 ⤑ \rightdotarrow RIGHTWARDS ARROW WITH DOTTED STEM +U+02912 ⤒ \UpArrowBar UPWARDS ARROW TO BAR +U+02913 ⤓ \DownArrowBar DOWNWARDS ARROW TO BAR +U+02914 ⤔ \nvrightarrowtail RIGHTWARDS ARROW WITH TAIL WITH VERTICAL STROKE +U+02915 ⤕ \nVrightarrowtail RIGHTWARDS ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +U+02916 ⤖ \twoheadrightarrowtail RIGHTWARDS TWO-HEADED ARROW WITH TAIL +U+02917 ⤗ \nvtwoheadrightarrowtail RIGHTWARDS TWO-HEADED ARROW WITH TAIL WITH VERTICAL STROKE +U+02918 ⤘ \nVtwoheadrightarrowtail RIGHTWARDS TWO-HEADED ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +U+0291D ⤝ \diamondleftarrow LEFTWARDS ARROW TO BLACK DIAMOND +U+0291E ⤞ \rightarrowdiamond RIGHTWARDS ARROW TO BLACK DIAMOND +U+0291F ⤟ \diamondleftarrowbar LEFTWARDS ARROW FROM BAR TO BLACK DIAMOND +U+02920 ⤠ \barrightarrowdiamond RIGHTWARDS ARROW FROM BAR TO BLACK DIAMOND +U+02925 ⤥ \hksearow SOUTH EAST ARROW WITH HOOK +U+02926 ⤦ \hkswarow SOUTH WEST ARROW WITH HOOK +U+02927 ⤧ \tona NORTH WEST ARROW AND NORTH EAST ARROW +U+02928 ⤨ \toea NORTH EAST ARROW AND SOUTH EAST ARROW +U+02929 ⤩ \tosa SOUTH EAST ARROW AND SOUTH WEST ARROW +U+0292A ⤪ \towa SOUTH WEST ARROW AND NORTH WEST ARROW +U+0292B ⤫ \rdiagovfdiag RISING DIAGONAL CROSSING FALLING DIAGONAL +U+0292C ⤬ \fdiagovrdiag FALLING DIAGONAL CROSSING RISING DIAGONAL +U+0292D ⤭ \seovnearrow SOUTH EAST ARROW CROSSING NORTH EAST ARROW +U+0292E ⤮ \neovsearrow NORTH EAST ARROW CROSSING SOUTH EAST ARROW +U+0292F ⤯ \fdiagovnearrow FALLING DIAGONAL CROSSING NORTH EAST ARROW +U+02930 ⤰ \rdiagovsearrow RISING DIAGONAL CROSSING SOUTH EAST ARROW +U+02931 ⤱ \neovnwarrow NORTH EAST ARROW CROSSING NORTH WEST ARROW +U+02932 ⤲ \nwovnearrow NORTH WEST ARROW CROSSING NORTH EAST ARROW +U+02934 ⤴ \:arrow_heading_up: ARROW POINTING RIGHTWARDS THEN CURVING UPWARDS +U+02935 ⤵ \:arrow_heading_down: ARROW POINTING RIGHTWARDS THEN CURVING DOWNWARDS +U+02942 ⥂ \Rlarr RIGHTWARDS ARROW ABOVE SHORT LEFTWARDS ARROW +U+02944 ⥄ \rLarr SHORT RIGHTWARDS ARROW ABOVE LEFTWARDS ARROW +U+02945 ⥅ \rightarrowplus RIGHTWARDS ARROW WITH PLUS BELOW +U+02946 ⥆ \leftarrowplus LEFTWARDS ARROW WITH PLUS BELOW +U+02947 ⥇ \rarrx RIGHTWARDS ARROW THROUGH X +U+02948 ⥈ \leftrightarrowcircle LEFT RIGHT ARROW THROUGH SMALL CIRCLE +U+02949 ⥉ \twoheaduparrowcircle UPWARDS TWO-HEADED ARROW FROM SMALL CIRCLE +U+0294A ⥊ \leftrightharpoonupdown LEFT BARB UP RIGHT BARB DOWN HARPOON +U+0294B ⥋ \leftrightharpoondownup LEFT BARB DOWN RIGHT BARB UP HARPOON +U+0294C ⥌ \updownharpoonrightleft UP BARB RIGHT DOWN BARB LEFT HARPOON +U+0294D ⥍ \updownharpoonleftright UP BARB LEFT DOWN BARB RIGHT HARPOON +U+0294E ⥎ \LeftRightVector LEFT BARB UP RIGHT BARB UP HARPOON +U+0294F ⥏ \RightUpDownVector UP BARB RIGHT DOWN BARB RIGHT HARPOON +U+02950 ⥐ \DownLeftRightVector LEFT BARB DOWN RIGHT BARB DOWN HARPOON +U+02951 ⥑ \LeftUpDownVector UP BARB LEFT DOWN BARB LEFT HARPOON +U+02952 ⥒ \LeftVectorBar LEFTWARDS HARPOON WITH BARB UP TO BAR +U+02953 ⥓ \RightVectorBar RIGHTWARDS HARPOON WITH BARB UP TO BAR +U+02954 ⥔ \RightUpVectorBar UPWARDS HARPOON WITH BARB RIGHT TO BAR +U+02955 ⥕ \RightDownVectorBar DOWNWARDS HARPOON WITH BARB RIGHT TO BAR +U+02956 ⥖ \DownLeftVectorBar LEFTWARDS HARPOON WITH BARB DOWN TO BAR +U+02957 ⥗ \DownRightVectorBar RIGHTWARDS HARPOON WITH BARB DOWN TO BAR +U+02958 ⥘ \LeftUpVectorBar UPWARDS HARPOON WITH BARB LEFT TO BAR +U+02959 ⥙ \LeftDownVectorBar DOWNWARDS HARPOON WITH BARB LEFT TO BAR +U+0295A ⥚ \LeftTeeVector LEFTWARDS HARPOON WITH BARB UP FROM BAR +U+0295B ⥛ \RightTeeVector RIGHTWARDS HARPOON WITH BARB UP FROM BAR +U+0295C ⥜ \RightUpTeeVector UPWARDS HARPOON WITH BARB RIGHT FROM BAR +U+0295D ⥝ \RightDownTeeVector DOWNWARDS HARPOON WITH BARB RIGHT FROM BAR +U+0295E ⥞ \DownLeftTeeVector LEFTWARDS HARPOON WITH BARB DOWN FROM BAR +U+0295F ⥟ \DownRightTeeVector RIGHTWARDS HARPOON WITH BARB DOWN FROM BAR +U+02960 ⥠ \LeftUpTeeVector UPWARDS HARPOON WITH BARB LEFT FROM BAR +U+02961 ⥡ \LeftDownTeeVector DOWNWARDS HARPOON WITH BARB LEFT FROM BAR +U+02962 ⥢ \leftharpoonsupdown LEFTWARDS HARPOON WITH BARB UP ABOVE LEFTWARDS HARPOON WITH BARB DOWN +U+02963 ⥣ \upharpoonsleftright UPWARDS HARPOON WITH BARB LEFT BESIDE UPWARDS HARPOON WITH BARB RIGHT +U+02964 ⥤ \rightharpoonsupdown RIGHTWARDS HARPOON WITH BARB UP ABOVE RIGHTWARDS HARPOON WITH BARB DOWN +U+02965 ⥥ \downharpoonsleftright DOWNWARDS HARPOON WITH BARB LEFT BESIDE DOWNWARDS HARPOON WITH BARB RIGHT +U+02966 ⥦ \leftrightharpoonsup LEFTWARDS HARPOON WITH BARB UP ABOVE RIGHTWARDS HARPOON WITH BARB UP +U+02967 ⥧ \leftrightharpoonsdown LEFTWARDS HARPOON WITH BARB DOWN ABOVE RIGHTWARDS HARPOON WITH BARB DOWN +U+02968 ⥨ \rightleftharpoonsup RIGHTWARDS HARPOON WITH BARB UP ABOVE LEFTWARDS HARPOON WITH BARB UP +U+02969 ⥩ \rightleftharpoonsdown RIGHTWARDS HARPOON WITH BARB DOWN ABOVE LEFTWARDS HARPOON WITH BARB DOWN +U+0296A ⥪ \leftharpoonupdash LEFTWARDS HARPOON WITH BARB UP ABOVE LONG DASH +U+0296B ⥫ \dashleftharpoondown LEFTWARDS HARPOON WITH BARB DOWN BELOW LONG DASH +U+0296C ⥬ \rightharpoonupdash RIGHTWARDS HARPOON WITH BARB UP ABOVE LONG DASH +U+0296D ⥭ \dashrightharpoondown RIGHTWARDS HARPOON WITH BARB DOWN BELOW LONG DASH +U+0296E ⥮ \UpEquilibrium UPWARDS HARPOON WITH BARB LEFT BESIDE DOWNWARDS HARPOON WITH BARB RIGHT +U+0296F ⥯ \ReverseUpEquilibrium DOWNWARDS HARPOON WITH BARB LEFT BESIDE UPWARDS HARPOON WITH BARB RIGHT +U+02970 ⥰ \RoundImplies RIGHT DOUBLE ARROW WITH ROUNDED HEAD +U+02980 ⦀ \Vvert TRIPLE VERTICAL BAR DELIMITER +U+02986 ⦆ \Elroang RIGHT WHITE PARENTHESIS +U+02999 ⦙ \ddfnc DOTTED FENCE +U+0299B ⦛ \measuredangleleft MEASURED ANGLE OPENING LEFT +U+0299C ⦜ \Angle RIGHT ANGLE VARIANT WITH SQUARE +U+0299D ⦝ \rightanglemdot MEASURED RIGHT ANGLE WITH DOT +U+0299E ⦞ \angles ANGLE WITH S INSIDE +U+0299F ⦟ \angdnr ACUTE ANGLE +U+029A0 ⦠ \lpargt SPHERICAL ANGLE OPENING LEFT +U+029A1 ⦡ \sphericalangleup SPHERICAL ANGLE OPENING UP +U+029A2 ⦢ \turnangle TURNED ANGLE +U+029A3 ⦣ \revangle REVERSED ANGLE +U+029A4 ⦤ \angleubar ANGLE WITH UNDERBAR +U+029A5 ⦥ \revangleubar REVERSED ANGLE WITH UNDERBAR +U+029A6 ⦦ \wideangledown OBLIQUE ANGLE OPENING UP +U+029A7 ⦧ \wideangleup OBLIQUE ANGLE OPENING DOWN +U+029A8 ⦨ \measanglerutone MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING UP AND RIGHT +U+029A9 ⦩ \measanglelutonw MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING UP AND LEFT +U+029AA ⦪ \measanglerdtose MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING DOWN AND RIGHT +U+029AB ⦫ \measangleldtosw MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING DOWN AND LEFT +U+029AC ⦬ \measangleurtone MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING RIGHT AND UP +U+029AD ⦭ \measangleultonw MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING LEFT AND UP +U+029AE ⦮ \measangledrtose MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING RIGHT AND DOWN +U+029AF ⦯ \measangledltosw MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING LEFT AND DOWN +U+029B0 ⦰ \revemptyset REVERSED EMPTY SET +U+029B1 ⦱ \emptysetobar EMPTY SET WITH OVERBAR +U+029B2 ⦲ \emptysetocirc EMPTY SET WITH SMALL CIRCLE ABOVE +U+029B3 ⦳ \emptysetoarr EMPTY SET WITH RIGHT ARROW ABOVE +U+029B4 ⦴ \emptysetoarrl EMPTY SET WITH LEFT ARROW ABOVE +U+029B7 ⦷ \circledparallel CIRCLED PARALLEL +U+029B8 ⦸ \obslash CIRCLED REVERSE SOLIDUS +U+029BC ⦼ \odotslashdot CIRCLED ANTICLOCKWISE-ROTATED DIVISION SIGN +U+029BE ⦾ \circledwhitebullet CIRCLED WHITE BULLET +U+029BF ⦿ \circledbullet CIRCLED BULLET +U+029C0 ⧀ \olessthan CIRCLED LESS-THAN +U+029C1 ⧁ \ogreaterthan CIRCLED GREATER-THAN +U+029C4 ⧄ \boxdiag SQUARED RISING DIAGONAL SLASH +U+029C5 ⧅ \boxbslash SQUARED FALLING DIAGONAL SLASH +U+029C6 ⧆ \boxast SQUARED ASTERISK +U+029C7 ⧇ \boxcircle SQUARED SMALL CIRCLE +U+029CA ⧊ \Lap TRIANGLE WITH DOT ABOVE +U+029CB ⧋ \defas TRIANGLE WITH UNDERBAR +U+029CF ⧏ \LeftTriangleBar LEFT TRIANGLE BESIDE VERTICAL BAR +U+029CF + U+00338 ⧏̸ \NotLeftTriangleBar LEFT TRIANGLE BESIDE VERTICAL BAR + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+029D0 ⧐ \RightTriangleBar VERTICAL BAR BESIDE RIGHT TRIANGLE +U+029D0 + U+00338 ⧐̸ \NotRightTriangleBar VERTICAL BAR BESIDE RIGHT TRIANGLE + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+029DF ⧟ \dualmap DOUBLE-ENDED MULTIMAP +U+029E1 ⧡ \lrtriangleeq INCREASES AS +U+029E2 ⧢ \shuffle SHUFFLE PRODUCT +U+029E3 ⧣ \eparsl EQUALS SIGN AND SLANTED PARALLEL +U+029E4 ⧤ \smeparsl EQUALS SIGN AND SLANTED PARALLEL WITH TILDE ABOVE +U+029E5 ⧥ \eqvparsl IDENTICAL TO AND SLANTED PARALLEL +U+029EB ⧫ \blacklozenge BLACK LOZENGE +U+029F4 ⧴ \RuleDelayed RULE-DELAYED +U+029F6 ⧶ \dsol SOLIDUS WITH OVERBAR +U+029F7 ⧷ \rsolbar REVERSE SOLIDUS WITH HORIZONTAL STROKE +U+029FA ⧺ \doubleplus DOUBLE PLUS +U+029FB ⧻ \tripleplus TRIPLE PLUS +U+02A00 ⨀ \bigodot N-ARY CIRCLED DOT OPERATOR +U+02A01 ⨁ \bigoplus N-ARY CIRCLED PLUS OPERATOR +U+02A02 ⨂ \bigotimes N-ARY CIRCLED TIMES OPERATOR +U+02A03 ⨃ \bigcupdot N-ARY UNION OPERATOR WITH DOT +U+02A04 ⨄ \biguplus N-ARY UNION OPERATOR WITH PLUS +U+02A05 ⨅ \bigsqcap N-ARY SQUARE INTERSECTION OPERATOR +U+02A06 ⨆ \bigsqcup N-ARY SQUARE UNION OPERATOR +U+02A07 ⨇ \conjquant TWO LOGICAL AND OPERATOR +U+02A08 ⨈ \disjquant TWO LOGICAL OR OPERATOR +U+02A09 ⨉ \bigtimes N-ARY TIMES OPERATOR +U+02A0A ⨊ \modtwosum MODULO TWO SUM +U+02A0B ⨋ \sumint SUMMATION WITH INTEGRAL +U+02A0C ⨌ \iiiint QUADRUPLE INTEGRAL OPERATOR +U+02A0D ⨍ \intbar FINITE PART INTEGRAL +U+02A0E ⨎ \intBar INTEGRAL WITH DOUBLE STROKE +U+02A0F ⨏ \clockoint INTEGRAL AVERAGE WITH SLASH +U+02A10 ⨐ \cirfnint CIRCULATION FUNCTION +U+02A11 ⨑ \awint ANTICLOCKWISE INTEGRATION +U+02A12 ⨒ \rppolint LINE INTEGRATION WITH RECTANGULAR PATH AROUND POLE +U+02A13 ⨓ \scpolint LINE INTEGRATION WITH SEMICIRCULAR PATH AROUND POLE +U+02A14 ⨔ \npolint LINE INTEGRATION NOT INCLUDING THE POLE +U+02A15 ⨕ \pointint INTEGRAL AROUND A POINT OPERATOR +U+02A16 ⨖ \sqrint QUATERNION INTEGRAL OPERATOR +U+02A18 ⨘ \intx INTEGRAL WITH TIMES SIGN +U+02A19 ⨙ \intcap INTEGRAL WITH INTERSECTION +U+02A1A ⨚ \intcup INTEGRAL WITH UNION +U+02A1B ⨛ \upint INTEGRAL WITH OVERBAR +U+02A1C ⨜ \lowint INTEGRAL WITH UNDERBAR +U+02A1D ⨝ \Join, \join JOIN +U+02A22 ⨢ \ringplus PLUS SIGN WITH SMALL CIRCLE ABOVE +U+02A23 ⨣ \plushat PLUS SIGN WITH CIRCUMFLEX ACCENT ABOVE +U+02A24 ⨤ \simplus PLUS SIGN WITH TILDE ABOVE +U+02A25 ⨥ \plusdot PLUS SIGN WITH DOT BELOW +U+02A26 ⨦ \plussim PLUS SIGN WITH TILDE BELOW +U+02A27 ⨧ \plussubtwo PLUS SIGN WITH SUBSCRIPT TWO +U+02A28 ⨨ \plustrif PLUS SIGN WITH BLACK TRIANGLE +U+02A29 ⨩ \commaminus MINUS SIGN WITH COMMA ABOVE +U+02A2A ⨪ \minusdot MINUS SIGN WITH DOT BELOW +U+02A2B ⨫ \minusfdots MINUS SIGN WITH FALLING DOTS +U+02A2C ⨬ \minusrdots MINUS SIGN WITH RISING DOTS +U+02A2D ⨭ \opluslhrim PLUS SIGN IN LEFT HALF CIRCLE +U+02A2E ⨮ \oplusrhrim PLUS SIGN IN RIGHT HALF CIRCLE +U+02A2F ⨯ \Times VECTOR OR CROSS PRODUCT +U+02A30 ⨰ \dottimes MULTIPLICATION SIGN WITH DOT ABOVE +U+02A31 ⨱ \timesbar MULTIPLICATION SIGN WITH UNDERBAR +U+02A32 ⨲ \btimes SEMIDIRECT PRODUCT WITH BOTTOM CLOSED +U+02A33 ⨳ \smashtimes SMASH PRODUCT +U+02A34 ⨴ \otimeslhrim MULTIPLICATION SIGN IN LEFT HALF CIRCLE +U+02A35 ⨵ \otimesrhrim MULTIPLICATION SIGN IN RIGHT HALF CIRCLE +U+02A36 ⨶ \otimeshat CIRCLED MULTIPLICATION SIGN WITH CIRCUMFLEX ACCENT +U+02A37 ⨷ \Otimes MULTIPLICATION SIGN IN DOUBLE CIRCLE +U+02A38 ⨸ \odiv CIRCLED DIVISION SIGN +U+02A39 ⨹ \triangleplus PLUS SIGN IN TRIANGLE +U+02A3A ⨺ \triangleminus MINUS SIGN IN TRIANGLE +U+02A3B ⨻ \triangletimes MULTIPLICATION SIGN IN TRIANGLE +U+02A3C ⨼ \intprod INTERIOR PRODUCT +U+02A3D ⨽ \intprodr RIGHTHAND INTERIOR PRODUCT +U+02A3F ⨿ \amalg AMALGAMATION OR COPRODUCT +U+02A40 ⩀ \capdot INTERSECTION WITH DOT +U+02A41 ⩁ \uminus UNION WITH MINUS SIGN +U+02A42 ⩂ \barcup UNION WITH OVERBAR +U+02A43 ⩃ \barcap INTERSECTION WITH OVERBAR +U+02A44 ⩄ \capwedge INTERSECTION WITH LOGICAL AND +U+02A45 ⩅ \cupvee UNION WITH LOGICAL OR +U+02A4A ⩊ \twocups UNION BESIDE AND JOINED WITH UNION +U+02A4B ⩋ \twocaps INTERSECTION BESIDE AND JOINED WITH INTERSECTION +U+02A4C ⩌ \closedvarcup CLOSED UNION WITH SERIFS +U+02A4D ⩍ \closedvarcap CLOSED INTERSECTION WITH SERIFS +U+02A4E ⩎ \Sqcap DOUBLE SQUARE INTERSECTION +U+02A4F ⩏ \Sqcup DOUBLE SQUARE UNION +U+02A50 ⩐ \closedvarcupsmashprod CLOSED UNION WITH SERIFS AND SMASH PRODUCT +U+02A51 ⩑ \wedgeodot LOGICAL AND WITH DOT ABOVE +U+02A52 ⩒ \veeodot LOGICAL OR WITH DOT ABOVE +U+02A53 ⩓ \And DOUBLE LOGICAL AND +U+02A54 ⩔ \Or DOUBLE LOGICAL OR +U+02A55 ⩕ \wedgeonwedge TWO INTERSECTING LOGICAL AND +U+02A56 ⩖ \ElOr TWO INTERSECTING LOGICAL OR +U+02A57 ⩗ \bigslopedvee SLOPING LARGE OR +U+02A58 ⩘ \bigslopedwedge SLOPING LARGE AND +U+02A5A ⩚ \wedgemidvert LOGICAL AND WITH MIDDLE STEM +U+02A5B ⩛ \veemidvert LOGICAL OR WITH MIDDLE STEM +U+02A5C ⩜ \midbarwedge LOGICAL AND WITH HORIZONTAL DASH +U+02A5D ⩝ \midbarvee LOGICAL OR WITH HORIZONTAL DASH +U+02A5E ⩞ \perspcorrespond LOGICAL AND WITH DOUBLE OVERBAR +U+02A5F ⩟ \minhat LOGICAL AND WITH UNDERBAR +U+02A60 ⩠ \wedgedoublebar LOGICAL AND WITH DOUBLE UNDERBAR +U+02A61 ⩡ \varveebar SMALL VEE WITH UNDERBAR +U+02A62 ⩢ \doublebarvee LOGICAL OR WITH DOUBLE OVERBAR +U+02A63 ⩣ \veedoublebar LOGICAL OR WITH DOUBLE UNDERBAR +U+02A66 ⩦ \eqdot EQUALS SIGN WITH DOT BELOW +U+02A67 ⩧ \dotequiv IDENTICAL WITH DOT ABOVE +U+02A6A ⩪ \dotsim TILDE OPERATOR WITH DOT ABOVE +U+02A6B ⩫ \simrdots TILDE OPERATOR WITH RISING DOTS +U+02A6C ⩬ \simminussim SIMILAR MINUS SIMILAR +U+02A6D ⩭ \congdot CONGRUENT WITH DOT ABOVE +U+02A6E ⩮ \asteq EQUALS WITH ASTERISK +U+02A6F ⩯ \hatapprox ALMOST EQUAL TO WITH CIRCUMFLEX ACCENT +U+02A70 ⩰ \approxeqq APPROXIMATELY EQUAL OR EQUAL TO +U+02A71 ⩱ \eqqplus EQUALS SIGN ABOVE PLUS SIGN +U+02A72 ⩲ \pluseqq PLUS SIGN ABOVE EQUALS SIGN +U+02A73 ⩳ \eqqsim EQUALS SIGN ABOVE TILDE OPERATOR +U+02A74 ⩴ \Coloneq DOUBLE COLON EQUAL +U+02A75 ⩵ \Equal TWO CONSECUTIVE EQUALS SIGNS +U+02A76 ⩶ \eqeqeq THREE CONSECUTIVE EQUALS SIGNS +U+02A77 ⩷ \ddotseq EQUALS SIGN WITH TWO DOTS ABOVE AND TWO DOTS BELOW +U+02A78 ⩸ \equivDD EQUIVALENT WITH FOUR DOTS ABOVE +U+02A79 ⩹ \ltcir LESS-THAN WITH CIRCLE INSIDE +U+02A7A ⩺ \gtcir GREATER-THAN WITH CIRCLE INSIDE +U+02A7B ⩻ \ltquest LESS-THAN WITH QUESTION MARK ABOVE +U+02A7C ⩼ \gtquest GREATER-THAN WITH QUESTION MARK ABOVE +U+02A7D ⩽ \leqslant LESS-THAN OR SLANTED EQUAL TO +U+02A7D + U+00338 ⩽̸ \nleqslant LESS-THAN OR SLANTED EQUAL TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02A7E ⩾ \geqslant GREATER-THAN OR SLANTED EQUAL TO +U+02A7E + U+00338 ⩾̸ \ngeqslant GREATER-THAN OR SLANTED EQUAL TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02A7F ⩿ \lesdot LESS-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +U+02A80 ⪀ \gesdot GREATER-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +U+02A81 ⪁ \lesdoto LESS-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +U+02A82 ⪂ \gesdoto GREATER-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +U+02A83 ⪃ \lesdotor LESS-THAN OR SLANTED EQUAL TO WITH DOT ABOVE RIGHT +U+02A84 ⪄ \gesdotol GREATER-THAN OR SLANTED EQUAL TO WITH DOT ABOVE LEFT +U+02A85 ⪅ \lessapprox LESS-THAN OR APPROXIMATE +U+02A86 ⪆ \gtrapprox GREATER-THAN OR APPROXIMATE +U+02A87 ⪇ \lneq LESS-THAN AND SINGLE-LINE NOT EQUAL TO +U+02A88 ⪈ \gneq GREATER-THAN AND SINGLE-LINE NOT EQUAL TO +U+02A89 ⪉ \lnapprox LESS-THAN AND NOT APPROXIMATE +U+02A8A ⪊ \gnapprox GREATER-THAN AND NOT APPROXIMATE +U+02A8B ⪋ \lesseqqgtr LESS-THAN ABOVE DOUBLE-LINE EQUAL ABOVE GREATER-THAN +U+02A8C ⪌ \gtreqqless GREATER-THAN ABOVE DOUBLE-LINE EQUAL ABOVE LESS-THAN +U+02A8D ⪍ \lsime LESS-THAN ABOVE SIMILAR OR EQUAL +U+02A8E ⪎ \gsime GREATER-THAN ABOVE SIMILAR OR EQUAL +U+02A8F ⪏ \lsimg LESS-THAN ABOVE SIMILAR ABOVE GREATER-THAN +U+02A90 ⪐ \gsiml GREATER-THAN ABOVE SIMILAR ABOVE LESS-THAN +U+02A91 ⪑ \lgE LESS-THAN ABOVE GREATER-THAN ABOVE DOUBLE-LINE EQUAL +U+02A92 ⪒ \glE GREATER-THAN ABOVE LESS-THAN ABOVE DOUBLE-LINE EQUAL +U+02A93 ⪓ \lesges LESS-THAN ABOVE SLANTED EQUAL ABOVE GREATER-THAN ABOVE SLANTED EQUAL +U+02A94 ⪔ \gesles GREATER-THAN ABOVE SLANTED EQUAL ABOVE LESS-THAN ABOVE SLANTED EQUAL +U+02A95 ⪕ \eqslantless SLANTED EQUAL TO OR LESS-THAN +U+02A96 ⪖ \eqslantgtr SLANTED EQUAL TO OR GREATER-THAN +U+02A97 ⪗ \elsdot SLANTED EQUAL TO OR LESS-THAN WITH DOT INSIDE +U+02A98 ⪘ \egsdot SLANTED EQUAL TO OR GREATER-THAN WITH DOT INSIDE +U+02A99 ⪙ \eqqless DOUBLE-LINE EQUAL TO OR LESS-THAN +U+02A9A ⪚ \eqqgtr DOUBLE-LINE EQUAL TO OR GREATER-THAN +U+02A9B ⪛ \eqqslantless DOUBLE-LINE SLANTED EQUAL TO OR LESS-THAN +U+02A9C ⪜ \eqqslantgtr DOUBLE-LINE SLANTED EQUAL TO OR GREATER-THAN +U+02A9D ⪝ \simless SIMILAR OR LESS-THAN +U+02A9E ⪞ \simgtr SIMILAR OR GREATER-THAN +U+02A9F ⪟ \simlE SIMILAR ABOVE LESS-THAN ABOVE EQUALS SIGN +U+02AA0 ⪠ \simgE SIMILAR ABOVE GREATER-THAN ABOVE EQUALS SIGN +U+02AA1 ⪡ \NestedLessLess DOUBLE NESTED LESS-THAN +U+02AA1 + U+00338 ⪡̸ \NotNestedLessLess DOUBLE NESTED LESS-THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AA2 ⪢ \NestedGreaterGreater DOUBLE NESTED GREATER-THAN +U+02AA2 + U+00338 ⪢̸ \NotNestedGreaterGreater DOUBLE NESTED GREATER-THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AA3 ⪣ \partialmeetcontraction DOUBLE NESTED LESS-THAN WITH UNDERBAR +U+02AA4 ⪤ \glj GREATER-THAN OVERLAPPING LESS-THAN +U+02AA5 ⪥ \gla GREATER-THAN BESIDE LESS-THAN +U+02AA6 ⪦ \ltcc LESS-THAN CLOSED BY CURVE +U+02AA7 ⪧ \gtcc GREATER-THAN CLOSED BY CURVE +U+02AA8 ⪨ \lescc LESS-THAN CLOSED BY CURVE ABOVE SLANTED EQUAL +U+02AA9 ⪩ \gescc GREATER-THAN CLOSED BY CURVE ABOVE SLANTED EQUAL +U+02AAA ⪪ \smt SMALLER THAN +U+02AAB ⪫ \lat LARGER THAN +U+02AAC ⪬ \smte SMALLER THAN OR EQUAL TO +U+02AAD ⪭ \late LARGER THAN OR EQUAL TO +U+02AAE ⪮ \bumpeqq EQUALS SIGN WITH BUMPY ABOVE +U+02AAF ⪯ \preceq PRECEDES ABOVE SINGLE-LINE EQUALS SIGN +U+02AAF + U+00338 ⪯̸ \npreceq PRECEDES ABOVE SINGLE-LINE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AB0 ⪰ \succeq SUCCEEDS ABOVE SINGLE-LINE EQUALS SIGN +U+02AB0 + U+00338 ⪰̸ \nsucceq SUCCEEDS ABOVE SINGLE-LINE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AB1 ⪱ \precneq PRECEDES ABOVE SINGLE-LINE NOT EQUAL TO +U+02AB2 ⪲ \succneq SUCCEEDS ABOVE SINGLE-LINE NOT EQUAL TO +U+02AB3 ⪳ \preceqq PRECEDES ABOVE EQUALS SIGN +U+02AB4 ⪴ \succeqq SUCCEEDS ABOVE EQUALS SIGN +U+02AB5 ⪵ \precneqq PRECEDES ABOVE NOT EQUAL TO +U+02AB6 ⪶ \succneqq SUCCEEDS ABOVE NOT EQUAL TO +U+02AB7 ⪷ \precapprox PRECEDES ABOVE ALMOST EQUAL TO +U+02AB8 ⪸ \succapprox SUCCEEDS ABOVE ALMOST EQUAL TO +U+02AB9 ⪹ \precnapprox PRECEDES ABOVE NOT ALMOST EQUAL TO +U+02ABA ⪺ \succnapprox SUCCEEDS ABOVE NOT ALMOST EQUAL TO +U+02ABB ⪻ \Prec DOUBLE PRECEDES +U+02ABC ⪼ \Succ DOUBLE SUCCEEDS +U+02ABD ⪽ \subsetdot SUBSET WITH DOT +U+02ABE ⪾ \supsetdot SUPERSET WITH DOT +U+02ABF ⪿ \subsetplus SUBSET WITH PLUS SIGN BELOW +U+02AC0 ⫀ \supsetplus SUPERSET WITH PLUS SIGN BELOW +U+02AC1 ⫁ \submult SUBSET WITH MULTIPLICATION SIGN BELOW +U+02AC2 ⫂ \supmult SUPERSET WITH MULTIPLICATION SIGN BELOW +U+02AC3 ⫃ \subedot SUBSET OF OR EQUAL TO WITH DOT ABOVE +U+02AC4 ⫄ \supedot SUPERSET OF OR EQUAL TO WITH DOT ABOVE +U+02AC5 ⫅ \subseteqq SUBSET OF ABOVE EQUALS SIGN +U+02AC5 + U+00338 ⫅̸ \nsubseteqq SUBSET OF ABOVE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AC6 ⫆ \supseteqq SUPERSET OF ABOVE EQUALS SIGN +U+02AC6 + U+00338 ⫆̸ \nsupseteqq SUPERSET OF ABOVE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +U+02AC7 ⫇ \subsim SUBSET OF ABOVE TILDE OPERATOR +U+02AC8 ⫈ \supsim SUPERSET OF ABOVE TILDE OPERATOR +U+02AC9 ⫉ \subsetapprox SUBSET OF ABOVE ALMOST EQUAL TO +U+02ACA ⫊ \supsetapprox SUPERSET OF ABOVE ALMOST EQUAL TO +U+02ACB ⫋ \subsetneqq SUBSET OF ABOVE NOT EQUAL TO +U+02ACC ⫌ \supsetneqq SUPERSET OF ABOVE NOT EQUAL TO +U+02ACD ⫍ \lsqhook SQUARE LEFT OPEN BOX OPERATOR +U+02ACE ⫎ \rsqhook SQUARE RIGHT OPEN BOX OPERATOR +U+02ACF ⫏ \csub CLOSED SUBSET +U+02AD0 ⫐ \csup CLOSED SUPERSET +U+02AD1 ⫑ \csube CLOSED SUBSET OR EQUAL TO +U+02AD2 ⫒ \csupe CLOSED SUPERSET OR EQUAL TO +U+02AD3 ⫓ \subsup SUBSET ABOVE SUPERSET +U+02AD4 ⫔ \supsub SUPERSET ABOVE SUBSET +U+02AD5 ⫕ \subsub SUBSET ABOVE SUBSET +U+02AD6 ⫖ \supsup SUPERSET ABOVE SUPERSET +U+02AD7 ⫗ \suphsub SUPERSET BESIDE SUBSET +U+02AD8 ⫘ \supdsub SUPERSET BESIDE AND JOINED BY DASH WITH SUBSET +U+02AD9 ⫙ \forkv ELEMENT OF OPENING DOWNWARDS +U+02ADB ⫛ \mlcp TRANSVERSAL INTERSECTION +U+02ADC ⫝̸ \forks FORKING +U+02ADD ⫝ \forksnot NONFORKING +U+02AE3 ⫣ \dashV DOUBLE VERTICAL BAR LEFT TURNSTILE +U+02AE4 ⫤ \Dashv VERTICAL BAR DOUBLE LEFT TURNSTILE +U+02AF4 ⫴ \interleave TRIPLE VERTICAL BAR BINARY RELATION +U+02AF6 ⫶ \tdcol TRIPLE COLON OPERATOR +U+02AF7 ⫷ \lllnest TRIPLE NESTED LESS-THAN +U+02AF8 ⫸ \gggnest TRIPLE NESTED GREATER-THAN +U+02AF9 ⫹ \leqqslant DOUBLE-LINE SLANTED LESS-THAN OR EQUAL TO +U+02AFA ⫺ \geqqslant DOUBLE-LINE SLANTED GREATER-THAN OR EQUAL TO +U+02B05 ⬅ \:arrow_left: LEFTWARDS BLACK ARROW +U+02B06 ⬆ \:arrow_up: UPWARDS BLACK ARROW +U+02B07 ⬇ \:arrow_down: DOWNWARDS BLACK ARROW +U+02B12 ⬒ \squaretopblack SQUARE WITH TOP HALF BLACK +U+02B13 ⬓ \squarebotblack SQUARE WITH BOTTOM HALF BLACK +U+02B14 ⬔ \squareurblack SQUARE WITH UPPER RIGHT DIAGONAL HALF BLACK +U+02B15 ⬕ \squarellblack SQUARE WITH LOWER LEFT DIAGONAL HALF BLACK +U+02B16 ⬖ \diamondleftblack DIAMOND WITH LEFT HALF BLACK +U+02B17 ⬗ \diamondrightblack DIAMOND WITH RIGHT HALF BLACK +U+02B18 ⬘ \diamondtopblack DIAMOND WITH TOP HALF BLACK +U+02B19 ⬙ \diamondbotblack DIAMOND WITH BOTTOM HALF BLACK +U+02B1A ⬚ \dottedsquare DOTTED SQUARE +U+02B1B ⬛ \lgblksquare, \:black_large_square: BLACK LARGE SQUARE +U+02B1C ⬜ \lgwhtsquare, \:white_large_square: WHITE LARGE SQUARE +U+02B1D ⬝ \vysmblksquare BLACK VERY SMALL SQUARE +U+02B1E ⬞ \vysmwhtsquare WHITE VERY SMALL SQUARE +U+02B1F ⬟ \pentagonblack BLACK PENTAGON +U+02B20 ⬠ \pentagon WHITE PENTAGON +U+02B21 ⬡ \varhexagon WHITE HEXAGON +U+02B22 ⬢ \varhexagonblack BLACK HEXAGON +U+02B23 ⬣ \hexagonblack HORIZONTAL BLACK HEXAGON +U+02B24 ⬤ \lgblkcircle BLACK LARGE CIRCLE +U+02B25 ⬥ \mdblkdiamond BLACK MEDIUM DIAMOND +U+02B26 ⬦ \mdwhtdiamond WHITE MEDIUM DIAMOND +U+02B27 ⬧ \mdblklozenge BLACK MEDIUM LOZENGE +U+02B28 ⬨ \mdwhtlozenge WHITE MEDIUM LOZENGE +U+02B29 ⬩ \smblkdiamond BLACK SMALL DIAMOND +U+02B2A ⬪ \smblklozenge BLACK SMALL LOZENGE +U+02B2B ⬫ \smwhtlozenge WHITE SMALL LOZENGE +U+02B2C ⬬ \blkhorzoval BLACK HORIZONTAL ELLIPSE +U+02B2D ⬭ \whthorzoval WHITE HORIZONTAL ELLIPSE +U+02B2E ⬮ \blkvertoval BLACK VERTICAL ELLIPSE +U+02B2F ⬯ \whtvertoval WHITE VERTICAL ELLIPSE +U+02B30 ⬰ \circleonleftarrow LEFT ARROW WITH SMALL CIRCLE +U+02B31 ⬱ \leftthreearrows THREE LEFTWARDS ARROWS +U+02B32 ⬲ \leftarrowonoplus LEFT ARROW WITH CIRCLED PLUS +U+02B33 ⬳ \longleftsquigarrow LONG LEFTWARDS SQUIGGLE ARROW +U+02B34 ⬴ \nvtwoheadleftarrow LEFTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +U+02B35 ⬵ \nVtwoheadleftarrow LEFTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +U+02B36 ⬶ \twoheadmapsfrom LEFTWARDS TWO-HEADED ARROW FROM BAR +U+02B37 ⬷ \twoheadleftdbkarrow LEFTWARDS TWO-HEADED TRIPLE DASH ARROW +U+02B38 ⬸ \leftdotarrow LEFTWARDS ARROW WITH DOTTED STEM +U+02B39 ⬹ \nvleftarrowtail LEFTWARDS ARROW WITH TAIL WITH VERTICAL STROKE +U+02B3A ⬺ \nVleftarrowtail LEFTWARDS ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +U+02B3B ⬻ \twoheadleftarrowtail LEFTWARDS TWO-HEADED ARROW WITH TAIL +U+02B3C ⬼ \nvtwoheadleftarrowtail LEFTWARDS TWO-HEADED ARROW WITH TAIL WITH VERTICAL STROKE +U+02B3D ⬽ \nVtwoheadleftarrowtail LEFTWARDS TWO-HEADED ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +U+02B3E ⬾ \leftarrowx LEFTWARDS ARROW THROUGH X +U+02B3F ⬿ \leftcurvedarrow WAVE ARROW POINTING DIRECTLY LEFT +U+02B40 ⭀ \equalleftarrow EQUALS SIGN ABOVE LEFTWARDS ARROW +U+02B41 ⭁ \bsimilarleftarrow REVERSE TILDE OPERATOR ABOVE LEFTWARDS ARROW +U+02B42 ⭂ \leftarrowbackapprox LEFTWARDS ARROW ABOVE REVERSE ALMOST EQUAL TO +U+02B43 ⭃ \rightarrowgtr RIGHTWARDS ARROW THROUGH GREATER-THAN +U+02B44 ⭄ \rightarrowsupset RIGHTWARDS ARROW THROUGH SUPERSET +U+02B45 ⭅ \LLeftarrow LEFTWARDS QUADRUPLE ARROW +U+02B46 ⭆ \RRightarrow RIGHTWARDS QUADRUPLE ARROW +U+02B47 ⭇ \bsimilarrightarrow REVERSE TILDE OPERATOR ABOVE RIGHTWARDS ARROW +U+02B48 ⭈ \rightarrowbackapprox RIGHTWARDS ARROW ABOVE REVERSE ALMOST EQUAL TO +U+02B49 ⭉ \similarleftarrow TILDE OPERATOR ABOVE LEFTWARDS ARROW +U+02B4A ⭊ \leftarrowapprox LEFTWARDS ARROW ABOVE ALMOST EQUAL TO +U+02B4B ⭋ \leftarrowbsimilar LEFTWARDS ARROW ABOVE REVERSE TILDE OPERATOR +U+02B4C ⭌ \rightarrowbsimilar RIGHTWARDS ARROW ABOVE REVERSE TILDE OPERATOR +U+02B50 ⭐ \medwhitestar, \:star: WHITE MEDIUM STAR +U+02B51 ⭑ \medblackstar BLACK SMALL STAR +U+02B52 ⭒ \smwhitestar WHITE SMALL STAR +U+02B53 ⭓ \rightpentagonblack BLACK RIGHT-POINTING PENTAGON +U+02B54 ⭔ \rightpentagon WHITE RIGHT-POINTING PENTAGON +U+02B55 ⭕ \:o: HEAVY LARGE CIRCLE +U+02C7C ⱼ \_j LATIN SUBSCRIPT SMALL LETTER J +U+02C7D ⱽ \^V MODIFIER LETTER CAPITAL V +U+03012 〒 \postalmark POSTAL MARK +U+03030 〰 \:wavy_dash: WAVY DASH +U+0303D 〽 \:part_alternation_mark: PART ALTERNATION MARK +U+03297 ㊗ \:congratulations: CIRCLED IDEOGRAPH CONGRATULATION +U+03299 ㊙ \:secret: CIRCLED IDEOGRAPH SECRET +U+1D400 𝐀 \bfA MATHEMATICAL BOLD CAPITAL A +U+1D401 𝐁 \bfB MATHEMATICAL BOLD CAPITAL B +U+1D402 𝐂 \bfC MATHEMATICAL BOLD CAPITAL C +U+1D403 𝐃 \bfD MATHEMATICAL BOLD CAPITAL D +U+1D404 𝐄 \bfE MATHEMATICAL BOLD CAPITAL E +U+1D405 𝐅 \bfF MATHEMATICAL BOLD CAPITAL F +U+1D406 𝐆 \bfG MATHEMATICAL BOLD CAPITAL G +U+1D407 𝐇 \bfH MATHEMATICAL BOLD CAPITAL H +U+1D408 𝐈 \bfI MATHEMATICAL BOLD CAPITAL I +U+1D409 𝐉 \bfJ MATHEMATICAL BOLD CAPITAL J +U+1D40A 𝐊 \bfK MATHEMATICAL BOLD CAPITAL K +U+1D40B 𝐋 \bfL MATHEMATICAL BOLD CAPITAL L +U+1D40C 𝐌 \bfM MATHEMATICAL BOLD CAPITAL M +U+1D40D 𝐍 \bfN MATHEMATICAL BOLD CAPITAL N +U+1D40E 𝐎 \bfO MATHEMATICAL BOLD CAPITAL O +U+1D40F 𝐏 \bfP MATHEMATICAL BOLD CAPITAL P +U+1D410 𝐐 \bfQ MATHEMATICAL BOLD CAPITAL Q +U+1D411 𝐑 \bfR MATHEMATICAL BOLD CAPITAL R +U+1D412 𝐒 \bfS MATHEMATICAL BOLD CAPITAL S +U+1D413 𝐓 \bfT MATHEMATICAL BOLD CAPITAL T +U+1D414 𝐔 \bfU MATHEMATICAL BOLD CAPITAL U +U+1D415 𝐕 \bfV MATHEMATICAL BOLD CAPITAL V +U+1D416 𝐖 \bfW MATHEMATICAL BOLD CAPITAL W +U+1D417 𝐗 \bfX MATHEMATICAL BOLD CAPITAL X +U+1D418 𝐘 \bfY MATHEMATICAL BOLD CAPITAL Y +U+1D419 𝐙 \bfZ MATHEMATICAL BOLD CAPITAL Z +U+1D41A 𝐚 \bfa MATHEMATICAL BOLD SMALL A +U+1D41B 𝐛 \bfb MATHEMATICAL BOLD SMALL B +U+1D41C 𝐜 \bfc MATHEMATICAL BOLD SMALL C +U+1D41D 𝐝 \bfd MATHEMATICAL BOLD SMALL D +U+1D41E 𝐞 \bfe MATHEMATICAL BOLD SMALL E +U+1D41F 𝐟 \bff MATHEMATICAL BOLD SMALL F +U+1D420 𝐠 \bfg MATHEMATICAL BOLD SMALL G +U+1D421 𝐡 \bfh MATHEMATICAL BOLD SMALL H +U+1D422 𝐢 \bfi MATHEMATICAL BOLD SMALL I +U+1D423 𝐣 \bfj MATHEMATICAL BOLD SMALL J +U+1D424 𝐤 \bfk MATHEMATICAL BOLD SMALL K +U+1D425 𝐥 \bfl MATHEMATICAL BOLD SMALL L +U+1D426 𝐦 \bfm MATHEMATICAL BOLD SMALL M +U+1D427 𝐧 \bfn MATHEMATICAL BOLD SMALL N +U+1D428 𝐨 \bfo MATHEMATICAL BOLD SMALL O +U+1D429 𝐩 \bfp MATHEMATICAL BOLD SMALL P +U+1D42A 𝐪 \bfq MATHEMATICAL BOLD SMALL Q +U+1D42B 𝐫 \bfr MATHEMATICAL BOLD SMALL R +U+1D42C 𝐬 \bfs MATHEMATICAL BOLD SMALL S +U+1D42D 𝐭 \bft MATHEMATICAL BOLD SMALL T +U+1D42E 𝐮 \bfu MATHEMATICAL BOLD SMALL U +U+1D42F 𝐯 \bfv MATHEMATICAL BOLD SMALL V +U+1D430 𝐰 \bfw MATHEMATICAL BOLD SMALL W +U+1D431 𝐱 \bfx MATHEMATICAL BOLD SMALL X +U+1D432 𝐲 \bfy MATHEMATICAL BOLD SMALL Y +U+1D433 𝐳 \bfz MATHEMATICAL BOLD SMALL Z +U+1D434 𝐴 \itA MATHEMATICAL ITALIC CAPITAL A +U+1D435 𝐵 \itB MATHEMATICAL ITALIC CAPITAL B +U+1D436 𝐶 \itC MATHEMATICAL ITALIC CAPITAL C +U+1D437 𝐷 \itD MATHEMATICAL ITALIC CAPITAL D +U+1D438 𝐸 \itE MATHEMATICAL ITALIC CAPITAL E +U+1D439 𝐹 \itF MATHEMATICAL ITALIC CAPITAL F +U+1D43A 𝐺 \itG MATHEMATICAL ITALIC CAPITAL G +U+1D43B 𝐻 \itH MATHEMATICAL ITALIC CAPITAL H +U+1D43C 𝐼 \itI MATHEMATICAL ITALIC CAPITAL I +U+1D43D 𝐽 \itJ MATHEMATICAL ITALIC CAPITAL J +U+1D43E 𝐾 \itK MATHEMATICAL ITALIC CAPITAL K +U+1D43F 𝐿 \itL MATHEMATICAL ITALIC CAPITAL L +U+1D440 𝑀 \itM MATHEMATICAL ITALIC CAPITAL M +U+1D441 𝑁 \itN MATHEMATICAL ITALIC CAPITAL N +U+1D442 𝑂 \itO MATHEMATICAL ITALIC CAPITAL O +U+1D443 𝑃 \itP MATHEMATICAL ITALIC CAPITAL P +U+1D444 𝑄 \itQ MATHEMATICAL ITALIC CAPITAL Q +U+1D445 𝑅 \itR MATHEMATICAL ITALIC CAPITAL R +U+1D446 𝑆 \itS MATHEMATICAL ITALIC CAPITAL S +U+1D447 𝑇 \itT MATHEMATICAL ITALIC CAPITAL T +U+1D448 𝑈 \itU MATHEMATICAL ITALIC CAPITAL U +U+1D449 𝑉 \itV MATHEMATICAL ITALIC CAPITAL V +U+1D44A 𝑊 \itW MATHEMATICAL ITALIC CAPITAL W +U+1D44B 𝑋 \itX MATHEMATICAL ITALIC CAPITAL X +U+1D44C 𝑌 \itY MATHEMATICAL ITALIC CAPITAL Y +U+1D44D 𝑍 \itZ MATHEMATICAL ITALIC CAPITAL Z +U+1D44E 𝑎 \ita MATHEMATICAL ITALIC SMALL A +U+1D44F 𝑏 \itb MATHEMATICAL ITALIC SMALL B +U+1D450 𝑐 \itc MATHEMATICAL ITALIC SMALL C +U+1D451 𝑑 \itd MATHEMATICAL ITALIC SMALL D +U+1D452 𝑒 \ite MATHEMATICAL ITALIC SMALL E +U+1D453 𝑓 \itf MATHEMATICAL ITALIC SMALL F +U+1D454 𝑔 \itg MATHEMATICAL ITALIC SMALL G +U+1D456 𝑖 \iti MATHEMATICAL ITALIC SMALL I +U+1D457 𝑗 \itj MATHEMATICAL ITALIC SMALL J +U+1D458 𝑘 \itk MATHEMATICAL ITALIC SMALL K +U+1D459 𝑙 \itl MATHEMATICAL ITALIC SMALL L +U+1D45A 𝑚 \itm MATHEMATICAL ITALIC SMALL M +U+1D45B 𝑛 \itn MATHEMATICAL ITALIC SMALL N +U+1D45C 𝑜 \ito MATHEMATICAL ITALIC SMALL O +U+1D45D 𝑝 \itp MATHEMATICAL ITALIC SMALL P +U+1D45E 𝑞 \itq MATHEMATICAL ITALIC SMALL Q +U+1D45F 𝑟 \itr MATHEMATICAL ITALIC SMALL R +U+1D460 𝑠 \its MATHEMATICAL ITALIC SMALL S +U+1D461 𝑡 \itt MATHEMATICAL ITALIC SMALL T +U+1D462 𝑢 \itu MATHEMATICAL ITALIC SMALL U +U+1D463 𝑣 \itv MATHEMATICAL ITALIC SMALL V +U+1D464 𝑤 \itw MATHEMATICAL ITALIC SMALL W +U+1D465 𝑥 \itx MATHEMATICAL ITALIC SMALL X +U+1D466 𝑦 \ity MATHEMATICAL ITALIC SMALL Y +U+1D467 𝑧 \itz MATHEMATICAL ITALIC SMALL Z +U+1D468 𝑨 \biA MATHEMATICAL BOLD ITALIC CAPITAL A +U+1D469 𝑩 \biB MATHEMATICAL BOLD ITALIC CAPITAL B +U+1D46A 𝑪 \biC MATHEMATICAL BOLD ITALIC CAPITAL C +U+1D46B 𝑫 \biD MATHEMATICAL BOLD ITALIC CAPITAL D +U+1D46C 𝑬 \biE MATHEMATICAL BOLD ITALIC CAPITAL E +U+1D46D 𝑭 \biF MATHEMATICAL BOLD ITALIC CAPITAL F +U+1D46E 𝑮 \biG MATHEMATICAL BOLD ITALIC CAPITAL G +U+1D46F 𝑯 \biH MATHEMATICAL BOLD ITALIC CAPITAL H +U+1D470 𝑰 \biI MATHEMATICAL BOLD ITALIC CAPITAL I +U+1D471 𝑱 \biJ MATHEMATICAL BOLD ITALIC CAPITAL J +U+1D472 𝑲 \biK MATHEMATICAL BOLD ITALIC CAPITAL K +U+1D473 𝑳 \biL MATHEMATICAL BOLD ITALIC CAPITAL L +U+1D474 𝑴 \biM MATHEMATICAL BOLD ITALIC CAPITAL M +U+1D475 𝑵 \biN MATHEMATICAL BOLD ITALIC CAPITAL N +U+1D476 𝑶 \biO MATHEMATICAL BOLD ITALIC CAPITAL O +U+1D477 𝑷 \biP MATHEMATICAL BOLD ITALIC CAPITAL P +U+1D478 𝑸 \biQ MATHEMATICAL BOLD ITALIC CAPITAL Q +U+1D479 𝑹 \biR MATHEMATICAL BOLD ITALIC CAPITAL R +U+1D47A 𝑺 \biS MATHEMATICAL BOLD ITALIC CAPITAL S +U+1D47B 𝑻 \biT MATHEMATICAL BOLD ITALIC CAPITAL T +U+1D47C 𝑼 \biU MATHEMATICAL BOLD ITALIC CAPITAL U +U+1D47D 𝑽 \biV MATHEMATICAL BOLD ITALIC CAPITAL V +U+1D47E 𝑾 \biW MATHEMATICAL BOLD ITALIC CAPITAL W +U+1D47F 𝑿 \biX MATHEMATICAL BOLD ITALIC CAPITAL X +U+1D480 𝒀 \biY MATHEMATICAL BOLD ITALIC CAPITAL Y +U+1D481 𝒁 \biZ MATHEMATICAL BOLD ITALIC CAPITAL Z +U+1D482 𝒂 \bia MATHEMATICAL BOLD ITALIC SMALL A +U+1D483 𝒃 \bib MATHEMATICAL BOLD ITALIC SMALL B +U+1D484 𝒄 \bic MATHEMATICAL BOLD ITALIC SMALL C +U+1D485 𝒅 \bid MATHEMATICAL BOLD ITALIC SMALL D +U+1D486 𝒆 \bie MATHEMATICAL BOLD ITALIC SMALL E +U+1D487 𝒇 \bif MATHEMATICAL BOLD ITALIC SMALL F +U+1D488 𝒈 \big MATHEMATICAL BOLD ITALIC SMALL G +U+1D489 𝒉 \bih MATHEMATICAL BOLD ITALIC SMALL H +U+1D48A 𝒊 \bii MATHEMATICAL BOLD ITALIC SMALL I +U+1D48B 𝒋 \bij MATHEMATICAL BOLD ITALIC SMALL J +U+1D48C 𝒌 \bik MATHEMATICAL BOLD ITALIC SMALL K +U+1D48D 𝒍 \bil MATHEMATICAL BOLD ITALIC SMALL L +U+1D48E 𝒎 \bim MATHEMATICAL BOLD ITALIC SMALL M +U+1D48F 𝒏 \bin MATHEMATICAL BOLD ITALIC SMALL N +U+1D490 𝒐 \bio MATHEMATICAL BOLD ITALIC SMALL O +U+1D491 𝒑 \bip MATHEMATICAL BOLD ITALIC SMALL P +U+1D492 𝒒 \biq MATHEMATICAL BOLD ITALIC SMALL Q +U+1D493 𝒓 \bir MATHEMATICAL BOLD ITALIC SMALL R +U+1D494 𝒔 \bis MATHEMATICAL BOLD ITALIC SMALL S +U+1D495 𝒕 \bit MATHEMATICAL BOLD ITALIC SMALL T +U+1D496 𝒖 \biu MATHEMATICAL BOLD ITALIC SMALL U +U+1D497 𝒗 \biv MATHEMATICAL BOLD ITALIC SMALL V +U+1D498 𝒘 \biw MATHEMATICAL BOLD ITALIC SMALL W +U+1D499 𝒙 \bix MATHEMATICAL BOLD ITALIC SMALL X +U+1D49A 𝒚 \biy MATHEMATICAL BOLD ITALIC SMALL Y +U+1D49B 𝒛 \biz MATHEMATICAL BOLD ITALIC SMALL Z +U+1D49C 𝒜 \scrA MATHEMATICAL SCRIPT CAPITAL A +U+1D49E 𝒞 \scrC MATHEMATICAL SCRIPT CAPITAL C +U+1D49F 𝒟 \scrD MATHEMATICAL SCRIPT CAPITAL D +U+1D4A2 𝒢 \scrG MATHEMATICAL SCRIPT CAPITAL G +U+1D4A5 𝒥 \scrJ MATHEMATICAL SCRIPT CAPITAL J +U+1D4A6 𝒦 \scrK MATHEMATICAL SCRIPT CAPITAL K +U+1D4A9 𝒩 \scrN MATHEMATICAL SCRIPT CAPITAL N +U+1D4AA 𝒪 \scrO MATHEMATICAL SCRIPT CAPITAL O +U+1D4AB 𝒫 \scrP MATHEMATICAL SCRIPT CAPITAL P +U+1D4AC 𝒬 \scrQ MATHEMATICAL SCRIPT CAPITAL Q +U+1D4AE 𝒮 \scrS MATHEMATICAL SCRIPT CAPITAL S +U+1D4AF 𝒯 \scrT MATHEMATICAL SCRIPT CAPITAL T +U+1D4B0 𝒰 \scrU MATHEMATICAL SCRIPT CAPITAL U +U+1D4B1 𝒱 \scrV MATHEMATICAL SCRIPT CAPITAL V +U+1D4B2 𝒲 \scrW MATHEMATICAL SCRIPT CAPITAL W +U+1D4B3 𝒳 \scrX MATHEMATICAL SCRIPT CAPITAL X +U+1D4B4 𝒴 \scrY MATHEMATICAL SCRIPT CAPITAL Y +U+1D4B5 𝒵 \scrZ MATHEMATICAL SCRIPT CAPITAL Z +U+1D4B6 𝒶 \scra MATHEMATICAL SCRIPT SMALL A +U+1D4B7 𝒷 \scrb MATHEMATICAL SCRIPT SMALL B +U+1D4B8 𝒸 \scrc MATHEMATICAL SCRIPT SMALL C +U+1D4B9 𝒹 \scrd MATHEMATICAL SCRIPT SMALL D +U+1D4BB 𝒻 \scrf MATHEMATICAL SCRIPT SMALL F +U+1D4BD 𝒽 \scrh MATHEMATICAL SCRIPT SMALL H +U+1D4BE 𝒾 \scri MATHEMATICAL SCRIPT SMALL I +U+1D4BF 𝒿 \scrj MATHEMATICAL SCRIPT SMALL J +U+1D4C0 𝓀 \scrk MATHEMATICAL SCRIPT SMALL K +U+1D4C1 𝓁 \scrl MATHEMATICAL SCRIPT SMALL L +U+1D4C2 𝓂 \scrm MATHEMATICAL SCRIPT SMALL M +U+1D4C3 𝓃 \scrn MATHEMATICAL SCRIPT SMALL N +U+1D4C5 𝓅 \scrp MATHEMATICAL SCRIPT SMALL P +U+1D4C6 𝓆 \scrq MATHEMATICAL SCRIPT SMALL Q +U+1D4C7 𝓇 \scrr MATHEMATICAL SCRIPT SMALL R +U+1D4C8 𝓈 \scrs MATHEMATICAL SCRIPT SMALL S +U+1D4C9 𝓉 \scrt MATHEMATICAL SCRIPT SMALL T +U+1D4CA 𝓊 \scru MATHEMATICAL SCRIPT SMALL U +U+1D4CB 𝓋 \scrv MATHEMATICAL SCRIPT SMALL V +U+1D4CC 𝓌 \scrw MATHEMATICAL SCRIPT SMALL W +U+1D4CD 𝓍 \scrx MATHEMATICAL SCRIPT SMALL X +U+1D4CE 𝓎 \scry MATHEMATICAL SCRIPT SMALL Y +U+1D4CF 𝓏 \scrz MATHEMATICAL SCRIPT SMALL Z +U+1D4D0 𝓐 \bscrA MATHEMATICAL BOLD SCRIPT CAPITAL A +U+1D4D1 𝓑 \bscrB MATHEMATICAL BOLD SCRIPT CAPITAL B +U+1D4D2 𝓒 \bscrC MATHEMATICAL BOLD SCRIPT CAPITAL C +U+1D4D3 𝓓 \bscrD MATHEMATICAL BOLD SCRIPT CAPITAL D +U+1D4D4 𝓔 \bscrE MATHEMATICAL BOLD SCRIPT CAPITAL E +U+1D4D5 𝓕 \bscrF MATHEMATICAL BOLD SCRIPT CAPITAL F +U+1D4D6 𝓖 \bscrG MATHEMATICAL BOLD SCRIPT CAPITAL G +U+1D4D7 𝓗 \bscrH MATHEMATICAL BOLD SCRIPT CAPITAL H +U+1D4D8 𝓘 \bscrI MATHEMATICAL BOLD SCRIPT CAPITAL I +U+1D4D9 𝓙 \bscrJ MATHEMATICAL BOLD SCRIPT CAPITAL J +U+1D4DA 𝓚 \bscrK MATHEMATICAL BOLD SCRIPT CAPITAL K +U+1D4DB 𝓛 \bscrL MATHEMATICAL BOLD SCRIPT CAPITAL L +U+1D4DC 𝓜 \bscrM MATHEMATICAL BOLD SCRIPT CAPITAL M +U+1D4DD 𝓝 \bscrN MATHEMATICAL BOLD SCRIPT CAPITAL N +U+1D4DE 𝓞 \bscrO MATHEMATICAL BOLD SCRIPT CAPITAL O +U+1D4DF 𝓟 \bscrP MATHEMATICAL BOLD SCRIPT CAPITAL P +U+1D4E0 𝓠 \bscrQ MATHEMATICAL BOLD SCRIPT CAPITAL Q +U+1D4E1 𝓡 \bscrR MATHEMATICAL BOLD SCRIPT CAPITAL R +U+1D4E2 𝓢 \bscrS MATHEMATICAL BOLD SCRIPT CAPITAL S +U+1D4E3 𝓣 \bscrT MATHEMATICAL BOLD SCRIPT CAPITAL T +U+1D4E4 𝓤 \bscrU MATHEMATICAL BOLD SCRIPT CAPITAL U +U+1D4E5 𝓥 \bscrV MATHEMATICAL BOLD SCRIPT CAPITAL V +U+1D4E6 𝓦 \bscrW MATHEMATICAL BOLD SCRIPT CAPITAL W +U+1D4E7 𝓧 \bscrX MATHEMATICAL BOLD SCRIPT CAPITAL X +U+1D4E8 𝓨 \bscrY MATHEMATICAL BOLD SCRIPT CAPITAL Y +U+1D4E9 𝓩 \bscrZ MATHEMATICAL BOLD SCRIPT CAPITAL Z +U+1D4EA 𝓪 \bscra MATHEMATICAL BOLD SCRIPT SMALL A +U+1D4EB 𝓫 \bscrb MATHEMATICAL BOLD SCRIPT SMALL B +U+1D4EC 𝓬 \bscrc MATHEMATICAL BOLD SCRIPT SMALL C +U+1D4ED 𝓭 \bscrd MATHEMATICAL BOLD SCRIPT SMALL D +U+1D4EE 𝓮 \bscre MATHEMATICAL BOLD SCRIPT SMALL E +U+1D4EF 𝓯 \bscrf MATHEMATICAL BOLD SCRIPT SMALL F +U+1D4F0 𝓰 \bscrg MATHEMATICAL BOLD SCRIPT SMALL G +U+1D4F1 𝓱 \bscrh MATHEMATICAL BOLD SCRIPT SMALL H +U+1D4F2 𝓲 \bscri MATHEMATICAL BOLD SCRIPT SMALL I +U+1D4F3 𝓳 \bscrj MATHEMATICAL BOLD SCRIPT SMALL J +U+1D4F4 𝓴 \bscrk MATHEMATICAL BOLD SCRIPT SMALL K +U+1D4F5 𝓵 \bscrl MATHEMATICAL BOLD SCRIPT SMALL L +U+1D4F6 𝓶 \bscrm MATHEMATICAL BOLD SCRIPT SMALL M +U+1D4F7 𝓷 \bscrn MATHEMATICAL BOLD SCRIPT SMALL N +U+1D4F8 𝓸 \bscro MATHEMATICAL BOLD SCRIPT SMALL O +U+1D4F9 𝓹 \bscrp MATHEMATICAL BOLD SCRIPT SMALL P +U+1D4FA 𝓺 \bscrq MATHEMATICAL BOLD SCRIPT SMALL Q +U+1D4FB 𝓻 \bscrr MATHEMATICAL BOLD SCRIPT SMALL R +U+1D4FC 𝓼 \bscrs MATHEMATICAL BOLD SCRIPT SMALL S +U+1D4FD 𝓽 \bscrt MATHEMATICAL BOLD SCRIPT SMALL T +U+1D4FE 𝓾 \bscru MATHEMATICAL BOLD SCRIPT SMALL U +U+1D4FF 𝓿 \bscrv MATHEMATICAL BOLD SCRIPT SMALL V +U+1D500 𝔀 \bscrw MATHEMATICAL BOLD SCRIPT SMALL W +U+1D501 𝔁 \bscrx MATHEMATICAL BOLD SCRIPT SMALL X +U+1D502 𝔂 \bscry MATHEMATICAL BOLD SCRIPT SMALL Y +U+1D503 𝔃 \bscrz MATHEMATICAL BOLD SCRIPT SMALL Z +U+1D504 𝔄 \frakA MATHEMATICAL FRAKTUR CAPITAL A +U+1D505 𝔅 \frakB MATHEMATICAL FRAKTUR CAPITAL B +U+1D507 𝔇 \frakD MATHEMATICAL FRAKTUR CAPITAL D +U+1D508 𝔈 \frakE MATHEMATICAL FRAKTUR CAPITAL E +U+1D509 𝔉 \frakF MATHEMATICAL FRAKTUR CAPITAL F +U+1D50A 𝔊 \frakG MATHEMATICAL FRAKTUR CAPITAL G +U+1D50D 𝔍 \frakJ MATHEMATICAL FRAKTUR CAPITAL J +U+1D50E 𝔎 \frakK MATHEMATICAL FRAKTUR CAPITAL K +U+1D50F 𝔏 \frakL MATHEMATICAL FRAKTUR CAPITAL L +U+1D510 𝔐 \frakM MATHEMATICAL FRAKTUR CAPITAL M +U+1D511 𝔑 \frakN MATHEMATICAL FRAKTUR CAPITAL N +U+1D512 𝔒 \frakO MATHEMATICAL FRAKTUR CAPITAL O +U+1D513 𝔓 \frakP MATHEMATICAL FRAKTUR CAPITAL P +U+1D514 𝔔 \frakQ MATHEMATICAL FRAKTUR CAPITAL Q +U+1D516 𝔖 \frakS MATHEMATICAL FRAKTUR CAPITAL S +U+1D517 𝔗 \frakT MATHEMATICAL FRAKTUR CAPITAL T +U+1D518 𝔘 \frakU MATHEMATICAL FRAKTUR CAPITAL U +U+1D519 𝔙 \frakV MATHEMATICAL FRAKTUR CAPITAL V +U+1D51A 𝔚 \frakW MATHEMATICAL FRAKTUR CAPITAL W +U+1D51B 𝔛 \frakX MATHEMATICAL FRAKTUR CAPITAL X +U+1D51C 𝔜 \frakY MATHEMATICAL FRAKTUR CAPITAL Y +U+1D51E 𝔞 \fraka MATHEMATICAL FRAKTUR SMALL A +U+1D51F 𝔟 \frakb MATHEMATICAL FRAKTUR SMALL B +U+1D520 𝔠 \frakc MATHEMATICAL FRAKTUR SMALL C +U+1D521 𝔡 \frakd MATHEMATICAL FRAKTUR SMALL D +U+1D522 𝔢 \frake MATHEMATICAL FRAKTUR SMALL E +U+1D523 𝔣 \frakf MATHEMATICAL FRAKTUR SMALL F +U+1D524 𝔤 \frakg MATHEMATICAL FRAKTUR SMALL G +U+1D525 𝔥 \frakh MATHEMATICAL FRAKTUR SMALL H +U+1D526 𝔦 \fraki MATHEMATICAL FRAKTUR SMALL I +U+1D527 𝔧 \frakj MATHEMATICAL FRAKTUR SMALL J +U+1D528 𝔨 \frakk MATHEMATICAL FRAKTUR SMALL K +U+1D529 𝔩 \frakl MATHEMATICAL FRAKTUR SMALL L +U+1D52A 𝔪 \frakm MATHEMATICAL FRAKTUR SMALL M +U+1D52B 𝔫 \frakn MATHEMATICAL FRAKTUR SMALL N +U+1D52C 𝔬 \frako MATHEMATICAL FRAKTUR SMALL O +U+1D52D 𝔭 \frakp MATHEMATICAL FRAKTUR SMALL P +U+1D52E 𝔮 \frakq MATHEMATICAL FRAKTUR SMALL Q +U+1D52F 𝔯 \frakr MATHEMATICAL FRAKTUR SMALL R +U+1D530 𝔰 \fraks MATHEMATICAL FRAKTUR SMALL S +U+1D531 𝔱 \frakt MATHEMATICAL FRAKTUR SMALL T +U+1D532 𝔲 \fraku MATHEMATICAL FRAKTUR SMALL U +U+1D533 𝔳 \frakv MATHEMATICAL FRAKTUR SMALL V +U+1D534 𝔴 \frakw MATHEMATICAL FRAKTUR SMALL W +U+1D535 𝔵 \frakx MATHEMATICAL FRAKTUR SMALL X +U+1D536 𝔶 \fraky MATHEMATICAL FRAKTUR SMALL Y +U+1D537 𝔷 \frakz MATHEMATICAL FRAKTUR SMALL Z +U+1D538 𝔸 \bbA MATHEMATICAL DOUBLE-STRUCK CAPITAL A +U+1D539 𝔹 \bbB MATHEMATICAL DOUBLE-STRUCK CAPITAL B +U+1D53B 𝔻 \bbD MATHEMATICAL DOUBLE-STRUCK CAPITAL D +U+1D53C 𝔼 \bbE MATHEMATICAL DOUBLE-STRUCK CAPITAL E +U+1D53D 𝔽 \bbF MATHEMATICAL DOUBLE-STRUCK CAPITAL F +U+1D53E 𝔾 \bbG MATHEMATICAL DOUBLE-STRUCK CAPITAL G +U+1D540 𝕀 \bbI MATHEMATICAL DOUBLE-STRUCK CAPITAL I +U+1D541 𝕁 \bbJ MATHEMATICAL DOUBLE-STRUCK CAPITAL J +U+1D542 𝕂 \bbK MATHEMATICAL DOUBLE-STRUCK CAPITAL K +U+1D543 𝕃 \bbL MATHEMATICAL DOUBLE-STRUCK CAPITAL L +U+1D544 𝕄 \bbM MATHEMATICAL DOUBLE-STRUCK CAPITAL M +U+1D546 𝕆 \bbO MATHEMATICAL DOUBLE-STRUCK CAPITAL O +U+1D54A 𝕊 \bbS MATHEMATICAL DOUBLE-STRUCK CAPITAL S +U+1D54B 𝕋 \bbT MATHEMATICAL DOUBLE-STRUCK CAPITAL T +U+1D54C 𝕌 \bbU MATHEMATICAL DOUBLE-STRUCK CAPITAL U +U+1D54D 𝕍 \bbV MATHEMATICAL DOUBLE-STRUCK CAPITAL V +U+1D54E 𝕎 \bbW MATHEMATICAL DOUBLE-STRUCK CAPITAL W +U+1D54F 𝕏 \bbX MATHEMATICAL DOUBLE-STRUCK CAPITAL X +U+1D550 𝕐 \bbY MATHEMATICAL DOUBLE-STRUCK CAPITAL Y +U+1D552 𝕒 \bba MATHEMATICAL DOUBLE-STRUCK SMALL A +U+1D553 𝕓 \bbb MATHEMATICAL DOUBLE-STRUCK SMALL B +U+1D554 𝕔 \bbc MATHEMATICAL DOUBLE-STRUCK SMALL C +U+1D555 𝕕 \bbd MATHEMATICAL DOUBLE-STRUCK SMALL D +U+1D556 𝕖 \bbe MATHEMATICAL DOUBLE-STRUCK SMALL E +U+1D557 𝕗 \bbf MATHEMATICAL DOUBLE-STRUCK SMALL F +U+1D558 𝕘 \bbg MATHEMATICAL DOUBLE-STRUCK SMALL G +U+1D559 𝕙 \bbh MATHEMATICAL DOUBLE-STRUCK SMALL H +U+1D55A 𝕚 \bbi MATHEMATICAL DOUBLE-STRUCK SMALL I +U+1D55B 𝕛 \bbj MATHEMATICAL DOUBLE-STRUCK SMALL J +U+1D55C 𝕜 \bbk MATHEMATICAL DOUBLE-STRUCK SMALL K +U+1D55D 𝕝 \bbl MATHEMATICAL DOUBLE-STRUCK SMALL L +U+1D55E 𝕞 \bbm MATHEMATICAL DOUBLE-STRUCK SMALL M +U+1D55F 𝕟 \bbn MATHEMATICAL DOUBLE-STRUCK SMALL N +U+1D560 𝕠 \bbo MATHEMATICAL DOUBLE-STRUCK SMALL O +U+1D561 𝕡 \bbp MATHEMATICAL DOUBLE-STRUCK SMALL P +U+1D562 𝕢 \bbq MATHEMATICAL DOUBLE-STRUCK SMALL Q +U+1D563 𝕣 \bbr MATHEMATICAL DOUBLE-STRUCK SMALL R +U+1D564 𝕤 \bbs MATHEMATICAL DOUBLE-STRUCK SMALL S +U+1D565 𝕥 \bbt MATHEMATICAL DOUBLE-STRUCK SMALL T +U+1D566 𝕦 \bbu MATHEMATICAL DOUBLE-STRUCK SMALL U +U+1D567 𝕧 \bbv MATHEMATICAL DOUBLE-STRUCK SMALL V +U+1D568 𝕨 \bbw MATHEMATICAL DOUBLE-STRUCK SMALL W +U+1D569 𝕩 \bbx MATHEMATICAL DOUBLE-STRUCK SMALL X +U+1D56A 𝕪 \bby MATHEMATICAL DOUBLE-STRUCK SMALL Y +U+1D56B 𝕫 \bbz MATHEMATICAL DOUBLE-STRUCK SMALL Z +U+1D56C 𝕬 \bfrakA MATHEMATICAL BOLD FRAKTUR CAPITAL A +U+1D56D 𝕭 \bfrakB MATHEMATICAL BOLD FRAKTUR CAPITAL B +U+1D56E 𝕮 \bfrakC MATHEMATICAL BOLD FRAKTUR CAPITAL C +U+1D56F 𝕯 \bfrakD MATHEMATICAL BOLD FRAKTUR CAPITAL D +U+1D570 𝕰 \bfrakE MATHEMATICAL BOLD FRAKTUR CAPITAL E +U+1D571 𝕱 \bfrakF MATHEMATICAL BOLD FRAKTUR CAPITAL F +U+1D572 𝕲 \bfrakG MATHEMATICAL BOLD FRAKTUR CAPITAL G +U+1D573 𝕳 \bfrakH MATHEMATICAL BOLD FRAKTUR CAPITAL H +U+1D574 𝕴 \bfrakI MATHEMATICAL BOLD FRAKTUR CAPITAL I +U+1D575 𝕵 \bfrakJ MATHEMATICAL BOLD FRAKTUR CAPITAL J +U+1D576 𝕶 \bfrakK MATHEMATICAL BOLD FRAKTUR CAPITAL K +U+1D577 𝕷 \bfrakL MATHEMATICAL BOLD FRAKTUR CAPITAL L +U+1D578 𝕸 \bfrakM MATHEMATICAL BOLD FRAKTUR CAPITAL M +U+1D579 𝕹 \bfrakN MATHEMATICAL BOLD FRAKTUR CAPITAL N +U+1D57A 𝕺 \bfrakO MATHEMATICAL BOLD FRAKTUR CAPITAL O +U+1D57B 𝕻 \bfrakP MATHEMATICAL BOLD FRAKTUR CAPITAL P +U+1D57C 𝕼 \bfrakQ MATHEMATICAL BOLD FRAKTUR CAPITAL Q +U+1D57D 𝕽 \bfrakR MATHEMATICAL BOLD FRAKTUR CAPITAL R +U+1D57E 𝕾 \bfrakS MATHEMATICAL BOLD FRAKTUR CAPITAL S +U+1D57F 𝕿 \bfrakT MATHEMATICAL BOLD FRAKTUR CAPITAL T +U+1D580 𝖀 \bfrakU MATHEMATICAL BOLD FRAKTUR CAPITAL U +U+1D581 𝖁 \bfrakV MATHEMATICAL BOLD FRAKTUR CAPITAL V +U+1D582 𝖂 \bfrakW MATHEMATICAL BOLD FRAKTUR CAPITAL W +U+1D583 𝖃 \bfrakX MATHEMATICAL BOLD FRAKTUR CAPITAL X +U+1D584 𝖄 \bfrakY MATHEMATICAL BOLD FRAKTUR CAPITAL Y +U+1D585 𝖅 \bfrakZ MATHEMATICAL BOLD FRAKTUR CAPITAL Z +U+1D586 𝖆 \bfraka MATHEMATICAL BOLD FRAKTUR SMALL A +U+1D587 𝖇 \bfrakb MATHEMATICAL BOLD FRAKTUR SMALL B +U+1D588 𝖈 \bfrakc MATHEMATICAL BOLD FRAKTUR SMALL C +U+1D589 𝖉 \bfrakd MATHEMATICAL BOLD FRAKTUR SMALL D +U+1D58A 𝖊 \bfrake MATHEMATICAL BOLD FRAKTUR SMALL E +U+1D58B 𝖋 \bfrakf MATHEMATICAL BOLD FRAKTUR SMALL F +U+1D58C 𝖌 \bfrakg MATHEMATICAL BOLD FRAKTUR SMALL G +U+1D58D 𝖍 \bfrakh MATHEMATICAL BOLD FRAKTUR SMALL H +U+1D58E 𝖎 \bfraki MATHEMATICAL BOLD FRAKTUR SMALL I +U+1D58F 𝖏 \bfrakj MATHEMATICAL BOLD FRAKTUR SMALL J +U+1D590 𝖐 \bfrakk MATHEMATICAL BOLD FRAKTUR SMALL K +U+1D591 𝖑 \bfrakl MATHEMATICAL BOLD FRAKTUR SMALL L +U+1D592 𝖒 \bfrakm MATHEMATICAL BOLD FRAKTUR SMALL M +U+1D593 𝖓 \bfrakn MATHEMATICAL BOLD FRAKTUR SMALL N +U+1D594 𝖔 \bfrako MATHEMATICAL BOLD FRAKTUR SMALL O +U+1D595 𝖕 \bfrakp MATHEMATICAL BOLD FRAKTUR SMALL P +U+1D596 𝖖 \bfrakq MATHEMATICAL BOLD FRAKTUR SMALL Q +U+1D597 𝖗 \bfrakr MATHEMATICAL BOLD FRAKTUR SMALL R +U+1D598 𝖘 \bfraks MATHEMATICAL BOLD FRAKTUR SMALL S +U+1D599 𝖙 \bfrakt MATHEMATICAL BOLD FRAKTUR SMALL T +U+1D59A 𝖚 \bfraku MATHEMATICAL BOLD FRAKTUR SMALL U +U+1D59B 𝖛 \bfrakv MATHEMATICAL BOLD FRAKTUR SMALL V +U+1D59C 𝖜 \bfrakw MATHEMATICAL BOLD FRAKTUR SMALL W +U+1D59D 𝖝 \bfrakx MATHEMATICAL BOLD FRAKTUR SMALL X +U+1D59E 𝖞 \bfraky MATHEMATICAL BOLD FRAKTUR SMALL Y +U+1D59F 𝖟 \bfrakz MATHEMATICAL BOLD FRAKTUR SMALL Z +U+1D5A0 𝖠 \sansA MATHEMATICAL SANS-SERIF CAPITAL A +U+1D5A1 𝖡 \sansB MATHEMATICAL SANS-SERIF CAPITAL B +U+1D5A2 𝖢 \sansC MATHEMATICAL SANS-SERIF CAPITAL C +U+1D5A3 𝖣 \sansD MATHEMATICAL SANS-SERIF CAPITAL D +U+1D5A4 𝖤 \sansE MATHEMATICAL SANS-SERIF CAPITAL E +U+1D5A5 𝖥 \sansF MATHEMATICAL SANS-SERIF CAPITAL F +U+1D5A6 𝖦 \sansG MATHEMATICAL SANS-SERIF CAPITAL G +U+1D5A7 𝖧 \sansH MATHEMATICAL SANS-SERIF CAPITAL H +U+1D5A8 𝖨 \sansI MATHEMATICAL SANS-SERIF CAPITAL I +U+1D5A9 𝖩 \sansJ MATHEMATICAL SANS-SERIF CAPITAL J +U+1D5AA 𝖪 \sansK MATHEMATICAL SANS-SERIF CAPITAL K +U+1D5AB 𝖫 \sansL MATHEMATICAL SANS-SERIF CAPITAL L +U+1D5AC 𝖬 \sansM MATHEMATICAL SANS-SERIF CAPITAL M +U+1D5AD 𝖭 \sansN MATHEMATICAL SANS-SERIF CAPITAL N +U+1D5AE 𝖮 \sansO MATHEMATICAL SANS-SERIF CAPITAL O +U+1D5AF 𝖯 \sansP MATHEMATICAL SANS-SERIF CAPITAL P +U+1D5B0 𝖰 \sansQ MATHEMATICAL SANS-SERIF CAPITAL Q +U+1D5B1 𝖱 \sansR MATHEMATICAL SANS-SERIF CAPITAL R +U+1D5B2 𝖲 \sansS MATHEMATICAL SANS-SERIF CAPITAL S +U+1D5B3 𝖳 \sansT MATHEMATICAL SANS-SERIF CAPITAL T +U+1D5B4 𝖴 \sansU MATHEMATICAL SANS-SERIF CAPITAL U +U+1D5B5 𝖵 \sansV MATHEMATICAL SANS-SERIF CAPITAL V +U+1D5B6 𝖶 \sansW MATHEMATICAL SANS-SERIF CAPITAL W +U+1D5B7 𝖷 \sansX MATHEMATICAL SANS-SERIF CAPITAL X +U+1D5B8 𝖸 \sansY MATHEMATICAL SANS-SERIF CAPITAL Y +U+1D5B9 𝖹 \sansZ MATHEMATICAL SANS-SERIF CAPITAL Z +U+1D5BA 𝖺 \sansa MATHEMATICAL SANS-SERIF SMALL A +U+1D5BB 𝖻 \sansb MATHEMATICAL SANS-SERIF SMALL B +U+1D5BC 𝖼 \sansc MATHEMATICAL SANS-SERIF SMALL C +U+1D5BD 𝖽 \sansd MATHEMATICAL SANS-SERIF SMALL D +U+1D5BE 𝖾 \sanse MATHEMATICAL SANS-SERIF SMALL E +U+1D5BF 𝖿 \sansf MATHEMATICAL SANS-SERIF SMALL F +U+1D5C0 𝗀 \sansg MATHEMATICAL SANS-SERIF SMALL G +U+1D5C1 𝗁 \sansh MATHEMATICAL SANS-SERIF SMALL H +U+1D5C2 𝗂 \sansi MATHEMATICAL SANS-SERIF SMALL I +U+1D5C3 𝗃 \sansj MATHEMATICAL SANS-SERIF SMALL J +U+1D5C4 𝗄 \sansk MATHEMATICAL SANS-SERIF SMALL K +U+1D5C5 𝗅 \sansl MATHEMATICAL SANS-SERIF SMALL L +U+1D5C6 𝗆 \sansm MATHEMATICAL SANS-SERIF SMALL M +U+1D5C7 𝗇 \sansn MATHEMATICAL SANS-SERIF SMALL N +U+1D5C8 𝗈 \sanso MATHEMATICAL SANS-SERIF SMALL O +U+1D5C9 𝗉 \sansp MATHEMATICAL SANS-SERIF SMALL P +U+1D5CA 𝗊 \sansq MATHEMATICAL SANS-SERIF SMALL Q +U+1D5CB 𝗋 \sansr MATHEMATICAL SANS-SERIF SMALL R +U+1D5CC 𝗌 \sanss MATHEMATICAL SANS-SERIF SMALL S +U+1D5CD 𝗍 \sanst MATHEMATICAL SANS-SERIF SMALL T +U+1D5CE 𝗎 \sansu MATHEMATICAL SANS-SERIF SMALL U +U+1D5CF 𝗏 \sansv MATHEMATICAL SANS-SERIF SMALL V +U+1D5D0 𝗐 \sansw MATHEMATICAL SANS-SERIF SMALL W +U+1D5D1 𝗑 \sansx MATHEMATICAL SANS-SERIF SMALL X +U+1D5D2 𝗒 \sansy MATHEMATICAL SANS-SERIF SMALL Y +U+1D5D3 𝗓 \sansz MATHEMATICAL SANS-SERIF SMALL Z +U+1D5D4 𝗔 \bsansA MATHEMATICAL SANS-SERIF BOLD CAPITAL A +U+1D5D5 𝗕 \bsansB MATHEMATICAL SANS-SERIF BOLD CAPITAL B +U+1D5D6 𝗖 \bsansC MATHEMATICAL SANS-SERIF BOLD CAPITAL C +U+1D5D7 𝗗 \bsansD MATHEMATICAL SANS-SERIF BOLD CAPITAL D +U+1D5D8 𝗘 \bsansE MATHEMATICAL SANS-SERIF BOLD CAPITAL E +U+1D5D9 𝗙 \bsansF MATHEMATICAL SANS-SERIF BOLD CAPITAL F +U+1D5DA 𝗚 \bsansG MATHEMATICAL SANS-SERIF BOLD CAPITAL G +U+1D5DB 𝗛 \bsansH MATHEMATICAL SANS-SERIF BOLD CAPITAL H +U+1D5DC 𝗜 \bsansI MATHEMATICAL SANS-SERIF BOLD CAPITAL I +U+1D5DD 𝗝 \bsansJ MATHEMATICAL SANS-SERIF BOLD CAPITAL J +U+1D5DE 𝗞 \bsansK MATHEMATICAL SANS-SERIF BOLD CAPITAL K +U+1D5DF 𝗟 \bsansL MATHEMATICAL SANS-SERIF BOLD CAPITAL L +U+1D5E0 𝗠 \bsansM MATHEMATICAL SANS-SERIF BOLD CAPITAL M +U+1D5E1 𝗡 \bsansN MATHEMATICAL SANS-SERIF BOLD CAPITAL N +U+1D5E2 𝗢 \bsansO MATHEMATICAL SANS-SERIF BOLD CAPITAL O +U+1D5E3 𝗣 \bsansP MATHEMATICAL SANS-SERIF BOLD CAPITAL P +U+1D5E4 𝗤 \bsansQ MATHEMATICAL SANS-SERIF BOLD CAPITAL Q +U+1D5E5 𝗥 \bsansR MATHEMATICAL SANS-SERIF BOLD CAPITAL R +U+1D5E6 𝗦 \bsansS MATHEMATICAL SANS-SERIF BOLD CAPITAL S +U+1D5E7 𝗧 \bsansT MATHEMATICAL SANS-SERIF BOLD CAPITAL T +U+1D5E8 𝗨 \bsansU MATHEMATICAL SANS-SERIF BOLD CAPITAL U +U+1D5E9 𝗩 \bsansV MATHEMATICAL SANS-SERIF BOLD CAPITAL V +U+1D5EA 𝗪 \bsansW MATHEMATICAL SANS-SERIF BOLD CAPITAL W +U+1D5EB 𝗫 \bsansX MATHEMATICAL SANS-SERIF BOLD CAPITAL X +U+1D5EC 𝗬 \bsansY MATHEMATICAL SANS-SERIF BOLD CAPITAL Y +U+1D5ED 𝗭 \bsansZ MATHEMATICAL SANS-SERIF BOLD CAPITAL Z +U+1D5EE 𝗮 \bsansa MATHEMATICAL SANS-SERIF BOLD SMALL A +U+1D5EF 𝗯 \bsansb MATHEMATICAL SANS-SERIF BOLD SMALL B +U+1D5F0 𝗰 \bsansc MATHEMATICAL SANS-SERIF BOLD SMALL C +U+1D5F1 𝗱 \bsansd MATHEMATICAL SANS-SERIF BOLD SMALL D +U+1D5F2 𝗲 \bsanse MATHEMATICAL SANS-SERIF BOLD SMALL E +U+1D5F3 𝗳 \bsansf MATHEMATICAL SANS-SERIF BOLD SMALL F +U+1D5F4 𝗴 \bsansg MATHEMATICAL SANS-SERIF BOLD SMALL G +U+1D5F5 𝗵 \bsansh MATHEMATICAL SANS-SERIF BOLD SMALL H +U+1D5F6 𝗶 \bsansi MATHEMATICAL SANS-SERIF BOLD SMALL I +U+1D5F7 𝗷 \bsansj MATHEMATICAL SANS-SERIF BOLD SMALL J +U+1D5F8 𝗸 \bsansk MATHEMATICAL SANS-SERIF BOLD SMALL K +U+1D5F9 𝗹 \bsansl MATHEMATICAL SANS-SERIF BOLD SMALL L +U+1D5FA 𝗺 \bsansm MATHEMATICAL SANS-SERIF BOLD SMALL M +U+1D5FB 𝗻 \bsansn MATHEMATICAL SANS-SERIF BOLD SMALL N +U+1D5FC 𝗼 \bsanso MATHEMATICAL SANS-SERIF BOLD SMALL O +U+1D5FD 𝗽 \bsansp MATHEMATICAL SANS-SERIF BOLD SMALL P +U+1D5FE 𝗾 \bsansq MATHEMATICAL SANS-SERIF BOLD SMALL Q +U+1D5FF 𝗿 \bsansr MATHEMATICAL SANS-SERIF BOLD SMALL R +U+1D600 𝘀 \bsanss MATHEMATICAL SANS-SERIF BOLD SMALL S +U+1D601 𝘁 \bsanst MATHEMATICAL SANS-SERIF BOLD SMALL T +U+1D602 𝘂 \bsansu MATHEMATICAL SANS-SERIF BOLD SMALL U +U+1D603 𝘃 \bsansv MATHEMATICAL SANS-SERIF BOLD SMALL V +U+1D604 𝘄 \bsansw MATHEMATICAL SANS-SERIF BOLD SMALL W +U+1D605 𝘅 \bsansx MATHEMATICAL SANS-SERIF BOLD SMALL X +U+1D606 𝘆 \bsansy MATHEMATICAL SANS-SERIF BOLD SMALL Y +U+1D607 𝘇 \bsansz MATHEMATICAL SANS-SERIF BOLD SMALL Z +U+1D608 𝘈 \isansA MATHEMATICAL SANS-SERIF ITALIC CAPITAL A +U+1D609 𝘉 \isansB MATHEMATICAL SANS-SERIF ITALIC CAPITAL B +U+1D60A 𝘊 \isansC MATHEMATICAL SANS-SERIF ITALIC CAPITAL C +U+1D60B 𝘋 \isansD MATHEMATICAL SANS-SERIF ITALIC CAPITAL D +U+1D60C 𝘌 \isansE MATHEMATICAL SANS-SERIF ITALIC CAPITAL E +U+1D60D 𝘍 \isansF MATHEMATICAL SANS-SERIF ITALIC CAPITAL F +U+1D60E 𝘎 \isansG MATHEMATICAL SANS-SERIF ITALIC CAPITAL G +U+1D60F 𝘏 \isansH MATHEMATICAL SANS-SERIF ITALIC CAPITAL H +U+1D610 𝘐 \isansI MATHEMATICAL SANS-SERIF ITALIC CAPITAL I +U+1D611 𝘑 \isansJ MATHEMATICAL SANS-SERIF ITALIC CAPITAL J +U+1D612 𝘒 \isansK MATHEMATICAL SANS-SERIF ITALIC CAPITAL K +U+1D613 𝘓 \isansL MATHEMATICAL SANS-SERIF ITALIC CAPITAL L +U+1D614 𝘔 \isansM MATHEMATICAL SANS-SERIF ITALIC CAPITAL M +U+1D615 𝘕 \isansN MATHEMATICAL SANS-SERIF ITALIC CAPITAL N +U+1D616 𝘖 \isansO MATHEMATICAL SANS-SERIF ITALIC CAPITAL O +U+1D617 𝘗 \isansP MATHEMATICAL SANS-SERIF ITALIC CAPITAL P +U+1D618 𝘘 \isansQ MATHEMATICAL SANS-SERIF ITALIC CAPITAL Q +U+1D619 𝘙 \isansR MATHEMATICAL SANS-SERIF ITALIC CAPITAL R +U+1D61A 𝘚 \isansS MATHEMATICAL SANS-SERIF ITALIC CAPITAL S +U+1D61B 𝘛 \isansT MATHEMATICAL SANS-SERIF ITALIC CAPITAL T +U+1D61C 𝘜 \isansU MATHEMATICAL SANS-SERIF ITALIC CAPITAL U +U+1D61D 𝘝 \isansV MATHEMATICAL SANS-SERIF ITALIC CAPITAL V +U+1D61E 𝘞 \isansW MATHEMATICAL SANS-SERIF ITALIC CAPITAL W +U+1D61F 𝘟 \isansX MATHEMATICAL SANS-SERIF ITALIC CAPITAL X +U+1D620 𝘠 \isansY MATHEMATICAL SANS-SERIF ITALIC CAPITAL Y +U+1D621 𝘡 \isansZ MATHEMATICAL SANS-SERIF ITALIC CAPITAL Z +U+1D622 𝘢 \isansa MATHEMATICAL SANS-SERIF ITALIC SMALL A +U+1D623 𝘣 \isansb MATHEMATICAL SANS-SERIF ITALIC SMALL B +U+1D624 𝘤 \isansc MATHEMATICAL SANS-SERIF ITALIC SMALL C +U+1D625 𝘥 \isansd MATHEMATICAL SANS-SERIF ITALIC SMALL D +U+1D626 𝘦 \isanse MATHEMATICAL SANS-SERIF ITALIC SMALL E +U+1D627 𝘧 \isansf MATHEMATICAL SANS-SERIF ITALIC SMALL F +U+1D628 𝘨 \isansg MATHEMATICAL SANS-SERIF ITALIC SMALL G +U+1D629 𝘩 \isansh MATHEMATICAL SANS-SERIF ITALIC SMALL H +U+1D62A 𝘪 \isansi MATHEMATICAL SANS-SERIF ITALIC SMALL I +U+1D62B 𝘫 \isansj MATHEMATICAL SANS-SERIF ITALIC SMALL J +U+1D62C 𝘬 \isansk MATHEMATICAL SANS-SERIF ITALIC SMALL K +U+1D62D 𝘭 \isansl MATHEMATICAL SANS-SERIF ITALIC SMALL L +U+1D62E 𝘮 \isansm MATHEMATICAL SANS-SERIF ITALIC SMALL M +U+1D62F 𝘯 \isansn MATHEMATICAL SANS-SERIF ITALIC SMALL N +U+1D630 𝘰 \isanso MATHEMATICAL SANS-SERIF ITALIC SMALL O +U+1D631 𝘱 \isansp MATHEMATICAL SANS-SERIF ITALIC SMALL P +U+1D632 𝘲 \isansq MATHEMATICAL SANS-SERIF ITALIC SMALL Q +U+1D633 𝘳 \isansr MATHEMATICAL SANS-SERIF ITALIC SMALL R +U+1D634 𝘴 \isanss MATHEMATICAL SANS-SERIF ITALIC SMALL S +U+1D635 𝘵 \isanst MATHEMATICAL SANS-SERIF ITALIC SMALL T +U+1D636 𝘶 \isansu MATHEMATICAL SANS-SERIF ITALIC SMALL U +U+1D637 𝘷 \isansv MATHEMATICAL SANS-SERIF ITALIC SMALL V +U+1D638 𝘸 \isansw MATHEMATICAL SANS-SERIF ITALIC SMALL W +U+1D639 𝘹 \isansx MATHEMATICAL SANS-SERIF ITALIC SMALL X +U+1D63A 𝘺 \isansy MATHEMATICAL SANS-SERIF ITALIC SMALL Y +U+1D63B 𝘻 \isansz MATHEMATICAL SANS-SERIF ITALIC SMALL Z +U+1D63C 𝘼 \bisansA MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL A +U+1D63D 𝘽 \bisansB MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL B +U+1D63E 𝘾 \bisansC MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL C +U+1D63F 𝘿 \bisansD MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL D +U+1D640 𝙀 \bisansE MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL E +U+1D641 𝙁 \bisansF MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL F +U+1D642 𝙂 \bisansG MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL G +U+1D643 𝙃 \bisansH MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL H +U+1D644 𝙄 \bisansI MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL I +U+1D645 𝙅 \bisansJ MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL J +U+1D646 𝙆 \bisansK MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL K +U+1D647 𝙇 \bisansL MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL L +U+1D648 𝙈 \bisansM MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL M +U+1D649 𝙉 \bisansN MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL N +U+1D64A 𝙊 \bisansO MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL O +U+1D64B 𝙋 \bisansP MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL P +U+1D64C 𝙌 \bisansQ MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Q +U+1D64D 𝙍 \bisansR MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL R +U+1D64E 𝙎 \bisansS MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL S +U+1D64F 𝙏 \bisansT MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL T +U+1D650 𝙐 \bisansU MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL U +U+1D651 𝙑 \bisansV MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL V +U+1D652 𝙒 \bisansW MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL W +U+1D653 𝙓 \bisansX MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL X +U+1D654 𝙔 \bisansY MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Y +U+1D655 𝙕 \bisansZ MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Z +U+1D656 𝙖 \bisansa MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL A +U+1D657 𝙗 \bisansb MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL B +U+1D658 𝙘 \bisansc MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL C +U+1D659 𝙙 \bisansd MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL D +U+1D65A 𝙚 \bisanse MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL E +U+1D65B 𝙛 \bisansf MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL F +U+1D65C 𝙜 \bisansg MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL G +U+1D65D 𝙝 \bisansh MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL H +U+1D65E 𝙞 \bisansi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL I +U+1D65F 𝙟 \bisansj MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL J +U+1D660 𝙠 \bisansk MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL K +U+1D661 𝙡 \bisansl MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL L +U+1D662 𝙢 \bisansm MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL M +U+1D663 𝙣 \bisansn MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL N +U+1D664 𝙤 \bisanso MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL O +U+1D665 𝙥 \bisansp MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL P +U+1D666 𝙦 \bisansq MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Q +U+1D667 𝙧 \bisansr MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL R +U+1D668 𝙨 \bisanss MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL S +U+1D669 𝙩 \bisanst MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL T +U+1D66A 𝙪 \bisansu MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL U +U+1D66B 𝙫 \bisansv MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL V +U+1D66C 𝙬 \bisansw MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL W +U+1D66D 𝙭 \bisansx MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL X +U+1D66E 𝙮 \bisansy MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Y +U+1D66F 𝙯 \bisansz MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Z +U+1D670 𝙰 \ttA MATHEMATICAL MONOSPACE CAPITAL A +U+1D671 𝙱 \ttB MATHEMATICAL MONOSPACE CAPITAL B +U+1D672 𝙲 \ttC MATHEMATICAL MONOSPACE CAPITAL C +U+1D673 𝙳 \ttD MATHEMATICAL MONOSPACE CAPITAL D +U+1D674 𝙴 \ttE MATHEMATICAL MONOSPACE CAPITAL E +U+1D675 𝙵 \ttF MATHEMATICAL MONOSPACE CAPITAL F +U+1D676 𝙶 \ttG MATHEMATICAL MONOSPACE CAPITAL G +U+1D677 𝙷 \ttH MATHEMATICAL MONOSPACE CAPITAL H +U+1D678 𝙸 \ttI MATHEMATICAL MONOSPACE CAPITAL I +U+1D679 𝙹 \ttJ MATHEMATICAL MONOSPACE CAPITAL J +U+1D67A 𝙺 \ttK MATHEMATICAL MONOSPACE CAPITAL K +U+1D67B 𝙻 \ttL MATHEMATICAL MONOSPACE CAPITAL L +U+1D67C 𝙼 \ttM MATHEMATICAL MONOSPACE CAPITAL M +U+1D67D 𝙽 \ttN MATHEMATICAL MONOSPACE CAPITAL N +U+1D67E 𝙾 \ttO MATHEMATICAL MONOSPACE CAPITAL O +U+1D67F 𝙿 \ttP MATHEMATICAL MONOSPACE CAPITAL P +U+1D680 𝚀 \ttQ MATHEMATICAL MONOSPACE CAPITAL Q +U+1D681 𝚁 \ttR MATHEMATICAL MONOSPACE CAPITAL R +U+1D682 𝚂 \ttS MATHEMATICAL MONOSPACE CAPITAL S +U+1D683 𝚃 \ttT MATHEMATICAL MONOSPACE CAPITAL T +U+1D684 𝚄 \ttU MATHEMATICAL MONOSPACE CAPITAL U +U+1D685 𝚅 \ttV MATHEMATICAL MONOSPACE CAPITAL V +U+1D686 𝚆 \ttW MATHEMATICAL MONOSPACE CAPITAL W +U+1D687 𝚇 \ttX MATHEMATICAL MONOSPACE CAPITAL X +U+1D688 𝚈 \ttY MATHEMATICAL MONOSPACE CAPITAL Y +U+1D689 𝚉 \ttZ MATHEMATICAL MONOSPACE CAPITAL Z +U+1D68A 𝚊 \tta MATHEMATICAL MONOSPACE SMALL A +U+1D68B 𝚋 \ttb MATHEMATICAL MONOSPACE SMALL B +U+1D68C 𝚌 \ttc MATHEMATICAL MONOSPACE SMALL C +U+1D68D 𝚍 \ttd MATHEMATICAL MONOSPACE SMALL D +U+1D68E 𝚎 \tte MATHEMATICAL MONOSPACE SMALL E +U+1D68F 𝚏 \ttf MATHEMATICAL MONOSPACE SMALL F +U+1D690 𝚐 \ttg MATHEMATICAL MONOSPACE SMALL G +U+1D691 𝚑 \tth MATHEMATICAL MONOSPACE SMALL H +U+1D692 𝚒 \tti MATHEMATICAL MONOSPACE SMALL I +U+1D693 𝚓 \ttj MATHEMATICAL MONOSPACE SMALL J +U+1D694 𝚔 \ttk MATHEMATICAL MONOSPACE SMALL K +U+1D695 𝚕 \ttl MATHEMATICAL MONOSPACE SMALL L +U+1D696 𝚖 \ttm MATHEMATICAL MONOSPACE SMALL M +U+1D697 𝚗 \ttn MATHEMATICAL MONOSPACE SMALL N +U+1D698 𝚘 \tto MATHEMATICAL MONOSPACE SMALL O +U+1D699 𝚙 \ttp MATHEMATICAL MONOSPACE SMALL P +U+1D69A 𝚚 \ttq MATHEMATICAL MONOSPACE SMALL Q +U+1D69B 𝚛 \ttr MATHEMATICAL MONOSPACE SMALL R +U+1D69C 𝚜 \tts MATHEMATICAL MONOSPACE SMALL S +U+1D69D 𝚝 \ttt MATHEMATICAL MONOSPACE SMALL T +U+1D69E 𝚞 \ttu MATHEMATICAL MONOSPACE SMALL U +U+1D69F 𝚟 \ttv MATHEMATICAL MONOSPACE SMALL V +U+1D6A0 𝚠 \ttw MATHEMATICAL MONOSPACE SMALL W +U+1D6A1 𝚡 \ttx MATHEMATICAL MONOSPACE SMALL X +U+1D6A2 𝚢 \tty MATHEMATICAL MONOSPACE SMALL Y +U+1D6A3 𝚣 \ttz MATHEMATICAL MONOSPACE SMALL Z +U+1D6A4 𝚤 \itimath MATHEMATICAL ITALIC SMALL DOTLESS I +U+1D6A5 𝚥 \itjmath MATHEMATICAL ITALIC SMALL DOTLESS J +U+1D6A8 𝚨 \bfAlpha MATHEMATICAL BOLD CAPITAL ALPHA +U+1D6A9 𝚩 \bfBeta MATHEMATICAL BOLD CAPITAL BETA +U+1D6AA 𝚪 \bfGamma MATHEMATICAL BOLD CAPITAL GAMMA +U+1D6AB 𝚫 \bfDelta MATHEMATICAL BOLD CAPITAL DELTA +U+1D6AC 𝚬 \bfEpsilon MATHEMATICAL BOLD CAPITAL EPSILON +U+1D6AD 𝚭 \bfZeta MATHEMATICAL BOLD CAPITAL ZETA +U+1D6AE 𝚮 \bfEta MATHEMATICAL BOLD CAPITAL ETA +U+1D6AF 𝚯 \bfTheta MATHEMATICAL BOLD CAPITAL THETA +U+1D6B0 𝚰 \bfIota MATHEMATICAL BOLD CAPITAL IOTA +U+1D6B1 𝚱 \bfKappa MATHEMATICAL BOLD CAPITAL KAPPA +U+1D6B2 𝚲 \bfLambda MATHEMATICAL BOLD CAPITAL LAMDA +U+1D6B3 𝚳 \bfMu MATHEMATICAL BOLD CAPITAL MU +U+1D6B4 𝚴 \bfNu MATHEMATICAL BOLD CAPITAL NU +U+1D6B5 𝚵 \bfXi MATHEMATICAL BOLD CAPITAL XI +U+1D6B6 𝚶 \bfOmicron MATHEMATICAL BOLD CAPITAL OMICRON +U+1D6B7 𝚷 \bfPi MATHEMATICAL BOLD CAPITAL PI +U+1D6B8 𝚸 \bfRho MATHEMATICAL BOLD CAPITAL RHO +U+1D6B9 𝚹 \bfvarTheta MATHEMATICAL BOLD CAPITAL THETA SYMBOL +U+1D6BA 𝚺 \bfSigma MATHEMATICAL BOLD CAPITAL SIGMA +U+1D6BB 𝚻 \bfTau MATHEMATICAL BOLD CAPITAL TAU +U+1D6BC 𝚼 \bfUpsilon MATHEMATICAL BOLD CAPITAL UPSILON +U+1D6BD 𝚽 \bfPhi MATHEMATICAL BOLD CAPITAL PHI +U+1D6BE 𝚾 \bfChi MATHEMATICAL BOLD CAPITAL CHI +U+1D6BF 𝚿 \bfPsi MATHEMATICAL BOLD CAPITAL PSI +U+1D6C0 𝛀 \bfOmega MATHEMATICAL BOLD CAPITAL OMEGA +U+1D6C1 𝛁 \bfnabla MATHEMATICAL BOLD NABLA +U+1D6C2 𝛂 \bfalpha MATHEMATICAL BOLD SMALL ALPHA +U+1D6C3 𝛃 \bfbeta MATHEMATICAL BOLD SMALL BETA +U+1D6C4 𝛄 \bfgamma MATHEMATICAL BOLD SMALL GAMMA +U+1D6C5 𝛅 \bfdelta MATHEMATICAL BOLD SMALL DELTA +U+1D6C6 𝛆 \bfepsilon MATHEMATICAL BOLD SMALL EPSILON +U+1D6C7 𝛇 \bfzeta MATHEMATICAL BOLD SMALL ZETA +U+1D6C8 𝛈 \bfeta MATHEMATICAL BOLD SMALL ETA +U+1D6C9 𝛉 \bftheta MATHEMATICAL BOLD SMALL THETA +U+1D6CA 𝛊 \bfiota MATHEMATICAL BOLD SMALL IOTA +U+1D6CB 𝛋 \bfkappa MATHEMATICAL BOLD SMALL KAPPA +U+1D6CC 𝛌 \bflambda MATHEMATICAL BOLD SMALL LAMDA +U+1D6CD 𝛍 \bfmu MATHEMATICAL BOLD SMALL MU +U+1D6CE 𝛎 \bfnu MATHEMATICAL BOLD SMALL NU +U+1D6CF 𝛏 \bfxi MATHEMATICAL BOLD SMALL XI +U+1D6D0 𝛐 \bfomicron MATHEMATICAL BOLD SMALL OMICRON +U+1D6D1 𝛑 \bfpi MATHEMATICAL BOLD SMALL PI +U+1D6D2 𝛒 \bfrho MATHEMATICAL BOLD SMALL RHO +U+1D6D3 𝛓 \bfvarsigma MATHEMATICAL BOLD SMALL FINAL SIGMA +U+1D6D4 𝛔 \bfsigma MATHEMATICAL BOLD SMALL SIGMA +U+1D6D5 𝛕 \bftau MATHEMATICAL BOLD SMALL TAU +U+1D6D6 𝛖 \bfupsilon MATHEMATICAL BOLD SMALL UPSILON +U+1D6D7 𝛗 \bfvarphi MATHEMATICAL BOLD SMALL PHI +U+1D6D8 𝛘 \bfchi MATHEMATICAL BOLD SMALL CHI +U+1D6D9 𝛙 \bfpsi MATHEMATICAL BOLD SMALL PSI +U+1D6DA 𝛚 \bfomega MATHEMATICAL BOLD SMALL OMEGA +U+1D6DB 𝛛 \bfpartial MATHEMATICAL BOLD PARTIAL DIFFERENTIAL +U+1D6DC 𝛜 \bfvarepsilon MATHEMATICAL BOLD EPSILON SYMBOL +U+1D6DD 𝛝 \bfvartheta MATHEMATICAL BOLD THETA SYMBOL +U+1D6DE 𝛞 \bfvarkappa MATHEMATICAL BOLD KAPPA SYMBOL +U+1D6DF 𝛟 \bfphi MATHEMATICAL BOLD PHI SYMBOL +U+1D6E0 𝛠 \bfvarrho MATHEMATICAL BOLD RHO SYMBOL +U+1D6E1 𝛡 \bfvarpi MATHEMATICAL BOLD PI SYMBOL +U+1D6E2 𝛢 \itAlpha MATHEMATICAL ITALIC CAPITAL ALPHA +U+1D6E3 𝛣 \itBeta MATHEMATICAL ITALIC CAPITAL BETA +U+1D6E4 𝛤 \itGamma MATHEMATICAL ITALIC CAPITAL GAMMA +U+1D6E5 𝛥 \itDelta MATHEMATICAL ITALIC CAPITAL DELTA +U+1D6E6 𝛦 \itEpsilon MATHEMATICAL ITALIC CAPITAL EPSILON +U+1D6E7 𝛧 \itZeta MATHEMATICAL ITALIC CAPITAL ZETA +U+1D6E8 𝛨 \itEta MATHEMATICAL ITALIC CAPITAL ETA +U+1D6E9 𝛩 \itTheta MATHEMATICAL ITALIC CAPITAL THETA +U+1D6EA 𝛪 \itIota MATHEMATICAL ITALIC CAPITAL IOTA +U+1D6EB 𝛫 \itKappa MATHEMATICAL ITALIC CAPITAL KAPPA +U+1D6EC 𝛬 \itLambda MATHEMATICAL ITALIC CAPITAL LAMDA +U+1D6ED 𝛭 \itMu MATHEMATICAL ITALIC CAPITAL MU +U+1D6EE 𝛮 \itNu MATHEMATICAL ITALIC CAPITAL NU +U+1D6EF 𝛯 \itXi MATHEMATICAL ITALIC CAPITAL XI +U+1D6F0 𝛰 \itOmicron MATHEMATICAL ITALIC CAPITAL OMICRON +U+1D6F1 𝛱 \itPi MATHEMATICAL ITALIC CAPITAL PI +U+1D6F2 𝛲 \itRho MATHEMATICAL ITALIC CAPITAL RHO +U+1D6F3 𝛳 \itvarTheta MATHEMATICAL ITALIC CAPITAL THETA SYMBOL +U+1D6F4 𝛴 \itSigma MATHEMATICAL ITALIC CAPITAL SIGMA +U+1D6F5 𝛵 \itTau MATHEMATICAL ITALIC CAPITAL TAU +U+1D6F6 𝛶 \itUpsilon MATHEMATICAL ITALIC CAPITAL UPSILON +U+1D6F7 𝛷 \itPhi MATHEMATICAL ITALIC CAPITAL PHI +U+1D6F8 𝛸 \itChi MATHEMATICAL ITALIC CAPITAL CHI +U+1D6F9 𝛹 \itPsi MATHEMATICAL ITALIC CAPITAL PSI +U+1D6FA 𝛺 \itOmega MATHEMATICAL ITALIC CAPITAL OMEGA +U+1D6FB 𝛻 \itnabla MATHEMATICAL ITALIC NABLA +U+1D6FC 𝛼 \italpha MATHEMATICAL ITALIC SMALL ALPHA +U+1D6FD 𝛽 \itbeta MATHEMATICAL ITALIC SMALL BETA +U+1D6FE 𝛾 \itgamma MATHEMATICAL ITALIC SMALL GAMMA +U+1D6FF 𝛿 \itdelta MATHEMATICAL ITALIC SMALL DELTA +U+1D700 𝜀 \itepsilon MATHEMATICAL ITALIC SMALL EPSILON +U+1D701 𝜁 \itzeta MATHEMATICAL ITALIC SMALL ZETA +U+1D702 𝜂 \iteta MATHEMATICAL ITALIC SMALL ETA +U+1D703 𝜃 \ittheta MATHEMATICAL ITALIC SMALL THETA +U+1D704 𝜄 \itiota MATHEMATICAL ITALIC SMALL IOTA +U+1D705 𝜅 \itkappa MATHEMATICAL ITALIC SMALL KAPPA +U+1D706 𝜆 \itlambda MATHEMATICAL ITALIC SMALL LAMDA +U+1D707 𝜇 \itmu MATHEMATICAL ITALIC SMALL MU +U+1D708 𝜈 \itnu MATHEMATICAL ITALIC SMALL NU +U+1D709 𝜉 \itxi MATHEMATICAL ITALIC SMALL XI +U+1D70A 𝜊 \itomicron MATHEMATICAL ITALIC SMALL OMICRON +U+1D70B 𝜋 \itpi MATHEMATICAL ITALIC SMALL PI +U+1D70C 𝜌 \itrho MATHEMATICAL ITALIC SMALL RHO +U+1D70D 𝜍 \itvarsigma MATHEMATICAL ITALIC SMALL FINAL SIGMA +U+1D70E 𝜎 \itsigma MATHEMATICAL ITALIC SMALL SIGMA +U+1D70F 𝜏 \ittau MATHEMATICAL ITALIC SMALL TAU +U+1D710 𝜐 \itupsilon MATHEMATICAL ITALIC SMALL UPSILON +U+1D711 𝜑 \itphi MATHEMATICAL ITALIC SMALL PHI +U+1D712 𝜒 \itchi MATHEMATICAL ITALIC SMALL CHI +U+1D713 𝜓 \itpsi MATHEMATICAL ITALIC SMALL PSI +U+1D714 𝜔 \itomega MATHEMATICAL ITALIC SMALL OMEGA +U+1D715 𝜕 \itpartial MATHEMATICAL ITALIC PARTIAL DIFFERENTIAL +U+1D716 𝜖 \itvarepsilon MATHEMATICAL ITALIC EPSILON SYMBOL +U+1D717 𝜗 \itvartheta MATHEMATICAL ITALIC THETA SYMBOL +U+1D718 𝜘 \itvarkappa MATHEMATICAL ITALIC KAPPA SYMBOL +U+1D719 𝜙 \itvarphi MATHEMATICAL ITALIC PHI SYMBOL +U+1D71A 𝜚 \itvarrho MATHEMATICAL ITALIC RHO SYMBOL +U+1D71B 𝜛 \itvarpi MATHEMATICAL ITALIC PI SYMBOL +U+1D71C 𝜜 \biAlpha MATHEMATICAL BOLD ITALIC CAPITAL ALPHA +U+1D71D 𝜝 \biBeta MATHEMATICAL BOLD ITALIC CAPITAL BETA +U+1D71E 𝜞 \biGamma MATHEMATICAL BOLD ITALIC CAPITAL GAMMA +U+1D71F 𝜟 \biDelta MATHEMATICAL BOLD ITALIC CAPITAL DELTA +U+1D720 𝜠 \biEpsilon MATHEMATICAL BOLD ITALIC CAPITAL EPSILON +U+1D721 𝜡 \biZeta MATHEMATICAL BOLD ITALIC CAPITAL ZETA +U+1D722 𝜢 \biEta MATHEMATICAL BOLD ITALIC CAPITAL ETA +U+1D723 𝜣 \biTheta MATHEMATICAL BOLD ITALIC CAPITAL THETA +U+1D724 𝜤 \biIota MATHEMATICAL BOLD ITALIC CAPITAL IOTA +U+1D725 𝜥 \biKappa MATHEMATICAL BOLD ITALIC CAPITAL KAPPA +U+1D726 𝜦 \biLambda MATHEMATICAL BOLD ITALIC CAPITAL LAMDA +U+1D727 𝜧 \biMu MATHEMATICAL BOLD ITALIC CAPITAL MU +U+1D728 𝜨 \biNu MATHEMATICAL BOLD ITALIC CAPITAL NU +U+1D729 𝜩 \biXi MATHEMATICAL BOLD ITALIC CAPITAL XI +U+1D72A 𝜪 \biOmicron MATHEMATICAL BOLD ITALIC CAPITAL OMICRON +U+1D72B 𝜫 \biPi MATHEMATICAL BOLD ITALIC CAPITAL PI +U+1D72C 𝜬 \biRho MATHEMATICAL BOLD ITALIC CAPITAL RHO +U+1D72D 𝜭 \bivarTheta MATHEMATICAL BOLD ITALIC CAPITAL THETA SYMBOL +U+1D72E 𝜮 \biSigma MATHEMATICAL BOLD ITALIC CAPITAL SIGMA +U+1D72F 𝜯 \biTau MATHEMATICAL BOLD ITALIC CAPITAL TAU +U+1D730 𝜰 \biUpsilon MATHEMATICAL BOLD ITALIC CAPITAL UPSILON +U+1D731 𝜱 \biPhi MATHEMATICAL BOLD ITALIC CAPITAL PHI +U+1D732 𝜲 \biChi MATHEMATICAL BOLD ITALIC CAPITAL CHI +U+1D733 𝜳 \biPsi MATHEMATICAL BOLD ITALIC CAPITAL PSI +U+1D734 𝜴 \biOmega MATHEMATICAL BOLD ITALIC CAPITAL OMEGA +U+1D735 𝜵 \binabla MATHEMATICAL BOLD ITALIC NABLA +U+1D736 𝜶 \bialpha MATHEMATICAL BOLD ITALIC SMALL ALPHA +U+1D737 𝜷 \bibeta MATHEMATICAL BOLD ITALIC SMALL BETA +U+1D738 𝜸 \bigamma MATHEMATICAL BOLD ITALIC SMALL GAMMA +U+1D739 𝜹 \bidelta MATHEMATICAL BOLD ITALIC SMALL DELTA +U+1D73A 𝜺 \biepsilon MATHEMATICAL BOLD ITALIC SMALL EPSILON +U+1D73B 𝜻 \bizeta MATHEMATICAL BOLD ITALIC SMALL ZETA +U+1D73C 𝜼 \bieta MATHEMATICAL BOLD ITALIC SMALL ETA +U+1D73D 𝜽 \bitheta MATHEMATICAL BOLD ITALIC SMALL THETA +U+1D73E 𝜾 \biiota MATHEMATICAL BOLD ITALIC SMALL IOTA +U+1D73F 𝜿 \bikappa MATHEMATICAL BOLD ITALIC SMALL KAPPA +U+1D740 𝝀 \bilambda MATHEMATICAL BOLD ITALIC SMALL LAMDA +U+1D741 𝝁 \bimu MATHEMATICAL BOLD ITALIC SMALL MU +U+1D742 𝝂 \binu MATHEMATICAL BOLD ITALIC SMALL NU +U+1D743 𝝃 \bixi MATHEMATICAL BOLD ITALIC SMALL XI +U+1D744 𝝄 \biomicron MATHEMATICAL BOLD ITALIC SMALL OMICRON +U+1D745 𝝅 \bipi MATHEMATICAL BOLD ITALIC SMALL PI +U+1D746 𝝆 \birho MATHEMATICAL BOLD ITALIC SMALL RHO +U+1D747 𝝇 \bivarsigma MATHEMATICAL BOLD ITALIC SMALL FINAL SIGMA +U+1D748 𝝈 \bisigma MATHEMATICAL BOLD ITALIC SMALL SIGMA +U+1D749 𝝉 \bitau MATHEMATICAL BOLD ITALIC SMALL TAU +U+1D74A 𝝊 \biupsilon MATHEMATICAL BOLD ITALIC SMALL UPSILON +U+1D74B 𝝋 \biphi MATHEMATICAL BOLD ITALIC SMALL PHI +U+1D74C 𝝌 \bichi MATHEMATICAL BOLD ITALIC SMALL CHI +U+1D74D 𝝍 \bipsi MATHEMATICAL BOLD ITALIC SMALL PSI +U+1D74E 𝝎 \biomega MATHEMATICAL BOLD ITALIC SMALL OMEGA +U+1D74F 𝝏 \bipartial MATHEMATICAL BOLD ITALIC PARTIAL DIFFERENTIAL +U+1D750 𝝐 \bivarepsilon MATHEMATICAL BOLD ITALIC EPSILON SYMBOL +U+1D751 𝝑 \bivartheta MATHEMATICAL BOLD ITALIC THETA SYMBOL +U+1D752 𝝒 \bivarkappa MATHEMATICAL BOLD ITALIC KAPPA SYMBOL +U+1D753 𝝓 \bivarphi MATHEMATICAL BOLD ITALIC PHI SYMBOL +U+1D754 𝝔 \bivarrho MATHEMATICAL BOLD ITALIC RHO SYMBOL +U+1D755 𝝕 \bivarpi MATHEMATICAL BOLD ITALIC PI SYMBOL +U+1D756 𝝖 \bsansAlpha MATHEMATICAL SANS-SERIF BOLD CAPITAL ALPHA +U+1D757 𝝗 \bsansBeta MATHEMATICAL SANS-SERIF BOLD CAPITAL BETA +U+1D758 𝝘 \bsansGamma MATHEMATICAL SANS-SERIF BOLD CAPITAL GAMMA +U+1D759 𝝙 \bsansDelta MATHEMATICAL SANS-SERIF BOLD CAPITAL DELTA +U+1D75A 𝝚 \bsansEpsilon MATHEMATICAL SANS-SERIF BOLD CAPITAL EPSILON +U+1D75B 𝝛 \bsansZeta MATHEMATICAL SANS-SERIF BOLD CAPITAL ZETA +U+1D75C 𝝜 \bsansEta MATHEMATICAL SANS-SERIF BOLD CAPITAL ETA +U+1D75D 𝝝 \bsansTheta MATHEMATICAL SANS-SERIF BOLD CAPITAL THETA +U+1D75E 𝝞 \bsansIota MATHEMATICAL SANS-SERIF BOLD CAPITAL IOTA +U+1D75F 𝝟 \bsansKappa MATHEMATICAL SANS-SERIF BOLD CAPITAL KAPPA +U+1D760 𝝠 \bsansLambda MATHEMATICAL SANS-SERIF BOLD CAPITAL LAMDA +U+1D761 𝝡 \bsansMu MATHEMATICAL SANS-SERIF BOLD CAPITAL MU +U+1D762 𝝢 \bsansNu MATHEMATICAL SANS-SERIF BOLD CAPITAL NU +U+1D763 𝝣 \bsansXi MATHEMATICAL SANS-SERIF BOLD CAPITAL XI +U+1D764 𝝤 \bsansOmicron MATHEMATICAL SANS-SERIF BOLD CAPITAL OMICRON +U+1D765 𝝥 \bsansPi MATHEMATICAL SANS-SERIF BOLD CAPITAL PI +U+1D766 𝝦 \bsansRho MATHEMATICAL SANS-SERIF BOLD CAPITAL RHO +U+1D767 𝝧 \bsansvarTheta MATHEMATICAL SANS-SERIF BOLD CAPITAL THETA SYMBOL +U+1D768 𝝨 \bsansSigma MATHEMATICAL SANS-SERIF BOLD CAPITAL SIGMA +U+1D769 𝝩 \bsansTau MATHEMATICAL SANS-SERIF BOLD CAPITAL TAU +U+1D76A 𝝪 \bsansUpsilon MATHEMATICAL SANS-SERIF BOLD CAPITAL UPSILON +U+1D76B 𝝫 \bsansPhi MATHEMATICAL SANS-SERIF BOLD CAPITAL PHI +U+1D76C 𝝬 \bsansChi MATHEMATICAL SANS-SERIF BOLD CAPITAL CHI +U+1D76D 𝝭 \bsansPsi MATHEMATICAL SANS-SERIF BOLD CAPITAL PSI +U+1D76E 𝝮 \bsansOmega MATHEMATICAL SANS-SERIF BOLD CAPITAL OMEGA +U+1D76F 𝝯 \bsansnabla MATHEMATICAL SANS-SERIF BOLD NABLA +U+1D770 𝝰 \bsansalpha MATHEMATICAL SANS-SERIF BOLD SMALL ALPHA +U+1D771 𝝱 \bsansbeta MATHEMATICAL SANS-SERIF BOLD SMALL BETA +U+1D772 𝝲 \bsansgamma MATHEMATICAL SANS-SERIF BOLD SMALL GAMMA +U+1D773 𝝳 \bsansdelta MATHEMATICAL SANS-SERIF BOLD SMALL DELTA +U+1D774 𝝴 \bsansepsilon MATHEMATICAL SANS-SERIF BOLD SMALL EPSILON +U+1D775 𝝵 \bsanszeta MATHEMATICAL SANS-SERIF BOLD SMALL ZETA +U+1D776 𝝶 \bsanseta MATHEMATICAL SANS-SERIF BOLD SMALL ETA +U+1D777 𝝷 \bsanstheta MATHEMATICAL SANS-SERIF BOLD SMALL THETA +U+1D778 𝝸 \bsansiota MATHEMATICAL SANS-SERIF BOLD SMALL IOTA +U+1D779 𝝹 \bsanskappa MATHEMATICAL SANS-SERIF BOLD SMALL KAPPA +U+1D77A 𝝺 \bsanslambda MATHEMATICAL SANS-SERIF BOLD SMALL LAMDA +U+1D77B 𝝻 \bsansmu MATHEMATICAL SANS-SERIF BOLD SMALL MU +U+1D77C 𝝼 \bsansnu MATHEMATICAL SANS-SERIF BOLD SMALL NU +U+1D77D 𝝽 \bsansxi MATHEMATICAL SANS-SERIF BOLD SMALL XI +U+1D77E 𝝾 \bsansomicron MATHEMATICAL SANS-SERIF BOLD SMALL OMICRON +U+1D77F 𝝿 \bsanspi MATHEMATICAL SANS-SERIF BOLD SMALL PI +U+1D780 𝞀 \bsansrho MATHEMATICAL SANS-SERIF BOLD SMALL RHO +U+1D781 𝞁 \bsansvarsigma MATHEMATICAL SANS-SERIF BOLD SMALL FINAL SIGMA +U+1D782 𝞂 \bsanssigma MATHEMATICAL SANS-SERIF BOLD SMALL SIGMA +U+1D783 𝞃 \bsanstau MATHEMATICAL SANS-SERIF BOLD SMALL TAU +U+1D784 𝞄 \bsansupsilon MATHEMATICAL SANS-SERIF BOLD SMALL UPSILON +U+1D785 𝞅 \bsansphi MATHEMATICAL SANS-SERIF BOLD SMALL PHI +U+1D786 𝞆 \bsanschi MATHEMATICAL SANS-SERIF BOLD SMALL CHI +U+1D787 𝞇 \bsanspsi MATHEMATICAL SANS-SERIF BOLD SMALL PSI +U+1D788 𝞈 \bsansomega MATHEMATICAL SANS-SERIF BOLD SMALL OMEGA +U+1D789 𝞉 \bsanspartial MATHEMATICAL SANS-SERIF BOLD PARTIAL DIFFERENTIAL +U+1D78A 𝞊 \bsansvarepsilon MATHEMATICAL SANS-SERIF BOLD EPSILON SYMBOL +U+1D78B 𝞋 \bsansvartheta MATHEMATICAL SANS-SERIF BOLD THETA SYMBOL +U+1D78C 𝞌 \bsansvarkappa MATHEMATICAL SANS-SERIF BOLD KAPPA SYMBOL +U+1D78D 𝞍 \bsansvarphi MATHEMATICAL SANS-SERIF BOLD PHI SYMBOL +U+1D78E 𝞎 \bsansvarrho MATHEMATICAL SANS-SERIF BOLD RHO SYMBOL +U+1D78F 𝞏 \bsansvarpi MATHEMATICAL SANS-SERIF BOLD PI SYMBOL +U+1D790 𝞐 \bisansAlpha MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ALPHA +U+1D791 𝞑 \bisansBeta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL BETA +U+1D792 𝞒 \bisansGamma MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL GAMMA +U+1D793 𝞓 \bisansDelta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL DELTA +U+1D794 𝞔 \bisansEpsilon MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL EPSILON +U+1D795 𝞕 \bisansZeta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ZETA +U+1D796 𝞖 \bisansEta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ETA +U+1D797 𝞗 \bisansTheta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL THETA +U+1D798 𝞘 \bisansIota MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL IOTA +U+1D799 𝞙 \bisansKappa MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL KAPPA +U+1D79A 𝞚 \bisansLambda MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL LAMDA +U+1D79B 𝞛 \bisansMu MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL MU +U+1D79C 𝞜 \bisansNu MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL NU +U+1D79D 𝞝 \bisansXi MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL XI +U+1D79E 𝞞 \bisansOmicron MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL OMICRON +U+1D79F 𝞟 \bisansPi MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PI +U+1D7A0 𝞠 \bisansRho MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL RHO +U+1D7A1 𝞡 \bisansvarTheta MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL THETA SYMBOL +U+1D7A2 𝞢 \bisansSigma MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL SIGMA +U+1D7A3 𝞣 \bisansTau MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL TAU +U+1D7A4 𝞤 \bisansUpsilon MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL UPSILON +U+1D7A5 𝞥 \bisansPhi MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PHI +U+1D7A6 𝞦 \bisansChi MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL CHI +U+1D7A7 𝞧 \bisansPsi MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PSI +U+1D7A8 𝞨 \bisansOmega MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL OMEGA +U+1D7A9 𝞩 \bisansnabla MATHEMATICAL SANS-SERIF BOLD ITALIC NABLA +U+1D7AA 𝞪 \bisansalpha MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ALPHA +U+1D7AB 𝞫 \bisansbeta MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL BETA +U+1D7AC 𝞬 \bisansgamma MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL GAMMA +U+1D7AD 𝞭 \bisansdelta MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL DELTA +U+1D7AE 𝞮 \bisansepsilon MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL EPSILON +U+1D7AF 𝞯 \bisanszeta MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ZETA +U+1D7B0 𝞰 \bisanseta MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ETA +U+1D7B1 𝞱 \bisanstheta MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL THETA +U+1D7B2 𝞲 \bisansiota MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL IOTA +U+1D7B3 𝞳 \bisanskappa MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL KAPPA +U+1D7B4 𝞴 \bisanslambda MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL LAMDA +U+1D7B5 𝞵 \bisansmu MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL MU +U+1D7B6 𝞶 \bisansnu MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL NU +U+1D7B7 𝞷 \bisansxi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL XI +U+1D7B8 𝞸 \bisansomicron MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL OMICRON +U+1D7B9 𝞹 \bisanspi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PI +U+1D7BA 𝞺 \bisansrho MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL RHO +U+1D7BB 𝞻 \bisansvarsigma MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL FINAL SIGMA +U+1D7BC 𝞼 \bisanssigma MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL SIGMA +U+1D7BD 𝞽 \bisanstau MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL TAU +U+1D7BE 𝞾 \bisansupsilon MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL UPSILON +U+1D7BF 𝞿 \bisansphi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PHI +U+1D7C0 𝟀 \bisanschi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL CHI +U+1D7C1 𝟁 \bisanspsi MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PSI +U+1D7C2 𝟂 \bisansomega MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL OMEGA +U+1D7C3 𝟃 \bisanspartial MATHEMATICAL SANS-SERIF BOLD ITALIC PARTIAL DIFFERENTIAL +U+1D7C4 𝟄 \bisansvarepsilon MATHEMATICAL SANS-SERIF BOLD ITALIC EPSILON SYMBOL +U+1D7C5 𝟅 \bisansvartheta MATHEMATICAL SANS-SERIF BOLD ITALIC THETA SYMBOL +U+1D7C6 𝟆 \bisansvarkappa MATHEMATICAL SANS-SERIF BOLD ITALIC KAPPA SYMBOL +U+1D7C7 𝟇 \bisansvarphi MATHEMATICAL SANS-SERIF BOLD ITALIC PHI SYMBOL +U+1D7C8 𝟈 \bisansvarrho MATHEMATICAL SANS-SERIF BOLD ITALIC RHO SYMBOL +U+1D7C9 𝟉 \bisansvarpi MATHEMATICAL SANS-SERIF BOLD ITALIC PI SYMBOL +U+1D7CA 𝟊 \bfDigamma MATHEMATICAL BOLD CAPITAL DIGAMMA +U+1D7CB 𝟋 \bfdigamma MATHEMATICAL BOLD SMALL DIGAMMA +U+1D7CE 𝟎 \bfzero MATHEMATICAL BOLD DIGIT ZERO +U+1D7CF 𝟏 \bfone MATHEMATICAL BOLD DIGIT ONE +U+1D7D0 𝟐 \bftwo MATHEMATICAL BOLD DIGIT TWO +U+1D7D1 𝟑 \bfthree MATHEMATICAL BOLD DIGIT THREE +U+1D7D2 𝟒 \bffour MATHEMATICAL BOLD DIGIT FOUR +U+1D7D3 𝟓 \bffive MATHEMATICAL BOLD DIGIT FIVE +U+1D7D4 𝟔 \bfsix MATHEMATICAL BOLD DIGIT SIX +U+1D7D5 𝟕 \bfseven MATHEMATICAL BOLD DIGIT SEVEN +U+1D7D6 𝟖 \bfeight MATHEMATICAL BOLD DIGIT EIGHT +U+1D7D7 𝟗 \bfnine MATHEMATICAL BOLD DIGIT NINE +U+1D7D8 𝟘 \bbzero MATHEMATICAL DOUBLE-STRUCK DIGIT ZERO +U+1D7D9 𝟙 \bbone MATHEMATICAL DOUBLE-STRUCK DIGIT ONE +U+1D7DA 𝟚 \bbtwo MATHEMATICAL DOUBLE-STRUCK DIGIT TWO +U+1D7DB 𝟛 \bbthree MATHEMATICAL DOUBLE-STRUCK DIGIT THREE +U+1D7DC 𝟜 \bbfour MATHEMATICAL DOUBLE-STRUCK DIGIT FOUR +U+1D7DD 𝟝 \bbfive MATHEMATICAL DOUBLE-STRUCK DIGIT FIVE +U+1D7DE 𝟞 \bbsix MATHEMATICAL DOUBLE-STRUCK DIGIT SIX +U+1D7DF 𝟟 \bbseven MATHEMATICAL DOUBLE-STRUCK DIGIT SEVEN +U+1D7E0 𝟠 \bbeight MATHEMATICAL DOUBLE-STRUCK DIGIT EIGHT +U+1D7E1 𝟡 \bbnine MATHEMATICAL DOUBLE-STRUCK DIGIT NINE +U+1D7E2 𝟢 \sanszero MATHEMATICAL SANS-SERIF DIGIT ZERO +U+1D7E3 𝟣 \sansone MATHEMATICAL SANS-SERIF DIGIT ONE +U+1D7E4 𝟤 \sanstwo MATHEMATICAL SANS-SERIF DIGIT TWO +U+1D7E5 𝟥 \sansthree MATHEMATICAL SANS-SERIF DIGIT THREE +U+1D7E6 𝟦 \sansfour MATHEMATICAL SANS-SERIF DIGIT FOUR +U+1D7E7 𝟧 \sansfive MATHEMATICAL SANS-SERIF DIGIT FIVE +U+1D7E8 𝟨 \sanssix MATHEMATICAL SANS-SERIF DIGIT SIX +U+1D7E9 𝟩 \sansseven MATHEMATICAL SANS-SERIF DIGIT SEVEN +U+1D7EA 𝟪 \sanseight MATHEMATICAL SANS-SERIF DIGIT EIGHT +U+1D7EB 𝟫 \sansnine MATHEMATICAL SANS-SERIF DIGIT NINE +U+1D7EC 𝟬 \bsanszero MATHEMATICAL SANS-SERIF BOLD DIGIT ZERO +U+1D7ED 𝟭 \bsansone MATHEMATICAL SANS-SERIF BOLD DIGIT ONE +U+1D7EE 𝟮 \bsanstwo MATHEMATICAL SANS-SERIF BOLD DIGIT TWO +U+1D7EF 𝟯 \bsansthree MATHEMATICAL SANS-SERIF BOLD DIGIT THREE +U+1D7F0 𝟰 \bsansfour MATHEMATICAL SANS-SERIF BOLD DIGIT FOUR +U+1D7F1 𝟱 \bsansfive MATHEMATICAL SANS-SERIF BOLD DIGIT FIVE +U+1D7F2 𝟲 \bsanssix MATHEMATICAL SANS-SERIF BOLD DIGIT SIX +U+1D7F3 𝟳 \bsansseven MATHEMATICAL SANS-SERIF BOLD DIGIT SEVEN +U+1D7F4 𝟴 \bsanseight MATHEMATICAL SANS-SERIF BOLD DIGIT EIGHT +U+1D7F5 𝟵 \bsansnine MATHEMATICAL SANS-SERIF BOLD DIGIT NINE +U+1D7F6 𝟶 \ttzero MATHEMATICAL MONOSPACE DIGIT ZERO +U+1D7F7 𝟷 \ttone MATHEMATICAL MONOSPACE DIGIT ONE +U+1D7F8 𝟸 \tttwo MATHEMATICAL MONOSPACE DIGIT TWO +U+1D7F9 𝟹 \ttthree MATHEMATICAL MONOSPACE DIGIT THREE +U+1D7FA 𝟺 \ttfour MATHEMATICAL MONOSPACE DIGIT FOUR +U+1D7FB 𝟻 \ttfive MATHEMATICAL MONOSPACE DIGIT FIVE +U+1D7FC 𝟼 \ttsix MATHEMATICAL MONOSPACE DIGIT SIX +U+1D7FD 𝟽 \ttseven MATHEMATICAL MONOSPACE DIGIT SEVEN +U+1D7FE 𝟾 \tteight MATHEMATICAL MONOSPACE DIGIT EIGHT +U+1D7FF 𝟿 \ttnine MATHEMATICAL MONOSPACE DIGIT NINE +U+1F004 🀄 \:mahjong: MAHJONG TILE RED DRAGON +U+1F0CF 🃏 \:black_joker: PLAYING CARD BLACK JOKER +U+1F170 🅰 \:a: NEGATIVE SQUARED LATIN CAPITAL LETTER A +U+1F171 🅱 \:b: NEGATIVE SQUARED LATIN CAPITAL LETTER B +U+1F17E 🅾 \:o2: NEGATIVE SQUARED LATIN CAPITAL LETTER O +U+1F17F 🅿 \:parking: NEGATIVE SQUARED LATIN CAPITAL LETTER P +U+1F18E 🆎 \:ab: NEGATIVE SQUARED AB +U+1F191 🆑 \:cl: SQUARED CL +U+1F192 🆒 \:cool: SQUARED COOL +U+1F193 🆓 \:free: SQUARED FREE +U+1F194 🆔 \:id: SQUARED ID +U+1F195 🆕 \:new: SQUARED NEW +U+1F196 🆖 \:ng: SQUARED NG +U+1F197 🆗 \:ok: SQUARED OK +U+1F198 🆘 \:sos: SQUARED SOS +U+1F199 🆙 \:up: SQUARED UP WITH EXCLAMATION MARK +U+1F19A 🆚 \:vs: SQUARED VS +U+1F201 🈁 \:koko: SQUARED KATAKANA KOKO +U+1F202 🈂 \:sa: SQUARED KATAKANA SA +U+1F21A 🈚 \:u7121: SQUARED CJK UNIFIED IDEOGRAPH-7121 +U+1F22F 🈯 \:u6307: SQUARED CJK UNIFIED IDEOGRAPH-6307 +U+1F232 🈲 \:u7981: SQUARED CJK UNIFIED IDEOGRAPH-7981 +U+1F233 🈳 \:u7a7a: SQUARED CJK UNIFIED IDEOGRAPH-7A7A +U+1F234 🈴 \:u5408: SQUARED CJK UNIFIED IDEOGRAPH-5408 +U+1F235 🈵 \:u6e80: SQUARED CJK UNIFIED IDEOGRAPH-6E80 +U+1F236 🈶 \:u6709: SQUARED CJK UNIFIED IDEOGRAPH-6709 +U+1F237 🈷 \:u6708: SQUARED CJK UNIFIED IDEOGRAPH-6708 +U+1F238 🈸 \:u7533: SQUARED CJK UNIFIED IDEOGRAPH-7533 +U+1F239 🈹 \:u5272: SQUARED CJK UNIFIED IDEOGRAPH-5272 +U+1F23A 🈺 \:u55b6: SQUARED CJK UNIFIED IDEOGRAPH-55B6 +U+1F250 🉐 \:ideograph_advantage: CIRCLED IDEOGRAPH ADVANTAGE +U+1F251 🉑 \:accept: CIRCLED IDEOGRAPH ACCEPT +U+1F300 🌀 \:cyclone: CYCLONE +U+1F301 🌁 \:foggy: FOGGY +U+1F302 🌂 \:closed_umbrella: CLOSED UMBRELLA +U+1F303 🌃 \:night_with_stars: NIGHT WITH STARS +U+1F304 🌄 \:sunrise_over_mountains: SUNRISE OVER MOUNTAINS +U+1F305 🌅 \:sunrise: SUNRISE +U+1F306 🌆 \:city_sunset: CITYSCAPE AT DUSK +U+1F307 🌇 \:city_sunrise: SUNSET OVER BUILDINGS +U+1F308 🌈 \:rainbow: RAINBOW +U+1F309 🌉 \:bridge_at_night: BRIDGE AT NIGHT +U+1F30A 🌊 \:ocean: WATER WAVE +U+1F30B 🌋 \:volcano: VOLCANO +U+1F30C 🌌 \:milky_way: MILKY WAY +U+1F30D 🌍 \:earth_africa: EARTH GLOBE EUROPE-AFRICA +U+1F30E 🌎 \:earth_americas: EARTH GLOBE AMERICAS +U+1F30F 🌏 \:earth_asia: EARTH GLOBE ASIA-AUSTRALIA +U+1F310 🌐 \:globe_with_meridians: GLOBE WITH MERIDIANS +U+1F311 🌑 \:new_moon: NEW MOON SYMBOL +U+1F312 🌒 \:waxing_crescent_moon: WAXING CRESCENT MOON SYMBOL +U+1F313 🌓 \:first_quarter_moon: FIRST QUARTER MOON SYMBOL +U+1F314 🌔 \:moon: WAXING GIBBOUS MOON SYMBOL +U+1F315 🌕 \:full_moon: FULL MOON SYMBOL +U+1F316 🌖 \:waning_gibbous_moon: WANING GIBBOUS MOON SYMBOL +U+1F317 🌗 \:last_quarter_moon: LAST QUARTER MOON SYMBOL +U+1F318 🌘 \:waning_crescent_moon: WANING CRESCENT MOON SYMBOL +U+1F319 🌙 \:crescent_moon: CRESCENT MOON +U+1F31A 🌚 \:new_moon_with_face: NEW MOON WITH FACE +U+1F31B 🌛 \:first_quarter_moon_with_face: FIRST QUARTER MOON WITH FACE +U+1F31C 🌜 \:last_quarter_moon_with_face: LAST QUARTER MOON WITH FACE +U+1F31D 🌝 \:full_moon_with_face: FULL MOON WITH FACE +U+1F31E 🌞 \:sun_with_face: SUN WITH FACE +U+1F31F 🌟 \:star2: GLOWING STAR +U+1F320 🌠 \:stars: SHOOTING STAR +U+1F330 🌰 \:chestnut: CHESTNUT +U+1F331 🌱 \:seedling: SEEDLING +U+1F332 🌲 \:evergreen_tree: EVERGREEN TREE +U+1F333 🌳 \:deciduous_tree: DECIDUOUS TREE +U+1F334 🌴 \:palm_tree: PALM TREE +U+1F335 🌵 \:cactus: CACTUS +U+1F337 🌷 \:tulip: TULIP +U+1F338 🌸 \:cherry_blossom: CHERRY BLOSSOM +U+1F339 🌹 \:rose: ROSE +U+1F33A 🌺 \:hibiscus: HIBISCUS +U+1F33B 🌻 \:sunflower: SUNFLOWER +U+1F33C 🌼 \:blossom: BLOSSOM +U+1F33D 🌽 \:corn: EAR OF MAIZE +U+1F33E 🌾 \:ear_of_rice: EAR OF RICE +U+1F33F 🌿 \:herb: HERB +U+1F340 🍀 \:four_leaf_clover: FOUR LEAF CLOVER +U+1F341 🍁 \:maple_leaf: MAPLE LEAF +U+1F342 🍂 \:fallen_leaf: FALLEN LEAF +U+1F343 🍃 \:leaves: LEAF FLUTTERING IN WIND +U+1F344 🍄 \:mushroom: MUSHROOM +U+1F345 🍅 \:tomato: TOMATO +U+1F346 🍆 \:eggplant: AUBERGINE +U+1F347 🍇 \:grapes: GRAPES +U+1F348 🍈 \:melon: MELON +U+1F349 🍉 \:watermelon: WATERMELON +U+1F34A 🍊 \:tangerine: TANGERINE +U+1F34B 🍋 \:lemon: LEMON +U+1F34C 🍌 \:banana: BANANA +U+1F34D 🍍 \:pineapple: PINEAPPLE +U+1F34E 🍎 \:apple: RED APPLE +U+1F34F 🍏 \:green_apple: GREEN APPLE +U+1F350 🍐 \:pear: PEAR +U+1F351 🍑 \:peach: PEACH +U+1F352 🍒 \:cherries: CHERRIES +U+1F353 🍓 \:strawberry: STRAWBERRY +U+1F354 🍔 \:hamburger: HAMBURGER +U+1F355 🍕 \:pizza: SLICE OF PIZZA +U+1F356 🍖 \:meat_on_bone: MEAT ON BONE +U+1F357 🍗 \:poultry_leg: POULTRY LEG +U+1F358 🍘 \:rice_cracker: RICE CRACKER +U+1F359 🍙 \:rice_ball: RICE BALL +U+1F35A 🍚 \:rice: COOKED RICE +U+1F35B 🍛 \:curry: CURRY AND RICE +U+1F35C 🍜 \:ramen: STEAMING BOWL +U+1F35D 🍝 \:spaghetti: SPAGHETTI +U+1F35E 🍞 \:bread: BREAD +U+1F35F 🍟 \:fries: FRENCH FRIES +U+1F360 🍠 \:sweet_potato: ROASTED SWEET POTATO +U+1F361 🍡 \:dango: DANGO +U+1F362 🍢 \:oden: ODEN +U+1F363 🍣 \:sushi: SUSHI +U+1F364 🍤 \:fried_shrimp: FRIED SHRIMP +U+1F365 🍥 \:fish_cake: FISH CAKE WITH SWIRL DESIGN +U+1F366 🍦 \:icecream: SOFT ICE CREAM +U+1F367 🍧 \:shaved_ice: SHAVED ICE +U+1F368 🍨 \:ice_cream: ICE CREAM +U+1F369 🍩 \:doughnut: DOUGHNUT +U+1F36A 🍪 \:cookie: COOKIE +U+1F36B 🍫 \:chocolate_bar: CHOCOLATE BAR +U+1F36C 🍬 \:candy: CANDY +U+1F36D 🍭 \:lollipop: LOLLIPOP +U+1F36E 🍮 \:custard: CUSTARD +U+1F36F 🍯 \:honey_pot: HONEY POT +U+1F370 🍰 \:cake: SHORTCAKE +U+1F371 🍱 \:bento: BENTO BOX +U+1F372 🍲 \:stew: POT OF FOOD +U+1F373 🍳 \:egg: COOKING +U+1F374 🍴 \:fork_and_knife: FORK AND KNIFE +U+1F375 🍵 \:tea: TEACUP WITHOUT HANDLE +U+1F376 🍶 \:sake: SAKE BOTTLE AND CUP +U+1F377 🍷 \:wine_glass: WINE GLASS +U+1F378 🍸 \:cocktail: COCKTAIL GLASS +U+1F379 🍹 \:tropical_drink: TROPICAL DRINK +U+1F37A 🍺 \:beer: BEER MUG +U+1F37B 🍻 \:beers: CLINKING BEER MUGS +U+1F37C 🍼 \:baby_bottle: BABY BOTTLE +U+1F380 🎀 \:ribbon: RIBBON +U+1F381 🎁 \:gift: WRAPPED PRESENT +U+1F382 🎂 \:birthday: BIRTHDAY CAKE +U+1F383 🎃 \:jack_o_lantern: JACK-O-LANTERN +U+1F384 🎄 \:christmas_tree: CHRISTMAS TREE +U+1F385 🎅 \:santa: FATHER CHRISTMAS +U+1F386 🎆 \:fireworks: FIREWORKS +U+1F387 🎇 \:sparkler: FIREWORK SPARKLER +U+1F388 🎈 \:balloon: BALLOON +U+1F389 🎉 \:tada: PARTY POPPER +U+1F38A 🎊 \:confetti_ball: CONFETTI BALL +U+1F38B 🎋 \:tanabata_tree: TANABATA TREE +U+1F38C 🎌 \:crossed_flags: CROSSED FLAGS +U+1F38D 🎍 \:bamboo: PINE DECORATION +U+1F38E 🎎 \:dolls: JAPANESE DOLLS +U+1F38F 🎏 \:flags: CARP STREAMER +U+1F390 🎐 \:wind_chime: WIND CHIME +U+1F391 🎑 \:rice_scene: MOON VIEWING CEREMONY +U+1F392 🎒 \:school_satchel: SCHOOL SATCHEL +U+1F393 🎓 \:mortar_board: GRADUATION CAP +U+1F3A0 🎠 \:carousel_horse: CAROUSEL HORSE +U+1F3A1 🎡 \:ferris_wheel: FERRIS WHEEL +U+1F3A2 🎢 \:roller_coaster: ROLLER COASTER +U+1F3A3 🎣 \:fishing_pole_and_fish: FISHING POLE AND FISH +U+1F3A4 🎤 \:microphone: MICROPHONE +U+1F3A5 🎥 \:movie_camera: MOVIE CAMERA +U+1F3A6 🎦 \:cinema: CINEMA +U+1F3A7 🎧 \:headphones: HEADPHONE +U+1F3A8 🎨 \:art: ARTIST PALETTE +U+1F3A9 🎩 \:tophat: TOP HAT +U+1F3AA 🎪 \:circus_tent: CIRCUS TENT +U+1F3AB 🎫 \:ticket: TICKET +U+1F3AC 🎬 \:clapper: CLAPPER BOARD +U+1F3AD 🎭 \:performing_arts: PERFORMING ARTS +U+1F3AE 🎮 \:video_game: VIDEO GAME +U+1F3AF 🎯 \:dart: DIRECT HIT +U+1F3B0 🎰 \:slot_machine: SLOT MACHINE +U+1F3B1 🎱 \:8ball: BILLIARDS +U+1F3B2 🎲 \:game_die: GAME DIE +U+1F3B3 🎳 \:bowling: BOWLING +U+1F3B4 🎴 \:flower_playing_cards: FLOWER PLAYING CARDS +U+1F3B5 🎵 \:musical_note: MUSICAL NOTE +U+1F3B6 🎶 \:notes: MULTIPLE MUSICAL NOTES +U+1F3B7 🎷 \:saxophone: SAXOPHONE +U+1F3B8 🎸 \:guitar: GUITAR +U+1F3B9 🎹 \:musical_keyboard: MUSICAL KEYBOARD +U+1F3BA 🎺 \:trumpet: TRUMPET +U+1F3BB 🎻 \:violin: VIOLIN +U+1F3BC 🎼 \:musical_score: MUSICAL SCORE +U+1F3BD 🎽 \:running_shirt_with_sash: RUNNING SHIRT WITH SASH +U+1F3BE 🎾 \:tennis: TENNIS RACQUET AND BALL +U+1F3BF 🎿 \:ski: SKI AND SKI BOOT +U+1F3C0 🏀 \:basketball: BASKETBALL AND HOOP +U+1F3C1 🏁 \:checkered_flag: CHEQUERED FLAG +U+1F3C2 🏂 \:snowboarder: SNOWBOARDER +U+1F3C3 🏃 \:runner: RUNNER +U+1F3C4 🏄 \:surfer: SURFER +U+1F3C6 🏆 \:trophy: TROPHY +U+1F3C7 🏇 \:horse_racing: HORSE RACING +U+1F3C8 🏈 \:football: AMERICAN FOOTBALL +U+1F3C9 🏉 \:rugby_football: RUGBY FOOTBALL +U+1F3CA 🏊 \:swimmer: SWIMMER +U+1F3E0 🏠 \:house: HOUSE BUILDING +U+1F3E1 🏡 \:house_with_garden: HOUSE WITH GARDEN +U+1F3E2 🏢 \:office: OFFICE BUILDING +U+1F3E3 🏣 \:post_office: JAPANESE POST OFFICE +U+1F3E4 🏤 \:european_post_office: EUROPEAN POST OFFICE +U+1F3E5 🏥 \:hospital: HOSPITAL +U+1F3E6 🏦 \:bank: BANK +U+1F3E7 🏧 \:atm: AUTOMATED TELLER MACHINE +U+1F3E8 🏨 \:hotel: HOTEL +U+1F3E9 🏩 \:love_hotel: LOVE HOTEL +U+1F3EA 🏪 \:convenience_store: CONVENIENCE STORE +U+1F3EB 🏫 \:school: SCHOOL +U+1F3EC 🏬 \:department_store: DEPARTMENT STORE +U+1F3ED 🏭 \:factory: FACTORY +U+1F3EE 🏮 \:izakaya_lantern: IZAKAYA LANTERN +U+1F3EF 🏯 \:japanese_castle: JAPANESE CASTLE +U+1F3F0 🏰 \:european_castle: EUROPEAN CASTLE +U+1F3FB 🏻 \:skin-tone-2: EMOJI MODIFIER FITZPATRICK TYPE-1-2 +U+1F3FC 🏼 \:skin-tone-3: EMOJI MODIFIER FITZPATRICK TYPE-3 +U+1F3FD 🏽 \:skin-tone-4: EMOJI MODIFIER FITZPATRICK TYPE-4 +U+1F3FE 🏾 \:skin-tone-5: EMOJI MODIFIER FITZPATRICK TYPE-5 +U+1F3FF 🏿 \:skin-tone-6: EMOJI MODIFIER FITZPATRICK TYPE-6 +U+1F400 🐀 \:rat: RAT +U+1F401 🐁 \:mouse2: MOUSE +U+1F402 🐂 \:ox: OX +U+1F403 🐃 \:water_buffalo: WATER BUFFALO +U+1F404 🐄 \:cow2: COW +U+1F405 🐅 \:tiger2: TIGER +U+1F406 🐆 \:leopard: LEOPARD +U+1F407 🐇 \:rabbit2: RABBIT +U+1F408 🐈 \:cat2: CAT +U+1F409 🐉 \:dragon: DRAGON +U+1F40A 🐊 \:crocodile: CROCODILE +U+1F40B 🐋 \:whale2: WHALE +U+1F40C 🐌 \:snail: SNAIL +U+1F40D 🐍 \:snake: SNAKE +U+1F40E 🐎 \:racehorse: HORSE +U+1F40F 🐏 \:ram: RAM +U+1F410 🐐 \:goat: GOAT +U+1F411 🐑 \:sheep: SHEEP +U+1F412 🐒 \:monkey: MONKEY +U+1F413 🐓 \:rooster: ROOSTER +U+1F414 🐔 \:chicken: CHICKEN +U+1F415 🐕 \:dog2: DOG +U+1F416 🐖 \:pig2: PIG +U+1F417 🐗 \:boar: BOAR +U+1F418 🐘 \:elephant: ELEPHANT +U+1F419 🐙 \:octopus: OCTOPUS +U+1F41A 🐚 \:shell: SPIRAL SHELL +U+1F41B 🐛 \:bug: BUG +U+1F41C 🐜 \:ant: ANT +U+1F41D 🐝 \:bee: HONEYBEE +U+1F41E 🐞 \:beetle: LADY BEETLE +U+1F41F 🐟 \:fish: FISH +U+1F420 🐠 \:tropical_fish: TROPICAL FISH +U+1F421 🐡 \:blowfish: BLOWFISH +U+1F422 🐢 \:turtle: TURTLE +U+1F423 🐣 \:hatching_chick: HATCHING CHICK +U+1F424 🐤 \:baby_chick: BABY CHICK +U+1F425 🐥 \:hatched_chick: FRONT-FACING BABY CHICK +U+1F426 🐦 \:bird: BIRD +U+1F427 🐧 \:penguin: PENGUIN +U+1F428 🐨 \:koala: KOALA +U+1F429 🐩 \:poodle: POODLE +U+1F42A 🐪 \:dromedary_camel: DROMEDARY CAMEL +U+1F42B 🐫 \:camel: BACTRIAN CAMEL +U+1F42C 🐬 \:dolphin: DOLPHIN +U+1F42D 🐭 \:mouse: MOUSE FACE +U+1F42E 🐮 \:cow: COW FACE +U+1F42F 🐯 \:tiger: TIGER FACE +U+1F430 🐰 \:rabbit: RABBIT FACE +U+1F431 🐱 \:cat: CAT FACE +U+1F432 🐲 \:dragon_face: DRAGON FACE +U+1F433 🐳 \:whale: SPOUTING WHALE +U+1F434 🐴 \:horse: HORSE FACE +U+1F435 🐵 \:monkey_face: MONKEY FACE +U+1F436 🐶 \:dog: DOG FACE +U+1F437 🐷 \:pig: PIG FACE +U+1F438 🐸 \:frog: FROG FACE +U+1F439 🐹 \:hamster: HAMSTER FACE +U+1F43A 🐺 \:wolf: WOLF FACE +U+1F43B 🐻 \:bear: BEAR FACE +U+1F43C 🐼 \:panda_face: PANDA FACE +U+1F43D 🐽 \:pig_nose: PIG NOSE +U+1F43E 🐾 \:feet: PAW PRINTS +U+1F440 👀 \:eyes: EYES +U+1F442 👂 \:ear: EAR +U+1F443 👃 \:nose: NOSE +U+1F444 👄 \:lips: MOUTH +U+1F445 👅 \:tongue: TONGUE +U+1F446 👆 \:point_up_2: WHITE UP POINTING BACKHAND INDEX +U+1F447 👇 \:point_down: WHITE DOWN POINTING BACKHAND INDEX +U+1F448 👈 \:point_left: WHITE LEFT POINTING BACKHAND INDEX +U+1F449 👉 \:point_right: WHITE RIGHT POINTING BACKHAND INDEX +U+1F44A 👊 \:facepunch: FISTED HAND SIGN +U+1F44B 👋 \:wave: WAVING HAND SIGN +U+1F44C 👌 \:ok_hand: OK HAND SIGN +U+1F44D 👍 \:+1: THUMBS UP SIGN +U+1F44E 👎 \:-1: THUMBS DOWN SIGN +U+1F44F 👏 \:clap: CLAPPING HANDS SIGN +U+1F450 👐 \:open_hands: OPEN HANDS SIGN +U+1F451 👑 \:crown: CROWN +U+1F452 👒 \:womans_hat: WOMANS HAT +U+1F453 👓 \:eyeglasses: EYEGLASSES +U+1F454 👔 \:necktie: NECKTIE +U+1F455 👕 \:shirt: T-SHIRT +U+1F456 👖 \:jeans: JEANS +U+1F457 👗 \:dress: DRESS +U+1F458 👘 \:kimono: KIMONO +U+1F459 👙 \:bikini: BIKINI +U+1F45A 👚 \:womans_clothes: WOMANS CLOTHES +U+1F45B 👛 \:purse: PURSE +U+1F45C 👜 \:handbag: HANDBAG +U+1F45D 👝 \:pouch: POUCH +U+1F45E 👞 \:mans_shoe: MANS SHOE +U+1F45F 👟 \:athletic_shoe: ATHLETIC SHOE +U+1F460 👠 \:high_heel: HIGH-HEELED SHOE +U+1F461 👡 \:sandal: WOMANS SANDAL +U+1F462 👢 \:boot: WOMANS BOOTS +U+1F463 👣 \:footprints: FOOTPRINTS +U+1F464 👤 \:bust_in_silhouette: BUST IN SILHOUETTE +U+1F465 👥 \:busts_in_silhouette: BUSTS IN SILHOUETTE +U+1F466 👦 \:boy: BOY +U+1F467 👧 \:girl: GIRL +U+1F468 👨 \:man: MAN +U+1F469 👩 \:woman: WOMAN +U+1F46A 👪 \:family: FAMILY +U+1F46B 👫 \:couple: MAN AND WOMAN HOLDING HANDS +U+1F46C 👬 \:two_men_holding_hands: TWO MEN HOLDING HANDS +U+1F46D 👭 \:two_women_holding_hands: TWO WOMEN HOLDING HANDS +U+1F46E 👮 \:cop: POLICE OFFICER +U+1F46F 👯 \:dancers: WOMAN WITH BUNNY EARS +U+1F470 👰 \:bride_with_veil: BRIDE WITH VEIL +U+1F471 👱 \:person_with_blond_hair: PERSON WITH BLOND HAIR +U+1F472 👲 \:man_with_gua_pi_mao: MAN WITH GUA PI MAO +U+1F473 👳 \:man_with_turban: MAN WITH TURBAN +U+1F474 👴 \:older_man: OLDER MAN +U+1F475 👵 \:older_woman: OLDER WOMAN +U+1F476 👶 \:baby: BABY +U+1F477 👷 \:construction_worker: CONSTRUCTION WORKER +U+1F478 👸 \:princess: PRINCESS +U+1F479 👹 \:japanese_ogre: JAPANESE OGRE +U+1F47A 👺 \:japanese_goblin: JAPANESE GOBLIN +U+1F47B 👻 \:ghost: GHOST +U+1F47C 👼 \:angel: BABY ANGEL +U+1F47D 👽 \:alien: EXTRATERRESTRIAL ALIEN +U+1F47E 👾 \:space_invader: ALIEN MONSTER +U+1F47F 👿 \:imp: IMP +U+1F480 💀 \:skull: SKULL +U+1F481 💁 \:information_desk_person: INFORMATION DESK PERSON +U+1F482 💂 \:guardsman: GUARDSMAN +U+1F483 💃 \:dancer: DANCER +U+1F484 💄 \:lipstick: LIPSTICK +U+1F485 💅 \:nail_care: NAIL POLISH +U+1F486 💆 \:massage: FACE MASSAGE +U+1F487 💇 \:haircut: HAIRCUT +U+1F488 💈 \:barber: BARBER POLE +U+1F489 💉 \:syringe: SYRINGE +U+1F48A 💊 \:pill: PILL +U+1F48B 💋 \:kiss: KISS MARK +U+1F48C 💌 \:love_letter: LOVE LETTER +U+1F48D 💍 \:ring: RING +U+1F48E 💎 \:gem: GEM STONE +U+1F48F 💏 \:couplekiss: KISS +U+1F490 💐 \:bouquet: BOUQUET +U+1F491 💑 \:couple_with_heart: COUPLE WITH HEART +U+1F492 💒 \:wedding: WEDDING +U+1F493 💓 \:heartbeat: BEATING HEART +U+1F494 💔 \:broken_heart: BROKEN HEART +U+1F495 💕 \:two_hearts: TWO HEARTS +U+1F496 💖 \:sparkling_heart: SPARKLING HEART +U+1F497 💗 \:heartpulse: GROWING HEART +U+1F498 💘 \:cupid: HEART WITH ARROW +U+1F499 💙 \:blue_heart: BLUE HEART +U+1F49A 💚 \:green_heart: GREEN HEART +U+1F49B 💛 \:yellow_heart: YELLOW HEART +U+1F49C 💜 \:purple_heart: PURPLE HEART +U+1F49D 💝 \:gift_heart: HEART WITH RIBBON +U+1F49E 💞 \:revolving_hearts: REVOLVING HEARTS +U+1F49F 💟 \:heart_decoration: HEART DECORATION +U+1F4A0 💠 \:diamond_shape_with_a_dot_inside: DIAMOND SHAPE WITH A DOT INSIDE +U+1F4A1 💡 \:bulb: ELECTRIC LIGHT BULB +U+1F4A2 💢 \:anger: ANGER SYMBOL +U+1F4A3 💣 \:bomb: BOMB +U+1F4A4 💤 \:zzz: SLEEPING SYMBOL +U+1F4A5 💥 \:boom: COLLISION SYMBOL +U+1F4A6 💦 \:sweat_drops: SPLASHING SWEAT SYMBOL +U+1F4A7 💧 \:droplet: DROPLET +U+1F4A8 💨 \:dash: DASH SYMBOL +U+1F4A9 💩 \:hankey: PILE OF POO +U+1F4AA 💪 \:muscle: FLEXED BICEPS +U+1F4AB 💫 \:dizzy: DIZZY SYMBOL +U+1F4AC 💬 \:speech_balloon: SPEECH BALLOON +U+1F4AD 💭 \:thought_balloon: THOUGHT BALLOON +U+1F4AE 💮 \:white_flower: WHITE FLOWER +U+1F4AF 💯 \:100: HUNDRED POINTS SYMBOL +U+1F4B0 💰 \:moneybag: MONEY BAG +U+1F4B1 💱 \:currency_exchange: CURRENCY EXCHANGE +U+1F4B2 💲 \:heavy_dollar_sign: HEAVY DOLLAR SIGN +U+1F4B3 💳 \:credit_card: CREDIT CARD +U+1F4B4 💴 \:yen: BANKNOTE WITH YEN SIGN +U+1F4B5 💵 \:dollar: BANKNOTE WITH DOLLAR SIGN +U+1F4B6 💶 \:euro: BANKNOTE WITH EURO SIGN +U+1F4B7 💷 \:pound: BANKNOTE WITH POUND SIGN +U+1F4B8 💸 \:money_with_wings: MONEY WITH WINGS +U+1F4B9 💹 \:chart: CHART WITH UPWARDS TREND AND YEN SIGN +U+1F4BA 💺 \:seat: SEAT +U+1F4BB 💻 \:computer: PERSONAL COMPUTER +U+1F4BC 💼 \:briefcase: BRIEFCASE +U+1F4BD 💽 \:minidisc: MINIDISC +U+1F4BE 💾 \:floppy_disk: FLOPPY DISK +U+1F4BF 💿 \:cd: OPTICAL DISC +U+1F4C0 📀 \:dvd: DVD +U+1F4C1 📁 \:file_folder: FILE FOLDER +U+1F4C2 📂 \:open_file_folder: OPEN FILE FOLDER +U+1F4C3 📃 \:page_with_curl: PAGE WITH CURL +U+1F4C4 📄 \:page_facing_up: PAGE FACING UP +U+1F4C5 📅 \:date: CALENDAR +U+1F4C6 📆 \:calendar: TEAR-OFF CALENDAR +U+1F4C7 📇 \:card_index: CARD INDEX +U+1F4C8 📈 \:chart_with_upwards_trend: CHART WITH UPWARDS TREND +U+1F4C9 📉 \:chart_with_downwards_trend: CHART WITH DOWNWARDS TREND +U+1F4CA 📊 \:bar_chart: BAR CHART +U+1F4CB 📋 \:clipboard: CLIPBOARD +U+1F4CC 📌 \:pushpin: PUSHPIN +U+1F4CD 📍 \:round_pushpin: ROUND PUSHPIN +U+1F4CE 📎 \:paperclip: PAPERCLIP +U+1F4CF 📏 \:straight_ruler: STRAIGHT RULER +U+1F4D0 📐 \:triangular_ruler: TRIANGULAR RULER +U+1F4D1 📑 \:bookmark_tabs: BOOKMARK TABS +U+1F4D2 📒 \:ledger: LEDGER +U+1F4D3 📓 \:notebook: NOTEBOOK +U+1F4D4 📔 \:notebook_with_decorative_cover: NOTEBOOK WITH DECORATIVE COVER +U+1F4D5 📕 \:closed_book: CLOSED BOOK +U+1F4D6 📖 \:book: OPEN BOOK +U+1F4D7 📗 \:green_book: GREEN BOOK +U+1F4D8 📘 \:blue_book: BLUE BOOK +U+1F4D9 📙 \:orange_book: ORANGE BOOK +U+1F4DA 📚 \:books: BOOKS +U+1F4DB 📛 \:name_badge: NAME BADGE +U+1F4DC 📜 \:scroll: SCROLL +U+1F4DD 📝 \:memo: MEMO +U+1F4DE 📞 \:telephone_receiver: TELEPHONE RECEIVER +U+1F4DF 📟 \:pager: PAGER +U+1F4E0 📠 \:fax: FAX MACHINE +U+1F4E1 📡 \:satellite: SATELLITE ANTENNA +U+1F4E2 📢 \:loudspeaker: PUBLIC ADDRESS LOUDSPEAKER +U+1F4E3 📣 \:mega: CHEERING MEGAPHONE +U+1F4E4 📤 \:outbox_tray: OUTBOX TRAY +U+1F4E5 📥 \:inbox_tray: INBOX TRAY +U+1F4E6 📦 \:package: PACKAGE +U+1F4E7 📧 \:e-mail: E-MAIL SYMBOL +U+1F4E8 📨 \:incoming_envelope: INCOMING ENVELOPE +U+1F4E9 📩 \:envelope_with_arrow: ENVELOPE WITH DOWNWARDS ARROW ABOVE +U+1F4EA 📪 \:mailbox_closed: CLOSED MAILBOX WITH LOWERED FLAG +U+1F4EB 📫 \:mailbox: CLOSED MAILBOX WITH RAISED FLAG +U+1F4EC 📬 \:mailbox_with_mail: OPEN MAILBOX WITH RAISED FLAG +U+1F4ED 📭 \:mailbox_with_no_mail: OPEN MAILBOX WITH LOWERED FLAG +U+1F4EE 📮 \:postbox: POSTBOX +U+1F4EF 📯 \:postal_horn: POSTAL HORN +U+1F4F0 📰 \:newspaper: NEWSPAPER +U+1F4F1 📱 \:iphone: MOBILE PHONE +U+1F4F2 📲 \:calling: MOBILE PHONE WITH RIGHTWARDS ARROW AT LEFT +U+1F4F3 📳 \:vibration_mode: VIBRATION MODE +U+1F4F4 📴 \:mobile_phone_off: MOBILE PHONE OFF +U+1F4F5 📵 \:no_mobile_phones: NO MOBILE PHONES +U+1F4F6 📶 \:signal_strength: ANTENNA WITH BARS +U+1F4F7 📷 \:camera: CAMERA +U+1F4F9 📹 \:video_camera: VIDEO CAMERA +U+1F4FA 📺 \:tv: TELEVISION +U+1F4FB 📻 \:radio: RADIO +U+1F4FC 📼 \:vhs: VIDEOCASSETTE +U+1F500 🔀 \:twisted_rightwards_arrows: TWISTED RIGHTWARDS ARROWS +U+1F501 🔁 \:repeat: CLOCKWISE RIGHTWARDS AND LEFTWARDS OPEN CIRCLE ARROWS +U+1F502 🔂 \:repeat_one: CLOCKWISE RIGHTWARDS AND LEFTWARDS OPEN CIRCLE ARROWS WITH CIRCLED ONE OVERLAY +U+1F503 🔃 \:arrows_clockwise: CLOCKWISE DOWNWARDS AND UPWARDS OPEN CIRCLE ARROWS +U+1F504 🔄 \:arrows_counterclockwise: ANTICLOCKWISE DOWNWARDS AND UPWARDS OPEN CIRCLE ARROWS +U+1F505 🔅 \:low_brightness: LOW BRIGHTNESS SYMBOL +U+1F506 🔆 \:high_brightness: HIGH BRIGHTNESS SYMBOL +U+1F507 🔇 \:mute: SPEAKER WITH CANCELLATION STROKE +U+1F508 🔈 \:speaker: SPEAKER +U+1F509 🔉 \:sound: SPEAKER WITH ONE SOUND WAVE +U+1F50A 🔊 \:loud_sound: SPEAKER WITH THREE SOUND WAVES +U+1F50B 🔋 \:battery: BATTERY +U+1F50C 🔌 \:electric_plug: ELECTRIC PLUG +U+1F50D 🔍 \:mag: LEFT-POINTING MAGNIFYING GLASS +U+1F50E 🔎 \:mag_right: RIGHT-POINTING MAGNIFYING GLASS +U+1F50F 🔏 \:lock_with_ink_pen: LOCK WITH INK PEN +U+1F510 🔐 \:closed_lock_with_key: CLOSED LOCK WITH KEY +U+1F511 🔑 \:key: KEY +U+1F512 🔒 \:lock: LOCK +U+1F513 🔓 \:unlock: OPEN LOCK +U+1F514 🔔 \:bell: BELL +U+1F515 🔕 \:no_bell: BELL WITH CANCELLATION STROKE +U+1F516 🔖 \:bookmark: BOOKMARK +U+1F517 🔗 \:link: LINK SYMBOL +U+1F518 🔘 \:radio_button: RADIO BUTTON +U+1F519 🔙 \:back: BACK WITH LEFTWARDS ARROW ABOVE +U+1F51A 🔚 \:end: END WITH LEFTWARDS ARROW ABOVE +U+1F51B 🔛 \:on: ON WITH EXCLAMATION MARK WITH LEFT RIGHT ARROW ABOVE +U+1F51C 🔜 \:soon: SOON WITH RIGHTWARDS ARROW ABOVE +U+1F51D 🔝 \:top: TOP WITH UPWARDS ARROW ABOVE +U+1F51E 🔞 \:underage: NO ONE UNDER EIGHTEEN SYMBOL +U+1F51F 🔟 \:keycap_ten: KEYCAP TEN +U+1F520 🔠 \:capital_abcd: INPUT SYMBOL FOR LATIN CAPITAL LETTERS +U+1F521 🔡 \:abcd: INPUT SYMBOL FOR LATIN SMALL LETTERS +U+1F522 🔢 \:1234: INPUT SYMBOL FOR NUMBERS +U+1F523 🔣 \:symbols: INPUT SYMBOL FOR SYMBOLS +U+1F524 🔤 \:abc: INPUT SYMBOL FOR LATIN LETTERS +U+1F525 🔥 \:fire: FIRE +U+1F526 🔦 \:flashlight: ELECTRIC TORCH +U+1F527 🔧 \:wrench: WRENCH +U+1F528 🔨 \:hammer: HAMMER +U+1F529 🔩 \:nut_and_bolt: NUT AND BOLT +U+1F52A 🔪 \:hocho: HOCHO +U+1F52B 🔫 \:gun: PISTOL +U+1F52C 🔬 \:microscope: MICROSCOPE +U+1F52D 🔭 \:telescope: TELESCOPE +U+1F52E 🔮 \:crystal_ball: CRYSTAL BALL +U+1F52F 🔯 \:six_pointed_star: SIX POINTED STAR WITH MIDDLE DOT +U+1F530 🔰 \:beginner: JAPANESE SYMBOL FOR BEGINNER +U+1F531 🔱 \:trident: TRIDENT EMBLEM +U+1F532 🔲 \:black_square_button: BLACK SQUARE BUTTON +U+1F533 🔳 \:white_square_button: WHITE SQUARE BUTTON +U+1F534 🔴 \:red_circle: LARGE RED CIRCLE +U+1F535 🔵 \:large_blue_circle: LARGE BLUE CIRCLE +U+1F536 🔶 \:large_orange_diamond: LARGE ORANGE DIAMOND +U+1F537 🔷 \:large_blue_diamond: LARGE BLUE DIAMOND +U+1F538 🔸 \:small_orange_diamond: SMALL ORANGE DIAMOND +U+1F539 🔹 \:small_blue_diamond: SMALL BLUE DIAMOND +U+1F53A 🔺 \:small_red_triangle: UP-POINTING RED TRIANGLE +U+1F53B 🔻 \:small_red_triangle_down: DOWN-POINTING RED TRIANGLE +U+1F53C 🔼 \:arrow_up_small: UP-POINTING SMALL RED TRIANGLE +U+1F53D 🔽 \:arrow_down_small: DOWN-POINTING SMALL RED TRIANGLE +U+1F550 🕐 \:clock1: CLOCK FACE ONE OCLOCK +U+1F551 🕑 \:clock2: CLOCK FACE TWO OCLOCK +U+1F552 🕒 \:clock3: CLOCK FACE THREE OCLOCK +U+1F553 🕓 \:clock4: CLOCK FACE FOUR OCLOCK +U+1F554 🕔 \:clock5: CLOCK FACE FIVE OCLOCK +U+1F555 🕕 \:clock6: CLOCK FACE SIX OCLOCK +U+1F556 🕖 \:clock7: CLOCK FACE SEVEN OCLOCK +U+1F557 🕗 \:clock8: CLOCK FACE EIGHT OCLOCK +U+1F558 🕘 \:clock9: CLOCK FACE NINE OCLOCK +U+1F559 🕙 \:clock10: CLOCK FACE TEN OCLOCK +U+1F55A 🕚 \:clock11: CLOCK FACE ELEVEN OCLOCK +U+1F55B 🕛 \:clock12: CLOCK FACE TWELVE OCLOCK +U+1F55C 🕜 \:clock130: CLOCK FACE ONE-THIRTY +U+1F55D 🕝 \:clock230: CLOCK FACE TWO-THIRTY +U+1F55E 🕞 \:clock330: CLOCK FACE THREE-THIRTY +U+1F55F 🕟 \:clock430: CLOCK FACE FOUR-THIRTY +U+1F560 🕠 \:clock530: CLOCK FACE FIVE-THIRTY +U+1F561 🕡 \:clock630: CLOCK FACE SIX-THIRTY +U+1F562 🕢 \:clock730: CLOCK FACE SEVEN-THIRTY +U+1F563 🕣 \:clock830: CLOCK FACE EIGHT-THIRTY +U+1F564 🕤 \:clock930: CLOCK FACE NINE-THIRTY +U+1F565 🕥 \:clock1030: CLOCK FACE TEN-THIRTY +U+1F566 🕦 \:clock1130: CLOCK FACE ELEVEN-THIRTY +U+1F567 🕧 \:clock1230: CLOCK FACE TWELVE-THIRTY +U+1F5FB 🗻 \:mount_fuji: MOUNT FUJI +U+1F5FC 🗼 \:tokyo_tower: TOKYO TOWER +U+1F5FD 🗽 \:statue_of_liberty: STATUE OF LIBERTY +U+1F5FE 🗾 \:japan: SILHOUETTE OF JAPAN +U+1F5FF 🗿 \:moyai: MOYAI +U+1F600 😀 \:grinning: GRINNING FACE +U+1F601 😁 \:grin: GRINNING FACE WITH SMILING EYES +U+1F602 😂 \:joy: FACE WITH TEARS OF JOY +U+1F603 😃 \:smiley: SMILING FACE WITH OPEN MOUTH +U+1F604 😄 \:smile: SMILING FACE WITH OPEN MOUTH AND SMILING EYES +U+1F605 😅 \:sweat_smile: SMILING FACE WITH OPEN MOUTH AND COLD SWEAT +U+1F606 😆 \:laughing: SMILING FACE WITH OPEN MOUTH AND TIGHTLY-CLOSED EYES +U+1F607 😇 \:innocent: SMILING FACE WITH HALO +U+1F608 😈 \:smiling_imp: SMILING FACE WITH HORNS +U+1F609 😉 \:wink: WINKING FACE +U+1F60A 😊 \:blush: SMILING FACE WITH SMILING EYES +U+1F60B 😋 \:yum: FACE SAVOURING DELICIOUS FOOD +U+1F60C 😌 \:relieved: RELIEVED FACE +U+1F60D 😍 \:heart_eyes: SMILING FACE WITH HEART-SHAPED EYES +U+1F60E 😎 \:sunglasses: SMILING FACE WITH SUNGLASSES +U+1F60F 😏 \:smirk: SMIRKING FACE +U+1F610 😐 \:neutral_face: NEUTRAL FACE +U+1F611 😑 \:expressionless: EXPRESSIONLESS FACE +U+1F612 😒 \:unamused: UNAMUSED FACE +U+1F613 😓 \:sweat: FACE WITH COLD SWEAT +U+1F614 😔 \:pensive: PENSIVE FACE +U+1F615 😕 \:confused: CONFUSED FACE +U+1F616 😖 \:confounded: CONFOUNDED FACE +U+1F617 😗 \:kissing: KISSING FACE +U+1F618 😘 \:kissing_heart: FACE THROWING A KISS +U+1F619 😙 \:kissing_smiling_eyes: KISSING FACE WITH SMILING EYES +U+1F61A 😚 \:kissing_closed_eyes: KISSING FACE WITH CLOSED EYES +U+1F61B 😛 \:stuck_out_tongue: FACE WITH STUCK-OUT TONGUE +U+1F61C 😜 \:stuck_out_tongue_winking_eye: FACE WITH STUCK-OUT TONGUE AND WINKING EYE +U+1F61D 😝 \:stuck_out_tongue_closed_eyes: FACE WITH STUCK-OUT TONGUE AND TIGHTLY-CLOSED EYES +U+1F61E 😞 \:disappointed: DISAPPOINTED FACE +U+1F61F 😟 \:worried: WORRIED FACE +U+1F620 😠 \:angry: ANGRY FACE +U+1F621 😡 \:rage: POUTING FACE +U+1F622 😢 \:cry: CRYING FACE +U+1F623 😣 \:persevere: PERSEVERING FACE +U+1F624 😤 \:triumph: FACE WITH LOOK OF TRIUMPH +U+1F625 😥 \:disappointed_relieved: 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PEDESTRIAN +U+1F6B7 🚷 \:no_pedestrians: NO PEDESTRIANS +U+1F6B8 🚸 \:children_crossing: CHILDREN CROSSING +U+1F6B9 🚹 \:mens: MENS SYMBOL +U+1F6BA 🚺 \:womens: WOMENS SYMBOL +U+1F6BB 🚻 \:restroom: RESTROOM +U+1F6BC 🚼 \:baby_symbol: BABY SYMBOL +U+1F6BD 🚽 \:toilet: TOILET +U+1F6BE 🚾 \:wc: WATER CLOSET +U+1F6BF 🚿 \:shower: SHOWER +U+1F6C0 🛀 \:bath: BATH +U+1F6C1 🛁 \:bathtub: BATHTUB +U+1F6C2 🛂 \:passport_control: PASSPORT CONTROL +U+1F6C3 🛃 \:customs: CUSTOMS +U+1F6C4 🛄 \:baggage_claim: BAGGAGE CLAIM +U+1F6C5 🛅 \:left_luggage: LEFT LUGGAGE +----------------- ------------ -------------------------------------------- -------------------------------------------------------------------------------------------------------- + + vim:tw=180:et:ft=help:norl: Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U.txt =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U.txt (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim-L2U.txt (revision 26505) @@ -0,0 +1,410 @@ +*julia-vim-L2U.txt* Support for LaTeX-to-Unicode substitutions + +Author: Carlo Baldassi +License: MIT license {{{ + Permission is hereby granted, free of charge, to any person obtaining + a copy of this software and associated documentation files (the + "Software"), to deal in the Software without restriction, including + without limitation the rights to use, copy, modify, merge, publish, + distribute, sublicense, and/or sell copies of the Software, and to + permit persons to whom the Software is furnished to do so, subject to + the following conditions: + The above copyright notice and this permission notice shall be included + in all copies or substantial portions of the Software. + + THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS + OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF + MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. + IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY + CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, + TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE + SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +}}} +CONTENTS *julia-vim-L2U* + +LaTeX-to-Unicode substitutions |julia-vim-L2U-introdction| + Via Tab key |julia-vim-L2U-tab| + As you type |julia-vim-L2U-as-you-type| + Via Keymap |julia-vim-L2U-keymap| + On different file types |julia-vim-L2U-file-types| + Enabling and disabling |julia-vim-L2U-enable-disable| +Variables |julia-vim-L2U-variables| +Functions |julia-vim-L2U-functions| + +============================================================================== +LATEX TO UNICODE *julia-vim-L2U-introduction* + +In the Julia REPL, entering a LaTeX-like sequence such as `\alpha` and pressing +the key substitutes it with a Unicode character such as `α`. The Julia +REPL also provides partial completions, and suggestions for possible +completions upon repeated pressing of the key. Emojis are also +available, with their names written between colons, e.g. `\:interrobang:` +produces `⁉`. + +See |julia-vim-L2U-reference| for the complete table of substitutions. + +This Vim plug-in also provides the functionality needed to convert LaTeX +input sequences into Unicode characters. There are 3 different methods +available: + + 1. The default one is the most similar to the Julia one: substitutions are + triggered by pressing the key; if a partial match is found a list + of suggested completions is presented in a menu together with their + Unicode counterpart. The exact behaviour of this feature can be + customized, see |julia-vim-L2U-tab|. + + 2. The second one substitutes symbols on the fly as you type, but only in + |Insert| mode. See |julia-vim-L2U-as-you-type|. + + 3. The third is based on |keymap|. It also substitutes as-you-type, but it + doesn't show you the full LaTeX sequence as you're typing it, and there + is a time-out. Its main advantage over the previous one is that can be + used in more circumstances, e.g. in |Command-line| mode or when searching + for a character with |f| or |t|, as explained in |language-mapping|. See + |julia-vim-L2U-keymap|. + +All of these methods are independent and can be used together without issues. + +The default configuration is to use the first method, and it's only active +when editing Julia files. It only works in |Insert| and |Command-line| modes. + +It is possible to enable it with other file types, see +|julia-vim-L2U-file-types|, and it can be even turned on/off on the fly +regardless of the file type, see |julia-vim-L2U-enable-disable|. + +In |Command-line| mode, e.g. when searching with the |/| or |?| commands, the +default behavior is very similar to the default |Insert| mode behavior, but +slightly more limited, see |julia-vim-L2U-cmdmode|. + +These features only work as described with Vim version 7.4 or higher. Tab +completion can still be made available on lower Vim versions, see +|julia-vim-L2U-workaround|. The keymap mode might work but it hasn't been +tested. + +See |julia-vim| for the general reference about the other features of the +julia-vim plug-in. + +------------------------------------------------------------------------------ +LATEX TO UNICODE VIA TAB KEY *julia-vim-L2U-tab* + +Substitution of LaTeX sequences when pressing the key (in |Insert| mode or +in |Command-line| modes) is active by default. Use |g:latex_to_unicode_tab| to +control it. + +When this feature is active, the julia-vim plug-in creates a mapping for the + key (in |Insert| mode) which takes precedence on any previously defined +mapping assigned to it, such that when the key is pressed the plug-in +looks for potential LaTeX symbol matches before the cursor, and if it fails to +find anything of interest it will fall-back to the previous mapping for +(with default Vim settings, this means it will insert a literal ; but if +you have defined some other behavior for that key, e.g. by installing another +plug-in such as supertab (https://github.com/ervandew/supertab) than that will +be used). + +For example, entering this text in a file: +> + 1 + \alpha +< +and then pressing , results in: +> + 1 + α +< + +This feature is associated with 'completefunc' completion, and therefore can +always be accessed via CTRL-X CTRL-U, even when |g:latex_to_unicode_tab| is +off. + +A literal key can always be entered by using CTRL-V before (see +|i_CTRL-V|). + +Partial sequence recognition triggers auto-completion (performed as if the +`longest` setting was used in 'completeopt') and shows a menu of suggestions +together with their corresponding Unicode symbol (provided the `menu` setting +is included in 'completeopt', and more then one match is found). So for +example, entering `\al` and pressing will result in the following list: +> + +-------------+ + | \aleph ℵ | + | \allequal ≌ | + | \alpha α | + +-------------+ +> +Then, pressing `p` will reduce the list to `\alpha`, pressing will +complete it and pressing again will perform the substitution. + +The completion menu can be disbled, and this will happen automatically if a +plug-in which is known to be incompatible with this feature is detected: see +|g:latex_to_unicode_suggestions|. + +Some LaTeX sequences can be valid both as they are and as partial matches for +other sequences, e.g. `\ne` is associated with `≠`, but it is also a partial +match for `\nequiv` (`≢`). By default, if finds an exact match it performs +the substitution, but this can be controlled by the |g:latex_to_unicode_eager| +setting. + +Command-line mode *julia-vim-L2U-cmdmode* + +In |Command-line| mode, the behavior is largely the same except that both + and are mapped by default, and the functionality is slightly +more limited. No suggestions are shown for partial completions. Pre-existing +user-defined mappings of are overridden. In order to avoid that, the +completion can be mapped onto a defferent key combination, see +|g:latex_to_unicode_cmd_mapping|. When using , if no matches are found +the behavior falls back to the standard Vim command-line completion. + +Vim versions lower than 7.4 *julia-vim-L2U-workaround* + +The key remapping is not performed by default with Vim versions lower +than 7.4. However, the functionality is still available via user-defined +completion, which is accessible by the CTRL-X CTRL-U key combination. You +can map some other key combination to this by adding something like +> + inoremap +< +in your |.vimrc| file. If you'd map directly, then you'd need to use +CTRL-V to insert a literal . + +The settings |g:latex_to_unicode_eager| and |g:latex_to_unicode_suggestions| +are still meaningful in this case. + +------------------------------------------------------------------------------ +LATEX TO UNICODE AS YOU TYPE *julia-vim-L2U-as-you-type* + +This feature is disabled by default, see |g:latex_to_unicode_auto|, and it is +only available with Vim version 7.4 or higher. It consists in substituting +valid LaTeX sequences with Unicode symbols automatically as the typing +progresses, as soon as the sequences is unambiguously complete. For example, +when typing: +> + \chi\^2 = 1 +< +The result is +> + χ² = 1 +< +The `\chi` is substituted right when the second backslash is entered, and the +`\^2` is substituted when the following space is entered, before the equal +sign. + +This feature does not currently work with emojis. + +This feature does not interfere with the based substitution. + +------------------------------------------------------------------------------ +LATEX TO UNICODE VIA KEYMAP *julia-vim-L2U-keymap* + +This method is somewhat similar to the as-you-type one described above, but it +uses |keymap| to generate the mappings. This has the advantage that it works +in more circumstances, e.g. in |Command-line| mode or when searching within a +line with |f| or |t| (since it uses |language-mapping| underneath). It can +also be easily turned on or off like any other keymap (see |i_CTRL-^| and +|c_CTRL-^|). Like the as-you-type feature, it doesn't work with emojis. +The disadvantage is that you don't see the whole sequence as you're typing +it, and you can't fix mistakes with backspace, for example. +Another difference is that there is a |timeout| like for any other mapping. + +In order to use this method, set |g:latex_to_unicode_keymap| to `1`. +You can use it in parallel with the other methods, they don't interfere. For +example, typing a partial sequence and pressing still triggers +completions and suggestions if |g:latex_to_unicode_tab| is active. + +When this feature is active, in insert or replace mode you'll see `(L2U)` in +the mode indicator. If you use this feature, and you use a GUI, it may also +be useful to set |lCursor|. + +------------------------------------------------------------------------------ +LATEX TO UNICODE ON DIFFERENT FILE TYPES *julia-vim-L2U-file-types* + +By default, the LaTeX-to-Unicode substitutions are only active when editing +Julia files. However, you can use the variable |g:latex_to_unicode_file_types| +to specify for which file types this feature is active by default. The +variable must be set to a string containing a |pattern| (a regular expression) +which matches the desired file types, or to a list of such patterns. For +example, to activate the feature on all file types by default, you could put +this in your |.vimrc| file: +> + let g:latex_to_unicode_file_types = ".*" +< +To make it active only on, say, Julia and Lisp files, you could use: +> + let g:latex_to_unicode_file_types = ["julia", "lisp"] +< + +Another option, |g:latex_to_unicode_file_types_blacklist|, can be used to +exclude certain file types. For example, if you'd wish to enable the feature +in all cases except for Python and untyped files, you would use: +> + let g:latex_to_unicode_file_types = ".*" + let g:latex_to_unicode_file_types_blacklist = ["python", ""] +< + +NOTE: enabling the functionality will override the |'completefunc'| setting, +which can be undesirable, and interfere with plug-ins for different file types. +In any case, the previous |'completefunc'| setting is restored when the +functionality is disabled, see |julia-vim-L2U-enable-disable|. + +------------------------------------------------------------------------------ +ENABLING AND DISABLING LATEX TO UNICODE *julia-vim-L2U-enable-disable* + +The LaTeX-to-Unicode functionality can be enabled or disabled at any time, +regardless of the |'filetype'| of the file you're editing, using the functions +|LaTeXtoUnicode#Enable()|, |LaTeXtoUnicode#Disable()|, |LaTeXtoUnicode#Toggle()|. +For example, you could use a mapping like: +> + noremap LaTeXtoUnicode#Toggle() + noremap! LaTeXtoUnicode#Toggle() +< +and then use the key to quickly switch the functionality on and off as +needed (see |noremap| and |noremap!|). + +NOTE: these functions are different from the variables |g:latex_to_unicode_tab|, +|g:latex_to_unicode_auto| and |g:latex_to_unicode_keymap|: the functions +enable/disable the functionality as a whole, while the variables control +individual features (tab, auto and keymap substitution). + +============================================================================== +VARIABLES *julia-vim-L2U-variables* + + *g:latex_to_unicode_tab* +g:latex_to_unicode_tab + + A string that determines whether to map LaTeX-to-Unicode + substitution to the key while in |Insert| and |Command-line| + modes, see |julia-vim-L2U-tab|. If unspecified, it is `"on"`, + meaning it is active in both insert and command-line modes. + You can set it to the value `"command"` or `"cmd"` to only + activate it in command-line mode. Or you can set it to + `"insert"` or `"ins"` to only have the insert mode mapping. Set it + to `"off"` or any other value to disable this feature entirely. + So for example you can disable the feature for insert mode by + adding the line +> + let g:latex_to_unicode_tab = "command" +< + in your |.vimrc| file. You can change this setting at any moment + while editing, but you need to invoke |LaTeXtoUnicode#Init()| + for the change to take effect. + + *g:latex_to_unicode_suggestions* +g:latex_to_unicode_suggestions + + Determines whether the key mapping produces suggestions + for partial matches. By default, this is set to `1` (active), + unless a plug-in which is known to be incompatible with it is + detected. Currently, known incompatible plug-ins are + YouCompleteMe (https://github.com/Valloric/YouCompleteMe), + neocomplcache (https://github.com/Shougo/neocomplcache.vim), + neocomplete (https://github.com/Shougo/neocomplete.vim) and + deoplete (https://github.com/Shougo/deoplete.nvim), + + This variable can be set at any time, changes will immediately + take effect. + + *g:latex_to_unicode_eager* +g:latex_to_unicode_eager + + Determines whether the key mapping performs the + substitution immediately upon finding an exact match. By + default this setting is set to `1` (active), so that e.g. typing + `\ne` and pressing the key triggers the substitution. If + this variable is set to `0`, an exact match which is also a + possible partial match to some other sequence triggers the + suggestions menu first, but another forces the + substitution, so that e.g. typing `\ne` and then + produces a list with `\ne`, `\neg`, `\nequiv` etc., and + pressing again performs the substitution. + + This variable can be set at any time, changes will immediately + take effect. When |g:latex_to_unicode_suggestions| is `0`, + this setting has no effect (it's like if it was always on). + + *g:latex_to_unicode_auto* +g:latex_to_unicode_auto + + Determines whether to activate LaTeX-to-Unicode substitution + on the fly as you type (in |Insert| mode), see + |julia-vim-L2U-as-you-type|. If unspecified, it is `0` (off). + You can enable the feature by default by inserting the line +> + let g:latex_to_unicode_auto = 1 +< + in your |.vimrc| file. You can change this setting at any + moment while editing, but you need to invoke + |LaTeXtoUnicode#Init()| for the change to take effect. + + + *g:latex_to_unicode_keymap* +g:latex_to_unicode_keymap + + Determines whether to activate the |keymap|-based + LaTeX-to-Unicode substitutions, see |julia-vim-L2U-keymap|. + If unspecified, it is `0` (off). You can enable the feature by + default by inserting the line +> + let g:latex_to_unicode_keymap = 1 +< + in your |.vimrc| file. You can change this setting at any + moment while editing, but you need to invoke + |LaTeXtoUnicode#Init()| for the change to take effect. + + *g:latex_to_unicode_file_types* +g:latex_to_unicode_file_types + + Contains a |pattern|, or a list of patterns, which are matched + against the |'filetype'| to determine when to enable the + LaTeX-to-Unicode functionality, see |julia-vim-L2U-file-types|. + By default, its value is `"julia"`. The patterns provided must + match the whole filetype name. See also + |g:latex_to_unicode_file_types_blacklist|. + + *g:latex_to_unicode_file_types_blacklist* +g:latex_to_unicode_file_types_blacklist + + Same as |g:latex_to_unicode_file_types|, but acts in reverse: + it disables the LaTeX-to-Unicode functionality when the + |'filetype'| matches the provided pattern (or any of the + patterns if a list is provided). By default, it contains an + unmatchable pattern, i.e. it is effectively disabled. + + *g:latex_to_unicode_cmd_mapping* +g:latex_to_unicode_cmd_mapping + + Specifies the mapping (or list of mappings) for the + substitution in |Command-line| mode. By default, it is + `['', '']`, but it can be changed to avoid + overriding other user-defined mappings, e.g. to `''` + (if your terminal suppoorts it) or `''`. + The `''` (or to be more precise the |wildchar| key) and + `''` mappings are special in that they fall back to + performing default Vim completions in case no suitable + substitutions are found. + +============================================================================== +FUNCTIONS *julia-vim-L2U-functions* + + *LaTeXtoUnicode#Init()* +LaTeXtoUnicode#Init() + + Initialize or re-initialize the LaTeX-to-Unicode substitutions + (see |julia-vim-L2U-introduction|). Must be invoked after + changing |g:latex_to_unicode_tab| or |g:latex_to_unicode_auto| + to make the changes take effect. + + *LaTeXtoUnicode#Enable()* + *LaTeXtoUnicode#Disable()* + *LaTeXtoUnicode#Toggle()* +LaTeXtoUnicode#Enable() +LaTeXtoUnicode#Disable() +LaTeXtoUnicode#Toggle() + + These functions enable/disable/toggle the LaTeX-to-Unicode + functionality, regardless of the |'filetype'| specified in + |g:latex_to_unicode_file_types| and + |g:latex_to_unicode_file_types_blacklist|. See + |julia-vim-L2U-enable-disable|. Note that LaTeXtoUnicode#Enable() + will override the |'completefunc'| definition, if present. + However, LaTeXtoUnicode#Disable() will restore it. + These functions implicitly invoke |LaTeXtoUnicode#Init()|. + + + vim:tw=78:et:ft=help:norl: Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim.txt =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim.txt (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/doc/julia-vim.txt (revision 26505) @@ -0,0 +1,505 @@ +*julia-vim.txt* Support for Julia in Vim + +Author: Carlo Baldassi +License: MIT license {{{ + Permission is hereby granted, free of charge, to any person obtaining + a copy of this software and associated documentation files (the + "Software"), to deal in the Software without restriction, including + without limitation the rights to use, copy, modify, merge, publish, + distribute, sublicense, and/or sell copies of the Software, and to + permit persons to whom the Software is furnished to do so, subject to + the following conditions: + The above copyright notice and this permission notice shall be included + in all copies or substantial portions of the Software. + + THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS + OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF + MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. + IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY + CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, + TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE + SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +}}} + +CONTENTS *julia-vim* + +Introduction |julia-vim-introduction| +Block-wise movements/objects |julia-vim-blocks| + Keyword-oriented movements |julia-vim-blocks-move| + Block-oriented movements |julia-vim-blocks-moveblock| + Block text objects |julia-vim-blocks-objects| + Variables |julia-vim-blocks-variables| +Referring to documents |julia-vim-doc| +Extras |julia-vim-extras| +Customizations |julia-vim-options| +Extra syntax colors |julia-vim-extra-colors| +About |julia-vim-about| + +============================================================================== +INTRODUCTION *julia-vim-introduction* + +The julia-vim plug-in provides: + - basic support for editing Julia files (automatic filetype detection, + indentation, syntax highlighting) + - support for the |matchit| plugin + - support for Julia block-wise movements (i.e. jumping around between + Julia blocks like if/end, function/end etc.) and block text-objects + - facilities for conversion of LaTeX entries to Unicode symbols which mimic + and extend what the Julia REPL and the IJulia notebook interface do. + Optionally, this functionality can be used with all file types, not + just Julia files. See |julia-vim-L2U|. + - a keymapping |K| to refer julia documents. + +This help file documents: 1) the block-wise movements and objects, how they +work and what variables can be used to enable/disable/tweak them; 2) The +documentation lookup facility; 3) Some extra functions and customization +options. +The LaTeX-to-Unicode facilities are documented in |julia-vim-L2U|. + +============================================================================== +BLOCK-WISE MOVEMENTS AND BLOCK TEXT OBJECTS *julia-vim-blocks* + +In Julia, all blocks start with a keyword (`module`, `function`, `if`, `for`, +`while`, `type`, etc.) and end with the `end` keyword. + +This plug-in adds support for the |matchit| plugin, such that pressing |%| while +on a block keyword will jump to the other keywords pertaining to the same +block. For example, if the cursor is at the beginning of the following code: +> + if a == 1 + if b > 0 + println("yes") + end + else + println("no") + end +< +then pressing |%| will jump to the `else` keyword, pressing it again will jump +to `end`, and pressing it again will go back to the first `if`. + +Note that the matchit plugin is normally distributed with ViM, but it is +disabled by default. To enable it, add this line to your |.vimrc| file: +> + runtime macros/matchit.vim +< +The julia-vim plug-in also adds commands to jump around block keywords in +normal, operator-pending and visual modes (see |vim-modes|). These are somehow +similar to the |]]| and |]m| mappings when used in C and Java files, +respectively, but are more powerful. These commands also require that the +matchit plugin is enabled. + +There are two families of block movements, keyword-oriented (see +|julia-vim-blocks-move|) and block-oriented (see +|julia-vim-blocks-moveblock|). + +Finally, this plug-in also adds block |text-objects| special mappings, so that +whole blocks can be manipulated as a whole when in visual mode or +operator-pending mode, see |julia-vim-blocks-objects|. + +The block movements and block objects mappings can be collectively disabled, +see |g:julia_blocks|, and customized, see |g:julia_blocks_mappings|. + +NOTE: in all cases, macros at the beginning of a block are considered as part +of the block itself. For example, in this code: +> + @inbounds for i = 1:5 + s += v[i] + end +< +the block begins at `@inbounds`. + +------------------------------------------------------------------------------ +KEYWORD-ORIENTED MOVEMENTS *julia-vim-blocks-move* + +These movements jump to the following/preceding block keyword, and they +differentiate between begin keywords and end keywords. Some block keywords can +also be used outside blocks (e.g. `for` in comprehensions, or `end` within +indexing expressions): these instances are ignored by these commands. + +The following movements are provided: + + *julia_]j* *julia_]J* *julia_[j* *julia_[J* +move_n : jumps to the next begin keyword. By default, it is mapped to `]j`. +move_N : jumps to the next end keyword. By default, it is mapped to `]J`. +move_p : jumps to the preceding begin keyword. By default, it is mapped to `[j`. +move_P : jumps to the preceding end keyword. By default, it is mapped to `[J`. + +Use |g:julia_blocks_mappings| to customize the mappings. + +------------------------------------------------------------------------------ +BLOCK-ORIENTED MOVEMENTS *julia-vim-blocks-moveblock* + +These movements are like keyword-oriented movements (|julia-vim-blocks-move|), +except that they ignore nested blocks within the block where the cursor is. +For example, given the following code (with line annotations): +> + 1 while true + 2 a += 1 + 3 if a > 5 + 4 break + 5 end + 6 end + 7 if b == 2 + 8 return + 9 end +< +if the cursor is on line 2, these movements will ignore the inner +`if/end` block (lines 3 to 5). You would then be able to jump directly +to lines 1 (with `[[`), 6 (with `][`), 7 (with `]]`), or 9 (with `2][`). + +The following movements are provided: + + *julia_]]* *julia_][* *julia_[[* *julia_[]* +moveblock_n : gets out from the current block (if any) and jumps to the next + begin keyword. (Similar to |w| for word movements.) By default, + it is mapped to `]]`. +moveblock_N : jumps to the end of the current block, if any. If the cursor is + already at the end of a block, jumps to the end of the following + block at the same level of the current one, or at the end of the + enclosing block. (Similar to |e| for word movements.) By + default, it is mapped to `][`. +moveblock_p : jumps to the beginning of the current block, if any. If the + cursor is already at the beginning of a block, jumps to the + beginning of the preceding block at the same level of the + current one, or at the beginning of the enclosing block. + (Similar to |b| for word movements.) By default, it is mapped to + `[[`. +moveblock_P : gets out from the current block (if any) and jumps to the + preceding end keyword. (Similar to |ge| for word movements.) + By default, it is mapped to `[]`. + +Use |g:julia_blocks_mappings| to customize the mappings. + +------------------------------------------------------------------------------ +BLOCK TEXT OBJECTS *julia-vim-blocks-objects* + +The julia-vim plug-in extends the ViM |text-objects| by defining special +mappings which allow to operate on blocks as a whole when in visual mode +or operator-pending mode. The default mappings use `aj` and `ij` to refer to +these objects. +For example, given the following code (with line annotations): +> + 1 while true + 2 a += 1 + 3 if a > 5 + 4 break + 5 end + 6 end +< +if the cursor is on `break` on line 4, pressing `vaj` will select the whole +inner `if` block (lines 3 to 5), and pressing `aj` again will select the whole +`while` block (lines 1 to 6). The same effect could have been obtained with a +counter, i.e. using `v2aj`. If the cursor were initially on line 2, the whole +`while` block would have been selected with the first `vaj`. Using `daj` would +delete a block, `caj` would delete it and leave ViM in insert mode, `=aj` +would indent it, etc. +Starting from line 2, pressing `vij` wuold only select the inner part of the +`while` block (lines 2 to 5). + +The following mappings are provided: + + *julia_aj* *julia_ij* +select_a : the block which contains the cursor, including its delimiters. + By default, this is mapped to `aj`. Repeated application (e.g. + `vajaj`) selects the enclosing blocks. A counter can be used to + the same effect as repetition (e.g. `v2aj`). +select_i : same as select_a, but only selects the lines included between the + delimiters. Thus, this does not work with single-line blocks. + By default, this is mapped to `ij`. Repeated application (e.g. + `vijij`) has no effect, but using a counter has the same effect as + using "select_a" and then selecting the inner part of the outermost + block. For example, with the default mappings, `v3ij` is the same as + `v3ajij`, or `vajajajij`. + +Use |g:julia_blocks_mappings| to customize the mappings. + +The following auxiliary function is only mapped to normal mode: + + *julia_whereami* +whereami : this mapping prints the first line of the current block on the + command line. If invoked repeatedly, or if given a count, it prints + the first line of the enclosing blocks, like `select_a`. If followed + by `select_a`, the selection, or operation, will refer to the last + block printed. By default, it is not mapped to any key, but a + mapping can be easily provided in |g:julia_blocks_mappings|. It is + possible to obtain the string, instead of having it printed, by + calling the function `julia_blocks#whereami()`. In such case, use + the function `julia_blocks#select_reset()` to reset the block + nesting level. + +------------------------------------------------------------------------------ +VARIABLES *julia-vim-blocks-variables* + + *g:julia_blocks* +g:julia_blocks + + Determines whether to map block-wise movements and objects. If + unspecified, it is on. You can disable the feature by default + by inserting the line +> + let g:julia_blocks = 0 +< + in your |.vimrc| file. + + *g:julia_blocks_mappings* +g:julia_blocks_mappings + + Custom mapping for block-wise movements. This must be a |dict| + associating movements to key combinations. Use empty strings + to disable individual mappings. The following is equivalent + to the default mappings (see |julia-vim-blocks-moveblock|, + |julia-vim-blocks-move| and |julia-vim-blocks-objects|): +> + let g:julia_blocks_mappings = { + \ "move_n" : "]j", + \ "move_N" : "]J", + \ "move_p" : "[j", + \ "move_P" : "[J", + \ + \ "moveblock_n" : "]]", + \ "moveblock_N" : "][", + \ "moveblock_p" : "[[", + \ "moveblock_P" : "[]", + \ + \ "select_a" : "aj", + \ "select_i" : "ij", + \ + \ "whereami" : "", + \ } +< + You can change individual mappings by writing something like + this in your |.vimrc| file: +> + let g:julia_blocks_mappings = { + \ "move_N" : "]n", + \ "move_P" : "[n", + \ "whereami" : "j", + \ } +< + Or you can disable individual mappings by writing something like + this in your |.vimrc| file: +> + let g:julia_blocks_mappings = { + \ "moveblock_n" : "", + \ "moveblock_p" : "", + \ } +< + All unspecified entries keep their default value. + + +============================================================================== +REFERRING TO DOCUMENTATION *julia-vim-doc* + + *julia-vim-K* +K + Look up documentation for the keyword under the cursor. If found, + a preview window with the documentation is opened. + + This also works for keywords within the opened preview window, + allowing effortless browsing of the documentation. + + (This is not really a key mapping, but uses the built-in + |keywordprg|-mechanism in vim; see |K| if you're curious). + + + *(JuliaDocPrompt)* +(JuliaDocPrompt) + Open a prompt for keyword documentation lookup. If you don't use |?| + for backward search, you can use the following to make `?` work like + in the Julia REPL: +> + autocmd FileType julia nmap ? (JuliaDocPrompt) +< + Apply |:augroup| as needed. + + + *:JuliaDoc* +:JuliaDoc {keyword} + Look up documentation for {keyword}. + + +============================================================================== +EXTRAS *julia-vim-extras* + + + *julia#toggle_function_blockassign* + *julia#function_block2assign* + *julia#function_assign2block* +julia#toggle_function_blockassign() +julia#function_block2assign() +julia#function_assign2block() + + These functions allow to transform function definitions + between block format and assignment format. For example, + these two definitions are equivalent: +> + function test(x, y) + x + 2y + end + + test(x, y) = x + 2y +< + You can use the function `julia#toggle_function_blockassign()` + to switch between the two forms (the cursor needs to be on the + first line of the block form). This functionality requires + that the |matchit| plugin is loaded. Only three-line function + blocks like the one in the example are recognized. When + changing the block form into the assignment form, `return` + statements are removed; if the result is empty, `nothing` is + substituted. Leading macros (e.g. `@inline` or `@compat`) are + recognized and preserved by the transformation. + + In order to make this functionality practical, it is advisable + to map it to some key combination, e.g.: +> + noremap fb :call julia#toggle_function_blockassign() +< + +============================================================================== +CUSTOMIZATIONS *julia-vim-options* + +The following options allows customizing some aspects of the plugin. + + *g:julia_spellcheck_docstrings* +g:julia_spellcheck_docstrings + + Determines whether to enable spell-checking for docstrings, + i.e. triple quoted strings that start in the first column. See + |spell|. Default: on (set to `1`). + + *g:julia_spellcheck_strings* +g:julia_spellcheck_strings + + Determines whether to enable spell-checking for all strings. + See |spell|. Default: off (set to `0`). + + *g:julia_spellcheck_comments* +g:julia_spellcheck_comments + + Determines whether to enable spell-checking for comments. See + |spell|. Default: on (set to `1`). + + *g:julia_highlight_operators* +g:julia_highlight_operators + + Determines whether to apply syntax highlighting to operators. + Default: on (set to `1`). + + *g:julia_indent_align_import* +g:julia_indent_align_import + + In a multi-line import/using/export statment, the lines after + the first one use some special alignment rules by default, + e.g.: +> + import X: one, + two, + three + export four, + five, + six +< + When `g:julia_indent_align_import` is `0` instead, the usual + indentation is used: +> + import X: one, + two, + three + export four, + five, + six + + *g:julia_indent_align_brackets* +g:julia_indent_align_brackets + + In a multi-line bracketed expression (except for function + arguments, see |g:julia_indent_align_funcargs|), the lines + after the first one use some special alignment rules by + default, e.g.: +> + matrix = [1 2 3; + 4 5 6] + tpl = ( + abc = Dict(a=>1, + b=>2), + def = [1 2; + 3 4], + xyz = SubArray{eltype(P), + N, P, I, + false} + ) +< + When `g:julia_indent_align_brackets` is `0` instead, an extra + indent is used: +> + matrix = [1 2 3; + 4 5 6] + tpl = ( + abc = Dict(a=>1, + b=>2), + def = [1 2; + 3 4], + xyz = SubArray{eltype(P), + N, P, I, + false} + ) +< + + *g:julia_indent_align_funcargs* +g:julia_indent_align_funcargs + + In a function definition, when the arguments span multiple + lines, the lines after the first one get an extra indentation + step by default, e.g.: +> + function functionanme( + arg1, arg2, + arg3, arg4 + ) + # function body + end +< + By setting `g:julia_indent_align_funcargs` to `1`, the + arguments are aligned to the bracket instead (they work as any + other bracket with the default value of + |g:julia_indent_align_brackets|): +> + function functionanme(arg1, arg2, + arg3, arg4 + ) + # function body + end +< +============================================================================== +EXTRA SYNTAX COLORS *julia-vim-extra-colors* + +Some syntax elements are recognized but not highlighted by default: + + juliaParDelim parentheses + juliaSemicolon semicolons + juliaComma commas + juliaFunctionCall function calls + +In order to highlight them, just use the |hi| command in your configuration +file. To use existing highlight groups (see |group-name|), you can do e.g.: +> + hi link juliaParDelim Delimiter + hi link juliaSemicolon Operator + hi link juliaFunctionCall Identifier +< + +The above will use the colors specified by your colorscheme, if defined. +If you want to define a color manually instead, you can use something like +this: +> + hi juliaFunctionCall guifg=#AB5033 ctermfg=Red +< + +============================================================================== +ABOUT *julia-vim-about* + +Grab the latest version or report a bug on GitHub: + +http://github.com/JuliaEditorSupport/julia-vim + + vim:tw=78:et:ft=help:norl: Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/ftdetect/julia.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/ftdetect/julia.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/ftdetect/julia.vim (revision 26505) @@ -0,0 +1,34 @@ +if v:version < 704 + " NOTE: this line fixes an issue with the default system-wide lisp ftplugin + " which didn't define b:undo_ftplugin on older Vim versions + " (*.jl files are recognized as lisp) + autocmd BufRead,BufNewFile *.jl let b:undo_ftplugin = "setlocal comments< define< formatoptions< iskeyword< lisp<" +endif + +autocmd BufRead,BufNewFile *.jl set filetype=julia + +autocmd FileType * call LaTeXtoUnicode#Refresh() +autocmd BufNew * call LaTeXtoUnicode#Refresh() +autocmd BufEnter * call LaTeXtoUnicode#Refresh() +autocmd CmdwinEnter * call LaTeXtoUnicode#Refresh() + +" This autocommand is used to postpone the first initialization of LaTeXtoUnicode as much as possible, +" by calling LaTeXtoUnicode#SetTab and LaTeXtoUnicode#SetAutoSub only at InsertEnter or later +function! s:L2UTrigger() + augroup L2UInit + autocmd! + autocmd InsertEnter * let g:did_insert_enter = 1 | call LaTeXtoUnicode#Init(0) + augroup END +endfunction +autocmd BufEnter * call s:L2UTrigger() + +function! s:HighlightJuliaMarkdown() + if !exists('g:markdown_fenced_languages') + let g:markdown_fenced_languages = [] + endif + if index(g:markdown_fenced_languages, 'julia') == -1 + call add(g:markdown_fenced_languages, 'julia') + endif +endfunction +autocmd BufRead,BufNewFile *.jmd call s:HighlightJuliaMarkdown() +autocmd BufRead,BufNewFile *.jmd set filetype=markdown Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/julia.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/julia.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/julia.vim (revision 26505) @@ -0,0 +1,114 @@ +" Vim filetype plugin file +" Language: Julia +" Maintainer: Carlo Baldassi +" Last Change: 2014 may 29 + +if exists("b:did_ftplugin") + finish +endif +let b:did_ftplugin = 1 + +let s:save_cpo = &cpo +set cpo&vim + +setlocal include=^\\s*\\%(reload\\\|include\\)\\> +setlocal suffixesadd=.jl +setlocal comments=:# +setlocal commentstring=#=%s=# +setlocal cinoptions+=#1 +setlocal define=^\\s*macro\\> +setlocal fo-=t fo+=croql + +let b:julia_vim_loaded = 1 + +let b:undo_ftplugin = "setlocal include< suffixesadd< comments< commentstring<" + \ . " define< fo< shiftwidth< expandtab< indentexpr< indentkeys< cinoptions< completefunc<" + \ . " | unlet! b:commentary_format" + \ . " | unlet! b:smartcomment_force_linemode" + \ . " | unlet! b:julia_vim_loaded" + +" MatchIt plugin support +if exists("loaded_matchit") + let b:match_ignorecase = 0 + + " note: begin_keywords must contain all blocks, in order + " for nested-structures-skipping to work properly + " note: 'mutable struct' and 'struct' are defined separately because + " using \? puts the cursor on 'struct' instead of 'mutable' for some reason + let b:julia_begin_keywords = '\%(\.\s*\|@\)\@' + " note: the following regex not only recognizes macros, but also local/global keywords. + " the purpose is recognizing things like `@inline myfunction()` + " or `global myfunction(...)` etc, for matchit and block movement functionality + let s:macro_regex = '\%(@\%([#(]\@!\S\)\+\|\<\%(local\|global\)\)\s\+' + let s:nomacro = '\%(' . s:macro_regex . '\)\@' + + " note: this function relies heavily on the syntax file + function! JuliaGetMatchWords() + let [l,c] = [line('.'),col('.')] + let attr = synIDattr(synID(l, c, 1),"name") + let c1 = c + while attr == 'juliaMacro' || expand('') =~# '\<\%(global\|local\)\>' + normal! W + if line('.') > l || col('.') == c1 + call cursor(l, c) + return '' + endif + let attr = synIDattr(synID(l, col('.'), 1),"name") + let c1 = col('.') + endwhile + call cursor(l, c) + if attr == 'juliaConditional' + return b:julia_begin_keywordsm . ':\<\%(elseif\|else\)\>:' . b:julia_end_keywords + elseif attr =~# '\<\%(juliaRepeat\|juliaRepKeyword\)\>' + return b:julia_begin_keywordsm . ':\<\%(break\|continue\)\>:' . b:julia_end_keywords + elseif attr == 'juliaBlKeyword' + return b:julia_begin_keywordsm . ':' . b:julia_end_keywords + elseif attr == 'juliaException' + return b:julia_begin_keywordsm . ':\<\%(catch\|finally\)\>:' . b:julia_end_keywords + endif + return '\<\>:\<\>' + endfunction + + let b:match_words = 'JuliaGetMatchWords()' + + " we need to skip everything within comments, strings and + " the 'begin' and 'end' keywords when they are used as a range rather than as + " the delimiter of a block + let b:match_skip = 'synIDattr(synID(line("."),col("."),0),"name") =~# ' + \ . '"\\"' + + let b:undo_ftplugin = b:undo_ftplugin + \ . " | unlet! b:match_words b:match_skip b:match_ignorecase" + \ . " | unlet! b:julia_begin_keywords b:julia_end_keywords" + \ . " | delfunction JuliaGetMatchWords" + + if get(g:, "julia_blocks", 1) + call julia_blocks#init_mappings() + let b:undo_ftplugin .= " | call julia_blocks#remove_mappings()" + endif + +endif + +" Some plugin-specific tweaks for commenting +let b:commentary_format = "# %s" " for tpope/vim-commentary +let b:smartcomment_force_linemode = 1 " for carlobaldassi/vim-smartcomment + +if has("gui_win32") + let b:browsefilter = "Julia Source Files (*.jl)\t*.jl\n" + let b:undo_ftplugin = b:undo_ftplugin . " | unlet! b:browsefilter" +endif + +" Lookup documents +nnoremap (JuliaDocPrompt) :call julia#doc#prompt() +command! -nargs=1 -buffer -complete=customlist,julia#doc#complete JuliaDoc call julia#doc#open() +command! -nargs=1 -buffer JuliaDocKeywordprg call julia#doc#keywordprg() +setlocal keywordprg=:JuliaDocKeywordprg +let b:undo_ftplugin .= " | setlocal keywordprg<" +let b:undo_ftplugin .= " | delcommand JuliaDoc | delcommand JuliaDocKeywordprg" + +let &cpo = s:save_cpo +unlet s:save_cpo Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/juliadoc.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/juliadoc.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/ftplugin/juliadoc.vim (revision 26505) @@ -0,0 +1,30 @@ +" Vim filetype plugin file +" Language: Julia document + +if exists("b:did_ftplugin") + finish +endif +let b:did_ftplugin = 1 + +let s:save_cpo = &cpo +set cpo&vim + +setlocal conceallevel=2 +setlocal concealcursor=nc +setlocal wrap + +if !exists('b:undo_ftplugin') + let b:undo_ftplugin = '' +endif +let b:undo_ftplugin .= 'setlocal conceallevel< concealcursor< wrap<' + +" Lookup documents +nnoremap (JuliaDocPrompt) :call julia#doc#prompt() +command! -nargs=1 -buffer -complete=customlist,julia#doc#complete JuliaDoc call julia#doc#open() +command! -nargs=1 -buffer JuliaDocKeywordprg call julia#doc#keywordprg() +setlocal keywordprg=:JuliaDocKeywordprg +let b:undo_ftplugin .= " | setlocal keywordprg<" +let b:undo_ftplugin .= " | delcommand JuliaDoc | delcommand JuliaDocKeywordprg" + +let &cpo = s:save_cpo +unlet s:save_cpo Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/indent/julia.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/indent/julia.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/indent/julia.vim (revision 26505) @@ -0,0 +1,490 @@ +" Vim indent file +" Language: Julia +" Maintainer: Carlo Baldassi +" Last Change: 2016 jun 16 +" Notes: originally based on Bram Molenaar's indent file for vim + +setlocal autoindent + +setlocal indentexpr=GetJuliaIndent() +setlocal indentkeys+==end,=else,=catch,=finally,),],} +setlocal indentkeys-=0# +setlocal indentkeys-=: +setlocal indentkeys-=0{ +setlocal indentkeys-=0} +setlocal nosmartindent + +" Only define the function once. +if exists("*GetJuliaIndent") + finish +endif + +let s:skipPatternsBasic = '\' +let s:skipPatterns = '\' + +function JuliaMatch(lnum, str, regex, st, ...) + let s = a:st + let e = a:0 > 0 ? a:1 : -1 + let basic_skip = a:0 > 1 ? a:2 : 'all' + let skip = basic_skip ==# 'basic' ? s:skipPatternsBasic : s:skipPatterns + while 1 + let f = match(a:str, '\C' . a:regex, s) + if e >= 0 && f >= e + return -1 + endif + if f >= 0 + let attr = synIDattr(synID(a:lnum,f+1,1),"name") + let attrT = synIDattr(synID(a:lnum,f+1,0),"name") + if attr =~# skip || attrT =~# skip + let s = f+1 + continue + endif + endif + break + endwhile + return f +endfunction + +function GetJuliaNestingStruct(lnum, ...) + " Auxiliary function to inspect the block structure of a line + let line = getline(a:lnum) + let s = a:0 > 0 ? a:1 : 0 + let e = a:0 > 1 ? a:2 : -1 + let blocks_stack = [] + let num_closed_blocks = 0 + while 1 + let fb = JuliaMatch(a:lnum, line, '\<\%(if\|else\%(if\)\?\|while\|for\|try\|catch\|finally\|\%(staged\)\?function\|macro\|begin\|mutable\s\+struct\|\%(mutable\s\+\)\@', s, e) + let fe = JuliaMatch(a:lnum, line, '\', s, e) + + if fb < 0 && fe < 0 + " No blocks found + break + end + + if fb >= 0 && (fb < fe || fe < 0) + " The first occurrence is an opening block keyword + " Note: some keywords (elseif,else,catch,finally) are both + " closing blocks and opening new ones + + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + call add(blocks_stack, 'if') + continue + endif + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + if len(blocks_stack) > 0 && blocks_stack[-1] == 'if' + let blocks_stack[-1] = 'elseif' + elseif (len(blocks_stack) > 0 && blocks_stack[-1] != 'elseif') || len(blocks_stack) == 0 + call add(blocks_stack, 'elseif') + let num_closed_blocks += 1 + endif + continue + endif + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + if len(blocks_stack) > 0 && blocks_stack[-1] =~# '\<\%(else\)\=if\>' + let blocks_stack[-1] = 'else' + else + call add(blocks_stack, 'else') + let num_closed_blocks += 1 + endif + continue + endif + + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + call add(blocks_stack, 'try') + continue + endif + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + if len(blocks_stack) > 0 && blocks_stack[-1] == 'try' + let blocks_stack[-1] = 'catch' + else + call add(blocks_stack, 'catch') + let num_closed_blocks += 1 + endif + continue + endif + let i = JuliaMatch(a:lnum, line, '\', s) + if i >= 0 && i == fb + let s = i+1 + if len(blocks_stack) > 0 && (blocks_stack[-1] == 'try' || blocks_stack[-1] == 'catch') + let blocks_stack[-1] = 'finally' + else + call add(blocks_stack, 'finally') + let num_closed_blocks += 1 + endif + continue + endif + + let i = JuliaMatch(a:lnum, line, '\<\%(bare\)\?module\>', s) + if i >= 0 && i == fb + let s = i+1 + if i == 0 + call add(blocks_stack, 'col1module') + else + call add(blocks_stack, 'other') + endif + continue + endif + + let i = JuliaMatch(a:lnum, line, '\<\%(while\|for\|function\|macro\|begin\|\%(mutable\s\+\)\?struct\|\%(abstract\|primitive\)\s\+type\|let\|quote\|do\)\>', s) + if i >= 0 && i == fb + if match(line, '\C\<\%(mutable\|abstract\|primitive\)', i) != -1 + let s = i+11 + else + let s = i+1 + endif + call add(blocks_stack, 'other') + continue + endif + + " Note: it should be impossible to get here + break + + else + " The first occurrence is an 'end' + + let s = fe+1 + if len(blocks_stack) == 0 + let num_closed_blocks += 1 + else + call remove(blocks_stack, -1) + endif + continue + + endif + + " Note: it should be impossible to get here + break + endwhile + let num_open_blocks = len(blocks_stack) - count(blocks_stack, 'col1module') + return [num_open_blocks, num_closed_blocks] +endfunction + +function GetJuliaNestingBrackets(lnum, c) + " Auxiliary function to inspect the brackets structure of a line + let line = getline(a:lnum)[0 : (a:c - 1)] + let s = 0 + let brackets_stack = [] + let last_closed_bracket = -1 + while 1 + let fb = JuliaMatch(a:lnum, line, '[([{]', s) + let fe = JuliaMatch(a:lnum, line, '[])}]', s) + + if fb < 0 && fe < 0 + " No brackets found + break + end + + if fb >= 0 && (fb < fe || fe < 0) + " The first occurrence is an opening bracket + + let i = JuliaMatch(a:lnum, line, '(', s) + if i >= 0 && i == fb + let s = i+1 + call add(brackets_stack, ['par',i]) + continue + endif + + let i = JuliaMatch(a:lnum, line, '\[', s) + if i >= 0 && i == fb + let s = i+1 + call add(brackets_stack, ['sqbra',i]) + continue + endif + + let i = JuliaMatch(a:lnum, line, '{', s) + if i >= 0 && i == fb + let s = i+1 + call add(brackets_stack, ['curbra',i]) + continue + endif + + " Note: it should be impossible to get here + break + + else + " The first occurrence is a closing bracket + + let i = JuliaMatch(a:lnum, line, ')', s) + if i >= 0 && i == fe + let s = i+1 + if len(brackets_stack) > 0 && brackets_stack[-1][0] == 'par' + call remove(brackets_stack, -1) + else + let last_closed_bracket = i + 1 + endif + continue + endif + + let i = JuliaMatch(a:lnum, line, ']', s) + if i >= 0 && i == fe + let s = i+1 + if len(brackets_stack) > 0 && brackets_stack[-1][0] == 'sqbra' + call remove(brackets_stack, -1) + else + let last_closed_bracket = i + 1 + endif + continue + endif + + let i = JuliaMatch(a:lnum, line, '}', s) + if i >= 0 && i == fe + let s = i+1 + if len(brackets_stack) > 0 && brackets_stack[-1][0] == 'curbra' + call remove(brackets_stack, -1) + else + let last_closed_bracket = i + 1 + endif + continue + endif + + " Note: it should be impossible to get here + break + + endif + + " Note: it should be impossible to get here + break + endwhile + let first_open_bracket = -1 + let last_open_bracket = -1 + let infuncargs = 0 + if len(brackets_stack) > 0 + let first_open_bracket = brackets_stack[0][1] + let last_open_bracket = brackets_stack[-1][1] + if brackets_stack[-1][0] == 'par' && IsFunctionArgPar(a:lnum, last_open_bracket+1) + let infuncargs = 1 + endif + endif + return [first_open_bracket, last_open_bracket, last_closed_bracket, infuncargs] +endfunction + +let s:bracketBlocks = '\' + +function IsInBrackets(lnum, c) + let stack = map(synstack(a:lnum, a:c), 'synIDattr(v:val, "name")') + call filter(stack, 'v:val =~# s:bracketBlocks') + return len(stack) > 0 +endfunction + +function IsInDocString(lnum) + let stack = map(synstack(a:lnum, 1), 'synIDattr(v:val, "name")') + call filter(stack, 'v:val =~# "\\"') + return len(stack) > 0 +endfunction + +function IsInContinuationImportLine(lnum) + let stack = map(synstack(a:lnum, 1), 'synIDattr(v:val, "name")') + call filter(stack, 'v:val =~# "\\"') + if len(stack) == 0 + return 0 + endif + return JuliaMatch(a:lnum, getline(a:lnum), '\<\%(import\|using\|export\)\>', indent(a:lnum)) == -1 +endfunction + +function IsFunctionArgPar(lnum, c) + if a:c == 0 + return 0 + endif + let stack = map(synstack(a:lnum, a:c-1), 'synIDattr(v:val, "name")') + return len(stack) >= 2 && stack[-2] ==# 'juliaFunctionDef' +endfunction + +function JumpToMatch(lnum, last_closed_bracket) + " we use the % command to skip back (tries to ues matchit if possible, + " otherwise resorts to vim's default, which is buggy but better than + " nothing) + call cursor(a:lnum, a:last_closed_bracket) + let percmap = maparg("%", "n") + if exists("g:loaded_matchit") && percmap =~# 'Match\%(it\|_wrapper\)' + normal % + else + normal! % + end +endfunction + +" Auxiliary function to find a line which does not start in the middle of a +" multiline bracketed expression, to be used as reference for block +" indentation. +function LastBlockIndent(lnum) + let lnum = a:lnum + let ind = 0 + while lnum > 0 + let ind = indent(lnum) + if ind == 0 + return [lnum, 0] + endif + if !IsInBrackets(lnum, 1) + break + endif + let lnum = prevnonblank(lnum - 1) + endwhile + return [max([lnum,1]), ind] +endfunction + +function GetJuliaIndent() + " Do not alter doctrings indentation + if IsInDocString(v:lnum) + return -1 + endif + + " Find a non-blank line above the current line. + let lnum = prevnonblank(v:lnum - 1) + + " At the start of the file use zero indent. + if lnum == 0 + return 0 + endif + + let ind = -1 + let st = -1 + let lim = -1 + + " Multiline bracketed expressions take precedence + let align_brackets = get(g:, "julia_indent_align_brackets", 1) + let align_funcargs = get(g:, "julia_indent_align_funcargs", 0) + let c = len(getline(lnum)) + 1 + while IsInBrackets(lnum, c) + let [first_open_bracket, last_open_bracket, last_closed_bracket, infuncargs] = GetJuliaNestingBrackets(lnum, c) + + " First scenario: the previous line has a hanging open bracket: + " set the indentation to match the opening bracket (plus an extra space) + " unless we're in a function arguments list or alignment is disabled, in + " which case we just add an extra indent + if last_open_bracket != -1 + if (!infuncargs && align_brackets) || (infuncargs && align_funcargs) + let st = last_open_bracket + let ind = virtcol([lnum, st + 1]) + else + let ind = indent(lnum) + shiftwidth() + endif + + " Second scenario: some multiline bracketed expression was closed in the + " previous line. But since we know we are still in a bracketed expression, + " we need to find the line where the bracket was opened + elseif last_closed_bracket != -1 + call JumpToMatch(lnum, last_closed_bracket) + if line(".") == lnum + " something wrong here, give up + let ind = indent(lnum) + else + let lnum = line(".") + let c = col(".") - 1 + if c == 0 + " uhm, give up + let ind = 0 + else + " we skipped a bracket set, keep searching for an opening bracket + let lim = c + continue + endif + endif + + " Third scenario: nothing special: keep the indentation + else + let ind = indent(lnum) + endif + + " Does the current line start with a closing bracket? Then depending on + " the situation we align it with the opening one, or we let the rest of + " the code figure it out (the case in which we're closing a function + " argument list is special-cased) + if JuliaMatch(v:lnum, getline(v:lnum), '[])}]', indent(v:lnum)) == indent(v:lnum) && ind > 0 + if !align_brackets && !align_funcargs + call JumpToMatch(v:lnum, indent(v:lnum)) + return indent(line(".")) + elseif (align_brackets && getline(v:lnum)[indent(v:lnum)] != ')') || align_funcargs + return ind - 1 + else " must be a ')' and align_brackets==1 and align_funcargs==0 + call JumpToMatch(v:lnum, indent(v:lnum)) + if IsFunctionArgPar(line("."), col(".")) + let ind = -1 + else + return ind - 1 + endif + endif + endif + + break + endwhile + + if ind == -1 + " We are not in a multiline bracketed expression. Thus we look for a + " previous line to use as a reference + let [lnum,ind] = LastBlockIndent(lnum) + let c = len(getline(lnum)) + 1 + if IsInBrackets(lnum, c) + let [first_open_bracket, last_open_bracket, last_closed_bracket, infuncargs] = GetJuliaNestingBrackets(lnum, c) + let lim = first_open_bracket + endif + end + + " Analyse the reference line + let [num_open_blocks, num_closed_blocks] = GetJuliaNestingStruct(lnum, st, lim) + " Increase indentation for each newly opened block in the reference line + let ind += shiftwidth() * num_open_blocks + + " Analyse the current line + let [num_open_blocks, num_closed_blocks] = GetJuliaNestingStruct(v:lnum) + " Decrease indentation for each closed block in the current line + let ind -= shiftwidth() * num_closed_blocks + + " Additional special case: multiline import/using/export statements + + let prevline = getline(lnum) + " Are we in a multiline import/using/export statement, right below the + " opening line? + if IsInContinuationImportLine(v:lnum) && !IsInContinuationImportLine(lnum) + if get(g:, 'julia_indent_align_import', 1) + " if the opening line has a colon followed by non-comments, use it as + " reference point + let cind = JuliaMatch(lnum, prevline, ':', indent(lnum), lim) + if cind >= 0 + let nonwhiteind = JuliaMatch(lnum, prevline, '\S', cind+1, -1, 'basic') + if nonwhiteind >= 0 + " return match(prevline, '\S', cind+1) " a bit overkill... + return cind + 2 + endif + else + " if the opening line is not a naked import/using/export statement, use + " it as reference + let iind = JuliaMatch(lnum, prevline, '\', indent(lnum), lim) + if iind >= 0 + " assuming whitespace after using... so no `using(XYZ)` please! + let nonwhiteind = JuliaMatch(lnum, prevline, '\S', iind+6, -1, 'basic') + if nonwhiteind >= 0 + return match(prevline, '\S', iind+6) + endif + endif + endif + endif + let ind += shiftwidth() + + " Or did we just close a multiline import/using/export statement? + elseif !IsInContinuationImportLine(v:lnum) && IsInContinuationImportLine(lnum) + " find the starting line of the statement + let ilnum = 0 + for iln in range(lnum-1, 1, -1) + if !IsInContinuationImportLine(iln) + let ilnum = iln + break + endif + endfor + if ilnum == 0 + " something went horribly wrong, give up + let ind = indent(lnum) + endif + let ind = indent(ilnum) + endif + + return ind +endfunction Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/generate_L2U_keymap.jl =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/generate_L2U_keymap.jl (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/generate_L2U_keymap.jl (revision 26505) @@ -0,0 +1,137 @@ +#!/bin/env julia + +import REPL + +const filename = "latex2unicode_utf-8" +const include_emoji = false # set this to true if you want to keymap empjis as well + +# We want to avoid situations in which the user types e.g. \delt and pauses, +# and the result is "∇t" because "\del" gets recognized and then there is some leftover "t". +# This allows us to get completions with for example. +function fix_completions(completions::Dict{String,String}) + allinputs = sort!(collect(keys(completions))) + new_completions = copy(completions) + + for input in allinputs + chars = completions[input] + l = length(input) + longer = filter(x->startswith(x, input)&&length(x)>l, allinputs) + n = length(longer) + n == 0 && continue + new_completions[input * ""] = chars + for other in longer + add = other[1:(l+1)] + get!(new_completions, add, add) + end + end + return new_completions +end + +function unicode_data() + file = normpath(Sys.BINDIR, "..", "..", "doc", "UnicodeData.txt") + names = Dict{UInt32, String}() + open(file) do unidata + for line in readlines(unidata) + id, name, desc = split(line, ";")[[1, 2, 11]] + codepoint = parse(UInt32, "0x$id") + names[codepoint] = (name == "" ? desc : desc == "" ? name : "$name / $desc") + end + end + return names +end + +# Prepend a dotted circle ('◌' i.e. '\u25CC') to combining characters +function fix_combining_chars(char) + cat = Base.Unicode.category_code(char) + return string(cat == 6 || cat == 8 ? "◌" : "", char) +end + +function table_entries(completions::Dict{String,String}, unicode_dict) + latex = String[] + code = String[] + unicode = String[] + desc = String[] + + for (input, chars) in sort!(collect(completions)) + code_points, unicode_names, characters = String[], String[], String[] + if startswith(chars, "\\") + push!(code_points, replace(chars, "\\" => "\\\\")) + push!(unicode_names, "(Incomplete sequence)") + push!(characters, "") + else + for char in chars + push!(code_points, "") + push!(unicode_names, get(unicode_dict, UInt32(char), "(No Unicode name)")) + push!(characters, isempty(characters) ? fix_combining_chars(char) : "$char") + end + end + push!(latex, replace(input, "\\"=>"\\\\")) + push!(code, join(code_points)) + push!(unicode, join(characters)) + push!(desc, join(unicode_names, " + ")) + end + return latex, code, unicode, desc +end + +open("$filename.vim","w") do f + print(f, """ + " This file is autogenerated from the script '$(basename(Base.source_path()))' + " The symbols are based on Julia version $VERSION + " The full generating script can be found in the comments at the bottom of this file, + " and it can be extracted with: + " + " \$ grep '^\">' $filename.vim | cut -c4- > '$(basename(Base.source_path()))' + " + " To produce this keymap file you need to have Julia compilied from source, and + " to run `make deps` inside Julia's `doc` directory. + " Then you can run: + " + " \$ julia $(basename(Base.source_path())) + " + + scriptencoding utf-8 + + let b:keymap_name = "L2U" + loadkeymap + + """) + + col_headers = ["\" Tab completion sequence", "Code point", "Character", "Unicode name"] + + orig_completions = include_emoji ? merge( + REPL.REPLCompletions.latex_symbols, + REPL.REPLCompletions.emoji_symbols + ) : + REPL.REPLCompletions.latex_symbols + + latex, code, unicode, desc = + table_entries( + fix_completions(orig_completions), + unicode_data() + ) + + lw = max(length(col_headers[3]), maximum(map(length, latex))) + cw = max(length(col_headers[1]), maximum(map(length, code))) + uw = max(length(col_headers[2]), maximum(map(length, unicode))) + dw = max(length(col_headers[4]), maximum(map(length, desc))) + + print_padded(l, c, u, d) = println(f, rpad(l, lw), " ", rpad(c, cw), " \" ", rpad(u, uw), " : ", d) + + print_padded(col_headers...) + print_padded("\" " * "-"^(lw-2), "-"^cw, "-"^uw, "-"^dw) + + for (l, c, u, d) in zip(latex, code, unicode, desc) + print_padded(l, c, u, d) + end + print_padded("\" " * "-"^(lw-2), "-"^cw, "-"^uw, "-"^dw) + + print(f, """ + + " Below here is the script that was used to produce this file. + + """) + for l in readlines(Base.source_path()) + println(f, "\"> ", l) + end + println(f) +end Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/latex2unicode_utf-8.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/latex2unicode_utf-8.vim (revision 26505) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/keymap/latex2unicode_utf-8.vim (revision 26505) @@ -0,0 +1,3662 @@ +" This file is autogenerated from the script 'generate_L2U_keymap.jl' +" The symbols are based on Julia version 1.7.0-DEV.390 +" The full generating script can be found in the comments at the bottom of this file, +" and it can be extracted with: +" +" $ grep '^">' latex2unicode_utf-8.vim | cut -c4- > 'generate_L2U_keymap.jl' +" +" To produce this keymap file you need to have Julia compilied from source, and +" to run `make deps` inside Julia's `doc` directory. +" Then you can run: +" +" $ julia generate_L2U_keymap.jl +" + +scriptencoding utf-8 + +let b:keymap_name = "L2U" +loadkeymap + +" Tab completion sequence Code point " Character : Unicode name +" ------------------------- ---------------------------- " ---------- : -------------------------------------------------------------------------------------------------------- +\\0/3 " ↉ : VULGAR FRACTION ZERO THIRDS +\\1/ " ⅟ : FRACTION NUMERATOR ONE +\\1/1 \\1/1 " : (Incomplete sequence) +\\1/10 " ⅒ : VULGAR FRACTION ONE TENTH +\\1/2 " ½ : VULGAR FRACTION ONE HALF / FRACTION ONE HALF +\\1/3 " ⅓ : VULGAR FRACTION ONE THIRD / FRACTION ONE THIRD +\\1/4 " ¼ : VULGAR FRACTION ONE QUARTER / FRACTION ONE QUARTER +\\1/5 " ⅕ : VULGAR FRACTION ONE FIFTH / FRACTION ONE FIFTH +\\1/6 " ⅙ : VULGAR FRACTION ONE SIXTH / FRACTION ONE SIXTH +\\1/7 " ⅐ : VULGAR FRACTION ONE SEVENTH +\\1/8 " ⅛ : VULGAR FRACTION ONE EIGHTH / FRACTION ONE EIGHTH +\\1/9 " ⅑ : VULGAR FRACTION ONE NINTH +\\1/ " ⅟ : FRACTION NUMERATOR ONE +\\2/3 " ⅔ : VULGAR FRACTION TWO THIRDS / FRACTION TWO THIRDS +\\2/5 " ⅖ : VULGAR FRACTION TWO FIFTHS / FRACTION TWO FIFTHS +\\3/4 " ¾ : VULGAR FRACTION THREE QUARTERS / FRACTION THREE QUARTERS +\\3/5 " ⅗ : VULGAR FRACTION THREE FIFTHS / FRACTION THREE FIFTHS +\\3/8 " ⅜ : VULGAR FRACTION THREE EIGHTHS / FRACTION THREE EIGHTHS +\\4/5 " ⅘ : VULGAR FRACTION FOUR FIFTHS / FRACTION FOUR FIFTHS +\\5/6 " ⅚ : VULGAR FRACTION FIVE SIXTHS / FRACTION FIVE SIXTHS +\\5/8 " ⅝ : VULGAR FRACTION FIVE EIGHTHS / FRACTION FIVE EIGHTHS +\\7/8 " ⅞ : VULGAR FRACTION SEVEN EIGHTHS / FRACTION SEVEN EIGHTHS +\\AA " Å : LATIN CAPITAL LETTER A WITH RING ABOVE / LATIN CAPITAL LETTER A RING +\\AE " Æ : LATIN CAPITAL LETTER AE / LATIN CAPITAL LETTER A E +\\Alpha " Α : GREEK CAPITAL LETTER ALPHA +\\And " ⩓ : DOUBLE LOGICAL AND +\\Angle " ⦜ : RIGHT ANGLE VARIANT WITH SQUARE +\\Angstrom " Å : ANGSTROM SIGN / ANGSTROM UNIT +\\Beta " Β : GREEK CAPITAL LETTER BETA +\\Bot " ⫫ : DOUBLE UP TACK +\\Bumpeq " ≎ : GEOMETRICALLY EQUIVALENT TO +\\Cap " ⋒ : DOUBLE INTERSECTION +\\Chi " Χ : GREEK CAPITAL LETTER CHI +\\Colon " ∷ : PROPORTION +\\Colon " ∷ : PROPORTION +\\Colone \\Colone " : (Incomplete sequence) +\\Coloneq " ⩴ : DOUBLE COLON EQUAL +\\Cup " ⋓ : DOUBLE UNION +\\DDownarrow " ⟱ : DOWNWARDS QUADRUPLE ARROW +\\DH " Ð : LATIN CAPITAL LETTER ETH +\\DJ " Đ : LATIN CAPITAL LETTER D WITH STROKE / LATIN CAPITAL LETTER D BAR +\\Dashv " ⫤ : VERTICAL BAR DOUBLE LEFT TURNSTILE +\\Ddownarrow " ⤋ : DOWNWARDS TRIPLE ARROW +\\Delta " Δ : GREEK CAPITAL LETTER DELTA +\\Digamma " Ϝ : GREEK LETTER DIGAMMA / GREEK CAPITAL LETTER DIGAMMA +\\Doteq " ≑ : GEOMETRICALLY EQUAL TO +\\DownArrowBar " ⤓ : DOWNWARDS ARROW TO BAR +\\DownArrowUpArrow " ⇵ : DOWNWARDS ARROW LEFTWARDS OF UPWARDS ARROW +\\DownLeftRightVector " ⥐ : LEFT BARB DOWN RIGHT BARB DOWN HARPOON +\\DownLeftTeeVector " ⥞ : LEFTWARDS HARPOON WITH BARB DOWN FROM BAR +\\DownLeftVectorBar " ⥖ : LEFTWARDS HARPOON WITH BARB DOWN TO BAR +\\DownRightTeeVector " ⥟ : RIGHTWARDS HARPOON WITH BARB DOWN FROM BAR +\\DownRightVectorBar " ⥗ : RIGHTWARDS HARPOON WITH BARB DOWN TO BAR +\\Downarrow " ⇓ : DOWNWARDS DOUBLE ARROW / DOWN DOUBLE ARROW +\\ElOr " ⩖ : TWO INTERSECTING LOGICAL OR +\\Elroang " ⦆ : RIGHT WHITE PARENTHESIS +\\Epsilon " Ε : GREEK CAPITAL LETTER EPSILON +\\Equal " ⩵ : TWO CONSECUTIVE EQUALS SIGNS +\\Equiv " ≣ : STRICTLY EQUIVALENT TO +\\Eta " Η : GREEK CAPITAL LETTER ETA +\\Finv " Ⅎ : TURNED CAPITAL F / TURNED F +\\Game " ⅁ : TURNED SANS-SERIF CAPITAL G +\\Gamma " Γ : GREEK CAPITAL LETTER GAMMA +\\H " ◌̋ : COMBINING DOUBLE ACUTE ACCENT / NON-SPACING DOUBLE ACUTE +\\Im " ℑ : BLACK-LETTER CAPITAL I / BLACK-LETTER I +\\Iota " Ι : GREEK CAPITAL LETTER IOTA +\\Kappa " Κ : GREEK CAPITAL LETTER KAPPA +\\Koppa " Ϟ : GREEK LETTER KOPPA / GREEK CAPITAL LETTER KOPPA +\\L " Ł : LATIN CAPITAL LETTER L WITH STROKE / LATIN CAPITAL LETTER L SLASH +\\L " Ł : LATIN CAPITAL LETTER L WITH STROKE / LATIN CAPITAL LETTER L SLASH +\\LL \\LL " : (Incomplete sequence) +\\LLeftarrow " ⭅ : LEFTWARDS QUADRUPLE ARROW +\\La \\La " : (Incomplete sequence) +\\Lambda " Λ : GREEK CAPITAL LETTER LAMDA / GREEK CAPITAL LETTER LAMBDA +\\Lap " ⧊ : TRIANGLE WITH DOT ABOVE +\\Ld \\Ld " : (Incomplete sequence) +\\Ldsh " ↲ : DOWNWARDS ARROW WITH TIP LEFTWARDS / DOWN ARROW WITH TIP LEFT +\\Le \\Le " : (Incomplete sequence) +\\LeftDownTeeVector " ⥡ : DOWNWARDS HARPOON WITH BARB LEFT FROM BAR +\\LeftDownVectorBar " ⥙ : DOWNWARDS HARPOON WITH BARB LEFT TO BAR +\\LeftRightVector " ⥎ : LEFT BARB UP RIGHT BARB UP HARPOON +\\LeftTeeVector " ⥚ : LEFTWARDS HARPOON WITH BARB UP FROM BAR +\\LeftTriangleBar " ⧏ : LEFT TRIANGLE BESIDE VERTICAL BAR +\\LeftUpDownVector " ⥑ : UP BARB LEFT DOWN BARB LEFT HARPOON +\\LeftUpTeeVector " ⥠ : UPWARDS HARPOON WITH BARB LEFT FROM BAR +\\LeftUpVectorBar " ⥘ : UPWARDS HARPOON WITH BARB LEFT TO BAR +\\LeftVectorBar " ⥒ : LEFTWARDS HARPOON WITH BARB UP TO BAR +\\Leftarrow " ⇐ : LEFTWARDS DOUBLE ARROW / LEFT DOUBLE ARROW +\\Leftrightarrow " ⇔ : LEFT RIGHT DOUBLE ARROW +\\Ll \\Ll " : (Incomplete sequence) +\\Lleftarrow " ⇚ : LEFTWARDS TRIPLE ARROW / LEFT TRIPLE ARROW +\\Lo \\Lo " : (Incomplete sequence) +\\Longleftarrow " ⟸ : LONG LEFTWARDS DOUBLE ARROW +\\Longleftrightarrow " ⟺ : LONG LEFT RIGHT DOUBLE ARROW +\\Longmapsfrom " ⟽ : LONG LEFTWARDS DOUBLE ARROW FROM BAR +\\Longmapsto " ⟾ : LONG RIGHTWARDS DOUBLE ARROW FROM BAR +\\Longrightarrow " ⟹ : LONG RIGHTWARDS DOUBLE ARROW +\\Ls \\Ls " : (Incomplete sequence) +\\Lsh " ↰ : UPWARDS ARROW WITH TIP LEFTWARDS / UP ARROW WITH TIP LEFT +\\Mapsfrom " ⤆ : LEFTWARDS DOUBLE ARROW FROM BAR +\\Mapsto " ⤇ : RIGHTWARDS DOUBLE ARROW FROM BAR +\\NG " Ŋ : LATIN CAPITAL LETTER ENG +\\Nearrow " ⇗ : NORTH EAST DOUBLE ARROW / UPPER RIGHT DOUBLE ARROW +\\NestedGreaterGreater " ⪢ : DOUBLE NESTED GREATER-THAN +\\NestedLessLess " ⪡ : DOUBLE NESTED LESS-THAN +\\NotGreaterGreater " ≫̸ : MUCH GREATER-THAN / MUCH GREATER THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotLeftTriangleBar " ⧏̸ : LEFT TRIANGLE BESIDE VERTICAL BAR + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotLessLess " ≪̸ : MUCH LESS-THAN / MUCH LESS THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotNestedGreaterGreater " ⪢̸ : DOUBLE NESTED GREATER-THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotNestedLessLess " ⪡̸ : DOUBLE NESTED LESS-THAN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotRightTriangleBar " ⧐̸ : VERTICAL BAR BESIDE RIGHT TRIANGLE + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotSquareSubset " ⊏̸ : SQUARE IMAGE OF + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\NotSquareSuperset " ⊐̸ : SQUARE ORIGINAL OF + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\Nwarrow " ⇖ : NORTH WEST DOUBLE ARROW / UPPER LEFT DOUBLE ARROW +\\O " Ø : LATIN CAPITAL LETTER O WITH STROKE / LATIN CAPITAL LETTER O SLASH +\\O " Ø : LATIN CAPITAL LETTER O WITH STROKE / LATIN CAPITAL LETTER O SLASH +\\OE " Œ : LATIN CAPITAL LIGATURE OE / LATIN CAPITAL LETTER O E +\\Om \\Om " : (Incomplete sequence) +\\Omega " Ω : GREEK CAPITAL LETTER OMEGA +\\Or " ⩔ : DOUBLE LOGICAL OR +\\Ot \\Ot " : (Incomplete sequence) +\\Otimes " ⨷ : MULTIPLICATION SIGN IN DOUBLE CIRCLE +\\P " ¶ : PILCROW SIGN / PARAGRAPH SIGN +\\P " ¶ : PILCROW SIGN / PARAGRAPH SIGN +\\Ph \\Ph " : (Incomplete sequence) +\\Phi " Φ : GREEK CAPITAL LETTER PHI +\\Pi " Π : GREEK CAPITAL LETTER PI +\\Pr \\Pr " : (Incomplete sequence) +\\Prec " ⪻ : DOUBLE PRECEDES +\\PropertyLine " ⅊ : PROPERTY LINE +\\Ps \\Ps " : (Incomplete sequence) +\\Psi " Ψ : GREEK CAPITAL LETTER PSI +\\QED " ∎ : END OF PROOF +\\RRightarrow " ⭆ : RIGHTWARDS QUADRUPLE ARROW +\\Rdsh " ↳ : DOWNWARDS ARROW WITH TIP RIGHTWARDS / DOWN ARROW WITH TIP RIGHT +\\Re " ℜ : BLACK-LETTER CAPITAL R / BLACK-LETTER R +\\Re " ℜ : BLACK-LETTER CAPITAL R / BLACK-LETTER R +\\Rev \\Rev " : (Incomplete sequence) +\\ReverseUpEquilibrium " ⥯ : DOWNWARDS HARPOON WITH BARB LEFT BESIDE UPWARDS HARPOON WITH BARB RIGHT +\\Rho " Ρ : GREEK CAPITAL LETTER RHO +\\RightDownTeeVector " ⥝ : DOWNWARDS HARPOON WITH BARB RIGHT FROM BAR +\\RightDownVectorBar " ⥕ : DOWNWARDS HARPOON WITH BARB RIGHT TO BAR +\\RightTeeVector " ⥛ : RIGHTWARDS HARPOON WITH BARB UP FROM BAR +\\RightTriangleBar " ⧐ : VERTICAL BAR BESIDE RIGHT TRIANGLE +\\RightUpDownVector " ⥏ : UP BARB RIGHT DOWN BARB RIGHT HARPOON +\\RightUpTeeVector " ⥜ : UPWARDS HARPOON WITH BARB RIGHT FROM BAR +\\RightUpVectorBar " ⥔ : UPWARDS HARPOON WITH BARB RIGHT TO BAR +\\RightVectorBar " ⥓ : RIGHTWARDS HARPOON WITH BARB UP TO BAR +\\Rightarrow " ⇒ : RIGHTWARDS DOUBLE ARROW / RIGHT DOUBLE ARROW +\\Rlarr " ⥂ : RIGHTWARDS ARROW ABOVE SHORT LEFTWARDS ARROW +\\RoundImplies " ⥰ : RIGHT DOUBLE ARROW WITH ROUNDED HEAD +\\Rrightarrow " ⇛ : RIGHTWARDS TRIPLE ARROW / RIGHT TRIPLE ARROW +\\Rsh " ↱ : UPWARDS ARROW WITH TIP RIGHTWARDS / UP ARROW WITH TIP RIGHT +\\RuleDelayed " ⧴ : RULE-DELAYED +\\S " § : SECTION SIGN +\\S " § : SECTION SIGN +\\Sa \\Sa " : (Incomplete sequence) +\\Sampi " Ϡ : GREEK LETTER SAMPI / GREEK CAPITAL LETTER SAMPI +\\Se \\Se " : (Incomplete sequence) +\\Searrow " ⇘ : SOUTH EAST DOUBLE ARROW / LOWER RIGHT DOUBLE ARROW +\\Si \\Si " : (Incomplete sequence) +\\Sigma " Σ : GREEK CAPITAL LETTER SIGMA +\\Sq \\Sq " : (Incomplete sequence) +\\Sqcap " ⩎ : DOUBLE SQUARE INTERSECTION +\\Sqcup " ⩏ : DOUBLE SQUARE UNION +\\St \\St " : (Incomplete sequence) +\\Stigma " Ϛ : GREEK LETTER STIGMA / GREEK CAPITAL LETTER STIGMA +\\Su \\Su " : (Incomplete sequence) +\\Subset " ⋐ : DOUBLE SUBSET +\\Succ " ⪼ : DOUBLE SUCCEEDS +\\Supset " ⋑ : DOUBLE SUPERSET +\\Sw \\Sw " : (Incomplete sequence) +\\Swarrow " ⇙ : SOUTH WEST DOUBLE ARROW / LOWER LEFT DOUBLE ARROW +\\TH " Þ : LATIN CAPITAL LETTER THORN +\\Tau " Τ : GREEK CAPITAL LETTER TAU +\\Theta " Θ : GREEK CAPITAL LETTER THETA +\\Times " ⨯ : VECTOR OR CROSS PRODUCT +\\Top " ⫪ : DOUBLE DOWN TACK +\\UUparrow " ⟰ : UPWARDS QUADRUPLE ARROW +\\UpArrowBar " ⤒ : UPWARDS ARROW TO BAR +\\UpEquilibrium " ⥮ : UPWARDS HARPOON WITH BARB LEFT BESIDE DOWNWARDS HARPOON WITH BARB RIGHT +\\Uparrow " ⇑ : UPWARDS DOUBLE ARROW / UP DOUBLE ARROW +\\Updownarrow " ⇕ : UP DOWN DOUBLE ARROW +\\Upsilon " Υ : GREEK CAPITAL LETTER UPSILON +\\Uuparrow " ⤊ : UPWARDS TRIPLE ARROW +\\VDash " ⊫ : DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE +\\Vdash " ⊩ : FORCES +\\Vert " ‖ : DOUBLE VERTICAL LINE / DOUBLE VERTICAL BAR +\\Vvdash " ⊪ : TRIPLE VERTICAL BAR RIGHT TURNSTILE +\\Vvert " ⦀ : TRIPLE VERTICAL BAR DELIMITER +\\Xi " Ξ : GREEK CAPITAL LETTER XI +\\Yup " ⅄ : TURNED SANS-SERIF CAPITAL Y +\\Zbar " Ƶ : LATIN CAPITAL LETTER Z WITH STROKE / LATIN CAPITAL LETTER Z BAR +\\Zeta " Ζ : GREEK CAPITAL LETTER ZETA +\\^! " ꜝ : MODIFIER LETTER RAISED EXCLAMATION MARK +\\^( " ⁽ : SUPERSCRIPT LEFT PARENTHESIS / SUPERSCRIPT OPENING PARENTHESIS +\\^) " ⁾ : SUPERSCRIPT RIGHT PARENTHESIS / SUPERSCRIPT CLOSING PARENTHESIS +\\^+ " ⁺ : SUPERSCRIPT PLUS SIGN +\\^- " ⁻ : SUPERSCRIPT MINUS / SUPERSCRIPT HYPHEN-MINUS +\\^0 " ⁰ : SUPERSCRIPT ZERO / SUPERSCRIPT DIGIT ZERO +\\^1 " ¹ : SUPERSCRIPT ONE / SUPERSCRIPT DIGIT ONE +\\^2 " ² : SUPERSCRIPT TWO / SUPERSCRIPT DIGIT TWO +\\^3 " ³ : SUPERSCRIPT THREE / SUPERSCRIPT DIGIT THREE +\\^4 " ⁴ : SUPERSCRIPT FOUR / SUPERSCRIPT DIGIT FOUR +\\^5 " ⁵ : SUPERSCRIPT FIVE / SUPERSCRIPT DIGIT FIVE +\\^6 " ⁶ : SUPERSCRIPT SIX / SUPERSCRIPT DIGIT SIX +\\^7 " ⁷ : SUPERSCRIPT SEVEN / SUPERSCRIPT DIGIT SEVEN +\\^8 " ⁸ : SUPERSCRIPT EIGHT / SUPERSCRIPT DIGIT EIGHT +\\^9 " ⁹ : SUPERSCRIPT NINE / SUPERSCRIPT DIGIT NINE +\\^= " ⁼ : SUPERSCRIPT EQUALS SIGN +\\^A " ᴬ : MODIFIER LETTER CAPITAL A +\\^B " ᴮ : MODIFIER LETTER CAPITAL B +\\^D " ᴰ : MODIFIER LETTER CAPITAL D +\\^E " ᴱ : MODIFIER LETTER CAPITAL E +\\^G " ᴳ : MODIFIER LETTER CAPITAL G +\\^H " ᴴ : MODIFIER LETTER CAPITAL H +\\^I " ᴵ : MODIFIER LETTER CAPITAL I +\\^J " ᴶ : MODIFIER LETTER CAPITAL J +\\^K " ᴷ : MODIFIER LETTER CAPITAL K +\\^L " ᴸ : MODIFIER LETTER CAPITAL L +\\^M " ᴹ : MODIFIER LETTER CAPITAL M +\\^N " ᴺ : MODIFIER LETTER CAPITAL N +\\^O " ᴼ : MODIFIER LETTER CAPITAL O +\\^P " ᴾ : MODIFIER LETTER CAPITAL P +\\^R " ᴿ : MODIFIER LETTER CAPITAL R +\\^T " ᵀ : MODIFIER LETTER CAPITAL T +\\^U " ᵁ : MODIFIER LETTER CAPITAL U +\\^V " ⱽ : MODIFIER LETTER CAPITAL V +\\^W " ᵂ : MODIFIER LETTER CAPITAL W +\\^a " ᵃ : MODIFIER LETTER SMALL A +\\^a " ᵃ : MODIFIER LETTER SMALL A +\\^al \\^al " : (Incomplete sequence) +\\^alpha " ᵅ : MODIFIER LETTER SMALL ALPHA +\\^b " ᵇ : MODIFIER LETTER SMALL B +\\^b " ᵇ : MODIFIER LETTER SMALL B +\\^be \\^be " : (Incomplete sequence) +\\^beta " ᵝ : MODIFIER LETTER SMALL BETA +\\^c " ᶜ : MODIFIER LETTER SMALL C +\\^c " ᶜ : MODIFIER LETTER SMALL C +\\^ch \\^ch " : (Incomplete sequence) +\\^chi " ᵡ : MODIFIER LETTER SMALL CHI +\\^d " ᵈ : MODIFIER LETTER SMALL D +\\^d " ᵈ : MODIFIER LETTER SMALL D +\\^de \\^de " : (Incomplete sequence) +\\^delta " ᵟ : MODIFIER LETTER SMALL DELTA +\\^do \\^do " : (Incomplete sequence) +\\^downarrow " ꜜ : MODIFIER LETTER RAISED DOWN ARROW +\\^e " ᵉ : MODIFIER LETTER SMALL E +\\^e " ᵉ : MODIFIER LETTER SMALL E +\\^ep \\^ep " : (Incomplete sequence) +\\^epsilon " ᵋ : MODIFIER LETTER SMALL OPEN E +\\^f " ᶠ : MODIFIER LETTER SMALL F +\\^g " ᵍ : MODIFIER LETTER SMALL G +\\^g " ᵍ : MODIFIER LETTER SMALL G +\\^ga \\^ga " : (Incomplete sequence) +\\^gamma " ᵞ : MODIFIER LETTER SMALL GREEK GAMMA +\\^h " ʰ : MODIFIER LETTER SMALL H +\\^i " ⁱ : SUPERSCRIPT LATIN SMALL LETTER I +\\^i " ⁱ : SUPERSCRIPT LATIN SMALL LETTER I +\\^io \\^io " : (Incomplete sequence) +\\^iota " ᶥ : MODIFIER LETTER SMALL IOTA +\\^j " ʲ : MODIFIER LETTER SMALL J +\\^k " ᵏ : MODIFIER LETTER SMALL K +\\^l " ˡ : MODIFIER LETTER SMALL L +\\^l " ˡ : MODIFIER LETTER SMALL L +\\^lt \\^lt " : (Incomplete sequence) +\\^ltphi " ᶲ : MODIFIER LETTER SMALL PHI +\\^m " ᵐ : MODIFIER LETTER SMALL M +\\^n " ⁿ : SUPERSCRIPT LATIN SMALL LETTER N +\\^o " ᵒ : MODIFIER LETTER SMALL O +\\^p " ᵖ : MODIFIER LETTER SMALL P +\\^p " ᵖ : MODIFIER LETTER SMALL P +\\^ph \\^ph " : (Incomplete sequence) +\\^phi " ᵠ : MODIFIER LETTER SMALL GREEK PHI +\\^r " ʳ : MODIFIER LETTER SMALL R +\\^s " ˢ : MODIFIER LETTER SMALL S +\\^t " ᵗ : MODIFIER LETTER SMALL T +\\^t " ᵗ : MODIFIER LETTER SMALL T +\\^th \\^th " : (Incomplete sequence) +\\^theta " ᶿ : MODIFIER LETTER SMALL THETA +\\^u " ᵘ : MODIFIER LETTER SMALL U +\\^u " ᵘ : MODIFIER LETTER SMALL U +\\^up \\^up " : (Incomplete sequence) +\\^uparrow " ꜛ : MODIFIER LETTER RAISED UP ARROW +\\^v " ᵛ : MODIFIER LETTER SMALL V +\\^w " ʷ : MODIFIER LETTER SMALL W +\\^x " ˣ : MODIFIER LETTER SMALL X +\\^y " ʸ : MODIFIER LETTER SMALL Y +\\^z " ᶻ : MODIFIER LETTER SMALL Z +\\_( " ₍ : SUBSCRIPT LEFT PARENTHESIS / SUBSCRIPT OPENING PARENTHESIS +\\_) " ₎ : SUBSCRIPT RIGHT PARENTHESIS / SUBSCRIPT CLOSING PARENTHESIS +\\_+ " ₊ : SUBSCRIPT PLUS SIGN +\\_- " ₋ : SUBSCRIPT MINUS / SUBSCRIPT HYPHEN-MINUS +\\_0 " ₀ : SUBSCRIPT ZERO / SUBSCRIPT DIGIT ZERO +\\_1 " ₁ : SUBSCRIPT ONE / SUBSCRIPT DIGIT ONE +\\_2 " ₂ : SUBSCRIPT TWO / SUBSCRIPT DIGIT TWO +\\_3 " ₃ : SUBSCRIPT THREE / SUBSCRIPT DIGIT THREE +\\_4 " ₄ : SUBSCRIPT FOUR / SUBSCRIPT DIGIT FOUR +\\_5 " ₅ : SUBSCRIPT FIVE / SUBSCRIPT DIGIT FIVE +\\_6 " ₆ : SUBSCRIPT SIX / SUBSCRIPT DIGIT SIX +\\_7 " ₇ : SUBSCRIPT SEVEN / SUBSCRIPT DIGIT SEVEN +\\_8 " ₈ : SUBSCRIPT EIGHT / SUBSCRIPT DIGIT EIGHT +\\_9 " ₉ : SUBSCRIPT NINE / SUBSCRIPT DIGIT NINE +\\_= " ₌ : SUBSCRIPT EQUALS SIGN +\\_a " ₐ : LATIN SUBSCRIPT SMALL LETTER A +\\_beta " ᵦ : GREEK SUBSCRIPT SMALL LETTER BETA +\\_chi " ᵪ : GREEK SUBSCRIPT SMALL LETTER CHI +\\_e " ₑ : LATIN SUBSCRIPT SMALL LETTER E +\\_gamma " ᵧ : GREEK SUBSCRIPT SMALL LETTER GAMMA +\\_h " ₕ : LATIN SUBSCRIPT SMALL LETTER H +\\_i " ᵢ : LATIN SUBSCRIPT SMALL LETTER I +\\_j " ⱼ : LATIN SUBSCRIPT SMALL LETTER J +\\_k " ₖ : LATIN SUBSCRIPT SMALL LETTER K +\\_l " ₗ : LATIN SUBSCRIPT SMALL LETTER L +\\_m " ₘ : LATIN SUBSCRIPT SMALL LETTER M +\\_n " ₙ : LATIN SUBSCRIPT SMALL LETTER N +\\_o " ₒ : LATIN SUBSCRIPT SMALL LETTER O +\\_p " ₚ : LATIN SUBSCRIPT SMALL LETTER P +\\_p " ₚ : LATIN SUBSCRIPT SMALL LETTER P +\\_ph \\_ph " : (Incomplete sequence) +\\_phi " ᵩ : GREEK SUBSCRIPT SMALL LETTER PHI +\\_r " ᵣ : LATIN SUBSCRIPT SMALL LETTER R +\\_r " ᵣ : LATIN SUBSCRIPT SMALL LETTER R +\\_rh \\_rh " : (Incomplete sequence) +\\_rho " ᵨ : GREEK SUBSCRIPT SMALL LETTER RHO +\\_s " ₛ : LATIN SUBSCRIPT SMALL LETTER S +\\_s " ₛ : LATIN SUBSCRIPT SMALL LETTER S +\\_sc \\_sc " : (Incomplete sequence) +\\_schwa " ₔ : LATIN SUBSCRIPT SMALL LETTER SCHWA +\\_t " ₜ : LATIN SUBSCRIPT SMALL LETTER T +\\_u " ᵤ : LATIN SUBSCRIPT SMALL LETTER U +\\_v " ᵥ : LATIN SUBSCRIPT SMALL LETTER V +\\_x " ₓ : LATIN SUBSCRIPT SMALL LETTER X +\\aa " å : LATIN SMALL LETTER A WITH RING ABOVE / LATIN SMALL LETTER A RING +\\accurrent " ⏦ : AC CURRENT +\\acidfree " ♾ : PERMANENT PAPER SIGN +\\acute " ◌́ : COMBINING ACUTE ACCENT / NON-SPACING ACUTE +\\adots " ⋰ : UP RIGHT DIAGONAL ELLIPSIS +\\ae " æ : LATIN SMALL LETTER AE / LATIN SMALL LETTER A E +\\aleph " ℵ : ALEF SYMBOL / FIRST TRANSFINITE CARDINAL +\\allequal " ≌ : ALL EQUAL TO +\\alpha " α : GREEK SMALL LETTER ALPHA +\\amalg " ⨿ : AMALGAMATION OR COPRODUCT +\\angdnr " ⦟ : ACUTE ANGLE +\\angle " ∠ : ANGLE +\\angle " ∠ : ANGLE +\\angles " ⦞ : ANGLE WITH S INSIDE +\\angleu \\angleu " : (Incomplete sequence) +\\angleubar " ⦤ : ANGLE WITH UNDERBAR +\\annuity " ◌⃧ : COMBINING ANNUITY SYMBOL +\\approx " ≈ : ALMOST EQUAL TO +\\approx " ≈ : ALMOST EQUAL TO +\\approxe \\approxe " : (Incomplete sequence) +\\approxeq " ≊ : ALMOST EQUAL OR EQUAL TO +\\approxeq " ≊ : ALMOST EQUAL OR EQUAL TO +\\approxeqq " ⩰ : APPROXIMATELY EQUAL OR EQUAL TO +\\approxn \\approxn " : (Incomplete sequence) +\\approxnotequal " ≆ : APPROXIMATELY BUT NOT ACTUALLY EQUAL TO +\\aquarius " ♒ : AQUARIUS +\\arceq " ≘ : CORRESPONDS TO +\\aries " ♈ : ARIES +\\ast " ∗ : ASTERISK OPERATOR +\\ast " ∗ : ASTERISK OPERATOR +\\aste \\aste " : (Incomplete sequence) +\\asteq " ⩮ : EQUALS WITH ASTERISK +\\asteraccent " ◌⃰ : COMBINING ASTERISK ABOVE +\\astr \\astr " : (Incomplete sequence) +\\astrosun " ☉ : SUN +\\asymp " ≍ : EQUIVALENT TO +\\awint " ⨑ : ANTICLOCKWISE INTEGRATION +\\backepsilon " ϶ : GREEK REVERSED LUNATE EPSILON SYMBOL +\\backppprime " ‷ : REVERSED TRIPLE PRIME +\\backpprime " ‶ : REVERSED DOUBLE PRIME +\\backprime " ‵ : REVERSED PRIME +\\backsim " ∽ : REVERSED TILDE +\\backsim " ∽ : REVERSED TILDE +\\backsime \\backsime " : (Incomplete sequence) +\\backsimeq " ⋍ : REVERSED TILDE EQUALS +\\bagmember " ⋿ : Z NOTATION BAG MEMBERSHIP +\\bar " ◌̄ : COMBINING MACRON / NON-SPACING MACRON +\\bar " ◌̄ : COMBINING MACRON / NON-SPACING MACRON +\\barc \\barc " : (Incomplete sequence) +\\barcap " ⩃ : INTERSECTION WITH OVERBAR +\\barcup " ⩂ : UNION WITH OVERBAR +\\barl \\barl " : (Incomplete sequence) +\\barleftarrow " ⇤ : LEFTWARDS ARROW TO BAR / LEFT ARROW TO BAR +\\barleftarrow " ⇤ : LEFTWARDS ARROW TO BAR / LEFT ARROW TO BAR +\\barleftarrowr \\barleftarrowr " : (Incomplete sequence) +\\barleftarrowrightarrowbar " ↹ : LEFTWARDS ARROW TO BAR OVER RIGHTWARDS ARROW TO BAR / LEFT ARROW TO BAR OVER RIGHT ARROW TO BAR +\\baro \\baro " : (Incomplete sequence) +\\barovernorthwestarrow " ↸ : NORTH WEST ARROW TO LONG BAR / UPPER LEFT ARROW TO LONG BAR +\\barr \\barr " : (Incomplete sequence) +\\barrightarrowdiamond " ⤠ : RIGHTWARDS ARROW FROM BAR TO BLACK DIAMOND +\\barv \\barv " : (Incomplete sequence) +\\barvee " ⊽ : NOR +\\barw \\barw " : (Incomplete sequence) +\\barwedge " ⊼ : NAND +\\bbA " 𝔸 : MATHEMATICAL DOUBLE-STRUCK CAPITAL A +\\bbB " 𝔹 : MATHEMATICAL DOUBLE-STRUCK CAPITAL B +\\bbC " ℂ : DOUBLE-STRUCK CAPITAL C / DOUBLE-STRUCK C +\\bbD " 𝔻 : MATHEMATICAL DOUBLE-STRUCK CAPITAL D +\\bbE " 𝔼 : MATHEMATICAL DOUBLE-STRUCK CAPITAL E +\\bbF " 𝔽 : MATHEMATICAL DOUBLE-STRUCK CAPITAL F +\\bbG " 𝔾 : MATHEMATICAL DOUBLE-STRUCK CAPITAL G +\\bbG " 𝔾 : MATHEMATICAL DOUBLE-STRUCK CAPITAL G +\\bbGa \\bbGa " : (Incomplete sequence) +\\bbGamma " ℾ : DOUBLE-STRUCK CAPITAL GAMMA +\\bbH " ℍ : DOUBLE-STRUCK CAPITAL H / DOUBLE-STRUCK H +\\bbI " 𝕀 : MATHEMATICAL DOUBLE-STRUCK CAPITAL I +\\bbJ " 𝕁 : MATHEMATICAL DOUBLE-STRUCK CAPITAL J +\\bbK " 𝕂 : MATHEMATICAL DOUBLE-STRUCK CAPITAL K +\\bbL " 𝕃 : MATHEMATICAL DOUBLE-STRUCK CAPITAL L +\\bbM " 𝕄 : MATHEMATICAL DOUBLE-STRUCK CAPITAL M +\\bbN " ℕ : DOUBLE-STRUCK CAPITAL N / DOUBLE-STRUCK N +\\bbO " 𝕆 : MATHEMATICAL DOUBLE-STRUCK CAPITAL O +\\bbP " ℙ : DOUBLE-STRUCK CAPITAL P / DOUBLE-STRUCK P +\\bbP " ℙ : DOUBLE-STRUCK CAPITAL P / DOUBLE-STRUCK P +\\bbPi " ℿ : DOUBLE-STRUCK CAPITAL PI +\\bbQ " ℚ : DOUBLE-STRUCK CAPITAL Q / DOUBLE-STRUCK Q +\\bbR " ℝ : DOUBLE-STRUCK CAPITAL R / DOUBLE-STRUCK R +\\bbS " 𝕊 : MATHEMATICAL DOUBLE-STRUCK CAPITAL S +\\bbT " 𝕋 : MATHEMATICAL DOUBLE-STRUCK CAPITAL T +\\bbU " 𝕌 : MATHEMATICAL DOUBLE-STRUCK CAPITAL U +\\bbV " 𝕍 : MATHEMATICAL DOUBLE-STRUCK CAPITAL V +\\bbW " 𝕎 : MATHEMATICAL DOUBLE-STRUCK CAPITAL W +\\bbX " 𝕏 : MATHEMATICAL DOUBLE-STRUCK CAPITAL X +\\bbY " 𝕐 : MATHEMATICAL DOUBLE-STRUCK CAPITAL Y +\\bbZ " ℤ : DOUBLE-STRUCK CAPITAL Z / DOUBLE-STRUCK Z +\\bba " 𝕒 : MATHEMATICAL DOUBLE-STRUCK SMALL A +\\bbb " 𝕓 : MATHEMATICAL DOUBLE-STRUCK SMALL B +\\bbc " 𝕔 : MATHEMATICAL DOUBLE-STRUCK SMALL C +\\bbd " 𝕕 : MATHEMATICAL DOUBLE-STRUCK SMALL D +\\bbe " 𝕖 : MATHEMATICAL DOUBLE-STRUCK SMALL E +\\bbe " 𝕖 : MATHEMATICAL DOUBLE-STRUCK SMALL E +\\bbei \\bbei " : (Incomplete sequence) +\\bbeight " 𝟠 : MATHEMATICAL DOUBLE-STRUCK DIGIT EIGHT +\\bbf " 𝕗 : MATHEMATICAL DOUBLE-STRUCK SMALL F +\\bbf " 𝕗 : MATHEMATICAL DOUBLE-STRUCK SMALL F +\\bbfi \\bbfi " : (Incomplete sequence) +\\bbfive " 𝟝 : MATHEMATICAL DOUBLE-STRUCK DIGIT FIVE +\\bbfo \\bbfo " : (Incomplete sequence) +\\bbfour " 𝟜 : MATHEMATICAL DOUBLE-STRUCK DIGIT FOUR +\\bbg " 𝕘 : MATHEMATICAL DOUBLE-STRUCK SMALL G +\\bbg " 𝕘 : MATHEMATICAL DOUBLE-STRUCK SMALL G +\\bbga \\bbga " : (Incomplete sequence) +\\bbgamma " ℽ : DOUBLE-STRUCK SMALL GAMMA +\\bbh " 𝕙 : MATHEMATICAL DOUBLE-STRUCK SMALL H +\\bbi " 𝕚 : MATHEMATICAL DOUBLE-STRUCK SMALL I +\\bbi " 𝕚 : MATHEMATICAL DOUBLE-STRUCK SMALL I +\\bbiD " ⅅ : DOUBLE-STRUCK ITALIC CAPITAL D +\\bbid " ⅆ : DOUBLE-STRUCK ITALIC SMALL D +\\bbie " ⅇ : DOUBLE-STRUCK ITALIC SMALL E +\\bbii " ⅈ : DOUBLE-STRUCK ITALIC SMALL I +\\bbij " ⅉ : DOUBLE-STRUCK ITALIC SMALL J +\\bbj " 𝕛 : MATHEMATICAL DOUBLE-STRUCK SMALL J +\\bbk " 𝕜 : MATHEMATICAL DOUBLE-STRUCK SMALL K +\\bbl " 𝕝 : MATHEMATICAL DOUBLE-STRUCK SMALL L +\\bbm " 𝕞 : MATHEMATICAL DOUBLE-STRUCK SMALL M +\\bbn " 𝕟 : MATHEMATICAL DOUBLE-STRUCK SMALL N +\\bbn " 𝕟 : MATHEMATICAL DOUBLE-STRUCK SMALL N +\\bbni \\bbni " : (Incomplete sequence) +\\bbnine " 𝟡 : MATHEMATICAL DOUBLE-STRUCK DIGIT NINE +\\bbo " 𝕠 : MATHEMATICAL DOUBLE-STRUCK SMALL O +\\bbo " 𝕠 : MATHEMATICAL DOUBLE-STRUCK SMALL O +\\bbon \\bbon " : (Incomplete sequence) +\\bbone " 𝟙 : MATHEMATICAL DOUBLE-STRUCK DIGIT ONE +\\bbp " 𝕡 : MATHEMATICAL DOUBLE-STRUCK SMALL P +\\bbp " 𝕡 : MATHEMATICAL DOUBLE-STRUCK SMALL P +\\bbpi " ℼ : DOUBLE-STRUCK SMALL PI +\\bbq " 𝕢 : MATHEMATICAL DOUBLE-STRUCK SMALL Q +\\bbr " 𝕣 : MATHEMATICAL DOUBLE-STRUCK SMALL R +\\bbr " 𝕣 : MATHEMATICAL DOUBLE-STRUCK SMALL R +\\bbrk \\bbrk " : (Incomplete sequence) +\\bbrktbrk " ⎶ : BOTTOM SQUARE BRACKET OVER TOP SQUARE BRACKET +\\bbs " 𝕤 : MATHEMATICAL DOUBLE-STRUCK SMALL S +\\bbs " 𝕤 : MATHEMATICAL DOUBLE-STRUCK SMALL S +\\bbse \\bbse " : (Incomplete sequence) +\\bbsemi " ⨟ : Z NOTATION SCHEMA COMPOSITION +\\bbseven " 𝟟 : MATHEMATICAL DOUBLE-STRUCK DIGIT SEVEN +\\bbsi \\bbsi " : (Incomplete sequence) +\\bbsix " 𝟞 : MATHEMATICAL DOUBLE-STRUCK DIGIT SIX +\\bbsu \\bbsu " : (Incomplete sequence) +\\bbsum " ⅀ : DOUBLE-STRUCK N-ARY SUMMATION +\\bbt " 𝕥 : MATHEMATICAL DOUBLE-STRUCK SMALL T +\\bbt " 𝕥 : MATHEMATICAL DOUBLE-STRUCK SMALL T +\\bbth \\bbth " : (Incomplete sequence) +\\bbthree " 𝟛 : MATHEMATICAL DOUBLE-STRUCK DIGIT THREE +\\bbtw \\bbtw " : (Incomplete sequence) +\\bbtwo " 𝟚 : MATHEMATICAL DOUBLE-STRUCK DIGIT TWO +\\bbu " 𝕦 : MATHEMATICAL DOUBLE-STRUCK SMALL U +\\bbv " 𝕧 : MATHEMATICAL DOUBLE-STRUCK SMALL V +\\bbw " 𝕨 : MATHEMATICAL DOUBLE-STRUCK SMALL W +\\bbx " 𝕩 : MATHEMATICAL DOUBLE-STRUCK SMALL X +\\bby " 𝕪 : MATHEMATICAL DOUBLE-STRUCK SMALL Y +\\bbz " 𝕫 : MATHEMATICAL DOUBLE-STRUCK SMALL Z +\\bbz " 𝕫 : MATHEMATICAL DOUBLE-STRUCK SMALL Z +\\bbze \\bbze " : (Incomplete sequence) +\\bbzero " 𝟘 : MATHEMATICAL DOUBLE-STRUCK DIGIT ZERO +\\because " ∵ : BECAUSE +\\benzenr " ⏣ : BENZENE RING WITH CIRCLE +\\beta " β : GREEK SMALL LETTER BETA +\\beth " ℶ : BET SYMBOL / SECOND TRANSFINITE CARDINAL +\\between " ≬ : BETWEEN +\\bfA " 𝐀 : MATHEMATICAL BOLD CAPITAL A +\\bfA " 𝐀 : MATHEMATICAL BOLD CAPITAL A +\\bfAl \\bfAl " : (Incomplete sequence) +\\bfAlpha " 𝚨 : MATHEMATICAL BOLD CAPITAL ALPHA +\\bfB " 𝐁 : MATHEMATICAL BOLD CAPITAL B +\\bfB " 𝐁 : MATHEMATICAL BOLD CAPITAL B +\\bfBe \\bfBe " : (Incomplete sequence) +\\bfBeta " 𝚩 : MATHEMATICAL BOLD CAPITAL BETA +\\bfC " 𝐂 : MATHEMATICAL BOLD CAPITAL C +\\bfC " 𝐂 : MATHEMATICAL BOLD CAPITAL C +\\bfCh \\bfCh " : (Incomplete sequence) +\\bfChi " 𝚾 : MATHEMATICAL BOLD CAPITAL CHI +\\bfD " 𝐃 : MATHEMATICAL BOLD CAPITAL D +\\bfD " 𝐃 : MATHEMATICAL BOLD CAPITAL D +\\bfDe \\bfDe " : (Incomplete sequence) +\\bfDelta " 𝚫 : MATHEMATICAL BOLD CAPITAL DELTA +\\bfDi \\bfDi " : (Incomplete sequence) +\\bfDigamma " 𝟊 : MATHEMATICAL BOLD CAPITAL DIGAMMA +\\bfE " 𝐄 : MATHEMATICAL BOLD CAPITAL E +\\bfE " 𝐄 : MATHEMATICAL BOLD CAPITAL E +\\bfEp \\bfEp " : (Incomplete sequence) +\\bfEpsilon " 𝚬 : MATHEMATICAL BOLD CAPITAL EPSILON +\\bfEt \\bfEt " : (Incomplete sequence) +\\bfEta " 𝚮 : MATHEMATICAL BOLD CAPITAL ETA +\\bfF " 𝐅 : MATHEMATICAL BOLD CAPITAL F +\\bfG " 𝐆 : MATHEMATICAL BOLD CAPITAL G +\\bfG " 𝐆 : MATHEMATICAL BOLD CAPITAL G +\\bfGa \\bfGa " : (Incomplete sequence) +\\bfGamma " 𝚪 : MATHEMATICAL BOLD CAPITAL GAMMA +\\bfH " 𝐇 : MATHEMATICAL BOLD CAPITAL H +\\bfI " 𝐈 : MATHEMATICAL BOLD CAPITAL I +\\bfI " 𝐈 : MATHEMATICAL BOLD CAPITAL I +\\bfIo \\bfIo " : (Incomplete sequence) +\\bfIota " 𝚰 : MATHEMATICAL BOLD CAPITAL IOTA +\\bfJ " 𝐉 : MATHEMATICAL BOLD CAPITAL J +\\bfK " 𝐊 : MATHEMATICAL BOLD CAPITAL K +\\bfK " 𝐊 : MATHEMATICAL BOLD CAPITAL K +\\bfKa \\bfKa " : (Incomplete sequence) +\\bfKappa " 𝚱 : MATHEMATICAL BOLD CAPITAL KAPPA +\\bfL " 𝐋 : MATHEMATICAL BOLD CAPITAL L +\\bfL " 𝐋 : MATHEMATICAL BOLD CAPITAL L +\\bfLa \\bfLa " : (Incomplete sequence) +\\bfLambda " 𝚲 : MATHEMATICAL BOLD CAPITAL LAMDA +\\bfM " 𝐌 : MATHEMATICAL BOLD CAPITAL M +\\bfM " 𝐌 : MATHEMATICAL BOLD CAPITAL M +\\bfMu " 𝚳 : MATHEMATICAL BOLD CAPITAL MU +\\bfN " 𝐍 : MATHEMATICAL BOLD CAPITAL N +\\bfN " 𝐍 : MATHEMATICAL BOLD CAPITAL N +\\bfNu " 𝚴 : MATHEMATICAL BOLD CAPITAL NU +\\bfO " 𝐎 : MATHEMATICAL BOLD CAPITAL O +\\bfO " 𝐎 : MATHEMATICAL BOLD CAPITAL O +\\bfOm \\bfOm " : (Incomplete sequence) +\\bfOmega " 𝛀 : MATHEMATICAL BOLD CAPITAL OMEGA +\\bfOmicron " 𝚶 : MATHEMATICAL BOLD CAPITAL OMICRON +\\bfP " 𝐏 : MATHEMATICAL BOLD CAPITAL P +\\bfP " 𝐏 : MATHEMATICAL BOLD CAPITAL P +\\bfPh \\bfPh " : (Incomplete sequence) +\\bfPhi " 𝚽 : MATHEMATICAL BOLD CAPITAL PHI +\\bfPi " 𝚷 : MATHEMATICAL BOLD CAPITAL PI +\\bfPs \\bfPs " : (Incomplete sequence) +\\bfPsi " 𝚿 : MATHEMATICAL BOLD CAPITAL PSI +\\bfQ " 𝐐 : MATHEMATICAL BOLD CAPITAL Q +\\bfR " 𝐑 : MATHEMATICAL BOLD CAPITAL R +\\bfR " 𝐑 : MATHEMATICAL BOLD CAPITAL R +\\bfRh \\bfRh " : (Incomplete sequence) +\\bfRho " 𝚸 : MATHEMATICAL BOLD CAPITAL RHO +\\bfS " 𝐒 : MATHEMATICAL BOLD CAPITAL S +\\bfS " 𝐒 : MATHEMATICAL BOLD CAPITAL S +\\bfSi \\bfSi " : (Incomplete sequence) +\\bfSigma " 𝚺 : MATHEMATICAL BOLD CAPITAL SIGMA +\\bfT " 𝐓 : MATHEMATICAL BOLD CAPITAL T +\\bfT " 𝐓 : MATHEMATICAL BOLD CAPITAL T +\\bfTa \\bfTa " : (Incomplete sequence) +\\bfTau " 𝚻 : MATHEMATICAL BOLD CAPITAL TAU +\\bfTh \\bfTh " : (Incomplete sequence) +\\bfTheta " 𝚯 : MATHEMATICAL BOLD CAPITAL THETA +\\bfU " 𝐔 : MATHEMATICAL BOLD CAPITAL U +\\bfU " 𝐔 : MATHEMATICAL BOLD CAPITAL U +\\bfUp \\bfUp " : (Incomplete sequence) +\\bfUpsilon " 𝚼 : MATHEMATICAL BOLD CAPITAL UPSILON +\\bfV " 𝐕 : MATHEMATICAL BOLD CAPITAL V +\\bfW " 𝐖 : MATHEMATICAL BOLD CAPITAL W +\\bfX " 𝐗 : MATHEMATICAL BOLD CAPITAL X +\\bfX " 𝐗 : MATHEMATICAL BOLD CAPITAL X +\\bfXi " 𝚵 : MATHEMATICAL BOLD CAPITAL XI +\\bfY " 𝐘 : MATHEMATICAL BOLD CAPITAL Y +\\bfZ " 𝐙 : MATHEMATICAL BOLD CAPITAL Z +\\bfZ " 𝐙 : MATHEMATICAL BOLD CAPITAL Z +\\bfZe \\bfZe " : (Incomplete sequence) +\\bfZeta " 𝚭 : MATHEMATICAL BOLD CAPITAL ZETA +\\bfa " 𝐚 : MATHEMATICAL BOLD SMALL A +\\bfa " 𝐚 : MATHEMATICAL BOLD SMALL A +\\bfal \\bfal " : (Incomplete sequence) +\\bfalpha " 𝛂 : MATHEMATICAL BOLD SMALL ALPHA +\\bfb " 𝐛 : MATHEMATICAL BOLD SMALL B +\\bfb " 𝐛 : MATHEMATICAL BOLD SMALL B +\\bfbe \\bfbe " : (Incomplete sequence) +\\bfbeta " 𝛃 : MATHEMATICAL BOLD SMALL BETA +\\bfc " 𝐜 : MATHEMATICAL BOLD SMALL C +\\bfc " 𝐜 : MATHEMATICAL BOLD SMALL C +\\bfch \\bfch " : (Incomplete sequence) +\\bfchi " 𝛘 : MATHEMATICAL BOLD SMALL CHI +\\bfd " 𝐝 : MATHEMATICAL BOLD SMALL D +\\bfd " 𝐝 : MATHEMATICAL BOLD SMALL D +\\bfde \\bfde " : (Incomplete sequence) +\\bfdelta " 𝛅 : MATHEMATICAL BOLD SMALL DELTA +\\bfdi \\bfdi " : (Incomplete sequence) +\\bfdigamma " 𝟋 : MATHEMATICAL BOLD SMALL DIGAMMA +\\bfe " 𝐞 : MATHEMATICAL BOLD SMALL E +\\bfe " 𝐞 : MATHEMATICAL BOLD SMALL E +\\bfei \\bfei " : (Incomplete sequence) +\\bfeight " 𝟖 : MATHEMATICAL BOLD DIGIT EIGHT +\\bfep \\bfep " : (Incomplete sequence) +\\bfepsilon " 𝛜 : MATHEMATICAL BOLD EPSILON SYMBOL +\\bfet \\bfet " : (Incomplete sequence) +\\bfeta " 𝛈 : MATHEMATICAL BOLD SMALL ETA +\\bff " 𝐟 : MATHEMATICAL BOLD SMALL F +\\bff " 𝐟 : MATHEMATICAL BOLD SMALL F +\\bffi \\bffi " : (Incomplete sequence) +\\bffive " 𝟓 : MATHEMATICAL BOLD DIGIT FIVE +\\bffo \\bffo " : (Incomplete sequence) +\\bffour " 𝟒 : MATHEMATICAL BOLD DIGIT FOUR +\\bfg " 𝐠 : MATHEMATICAL BOLD SMALL G +\\bfg " 𝐠 : MATHEMATICAL BOLD SMALL G +\\bfga \\bfga " : (Incomplete sequence) +\\bfgamma " 𝛄 : MATHEMATICAL BOLD SMALL GAMMA +\\bfh " 𝐡 : MATHEMATICAL BOLD SMALL H +\\bfi " 𝐢 : MATHEMATICAL BOLD SMALL I +\\bfi " 𝐢 : MATHEMATICAL BOLD SMALL I +\\bfio \\bfio " : (Incomplete sequence) +\\bfiota " 𝛊 : MATHEMATICAL BOLD SMALL IOTA +\\bfj " 𝐣 : MATHEMATICAL BOLD SMALL J +\\bfk " 𝐤 : MATHEMATICAL BOLD SMALL K +\\bfk " 𝐤 : MATHEMATICAL BOLD SMALL K +\\bfka \\bfka " : (Incomplete sequence) +\\bfkappa " 𝛋 : MATHEMATICAL BOLD SMALL KAPPA +\\bfl " 𝐥 : MATHEMATICAL BOLD SMALL L +\\bfl " 𝐥 : MATHEMATICAL BOLD SMALL L +\\bfla \\bfla " : (Incomplete sequence) +\\bflambda " 𝛌 : MATHEMATICAL BOLD SMALL LAMDA +\\bfm " 𝐦 : MATHEMATICAL BOLD SMALL M +\\bfm " 𝐦 : MATHEMATICAL BOLD SMALL M +\\bfmu " 𝛍 : MATHEMATICAL BOLD SMALL MU +\\bfn " 𝐧 : MATHEMATICAL BOLD SMALL N +\\bfn " 𝐧 : MATHEMATICAL BOLD SMALL N +\\bfna \\bfna " : (Incomplete sequence) +\\bfnabla " 𝛁 : MATHEMATICAL BOLD NABLA +\\bfni \\bfni " : (Incomplete sequence) +\\bfnine " 𝟗 : MATHEMATICAL BOLD DIGIT NINE +\\bfnu " 𝛎 : MATHEMATICAL BOLD SMALL NU +\\bfo " 𝐨 : MATHEMATICAL BOLD SMALL O +\\bfo " 𝐨 : MATHEMATICAL BOLD SMALL O +\\bfom \\bfom " : (Incomplete sequence) +\\bfomega " 𝛚 : MATHEMATICAL BOLD SMALL OMEGA +\\bfomicron " 𝛐 : MATHEMATICAL BOLD SMALL OMICRON +\\bfon \\bfon " : (Incomplete sequence) +\\bfone " 𝟏 : MATHEMATICAL BOLD DIGIT ONE +\\bfp " 𝐩 : MATHEMATICAL BOLD SMALL P +\\bfp " 𝐩 : MATHEMATICAL BOLD SMALL P +\\bfpa \\bfpa " : (Incomplete sequence) +\\bfpartial " 𝛛 : MATHEMATICAL BOLD PARTIAL DIFFERENTIAL +\\bfph \\bfph " : (Incomplete sequence) +\\bfphi " 𝛟 : MATHEMATICAL BOLD PHI SYMBOL +\\bfpi " 𝛑 : MATHEMATICAL BOLD SMALL PI +\\bfps \\bfps " : (Incomplete sequence) +\\bfpsi " 𝛙 : MATHEMATICAL BOLD SMALL PSI +\\bfq " 𝐪 : MATHEMATICAL BOLD SMALL Q +\\bfr " 𝐫 : MATHEMATICAL BOLD SMALL R +\\bfr " 𝐫 : MATHEMATICAL BOLD SMALL R +\\bfra \\bfra " : (Incomplete sequence) +\\bfrakA " 𝕬 : MATHEMATICAL BOLD FRAKTUR CAPITAL A +\\bfrakB " 𝕭 : MATHEMATICAL BOLD FRAKTUR CAPITAL B +\\bfrakC " 𝕮 : MATHEMATICAL BOLD FRAKTUR CAPITAL C +\\bfrakD " 𝕯 : MATHEMATICAL BOLD FRAKTUR CAPITAL D +\\bfrakE " 𝕰 : MATHEMATICAL BOLD FRAKTUR CAPITAL E +\\bfrakF " 𝕱 : MATHEMATICAL BOLD FRAKTUR CAPITAL F +\\bfrakG " 𝕲 : MATHEMATICAL BOLD FRAKTUR CAPITAL G +\\bfrakH " 𝕳 : MATHEMATICAL BOLD FRAKTUR CAPITAL H +\\bfrakI " 𝕴 : MATHEMATICAL BOLD FRAKTUR CAPITAL I +\\bfrakJ " 𝕵 : MATHEMATICAL BOLD FRAKTUR CAPITAL J +\\bfrakK " 𝕶 : MATHEMATICAL BOLD FRAKTUR CAPITAL K +\\bfrakL " 𝕷 : MATHEMATICAL BOLD FRAKTUR CAPITAL L +\\bfrakM " 𝕸 : MATHEMATICAL BOLD FRAKTUR CAPITAL M +\\bfrakN " 𝕹 : MATHEMATICAL BOLD FRAKTUR CAPITAL N +\\bfrakO " 𝕺 : MATHEMATICAL BOLD FRAKTUR CAPITAL O +\\bfrakP " 𝕻 : MATHEMATICAL BOLD FRAKTUR CAPITAL P +\\bfrakQ " 𝕼 : MATHEMATICAL BOLD FRAKTUR CAPITAL Q +\\bfrakR " 𝕽 : MATHEMATICAL BOLD FRAKTUR CAPITAL R +\\bfrakS " 𝕾 : MATHEMATICAL BOLD FRAKTUR CAPITAL S +\\bfrakT " 𝕿 : MATHEMATICAL BOLD FRAKTUR CAPITAL T +\\bfrakU " 𝖀 : MATHEMATICAL BOLD FRAKTUR CAPITAL U +\\bfrakV " 𝖁 : MATHEMATICAL BOLD FRAKTUR CAPITAL V +\\bfrakW " 𝖂 : MATHEMATICAL BOLD FRAKTUR CAPITAL W +\\bfrakX " 𝖃 : MATHEMATICAL BOLD FRAKTUR CAPITAL X +\\bfrakY " 𝖄 : MATHEMATICAL BOLD FRAKTUR CAPITAL Y +\\bfrakZ " 𝖅 : MATHEMATICAL BOLD FRAKTUR CAPITAL Z +\\bfraka " 𝖆 : MATHEMATICAL BOLD FRAKTUR SMALL A +\\bfrakb " 𝖇 : MATHEMATICAL BOLD FRAKTUR SMALL B +\\bfrakc " 𝖈 : MATHEMATICAL BOLD FRAKTUR SMALL C +\\bfrakd " 𝖉 : MATHEMATICAL BOLD FRAKTUR SMALL D +\\bfrake " 𝖊 : MATHEMATICAL BOLD FRAKTUR SMALL E +\\bfrakf " 𝖋 : MATHEMATICAL BOLD FRAKTUR SMALL F +\\bfrakg " 𝖌 : MATHEMATICAL BOLD FRAKTUR SMALL G +\\bfrakh " 𝖍 : MATHEMATICAL BOLD FRAKTUR SMALL H +\\bfraki " 𝖎 : MATHEMATICAL BOLD FRAKTUR SMALL I +\\bfrakj " 𝖏 : MATHEMATICAL BOLD FRAKTUR SMALL J +\\bfrakk " 𝖐 : MATHEMATICAL BOLD FRAKTUR SMALL K +\\bfrakl " 𝖑 : MATHEMATICAL BOLD FRAKTUR SMALL L +\\bfrakm " 𝖒 : MATHEMATICAL BOLD FRAKTUR SMALL M +\\bfrakn " 𝖓 : MATHEMATICAL BOLD FRAKTUR SMALL N +\\bfrako " 𝖔 : MATHEMATICAL BOLD FRAKTUR SMALL O +\\bfrakp " 𝖕 : MATHEMATICAL BOLD FRAKTUR SMALL P +\\bfrakq " 𝖖 : MATHEMATICAL BOLD FRAKTUR SMALL Q +\\bfrakr " 𝖗 : MATHEMATICAL BOLD FRAKTUR SMALL R +\\bfraks " 𝖘 : MATHEMATICAL BOLD FRAKTUR SMALL S +\\bfrakt " 𝖙 : MATHEMATICAL BOLD FRAKTUR SMALL T +\\bfraku " 𝖚 : MATHEMATICAL BOLD FRAKTUR SMALL U +\\bfrakv " 𝖛 : MATHEMATICAL BOLD FRAKTUR SMALL V +\\bfrakw " 𝖜 : MATHEMATICAL BOLD FRAKTUR SMALL W +\\bfrakx " 𝖝 : MATHEMATICAL BOLD FRAKTUR SMALL X +\\bfraky " 𝖞 : MATHEMATICAL BOLD FRAKTUR SMALL Y +\\bfrakz " 𝖟 : MATHEMATICAL BOLD FRAKTUR SMALL Z +\\bfrh \\bfrh " : (Incomplete sequence) +\\bfrho " 𝛒 : MATHEMATICAL BOLD SMALL RHO +\\bfs " 𝐬 : MATHEMATICAL BOLD SMALL S +\\bfs " 𝐬 : MATHEMATICAL BOLD SMALL S +\\bfse \\bfse " : (Incomplete sequence) +\\bfseven " 𝟕 : MATHEMATICAL BOLD DIGIT SEVEN +\\bfsi \\bfsi " : (Incomplete sequence) +\\bfsigma " 𝛔 : MATHEMATICAL BOLD SMALL SIGMA +\\bfsix " 𝟔 : MATHEMATICAL BOLD DIGIT SIX +\\bft " 𝐭 : MATHEMATICAL BOLD SMALL T +\\bft " 𝐭 : MATHEMATICAL BOLD SMALL T +\\bfta \\bfta " : (Incomplete sequence) +\\bftau " 𝛕 : MATHEMATICAL BOLD SMALL TAU +\\bfth \\bfth " : (Incomplete sequence) +\\bftheta " 𝛉 : MATHEMATICAL BOLD SMALL THETA +\\bfthree " 𝟑 : MATHEMATICAL BOLD DIGIT THREE +\\bftw \\bftw " : (Incomplete sequence) +\\bftwo " 𝟐 : MATHEMATICAL BOLD DIGIT TWO +\\bfu " 𝐮 : MATHEMATICAL BOLD SMALL U +\\bfu " 𝐮 : MATHEMATICAL BOLD SMALL U +\\bfup \\bfup " : (Incomplete sequence) +\\bfupsilon " 𝛖 : MATHEMATICAL BOLD SMALL UPSILON +\\bfv " 𝐯 : MATHEMATICAL BOLD SMALL V +\\bfv " 𝐯 : MATHEMATICAL BOLD SMALL V +\\bfva \\bfva " : (Incomplete sequence) +\\bfvarTheta " 𝚹 : MATHEMATICAL BOLD CAPITAL THETA SYMBOL +\\bfvarepsilon " 𝛆 : MATHEMATICAL BOLD SMALL EPSILON +\\bfvarkappa " 𝛞 : MATHEMATICAL BOLD KAPPA SYMBOL +\\bfvarphi " 𝛗 : MATHEMATICAL BOLD SMALL PHI +\\bfvarpi " 𝛡 : MATHEMATICAL BOLD PI SYMBOL +\\bfvarrho " 𝛠 : MATHEMATICAL BOLD RHO SYMBOL +\\bfvarsigma " 𝛓 : MATHEMATICAL BOLD SMALL FINAL SIGMA +\\bfvartheta " 𝛝 : MATHEMATICAL BOLD THETA SYMBOL +\\bfw " 𝐰 : MATHEMATICAL BOLD SMALL W +\\bfx " 𝐱 : MATHEMATICAL BOLD SMALL X +\\bfx " 𝐱 : MATHEMATICAL BOLD SMALL X +\\bfxi " 𝛏 : MATHEMATICAL BOLD SMALL XI +\\bfy " 𝐲 : MATHEMATICAL BOLD SMALL Y +\\bfz " 𝐳 : MATHEMATICAL BOLD SMALL Z +\\bfz " 𝐳 : MATHEMATICAL BOLD SMALL Z +\\bfze \\bfze " : (Incomplete sequence) +\\bfzero " 𝟎 : MATHEMATICAL BOLD DIGIT ZERO +\\bfzeta " 𝛇 : MATHEMATICAL BOLD SMALL ZETA +\\biA " 𝑨 : MATHEMATICAL BOLD ITALIC CAPITAL A +\\biA " 𝑨 : MATHEMATICAL BOLD ITALIC CAPITAL A +\\biAl \\biAl " : (Incomplete sequence) +\\biAlpha " 𝜜 : MATHEMATICAL BOLD ITALIC CAPITAL ALPHA +\\biB " 𝑩 : MATHEMATICAL BOLD ITALIC CAPITAL B +\\biB " 𝑩 : MATHEMATICAL BOLD ITALIC CAPITAL B +\\biBe \\biBe " : (Incomplete sequence) +\\biBeta " 𝜝 : MATHEMATICAL BOLD ITALIC CAPITAL BETA +\\biC " 𝑪 : MATHEMATICAL BOLD ITALIC CAPITAL C +\\biC " 𝑪 : MATHEMATICAL BOLD ITALIC CAPITAL C +\\biCh \\biCh " : (Incomplete sequence) +\\biChi " 𝜲 : MATHEMATICAL BOLD ITALIC CAPITAL CHI +\\biD " 𝑫 : MATHEMATICAL BOLD ITALIC CAPITAL D +\\biD " 𝑫 : MATHEMATICAL BOLD ITALIC CAPITAL D +\\biDe \\biDe " : (Incomplete sequence) +\\biDelta " 𝜟 : MATHEMATICAL BOLD ITALIC CAPITAL DELTA +\\biE " 𝑬 : MATHEMATICAL BOLD ITALIC CAPITAL E +\\biE " 𝑬 : MATHEMATICAL BOLD ITALIC CAPITAL E +\\biEp \\biEp " : (Incomplete sequence) +\\biEpsilon " 𝜠 : MATHEMATICAL BOLD ITALIC CAPITAL EPSILON +\\biEt \\biEt " : (Incomplete sequence) +\\biEta " 𝜢 : MATHEMATICAL BOLD ITALIC CAPITAL ETA +\\biF " 𝑭 : MATHEMATICAL BOLD ITALIC CAPITAL F +\\biG " 𝑮 : MATHEMATICAL BOLD ITALIC CAPITAL G +\\biG " 𝑮 : MATHEMATICAL BOLD ITALIC CAPITAL G +\\biGa \\biGa " : (Incomplete sequence) +\\biGamma " 𝜞 : MATHEMATICAL BOLD ITALIC CAPITAL GAMMA +\\biH " 𝑯 : MATHEMATICAL BOLD ITALIC CAPITAL H +\\biI " 𝑰 : MATHEMATICAL BOLD ITALIC CAPITAL I +\\biI " 𝑰 : MATHEMATICAL BOLD ITALIC CAPITAL I +\\biIo \\biIo " : (Incomplete sequence) +\\biIota " 𝜤 : MATHEMATICAL BOLD ITALIC CAPITAL IOTA +\\biJ " 𝑱 : MATHEMATICAL BOLD ITALIC CAPITAL J +\\biK " 𝑲 : MATHEMATICAL BOLD ITALIC CAPITAL K +\\biK " 𝑲 : MATHEMATICAL BOLD ITALIC CAPITAL K +\\biKa \\biKa " : (Incomplete sequence) +\\biKappa " 𝜥 : MATHEMATICAL BOLD ITALIC CAPITAL KAPPA +\\biL " 𝑳 : MATHEMATICAL BOLD ITALIC CAPITAL L +\\biL " 𝑳 : MATHEMATICAL BOLD ITALIC CAPITAL L +\\biLa \\biLa " : (Incomplete sequence) +\\biLambda " 𝜦 : MATHEMATICAL BOLD ITALIC CAPITAL LAMDA +\\biM " 𝑴 : MATHEMATICAL BOLD ITALIC CAPITAL M +\\biM " 𝑴 : MATHEMATICAL BOLD ITALIC CAPITAL M +\\biMu " 𝜧 : MATHEMATICAL BOLD ITALIC CAPITAL MU +\\biN " 𝑵 : MATHEMATICAL BOLD ITALIC CAPITAL N +\\biN " 𝑵 : MATHEMATICAL BOLD ITALIC CAPITAL N +\\biNu " 𝜨 : MATHEMATICAL BOLD ITALIC CAPITAL NU +\\biO " 𝑶 : MATHEMATICAL BOLD ITALIC CAPITAL O +\\biO " 𝑶 : MATHEMATICAL BOLD ITALIC CAPITAL O +\\biOm \\biOm " : (Incomplete sequence) +\\biOmega " 𝜴 : MATHEMATICAL BOLD ITALIC CAPITAL OMEGA +\\biOmicron " 𝜪 : MATHEMATICAL BOLD ITALIC CAPITAL OMICRON +\\biP " 𝑷 : MATHEMATICAL BOLD ITALIC CAPITAL P +\\biP " 𝑷 : MATHEMATICAL BOLD ITALIC CAPITAL P +\\biPh \\biPh " : (Incomplete sequence) +\\biPhi " 𝜱 : MATHEMATICAL BOLD ITALIC CAPITAL PHI +\\biPi " 𝜫 : MATHEMATICAL BOLD ITALIC CAPITAL PI +\\biPs \\biPs " : (Incomplete sequence) +\\biPsi " 𝜳 : MATHEMATICAL BOLD ITALIC CAPITAL PSI +\\biQ " 𝑸 : MATHEMATICAL BOLD ITALIC CAPITAL Q +\\biR " 𝑹 : MATHEMATICAL BOLD ITALIC CAPITAL R +\\biR " 𝑹 : MATHEMATICAL BOLD ITALIC CAPITAL R +\\biRh \\biRh " : (Incomplete sequence) +\\biRho " 𝜬 : MATHEMATICAL BOLD ITALIC CAPITAL RHO +\\biS " 𝑺 : MATHEMATICAL BOLD ITALIC CAPITAL S +\\biS " 𝑺 : MATHEMATICAL BOLD ITALIC CAPITAL S +\\biSi \\biSi " : (Incomplete sequence) +\\biSigma " 𝜮 : MATHEMATICAL BOLD ITALIC CAPITAL SIGMA +\\biT " 𝑻 : MATHEMATICAL BOLD ITALIC CAPITAL T +\\biT " 𝑻 : MATHEMATICAL BOLD ITALIC CAPITAL T +\\biTa \\biTa " : (Incomplete sequence) +\\biTau " 𝜯 : MATHEMATICAL BOLD ITALIC CAPITAL TAU +\\biTh \\biTh " : (Incomplete sequence) +\\biTheta " 𝜣 : MATHEMATICAL BOLD ITALIC CAPITAL THETA +\\biU " 𝑼 : MATHEMATICAL BOLD ITALIC CAPITAL U +\\biU " 𝑼 : MATHEMATICAL BOLD ITALIC CAPITAL U +\\biUp \\biUp " : (Incomplete sequence) +\\biUpsilon " 𝜰 : MATHEMATICAL BOLD ITALIC CAPITAL UPSILON +\\biV " 𝑽 : MATHEMATICAL BOLD ITALIC CAPITAL V +\\biW " 𝑾 : MATHEMATICAL BOLD ITALIC CAPITAL W +\\biX " 𝑿 : MATHEMATICAL BOLD ITALIC CAPITAL X +\\biX " 𝑿 : MATHEMATICAL BOLD ITALIC CAPITAL X +\\biXi " 𝜩 : MATHEMATICAL BOLD ITALIC CAPITAL XI +\\biY " 𝒀 : MATHEMATICAL BOLD ITALIC CAPITAL Y +\\biZ " 𝒁 : MATHEMATICAL BOLD ITALIC CAPITAL Z +\\biZ " 𝒁 : MATHEMATICAL BOLD ITALIC CAPITAL Z +\\biZe \\biZe " : (Incomplete sequence) +\\biZeta " 𝜡 : MATHEMATICAL BOLD ITALIC CAPITAL ZETA +\\bia " 𝒂 : MATHEMATICAL BOLD ITALIC SMALL A +\\bia " 𝒂 : MATHEMATICAL BOLD ITALIC SMALL A +\\bial \\bial " : (Incomplete sequence) +\\bialpha " 𝜶 : MATHEMATICAL BOLD ITALIC SMALL ALPHA +\\bib " 𝒃 : MATHEMATICAL BOLD ITALIC SMALL B +\\bib " 𝒃 : MATHEMATICAL BOLD ITALIC SMALL B +\\bibe \\bibe " : (Incomplete sequence) +\\bibeta " 𝜷 : MATHEMATICAL BOLD ITALIC SMALL BETA +\\bic " 𝒄 : MATHEMATICAL BOLD ITALIC SMALL C +\\bic " 𝒄 : MATHEMATICAL BOLD ITALIC SMALL C +\\bich \\bich " : (Incomplete sequence) +\\bichi " 𝝌 : MATHEMATICAL BOLD ITALIC SMALL CHI +\\bid " 𝒅 : MATHEMATICAL BOLD ITALIC SMALL D +\\bid " 𝒅 : MATHEMATICAL BOLD ITALIC SMALL D +\\bide \\bide " : (Incomplete sequence) +\\bidelta " 𝜹 : MATHEMATICAL BOLD ITALIC SMALL DELTA +\\bie " 𝒆 : MATHEMATICAL BOLD ITALIC SMALL E +\\bie " 𝒆 : MATHEMATICAL BOLD ITALIC SMALL E +\\biep \\biep " : (Incomplete sequence) +\\biepsilon " 𝝐 : MATHEMATICAL BOLD ITALIC EPSILON SYMBOL +\\biet \\biet " : (Incomplete sequence) +\\bieta " 𝜼 : MATHEMATICAL BOLD ITALIC SMALL ETA +\\bif " 𝒇 : MATHEMATICAL BOLD ITALIC SMALL F +\\big " 𝒈 : MATHEMATICAL BOLD ITALIC SMALL G +\\big " 𝒈 : MATHEMATICAL BOLD ITALIC SMALL G +\\biga \\biga " : (Incomplete sequence) +\\bigamma " 𝜸 : MATHEMATICAL BOLD ITALIC SMALL GAMMA +\\bigb \\bigb " : (Incomplete sequence) +\\bigblacktriangledown " ▼ : BLACK DOWN-POINTING TRIANGLE / BLACK DOWN POINTING TRIANGLE +\\bigblacktriangleup " ▲ : BLACK UP-POINTING TRIANGLE / BLACK UP POINTING TRIANGLE +\\bigbot " ⟘ : LARGE UP TACK +\\bigc \\bigc " : (Incomplete sequence) +\\bigcap " ⋂ : N-ARY INTERSECTION +\\bigcirc " ○ : WHITE CIRCLE +\\bigcup " ⋃ : N-ARY UNION +\\bigcup " ⋃ : N-ARY UNION +\\bigcupd \\bigcupd " : (Incomplete sequence) +\\bigcupdot " ⨃ : N-ARY UNION OPERATOR WITH DOT +\\bigo \\bigo " : (Incomplete sequence) +\\bigodot " ⨀ : N-ARY CIRCLED DOT OPERATOR +\\bigoplus " ⨁ : N-ARY CIRCLED PLUS OPERATOR +\\bigotimes " ⨂ : N-ARY CIRCLED TIMES OPERATOR +\\bigs \\bigs " : (Incomplete sequence) +\\bigslopedvee " ⩗ : SLOPING LARGE OR +\\bigslopedwedge " ⩘ : SLOPING LARGE AND +\\bigsqcap " ⨅ : N-ARY SQUARE INTERSECTION OPERATOR +\\bigsqcup " ⨆ : N-ARY SQUARE UNION OPERATOR +\\bigstar " ★ : BLACK STAR +\\bigt \\bigt " : (Incomplete sequence) +\\bigtimes " ⨉ : N-ARY TIMES OPERATOR +\\bigtop " ⟙ : LARGE DOWN TACK +\\bigtriangledown " ▽ : WHITE DOWN-POINTING TRIANGLE / WHITE DOWN POINTING TRIANGLE +\\bigtriangleup " △ : WHITE UP-POINTING TRIANGLE / WHITE UP POINTING TRIANGLE +\\bigu \\bigu " : (Incomplete sequence) +\\biguplus " ⨄ : N-ARY UNION OPERATOR WITH PLUS +\\bigv \\bigv " : (Incomplete sequence) +\\bigvee " ⋁ : N-ARY LOGICAL OR +\\bigw \\bigw " : (Incomplete sequence) +\\bigwedge " ⋀ : N-ARY LOGICAL AND +\\bigwhitestar " ☆ : WHITE STAR +\\bih " 𝒉 : MATHEMATICAL BOLD ITALIC SMALL H +\\bii " 𝒊 : MATHEMATICAL BOLD ITALIC SMALL I +\\bii " 𝒊 : MATHEMATICAL BOLD ITALIC SMALL I +\\biio \\biio " : (Incomplete sequence) +\\biiota " 𝜾 : MATHEMATICAL BOLD ITALIC SMALL IOTA +\\bij " 𝒋 : MATHEMATICAL BOLD ITALIC SMALL J +\\bik " 𝒌 : MATHEMATICAL BOLD ITALIC SMALL K +\\bik " 𝒌 : MATHEMATICAL BOLD ITALIC SMALL K +\\bika \\bika " : (Incomplete sequence) +\\bikappa " 𝜿 : MATHEMATICAL BOLD ITALIC SMALL KAPPA +\\bil " 𝒍 : MATHEMATICAL BOLD ITALIC SMALL L +\\bil " 𝒍 : MATHEMATICAL BOLD ITALIC SMALL L +\\bila \\bila " : (Incomplete sequence) +\\bilambda " 𝝀 : MATHEMATICAL BOLD ITALIC SMALL LAMDA +\\bim " 𝒎 : MATHEMATICAL BOLD ITALIC SMALL M +\\bim " 𝒎 : MATHEMATICAL BOLD ITALIC SMALL M +\\bimu " 𝝁 : MATHEMATICAL BOLD ITALIC SMALL MU +\\bin " 𝒏 : MATHEMATICAL BOLD ITALIC SMALL N +\\bin " 𝒏 : MATHEMATICAL BOLD ITALIC SMALL N +\\bina \\bina " : (Incomplete sequence) +\\binabla " 𝜵 : MATHEMATICAL BOLD ITALIC NABLA +\\binu " 𝝂 : MATHEMATICAL BOLD ITALIC SMALL NU +\\bio " 𝒐 : MATHEMATICAL BOLD ITALIC SMALL O +\\bio " 𝒐 : MATHEMATICAL BOLD ITALIC SMALL O +\\biom \\biom " : (Incomplete sequence) +\\biomega " 𝝎 : MATHEMATICAL BOLD ITALIC SMALL OMEGA +\\biomicron " 𝝄 : MATHEMATICAL BOLD ITALIC SMALL OMICRON +\\bip " 𝒑 : MATHEMATICAL BOLD ITALIC SMALL P +\\bip " 𝒑 : MATHEMATICAL BOLD ITALIC SMALL P +\\bipa \\bipa " : (Incomplete sequence) +\\bipartial " 𝝏 : MATHEMATICAL BOLD ITALIC PARTIAL DIFFERENTIAL +\\biph \\biph " : (Incomplete sequence) +\\biphi " 𝝓 : MATHEMATICAL BOLD ITALIC PHI SYMBOL +\\bipi " 𝝅 : MATHEMATICAL BOLD ITALIC SMALL PI +\\bips \\bips " : (Incomplete sequence) +\\bipsi " 𝝍 : MATHEMATICAL BOLD ITALIC SMALL PSI +\\biq " 𝒒 : MATHEMATICAL BOLD ITALIC SMALL Q +\\bir " 𝒓 : MATHEMATICAL BOLD ITALIC SMALL R +\\bir " 𝒓 : MATHEMATICAL BOLD ITALIC SMALL R +\\birh \\birh " : (Incomplete sequence) +\\birho " 𝝆 : MATHEMATICAL BOLD ITALIC SMALL RHO +\\bis " 𝒔 : MATHEMATICAL BOLD ITALIC SMALL S +\\bis " 𝒔 : MATHEMATICAL BOLD ITALIC SMALL S +\\bisa \\bisa " : (Incomplete sequence) +\\bisansA " 𝘼 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL A +\\bisansA " 𝘼 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL A +\\bisansAl \\bisansAl " : (Incomplete sequence) +\\bisansAlpha " 𝞐 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ALPHA +\\bisansB " 𝘽 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL B +\\bisansB " 𝘽 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL B +\\bisansBe \\bisansBe " : (Incomplete sequence) +\\bisansBeta " 𝞑 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL BETA +\\bisansC " 𝘾 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL C +\\bisansC " 𝘾 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL C +\\bisansCh \\bisansCh " : (Incomplete sequence) +\\bisansChi " 𝞦 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL CHI +\\bisansD " 𝘿 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL D +\\bisansD " 𝘿 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL D +\\bisansDe \\bisansDe " : (Incomplete sequence) +\\bisansDelta " 𝞓 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL DELTA +\\bisansE " 𝙀 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL E +\\bisansE " 𝙀 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL E +\\bisansEp \\bisansEp " : (Incomplete sequence) +\\bisansEpsilon " 𝞔 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL EPSILON +\\bisansEt \\bisansEt " : (Incomplete sequence) +\\bisansEta " 𝞖 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ETA +\\bisansF " 𝙁 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL F +\\bisansG " 𝙂 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL G +\\bisansG " 𝙂 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL G +\\bisansGa \\bisansGa " : (Incomplete sequence) +\\bisansGamma " 𝞒 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL GAMMA +\\bisansH " 𝙃 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL H +\\bisansI " 𝙄 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL I +\\bisansI " 𝙄 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL I +\\bisansIo \\bisansIo " : (Incomplete sequence) +\\bisansIota " 𝞘 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL IOTA +\\bisansJ " 𝙅 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL J +\\bisansK " 𝙆 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL K +\\bisansK " 𝙆 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL K +\\bisansKa \\bisansKa " : (Incomplete sequence) +\\bisansKappa " 𝞙 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL KAPPA +\\bisansL " 𝙇 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL L +\\bisansL " 𝙇 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL L +\\bisansLa \\bisansLa " : (Incomplete sequence) +\\bisansLambda " 𝞚 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL LAMDA +\\bisansM " 𝙈 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL M +\\bisansM " 𝙈 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL M +\\bisansMu " 𝞛 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL MU +\\bisansN " 𝙉 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL N +\\bisansN " 𝙉 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL N +\\bisansNu " 𝞜 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL NU +\\bisansO " 𝙊 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL O +\\bisansO " 𝙊 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL O +\\bisansOm \\bisansOm " : (Incomplete sequence) +\\bisansOmega " 𝞨 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL OMEGA +\\bisansOmicron " 𝞞 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL OMICRON +\\bisansP " 𝙋 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL P +\\bisansP " 𝙋 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL P +\\bisansPh \\bisansPh " : (Incomplete sequence) +\\bisansPhi " 𝞥 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PHI +\\bisansPi " 𝞟 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PI +\\bisansPs \\bisansPs " : (Incomplete sequence) +\\bisansPsi " 𝞧 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL PSI +\\bisansQ " 𝙌 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Q +\\bisansR " 𝙍 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL R +\\bisansR " 𝙍 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL R +\\bisansRh \\bisansRh " : (Incomplete sequence) +\\bisansRho " 𝞠 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL RHO +\\bisansS " 𝙎 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL S +\\bisansS " 𝙎 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL S +\\bisansSi \\bisansSi " : (Incomplete sequence) +\\bisansSigma " 𝞢 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL SIGMA +\\bisansT " 𝙏 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL T +\\bisansT " 𝙏 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL T +\\bisansTa \\bisansTa " : (Incomplete sequence) +\\bisansTau " 𝞣 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL TAU +\\bisansTh \\bisansTh " : (Incomplete sequence) +\\bisansTheta " 𝞗 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL THETA +\\bisansU " 𝙐 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL U +\\bisansU " 𝙐 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL U +\\bisansUp \\bisansUp " : (Incomplete sequence) +\\bisansUpsilon " 𝞤 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL UPSILON +\\bisansV " 𝙑 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL V +\\bisansW " 𝙒 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL W +\\bisansX " 𝙓 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL X +\\bisansX " 𝙓 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL X +\\bisansXi " 𝞝 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL XI +\\bisansY " 𝙔 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Y +\\bisansZ " 𝙕 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Z +\\bisansZ " 𝙕 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL Z +\\bisansZe \\bisansZe " : (Incomplete sequence) +\\bisansZeta " 𝞕 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL ZETA +\\bisansa " 𝙖 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL A +\\bisansa " 𝙖 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL A +\\bisansal \\bisansal " : (Incomplete sequence) +\\bisansalpha " 𝞪 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ALPHA +\\bisansb " 𝙗 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL B +\\bisansb " 𝙗 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL B +\\bisansbe \\bisansbe " : (Incomplete sequence) +\\bisansbeta " 𝞫 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL BETA +\\bisansc " 𝙘 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL C +\\bisansc " 𝙘 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL C +\\bisansch \\bisansch " : (Incomplete sequence) +\\bisanschi " 𝟀 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL CHI +\\bisansd " 𝙙 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL D +\\bisansd " 𝙙 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL D +\\bisansde \\bisansde " : (Incomplete sequence) +\\bisansdelta " 𝞭 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL DELTA +\\bisanse " 𝙚 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL E +\\bisanse " 𝙚 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL E +\\bisansep \\bisansep " : (Incomplete sequence) +\\bisansepsilon " 𝟄 : MATHEMATICAL SANS-SERIF BOLD ITALIC EPSILON SYMBOL +\\bisanset \\bisanset " : (Incomplete sequence) +\\bisanseta " 𝞰 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ETA +\\bisansf " 𝙛 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL F +\\bisansg " 𝙜 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL G +\\bisansg " 𝙜 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL G +\\bisansga \\bisansga " : (Incomplete sequence) +\\bisansgamma " 𝞬 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL GAMMA +\\bisansh " 𝙝 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL H +\\bisansi " 𝙞 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL I +\\bisansi " 𝙞 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL I +\\bisansio \\bisansio " : (Incomplete sequence) +\\bisansiota " 𝞲 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL IOTA +\\bisansj " 𝙟 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL J +\\bisansk " 𝙠 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL K +\\bisansk " 𝙠 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL K +\\bisanska \\bisanska " : (Incomplete sequence) +\\bisanskappa " 𝞳 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL KAPPA +\\bisansl " 𝙡 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL L +\\bisansl " 𝙡 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL L +\\bisansla \\bisansla " : (Incomplete sequence) +\\bisanslambda " 𝞴 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL LAMDA +\\bisansm " 𝙢 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL M +\\bisansm " 𝙢 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL M +\\bisansmu " 𝞵 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL MU +\\bisansn " 𝙣 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL N +\\bisansn " 𝙣 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL N +\\bisansna \\bisansna " : (Incomplete sequence) +\\bisansnabla " 𝞩 : MATHEMATICAL SANS-SERIF BOLD ITALIC NABLA +\\bisansnu " 𝞶 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL NU +\\bisanso " 𝙤 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL O +\\bisanso " 𝙤 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL O +\\bisansom \\bisansom " : (Incomplete sequence) +\\bisansomega " 𝟂 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL OMEGA +\\bisansomicron " 𝞸 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL OMICRON +\\bisansp " 𝙥 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL P +\\bisansp " 𝙥 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL P +\\bisanspa \\bisanspa " : (Incomplete sequence) +\\bisanspartial " 𝟃 : MATHEMATICAL SANS-SERIF BOLD ITALIC PARTIAL DIFFERENTIAL +\\bisansph \\bisansph " : (Incomplete sequence) +\\bisansphi " 𝟇 : MATHEMATICAL SANS-SERIF BOLD ITALIC PHI SYMBOL +\\bisanspi " 𝞹 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PI +\\bisansps \\bisansps " : (Incomplete sequence) +\\bisanspsi " 𝟁 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PSI +\\bisansq " 𝙦 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Q +\\bisansr " 𝙧 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL R +\\bisansr " 𝙧 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL R +\\bisansrh \\bisansrh " : (Incomplete sequence) +\\bisansrho " 𝞺 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL RHO +\\bisanss " 𝙨 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL S +\\bisanss " 𝙨 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL S +\\bisanssi \\bisanssi " : (Incomplete sequence) +\\bisanssigma " 𝞼 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL SIGMA +\\bisanst " 𝙩 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL T +\\bisanst " 𝙩 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL T +\\bisansta \\bisansta " : (Incomplete sequence) +\\bisanstau " 𝞽 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL TAU +\\bisansth \\bisansth " : (Incomplete sequence) +\\bisanstheta " 𝞱 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL THETA +\\bisansu " 𝙪 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL U +\\bisansu " 𝙪 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL U +\\bisansup \\bisansup " : (Incomplete sequence) +\\bisansupsilon " 𝞾 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL UPSILON +\\bisansv " 𝙫 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL V +\\bisansv " 𝙫 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL V +\\bisansva \\bisansva " : (Incomplete sequence) +\\bisansvarTheta " 𝞡 : MATHEMATICAL SANS-SERIF BOLD ITALIC CAPITAL THETA SYMBOL +\\bisansvarepsilon " 𝞮 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL EPSILON +\\bisansvarkappa " 𝟆 : MATHEMATICAL SANS-SERIF BOLD ITALIC KAPPA SYMBOL +\\bisansvarphi " 𝞿 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL PHI +\\bisansvarpi " 𝟉 : MATHEMATICAL SANS-SERIF BOLD ITALIC PI SYMBOL +\\bisansvarrho " 𝟈 : MATHEMATICAL SANS-SERIF BOLD ITALIC RHO SYMBOL +\\bisansvarsigma " 𝞻 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL FINAL SIGMA +\\bisansvartheta " 𝟅 : MATHEMATICAL SANS-SERIF BOLD ITALIC THETA SYMBOL +\\bisansw " 𝙬 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL W +\\bisansx " 𝙭 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL X +\\bisansx " 𝙭 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL X +\\bisansxi " 𝞷 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL XI +\\bisansy " 𝙮 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Y +\\bisansz " 𝙯 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Z +\\bisansz " 𝙯 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL Z +\\bisansze \\bisansze " : (Incomplete sequence) +\\bisanszeta " 𝞯 : MATHEMATICAL SANS-SERIF BOLD ITALIC SMALL ZETA +\\bisi \\bisi " : (Incomplete sequence) +\\bisigma " 𝝈 : MATHEMATICAL BOLD ITALIC SMALL SIGMA +\\bit " 𝒕 : MATHEMATICAL BOLD ITALIC SMALL T +\\bit " 𝒕 : MATHEMATICAL BOLD ITALIC SMALL T +\\bita \\bita " : (Incomplete sequence) +\\bitau " 𝝉 : MATHEMATICAL BOLD ITALIC SMALL TAU +\\bith \\bith " : (Incomplete sequence) +\\bitheta " 𝜽 : MATHEMATICAL BOLD ITALIC SMALL THETA +\\biu " 𝒖 : MATHEMATICAL BOLD ITALIC SMALL U +\\biu " 𝒖 : MATHEMATICAL BOLD ITALIC SMALL U +\\biup \\biup " : (Incomplete sequence) +\\biupsilon " 𝝊 : MATHEMATICAL BOLD ITALIC SMALL UPSILON +\\biv " 𝒗 : MATHEMATICAL BOLD ITALIC SMALL V +\\biv " 𝒗 : MATHEMATICAL BOLD ITALIC SMALL V +\\biva \\biva " : (Incomplete sequence) +\\bivarTheta " 𝜭 : MATHEMATICAL BOLD ITALIC CAPITAL THETA SYMBOL +\\bivarepsilon " 𝜺 : MATHEMATICAL BOLD ITALIC SMALL EPSILON +\\bivarkappa " 𝝒 : MATHEMATICAL BOLD ITALIC KAPPA SYMBOL +\\bivarphi " 𝝋 : MATHEMATICAL BOLD ITALIC SMALL PHI +\\bivarpi " 𝝕 : MATHEMATICAL BOLD ITALIC PI SYMBOL +\\bivarrho " 𝝔 : MATHEMATICAL BOLD ITALIC RHO SYMBOL +\\bivarsigma " 𝝇 : MATHEMATICAL BOLD ITALIC SMALL FINAL SIGMA +\\bivartheta " 𝝑 : MATHEMATICAL BOLD ITALIC THETA SYMBOL +\\biw " 𝒘 : MATHEMATICAL BOLD ITALIC SMALL W +\\bix " 𝒙 : MATHEMATICAL BOLD ITALIC SMALL X +\\bix " 𝒙 : MATHEMATICAL BOLD ITALIC SMALL X +\\bixi " 𝝃 : MATHEMATICAL BOLD ITALIC SMALL XI +\\biy " 𝒚 : MATHEMATICAL BOLD ITALIC SMALL Y +\\biz " 𝒛 : MATHEMATICAL BOLD ITALIC SMALL Z +\\biz " 𝒛 : MATHEMATICAL BOLD ITALIC SMALL Z +\\bize \\bize " : (Incomplete sequence) +\\bizeta " 𝜻 : MATHEMATICAL BOLD ITALIC SMALL ZETA +\\bkarow " ⤍ : RIGHTWARDS DOUBLE DASH ARROW +\\blackcircledrightdot " ⚈ : BLACK CIRCLE WITH WHITE DOT RIGHT +\\blackcircledtwodots " ⚉ : BLACK CIRCLE WITH TWO WHITE DOTS +\\blackcircleulquadwhite " ◕ : CIRCLE WITH ALL BUT UPPER LEFT QUADRANT BLACK +\\blackinwhitediamond " ◈ : WHITE DIAMOND CONTAINING BLACK SMALL DIAMOND +\\blackinwhitesquare " ▣ : WHITE SQUARE CONTAINING BLACK SMALL SQUARE +\\blacklefthalfcircle " ◖ : LEFT HALF BLACK CIRCLE +\\blacklozenge " ⧫ : BLACK LOZENGE +\\blackpointerleft " ◄ : BLACK LEFT-POINTING POINTER / BLACK LEFT POINTING POINTER +\\blackpointerright " ► : BLACK RIGHT-POINTING POINTER / BLACK RIGHT POINTING POINTER +\\blackrighthalfcircle " ◗ : RIGHT HALF BLACK CIRCLE +\\blacksmiley " ☻ : BLACK SMILING FACE +\\blacksquare " ■ : BLACK SQUARE +\\blacktriangle " ▴ : BLACK UP-POINTING SMALL TRIANGLE / BLACK UP POINTING SMALL TRIANGLE +\\blacktriangle " ▴ : BLACK UP-POINTING SMALL TRIANGLE / BLACK UP POINTING SMALL TRIANGLE +\\blacktriangled \\blacktriangled " : (Incomplete sequence) +\\blacktriangledown " ▾ : BLACK DOWN-POINTING SMALL TRIANGLE / BLACK DOWN POINTING SMALL TRIANGLE +\\blacktrianglel \\blacktrianglel " : (Incomplete sequence) +\\blacktriangleleft " ◀ : BLACK LEFT-POINTING TRIANGLE / BLACK LEFT POINTING TRIANGLE +\\blacktriangler \\blacktriangler " : (Incomplete sequence) +\\blacktriangleright " ▶ : BLACK RIGHT-POINTING TRIANGLE / BLACK RIGHT POINTING TRIANGLE +\\blanksymbol " ␢ : BLANK SYMBOL / BLANK +\\blkhorzoval " ⬬ : BLACK HORIZONTAL ELLIPSE +\\blkvertoval " ⬮ : BLACK VERTICAL ELLIPSE +\\blockfull " █ : FULL BLOCK +\\blockhalfshaded " ▒ : MEDIUM SHADE +\\blocklefthalf " ▌ : LEFT HALF BLOCK +\\blocklowhalf " ▄ : LOWER HALF BLOCK +\\blockqtrshaded " ░ : LIGHT SHADE +\\blockrighthalf " ▐ : RIGHT HALF BLOCK +\\blockthreeqtrshaded " ▓ : DARK SHADE +\\blockuphalf " ▀ : UPPER HALF BLOCK +\\bot " ⊥ : UP TACK +\\bot " ⊥ : UP TACK +\\bots \\bots " : (Incomplete sequence) +\\botsemicircle " ◡ : LOWER HALF CIRCLE +\\bowtie " ⋈ : BOWTIE +\\boxast " ⧆ : SQUARED ASTERISK +\\boxbar " ◫ : WHITE SQUARE WITH VERTICAL BISECTING LINE +\\boxbslash " ⧅ : SQUARED FALLING DIAGONAL SLASH +\\boxcircle " ⧇ : SQUARED SMALL CIRCLE +\\boxdiag " ⧄ : SQUARED RISING DIAGONAL SLASH +\\boxdot " ⊡ : SQUARED DOT OPERATOR +\\boxminus " ⊟ : SQUARED MINUS +\\boxplus " ⊞ : SQUARED PLUS +\\boxquestion " ⍰ : APL FUNCTIONAL SYMBOL QUAD QUESTION +\\boxtimes " ⊠ : SQUARED TIMES +\\boxupcaret " ⍓ : APL FUNCTIONAL SYMBOL QUAD UP CARET +\\breve " ◌̆ : COMBINING BREVE / NON-SPACING BREVE +\\brokenbar " ¦ : BROKEN BAR / BROKEN VERTICAL BAR +\\bsansA " 𝗔 : MATHEMATICAL SANS-SERIF BOLD CAPITAL A +\\bsansA " 𝗔 : MATHEMATICAL SANS-SERIF BOLD CAPITAL A +\\bsansAl \\bsansAl " : (Incomplete sequence) +\\bsansAlpha " 𝝖 : MATHEMATICAL SANS-SERIF BOLD CAPITAL ALPHA +\\bsansB " 𝗕 : MATHEMATICAL SANS-SERIF BOLD CAPITAL B +\\bsansB " 𝗕 : MATHEMATICAL SANS-SERIF BOLD CAPITAL B +\\bsansBe \\bsansBe " : (Incomplete sequence) +\\bsansBeta " 𝝗 : MATHEMATICAL SANS-SERIF BOLD CAPITAL BETA +\\bsansC " 𝗖 : MATHEMATICAL SANS-SERIF BOLD CAPITAL C +\\bsansC " 𝗖 : MATHEMATICAL SANS-SERIF BOLD CAPITAL C +\\bsansCh \\bsansCh " : (Incomplete sequence) +\\bsansChi " 𝝬 : MATHEMATICAL SANS-SERIF BOLD CAPITAL CHI +\\bsansD " 𝗗 : MATHEMATICAL SANS-SERIF BOLD CAPITAL D +\\bsansD " 𝗗 : MATHEMATICAL SANS-SERIF BOLD CAPITAL D +\\bsansDe \\bsansDe " : (Incomplete sequence) +\\bsansDelta " 𝝙 : MATHEMATICAL SANS-SERIF BOLD CAPITAL DELTA +\\bsansE " 𝗘 : MATHEMATICAL SANS-SERIF BOLD CAPITAL E +\\bsansE " 𝗘 : MATHEMATICAL SANS-SERIF BOLD CAPITAL E +\\bsansEp \\bsansEp " : (Incomplete sequence) +\\bsansEpsilon " 𝝚 : MATHEMATICAL SANS-SERIF BOLD CAPITAL EPSILON +\\bsansEt \\bsansEt " : (Incomplete sequence) +\\bsansEta " 𝝜 : MATHEMATICAL SANS-SERIF BOLD CAPITAL ETA +\\bsansF " 𝗙 : MATHEMATICAL SANS-SERIF BOLD CAPITAL F +\\bsansG " 𝗚 : MATHEMATICAL SANS-SERIF BOLD CAPITAL G +\\bsansG " 𝗚 : MATHEMATICAL SANS-SERIF BOLD CAPITAL G +\\bsansGa \\bsansGa " : (Incomplete sequence) +\\bsansGamma " 𝝘 : MATHEMATICAL SANS-SERIF BOLD CAPITAL GAMMA +\\bsansH " 𝗛 : MATHEMATICAL SANS-SERIF BOLD CAPITAL H +\\bsansI " 𝗜 : MATHEMATICAL SANS-SERIF BOLD CAPITAL I +\\bsansI " 𝗜 : MATHEMATICAL SANS-SERIF BOLD CAPITAL I +\\bsansIo \\bsansIo " : (Incomplete sequence) +\\bsansIota " 𝝞 : MATHEMATICAL SANS-SERIF BOLD CAPITAL IOTA +\\bsansJ " 𝗝 : MATHEMATICAL SANS-SERIF BOLD CAPITAL J +\\bsansK " 𝗞 : MATHEMATICAL SANS-SERIF BOLD CAPITAL K +\\bsansK " 𝗞 : MATHEMATICAL SANS-SERIF BOLD CAPITAL K +\\bsansKa \\bsansKa " : (Incomplete sequence) +\\bsansKappa " 𝝟 : MATHEMATICAL SANS-SERIF BOLD CAPITAL KAPPA +\\bsansL " 𝗟 : MATHEMATICAL SANS-SERIF BOLD CAPITAL L +\\bsansL " 𝗟 : MATHEMATICAL SANS-SERIF BOLD CAPITAL L +\\bsansLa \\bsansLa " : (Incomplete sequence) +\\bsansLambda " 𝝠 : MATHEMATICAL SANS-SERIF BOLD CAPITAL LAMDA +\\bsansM " 𝗠 : MATHEMATICAL SANS-SERIF BOLD CAPITAL M +\\bsansM " 𝗠 : MATHEMATICAL SANS-SERIF BOLD CAPITAL M +\\bsansMu " 𝝡 : MATHEMATICAL SANS-SERIF BOLD CAPITAL MU +\\bsansN " 𝗡 : MATHEMATICAL SANS-SERIF BOLD CAPITAL N +\\bsansN " 𝗡 : MATHEMATICAL SANS-SERIF BOLD CAPITAL N +\\bsansNu " 𝝢 : MATHEMATICAL SANS-SERIF BOLD CAPITAL NU +\\bsansO " 𝗢 : MATHEMATICAL SANS-SERIF BOLD CAPITAL O +\\bsansO " 𝗢 : MATHEMATICAL SANS-SERIF BOLD CAPITAL O +\\bsansOm \\bsansOm " : (Incomplete sequence) +\\bsansOmega " 𝝮 : MATHEMATICAL SANS-SERIF BOLD CAPITAL OMEGA +\\bsansOmicron " 𝝤 : MATHEMATICAL SANS-SERIF BOLD CAPITAL OMICRON +\\bsansP " 𝗣 : MATHEMATICAL SANS-SERIF BOLD CAPITAL P +\\bsansP " 𝗣 : MATHEMATICAL SANS-SERIF BOLD CAPITAL P +\\bsansPh \\bsansPh " : (Incomplete sequence) +\\bsansPhi " 𝝫 : MATHEMATICAL SANS-SERIF BOLD CAPITAL PHI +\\bsansPi " 𝝥 : MATHEMATICAL SANS-SERIF BOLD CAPITAL PI +\\bsansPs \\bsansPs " : (Incomplete sequence) +\\bsansPsi " 𝝭 : MATHEMATICAL SANS-SERIF BOLD CAPITAL PSI +\\bsansQ " 𝗤 : MATHEMATICAL SANS-SERIF BOLD CAPITAL Q +\\bsansR " 𝗥 : MATHEMATICAL SANS-SERIF BOLD CAPITAL R +\\bsansR " 𝗥 : MATHEMATICAL SANS-SERIF BOLD CAPITAL R +\\bsansRh \\bsansRh " : (Incomplete sequence) +\\bsansRho " 𝝦 : MATHEMATICAL SANS-SERIF BOLD CAPITAL RHO +\\bsansS " 𝗦 : MATHEMATICAL SANS-SERIF BOLD CAPITAL S +\\bsansS " 𝗦 : MATHEMATICAL SANS-SERIF BOLD CAPITAL S +\\bsansSi \\bsansSi " : (Incomplete sequence) +\\bsansSigma " 𝝨 : MATHEMATICAL SANS-SERIF BOLD CAPITAL SIGMA +\\bsansT " 𝗧 : MATHEMATICAL SANS-SERIF BOLD CAPITAL T +\\bsansT " 𝗧 : MATHEMATICAL SANS-SERIF BOLD CAPITAL T +\\bsansTa \\bsansTa " : (Incomplete sequence) +\\bsansTau " 𝝩 : MATHEMATICAL SANS-SERIF BOLD CAPITAL TAU +\\bsansTh \\bsansTh " : (Incomplete sequence) +\\bsansTheta " 𝝝 : MATHEMATICAL SANS-SERIF BOLD CAPITAL THETA +\\bsansU " 𝗨 : MATHEMATICAL SANS-SERIF BOLD CAPITAL U +\\bsansU " 𝗨 : MATHEMATICAL SANS-SERIF BOLD CAPITAL U +\\bsansUp \\bsansUp " : (Incomplete sequence) +\\bsansUpsilon " 𝝪 : MATHEMATICAL SANS-SERIF BOLD CAPITAL UPSILON +\\bsansV " 𝗩 : MATHEMATICAL SANS-SERIF BOLD CAPITAL V +\\bsansW " 𝗪 : MATHEMATICAL SANS-SERIF BOLD CAPITAL W +\\bsansX " 𝗫 : MATHEMATICAL SANS-SERIF BOLD CAPITAL X +\\bsansX " 𝗫 : MATHEMATICAL SANS-SERIF BOLD CAPITAL X +\\bsansXi " 𝝣 : MATHEMATICAL SANS-SERIF BOLD CAPITAL XI +\\bsansY " 𝗬 : MATHEMATICAL SANS-SERIF BOLD CAPITAL Y +\\bsansZ " 𝗭 : MATHEMATICAL SANS-SERIF BOLD CAPITAL Z +\\bsansZ " 𝗭 : MATHEMATICAL SANS-SERIF BOLD CAPITAL Z +\\bsansZe \\bsansZe " : (Incomplete sequence) +\\bsansZeta " 𝝛 : MATHEMATICAL SANS-SERIF BOLD CAPITAL ZETA +\\bsansa " 𝗮 : MATHEMATICAL SANS-SERIF BOLD SMALL A +\\bsansa " 𝗮 : MATHEMATICAL SANS-SERIF BOLD SMALL A +\\bsansal \\bsansal " : (Incomplete sequence) +\\bsansalpha " 𝝰 : MATHEMATICAL SANS-SERIF BOLD SMALL ALPHA +\\bsansb " 𝗯 : MATHEMATICAL SANS-SERIF BOLD SMALL B +\\bsansb " 𝗯 : MATHEMATICAL SANS-SERIF BOLD SMALL B +\\bsansbe \\bsansbe " : (Incomplete sequence) +\\bsansbeta " 𝝱 : MATHEMATICAL SANS-SERIF BOLD SMALL BETA +\\bsansc " 𝗰 : MATHEMATICAL SANS-SERIF BOLD SMALL C +\\bsansc " 𝗰 : MATHEMATICAL SANS-SERIF BOLD SMALL C +\\bsansch \\bsansch " : (Incomplete sequence) +\\bsanschi " 𝞆 : MATHEMATICAL SANS-SERIF BOLD SMALL CHI +\\bsansd " 𝗱 : MATHEMATICAL SANS-SERIF BOLD SMALL D +\\bsansd " 𝗱 : MATHEMATICAL SANS-SERIF BOLD SMALL D +\\bsansde \\bsansde " : (Incomplete sequence) +\\bsansdelta " 𝝳 : MATHEMATICAL SANS-SERIF BOLD SMALL DELTA +\\bsanse " 𝗲 : MATHEMATICAL SANS-SERIF BOLD SMALL E +\\bsanse " 𝗲 : MATHEMATICAL SANS-SERIF BOLD SMALL E +\\bsansei \\bsansei " : (Incomplete sequence) +\\bsanseight " 𝟴 : MATHEMATICAL SANS-SERIF BOLD DIGIT EIGHT +\\bsansep \\bsansep " : (Incomplete sequence) +\\bsansepsilon " 𝞊 : MATHEMATICAL SANS-SERIF BOLD EPSILON SYMBOL +\\bsanset \\bsanset " : (Incomplete sequence) +\\bsanseta " 𝝶 : MATHEMATICAL SANS-SERIF BOLD SMALL ETA +\\bsansf " 𝗳 : MATHEMATICAL SANS-SERIF BOLD SMALL F +\\bsansf " 𝗳 : MATHEMATICAL SANS-SERIF BOLD SMALL F +\\bsansfi \\bsansfi " : (Incomplete sequence) +\\bsansfive " 𝟱 : MATHEMATICAL SANS-SERIF BOLD DIGIT FIVE +\\bsansfo \\bsansfo " : (Incomplete sequence) +\\bsansfour " 𝟰 : MATHEMATICAL SANS-SERIF BOLD DIGIT FOUR +\\bsansg " 𝗴 : MATHEMATICAL SANS-SERIF BOLD SMALL G +\\bsansg " 𝗴 : MATHEMATICAL SANS-SERIF BOLD SMALL G +\\bsansga \\bsansga " : (Incomplete sequence) +\\bsansgamma " 𝝲 : MATHEMATICAL SANS-SERIF BOLD SMALL GAMMA +\\bsansh " 𝗵 : MATHEMATICAL SANS-SERIF BOLD SMALL H +\\bsansi " 𝗶 : MATHEMATICAL SANS-SERIF BOLD SMALL I +\\bsansi " 𝗶 : MATHEMATICAL SANS-SERIF BOLD SMALL I +\\bsansio \\bsansio " : (Incomplete sequence) +\\bsansiota " 𝝸 : MATHEMATICAL SANS-SERIF BOLD SMALL IOTA +\\bsansj " 𝗷 : MATHEMATICAL SANS-SERIF BOLD SMALL J +\\bsansk " 𝗸 : MATHEMATICAL SANS-SERIF BOLD SMALL K +\\bsansk " 𝗸 : MATHEMATICAL SANS-SERIF BOLD SMALL K +\\bsanska \\bsanska " : (Incomplete sequence) +\\bsanskappa " 𝝹 : MATHEMATICAL SANS-SERIF BOLD SMALL KAPPA +\\bsansl " 𝗹 : MATHEMATICAL SANS-SERIF BOLD SMALL L +\\bsansl " 𝗹 : MATHEMATICAL SANS-SERIF BOLD SMALL L +\\bsansla \\bsansla " : (Incomplete sequence) +\\bsanslambda " 𝝺 : MATHEMATICAL SANS-SERIF BOLD SMALL LAMDA +\\bsansm " 𝗺 : MATHEMATICAL SANS-SERIF BOLD SMALL M +\\bsansm " 𝗺 : MATHEMATICAL SANS-SERIF BOLD SMALL M +\\bsansmu " 𝝻 : MATHEMATICAL SANS-SERIF BOLD SMALL MU +\\bsansn " 𝗻 : MATHEMATICAL SANS-SERIF BOLD SMALL N +\\bsansn " 𝗻 : MATHEMATICAL SANS-SERIF BOLD SMALL N +\\bsansna \\bsansna " : (Incomplete sequence) +\\bsansnabla " 𝝯 : MATHEMATICAL SANS-SERIF BOLD NABLA +\\bsansni \\bsansni " : (Incomplete sequence) +\\bsansnine " 𝟵 : MATHEMATICAL SANS-SERIF BOLD DIGIT NINE +\\bsansnu " 𝝼 : MATHEMATICAL SANS-SERIF BOLD SMALL NU +\\bsanso " 𝗼 : MATHEMATICAL SANS-SERIF BOLD SMALL O +\\bsanso " 𝗼 : MATHEMATICAL SANS-SERIF BOLD SMALL O +\\bsansom \\bsansom " : (Incomplete sequence) +\\bsansomega " 𝞈 : MATHEMATICAL SANS-SERIF BOLD SMALL OMEGA +\\bsansomicron " 𝝾 : MATHEMATICAL SANS-SERIF BOLD SMALL OMICRON +\\bsanson \\bsanson " : (Incomplete sequence) +\\bsansone " 𝟭 : MATHEMATICAL SANS-SERIF BOLD DIGIT ONE +\\bsansp " 𝗽 : MATHEMATICAL SANS-SERIF BOLD SMALL P +\\bsansp " 𝗽 : MATHEMATICAL SANS-SERIF BOLD SMALL P +\\bsanspa \\bsanspa " : (Incomplete sequence) +\\bsanspartial " 𝞉 : MATHEMATICAL SANS-SERIF BOLD PARTIAL DIFFERENTIAL +\\bsansph \\bsansph " : (Incomplete sequence) +\\bsansphi " 𝞍 : MATHEMATICAL SANS-SERIF BOLD PHI SYMBOL +\\bsanspi " 𝝿 : MATHEMATICAL SANS-SERIF BOLD SMALL PI +\\bsansps \\bsansps " : (Incomplete sequence) +\\bsanspsi " 𝞇 : MATHEMATICAL SANS-SERIF BOLD SMALL PSI +\\bsansq " 𝗾 : MATHEMATICAL SANS-SERIF BOLD SMALL Q +\\bsansr " 𝗿 : MATHEMATICAL SANS-SERIF BOLD SMALL R +\\bsansr " 𝗿 : MATHEMATICAL SANS-SERIF BOLD SMALL R +\\bsansrh \\bsansrh " : (Incomplete sequence) +\\bsansrho " 𝞀 : MATHEMATICAL SANS-SERIF BOLD SMALL RHO +\\bsanss " 𝘀 : MATHEMATICAL SANS-SERIF BOLD SMALL S +\\bsanss " 𝘀 : MATHEMATICAL SANS-SERIF BOLD SMALL S +\\bsansse \\bsansse " : (Incomplete sequence) +\\bsansseven " 𝟳 : MATHEMATICAL SANS-SERIF BOLD DIGIT SEVEN +\\bsanssi \\bsanssi " : (Incomplete sequence) +\\bsanssigma " 𝞂 : MATHEMATICAL SANS-SERIF BOLD SMALL SIGMA +\\bsanssix " 𝟲 : MATHEMATICAL SANS-SERIF BOLD DIGIT SIX +\\bsanst " 𝘁 : MATHEMATICAL SANS-SERIF BOLD SMALL T +\\bsanst " 𝘁 : MATHEMATICAL SANS-SERIF BOLD SMALL T +\\bsansta \\bsansta " : (Incomplete sequence) +\\bsanstau " 𝞃 : MATHEMATICAL SANS-SERIF BOLD SMALL TAU +\\bsansth \\bsansth " : (Incomplete sequence) +\\bsanstheta " 𝝷 : MATHEMATICAL SANS-SERIF BOLD SMALL THETA +\\bsansthree " 𝟯 : MATHEMATICAL SANS-SERIF BOLD DIGIT THREE +\\bsanstw \\bsanstw " : (Incomplete sequence) +\\bsanstwo " 𝟮 : MATHEMATICAL SANS-SERIF BOLD DIGIT TWO +\\bsansu " 𝘂 : MATHEMATICAL SANS-SERIF BOLD SMALL U +\\bsansu " 𝘂 : MATHEMATICAL SANS-SERIF BOLD SMALL U +\\bsansup \\bsansup " : (Incomplete sequence) +\\bsansupsilon " 𝞄 : MATHEMATICAL SANS-SERIF BOLD SMALL UPSILON +\\bsansv " 𝘃 : MATHEMATICAL SANS-SERIF BOLD SMALL V +\\bsansv " 𝘃 : MATHEMATICAL SANS-SERIF BOLD SMALL V +\\bsansva \\bsansva " : (Incomplete sequence) +\\bsansvarTheta " 𝝧 : MATHEMATICAL SANS-SERIF BOLD CAPITAL THETA SYMBOL +\\bsansvarepsilon " 𝝴 : MATHEMATICAL SANS-SERIF BOLD SMALL EPSILON +\\bsansvarkappa " 𝞌 : MATHEMATICAL SANS-SERIF BOLD KAPPA SYMBOL +\\bsansvarphi " 𝞅 : MATHEMATICAL SANS-SERIF BOLD SMALL PHI +\\bsansvarpi " 𝞏 : MATHEMATICAL SANS-SERIF BOLD PI SYMBOL +\\bsansvarrho " 𝞎 : MATHEMATICAL SANS-SERIF BOLD RHO SYMBOL +\\bsansvarsigma " 𝞁 : MATHEMATICAL SANS-SERIF BOLD SMALL FINAL SIGMA +\\bsansvartheta " 𝞋 : MATHEMATICAL SANS-SERIF BOLD THETA SYMBOL +\\bsansw " 𝘄 : MATHEMATICAL SANS-SERIF BOLD SMALL W +\\bsansx " 𝘅 : MATHEMATICAL SANS-SERIF BOLD SMALL X +\\bsansx " 𝘅 : MATHEMATICAL SANS-SERIF BOLD SMALL X +\\bsansxi " 𝝽 : MATHEMATICAL SANS-SERIF BOLD SMALL XI +\\bsansy " 𝘆 : MATHEMATICAL SANS-SERIF BOLD SMALL Y +\\bsansz " 𝘇 : MATHEMATICAL SANS-SERIF BOLD SMALL Z +\\bsansz " 𝘇 : MATHEMATICAL SANS-SERIF BOLD SMALL Z +\\bsansze \\bsansze " : (Incomplete sequence) +\\bsanszero " 𝟬 : MATHEMATICAL SANS-SERIF BOLD DIGIT ZERO +\\bsanszeta " 𝝵 : MATHEMATICAL SANS-SERIF BOLD SMALL ZETA +\\bscrA " 𝓐 : MATHEMATICAL BOLD SCRIPT CAPITAL A +\\bscrB " 𝓑 : MATHEMATICAL BOLD SCRIPT CAPITAL B +\\bscrC " 𝓒 : MATHEMATICAL BOLD SCRIPT CAPITAL C +\\bscrD " 𝓓 : MATHEMATICAL BOLD SCRIPT CAPITAL D +\\bscrE " 𝓔 : MATHEMATICAL BOLD SCRIPT CAPITAL E +\\bscrF " 𝓕 : MATHEMATICAL BOLD SCRIPT CAPITAL F +\\bscrG " 𝓖 : MATHEMATICAL BOLD SCRIPT CAPITAL G +\\bscrH " 𝓗 : MATHEMATICAL BOLD SCRIPT CAPITAL H +\\bscrI " 𝓘 : MATHEMATICAL BOLD SCRIPT CAPITAL I +\\bscrJ " 𝓙 : MATHEMATICAL BOLD SCRIPT CAPITAL J +\\bscrK " 𝓚 : MATHEMATICAL BOLD SCRIPT CAPITAL K +\\bscrL " 𝓛 : MATHEMATICAL BOLD SCRIPT CAPITAL L +\\bscrM " 𝓜 : MATHEMATICAL BOLD SCRIPT CAPITAL M +\\bscrN " 𝓝 : MATHEMATICAL BOLD SCRIPT CAPITAL N +\\bscrO " 𝓞 : MATHEMATICAL BOLD SCRIPT CAPITAL O +\\bscrP " 𝓟 : MATHEMATICAL BOLD SCRIPT CAPITAL P +\\bscrQ " 𝓠 : MATHEMATICAL BOLD SCRIPT CAPITAL Q +\\bscrR " 𝓡 : MATHEMATICAL BOLD SCRIPT CAPITAL R +\\bscrS " 𝓢 : MATHEMATICAL BOLD SCRIPT CAPITAL S +\\bscrT " 𝓣 : MATHEMATICAL BOLD SCRIPT CAPITAL T +\\bscrU " 𝓤 : MATHEMATICAL BOLD SCRIPT CAPITAL U +\\bscrV " 𝓥 : MATHEMATICAL BOLD SCRIPT CAPITAL V +\\bscrW " 𝓦 : MATHEMATICAL BOLD SCRIPT CAPITAL W +\\bscrX " 𝓧 : MATHEMATICAL BOLD SCRIPT CAPITAL X +\\bscrY " 𝓨 : MATHEMATICAL BOLD SCRIPT CAPITAL Y +\\bscrZ " 𝓩 : MATHEMATICAL BOLD SCRIPT CAPITAL Z +\\bscra " 𝓪 : MATHEMATICAL BOLD SCRIPT SMALL A +\\bscrb " 𝓫 : MATHEMATICAL BOLD SCRIPT SMALL B +\\bscrc " 𝓬 : MATHEMATICAL BOLD SCRIPT SMALL C +\\bscrd " 𝓭 : MATHEMATICAL BOLD SCRIPT SMALL D +\\bscre " 𝓮 : MATHEMATICAL BOLD SCRIPT SMALL E +\\bscrf " 𝓯 : MATHEMATICAL BOLD SCRIPT SMALL F +\\bscrg " 𝓰 : MATHEMATICAL BOLD SCRIPT SMALL G +\\bscrh " 𝓱 : MATHEMATICAL BOLD SCRIPT SMALL H +\\bscri " 𝓲 : MATHEMATICAL BOLD SCRIPT SMALL I +\\bscrj " 𝓳 : MATHEMATICAL BOLD SCRIPT SMALL J +\\bscrk " 𝓴 : MATHEMATICAL BOLD SCRIPT SMALL K +\\bscrl " 𝓵 : MATHEMATICAL BOLD SCRIPT SMALL L +\\bscrm " 𝓶 : MATHEMATICAL BOLD SCRIPT SMALL M +\\bscrn " 𝓷 : MATHEMATICAL BOLD SCRIPT SMALL N +\\bscro " 𝓸 : MATHEMATICAL BOLD SCRIPT SMALL O +\\bscrp " 𝓹 : MATHEMATICAL BOLD SCRIPT SMALL P +\\bscrq " 𝓺 : MATHEMATICAL BOLD SCRIPT SMALL Q +\\bscrr " 𝓻 : MATHEMATICAL BOLD SCRIPT SMALL R +\\bscrs " 𝓼 : MATHEMATICAL BOLD SCRIPT SMALL S +\\bscrt " 𝓽 : MATHEMATICAL BOLD SCRIPT SMALL T +\\bscru " 𝓾 : MATHEMATICAL BOLD SCRIPT SMALL U +\\bscrv " 𝓿 : MATHEMATICAL BOLD SCRIPT SMALL V +\\bscrw " 𝔀 : MATHEMATICAL BOLD SCRIPT SMALL W +\\bscrx " 𝔁 : MATHEMATICAL BOLD SCRIPT SMALL X +\\bscry " 𝔂 : MATHEMATICAL BOLD SCRIPT SMALL Y +\\bscrz " 𝔃 : MATHEMATICAL BOLD SCRIPT SMALL Z +\\bsimilarleftarrow " ⭁ : REVERSE TILDE OPERATOR ABOVE LEFTWARDS ARROW +\\bsimilarrightarrow " ⭇ : REVERSE TILDE OPERATOR ABOVE RIGHTWARDS ARROW +\\bsolhsub " ⟈ : REVERSE SOLIDUS PRECEDING SUBSET +\\btdl " ɬ : LATIN SMALL LETTER L WITH BELT / LATIN SMALL LETTER L BELT +\\btimes " ⨲ : SEMIDIRECT PRODUCT WITH BOTTOM CLOSED +\\bullet " • : BULLET +\\bullseye " ◎ : BULLSEYE +\\bumpeq " ≏ : DIFFERENCE BETWEEN +\\bumpeq " ≏ : DIFFERENCE BETWEEN +\\bumpeqq " ⪮ : EQUALS SIGN WITH BUMPY ABOVE +\\c " ◌̧ : COMBINING CEDILLA / NON-SPACING CEDILLA +\\c " ◌̧ : COMBINING CEDILLA / NON-SPACING CEDILLA +\\ca \\ca " : (Incomplete sequence) +\\cancer " ♋ : CANCER +\\candra " ◌̐ : COMBINING CANDRABINDU / NON-SPACING CANDRABINDU +\\cap " ∩ : INTERSECTION +\\cap " ∩ : INTERSECTION +\\capd \\capd " : (Incomplete sequence) +\\capdot " ⩀ : INTERSECTION WITH DOT +\\capr \\capr " : (Incomplete sequence) +\\capricornus " ♑ : CAPRICORN +\\capw \\capw " : (Incomplete sequence) +\\capwedge " ⩄ : INTERSECTION WITH LOGICAL AND +\\carriagereturn " ↵ : DOWNWARDS ARROW WITH CORNER LEFTWARDS / DOWN ARROW WITH CORNER LEFT +\\cb \\cb " : (Incomplete sequence) +\\cbrt " ∛ : CUBE ROOT +\\cd \\cd " : (Incomplete sequence) +\\cdot " ⋅ : DOT OPERATOR +\\cdot " ⋅ : DOT OPERATOR +\\cdotp " · : MIDDLE DOT +\\cdots " ⋯ : MIDLINE HORIZONTAL ELLIPSIS +\\ch \\ch " : (Incomplete sequence) +\\check " ◌̌ : COMBINING CARON / NON-SPACING HACEK +\\check " ◌̌ : COMBINING CARON / NON-SPACING HACEK +\\checkm \\checkm " : (Incomplete sequence) +\\checkmark " ✓ : CHECK MARK +\\chi " χ : GREEK SMALL LETTER CHI +\\ci \\ci " : (Incomplete sequence) +\\circ " ∘ : RING OPERATOR +\\circ " ∘ : RING OPERATOR +\\circe \\circe " : (Incomplete sequence) +\\circeq " ≗ : RING EQUAL TO +\\circl \\circl " : (Incomplete sequence) +\\circlearrowleft " ↺ : ANTICLOCKWISE OPEN CIRCLE ARROW +\\circlearrowright " ↻ : CLOCKWISE OPEN CIRCLE ARROW +\\circledR " ® : REGISTERED SIGN / REGISTERED TRADE MARK SIGN +\\circledS " Ⓢ : CIRCLED LATIN CAPITAL LETTER S +\\circledast " ⊛ : CIRCLED ASTERISK OPERATOR +\\circledbullet " ⦿ : CIRCLED BULLET +\\circledcirc " ⊚ : CIRCLED RING OPERATOR +\\circleddash " ⊝ : CIRCLED DASH +\\circledequal " ⊜ : CIRCLED EQUALS +\\circledparallel " ⦷ : CIRCLED PARALLEL +\\circledrightdot " ⚆ : WHITE CIRCLE WITH DOT RIGHT +\\circledstar " ✪ : CIRCLED WHITE STAR +\\circledtwodots " ⚇ : WHITE CIRCLE WITH TWO DOTS +\\circledwhitebullet " ⦾ : CIRCLED WHITE BULLET +\\circlellquad " ◵ : WHITE CIRCLE WITH LOWER LEFT QUADRANT +\\circlelrquad " ◶ : WHITE CIRCLE WITH LOWER RIGHT QUADRANT +\\circleonleftarrow " ⬰ : LEFT ARROW WITH SMALL CIRCLE +\\circleonrightarrow " ⇴ : RIGHT ARROW WITH SMALL CIRCLE +\\circletophalfblack " ◓ : CIRCLE WITH UPPER HALF BLACK +\\circleulquad " ◴ : WHITE CIRCLE WITH UPPER LEFT QUADRANT +\\circleurquad " ◷ : WHITE CIRCLE WITH UPPER RIGHT QUADRANT +\\circleurquad " ◷ : WHITE CIRCLE WITH UPPER RIGHT QUADRANT +\\circleurquadb \\circleurquadb " : (Incomplete sequence) +\\circleurquadblack " ◔ : CIRCLE WITH UPPER RIGHT QUADRANT BLACK +\\circlevertfill " ◍ : CIRCLE WITH VERTICAL FILL +\\cirfb " ◒ : CIRCLE WITH LOWER HALF BLACK +\\cirfl " ◐ : CIRCLE WITH LEFT HALF BLACK +\\cirfnint " ⨐ : CIRCULATION FUNCTION +\\cirfr " ◑ : CIRCLE WITH RIGHT HALF BLACK +\\cl \\cl " : (Incomplete sequence) +\\clockoint " ⨏ : INTEGRAL AVERAGE WITH SLASH +\\clomeg " ɷ : LATIN SMALL LETTER CLOSED OMEGA +\\closedvarcap " ⩍ : CLOSED INTERSECTION WITH SERIFS +\\closedvarcup " ⩌ : CLOSED UNION WITH SERIFS +\\closedvarcup " ⩌ : CLOSED UNION WITH SERIFS +\\closedvarcups \\closedvarcups " : (Incomplete sequence) +\\closedvarcupsmashprod " ⩐ : CLOSED UNION WITH SERIFS AND SMASH PRODUCT +\\clubsuit " ♣ : BLACK CLUB SUIT +\\clwintegral " ∱ : CLOCKWISE INTEGRAL +\\co \\co " : (Incomplete sequence) +\\coloneq " ≔ : COLON EQUALS / COLON EQUAL +\\commaminus " ⨩ : MINUS SIGN WITH COMMA ABOVE +\\complement " ∁ : COMPLEMENT +\\cong " ≅ : APPROXIMATELY EQUAL TO +\\cong " ≅ : APPROXIMATELY EQUAL TO +\\congd \\congd " : (Incomplete sequence) +\\congdot " ⩭ : CONGRUENT WITH DOT ABOVE +\\conictaper " ⌲ : CONICAL TAPER +\\conjquant " ⨇ : TWO LOGICAL AND OPERATOR +\\coprod " ∐ : N-ARY COPRODUCT +\\copyright " © : COPYRIGHT SIGN +\\cs \\cs " : (Incomplete sequence) +\\csub " ⫏ : CLOSED SUBSET +\\csub " ⫏ : CLOSED SUBSET +\\csube " ⫑ : CLOSED SUBSET OR EQUAL TO +\\csup " ⫐ : CLOSED SUPERSET +\\csup " ⫐ : CLOSED SUPERSET +\\csupe " ⫒ : CLOSED SUPERSET OR EQUAL TO +\\cu \\cu " : (Incomplete sequence) +\\cup " ∪ : UNION +\\cup " ∪ : UNION +\\cupd \\cupd " : (Incomplete sequence) +\\cupdot " ⊍ : MULTISET MULTIPLICATION +\\cupv \\cupv " : (Incomplete sequence) +\\cupvee " ⩅ : UNION WITH LOGICAL OR +\\curlyeqprec " ⋞ : EQUAL TO OR PRECEDES +\\curlyeqsucc " ⋟ : EQUAL TO OR SUCCEEDS +\\curlyvee " ⋎ : CURLY LOGICAL OR +\\curlywedge " ⋏ : CURLY LOGICAL AND +\\curvearrowleft " ↶ : ANTICLOCKWISE TOP SEMICIRCLE ARROW +\\curvearrowright " ↷ : CLOCKWISE TOP SEMICIRCLE ARROW +\\dagger " † : DAGGER +\\daleth " ℸ : DALET SYMBOL / FOURTH TRANSFINITE CARDINAL +\\danger " ☡ : CAUTION SIGN +\\dashV " ⫣ : DOUBLE VERTICAL BAR LEFT TURNSTILE +\\dashleftharpoondown " ⥫ : LEFTWARDS HARPOON WITH BARB DOWN BELOW LONG DASH +\\dashrightharpoondown " ⥭ : RIGHTWARDS HARPOON WITH BARB DOWN BELOW LONG DASH +\\dashv " ⊣ : LEFT TACK +\\dbkarow " ⤏ : RIGHTWARDS TRIPLE DASH ARROW +\\dblarrowupdown " ⇅ : UPWARDS ARROW LEFTWARDS OF DOWNWARDS ARROW / UP ARROW LEFT OF DOWN ARROW +\\ddagger " ‡ : DOUBLE DAGGER +\\ddddot " ◌⃜ : COMBINING FOUR DOTS ABOVE / NON-SPACING FOUR DOTS ABOVE +\\dddot " ◌⃛ : COMBINING THREE DOTS ABOVE / NON-SPACING THREE DOTS ABOVE +\\ddfnc " ⦙ : DOTTED FENCE +\\ddot " ◌̈ : COMBINING DIAERESIS / NON-SPACING DIAERESIS +\\ddot " ◌̈ : COMBINING DIAERESIS / NON-SPACING DIAERESIS +\\ddots " ⋱ : DOWN RIGHT DIAGONAL ELLIPSIS +\\ddots " ⋱ : DOWN RIGHT DIAGONAL ELLIPSIS +\\ddotse \\ddotse " : (Incomplete sequence) +\\ddotseq " ⩷ : EQUALS SIGN WITH TWO DOTS ABOVE AND TWO DOTS BELOW +\\defas " ⧋ : TRIANGLE WITH UNDERBAR +\\degree " ° : DEGREE SIGN +\\del " ∇ : NABLA +\\del " ∇ : NABLA +\\delt \\delt " : (Incomplete sequence) +\\delta " δ : GREEK SMALL LETTER DELTA +\\dh " ð : LATIN SMALL LETTER ETH +\\diagdown " ╲ : BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO LOWER RIGHT / FORMS LIGHT DIAGONAL UPPER LEFT TO LOWER RIGHT +\\diagup " ╱ : BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO LOWER LEFT / FORMS LIGHT DIAGONAL UPPER RIGHT TO LOWER LEFT +\\diameter " ⌀ : DIAMETER SIGN +\\diamond " ⋄ : DIAMOND OPERATOR +\\diamond " ⋄ : DIAMOND OPERATOR +\\diamondb \\diamondb " : (Incomplete sequence) +\\diamondbotblack " ⬙ : DIAMOND WITH BOTTOM HALF BLACK +\\diamondl \\diamondl " : (Incomplete sequence) +\\diamondleftarrow " ⤝ : LEFTWARDS ARROW TO BLACK DIAMOND +\\diamondleftarrow " ⤝ : LEFTWARDS ARROW TO BLACK DIAMOND +\\diamondleftarrowb \\diamondleftarrowb " : (Incomplete sequence) +\\diamondleftarrowbar " ⤟ : LEFTWARDS ARROW FROM BAR TO BLACK DIAMOND +\\diamondleftblack " ⬖ : DIAMOND WITH LEFT HALF BLACK +\\diamondr \\diamondr " : (Incomplete sequence) +\\diamondrightblack " ⬗ : DIAMOND WITH RIGHT HALF BLACK +\\diamonds \\diamonds " : (Incomplete sequence) +\\diamondsuit " ♢ : WHITE DIAMOND SUIT +\\diamondt \\diamondt " : (Incomplete sequence) +\\diamondtopblack " ⬘ : DIAMOND WITH TOP HALF BLACK +\\dicei " ⚀ : DIE FACE-1 +\\dicei " ⚀ : DIE FACE-1 +\\diceii " ⚁ : DIE FACE-2 +\\diceii " ⚁ : DIE FACE-2 +\\diceiii " ⚂ : DIE FACE-3 +\\diceiv " ⚃ : DIE FACE-4 +\\dicev " ⚄ : DIE FACE-5 +\\dicev " ⚄ : DIE FACE-5 +\\dicevi " ⚅ : DIE FACE-6 +\\digamma " ϝ : GREEK SMALL LETTER DIGAMMA +\\dingasterisk " ✽ : HEAVY TEARDROP-SPOKED ASTERISK +\\disin " ⋲ : ELEMENT OF WITH LONG HORIZONTAL STROKE +\\disjquant " ⨈ : TWO LOGICAL OR OPERATOR +\\div " ÷ : DIVISION SIGN +\\div " ÷ : DIVISION SIGN +\\divi \\divi " : (Incomplete sequence) +\\divideontimes " ⋇ : DIVISION TIMES +\\dj " đ : LATIN SMALL LETTER D WITH STROKE / LATIN SMALL LETTER D BAR +\\dlcorn " ⎣ : LEFT SQUARE BRACKET LOWER CORNER +\\dot " ◌̇ : COMBINING DOT ABOVE / NON-SPACING DOT ABOVE +\\dot " ◌̇ : COMBINING DOT ABOVE / NON-SPACING DOT ABOVE +\\dote \\dote " : (Incomplete sequence) +\\doteq " ≐ : APPROACHES THE LIMIT +\\doteq " ≐ : APPROACHES THE LIMIT +\\dotequ \\dotequ " : (Incomplete sequence) +\\dotequiv " ⩧ : IDENTICAL WITH DOT ABOVE +\\dotm \\dotm " : (Incomplete sequence) +\\dotminus " ∸ : DOT MINUS +\\dotp \\dotp " : (Incomplete sequence) +\\dotplus " ∔ : DOT PLUS +\\dots " … : HORIZONTAL ELLIPSIS +\\dots " … : HORIZONTAL ELLIPSIS +\\dotsi \\dotsi " : (Incomplete sequence) +\\dotsim " ⩪ : TILDE OPERATOR WITH DOT ABOVE +\\dotsm \\dotsm " : (Incomplete sequence) +\\dotsminusdots " ∺ : GEOMETRIC PROPORTION +\\dott \\dott " : (Incomplete sequence) +\\dottedcircle " ◌ : DOTTED CIRCLE +\\dottedsquare " ⬚ : DOTTED SQUARE +\\dottimes " ⨰ : MULTIPLICATION SIGN WITH DOT ABOVE +\\doublebarvee " ⩢ : LOGICAL OR WITH DOUBLE OVERBAR +\\doublepipe " ǂ : LATIN LETTER ALVEOLAR CLICK / LATIN LETTER PIPE DOUBLE BAR +\\doubleplus " ⧺ : DOUBLE PLUS +\\downarrow " ↓ : DOWNWARDS ARROW / DOWN ARROW +\\downarrow " ↓ : DOWNWARDS ARROW / DOWN ARROW +\\downarrowb \\downarrowb " : (Incomplete sequence) +\\downarrowbarred " ⤈ : DOWNWARDS ARROW WITH HORIZONTAL STROKE +\\downdasharrow " ⇣ : DOWNWARDS DASHED ARROW / DOWN DASHED ARROW +\\downdownarrows " ⇊ : DOWNWARDS PAIRED ARROWS / DOWN PAIRED ARROWS +\\downharpoonleft " ⇃ : DOWNWARDS HARPOON WITH BARB LEFTWARDS / DOWN HARPOON WITH BARB LEFT +\\downharpoonright " ⇂ : DOWNWARDS HARPOON WITH BARB RIGHTWARDS / DOWN HARPOON WITH BARB RIGHT +\\downharpoonsleftright " ⥥ : DOWNWARDS HARPOON WITH BARB LEFT BESIDE DOWNWARDS HARPOON WITH BARB RIGHT +\\downvDash " ⫪ : DOUBLE DOWN TACK +\\downwhitearrow " ⇩ : DOWNWARDS WHITE ARROW / WHITE DOWN ARROW +\\downzigzagarrow " ↯ : DOWNWARDS ZIGZAG ARROW / DOWN ZIGZAG ARROW +\\draftingarrow " ➛ : DRAFTING POINT RIGHTWARDS ARROW / DRAFTING POINT RIGHT ARROW +\\drbkarrow " ⤐ : RIGHTWARDS TWO-HEADED TRIPLE DASH ARROW +\\droang " ◌̚ : COMBINING LEFT ANGLE ABOVE / NON-SPACING LEFT ANGLE ABOVE +\\dshfnc " ┆ : BOX DRAWINGS LIGHT TRIPLE DASH VERTICAL / FORMS LIGHT TRIPLE DASH VERTICAL +\\dsol " ⧶ : SOLIDUS WITH OVERBAR +\\dualmap " ⧟ : DOUBLE-ENDED MULTIMAP +\\dyogh " ʤ : LATIN SMALL LETTER DEZH DIGRAPH / LATIN SMALL LETTER D YOGH +\\egsdot " ⪘ : SLANTED EQUAL TO OR GREATER-THAN WITH DOT INSIDE +\\eighthnote " ♪ : EIGHTH NOTE +\\elinters " ⏧ : ELECTRICAL INTERSECTION +\\ell " ℓ : SCRIPT SMALL L +\\elsdot " ⪗ : SLANTED EQUAL TO OR LESS-THAN WITH DOT INSIDE +\\emdash " — : EM DASH +\\emptyset " ∅ : EMPTY SET +\\emptyset " ∅ : EMPTY SET +\\emptyseto \\emptyseto " : (Incomplete sequence) +\\emptysetoarr " ⦳ : EMPTY SET WITH RIGHT ARROW ABOVE +\\emptysetoarr " ⦳ : EMPTY SET WITH RIGHT ARROW ABOVE +\\emptysetoarrl " ⦴ : EMPTY SET WITH LEFT ARROW ABOVE +\\emptysetobar " ⦱ : EMPTY SET WITH OVERBAR +\\emptysetocirc " ⦲ : EMPTY SET WITH SMALL CIRCLE ABOVE +\\enclosecircle " ◌⃝ : COMBINING ENCLOSING CIRCLE / ENCLOSING CIRCLE +\\enclosediamond " ◌⃟ : COMBINING ENCLOSING DIAMOND / ENCLOSING DIAMOND +\\enclosesquare " ◌⃞ : COMBINING ENCLOSING SQUARE / ENCLOSING SQUARE +\\enclosetriangle " ◌⃤ : COMBINING ENCLOSING UPWARD POINTING TRIANGLE +\\endash " – : EN DASH +\\enspace "   : EN SPACE +\\eparsl " ⧣ : EQUALS SIGN AND SLANTED PARALLEL +\\epsilon " ϵ : GREEK LUNATE EPSILON SYMBOL +\\eqcirc " ≖ : RING IN EQUAL TO +\\eqcolon " ≕ : EQUALS COLON / EQUAL COLON +\\eqdef " ≝ : EQUAL TO BY DEFINITION +\\eqdot " ⩦ : EQUALS SIGN WITH DOT BELOW +\\eqeqeq " ⩶ : THREE CONSECUTIVE EQUALS SIGNS +\\eqgtr " ⋝ : EQUAL TO OR GREATER-THAN / EQUAL TO OR GREATER THAN +\\eqless " ⋜ : EQUAL TO OR LESS-THAN / EQUAL TO OR LESS THAN +\\eqqgtr " ⪚ : DOUBLE-LINE EQUAL TO OR GREATER-THAN +\\eqqless " ⪙ : DOUBLE-LINE EQUAL TO OR LESS-THAN +\\eqqplus " ⩱ : EQUALS SIGN ABOVE PLUS SIGN +\\eqqsim " ⩳ : EQUALS SIGN ABOVE TILDE OPERATOR +\\eqqslantgtr " ⪜ : DOUBLE-LINE SLANTED EQUAL TO OR GREATER-THAN +\\eqqslantless " ⪛ : DOUBLE-LINE SLANTED EQUAL TO OR LESS-THAN +\\eqsim " ≂ : MINUS TILDE +\\eqslantgtr " ⪖ : SLANTED EQUAL TO OR GREATER-THAN +\\eqslantless " ⪕ : SLANTED EQUAL TO OR LESS-THAN +\\equalleftarrow " ⭀ : EQUALS SIGN ABOVE LEFTWARDS ARROW +\\equalparallel " ⋕ : EQUAL AND PARALLEL TO +\\equiv " ≡ : IDENTICAL TO +\\equiv " ≡ : IDENTICAL TO +\\equivD \\equivD " : (Incomplete sequence) +\\equivDD " ⩸ : EQUIVALENT WITH FOUR DOTS ABOVE +\\eqvparsl " ⧥ : IDENTICAL TO AND SLANTED PARALLEL +\\esh " ʃ : LATIN SMALL LETTER ESH +\\eta " η : GREEK SMALL LETTER ETA +\\eth " ð : LATIN SMALL LETTER ETH +\\euler " ℯ : SCRIPT SMALL E +\\euler " ℯ : SCRIPT SMALL E +\\eulerm \\eulerm " : (Incomplete sequence) +\\eulermascheroni " ℇ : EULER CONSTANT / EULERS +\\euro " € : EURO SIGN +\\exclamdown " ¡ : INVERTED EXCLAMATION MARK +\\exists " ∃ : THERE EXISTS +\\fallingdotseq " ≒ : APPROXIMATELY EQUAL TO OR THE IMAGE OF +\\fdiagovnearrow " ⤯ : FALLING DIAGONAL CROSSING NORTH EAST ARROW +\\fdiagovrdiag " ⤬ : FALLING DIAGONAL CROSSING RISING DIAGONAL +\\female " ♀ : FEMALE SIGN +\\fhr " ɾ : LATIN SMALL LETTER R WITH FISHHOOK / LATIN SMALL LETTER FISHHOOK R +\\fisheye " ◉ : FISHEYE +\\flat " ♭ : MUSIC FLAT SIGN / FLAT +\\fltns " ⏥ : FLATNESS +\\forall " ∀ : FOR ALL +\\forks " ⫝̸ : FORKING +\\forks " ⫝̸ : FORKING +\\forksn \\forksn " : (Incomplete sequence) +\\forksnot " ⫝ : NONFORKING +\\forkv " ⫙ : ELEMENT OF OPENING DOWNWARDS +\\fourthroot " ∜ : FOURTH ROOT +\\frakA " 𝔄 : MATHEMATICAL FRAKTUR CAPITAL A +\\frakB " 𝔅 : MATHEMATICAL FRAKTUR CAPITAL B +\\frakC " ℭ : BLACK-LETTER CAPITAL C / BLACK-LETTER C +\\frakD " 𝔇 : MATHEMATICAL FRAKTUR CAPITAL D +\\frakE " 𝔈 : MATHEMATICAL FRAKTUR CAPITAL E +\\frakF " 𝔉 : MATHEMATICAL FRAKTUR CAPITAL F +\\frakG " 𝔊 : MATHEMATICAL FRAKTUR CAPITAL G +\\frakH " ℌ : BLACK-LETTER CAPITAL H / BLACK-LETTER H +\\frakI " ℑ : BLACK-LETTER CAPITAL I / BLACK-LETTER I +\\frakJ " 𝔍 : MATHEMATICAL FRAKTUR CAPITAL J +\\frakK " 𝔎 : MATHEMATICAL FRAKTUR CAPITAL K +\\frakL " 𝔏 : MATHEMATICAL FRAKTUR CAPITAL L +\\frakM " 𝔐 : MATHEMATICAL FRAKTUR CAPITAL M +\\frakN " 𝔑 : MATHEMATICAL FRAKTUR CAPITAL N +\\frakO " 𝔒 : MATHEMATICAL FRAKTUR CAPITAL O +\\frakP " 𝔓 : MATHEMATICAL FRAKTUR CAPITAL P +\\frakQ " 𝔔 : MATHEMATICAL FRAKTUR CAPITAL Q +\\frakR " ℜ : BLACK-LETTER CAPITAL R / BLACK-LETTER R +\\frakS " 𝔖 : MATHEMATICAL FRAKTUR CAPITAL S +\\frakT " 𝔗 : MATHEMATICAL FRAKTUR CAPITAL T +\\frakU " 𝔘 : MATHEMATICAL FRAKTUR CAPITAL U +\\frakV " 𝔙 : MATHEMATICAL FRAKTUR CAPITAL V +\\frakW " 𝔚 : MATHEMATICAL FRAKTUR CAPITAL W +\\frakX " 𝔛 : MATHEMATICAL FRAKTUR CAPITAL X +\\frakY " 𝔜 : MATHEMATICAL FRAKTUR CAPITAL Y +\\frakZ " ℨ : BLACK-LETTER CAPITAL Z / BLACK-LETTER Z +\\fraka " 𝔞 : MATHEMATICAL FRAKTUR SMALL A +\\frakb " 𝔟 : MATHEMATICAL FRAKTUR SMALL B +\\frakc " 𝔠 : MATHEMATICAL FRAKTUR SMALL C +\\frakd " 𝔡 : MATHEMATICAL FRAKTUR SMALL D +\\frake " 𝔢 : MATHEMATICAL FRAKTUR SMALL E +\\frakf " 𝔣 : MATHEMATICAL FRAKTUR SMALL F +\\frakg " 𝔤 : MATHEMATICAL FRAKTUR SMALL G +\\frakh " 𝔥 : MATHEMATICAL FRAKTUR SMALL H +\\fraki " 𝔦 : MATHEMATICAL FRAKTUR SMALL I +\\frakj " 𝔧 : MATHEMATICAL FRAKTUR SMALL J +\\frakk " 𝔨 : MATHEMATICAL FRAKTUR SMALL K +\\frakl " 𝔩 : MATHEMATICAL FRAKTUR SMALL L +\\frakm " 𝔪 : MATHEMATICAL FRAKTUR SMALL M +\\frakn " 𝔫 : MATHEMATICAL FRAKTUR SMALL N +\\frako " 𝔬 : MATHEMATICAL FRAKTUR SMALL O +\\frakp " 𝔭 : MATHEMATICAL FRAKTUR SMALL P +\\frakq " 𝔮 : MATHEMATICAL FRAKTUR SMALL Q +\\frakr " 𝔯 : MATHEMATICAL FRAKTUR SMALL R +\\fraks " 𝔰 : MATHEMATICAL FRAKTUR SMALL S +\\frakt " 𝔱 : MATHEMATICAL FRAKTUR SMALL T +\\fraku " 𝔲 : MATHEMATICAL FRAKTUR SMALL U +\\frakv " 𝔳 : MATHEMATICAL FRAKTUR SMALL V +\\frakw " 𝔴 : MATHEMATICAL FRAKTUR SMALL W +\\frakx " 𝔵 : MATHEMATICAL FRAKTUR SMALL X +\\fraky " 𝔶 : MATHEMATICAL FRAKTUR SMALL Y +\\frakz " 𝔷 : MATHEMATICAL FRAKTUR SMALL Z +\\frown " ⌢ : FROWN +\\fullouterjoin " ⟗ : FULL OUTER JOIN +\\gamma " γ : GREEK SMALL LETTER GAMMA +\\ge " ≥ : GREATER-THAN OR EQUAL TO / GREATER THAN OR EQUAL TO +\\ge " ≥ : GREATER-THAN OR EQUAL TO / GREATER THAN OR EQUAL TO +\\gem \\gem " : (Incomplete sequence) +\\gemini " ♊ : GEMINI +\\geq " ≥ : GREATER-THAN OR EQUAL TO / GREATER THAN OR EQUAL TO +\\geq " ≥ : GREATER-THAN OR EQUAL TO / GREATER THAN OR EQUAL TO +\\geqq " ≧ : GREATER-THAN OVER EQUAL TO / GREATER THAN OVER EQUAL TO +\\geqq " ≧ : GREATER-THAN OVER EQUAL TO / GREATER THAN OVER EQUAL TO +\\geqqs \\geqqs " : (Incomplete sequence) +\\geqqslant " ⫺ : DOUBLE-LINE SLANTED GREATER-THAN OR EQUAL TO +\\geqs \\geqs " : (Incomplete sequence) +\\geqslant " ⩾ : GREATER-THAN OR SLANTED EQUAL TO +\\ges \\ges " : (Incomplete sequence) +\\gescc " ⪩ : GREATER-THAN CLOSED BY CURVE ABOVE SLANTED EQUAL +\\gesdot " ⪀ : GREATER-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +\\gesdot " ⪀ : GREATER-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +\\gesdoto " ⪂ : GREATER-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +\\gesdoto " ⪂ : GREATER-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +\\gesdotol " ⪄ : GREATER-THAN OR SLANTED EQUAL TO WITH DOT ABOVE LEFT +\\gesles " ⪔ : GREATER-THAN ABOVE SLANTED EQUAL ABOVE LESS-THAN ABOVE SLANTED EQUAL +\\gg " ≫ : MUCH GREATER-THAN / MUCH GREATER THAN +\\gg " ≫ : MUCH GREATER-THAN / MUCH GREATER THAN +\\ggg " ⋙ : VERY MUCH GREATER-THAN / VERY MUCH GREATER THAN +\\ggg " ⋙ : VERY MUCH GREATER-THAN / VERY MUCH GREATER THAN +\\gggn \\gggn " : (Incomplete sequence) +\\gggnest " ⫸ : TRIPLE NESTED GREATER-THAN +\\gimel " ℷ : GIMEL SYMBOL / THIRD TRANSFINITE CARDINAL +\\glE " ⪒ : GREATER-THAN ABOVE LESS-THAN ABOVE DOUBLE-LINE EQUAL +\\gla " ⪥ : GREATER-THAN BESIDE LESS-THAN +\\glj " ⪤ : GREATER-THAN OVERLAPPING LESS-THAN +\\glst " ʔ : LATIN LETTER GLOTTAL STOP +\\gnapprox " ⪊ : GREATER-THAN AND NOT APPROXIMATE +\\gneq " ⪈ : GREATER-THAN AND SINGLE-LINE NOT EQUAL TO +\\gneq " ⪈ : GREATER-THAN AND SINGLE-LINE NOT EQUAL TO +\\gneqq " ≩ : GREATER-THAN BUT NOT EQUAL TO / GREATER THAN BUT NOT EQUAL TO +\\gnsim " ⋧ : GREATER-THAN BUT NOT EQUIVALENT TO / GREATER THAN BUT NOT EQUIVALENT TO +\\grave " ◌̀ : COMBINING GRAVE ACCENT / NON-SPACING GRAVE +\\gsime " ⪎ : GREATER-THAN ABOVE SIMILAR OR EQUAL +\\gsiml " ⪐ : GREATER-THAN ABOVE SIMILAR ABOVE LESS-THAN +\\gtcc " ⪧ : GREATER-THAN CLOSED BY CURVE +\\gtcir " ⩺ : GREATER-THAN WITH CIRCLE INSIDE +\\gtquest " ⩼ : GREATER-THAN WITH QUESTION MARK ABOVE +\\gtrapprox " ⪆ : GREATER-THAN OR APPROXIMATE +\\gtrdot " ⋗ : GREATER-THAN WITH DOT / GREATER THAN WITH DOT +\\gtreqless " ⋛ : GREATER-THAN EQUAL TO OR LESS-THAN / GREATER THAN EQUAL TO OR LESS THAN +\\gtreqqless " ⪌ : GREATER-THAN ABOVE DOUBLE-LINE EQUAL ABOVE LESS-THAN +\\gtrless " ≷ : GREATER-THAN OR LESS-THAN / GREATER THAN OR LESS THAN +\\gtrsim " ≳ : GREATER-THAN OR EQUIVALENT TO / GREATER THAN OR EQUIVALENT TO +\\guilsinglleft " ‹ : SINGLE LEFT-POINTING ANGLE QUOTATION MARK / LEFT POINTING SINGLE GUILLEMET +\\guilsinglright " › : SINGLE RIGHT-POINTING ANGLE QUOTATION MARK / RIGHT POINTING SINGLE GUILLEMET +\\gvertneqq " ≩︀ : GREATER-THAN BUT NOT EQUAL TO / GREATER THAN BUT NOT EQUAL TO + VARIATION SELECTOR-1 +\\hat " ◌̂ : COMBINING CIRCUMFLEX ACCENT / NON-SPACING CIRCUMFLEX +\\hat " ◌̂ : COMBINING CIRCUMFLEX ACCENT / NON-SPACING CIRCUMFLEX +\\hata \\hata " : (Incomplete sequence) +\\hatapprox " ⩯ : ALMOST EQUAL TO WITH CIRCUMFLEX ACCENT +\\hbar " ħ : LATIN SMALL LETTER H WITH STROKE / LATIN SMALL LETTER H BAR +\\heartsuit " ♡ : WHITE HEART SUIT +\\hermaphrodite " ⚥ : MALE AND FEMALE SIGN +\\hermitconjmatrix " ⊹ : HERMITIAN CONJUGATE MATRIX +\\hexagon " ⎔ : SOFTWARE-FUNCTION SYMBOL +\\hexagon " ⎔ : SOFTWARE-FUNCTION SYMBOL +\\hexagonb \\hexagonb " : (Incomplete sequence) +\\hexagonblack " ⬣ : HORIZONTAL BLACK HEXAGON +\\highminus " ¯ : MACRON / SPACING MACRON +\\hksearow " ⤥ : SOUTH EAST ARROW WITH HOOK +\\hkswarow " ⤦ : SOUTH WEST ARROW WITH HOOK +\\hlmrk " ˑ : MODIFIER LETTER HALF TRIANGULAR COLON +\\hookleftarrow " ↩ : LEFTWARDS ARROW WITH HOOK / LEFT ARROW WITH HOOK +\\hookrightarrow " ↪ : RIGHTWARDS ARROW WITH HOOK / RIGHT ARROW WITH HOOK +\\house " ⌂ : HOUSE +\\hrectangle " ▭ : WHITE RECTANGLE +\\hrectangle " ▭ : WHITE RECTANGLE +\\hrectangleb \\hrectangleb " : (Incomplete sequence) +\\hrectangleblack " ▬ : BLACK RECTANGLE +\\hslash " ℏ : PLANCK CONSTANT OVER TWO PI / PLANCK CONSTANT OVER 2 PI +\\hspace "   : HAIR SPACE +\\hvlig " ƕ : LATIN SMALL LETTER HV / LATIN SMALL LETTER H V +\\iff " ⟺ : LONG LEFT RIGHT DOUBLE ARROW +\\iiiint " ⨌ : QUADRUPLE INTEGRAL OPERATOR +\\iiint " ∭ : TRIPLE INTEGRAL +\\iint " ∬ : DOUBLE INTEGRAL +\\image " ⊷ : IMAGE OF +\\imath " ı : LATIN SMALL LETTER DOTLESS I +\\impliedby " ⟸ : LONG LEFTWARDS DOUBLE ARROW +\\implies " ⟹ : LONG RIGHTWARDS DOUBLE ARROW +\\in " ∈ : ELEMENT OF +\\in " ∈ : ELEMENT OF +\\inc \\inc " : (Incomplete sequence) +\\increment " ∆ : INCREMENT +\\ind \\ind " : (Incomplete sequence) +\\indep " ⫫ : DOUBLE UP TACK +\\inf \\inf " : (Incomplete sequence) +\\infty " ∞ : INFINITY +\\ing \\ing " : (Incomplete sequence) +\\inglst " ʖ : LATIN LETTER INVERTED GLOTTAL STOP +\\int " ∫ : INTEGRAL +\\int " ∫ : INTEGRAL +\\intB \\intB " : (Incomplete sequence) +\\intBar " ⨎ : INTEGRAL WITH DOUBLE STROKE +\\intb \\intb " : (Incomplete sequence) +\\intbar " ⨍ : FINITE PART INTEGRAL +\\intc \\intc " : (Incomplete sequence) +\\intcap " ⨙ : INTEGRAL WITH INTERSECTION +\\intcup " ⨚ : INTEGRAL WITH UNION +\\inte \\inte " : (Incomplete sequence) +\\intercal " ⊺ : INTERCALATE +\\interleave " ⫴ : TRIPLE VERTICAL BAR BINARY RELATION +\\intp \\intp " : (Incomplete sequence) +\\intprod " ⨼ : INTERIOR PRODUCT +\\intprod " ⨼ : INTERIOR PRODUCT +\\intprodr " ⨽ : RIGHTHAND INTERIOR PRODUCT +\\intx " ⨘ : INTEGRAL WITH TIMES SIGN +\\inv \\inv " : (Incomplete sequence) +\\inversewhitecircle " ◙ : INVERSE WHITE CIRCLE +\\invnot " ⌐ : REVERSED NOT SIGN +\\invv " ʌ : LATIN SMALL LETTER TURNED V +\\invw " ʍ : LATIN SMALL LETTER TURNED W +\\invw " ʍ : LATIN SMALL LETTER TURNED W +\\invwh \\invwh " : (Incomplete sequence) +\\invwhitelowerhalfcircle " ◛ : LOWER HALF INVERSE WHITE CIRCLE +\\invwhiteupperhalfcircle " ◚ : UPPER HALF INVERSE WHITE CIRCLE +\\iota " ι : GREEK SMALL LETTER IOTA +\\isansA " 𝘈 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL A +\\isansB " 𝘉 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL B +\\isansC " 𝘊 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL C +\\isansD " 𝘋 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL D +\\isansE " 𝘌 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL E +\\isansF " 𝘍 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL F +\\isansG " 𝘎 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL G +\\isansH " 𝘏 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL H +\\isansI " 𝘐 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL I +\\isansJ " 𝘑 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL J +\\isansK " 𝘒 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL K +\\isansL " 𝘓 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL L +\\isansM " 𝘔 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL M +\\isansN " 𝘕 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL N +\\isansO " 𝘖 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL O +\\isansP " 𝘗 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL P +\\isansQ " 𝘘 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL Q +\\isansR " 𝘙 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL R +\\isansS " 𝘚 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL S +\\isansT " 𝘛 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL T +\\isansU " 𝘜 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL U +\\isansV " 𝘝 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL V +\\isansW " 𝘞 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL W +\\isansX " 𝘟 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL X +\\isansY " 𝘠 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL Y +\\isansZ " 𝘡 : MATHEMATICAL SANS-SERIF ITALIC CAPITAL Z +\\isansa " 𝘢 : MATHEMATICAL SANS-SERIF ITALIC SMALL A +\\isansb " 𝘣 : MATHEMATICAL SANS-SERIF ITALIC SMALL B +\\isansc " 𝘤 : MATHEMATICAL SANS-SERIF ITALIC SMALL C +\\isansd " 𝘥 : MATHEMATICAL SANS-SERIF ITALIC SMALL D +\\isanse " 𝘦 : MATHEMATICAL SANS-SERIF ITALIC SMALL E +\\isansf " 𝘧 : MATHEMATICAL SANS-SERIF ITALIC SMALL F +\\isansg " 𝘨 : MATHEMATICAL SANS-SERIF ITALIC SMALL G +\\isansh " 𝘩 : MATHEMATICAL SANS-SERIF ITALIC SMALL H +\\isansi " 𝘪 : MATHEMATICAL SANS-SERIF ITALIC SMALL I +\\isansj " 𝘫 : MATHEMATICAL SANS-SERIF ITALIC SMALL J +\\isansk " 𝘬 : MATHEMATICAL SANS-SERIF ITALIC SMALL K +\\isansl " 𝘭 : MATHEMATICAL SANS-SERIF ITALIC SMALL L +\\isansm " 𝘮 : MATHEMATICAL SANS-SERIF ITALIC SMALL M +\\isansn " 𝘯 : MATHEMATICAL SANS-SERIF ITALIC SMALL N +\\isanso " 𝘰 : MATHEMATICAL SANS-SERIF ITALIC SMALL O +\\isansp " 𝘱 : MATHEMATICAL SANS-SERIF ITALIC SMALL P +\\isansq " 𝘲 : MATHEMATICAL SANS-SERIF ITALIC SMALL Q +\\isansr " 𝘳 : MATHEMATICAL SANS-SERIF ITALIC SMALL R +\\isanss " 𝘴 : MATHEMATICAL SANS-SERIF ITALIC SMALL S +\\isanst " 𝘵 : MATHEMATICAL SANS-SERIF ITALIC SMALL T +\\isansu " 𝘶 : MATHEMATICAL SANS-SERIF ITALIC SMALL U +\\isansv " 𝘷 : MATHEMATICAL SANS-SERIF ITALIC SMALL V +\\isansw " 𝘸 : MATHEMATICAL SANS-SERIF ITALIC SMALL W +\\isansx " 𝘹 : MATHEMATICAL SANS-SERIF ITALIC SMALL X +\\isansy " 𝘺 : MATHEMATICAL SANS-SERIF ITALIC SMALL Y +\\isansz " 𝘻 : MATHEMATICAL SANS-SERIF ITALIC SMALL Z +\\isinE " ⋹ : ELEMENT OF WITH TWO HORIZONTAL STROKES +\\isindot " ⋵ : ELEMENT OF WITH DOT ABOVE +\\isinobar " ⋷ : SMALL ELEMENT OF WITH OVERBAR +\\isins " ⋴ : SMALL ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +\\isinvb " ⋸ : ELEMENT OF WITH UNDERBAR +\\itA " 𝐴 : MATHEMATICAL ITALIC CAPITAL A +\\itA " 𝐴 : MATHEMATICAL ITALIC CAPITAL A +\\itAl \\itAl " : (Incomplete sequence) +\\itAlpha " 𝛢 : MATHEMATICAL ITALIC CAPITAL ALPHA +\\itB " 𝐵 : MATHEMATICAL ITALIC CAPITAL B +\\itB " 𝐵 : MATHEMATICAL ITALIC CAPITAL B +\\itBe \\itBe " : (Incomplete sequence) +\\itBeta " 𝛣 : MATHEMATICAL ITALIC CAPITAL BETA +\\itC " 𝐶 : MATHEMATICAL ITALIC CAPITAL C +\\itC " 𝐶 : MATHEMATICAL ITALIC CAPITAL C +\\itCh \\itCh " : (Incomplete sequence) +\\itChi " 𝛸 : MATHEMATICAL ITALIC CAPITAL CHI +\\itD " 𝐷 : MATHEMATICAL ITALIC CAPITAL D +\\itD " 𝐷 : MATHEMATICAL ITALIC CAPITAL D +\\itDe \\itDe " : (Incomplete sequence) +\\itDelta " 𝛥 : MATHEMATICAL ITALIC CAPITAL DELTA +\\itE " 𝐸 : MATHEMATICAL ITALIC CAPITAL E +\\itE " 𝐸 : MATHEMATICAL ITALIC CAPITAL E +\\itEp \\itEp " : (Incomplete sequence) +\\itEpsilon " 𝛦 : MATHEMATICAL ITALIC CAPITAL EPSILON +\\itEt \\itEt " : (Incomplete sequence) +\\itEta " 𝛨 : MATHEMATICAL ITALIC CAPITAL ETA +\\itF " 𝐹 : MATHEMATICAL ITALIC CAPITAL F +\\itG " 𝐺 : MATHEMATICAL ITALIC CAPITAL G +\\itG " 𝐺 : MATHEMATICAL ITALIC CAPITAL G +\\itGa \\itGa " : (Incomplete sequence) +\\itGamma " 𝛤 : MATHEMATICAL ITALIC CAPITAL GAMMA +\\itH " 𝐻 : MATHEMATICAL ITALIC CAPITAL H +\\itI " 𝐼 : MATHEMATICAL ITALIC CAPITAL I +\\itI " 𝐼 : MATHEMATICAL ITALIC CAPITAL I +\\itIo \\itIo " : (Incomplete sequence) +\\itIota " 𝛪 : MATHEMATICAL ITALIC CAPITAL IOTA +\\itJ " 𝐽 : MATHEMATICAL ITALIC CAPITAL J +\\itK " 𝐾 : MATHEMATICAL ITALIC CAPITAL K +\\itK " 𝐾 : MATHEMATICAL ITALIC CAPITAL K +\\itKa \\itKa " : (Incomplete sequence) +\\itKappa " 𝛫 : MATHEMATICAL ITALIC CAPITAL KAPPA +\\itL " 𝐿 : MATHEMATICAL ITALIC CAPITAL L +\\itL " 𝐿 : MATHEMATICAL ITALIC CAPITAL L +\\itLa \\itLa " : (Incomplete sequence) +\\itLambda " 𝛬 : MATHEMATICAL ITALIC CAPITAL LAMDA +\\itM " 𝑀 : MATHEMATICAL ITALIC CAPITAL M +\\itM " 𝑀 : MATHEMATICAL ITALIC CAPITAL M +\\itMu " 𝛭 : MATHEMATICAL ITALIC CAPITAL MU +\\itN " 𝑁 : MATHEMATICAL ITALIC CAPITAL N +\\itN " 𝑁 : MATHEMATICAL ITALIC CAPITAL N +\\itNu " 𝛮 : MATHEMATICAL ITALIC CAPITAL NU +\\itO " 𝑂 : MATHEMATICAL ITALIC CAPITAL O +\\itO " 𝑂 : MATHEMATICAL ITALIC CAPITAL O +\\itOm \\itOm " : (Incomplete sequence) +\\itOmega " 𝛺 : MATHEMATICAL ITALIC CAPITAL OMEGA +\\itOmicron " 𝛰 : MATHEMATICAL ITALIC CAPITAL OMICRON +\\itP " 𝑃 : MATHEMATICAL ITALIC CAPITAL P +\\itP " 𝑃 : MATHEMATICAL ITALIC CAPITAL P +\\itPh \\itPh " : (Incomplete sequence) +\\itPhi " 𝛷 : MATHEMATICAL ITALIC CAPITAL PHI +\\itPi " 𝛱 : MATHEMATICAL ITALIC CAPITAL PI +\\itPs \\itPs " : (Incomplete sequence) +\\itPsi " 𝛹 : MATHEMATICAL ITALIC CAPITAL PSI +\\itQ " 𝑄 : MATHEMATICAL ITALIC CAPITAL Q +\\itR " 𝑅 : MATHEMATICAL ITALIC CAPITAL R +\\itR " 𝑅 : MATHEMATICAL ITALIC CAPITAL R +\\itRh \\itRh " : (Incomplete sequence) +\\itRho " 𝛲 : MATHEMATICAL ITALIC CAPITAL RHO +\\itS " 𝑆 : MATHEMATICAL ITALIC CAPITAL S +\\itS " 𝑆 : MATHEMATICAL ITALIC CAPITAL S +\\itSi \\itSi " : (Incomplete sequence) +\\itSigma " 𝛴 : MATHEMATICAL ITALIC CAPITAL SIGMA +\\itT " 𝑇 : MATHEMATICAL ITALIC CAPITAL T +\\itT " 𝑇 : MATHEMATICAL ITALIC CAPITAL T +\\itTa \\itTa " : (Incomplete sequence) +\\itTau " 𝛵 : MATHEMATICAL ITALIC CAPITAL TAU +\\itTh \\itTh " : (Incomplete sequence) +\\itTheta " 𝛩 : MATHEMATICAL ITALIC CAPITAL THETA +\\itU " 𝑈 : MATHEMATICAL ITALIC CAPITAL U +\\itU " 𝑈 : MATHEMATICAL ITALIC CAPITAL U +\\itUp \\itUp " : (Incomplete sequence) +\\itUpsilon " 𝛶 : MATHEMATICAL ITALIC CAPITAL UPSILON +\\itV " 𝑉 : MATHEMATICAL ITALIC CAPITAL V +\\itW " 𝑊 : MATHEMATICAL ITALIC CAPITAL W +\\itX " 𝑋 : MATHEMATICAL ITALIC CAPITAL X +\\itX " 𝑋 : MATHEMATICAL ITALIC CAPITAL X +\\itXi " 𝛯 : MATHEMATICAL ITALIC CAPITAL XI +\\itY " 𝑌 : MATHEMATICAL ITALIC CAPITAL Y +\\itZ " 𝑍 : MATHEMATICAL ITALIC CAPITAL Z +\\itZ " 𝑍 : MATHEMATICAL ITALIC CAPITAL Z +\\itZe \\itZe " : (Incomplete sequence) +\\itZeta " 𝛧 : MATHEMATICAL ITALIC CAPITAL ZETA +\\ita " 𝑎 : MATHEMATICAL ITALIC SMALL A +\\ita " 𝑎 : MATHEMATICAL ITALIC SMALL A +\\ital \\ital " : (Incomplete sequence) +\\italpha " 𝛼 : MATHEMATICAL ITALIC SMALL ALPHA +\\itb " 𝑏 : MATHEMATICAL ITALIC SMALL B +\\itb " 𝑏 : MATHEMATICAL ITALIC SMALL B +\\itbe \\itbe " : (Incomplete sequence) +\\itbeta " 𝛽 : MATHEMATICAL ITALIC SMALL BETA +\\itc " 𝑐 : MATHEMATICAL ITALIC SMALL C +\\itc " 𝑐 : MATHEMATICAL ITALIC SMALL C +\\itch \\itch " : (Incomplete sequence) +\\itchi " 𝜒 : MATHEMATICAL ITALIC SMALL CHI +\\itd " 𝑑 : MATHEMATICAL ITALIC SMALL D +\\itd " 𝑑 : MATHEMATICAL ITALIC SMALL D +\\itde \\itde " : (Incomplete sequence) +\\itdelta " 𝛿 : MATHEMATICAL ITALIC SMALL DELTA +\\ite " 𝑒 : MATHEMATICAL ITALIC SMALL E +\\ite " 𝑒 : MATHEMATICAL ITALIC SMALL E +\\itep \\itep " : (Incomplete sequence) +\\itepsilon " 𝜖 : MATHEMATICAL ITALIC EPSILON SYMBOL +\\itet \\itet " : (Incomplete sequence) +\\iteta " 𝜂 : MATHEMATICAL ITALIC SMALL ETA +\\itf " 𝑓 : MATHEMATICAL ITALIC SMALL F +\\itg " 𝑔 : MATHEMATICAL ITALIC SMALL G +\\itg " 𝑔 : MATHEMATICAL ITALIC SMALL G +\\itga \\itga " : (Incomplete sequence) +\\itgamma " 𝛾 : MATHEMATICAL ITALIC SMALL GAMMA +\\ith " ℎ : PLANCK CONSTANT +\\iti " 𝑖 : MATHEMATICAL ITALIC SMALL I +\\iti " 𝑖 : MATHEMATICAL ITALIC SMALL I +\\itim \\itim " : (Incomplete sequence) +\\itimath " 𝚤 : MATHEMATICAL ITALIC SMALL DOTLESS I +\\itio \\itio " : (Incomplete sequence) +\\itiota " 𝜄 : MATHEMATICAL ITALIC SMALL IOTA +\\itj " 𝑗 : MATHEMATICAL ITALIC SMALL J +\\itj " 𝑗 : MATHEMATICAL ITALIC SMALL J +\\itjm \\itjm " : (Incomplete sequence) +\\itjmath " 𝚥 : MATHEMATICAL ITALIC SMALL DOTLESS J +\\itk " 𝑘 : MATHEMATICAL ITALIC SMALL K +\\itk " 𝑘 : MATHEMATICAL ITALIC SMALL K +\\itka \\itka " : (Incomplete sequence) +\\itkappa " 𝜅 : MATHEMATICAL ITALIC SMALL KAPPA +\\itl " 𝑙 : MATHEMATICAL ITALIC SMALL L +\\itl " 𝑙 : MATHEMATICAL ITALIC SMALL L +\\itla \\itla " : (Incomplete sequence) +\\itlambda " 𝜆 : MATHEMATICAL ITALIC SMALL LAMDA +\\itm " 𝑚 : MATHEMATICAL ITALIC SMALL M +\\itm " 𝑚 : MATHEMATICAL ITALIC SMALL M +\\itmu " 𝜇 : MATHEMATICAL ITALIC SMALL MU +\\itn " 𝑛 : MATHEMATICAL ITALIC SMALL N +\\itn " 𝑛 : MATHEMATICAL ITALIC SMALL N +\\itna \\itna " : (Incomplete sequence) +\\itnabla " 𝛻 : MATHEMATICAL ITALIC NABLA +\\itnu " 𝜈 : MATHEMATICAL ITALIC SMALL NU +\\ito " 𝑜 : MATHEMATICAL ITALIC SMALL O +\\ito " 𝑜 : MATHEMATICAL ITALIC SMALL O +\\itom \\itom " : (Incomplete sequence) +\\itomega " 𝜔 : MATHEMATICAL ITALIC SMALL OMEGA +\\itomicron " 𝜊 : MATHEMATICAL ITALIC SMALL OMICRON +\\itp " 𝑝 : MATHEMATICAL ITALIC SMALL P +\\itp " 𝑝 : MATHEMATICAL ITALIC SMALL P +\\itpa \\itpa " : (Incomplete sequence) +\\itpartial " 𝜕 : MATHEMATICAL ITALIC PARTIAL DIFFERENTIAL +\\itph \\itph " : (Incomplete sequence) +\\itphi " 𝜙 : MATHEMATICAL ITALIC PHI SYMBOL +\\itpi " 𝜋 : MATHEMATICAL ITALIC SMALL PI +\\itps \\itps " : (Incomplete sequence) +\\itpsi " 𝜓 : MATHEMATICAL ITALIC SMALL PSI +\\itq " 𝑞 : MATHEMATICAL ITALIC SMALL Q +\\itr " 𝑟 : MATHEMATICAL ITALIC SMALL R +\\itr " 𝑟 : MATHEMATICAL ITALIC SMALL R +\\itrh \\itrh " : (Incomplete sequence) +\\itrho " 𝜌 : MATHEMATICAL ITALIC SMALL RHO +\\its " 𝑠 : MATHEMATICAL ITALIC SMALL S +\\its " 𝑠 : MATHEMATICAL ITALIC SMALL S +\\itsi \\itsi " : (Incomplete sequence) +\\itsigma " 𝜎 : MATHEMATICAL ITALIC SMALL SIGMA +\\itt " 𝑡 : MATHEMATICAL ITALIC SMALL T +\\itt " 𝑡 : MATHEMATICAL ITALIC SMALL T +\\itta \\itta " : (Incomplete sequence) +\\ittau " 𝜏 : MATHEMATICAL ITALIC SMALL TAU +\\itth \\itth " : (Incomplete sequence) +\\ittheta " 𝜃 : MATHEMATICAL ITALIC SMALL THETA +\\itu " 𝑢 : MATHEMATICAL ITALIC SMALL U +\\itu " 𝑢 : MATHEMATICAL ITALIC SMALL U +\\itup \\itup " : (Incomplete sequence) +\\itupsilon " 𝜐 : MATHEMATICAL ITALIC SMALL UPSILON +\\itv " 𝑣 : MATHEMATICAL ITALIC SMALL V +\\itv " 𝑣 : MATHEMATICAL ITALIC SMALL V +\\itva \\itva " : (Incomplete sequence) +\\itvarTheta " 𝛳 : MATHEMATICAL ITALIC CAPITAL THETA SYMBOL +\\itvarepsilon " 𝜀 : MATHEMATICAL ITALIC SMALL EPSILON +\\itvarkappa " 𝜘 : MATHEMATICAL ITALIC KAPPA SYMBOL +\\itvarphi " 𝜑 : MATHEMATICAL ITALIC SMALL PHI +\\itvarpi " 𝜛 : MATHEMATICAL ITALIC PI SYMBOL +\\itvarrho " 𝜚 : MATHEMATICAL ITALIC RHO SYMBOL +\\itvarsigma " 𝜍 : MATHEMATICAL ITALIC SMALL FINAL SIGMA +\\itvartheta " 𝜗 : MATHEMATICAL ITALIC THETA SYMBOL +\\itw " 𝑤 : MATHEMATICAL ITALIC SMALL W +\\itx " 𝑥 : MATHEMATICAL ITALIC SMALL X +\\itx " 𝑥 : MATHEMATICAL ITALIC SMALL X +\\itxi " 𝜉 : MATHEMATICAL ITALIC SMALL XI +\\ity " 𝑦 : MATHEMATICAL ITALIC SMALL Y +\\itz " 𝑧 : MATHEMATICAL ITALIC SMALL Z +\\itz " 𝑧 : MATHEMATICAL ITALIC SMALL Z +\\itze \\itze " : (Incomplete sequence) +\\itzeta " 𝜁 : MATHEMATICAL ITALIC SMALL ZETA +\\jmath " ȷ : LATIN SMALL LETTER DOTLESS J +\\join " ⨝ : JOIN +\\jupiter " ♃ : JUPITER +\\k " ◌̨ : COMBINING OGONEK / NON-SPACING OGONEK +\\k " ◌̨ : COMBINING OGONEK / NON-SPACING OGONEK +\\ka \\ka " : (Incomplete sequence) +\\kappa " κ : GREEK SMALL LETTER KAPPA +\\ke \\ke " : (Incomplete sequence) +\\kernelcontraction " ∻ : HOMOTHETIC +\\l " ł : LATIN SMALL LETTER L WITH STROKE / LATIN SMALL LETTER L SLASH +\\l " ł : LATIN SMALL LETTER L WITH STROKE / LATIN SMALL LETTER L SLASH +\\la \\la " : (Incomplete sequence) +\\lambda " λ : GREEK SMALL LETTER LAMDA / GREEK SMALL LETTER LAMBDA +\\langle " ⟨ : MATHEMATICAL LEFT ANGLE BRACKET +\\lat " ⪫ : LARGER THAN +\\lat " ⪫ : LARGER THAN +\\late " ⪭ : LARGER THAN OR EQUAL TO +\\lazysinv " ∾ : INVERTED LAZY S +\\lc \\lc " : (Incomplete sequence) +\\lceil " ⌈ : LEFT CEILING +\\ld \\ld " : (Incomplete sequence) +\\ldots " … : HORIZONTAL ELLIPSIS +\\ldq " “ : LEFT DOUBLE QUOTATION MARK / DOUBLE TURNED COMMA QUOTATION MARK +\\le " ≤ : LESS-THAN OR EQUAL TO / LESS THAN OR EQUAL TO +\\le " ≤ : LESS-THAN OR EQUAL TO / LESS THAN OR EQUAL TO +\\lef \\lef " : (Incomplete sequence) +\\leftarrow " ← : LEFTWARDS ARROW / LEFT ARROW +\\leftarrow " ← : LEFTWARDS ARROW / LEFT ARROW +\\leftarrowa \\leftarrowa " : (Incomplete sequence) +\\leftarrowapprox " ⭊ : LEFTWARDS ARROW ABOVE ALMOST EQUAL TO +\\leftarrowb \\leftarrowb " : (Incomplete sequence) +\\leftarrowbackapprox " ⭂ : LEFTWARDS ARROW ABOVE REVERSE ALMOST EQUAL TO +\\leftarrowbsimilar " ⭋ : LEFTWARDS ARROW ABOVE REVERSE TILDE OPERATOR +\\leftarrowo \\leftarrowo " : (Incomplete sequence) +\\leftarrowonoplus " ⬲ : LEFT ARROW WITH CIRCLED PLUS +\\leftarrowp \\leftarrowp " : (Incomplete sequence) +\\leftarrowplus " ⥆ : LEFTWARDS ARROW WITH PLUS BELOW +\\leftarrowt \\leftarrowt " : (Incomplete sequence) +\\leftarrowtail " ↢ : LEFTWARDS ARROW WITH TAIL / LEFT ARROW WITH TAIL +\\leftarrowtriangle " ⇽ : LEFTWARDS OPEN-HEADED ARROW +\\leftarrowx " ⬾ : LEFTWARDS ARROW THROUGH X +\\leftbkarrow " ⤌ : LEFTWARDS DOUBLE DASH ARROW +\\leftcurvedarrow " ⬿ : WAVE ARROW POINTING DIRECTLY LEFT +\\leftdasharrow " ⇠ : LEFTWARDS DASHED ARROW / LEFT DASHED ARROW +\\leftdbkarrow " ⤎ : LEFTWARDS TRIPLE DASH ARROW +\\leftdotarrow " ⬸ : LEFTWARDS ARROW WITH DOTTED STEM +\\leftharpoonaccent " ◌⃐ : COMBINING LEFT HARPOON ABOVE / NON-SPACING LEFT HARPOON ABOVE +\\leftharpoondown " ↽ : LEFTWARDS HARPOON WITH BARB DOWNWARDS / LEFT HARPOON WITH BARB DOWN +\\leftharpoonsupdown " ⥢ : LEFTWARDS HARPOON WITH BARB UP ABOVE LEFTWARDS HARPOON WITH BARB DOWN +\\leftharpoonup " ↼ : LEFTWARDS HARPOON WITH BARB UPWARDS / LEFT HARPOON WITH BARB UP +\\leftharpoonup " ↼ : LEFTWARDS HARPOON WITH BARB UPWARDS / LEFT HARPOON WITH BARB UP +\\leftharpoonupd \\leftharpoonupd " : (Incomplete sequence) +\\leftharpoonupdash " ⥪ : LEFTWARDS HARPOON WITH BARB UP ABOVE LONG DASH +\\leftleftarrows " ⇇ : LEFTWARDS PAIRED ARROWS / LEFT PAIRED ARROWS +\\leftmoon " ☾ : LAST QUARTER MOON +\\leftouterjoin " ⟕ : LEFT OUTER JOIN +\\leftrightarrow " ↔ : LEFT RIGHT ARROW +\\leftrightarrow " ↔ : LEFT RIGHT ARROW +\\leftrightarrowc \\leftrightarrowc " : (Incomplete sequence) +\\leftrightarrowcircle " ⥈ : LEFT RIGHT ARROW THROUGH SMALL CIRCLE +\\leftrightarrows " ⇆ : LEFTWARDS ARROW OVER RIGHTWARDS ARROW / LEFT ARROW OVER RIGHT ARROW +\\leftrightarrowt \\leftrightarrowt " : (Incomplete sequence) +\\leftrightarrowtriangle " ⇿ : LEFT RIGHT OPEN-HEADED ARROW +\\leftrightharpoondownup " ⥋ : LEFT BARB DOWN RIGHT BARB UP HARPOON +\\leftrightharpoons " ⇋ : LEFTWARDS HARPOON OVER RIGHTWARDS HARPOON / LEFT HARPOON OVER RIGHT HARPOON +\\leftrightharpoons " ⇋ : LEFTWARDS HARPOON OVER RIGHTWARDS HARPOON / LEFT HARPOON OVER RIGHT HARPOON +\\leftrightharpoonsd \\leftrightharpoonsd " : (Incomplete sequence) +\\leftrightharpoonsdown " ⥧ : LEFTWARDS HARPOON WITH BARB DOWN ABOVE RIGHTWARDS HARPOON WITH BARB DOWN +\\leftrightharpoonsu \\leftrightharpoonsu " : (Incomplete sequence) +\\leftrightharpoonsup " ⥦ : LEFTWARDS HARPOON WITH BARB UP ABOVE RIGHTWARDS HARPOON WITH BARB UP +\\leftrightharpoonupdown " ⥊ : LEFT BARB UP RIGHT BARB DOWN HARPOON +\\leftrightsquigarrow " ↭ : LEFT RIGHT WAVE ARROW +\\leftsquigarrow " ⇜ : LEFTWARDS SQUIGGLE ARROW / LEFT SQUIGGLE ARROW +\\leftthreearrows " ⬱ : THREE LEFTWARDS ARROWS +\\leftthreetimes " ⋋ : LEFT SEMIDIRECT PRODUCT +\\leftwavearrow " ↜ : LEFTWARDS WAVE ARROW / LEFT WAVE ARROW +\\leftwhitearrow " ⇦ : LEFTWARDS WHITE ARROW / WHITE LEFT ARROW +\\leo " ♌ : LEO +\\leq " ≤ : LESS-THAN OR EQUAL TO / LESS THAN OR EQUAL TO +\\leq " ≤ : LESS-THAN OR EQUAL TO / LESS THAN OR EQUAL TO +\\leqq " ≦ : LESS-THAN OVER EQUAL TO / LESS THAN OVER EQUAL TO +\\leqq " ≦ : LESS-THAN OVER EQUAL TO / LESS THAN OVER EQUAL TO +\\leqqs \\leqqs " : (Incomplete sequence) +\\leqqslant " ⫹ : DOUBLE-LINE SLANTED LESS-THAN OR EQUAL TO +\\leqs \\leqs " : (Incomplete sequence) +\\leqslant " ⩽ : LESS-THAN OR SLANTED EQUAL TO +\\les \\les " : (Incomplete sequence) +\\lescc " ⪨ : LESS-THAN CLOSED BY CURVE ABOVE SLANTED EQUAL +\\lesdot " ⩿ : LESS-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +\\lesdot " ⩿ : LESS-THAN OR SLANTED EQUAL TO WITH DOT INSIDE +\\lesdoto " ⪁ : LESS-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +\\lesdoto " ⪁ : LESS-THAN OR SLANTED EQUAL TO WITH DOT ABOVE +\\lesdotor " ⪃ : LESS-THAN OR SLANTED EQUAL TO WITH DOT ABOVE RIGHT +\\lesges " ⪓ : LESS-THAN ABOVE SLANTED EQUAL ABOVE GREATER-THAN ABOVE SLANTED EQUAL +\\lessapprox " ⪅ : LESS-THAN OR APPROXIMATE +\\lessdot " ⋖ : LESS-THAN WITH DOT / LESS THAN WITH DOT +\\lesseqgtr " ⋚ : LESS-THAN EQUAL TO OR GREATER-THAN / LESS THAN EQUAL TO OR GREATER THAN +\\lesseqqgtr " ⪋ : LESS-THAN ABOVE DOUBLE-LINE EQUAL ABOVE GREATER-THAN +\\lessgtr " ≶ : LESS-THAN OR GREATER-THAN / LESS THAN OR GREATER THAN +\\lesssim " ≲ : LESS-THAN OR EQUIVALENT TO / LESS THAN OR EQUIVALENT TO +\\lf \\lf " : (Incomplete sequence) +\\lfloor " ⌊ : LEFT FLOOR +\\lg \\lg " : (Incomplete sequence) +\\lgE " ⪑ : LESS-THAN ABOVE GREATER-THAN ABOVE DOUBLE-LINE EQUAL +\\lgblkcircle " ⬤ : BLACK LARGE CIRCLE +\\lgblksquare " ⬛ : BLACK LARGE SQUARE +\\lgwhtcircle " ◯ : LARGE CIRCLE +\\lgwhtsquare " ⬜ : WHITE LARGE SQUARE +\\li \\li " : (Incomplete sequence) +\\libra " ♎ : LIBRA +\\linefeed " ↴ : RIGHTWARDS ARROW WITH CORNER DOWNWARDS / RIGHT ARROW WITH CORNER DOWN +\\ll " ≪ : MUCH LESS-THAN / MUCH LESS THAN +\\ll " ≪ : MUCH LESS-THAN / MUCH LESS THAN +\\lla \\lla " : (Incomplete sequence) +\\llarc " ◟ : LOWER LEFT QUADRANT CIRCULAR ARC +\\llb \\llb " : (Incomplete sequence) +\\llblacktriangle " ◣ : BLACK LOWER LEFT TRIANGLE +\\llbracket " ⟦ : MATHEMATICAL LEFT WHITE SQUARE BRACKET +\\llc \\llc " : (Incomplete sequence) +\\llcorner " ⌞ : BOTTOM LEFT CORNER +\\lll \\lll " : (Incomplete sequence) +\\lllnest " ⫷ : TRIPLE NESTED LESS-THAN +\\llt \\llt " : (Incomplete sequence) +\\lltriangle " ◺ : LOWER LEFT TRIANGLE +\\lm \\lm " : (Incomplete sequence) +\\lmoustache " ⎰ : UPPER LEFT OR LOWER RIGHT CURLY BRACKET SECTION +\\lmrk " ː : MODIFIER LETTER TRIANGULAR COLON +\\ln \\ln " : (Incomplete sequence) +\\lnapprox " ⪉ : LESS-THAN AND NOT APPROXIMATE +\\lneq " ⪇ : LESS-THAN AND SINGLE-LINE NOT EQUAL TO +\\lneq " ⪇ : LESS-THAN AND SINGLE-LINE NOT EQUAL TO +\\lneqq " ≨ : LESS-THAN BUT NOT EQUAL TO / LESS THAN BUT NOT EQUAL TO +\\lnsim " ⋦ : LESS-THAN BUT NOT EQUIVALENT TO / LESS THAN BUT NOT EQUIVALENT TO +\\lo \\lo " : (Incomplete sequence) +\\longleftarrow " ⟵ : LONG LEFTWARDS ARROW +\\longleftrightarrow " ⟷ : LONG LEFT RIGHT ARROW +\\longleftsquigarrow " ⬳ : LONG LEFTWARDS SQUIGGLE ARROW +\\longmapsfrom " ⟻ : LONG LEFTWARDS ARROW FROM BAR +\\longmapsto " ⟼ : LONG RIGHTWARDS ARROW FROM BAR +\\longrightarrow " ⟶ : LONG RIGHTWARDS ARROW +\\longrightsquigarrow " ⟿ : LONG RIGHTWARDS SQUIGGLE ARROW +\\looparrowleft " ↫ : LEFTWARDS ARROW WITH LOOP / LEFT ARROW WITH LOOP +\\looparrowright " ↬ : RIGHTWARDS ARROW WITH LOOP / RIGHT ARROW WITH LOOP +\\low " ˕ : MODIFIER LETTER DOWN TACK +\\low " ˕ : MODIFIER LETTER DOWN TACK +\\lowi \\lowi " : (Incomplete sequence) +\\lowint " ⨜ : INTEGRAL WITH UNDERBAR +\\lozenge " ◊ : LOZENGE +\\lp \\lp " : (Incomplete sequence) +\\lpargt " ⦠ : SPHERICAL ANGLE OPENING LEFT +\\lq " ‘ : LEFT SINGLE QUOTATION MARK / SINGLE TURNED COMMA QUOTATION MARK +\\lr \\lr " : (Incomplete sequence) +\\lrarc " ◞ : LOWER RIGHT QUADRANT CIRCULAR ARC +\\lrblacktriangle " ◢ : BLACK LOWER RIGHT TRIANGLE +\\lrcorner " ⌟ : BOTTOM RIGHT CORNER +\\lrtriangle " ◿ : LOWER RIGHT TRIANGLE +\\lrtriangle " ◿ : LOWER RIGHT TRIANGLE +\\lrtrianglee \\lrtrianglee " : (Incomplete sequence) +\\lrtriangleeq " ⧡ : INCREASES AS +\\ls \\ls " : (Incomplete sequence) +\\lsime " ⪍ : LESS-THAN ABOVE SIMILAR OR EQUAL +\\lsimg " ⪏ : LESS-THAN ABOVE SIMILAR ABOVE GREATER-THAN +\\lsqhook " ⫍ : SQUARE LEFT OPEN BOX OPERATOR +\\lt \\lt " : (Incomplete sequence) +\\ltcc " ⪦ : LESS-THAN CLOSED BY CURVE +\\ltcir " ⩹ : LESS-THAN WITH CIRCLE INSIDE +\\ltimes " ⋉ : LEFT NORMAL FACTOR SEMIDIRECT PRODUCT +\\ltlmr " ɱ : LATIN SMALL LETTER M WITH HOOK / LATIN SMALL LETTER M HOOK +\\ltln " ɲ : LATIN SMALL LETTER N WITH LEFT HOOK / LATIN SMALL LETTER N HOOK +\\ltphi " ɸ : LATIN SMALL LETTER PHI +\\ltquest " ⩻ : LESS-THAN WITH QUESTION MARK ABOVE +\\lv \\lv " : (Incomplete sequence) +\\lvboxline " ⎸ : LEFT VERTICAL BOX LINE +\\lvertneqq " ≨︀ : LESS-THAN BUT NOT EQUAL TO / LESS THAN BUT NOT EQUAL TO + VARIATION SELECTOR-1 +\\male " ♂ : MALE SIGN +\\maltese " ✠ : MALTESE CROSS +\\mapsdown " ↧ : DOWNWARDS ARROW FROM BAR / DOWN ARROW FROM BAR +\\mapsfrom " ↤ : LEFTWARDS ARROW FROM BAR / LEFT ARROW FROM BAR +\\mapsto " ↦ : RIGHTWARDS ARROW FROM BAR / RIGHT ARROW FROM BAR +\\mapsup " ↥ : UPWARDS ARROW FROM BAR / UP ARROW FROM BAR +\\mars " ♂ : MALE SIGN +\\mdblkcircle " ⚫ : MEDIUM BLACK CIRCLE +\\mdblkdiamond " ⬥ : BLACK MEDIUM DIAMOND +\\mdblklozenge " ⬧ : BLACK MEDIUM LOZENGE +\\mdblksquare " ◼ : BLACK MEDIUM SQUARE +\\mdlgblkcircle " ● : BLACK CIRCLE +\\mdlgblkdiamond " ◆ : BLACK DIAMOND +\\mdlgwhtdiamond " ◇ : WHITE DIAMOND +\\mdsmblksquare " ◾ : BLACK MEDIUM SMALL SQUARE +\\mdsmwhtcircle " ⚬ : MEDIUM SMALL WHITE CIRCLE +\\mdsmwhtsquare " ◽ : WHITE MEDIUM SMALL SQUARE +\\mdwhtcircle " ⚪ : MEDIUM WHITE CIRCLE +\\mdwhtdiamond " ⬦ : WHITE MEDIUM DIAMOND +\\mdwhtlozenge " ⬨ : WHITE MEDIUM LOZENGE +\\mdwhtsquare " ◻ : WHITE MEDIUM SQUARE +\\measangledltosw " ⦯ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING LEFT AND DOWN +\\measangledrtose " ⦮ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING RIGHT AND DOWN +\\measangleldtosw " ⦫ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING DOWN AND LEFT +\\measanglelutonw " ⦩ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING UP AND LEFT +\\measanglerdtose " ⦪ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING DOWN AND RIGHT +\\measanglerutone " ⦨ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING UP AND RIGHT +\\measangleultonw " ⦭ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING LEFT AND UP +\\measangleurtone " ⦬ : MEASURED ANGLE WITH OPEN ARM ENDING IN ARROW POINTING RIGHT AND UP +\\measeq " ≞ : MEASURED BY +\\measuredangle " ∡ : MEASURED ANGLE +\\measuredangle " ∡ : MEASURED ANGLE +\\measuredanglel \\measuredanglel " : (Incomplete sequence) +\\measuredangleleft " ⦛ : MEASURED ANGLE OPENING LEFT +\\medblackstar " ⭑ : BLACK SMALL STAR +\\medwhitestar " ⭐ : WHITE MEDIUM STAR +\\mercury " ☿ : MERCURY +\\mho " ℧ : INVERTED OHM SIGN / MHO +\\mid " ∣ : DIVIDES +\\mid " ∣ : DIVIDES +\\midb \\midb " : (Incomplete sequence) +\\midbarvee " ⩝ : LOGICAL OR WITH HORIZONTAL DASH +\\midbarwedge " ⩜ : LOGICAL AND WITH HORIZONTAL DASH +\\minhat " ⩟ : LOGICAL AND WITH UNDERBAR +\\minus " − : MINUS SIGN +\\minus " − : MINUS SIGN +\\minusd \\minusd " : (Incomplete sequence) +\\minusdot " ⨪ : MINUS SIGN WITH DOT BELOW +\\minusf \\minusf " : (Incomplete sequence) +\\minusfdots " ⨫ : MINUS SIGN WITH FALLING DOTS +\\minusr \\minusr " : (Incomplete sequence) +\\minusrdots " ⨬ : MINUS SIGN WITH RISING DOTS +\\mlcp " ⫛ : TRANSVERSAL INTERSECTION +\\models " ⊧ : MODELS +\\modtwosum " ⨊ : MODULO TWO SUM +\\mp " ∓ : MINUS-OR-PLUS SIGN +\\mu " μ : GREEK SMALL LETTER MU +\\mu " μ : GREEK SMALL LETTER MU +\\mul \\mul " : (Incomplete sequence) +\\multimap " ⊸ : MULTIMAP +\\nBumpeq " ≎̸ : GEOMETRICALLY EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nHdownarrow " ⇟ : DOWNWARDS ARROW WITH DOUBLE STROKE / DOWN ARROW WITH DOUBLE STROKE +\\nHuparrow " ⇞ : UPWARDS ARROW WITH DOUBLE STROKE / UP ARROW WITH DOUBLE STROKE +\\nLeftarrow " ⇍ : LEFTWARDS DOUBLE ARROW WITH STROKE / LEFT DOUBLE ARROW WITH STROKE +\\nLeftrightarrow " ⇎ : LEFT RIGHT DOUBLE ARROW WITH STROKE +\\nRightarrow " ⇏ : RIGHTWARDS DOUBLE ARROW WITH STROKE / RIGHT DOUBLE ARROW WITH STROKE +\\nVDash " ⊯ : NEGATED DOUBLE VERTICAL BAR DOUBLE RIGHT TURNSTILE +\\nVdash " ⊮ : DOES NOT FORCE +\\nVleftarrow " ⇺ : LEFTWARDS ARROW WITH DOUBLE VERTICAL STROKE +\\nVleftarrow " ⇺ : LEFTWARDS ARROW WITH DOUBLE VERTICAL STROKE +\\nVleftarrowt \\nVleftarrowt " : (Incomplete sequence) +\\nVleftarrowtail " ⬺ : LEFTWARDS ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +\\nVleftrightarrow " ⇼ : LEFT RIGHT ARROW WITH DOUBLE VERTICAL STROKE +\\nVrightarrow " ⇻ : RIGHTWARDS ARROW WITH DOUBLE VERTICAL STROKE +\\nVrightarrow " ⇻ : RIGHTWARDS ARROW WITH DOUBLE VERTICAL STROKE +\\nVrightarrowt \\nVrightarrowt " : (Incomplete sequence) +\\nVrightarrowtail " ⤕ : RIGHTWARDS ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +\\nVtwoheadleftarrow " ⬵ : LEFTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +\\nVtwoheadleftarrow " ⬵ : LEFTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +\\nVtwoheadleftarrowt \\nVtwoheadleftarrowt " : (Incomplete sequence) +\\nVtwoheadleftarrowtail " ⬽ : LEFTWARDS TWO-HEADED ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +\\nVtwoheadrightarrow " ⤁ : RIGHTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +\\nVtwoheadrightarrow " ⤁ : RIGHTWARDS TWO-HEADED ARROW WITH DOUBLE VERTICAL STROKE +\\nVtwoheadrightarrowt \\nVtwoheadrightarrowt " : (Incomplete sequence) +\\nVtwoheadrightarrowtail " ⤘ : RIGHTWARDS TWO-HEADED ARROW WITH TAIL WITH DOUBLE VERTICAL STROKE +\\nabla " ∇ : NABLA +\\napprox " ≉ : NOT ALMOST EQUAL TO +\\nasymp " ≭ : NOT EQUIVALENT TO +\\natural " ♮ : MUSIC NATURAL SIGN / NATURAL +\\nbumpeq " ≏̸ : DIFFERENCE BETWEEN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\ncong " ≇ : NEITHER APPROXIMATELY NOR ACTUALLY EQUAL TO +\\ne " ≠ : NOT EQUAL TO +\\ne " ≠ : NOT EQUAL TO +\\nea \\nea " : (Incomplete sequence) +\\nearrow " ↗ : NORTH EAST ARROW / UPPER RIGHT ARROW +\\neg " ¬ : NOT SIGN +\\neo \\neo " : (Incomplete sequence) +\\neovnwarrow " ⤱ : NORTH EAST ARROW CROSSING NORTH WEST ARROW +\\neovsearrow " ⤮ : NORTH EAST ARROW CROSSING SOUTH EAST ARROW +\\nep \\nep " : (Incomplete sequence) +\\neptune " ♆ : NEPTUNE +\\neq \\neq " : (Incomplete sequence) +\\neqsim " ≂̸ : MINUS TILDE + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nequiv " ≢ : NOT IDENTICAL TO +\\neu \\neu " : (Incomplete sequence) +\\neuter " ⚲ : NEUTER +\\nex \\nex " : (Incomplete sequence) +\\nexists " ∄ : THERE DOES NOT EXIST +\\ng " ŋ : LATIN SMALL LETTER ENG +\\ng " ŋ : LATIN SMALL LETTER ENG +\\nge \\nge " : (Incomplete sequence) +\\ngeq " ≱ : NEITHER GREATER-THAN NOR EQUAL TO / NEITHER GREATER THAN NOR EQUAL TO +\\ngeq " ≱ : NEITHER GREATER-THAN NOR EQUAL TO / NEITHER GREATER THAN NOR EQUAL TO +\\ngeqs \\ngeqs " : (Incomplete sequence) +\\ngeqslant " ⩾̸ : GREATER-THAN OR SLANTED EQUAL TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\ngt \\ngt " : (Incomplete sequence) +\\ngtr " ≯ : NOT GREATER-THAN / NOT GREATER THAN +\\ngtr " ≯ : NOT GREATER-THAN / NOT GREATER THAN +\\ngtrs \\ngtrs " : (Incomplete sequence) +\\ngtrsim " ≵ : NEITHER GREATER-THAN NOR EQUIVALENT TO / NEITHER GREATER THAN NOR EQUIVALENT TO +\\ni " ∋ : CONTAINS AS MEMBER +\\ni " ∋ : CONTAINS AS MEMBER +\\nio \\nio " : (Incomplete sequence) +\\niobar " ⋾ : SMALL CONTAINS WITH OVERBAR +\\nis " ⋼ : SMALL CONTAINS WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +\\nis " ⋼ : SMALL CONTAINS WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +\\nisd " ⋺ : CONTAINS WITH LONG HORIZONTAL STROKE +\\nleftarrow " ↚ : LEFTWARDS ARROW WITH STROKE / LEFT ARROW WITH STROKE +\\nleftrightarrow " ↮ : LEFT RIGHT ARROW WITH STROKE +\\nleq " ≰ : NEITHER LESS-THAN NOR EQUAL TO / NEITHER LESS THAN NOR EQUAL TO +\\nleq " ≰ : NEITHER LESS-THAN NOR EQUAL TO / NEITHER LESS THAN NOR EQUAL TO +\\nleqs \\nleqs " : (Incomplete sequence) +\\nleqslant " ⩽̸ : LESS-THAN OR SLANTED EQUAL TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nless " ≮ : NOT LESS-THAN / NOT LESS THAN +\\nless " ≮ : NOT LESS-THAN / NOT LESS THAN +\\nlesss \\nlesss " : (Incomplete sequence) +\\nlesssim " ≴ : NEITHER LESS-THAN NOR EQUIVALENT TO / NEITHER LESS THAN NOR EQUIVALENT TO +\\nmid " ∤ : DOES NOT DIVIDE +\\nni " ∌ : DOES NOT CONTAIN AS MEMBER +\\nolinebreak " ⁠ : WORD JOINER +\\not " ◌̸ : COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\not " ◌̸ : COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\notb \\notb " : (Incomplete sequence) +\\notbackslash " ⍀ : APL FUNCTIONAL SYMBOL BACKSLASH BAR +\\notg \\notg " : (Incomplete sequence) +\\notgreaterless " ≹ : NEITHER GREATER-THAN NOR LESS-THAN / NEITHER GREATER THAN NOR LESS THAN +\\noti \\noti " : (Incomplete sequence) +\\notin " ∉ : NOT AN ELEMENT OF +\\notl \\notl " : (Incomplete sequence) +\\notlessgreater " ≸ : NEITHER LESS-THAN NOR GREATER-THAN / NEITHER LESS THAN NOR GREATER THAN +\\nots \\nots " : (Incomplete sequence) +\\notslash " ⌿ : APL FUNCTIONAL SYMBOL SLASH BAR +\\nparallel " ∦ : NOT PARALLEL TO +\\npolint " ⨔ : LINE INTEGRATION NOT INCLUDING THE POLE +\\nprec " ⊀ : DOES NOT PRECEDE +\\nprec " ⊀ : DOES NOT PRECEDE +\\nprecc \\nprecc " : (Incomplete sequence) +\\npreccurlyeq " ⋠ : DOES NOT PRECEDE OR EQUAL +\\nprece \\nprece " : (Incomplete sequence) +\\npreceq " ⪯̸ : PRECEDES ABOVE SINGLE-LINE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nprecs \\nprecs " : (Incomplete sequence) +\\nprecsim " ≾̸ : PRECEDES OR EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nrightarrow " ↛ : RIGHTWARDS ARROW WITH STROKE / RIGHT ARROW WITH STROKE +\\nrleg " ƞ : LATIN SMALL LETTER N WITH LONG RIGHT LEG +\\nsim " ≁ : NOT TILDE +\\nsim " ≁ : NOT TILDE +\\nsime " ≄ : NOT ASYMPTOTICALLY EQUAL TO +\\nsqsubseteq " ⋢ : NOT SQUARE IMAGE OF OR EQUAL TO +\\nsqsupseteq " ⋣ : NOT SQUARE ORIGINAL OF OR EQUAL TO +\\nsubset " ⊄ : NOT A SUBSET OF +\\nsubset " ⊄ : NOT A SUBSET OF +\\nsubsete \\nsubsete " : (Incomplete sequence) +\\nsubseteq " ⊈ : NEITHER A SUBSET OF NOR EQUAL TO +\\nsubseteq " ⊈ : NEITHER A SUBSET OF NOR EQUAL TO +\\nsubseteqq " ⫅̸ : SUBSET OF ABOVE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nsucc " ⊁ : DOES NOT SUCCEED +\\nsucc " ⊁ : DOES NOT SUCCEED +\\nsuccc \\nsuccc " : (Incomplete sequence) +\\nsucccurlyeq " ⋡ : DOES NOT SUCCEED OR EQUAL +\\nsucce \\nsucce " : (Incomplete sequence) +\\nsucceq " ⪰̸ : SUCCEEDS ABOVE SINGLE-LINE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nsuccs \\nsuccs " : (Incomplete sequence) +\\nsuccsim " ≿̸ : SUCCEEDS OR EQUIVALENT TO + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\nsupset " ⊅ : NOT A SUPERSET OF +\\nsupset " ⊅ : NOT A SUPERSET OF +\\nsupsete \\nsupsete " : (Incomplete sequence) +\\nsupseteq " ⊉ : NEITHER A SUPERSET OF NOR EQUAL TO +\\nsupseteq " ⊉ : NEITHER A SUPERSET OF NOR EQUAL TO +\\nsupseteqq " ⫆̸ : SUPERSET OF ABOVE EQUALS SIGN + COMBINING LONG SOLIDUS OVERLAY / NON-SPACING LONG SLASH OVERLAY +\\ntriangleleft " ⋪ : NOT NORMAL SUBGROUP OF +\\ntriangleleft " ⋪ : NOT NORMAL SUBGROUP OF +\\ntrianglelefte \\ntrianglelefte " : (Incomplete sequence) +\\ntrianglelefteq " ⋬ : NOT NORMAL SUBGROUP OF OR EQUAL TO +\\ntriangleright " ⋫ : DOES NOT CONTAIN AS NORMAL SUBGROUP +\\ntriangleright " ⋫ : DOES NOT CONTAIN AS NORMAL SUBGROUP +\\ntrianglerighte \\ntrianglerighte " : (Incomplete sequence) +\\ntrianglerighteq " ⋭ : DOES NOT CONTAIN AS NORMAL SUBGROUP OR EQUAL +\\nu " ν : GREEK SMALL LETTER NU +\\nu " ν : GREEK SMALL LETTER NU +\\num \\num " : (Incomplete sequence) +\\numero " № : NUMERO SIGN / NUMERO +\\nvDash " ⊭ : NOT TRUE +\\nvLeftarrow " ⤂ : LEFTWARDS DOUBLE ARROW WITH VERTICAL STROKE +\\nvLeftrightarrow " ⤄ : LEFT RIGHT DOUBLE ARROW WITH VERTICAL STROKE +\\nvRightarrow " ⤃ : RIGHTWARDS DOUBLE ARROW WITH VERTICAL STROKE +\\nvdash " ⊬ : DOES NOT PROVE +\\nvleftarrow " ⇷ : LEFTWARDS ARROW WITH VERTICAL STROKE +\\nvleftarrow " ⇷ : LEFTWARDS ARROW WITH VERTICAL STROKE +\\nvleftarrowt \\nvleftarrowt " : (Incomplete sequence) +\\nvleftarrowtail " ⬹ : LEFTWARDS ARROW WITH TAIL WITH VERTICAL STROKE +\\nvleftrightarrow " ⇹ : LEFT RIGHT ARROW WITH VERTICAL STROKE +\\nvrightarrow " ⇸ : RIGHTWARDS ARROW WITH VERTICAL STROKE +\\nvrightarrow " ⇸ : RIGHTWARDS ARROW WITH VERTICAL STROKE +\\nvrightarrowt \\nvrightarrowt " : (Incomplete sequence) +\\nvrightarrowtail " ⤔ : RIGHTWARDS ARROW WITH TAIL WITH VERTICAL STROKE +\\nvtwoheadleftarrow " ⬴ : LEFTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +\\nvtwoheadleftarrow " ⬴ : LEFTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +\\nvtwoheadleftarrowt \\nvtwoheadleftarrowt " : (Incomplete sequence) +\\nvtwoheadleftarrowtail " ⬼ : LEFTWARDS TWO-HEADED ARROW WITH TAIL WITH VERTICAL STROKE +\\nvtwoheadrightarrow " ⤀ : RIGHTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +\\nvtwoheadrightarrow " ⤀ : RIGHTWARDS TWO-HEADED ARROW WITH VERTICAL STROKE +\\nvtwoheadrightarrowt \\nvtwoheadrightarrowt " : (Incomplete sequence) +\\nvtwoheadrightarrowtail " ⤗ : RIGHTWARDS TWO-HEADED ARROW WITH TAIL WITH VERTICAL STROKE +\\nwarrow " ↖ : NORTH WEST ARROW / UPPER LEFT ARROW +\\nwovnearrow " ⤲ : NORTH WEST ARROW CROSSING NORTH EAST ARROW +\\o " ø : LATIN SMALL LETTER O WITH STROKE / LATIN SMALL LETTER O SLASH +\\o " ø : LATIN SMALL LETTER O WITH STROKE / LATIN SMALL LETTER O SLASH +\\ob \\ob " : (Incomplete sequence) +\\obar " ⌽ : APL FUNCTIONAL SYMBOL CIRCLE STILE +\\obslash " ⦸ : CIRCLED REVERSE SOLIDUS +\\oc \\oc " : (Incomplete sequence) +\\ocirc " ◌̊ : COMBINING RING ABOVE / NON-SPACING RING ABOVE +\\ocommatopright " ◌̕ : COMBINING COMMA ABOVE RIGHT / NON-SPACING COMMA ABOVE RIGHT +\\od \\od " : (Incomplete sequence) +\\odiv " ⨸ : CIRCLED DIVISION SIGN +\\odot " ⊙ : CIRCLED DOT OPERATOR +\\odot " ⊙ : CIRCLED DOT OPERATOR +\\odots \\odots " : (Incomplete sequence) +\\odotslashdot " ⦼ : CIRCLED ANTICLOCKWISE-ROTATED DIVISION SIGN +\\oe " œ : LATIN SMALL LIGATURE OE / LATIN SMALL LETTER O E +\\og \\og " : (Incomplete sequence) +\\ogreaterthan " ⧁ : CIRCLED GREATER-THAN +\\oh \\oh " : (Incomplete sequence) +\\ohm " Ω : OHM SIGN / OHM +\\oi \\oi " : (Incomplete sequence) +\\oiiint " ∰ : VOLUME INTEGRAL +\\oiint " ∯ : SURFACE INTEGRAL +\\oint " ∮ : CONTOUR INTEGRAL +\\oint " ∮ : CONTOUR INTEGRAL +\\ointc \\ointc " : (Incomplete sequence) +\\ointctrclockwise " ∳ : ANTICLOCKWISE CONTOUR INTEGRAL +\\ol \\ol " : (Incomplete sequence) +\\olessthan " ⧀ : CIRCLED LESS-THAN +\\om \\om " : (Incomplete sequence) +\\omega " ω : GREEK SMALL LETTER OMEGA +\\ominus " ⊖ : CIRCLED MINUS +\\op \\op " : (Incomplete sequence) +\\openbracketleft " ⟦ : MATHEMATICAL LEFT WHITE SQUARE BRACKET +\\openbracketright " ⟧ : MATHEMATICAL RIGHT WHITE SQUARE BRACKET +\\openo " ɔ : LATIN SMALL LETTER OPEN O +\\oplus " ⊕ : CIRCLED PLUS +\\oplus " ⊕ : CIRCLED PLUS +\\oplusl \\oplusl " : (Incomplete sequence) +\\opluslhrim " ⨭ : PLUS SIGN IN LEFT HALF CIRCLE +\\oplusr \\oplusr " : (Incomplete sequence) +\\oplusrhrim " ⨮ : PLUS SIGN IN RIGHT HALF CIRCLE +\\or \\or " : (Incomplete sequence) +\\ordfeminine " ª : FEMININE ORDINAL INDICATOR +\\ordmasculine " º : MASCULINE ORDINAL INDICATOR +\\original " ⊶ : ORIGINAL OF +\\os \\os " : (Incomplete sequence) +\\oslash " ⊘ : CIRCLED DIVISION SLASH +\\ot \\ot " : (Incomplete sequence) +\\otimes " ⊗ : CIRCLED TIMES +\\otimes " ⊗ : CIRCLED TIMES +\\otimesh \\otimesh " : (Incomplete sequence) +\\otimeshat " ⨶ : CIRCLED MULTIPLICATION SIGN WITH CIRCUMFLEX ACCENT +\\otimesl \\otimesl " : (Incomplete sequence) +\\otimeslhrim " ⨴ : MULTIPLICATION SIGN IN LEFT HALF CIRCLE +\\otimesr \\otimesr " : (Incomplete sequence) +\\otimesrhrim " ⨵ : MULTIPLICATION SIGN IN RIGHT HALF CIRCLE +\\oturnedcomma " ◌̒ : COMBINING TURNED COMMA ABOVE / NON-SPACING TURNED COMMA ABOVE +\\ov \\ov " : (Incomplete sequence) +\\overbar " ◌̅ : COMBINING OVERLINE / NON-SPACING OVERSCORE +\\overbrace " ⏞ : TOP CURLY BRACKET +\\overbracket " ⎴ : TOP SQUARE BRACKET +\\overleftarrow " ◌⃖ : COMBINING LEFT ARROW ABOVE / NON-SPACING LEFT ARROW ABOVE +\\overleftrightarrow " ◌⃡ : COMBINING LEFT RIGHT ARROW ABOVE / NON-SPACING LEFT RIGHT ARROW ABOVE +\\ovhook " ◌̉ : COMBINING HOOK ABOVE / NON-SPACING HOOK ABOVE +\\palh " ◌̡ : COMBINING PALATALIZED HOOK BELOW / NON-SPACING PALATALIZED HOOK BELOW +\\parallel " ∥ : PARALLEL TO +\\parallel " ∥ : PARALLEL TO +\\parallelo \\parallelo " : (Incomplete sequence) +\\parallelogram " ▱ : WHITE PARALLELOGRAM +\\parallelogram " ▱ : WHITE PARALLELOGRAM +\\parallelogramb \\parallelogramb " : (Incomplete sequence) +\\parallelogramblack " ▰ : BLACK PARALLELOGRAM +\\partial " ∂ : PARTIAL DIFFERENTIAL +\\partial " ∂ : PARTIAL DIFFERENTIAL +\\partialm \\partialm " : (Incomplete sequence) +\\partialmeetcontraction " ⪣ : DOUBLE NESTED LESS-THAN WITH UNDERBAR +\\pbgam " ɤ : LATIN SMALL LETTER RAMS HORN / LATIN SMALL LETTER BABY GAMMA +\\pentagon " ⬠ : WHITE PENTAGON +\\pentagon " ⬠ : WHITE PENTAGON +\\pentagonb \\pentagonb " : (Incomplete sequence) +\\pentagonblack " ⬟ : BLACK PENTAGON +\\perp " ⟂ : PERPENDICULAR +\\perspcorrespond " ⩞ : LOGICAL AND WITH DOUBLE OVERBAR +\\pertenthousand " ‱ : PER TEN THOUSAND SIGN +\\perthousand " ‰ : PER MILLE SIGN +\\pes " ₧ : PESETA SIGN +\\pgamma " ɣ : LATIN SMALL LETTER GAMMA +\\phi " ϕ : GREEK PHI SYMBOL / GREEK SMALL LETTER SCRIPT PHI +\\pi " π : GREEK SMALL LETTER PI +\\pi " π : GREEK SMALL LETTER PI +\\pis \\pis " : (Incomplete sequence) +\\pisces " ♓ : PISCES +\\pit \\pit " : (Incomplete sequence) +\\pitchfork " ⋔ : PITCHFORK +\\planck " ℎ : PLANCK CONSTANT +\\plusdot " ⨥ : PLUS SIGN WITH DOT BELOW +\\pluseqq " ⩲ : PLUS SIGN ABOVE EQUALS SIGN +\\plushat " ⨣ : PLUS SIGN WITH CIRCUMFLEX ACCENT ABOVE +\\plussim " ⨦ : PLUS SIGN WITH TILDE BELOW +\\plussubtwo " ⨧ : PLUS SIGN WITH SUBSCRIPT TWO +\\plustrif " ⨨ : PLUS SIGN WITH BLACK TRIANGLE +\\pluto " ♇ : PLUTO +\\pm " ± : PLUS-MINUS SIGN / PLUS-OR-MINUS SIGN +\\pointint " ⨕ : INTEGRAL AROUND A POINT OPERATOR +\\postalmark " 〒 : POSTAL MARK +\\pppprime " ⁗ : QUADRUPLE PRIME +\\ppprime " ‴ : TRIPLE PRIME +\\pprime " ″ : DOUBLE PRIME +\\prec " ≺ : PRECEDES +\\prec " ≺ : PRECEDES +\\preca \\preca " : (Incomplete sequence) +\\precapprox " ⪷ : PRECEDES ABOVE ALMOST EQUAL TO +\\precc \\precc " : (Incomplete sequence) +\\preccurlyeq " ≼ : PRECEDES OR EQUAL TO +\\prece \\prece " : (Incomplete sequence) +\\preceq " ⪯ : PRECEDES ABOVE SINGLE-LINE EQUALS SIGN +\\preceq " ⪯ : PRECEDES ABOVE SINGLE-LINE EQUALS SIGN +\\preceqq " ⪳ : PRECEDES ABOVE EQUALS SIGN +\\precn \\precn " : (Incomplete sequence) +\\precnapprox " ⪹ : PRECEDES ABOVE NOT ALMOST EQUAL TO +\\precneq " ⪱ : PRECEDES ABOVE SINGLE-LINE NOT EQUAL TO +\\precneq " ⪱ : PRECEDES ABOVE SINGLE-LINE NOT EQUAL TO +\\precneqq " ⪵ : PRECEDES ABOVE NOT EQUAL TO +\\precnsim " ⋨ : PRECEDES BUT NOT EQUIVALENT TO +\\precs \\precs " : (Incomplete sequence) +\\precsim " ≾ : PRECEDES OR EQUIVALENT TO +\\prime " ′ : PRIME +\\prod " ∏ : N-ARY PRODUCT +\\profline " ⌒ : ARC +\\profsurf " ⌓ : SEGMENT +\\propto " ∝ : PROPORTIONAL TO +\\prurel " ⊰ : PRECEDES UNDER RELATION +\\pscrv " ʋ : LATIN SMALL LETTER V WITH HOOK / LATIN SMALL LETTER SCRIPT V +\\psi " ψ : GREEK SMALL LETTER PSI +\\pupsil " ʊ : LATIN SMALL LETTER UPSILON +\\quad "   : EM SPACE +\\quarternote " ♩ : QUARTER NOTE +\\questeq " ≟ : QUESTIONED EQUAL TO +\\questiondown " ¿ : INVERTED QUESTION MARK +\\rLarr " ⥄ : SHORT RIGHTWARDS ARROW ABOVE LEFTWARDS ARROW +\\rais " ˔ : MODIFIER LETTER UP TACK +\\rangle " ⟩ : MATHEMATICAL RIGHT ANGLE BRACKET +\\rarrx " ⥇ : RIGHTWARDS ARROW THROUGH X +\\rasp " ʼ : MODIFIER LETTER APOSTROPHE +\\rceil " ⌉ : RIGHT CEILING +\\rdiagovfdiag " ⤫ : RISING DIAGONAL CROSSING FALLING DIAGONAL +\\rdiagovsearrow " ⤰ : RISING DIAGONAL CROSSING SOUTH EAST ARROW +\\rdq " ” : RIGHT DOUBLE QUOTATION MARK / DOUBLE COMMA QUOTATION MARK +\\reapos " ‛ : SINGLE HIGH-REVERSED-9 QUOTATION MARK / SINGLE REVERSED COMMA QUOTATION MARK +\\recorder " ⌕ : TELEPHONE RECORDER +\\reglst " ʕ : LATIN LETTER PHARYNGEAL VOICED FRICATIVE / LATIN LETTER REVERSED GLOTTAL STOP +\\revangle " ⦣ : REVERSED ANGLE +\\revangle " ⦣ : REVERSED ANGLE +\\revangleu \\revangleu " : (Incomplete sequence) +\\revangleubar " ⦥ : REVERSED ANGLE WITH UNDERBAR +\\revemptyset " ⦰ : REVERSED EMPTY SET +\\rfloor " ⌋ : RIGHT FLOOR +\\rh " ◌̢ : COMBINING RETROFLEX HOOK BELOW / NON-SPACING RETROFLEX HOOK BELOW +\\rh " ◌̢ : COMBINING RETROFLEX HOOK BELOW / NON-SPACING RETROFLEX HOOK BELOW +\\rho " ρ : GREEK SMALL LETTER RHO +\\rightangle " ∟ : RIGHT ANGLE +\\rightangle " ∟ : RIGHT ANGLE +\\rightanglea \\rightanglea " : (Incomplete sequence) +\\rightanglearc " ⊾ : RIGHT ANGLE WITH ARC +\\rightanglem \\rightanglem " : (Incomplete sequence) +\\rightanglemdot " ⦝ : MEASURED RIGHT ANGLE WITH DOT +\\rightarrow " → : RIGHTWARDS ARROW / RIGHT ARROW +\\rightarrow " → : RIGHTWARDS ARROW / RIGHT ARROW +\\rightarrowb \\rightarrowb " : (Incomplete sequence) +\\rightarrowbackapprox " ⭈ : RIGHTWARDS ARROW ABOVE REVERSE ALMOST EQUAL TO +\\rightarrowbar " ⇥ : RIGHTWARDS ARROW TO BAR / RIGHT ARROW TO BAR +\\rightarrowbsimilar " ⭌ : RIGHTWARDS ARROW ABOVE REVERSE TILDE OPERATOR +\\rightarrowd \\rightarrowd " : (Incomplete sequence) +\\rightarrowdiamond " ⤞ : RIGHTWARDS ARROW TO BLACK DIAMOND +\\rightarrowg \\rightarrowg " : (Incomplete sequence) +\\rightarrowgtr " ⭃ : RIGHTWARDS ARROW THROUGH GREATER-THAN +\\rightarrowp \\rightarrowp " : (Incomplete sequence) +\\rightarrowplus " ⥅ : RIGHTWARDS ARROW WITH PLUS BELOW +\\rightarrows \\rightarrows " : (Incomplete sequence) +\\rightarrowsupset " ⭄ : RIGHTWARDS ARROW THROUGH SUPERSET +\\rightarrowt \\rightarrowt " : (Incomplete sequence) +\\rightarrowtail " ↣ : RIGHTWARDS ARROW WITH TAIL / RIGHT ARROW WITH TAIL +\\rightarrowtriangle " ⇾ : RIGHTWARDS OPEN-HEADED ARROW +\\rightdasharrow " ⇢ : RIGHTWARDS DASHED ARROW / RIGHT DASHED ARROW +\\rightdotarrow " ⤑ : RIGHTWARDS ARROW WITH DOTTED STEM +\\rightharpoonaccent " ◌⃑ : COMBINING RIGHT HARPOON ABOVE / NON-SPACING RIGHT HARPOON ABOVE +\\rightharpoondown " ⇁ : RIGHTWARDS HARPOON WITH BARB DOWNWARDS / RIGHT HARPOON WITH BARB DOWN +\\rightharpoonsupdown " ⥤ : RIGHTWARDS HARPOON WITH BARB UP ABOVE RIGHTWARDS HARPOON WITH BARB DOWN +\\rightharpoonup " ⇀ : RIGHTWARDS HARPOON WITH BARB UPWARDS / RIGHT HARPOON WITH BARB UP +\\rightharpoonup " ⇀ : RIGHTWARDS HARPOON WITH BARB UPWARDS / RIGHT HARPOON WITH BARB UP +\\rightharpoonupd \\rightharpoonupd " : (Incomplete sequence) +\\rightharpoonupdash " ⥬ : RIGHTWARDS HARPOON WITH BARB UP ABOVE LONG DASH +\\rightleftarrows " ⇄ : RIGHTWARDS ARROW OVER LEFTWARDS ARROW / RIGHT ARROW OVER LEFT ARROW +\\rightleftharpoons " ⇌ : RIGHTWARDS HARPOON OVER LEFTWARDS HARPOON / RIGHT HARPOON OVER LEFT HARPOON +\\rightleftharpoons " ⇌ : RIGHTWARDS HARPOON OVER LEFTWARDS HARPOON / RIGHT HARPOON OVER LEFT HARPOON +\\rightleftharpoonsd \\rightleftharpoonsd " : (Incomplete sequence) +\\rightleftharpoonsdown " ⥩ : RIGHTWARDS HARPOON WITH BARB DOWN ABOVE LEFTWARDS HARPOON WITH BARB DOWN +\\rightleftharpoonsu \\rightleftharpoonsu " : (Incomplete sequence) +\\rightleftharpoonsup " ⥨ : RIGHTWARDS HARPOON WITH BARB UP ABOVE LEFTWARDS HARPOON WITH BARB UP +\\rightmoon " ☽ : FIRST QUARTER MOON +\\rightouterjoin " ⟖ : RIGHT OUTER JOIN +\\rightpentagon " ⭔ : WHITE RIGHT-POINTING PENTAGON +\\rightpentagon " ⭔ : WHITE RIGHT-POINTING PENTAGON +\\rightpentagonb \\rightpentagonb " : (Incomplete sequence) +\\rightpentagonblack " ⭓ : BLACK RIGHT-POINTING PENTAGON +\\rightrightarrows " ⇉ : RIGHTWARDS PAIRED ARROWS / RIGHT PAIRED ARROWS +\\rightsquigarrow " ⇝ : RIGHTWARDS SQUIGGLE ARROW / RIGHT SQUIGGLE ARROW +\\rightthreearrows " ⇶ : THREE RIGHTWARDS ARROWS +\\rightthreetimes " ⋌ : RIGHT SEMIDIRECT PRODUCT +\\rightwavearrow " ↝ : RIGHTWARDS WAVE ARROW / RIGHT WAVE ARROW +\\rightwhitearrow " ⇨ : RIGHTWARDS WHITE ARROW / WHITE RIGHT ARROW +\\ringplus " ⨢ : PLUS SIGN WITH SMALL CIRCLE ABOVE +\\risingdotseq " ≓ : IMAGE OF OR APPROXIMATELY EQUAL TO +\\rl " ɼ : LATIN SMALL LETTER R WITH LONG LEG +\\rmoustache " ⎱ : UPPER RIGHT OR LOWER LEFT CURLY BRACKET SECTION +\\rppolint " ⨒ : LINE INTEGRATION WITH RECTANGULAR PATH AROUND POLE +\\rq " ’ : RIGHT SINGLE QUOTATION MARK / SINGLE COMMA QUOTATION MARK +\\rrbracket " ⟧ : MATHEMATICAL RIGHT WHITE SQUARE BRACKET +\\rsolbar " ⧷ : REVERSE SOLIDUS WITH HORIZONTAL STROKE +\\rsqhook " ⫎ : SQUARE RIGHT OPEN BOX OPERATOR +\\rtimes " ⋊ : RIGHT NORMAL FACTOR SEMIDIRECT PRODUCT +\\rtld " ɖ : LATIN SMALL LETTER D WITH TAIL / LATIN SMALL LETTER D RETROFLEX HOOK +\\rtll " ɭ : LATIN SMALL LETTER L WITH RETROFLEX HOOK / LATIN SMALL LETTER L RETROFLEX HOOK +\\rtln " ɳ : LATIN SMALL LETTER N WITH RETROFLEX HOOK / LATIN SMALL LETTER N RETROFLEX HOOK +\\rtlr " ɽ : LATIN SMALL LETTER R WITH TAIL / LATIN SMALL LETTER R HOOK +\\rtls " ʂ : LATIN SMALL LETTER S WITH HOOK / LATIN SMALL LETTER S HOOK +\\rtlt " ʈ : LATIN SMALL LETTER T WITH RETROFLEX HOOK / LATIN SMALL LETTER T RETROFLEX HOOK +\\rtlz " ʐ : LATIN SMALL LETTER Z WITH RETROFLEX HOOK / LATIN SMALL LETTER Z RETROFLEX HOOK +\\rttrnr " ɻ : LATIN SMALL LETTER TURNED R WITH HOOK / LATIN SMALL LETTER TURNED R HOOK +\\rvboxline " ⎹ : RIGHT VERTICAL BOX LINE +\\rvbull " ◘ : INVERSE BULLET +\\sagittarius " ♐ : SAGITTARIUS +\\sansA " 𝖠 : MATHEMATICAL SANS-SERIF CAPITAL A +\\sansB " 𝖡 : MATHEMATICAL SANS-SERIF CAPITAL B +\\sansC " 𝖢 : MATHEMATICAL SANS-SERIF CAPITAL C +\\sansD " 𝖣 : MATHEMATICAL SANS-SERIF CAPITAL D +\\sansE " 𝖤 : MATHEMATICAL SANS-SERIF CAPITAL E +\\sansF " 𝖥 : MATHEMATICAL SANS-SERIF CAPITAL F +\\sansG " 𝖦 : MATHEMATICAL SANS-SERIF CAPITAL G +\\sansH " 𝖧 : MATHEMATICAL SANS-SERIF CAPITAL H +\\sansI " 𝖨 : MATHEMATICAL SANS-SERIF CAPITAL I +\\sansJ " 𝖩 : MATHEMATICAL SANS-SERIF CAPITAL J +\\sansK " 𝖪 : MATHEMATICAL SANS-SERIF CAPITAL K +\\sansL " 𝖫 : MATHEMATICAL SANS-SERIF CAPITAL L +\\sansL " 𝖫 : MATHEMATICAL SANS-SERIF CAPITAL L +\\sansLm \\sansLm " : (Incomplete sequence) +\\sansLmirrored " ⅃ : REVERSED SANS-SERIF CAPITAL L +\\sansLt \\sansLt " : (Incomplete sequence) +\\sansLturned " ⅂ : TURNED SANS-SERIF CAPITAL L +\\sansM " 𝖬 : MATHEMATICAL SANS-SERIF CAPITAL M +\\sansN " 𝖭 : MATHEMATICAL SANS-SERIF CAPITAL N +\\sansO " 𝖮 : MATHEMATICAL SANS-SERIF CAPITAL O +\\sansP " 𝖯 : MATHEMATICAL SANS-SERIF CAPITAL P +\\sansQ " 𝖰 : MATHEMATICAL SANS-SERIF CAPITAL Q +\\sansR " 𝖱 : MATHEMATICAL SANS-SERIF CAPITAL R +\\sansS " 𝖲 : MATHEMATICAL SANS-SERIF CAPITAL S +\\sansT " 𝖳 : MATHEMATICAL SANS-SERIF CAPITAL T +\\sansU " 𝖴 : MATHEMATICAL SANS-SERIF CAPITAL U +\\sansV " 𝖵 : MATHEMATICAL SANS-SERIF CAPITAL V +\\sansW " 𝖶 : MATHEMATICAL SANS-SERIF CAPITAL W +\\sansX " 𝖷 : MATHEMATICAL SANS-SERIF CAPITAL X +\\sansY " 𝖸 : MATHEMATICAL SANS-SERIF CAPITAL Y +\\sansZ " 𝖹 : MATHEMATICAL SANS-SERIF CAPITAL Z +\\sansa " 𝖺 : MATHEMATICAL SANS-SERIF SMALL A +\\sansb " 𝖻 : MATHEMATICAL SANS-SERIF SMALL B +\\sansc " 𝖼 : MATHEMATICAL SANS-SERIF SMALL C +\\sansd " 𝖽 : MATHEMATICAL SANS-SERIF SMALL D +\\sanse " 𝖾 : MATHEMATICAL SANS-SERIF SMALL E +\\sanse " 𝖾 : MATHEMATICAL SANS-SERIF SMALL E +\\sansei \\sansei " : (Incomplete sequence) +\\sanseight " 𝟪 : MATHEMATICAL SANS-SERIF DIGIT EIGHT +\\sansf " 𝖿 : MATHEMATICAL SANS-SERIF SMALL F +\\sansf " 𝖿 : MATHEMATICAL SANS-SERIF SMALL F +\\sansfi \\sansfi " : (Incomplete sequence) +\\sansfive " 𝟧 : MATHEMATICAL SANS-SERIF DIGIT FIVE +\\sansfo \\sansfo " : (Incomplete sequence) +\\sansfour " 𝟦 : MATHEMATICAL SANS-SERIF DIGIT FOUR +\\sansg " 𝗀 : MATHEMATICAL SANS-SERIF SMALL G +\\sansh " 𝗁 : MATHEMATICAL SANS-SERIF SMALL H +\\sansi " 𝗂 : MATHEMATICAL SANS-SERIF SMALL I +\\sansj " 𝗃 : MATHEMATICAL SANS-SERIF SMALL J +\\sansk " 𝗄 : MATHEMATICAL SANS-SERIF SMALL K +\\sansl " 𝗅 : MATHEMATICAL SANS-SERIF SMALL L +\\sansm " 𝗆 : MATHEMATICAL SANS-SERIF SMALL M +\\sansn " 𝗇 : MATHEMATICAL SANS-SERIF SMALL N +\\sansn " 𝗇 : MATHEMATICAL SANS-SERIF SMALL N +\\sansni \\sansni " : (Incomplete sequence) +\\sansnine " 𝟫 : MATHEMATICAL SANS-SERIF DIGIT NINE +\\sanso " 𝗈 : MATHEMATICAL SANS-SERIF SMALL O +\\sanso " 𝗈 : MATHEMATICAL SANS-SERIF SMALL O +\\sanson \\sanson " : (Incomplete sequence) +\\sansone " 𝟣 : MATHEMATICAL SANS-SERIF DIGIT ONE +\\sansp " 𝗉 : MATHEMATICAL SANS-SERIF SMALL P +\\sansq " 𝗊 : MATHEMATICAL SANS-SERIF SMALL Q +\\sansr " 𝗋 : MATHEMATICAL SANS-SERIF SMALL R +\\sanss " 𝗌 : MATHEMATICAL SANS-SERIF SMALL S +\\sanss " 𝗌 : MATHEMATICAL SANS-SERIF SMALL S +\\sansse \\sansse " : (Incomplete sequence) +\\sansseven " 𝟩 : MATHEMATICAL SANS-SERIF DIGIT SEVEN +\\sanssi \\sanssi " : (Incomplete sequence) +\\sanssix " 𝟨 : MATHEMATICAL SANS-SERIF DIGIT SIX +\\sanst " 𝗍 : MATHEMATICAL SANS-SERIF SMALL T +\\sanst " 𝗍 : MATHEMATICAL SANS-SERIF SMALL T +\\sansth \\sansth " : (Incomplete sequence) +\\sansthree " 𝟥 : MATHEMATICAL SANS-SERIF DIGIT THREE +\\sanstw \\sanstw " : (Incomplete sequence) +\\sanstwo " 𝟤 : MATHEMATICAL SANS-SERIF DIGIT TWO +\\sansu " 𝗎 : MATHEMATICAL SANS-SERIF SMALL U +\\sansv " 𝗏 : MATHEMATICAL SANS-SERIF SMALL V +\\sansw " 𝗐 : MATHEMATICAL SANS-SERIF SMALL W +\\sansx " 𝗑 : MATHEMATICAL SANS-SERIF SMALL X +\\sansy " 𝗒 : MATHEMATICAL SANS-SERIF SMALL Y +\\sansz " 𝗓 : MATHEMATICAL SANS-SERIF SMALL Z +\\sansz " 𝗓 : MATHEMATICAL SANS-SERIF SMALL Z +\\sansze \\sansze " : (Incomplete sequence) +\\sanszero " 𝟢 : MATHEMATICAL SANS-SERIF DIGIT ZERO +\\saturn " ♄ : SATURN +\\sbbrg " ◌̪ : COMBINING BRIDGE BELOW / NON-SPACING BRIDGE BELOW +\\sblhr " ˓ : MODIFIER LETTER CENTRED LEFT HALF RING / MODIFIER LETTER CENTERED LEFT HALF RING +\\sbrhr " ˒ : MODIFIER LETTER CENTRED RIGHT HALF RING / MODIFIER LETTER CENTERED RIGHT HALF RING +\\schwa " ə : LATIN SMALL LETTER SCHWA +\\scorpio " ♏ : SCORPIUS +\\scpolint " ⨓ : LINE INTEGRATION WITH SEMICIRCULAR PATH AROUND POLE +\\scrA " 𝒜 : MATHEMATICAL SCRIPT CAPITAL A +\\scrB " ℬ : SCRIPT CAPITAL B / SCRIPT B +\\scrC " 𝒞 : MATHEMATICAL SCRIPT CAPITAL C +\\scrD " 𝒟 : MATHEMATICAL SCRIPT CAPITAL D +\\scrE " ℰ : SCRIPT CAPITAL E / SCRIPT E +\\scrF " ℱ : SCRIPT CAPITAL F / SCRIPT F +\\scrG " 𝒢 : MATHEMATICAL SCRIPT CAPITAL G +\\scrH " ℋ : SCRIPT CAPITAL H / SCRIPT H +\\scrI " ℐ : SCRIPT CAPITAL I / SCRIPT I +\\scrJ " 𝒥 : MATHEMATICAL SCRIPT CAPITAL J +\\scrK " 𝒦 : MATHEMATICAL SCRIPT CAPITAL K +\\scrL " ℒ : SCRIPT CAPITAL L / SCRIPT L +\\scrM " ℳ : SCRIPT CAPITAL M / SCRIPT M +\\scrN " 𝒩 : MATHEMATICAL SCRIPT CAPITAL N +\\scrO " 𝒪 : MATHEMATICAL SCRIPT CAPITAL O +\\scrP " 𝒫 : MATHEMATICAL SCRIPT CAPITAL P +\\scrQ " 𝒬 : MATHEMATICAL SCRIPT CAPITAL Q +\\scrR " ℛ : SCRIPT CAPITAL R / SCRIPT R +\\scrS " 𝒮 : MATHEMATICAL SCRIPT CAPITAL S +\\scrT " 𝒯 : MATHEMATICAL SCRIPT CAPITAL T +\\scrU " 𝒰 : MATHEMATICAL SCRIPT CAPITAL U +\\scrV " 𝒱 : MATHEMATICAL SCRIPT CAPITAL V +\\scrW " 𝒲 : MATHEMATICAL SCRIPT CAPITAL W +\\scrX " 𝒳 : MATHEMATICAL SCRIPT CAPITAL X +\\scrY " 𝒴 : MATHEMATICAL SCRIPT CAPITAL Y +\\scrZ " 𝒵 : MATHEMATICAL SCRIPT CAPITAL Z +\\scra " 𝒶 : MATHEMATICAL SCRIPT SMALL A +\\scrb " 𝒷 : MATHEMATICAL SCRIPT SMALL B +\\scrc " 𝒸 : MATHEMATICAL SCRIPT SMALL C +\\scrd " 𝒹 : MATHEMATICAL SCRIPT SMALL D +\\scre " ℯ : SCRIPT SMALL E +\\scrf " 𝒻 : MATHEMATICAL SCRIPT SMALL F +\\scrg " ℊ : SCRIPT SMALL G +\\scrh " 𝒽 : MATHEMATICAL SCRIPT SMALL H +\\scri " 𝒾 : MATHEMATICAL SCRIPT SMALL I +\\scrj " 𝒿 : MATHEMATICAL SCRIPT SMALL J +\\scrk " 𝓀 : MATHEMATICAL SCRIPT SMALL K +\\scrl " 𝓁 : MATHEMATICAL SCRIPT SMALL L +\\scrm " 𝓂 : MATHEMATICAL SCRIPT SMALL M +\\scrn " 𝓃 : MATHEMATICAL SCRIPT SMALL N +\\scro " ℴ : SCRIPT SMALL O +\\scrp " 𝓅 : MATHEMATICAL SCRIPT SMALL P +\\scrq " 𝓆 : MATHEMATICAL SCRIPT SMALL Q +\\scrr " 𝓇 : MATHEMATICAL SCRIPT SMALL R +\\scrs " 𝓈 : MATHEMATICAL SCRIPT SMALL S +\\scrt " 𝓉 : MATHEMATICAL SCRIPT SMALL T +\\scru " 𝓊 : MATHEMATICAL SCRIPT SMALL U +\\scrv " 𝓋 : MATHEMATICAL SCRIPT SMALL V +\\scrw " 𝓌 : MATHEMATICAL SCRIPT SMALL W +\\scrx " 𝓍 : MATHEMATICAL SCRIPT SMALL X +\\scry " 𝓎 : MATHEMATICAL SCRIPT SMALL Y +\\scrz " 𝓏 : MATHEMATICAL SCRIPT SMALL Z +\\scurel " ⊱ : SUCCEEDS UNDER RELATION +\\searrow " ↘ : SOUTH EAST ARROW / LOWER RIGHT ARROW +\\seovnearrow " ⤭ : SOUTH EAST ARROW CROSSING NORTH EAST ARROW +\\setminus " ∖ : SET MINUS +\\sharp " ♯ : MUSIC SHARP SIGN / SHARP +\\shuffle " ⧢ : SHUFFLE PRODUCT +\\sigma " σ : GREEK SMALL LETTER SIGMA +\\sim " ∼ : TILDE OPERATOR +\\sim " ∼ : TILDE OPERATOR +\\sime \\sime " : (Incomplete sequence) +\\simeq " ≃ : ASYMPTOTICALLY EQUAL TO +\\simg \\simg " : (Incomplete sequence) +\\simgE " ⪠ : SIMILAR ABOVE GREATER-THAN ABOVE EQUALS SIGN +\\simgtr " ⪞ : SIMILAR OR GREATER-THAN +\\simi \\simi " : (Incomplete sequence) +\\similarleftarrow " ⭉ : TILDE OPERATOR ABOVE LEFTWARDS ARROW +\\siml \\siml " : (Incomplete sequence) +\\simlE " ⪟ : SIMILAR ABOVE LESS-THAN ABOVE EQUALS SIGN +\\simless " ⪝ : SIMILAR OR LESS-THAN +\\simm \\simm " : (Incomplete sequence) +\\simminussim " ⩬ : SIMILAR MINUS SIMILAR +\\simp \\simp " : (Incomplete sequence) +\\simplus " ⨤ : PLUS SIGN WITH TILDE ABOVE +\\simr \\simr " : (Incomplete sequence) +\\simrdots " ⩫ : TILDE OPERATOR WITH RISING DOTS +\\sinewave " ∿ : SINE WAVE +\\smallblacktriangleleft " ◂ : BLACK LEFT-POINTING SMALL TRIANGLE / BLACK LEFT POINTING SMALL TRIANGLE +\\smallblacktriangleright " ▸ : BLACK RIGHT-POINTING SMALL TRIANGLE / BLACK RIGHT POINTING SMALL TRIANGLE +\\smallin " ∊ : SMALL ELEMENT OF +\\smallni " ∍ : SMALL CONTAINS AS MEMBER +\\smalltriangleleft " ◃ : WHITE LEFT-POINTING SMALL TRIANGLE / WHITE LEFT POINTING SMALL TRIANGLE +\\smalltriangleright " ▹ : WHITE RIGHT-POINTING SMALL TRIANGLE / WHITE RIGHT POINTING SMALL TRIANGLE +\\smashtimes " ⨳ : SMASH PRODUCT +\\smblkdiamond " ⬩ : BLACK SMALL DIAMOND +\\smblklozenge " ⬪ : BLACK SMALL LOZENGE +\\smblksquare " ▪ : BLACK SMALL SQUARE +\\smeparsl " ⧤ : EQUALS SIGN AND SLANTED PARALLEL WITH TILDE ABOVE +\\smile " ⌣ : SMILE +\\smt " ⪪ : SMALLER THAN +\\smt " ⪪ : SMALLER THAN +\\smte " ⪬ : SMALLER THAN OR EQUAL TO +\\smwhitestar " ⭒ : WHITE SMALL STAR +\\smwhtcircle " ◦ : WHITE BULLET +\\smwhtlozenge " ⬫ : WHITE SMALL LOZENGE +\\smwhtsquare " ▫ : WHITE SMALL SQUARE +\\sout " ◌̶ : COMBINING LONG STROKE OVERLAY / NON-SPACING LONG BAR OVERLAY +\\spadesuit " ♠ : BLACK SPADE SUIT +\\sphericalangle " ∢ : SPHERICAL ANGLE +\\sphericalangle " ∢ : SPHERICAL ANGLE +\\sphericalangleu \\sphericalangleu " : (Incomplete sequence) +\\sphericalangleup " ⦡ : SPHERICAL ANGLE OPENING UP +\\sqcap " ⊓ : SQUARE CAP +\\sqcup " ⊔ : SQUARE CUP +\\sqfl " ◧ : SQUARE WITH LEFT HALF BLACK +\\sqfnw " ┙ : BOX DRAWINGS UP LIGHT AND LEFT HEAVY / FORMS UP LIGHT AND LEFT HEAVY +\\sqfr " ◨ : SQUARE WITH RIGHT HALF BLACK +\\sqfse " ◪ : SQUARE WITH LOWER RIGHT DIAGONAL HALF BLACK +\\sqlozenge " ⌑ : SQUARE LOZENGE +\\sqrint " ⨖ : QUATERNION INTEGRAL OPERATOR +\\sqrt " √ : SQUARE ROOT +\\sqrt " √ : SQUARE ROOT +\\sqrtb \\sqrtb " : (Incomplete sequence) +\\sqrtbottom " ⎷ : RADICAL SYMBOL BOTTOM +\\sqspne " ⋥ : SQUARE ORIGINAL OF OR NOT EQUAL TO +\\sqsubset " ⊏ : SQUARE IMAGE OF +\\sqsubset " ⊏ : SQUARE IMAGE OF +\\sqsubsete \\sqsubsete " : (Incomplete sequence) +\\sqsubseteq " ⊑ : SQUARE IMAGE OF OR EQUAL TO +\\sqsubsetn \\sqsubsetn " : (Incomplete sequence) +\\sqsubsetneq " ⋤ : SQUARE IMAGE OF OR NOT EQUAL TO +\\sqsupset " ⊐ : SQUARE ORIGINAL OF +\\sqsupset " ⊐ : SQUARE ORIGINAL OF +\\sqsupsete \\sqsupsete " : (Incomplete sequence) +\\sqsupseteq " ⊒ : SQUARE ORIGINAL OF OR EQUAL TO +\\square " □ : WHITE SQUARE +\\square " □ : WHITE SQUARE +\\squareb \\squareb " : (Incomplete sequence) +\\squarebotblack " ⬓ : SQUARE WITH BOTTOM HALF BLACK +\\squarec \\squarec " : (Incomplete sequence) +\\squarecrossfill " ▩ : SQUARE WITH DIAGONAL CROSSHATCH FILL +\\squareh \\squareh " : (Incomplete sequence) +\\squarehfill " ▤ : SQUARE WITH HORIZONTAL FILL +\\squarehvfill " ▦ : SQUARE WITH ORTHOGONAL CROSSHATCH FILL +\\squarel \\squarel " : (Incomplete sequence) +\\squarellblack " ⬕ : SQUARE WITH LOWER LEFT DIAGONAL HALF BLACK +\\squarellquad " ◱ : WHITE SQUARE WITH LOWER LEFT QUADRANT +\\squarelrquad " ◲ : WHITE SQUARE WITH LOWER RIGHT QUADRANT +\\squaren \\squaren " : (Incomplete sequence) +\\squareneswfill " ▨ : SQUARE WITH UPPER RIGHT TO LOWER LEFT FILL +\\squarenwsefill " ▧ : SQUARE WITH UPPER LEFT TO LOWER RIGHT FILL +\\squaret \\squaret " : (Incomplete sequence) +\\squaretopblack " ⬒ : SQUARE WITH TOP HALF BLACK +\\squareu \\squareu " : (Incomplete sequence) +\\squareulblack " ◩ : SQUARE WITH UPPER LEFT DIAGONAL HALF BLACK +\\squareulquad " ◰ : WHITE SQUARE WITH UPPER LEFT QUADRANT +\\squareurblack " ⬔ : SQUARE WITH UPPER RIGHT DIAGONAL HALF BLACK +\\squareurquad " ◳ : WHITE SQUARE WITH UPPER RIGHT QUADRANT +\\squarev \\squarev " : (Incomplete sequence) +\\squarevfill " ▥ : SQUARE WITH VERTICAL FILL +\\squoval " ▢ : WHITE SQUARE WITH ROUNDED CORNERS +\\ss " ß : LATIN SMALL LETTER SHARP S +\\star " ⋆ : STAR OPERATOR +\\star " ⋆ : STAR OPERATOR +\\stare \\stare " : (Incomplete sequence) +\\starequal " ≛ : STAR EQUALS +\\sterling " £ : POUND SIGN +\\strike " ◌̶ : COMBINING LONG STROKE OVERLAY / NON-SPACING LONG BAR OVERLAY +\\strns " ⏤ : STRAIGHTNESS +\\subedot " ⫃ : SUBSET OF OR EQUAL TO WITH DOT ABOVE +\\submult " ⫁ : SUBSET WITH MULTIPLICATION SIGN BELOW +\\subset " ⊂ : SUBSET OF +\\subset " ⊂ : SUBSET OF +\\subseta \\subseta " : (Incomplete sequence) +\\subsetapprox " ⫉ : SUBSET OF ABOVE ALMOST EQUAL TO +\\subsetd \\subsetd " : (Incomplete sequence) +\\subsetdot " ⪽ : SUBSET WITH DOT +\\subsete \\subsete " : (Incomplete sequence) +\\subseteq " ⊆ : SUBSET OF OR EQUAL TO +\\subseteq " ⊆ : SUBSET OF OR EQUAL TO +\\subseteqq " ⫅ : SUBSET OF ABOVE EQUALS SIGN +\\subsetn \\subsetn " : (Incomplete sequence) +\\subsetneq " ⊊ : SUBSET OF WITH NOT EQUAL TO / SUBSET OF OR NOT EQUAL TO +\\subsetneq " ⊊ : SUBSET OF WITH NOT EQUAL TO / SUBSET OF OR NOT EQUAL TO +\\subsetneqq " ⫋ : SUBSET OF ABOVE NOT EQUAL TO +\\subsetp \\subsetp " : (Incomplete sequence) +\\subsetplus " ⪿ : SUBSET WITH PLUS SIGN BELOW +\\subsim " ⫇ : SUBSET OF ABOVE TILDE OPERATOR +\\subsub " ⫕ : SUBSET ABOVE SUBSET +\\subsup " ⫓ : SUBSET ABOVE SUPERSET +\\succ " ≻ : SUCCEEDS +\\succ " ≻ : SUCCEEDS +\\succa \\succa " : (Incomplete sequence) +\\succapprox " ⪸ : SUCCEEDS ABOVE ALMOST EQUAL TO +\\succc \\succc " : (Incomplete sequence) +\\succcurlyeq " ≽ : SUCCEEDS OR EQUAL TO +\\succe \\succe " : (Incomplete sequence) +\\succeq " ⪰ : SUCCEEDS ABOVE SINGLE-LINE EQUALS SIGN +\\succeq " ⪰ : SUCCEEDS ABOVE SINGLE-LINE EQUALS SIGN +\\succeqq " ⪴ : SUCCEEDS ABOVE EQUALS SIGN +\\succn \\succn " : (Incomplete sequence) +\\succnapprox " ⪺ : SUCCEEDS ABOVE NOT ALMOST EQUAL TO +\\succneq " ⪲ : SUCCEEDS ABOVE SINGLE-LINE NOT EQUAL TO +\\succneq " ⪲ : SUCCEEDS ABOVE SINGLE-LINE NOT EQUAL TO +\\succneqq " ⪶ : SUCCEEDS ABOVE NOT EQUAL TO +\\succnsim " ⋩ : SUCCEEDS BUT NOT EQUIVALENT TO +\\succs \\succs " : (Incomplete sequence) +\\succsim " ≿ : SUCCEEDS OR EQUIVALENT TO +\\sum " ∑ : N-ARY SUMMATION +\\sum " ∑ : N-ARY SUMMATION +\\sumi \\sumi " : (Incomplete sequence) +\\sumint " ⨋ : SUMMATION WITH INTEGRAL +\\sun " ☼ : WHITE SUN WITH RAYS +\\supdsub " ⫘ : SUPERSET BESIDE AND JOINED BY DASH WITH SUBSET +\\supedot " ⫄ : SUPERSET OF OR EQUAL TO WITH DOT ABOVE +\\suphsol " ⟉ : SUPERSET PRECEDING SOLIDUS +\\suphsub " ⫗ : SUPERSET BESIDE SUBSET +\\supmult " ⫂ : SUPERSET WITH MULTIPLICATION SIGN BELOW +\\supset " ⊃ : SUPERSET OF +\\supset " ⊃ : SUPERSET OF +\\supseta \\supseta " : (Incomplete sequence) +\\supsetapprox " ⫊ : SUPERSET OF ABOVE ALMOST EQUAL TO +\\supsetd \\supsetd " : (Incomplete sequence) +\\supsetdot " ⪾ : SUPERSET WITH DOT +\\supsete \\supsete " : (Incomplete sequence) +\\supseteq " ⊇ : SUPERSET OF OR EQUAL TO +\\supseteq " ⊇ : SUPERSET OF OR EQUAL TO +\\supseteqq " ⫆ : SUPERSET OF ABOVE EQUALS SIGN +\\supsetn \\supsetn " : (Incomplete sequence) +\\supsetneq " ⊋ : SUPERSET OF WITH NOT EQUAL TO / SUPERSET OF OR NOT EQUAL TO +\\supsetneq " ⊋ : SUPERSET OF WITH NOT EQUAL TO / SUPERSET OF OR NOT EQUAL TO +\\supsetneqq " ⫌ : SUPERSET OF ABOVE NOT EQUAL TO +\\supsetp \\supsetp " : (Incomplete sequence) +\\supsetplus " ⫀ : SUPERSET WITH PLUS SIGN BELOW +\\supsim " ⫈ : SUPERSET OF ABOVE TILDE OPERATOR +\\supsub " ⫔ : SUPERSET ABOVE SUBSET +\\supsup " ⫖ : SUPERSET ABOVE SUPERSET +\\surd " √ : SQUARE ROOT +\\swarrow " ↙ : SOUTH WEST ARROW / LOWER LEFT ARROW +\\tau " τ : GREEK SMALL LETTER TAU +\\tau " τ : GREEK SMALL LETTER TAU +\\taur \\taur " : (Incomplete sequence) +\\taurus " ♉ : TAURUS +\\tdcol " ⫶ : TRIPLE COLON OPERATOR +\\tesh " ʧ : LATIN SMALL LETTER TESH DIGRAPH / LATIN SMALL LETTER T ESH +\\th " þ : LATIN SMALL LETTER THORN +\\th " þ : LATIN SMALL LETTER THORN +\\the \\the " : (Incomplete sequence) +\\therefore " ∴ : THEREFORE +\\theta " θ : GREEK SMALL LETTER THETA +\\thi \\thi " : (Incomplete sequence) +\\thickspace "   : FOUR-PER-EM SPACE +\\thinspace "   : THIN SPACE +\\thr \\thr " : (Incomplete sequence) +\\threedangle " ⟀ : THREE DIMENSIONAL ANGLE +\\threeunderdot " ◌⃨ : COMBINING TRIPLE UNDERDOT +\\tieconcat " ⁀ : CHARACTER TIE +\\tilde " ◌̃ : COMBINING TILDE / NON-SPACING TILDE +\\tilde " ◌̃ : COMBINING TILDE / NON-SPACING TILDE +\\tildel \\tildel " : (Incomplete sequence) +\\tildelow " ˜ : SMALL TILDE / SPACING TILDE +\\tildet \\tildet " : (Incomplete sequence) +\\tildetrpl " ≋ : TRIPLE TILDE +\\times " × : MULTIPLICATION SIGN +\\times " × : MULTIPLICATION SIGN +\\timesb \\timesb " : (Incomplete sequence) +\\timesbar " ⨱ : MULTIPLICATION SIGN WITH UNDERBAR +\\to " → : RIGHTWARDS ARROW / RIGHT ARROW +\\to " → : RIGHTWARDS ARROW / RIGHT ARROW +\\toe \\toe " : (Incomplete sequence) +\\toea " ⤨ : NORTH EAST ARROW AND SOUTH EAST ARROW +\\ton \\ton " : (Incomplete sequence) +\\tona " ⤧ : NORTH WEST ARROW AND NORTH EAST ARROW +\\top " ⊤ : DOWN TACK +\\top " ⊤ : DOWN TACK +\\topb \\topb " : (Incomplete sequence) +\\topbot " ⌶ : APL FUNCTIONAL SYMBOL I-BEAM +\\tops \\tops " : (Incomplete sequence) +\\topsemicircle " ◠ : UPPER HALF CIRCLE +\\tos \\tos " : (Incomplete sequence) +\\tosa " ⤩ : SOUTH EAST ARROW AND SOUTH WEST ARROW +\\tow \\tow " : (Incomplete sequence) +\\towa " ⤪ : SOUTH WEST ARROW AND NORTH WEST ARROW +\\trademark " ™ : TRADE MARK SIGN / TRADEMARK +\\trapezium " ⏢ : WHITE TRAPEZIUM +\\trianglecdot " ◬ : WHITE UP-POINTING TRIANGLE WITH DOT / WHITE UP POINTING TRIANGLE WITH DOT +\\triangledown " ▿ : WHITE DOWN-POINTING SMALL TRIANGLE / WHITE DOWN POINTING SMALL TRIANGLE +\\triangleleft " ◁ : WHITE LEFT-POINTING TRIANGLE / WHITE LEFT POINTING TRIANGLE +\\triangleleft " ◁ : WHITE LEFT-POINTING TRIANGLE / WHITE LEFT POINTING TRIANGLE +\\triangleleftb \\triangleleftb " : (Incomplete sequence) +\\triangleleftblack " ◭ : UP-POINTING TRIANGLE WITH LEFT HALF BLACK / UP POINTING TRIANGLE WITH LEFT HALF BLACK +\\trianglelefte \\trianglelefte " : (Incomplete sequence) +\\trianglelefteq " ⊴ : NORMAL SUBGROUP OF OR EQUAL TO +\\triangleminus " ⨺ : MINUS SIGN IN TRIANGLE +\\triangleplus " ⨹ : PLUS SIGN IN TRIANGLE +\\triangleq " ≜ : DELTA EQUAL TO +\\triangleright " ▷ : WHITE RIGHT-POINTING TRIANGLE / WHITE RIGHT POINTING TRIANGLE +\\triangleright " ▷ : WHITE RIGHT-POINTING TRIANGLE / WHITE RIGHT POINTING TRIANGLE +\\trianglerightb \\trianglerightb " : (Incomplete sequence) +\\trianglerightblack " ◮ : UP-POINTING TRIANGLE WITH RIGHT HALF BLACK / UP POINTING TRIANGLE WITH RIGHT HALF BLACK +\\trianglerighte \\trianglerighte " : (Incomplete sequence) +\\trianglerighteq " ⊵ : CONTAINS AS NORMAL SUBGROUP OR EQUAL TO +\\triangletimes " ⨻ : MULTIPLICATION SIGN IN TRIANGLE +\\tricolon " ⁝ : TRICOLON +\\tripleplus " ⧻ : TRIPLE PLUS +\\trna " ɐ : LATIN SMALL LETTER TURNED A +\\trnh " ɥ : LATIN SMALL LETTER TURNED H +\\trnm " ɯ : LATIN SMALL LETTER TURNED M +\\trnm " ɯ : LATIN SMALL LETTER TURNED M +\\trnml \\trnml " : (Incomplete sequence) +\\trnmlr " ɰ : LATIN SMALL LETTER TURNED M WITH LONG LEG +\\trnr " ɹ : LATIN SMALL LETTER TURNED R +\\trnr " ɹ : LATIN SMALL LETTER TURNED R +\\trnrl " ɺ : LATIN SMALL LETTER TURNED R WITH LONG LEG +\\trnsa " ɒ : LATIN SMALL LETTER TURNED ALPHA / LATIN SMALL LETTER TURNED SCRIPT A +\\trnt " ʇ : LATIN SMALL LETTER TURNED T +\\trny " ʎ : LATIN SMALL LETTER TURNED Y +\\ttA " 𝙰 : MATHEMATICAL MONOSPACE CAPITAL A +\\ttB " 𝙱 : MATHEMATICAL MONOSPACE CAPITAL B +\\ttC " 𝙲 : MATHEMATICAL MONOSPACE CAPITAL C +\\ttD " 𝙳 : MATHEMATICAL MONOSPACE CAPITAL D +\\ttE " 𝙴 : MATHEMATICAL MONOSPACE CAPITAL E +\\ttF " 𝙵 : MATHEMATICAL MONOSPACE CAPITAL F +\\ttG " 𝙶 : MATHEMATICAL MONOSPACE CAPITAL G +\\ttH " 𝙷 : MATHEMATICAL MONOSPACE CAPITAL H +\\ttI " 𝙸 : MATHEMATICAL MONOSPACE CAPITAL I +\\ttJ " 𝙹 : MATHEMATICAL MONOSPACE CAPITAL J +\\ttK " 𝙺 : MATHEMATICAL MONOSPACE CAPITAL K +\\ttL " 𝙻 : MATHEMATICAL MONOSPACE CAPITAL L +\\ttM " 𝙼 : MATHEMATICAL MONOSPACE CAPITAL M +\\ttN " 𝙽 : MATHEMATICAL MONOSPACE CAPITAL N +\\ttO " 𝙾 : MATHEMATICAL MONOSPACE CAPITAL O +\\ttP " 𝙿 : MATHEMATICAL MONOSPACE CAPITAL P +\\ttQ " 𝚀 : MATHEMATICAL MONOSPACE CAPITAL Q +\\ttR " 𝚁 : MATHEMATICAL MONOSPACE CAPITAL R +\\ttS " 𝚂 : MATHEMATICAL MONOSPACE CAPITAL S +\\ttT " 𝚃 : MATHEMATICAL MONOSPACE CAPITAL T +\\ttU " 𝚄 : MATHEMATICAL MONOSPACE CAPITAL U +\\ttV " 𝚅 : MATHEMATICAL MONOSPACE CAPITAL V +\\ttW " 𝚆 : MATHEMATICAL MONOSPACE CAPITAL W +\\ttX " 𝚇 : MATHEMATICAL MONOSPACE CAPITAL X +\\ttY " 𝚈 : MATHEMATICAL MONOSPACE CAPITAL Y +\\ttZ " 𝚉 : MATHEMATICAL MONOSPACE CAPITAL Z +\\tta " 𝚊 : MATHEMATICAL MONOSPACE SMALL A +\\ttb " 𝚋 : MATHEMATICAL MONOSPACE SMALL B +\\ttc " 𝚌 : MATHEMATICAL MONOSPACE SMALL C +\\ttd " 𝚍 : MATHEMATICAL MONOSPACE SMALL D +\\tte " 𝚎 : MATHEMATICAL MONOSPACE SMALL E +\\tte " 𝚎 : MATHEMATICAL MONOSPACE SMALL E +\\ttei \\ttei " : (Incomplete sequence) +\\tteight " 𝟾 : MATHEMATICAL MONOSPACE DIGIT EIGHT +\\ttf " 𝚏 : MATHEMATICAL MONOSPACE SMALL F +\\ttf " 𝚏 : MATHEMATICAL MONOSPACE SMALL F +\\ttfi \\ttfi " : (Incomplete sequence) +\\ttfive " 𝟻 : MATHEMATICAL MONOSPACE DIGIT FIVE +\\ttfo \\ttfo " : (Incomplete sequence) +\\ttfour " 𝟺 : MATHEMATICAL MONOSPACE DIGIT FOUR +\\ttg " 𝚐 : MATHEMATICAL MONOSPACE SMALL G +\\tth " 𝚑 : MATHEMATICAL MONOSPACE SMALL H +\\tti " 𝚒 : MATHEMATICAL MONOSPACE SMALL I +\\ttj " 𝚓 : MATHEMATICAL MONOSPACE SMALL J +\\ttk " 𝚔 : MATHEMATICAL MONOSPACE SMALL K +\\ttl " 𝚕 : MATHEMATICAL MONOSPACE SMALL L +\\ttm " 𝚖 : MATHEMATICAL MONOSPACE SMALL M +\\ttn " 𝚗 : MATHEMATICAL MONOSPACE SMALL N +\\ttn " 𝚗 : MATHEMATICAL MONOSPACE SMALL N +\\ttni \\ttni " : (Incomplete sequence) +\\ttnine " 𝟿 : MATHEMATICAL MONOSPACE DIGIT NINE +\\tto " 𝚘 : MATHEMATICAL MONOSPACE SMALL O +\\tto " 𝚘 : MATHEMATICAL MONOSPACE SMALL O +\\tton \\tton " : (Incomplete sequence) +\\ttone " 𝟷 : MATHEMATICAL MONOSPACE DIGIT ONE +\\ttp " 𝚙 : MATHEMATICAL MONOSPACE SMALL P +\\ttq " 𝚚 : MATHEMATICAL MONOSPACE SMALL Q +\\ttr " 𝚛 : MATHEMATICAL MONOSPACE SMALL R +\\tts " 𝚜 : MATHEMATICAL MONOSPACE SMALL S +\\tts " 𝚜 : MATHEMATICAL MONOSPACE SMALL S +\\ttse \\ttse " : (Incomplete sequence) +\\ttseven " 𝟽 : MATHEMATICAL MONOSPACE DIGIT SEVEN +\\ttsi \\ttsi " : (Incomplete sequence) +\\ttsix " 𝟼 : MATHEMATICAL MONOSPACE DIGIT SIX +\\ttt " 𝚝 : MATHEMATICAL MONOSPACE SMALL T +\\ttt " 𝚝 : MATHEMATICAL MONOSPACE SMALL T +\\ttth \\ttth " : (Incomplete sequence) +\\ttthree " 𝟹 : MATHEMATICAL MONOSPACE DIGIT THREE +\\tttw \\tttw " : (Incomplete sequence) +\\tttwo " 𝟸 : MATHEMATICAL MONOSPACE DIGIT TWO +\\ttu " 𝚞 : MATHEMATICAL MONOSPACE SMALL U +\\ttv " 𝚟 : MATHEMATICAL MONOSPACE SMALL V +\\ttw " 𝚠 : MATHEMATICAL MONOSPACE SMALL W +\\ttx " 𝚡 : MATHEMATICAL MONOSPACE SMALL X +\\tty " 𝚢 : MATHEMATICAL MONOSPACE SMALL Y +\\ttz " 𝚣 : MATHEMATICAL MONOSPACE SMALL Z +\\ttz " 𝚣 : MATHEMATICAL MONOSPACE SMALL Z +\\ttze \\ttze " : (Incomplete sequence) +\\ttzero " 𝟶 : MATHEMATICAL MONOSPACE DIGIT ZERO +\\turnangle " ⦢ : TURNED ANGLE +\\turnediota " ℩ : TURNED GREEK SMALL LETTER IOTA +\\turnednot " ⌙ : TURNED NOT SIGN +\\turnk " ʞ : LATIN SMALL LETTER TURNED K +\\twocaps " ⩋ : INTERSECTION BESIDE AND JOINED WITH INTERSECTION +\\twocups " ⩊ : UNION BESIDE AND JOINED WITH UNION +\\twoheaddownarrow " ↡ : DOWNWARDS TWO HEADED ARROW / DOWN TWO HEADED ARROW +\\twoheadleftarrow " ↞ : LEFTWARDS TWO HEADED ARROW / LEFT TWO HEADED ARROW +\\twoheadleftarrow " ↞ : LEFTWARDS TWO HEADED ARROW / LEFT TWO HEADED ARROW +\\twoheadleftarrowt \\twoheadleftarrowt " : (Incomplete sequence) +\\twoheadleftarrowtail " ⬻ : LEFTWARDS TWO-HEADED ARROW WITH TAIL +\\twoheadleftdbkarrow " ⬷ : LEFTWARDS TWO-HEADED TRIPLE DASH ARROW +\\twoheadmapsfrom " ⬶ : LEFTWARDS TWO-HEADED ARROW FROM BAR +\\twoheadmapsto " ⤅ : RIGHTWARDS TWO-HEADED ARROW FROM BAR +\\twoheadrightarrow " ↠ : RIGHTWARDS TWO HEADED ARROW / RIGHT TWO HEADED ARROW +\\twoheadrightarrow " ↠ : RIGHTWARDS TWO HEADED ARROW / RIGHT TWO HEADED ARROW +\\twoheadrightarrowt \\twoheadrightarrowt " : (Incomplete sequence) +\\twoheadrightarrowtail " ⤖ : RIGHTWARDS TWO-HEADED ARROW WITH TAIL +\\twoheaduparrow " ↟ : UPWARDS TWO HEADED ARROW / UP TWO HEADED ARROW +\\twoheaduparrow " ↟ : UPWARDS TWO HEADED ARROW / UP TWO HEADED ARROW +\\twoheaduparrowc \\twoheaduparrowc " : (Incomplete sequence) +\\twoheaduparrowcircle " ⥉ : UPWARDS TWO-HEADED ARROW FROM SMALL CIRCLE +\\twonotes " ♫ : BEAMED EIGHTH NOTES / BARRED EIGHTH NOTES +\\u " ˘ : BREVE / SPACING BREVE +\\u " ˘ : BREVE / SPACING BREVE +\\ul \\ul " : (Incomplete sequence) +\\ularc " ◜ : UPPER LEFT QUADRANT CIRCULAR ARC +\\ulblacktriangle " ◤ : BLACK UPPER LEFT TRIANGLE +\\ulcorner " ⌜ : TOP LEFT CORNER +\\ultriangle " ◸ : UPPER LEFT TRIANGLE +\\um \\um " : (Incomplete sequence) +\\uminus " ⩁ : UNION WITH MINUS SIGN +\\un \\un " : (Incomplete sequence) +\\underbar " ◌̲ : COMBINING LOW LINE / NON-SPACING UNDERSCORE +\\underbrace " ⏟ : BOTTOM CURLY BRACKET +\\underbracket " ⎵ : BOTTOM SQUARE BRACKET +\\underleftarrow " ◌⃮ : COMBINING LEFT ARROW BELOW +\\underleftharpoondown " ◌⃭ : COMBINING LEFTWARDS HARPOON WITH BARB DOWNWARDS +\\underleftrightarrow " ◌͍ : COMBINING LEFT RIGHT ARROW BELOW +\\underrightarrow " ◌⃯ : COMBINING RIGHT ARROW BELOW +\\underrightharpoondown " ◌⃬ : COMBINING RIGHTWARDS HARPOON WITH BARB DOWNWARDS +\\up \\up " : (Incomplete sequence) +\\upMu " Μ : GREEK CAPITAL LETTER MU +\\upNu " Ν : GREEK CAPITAL LETTER NU +\\upOmicron " Ο : GREEK CAPITAL LETTER OMICRON +\\upand " ⅋ : TURNED AMPERSAND +\\uparrow " ↑ : UPWARDS ARROW / UP ARROW +\\uparrow " ↑ : UPWARDS ARROW / UP ARROW +\\uparrowb \\uparrowb " : (Incomplete sequence) +\\uparrowbarred " ⤉ : UPWARDS ARROW WITH HORIZONTAL STROKE +\\updasharrow " ⇡ : UPWARDS DASHED ARROW / UP DASHED ARROW +\\updownarrow " ↕ : UP DOWN ARROW +\\updownarrow " ↕ : UP DOWN ARROW +\\updownarrowb \\updownarrowb " : (Incomplete sequence) +\\updownarrowbar " ↨ : UP DOWN ARROW WITH BASE +\\updownharpoonleftright " ⥍ : UP BARB LEFT DOWN BARB RIGHT HARPOON +\\updownharpoonrightleft " ⥌ : UP BARB RIGHT DOWN BARB LEFT HARPOON +\\upepsilon " ε : GREEK SMALL LETTER EPSILON +\\upharpoonleft " ↿ : UPWARDS HARPOON WITH BARB LEFTWARDS / UP HARPOON WITH BARB LEFT +\\upharpoonright " ↾ : UPWARDS HARPOON WITH BARB RIGHTWARDS / UP HARPOON WITH BARB RIGHT +\\upharpoonsleftright " ⥣ : UPWARDS HARPOON WITH BARB LEFT BESIDE UPWARDS HARPOON WITH BARB RIGHT +\\upin " ⟒ : ELEMENT OF OPENING UPWARDS +\\upin " ⟒ : ELEMENT OF OPENING UPWARDS +\\upint " ⨛ : INTEGRAL WITH OVERBAR +\\upkoppa " ϟ : GREEK SMALL LETTER KOPPA +\\uplus " ⊎ : MULTISET UNION +\\upoldKoppa " Ϙ : GREEK LETTER ARCHAIC KOPPA +\\upoldkoppa " ϙ : GREEK SMALL LETTER ARCHAIC KOPPA +\\upomicron " ο : GREEK SMALL LETTER OMICRON +\\upsampi " ϡ : GREEK SMALL LETTER SAMPI +\\upsilon " υ : GREEK SMALL LETTER UPSILON +\\upstigma " ϛ : GREEK SMALL LETTER STIGMA +\\upuparrows " ⇈ : UPWARDS PAIRED ARROWS / UP PAIRED ARROWS +\\upvDash " ⫫ : DOUBLE UP TACK +\\upvarbeta " ϐ : GREEK BETA SYMBOL / GREEK SMALL LETTER CURLED BETA +\\upwhitearrow " ⇧ : UPWARDS WHITE ARROW / WHITE UP ARROW +\\ur \\ur " : (Incomplete sequence) +\\uranus " ♅ : URANUS +\\urarc " ◝ : UPPER RIGHT QUADRANT CIRCULAR ARC +\\urblacktriangle " ◥ : BLACK UPPER RIGHT TRIANGLE +\\urcorner " ⌝ : TOP RIGHT CORNER +\\urtriangle " ◹ : UPPER RIGHT TRIANGLE +\\vDash " ⊨ : TRUE +\\varTheta " ϴ : GREEK CAPITAL THETA SYMBOL +\\varbarwedge " ⌅ : PROJECTIVE +\\varcarriagereturn " ⏎ : RETURN SYMBOL +\\varclubsuit " ♧ : WHITE CLUB SUIT +\\vardiamondsuit " ♦ : BLACK DIAMOND SUIT +\\vardoublebarwedge " ⌆ : PERSPECTIVE +\\varepsilon " ε : GREEK SMALL LETTER EPSILON +\\varheartsuit " ♥ : BLACK HEART SUIT +\\varhexagon " ⬡ : WHITE HEXAGON +\\varhexagon " ⬡ : WHITE HEXAGON +\\varhexagonb \\varhexagonb " : (Incomplete sequence) +\\varhexagonblack " ⬢ : BLACK HEXAGON +\\varhexagonl \\varhexagonl " : (Incomplete sequence) +\\varhexagonlrbonds " ⌬ : BENZENE RING +\\varisinobar " ⋶ : ELEMENT OF WITH OVERBAR +\\varisins " ⋳ : ELEMENT OF WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +\\varkappa " ϰ : GREEK KAPPA SYMBOL / GREEK SMALL LETTER SCRIPT KAPPA +\\varlrtriangle " ⊿ : RIGHT TRIANGLE +\\varniobar " ⋽ : CONTAINS WITH OVERBAR +\\varnis " ⋻ : CONTAINS WITH VERTICAL BAR AT END OF HORIZONTAL STROKE +\\varnothing " ∅ : EMPTY SET +\\varointclockwise " ∲ : CLOCKWISE CONTOUR INTEGRAL +\\varphi " φ : GREEK SMALL LETTER PHI +\\varpi " ϖ : GREEK PI SYMBOL / GREEK SMALL LETTER OMEGA PI +\\varrho " ϱ : GREEK RHO SYMBOL / GREEK SMALL LETTER TAILED RHO +\\varsigma " ς : GREEK SMALL LETTER FINAL SIGMA +\\varspadesuit " ♤ : WHITE SPADE SUIT +\\varstar " ✶ : SIX POINTED BLACK STAR +\\varsubsetneqq " ⊊︀ : SUBSET OF WITH NOT EQUAL TO / SUBSET OF OR NOT EQUAL TO + VARIATION SELECTOR-1 +\\varsupsetneq " ⊋︀ : SUPERSET OF WITH NOT EQUAL TO / SUPERSET OF OR NOT EQUAL TO + VARIATION SELECTOR-1 +\\vartheta " ϑ : GREEK THETA SYMBOL / GREEK SMALL LETTER SCRIPT THETA +\\vartriangle " ▵ : WHITE UP-POINTING SMALL TRIANGLE / WHITE UP POINTING SMALL TRIANGLE +\\vartriangle " ▵ : WHITE UP-POINTING SMALL TRIANGLE / WHITE UP POINTING SMALL TRIANGLE +\\vartrianglel \\vartrianglel " : (Incomplete sequence) +\\vartriangleleft " ⊲ : NORMAL SUBGROUP OF +\\vartriangler \\vartriangler " : (Incomplete sequence) +\\vartriangleright " ⊳ : CONTAINS AS NORMAL SUBGROUP +\\varveebar " ⩡ : SMALL VEE WITH UNDERBAR +\\vdash " ⊢ : RIGHT TACK +\\vdots " ⋮ : VERTICAL ELLIPSIS +\\vec " ◌⃗ : COMBINING RIGHT ARROW ABOVE / NON-SPACING RIGHT ARROW ABOVE +\\vee " ∨ : LOGICAL OR +\\vee " ∨ : LOGICAL OR +\\veeb \\veeb " : (Incomplete sequence) +\\veebar " ⊻ : XOR +\\veed \\veed " : (Incomplete sequence) +\\veedoublebar " ⩣ : LOGICAL OR WITH DOUBLE UNDERBAR +\\veee \\veee " : (Incomplete sequence) +\\veeeq " ≚ : EQUIANGULAR TO +\\veem \\veem " : (Incomplete sequence) +\\veemidvert " ⩛ : LOGICAL OR WITH MIDDLE STEM +\\veeo \\veeo " : (Incomplete sequence) +\\veeodot " ⩒ : LOGICAL OR WITH DOT ABOVE +\\venus " ♀ : FEMALE SIGN +\\verti " ˌ : MODIFIER LETTER LOW VERTICAL LINE +\\vertoverlay " ◌⃒ : COMBINING LONG VERTICAL LINE OVERLAY / NON-SPACING LONG VERTICAL BAR OVERLAY +\\verts " ˈ : MODIFIER LETTER VERTICAL LINE +\\verymuchless " ⋘ : VERY MUCH LESS-THAN / VERY MUCH LESS THAN +\\viewdata " ⌗ : VIEWDATA SQUARE +\\virgo " ♍ : VIRGO +\\visiblespace " ␣ : OPEN BOX +\\vrectangleblack " ▮ : BLACK VERTICAL RECTANGLE +\\vrecto " ▯ : WHITE VERTICAL RECTANGLE +\\vysmblkcircle " ∙ : BULLET OPERATOR +\\vysmblksquare " ⬝ : BLACK VERY SMALL SQUARE +\\vysmwhtsquare " ⬞ : WHITE VERY SMALL SQUARE +\\wedge " ∧ : LOGICAL AND +\\wedge " ∧ : LOGICAL AND +\\wedged \\wedged " : (Incomplete sequence) +\\wedgedot " ⟑ : AND WITH DOT +\\wedgedoublebar " ⩠ : LOGICAL AND WITH DOUBLE UNDERBAR +\\wedgem \\wedgem " : (Incomplete sequence) +\\wedgemidvert " ⩚ : LOGICAL AND WITH MIDDLE STEM +\\wedgeo \\wedgeo " : (Incomplete sequence) +\\wedgeodot " ⩑ : LOGICAL AND WITH DOT ABOVE +\\wedgeonwedge " ⩕ : TWO INTERSECTING LOGICAL AND +\\wedgeq " ≙ : ESTIMATES +\\whitearrowupfrombar " ⇪ : UPWARDS WHITE ARROW FROM BAR / WHITE UP ARROW FROM BAR +\\whiteinwhitetriangle " ⟁ : WHITE TRIANGLE CONTAINING SMALL WHITE TRIANGLE +\\whitepointerleft " ◅ : WHITE LEFT-POINTING POINTER / WHITE LEFT POINTING POINTER +\\whitepointerright " ▻ : WHITE RIGHT-POINTING POINTER / WHITE RIGHT POINTING POINTER +\\whthorzoval " ⬭ : WHITE HORIZONTAL ELLIPSE +\\whtvertoval " ⬯ : WHITE VERTICAL ELLIPSE +\\wideangledown " ⦦ : OBLIQUE ANGLE OPENING UP +\\wideangleup " ⦧ : OBLIQUE ANGLE OPENING DOWN +\\widebridgeabove " ◌⃩ : COMBINING WIDE BRIDGE ABOVE +\\wideutilde " ◌̰ : COMBINING TILDE BELOW / NON-SPACING TILDE BELOW +\\wp " ℘ : SCRIPT CAPITAL P / SCRIPT P +\\wr " ≀ : WREATH PRODUCT +\\xi " ξ : GREEK SMALL LETTER XI +\\xor " ⊻ : XOR +\\xrat " ℞ : PRESCRIPTION TAKE +\\yen " ¥ : YEN SIGN +\\yogh " ʒ : LATIN SMALL LETTER EZH / LATIN SMALL LETTER YOGH +\\zeta " ζ : GREEK SMALL LETTER ZETA +" ------------------------- ---------------------------- " ---------- : -------------------------------------------------------------------------------------------------------- + +" Below here is the script that was used to produce this file. + +"> #!/bin/env julia +"> +"> import REPL +"> +"> const filename = "latex2unicode_utf-8" +"> const include_emoji = false # set this to true if you want to keymap empjis as well +"> +"> # We want to avoid situations in which the user types e.g. \delt and pauses, +"> # and the result is "∇t" because "\del" gets recognized and then there is some leftover "t". +"> # This allows us to get completions with for example. +"> function fix_completions(completions::Dict{String,String}) +"> allinputs = sort!(collect(keys(completions))) +"> new_completions = copy(completions) +"> +"> for input in allinputs +"> chars = completions[input] +"> l = length(input) +"> longer = filter(x->startswith(x, input)&&length(x)>l, allinputs) +"> n = length(longer) +"> n == 0 && continue +"> new_completions[input * ""] = chars +"> for other in longer +"> add = other[1:(l+1)] +"> get!(new_completions, add, add) +"> end +"> end +"> return new_completions +"> end +"> +"> function unicode_data() +"> file = normpath(Sys.BINDIR, "..", "..", "doc", "UnicodeData.txt") +"> names = Dict{UInt32, String}() +"> open(file) do unidata +"> for line in readlines(unidata) +"> id, name, desc = split(line, ";")[[1, 2, 11]] +"> codepoint = parse(UInt32, "0x$id") +"> names[codepoint] = (name == "" ? desc : desc == "" ? name : "$name / $desc") +"> end +"> end +"> return names +"> end +"> +"> # Prepend a dotted circle ('◌' i.e. '\u25CC') to combining characters +"> function fix_combining_chars(char) +"> cat = Base.Unicode.category_code(char) +"> return string(cat == 6 || cat == 8 ? "◌" : "", char) +"> end +"> +"> function table_entries(completions::Dict{String,String}, unicode_dict) +"> latex = String[] +"> code = String[] +"> unicode = String[] +"> desc = String[] +"> +"> for (input, chars) in sort!(collect(completions)) +"> code_points, unicode_names, characters = String[], String[], String[] +"> if startswith(chars, "\\") +"> push!(code_points, replace(chars, "\\" => "\\\\")) +"> push!(unicode_names, "(Incomplete sequence)") +"> push!(characters, "") +"> else +"> for char in chars +"> push!(code_points, "") +"> push!(unicode_names, get(unicode_dict, UInt32(char), "(No Unicode name)")) +"> push!(characters, isempty(characters) ? fix_combining_chars(char) : "$char") +"> end +"> end +"> push!(latex, replace(input, "\\"=>"\\\\")) +"> push!(code, join(code_points)) +"> push!(unicode, join(characters)) +"> push!(desc, join(unicode_names, " + ")) +"> end +"> return latex, code, unicode, desc +"> end +"> +"> open("$filename.vim","w") do f +"> print(f, """ +"> " This file is autogenerated from the script '$(basename(Base.source_path()))' +"> " The symbols are based on Julia version $VERSION +"> " The full generating script can be found in the comments at the bottom of this file, +"> " and it can be extracted with: +"> " +"> " \$ grep '^\">' $filename.vim | cut -c4- > '$(basename(Base.source_path()))' +"> " +"> " To produce this keymap file you need to have Julia compilied from source, and +"> " to run `make deps` inside Julia's `doc` directory. +"> " Then you can run: +"> " +"> " \$ julia $(basename(Base.source_path())) +"> " +"> +"> scriptencoding utf-8 +"> +"> let b:keymap_name = "L2U" +"> loadkeymap +"> +"> """) +"> +"> col_headers = ["\" Tab completion sequence", "Code point", "Character", "Unicode name"] +"> +"> orig_completions = include_emoji ? merge( +"> REPL.REPLCompletions.latex_symbols, +"> REPL.REPLCompletions.emoji_symbols +"> ) : +"> REPL.REPLCompletions.latex_symbols +"> +"> latex, code, unicode, desc = +"> table_entries( +"> fix_completions(orig_completions), +"> unicode_data() +"> ) +"> +"> lw = max(length(col_headers[3]), maximum(map(length, latex))) +"> cw = max(length(col_headers[1]), maximum(map(length, code))) +"> uw = max(length(col_headers[2]), maximum(map(length, unicode))) +"> dw = max(length(col_headers[4]), maximum(map(length, desc))) +"> +"> print_padded(l, c, u, d) = println(f, rpad(l, lw), " ", rpad(c, cw), " \" ", rpad(u, uw), " : ", d) +"> +"> print_padded(col_headers...) +"> print_padded("\" " * "-"^(lw-2), "-"^cw, "-"^uw, "-"^dw) +"> +"> for (l, c, u, d) in zip(latex, code, unicode, desc) +"> print_padded(l, c, u, d) +"> end +"> print_padded("\" " * "-"^(lw-2), "-"^cw, "-"^uw, "-"^dw) +"> +"> print(f, """ +"> +"> " Below here is the script that was used to produce this file. +"> +"> """) +"> for l in readlines(Base.source_path()) +"> println(f, "\"> ", l) +"> end +"> println(f) +"> end + Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/julia.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/julia.vim (revision 26504) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/julia.vim (revision 26505) @@ -9,4 +9,7 @@ finish endif + +let s:cpo_save = &cpo +set cpo&vim if version < 704 @@ -37,7 +40,7 @@ " because those may or may not be valid in the lookbehind on a case-by-case " basis. -let s:nonid_chars = '\U00-\U08' . '\U0A-\U1F' . - \ '\U21-\U28' . '\U2A-\U2F' . '\U3A-\U40' . '\U5B-\U5E' . '\U60' . '\U7B\U7C' . - \ '\U7E-\UA1' . '\UA7\UA8' . '\UAB-\UAD' . '\UAF\UB1\UB4' . '\UB6-\UB8' . '\UBB\UBF' . '\UD7\UF7' +let s:nonid_chars = '\U00-\U08' . '\U0A-\U1F' + \ . '\U21-\U28' . '\U2A-\U2F' . '\U3A-\U40' . '\U5B-\U5E' . '\U60' . '\U7B\U7C' + \ . '\U7E-\UA1' . '\UA7\UA8' . '\UAB-\UAD' . '\UAF\UB1\UB4' . '\UB6-\UB8' . '\UBB\UBF' . '\UD7\UF7' " The complete list @@ -57,8 +60,8 @@ " Full operators regex -let s:operators = '\%(' . '\.\%([-+*/^÷%|&⊻]\|//\|\\\|>>\|>>>\?\)\?=' . - \ '\|' . '[:<>]=\|||\|&&\||>\|<|\|[<>:]:\|<<\|>>>\?\|//\|[-=]>\|\.\.\.\?' . - \ '\|' . '\.\?[!' . s:op_chars . s:op_chars_wc . ']' . - \ '\)' +let s:operators = '\%(' . '\.\%([-+*/^÷%|&⊻]\|//\|\\\|>>\|>>>\?\)\?=' + \ . '\|' . '[:<>]=\|||\|&&\||>\|<|\|[<>:]:\|<<\|>>>\?\|//\|[-=]>\|\.\.\.\?' + \ . '\|' . '\.\?[!' . s:op_chars . s:op_chars_wc . ']' + \ . '\)' @@ -244,9 +247,9 @@ let s:oct_regex = '0o\o\%(_\?\o\)*\%(\>\|im\>\|\ze\O\)' -let s:int_regex = '\%(' . s:hex_regex . - \ '\|' . s:bin_regex . - \ '\|' . s:oct_regex . - \ '\|' . s:dec_regex . - \ '\)' +let s:int_regex = '\%(' . s:hex_regex + \ . '\|' . s:bin_regex + \ . '\|' . s:oct_regex + \ . '\|' . s:dec_regex + \ . '\)' "floating point regexes @@ -264,10 +267,10 @@ let s:hexfloat_regex2 = '0x\x\%(_\?\x\)*\%\(\.\%\(\x\%(_\?\x\)*\)\?\)\?[pP][-+]\?\d\+\%(\>\|im\>\|\ze\X\)' -let s:float_regex = '\%(' . s:float_regex3 . - \ '\|' . s:float_regex2 . - \ '\|' . s:float_regex1 . - \ '\|' . s:hexfloat_regex2 . - \ '\|' . s:hexfloat_regex1 . - \ '\)' +let s:float_regex = '\%(' . s:float_regex3 + \ . '\|' . s:float_regex2 + \ . '\|' . s:float_regex1 + \ . '\|' . s:hexfloat_regex2 + \ . '\|' . s:hexfloat_regex1 + \ . '\)' exec 'syntax match juliaNumber contained "' . s:int_regex . '" contains=juliaComplexUnit' @@ -379,4 +382,12 @@ syntax region juliaCommentM matchgroup=juliaCommentDelim fold start="#=\ze\%([^#]\|$\)" end="=#" contains=juliaTodo,juliaCommentM,@juliaSpellcheckComments syntax keyword juliaTodo contained TODO FIXME XXX + +""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" +"ISSM special syntax " +let enumfile=$ISSM_DIR."/src/c/shared/Enum/Enumjl.vim" +if filereadable(enumfile) + exec 'source ' . enumfile +endif +""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""" " detect an end-of-line with only whitespace or comments before it @@ -542,2 +553,5 @@ let b:current_syntax = "julia" + +let &cpo = s:cpo_save +unlet s:cpo_save Index: /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/juliadoc.vim =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/juliadoc.vim (revision 26504) +++ /issm/trunk-jpl/externalpackages/vim/addons/vim/syntax/juliadoc.vim (revision 26505) @@ -5,4 +5,7 @@ finish endif + +let s:cpo_save = &cpo +set cpo&vim syntax sync fromstart @@ -64,2 +67,5 @@ let b:current_syntax = "juliadoc" + +let &cpo = s:cpo_save +unlet s:cpo_save Index: /issm/trunk-jpl/externalpackages/vim/addons/vimrc =================================================================== --- /issm/trunk-jpl/externalpackages/vim/addons/vimrc (revision 26504) +++ /issm/trunk-jpl/externalpackages/vim/addons/vimrc (revision 26505) @@ -214,4 +214,5 @@ au BufRead,BufNewFile *.py iabbr ER raise NameError('')=Eatchar('\s') au BufRead,BufNewFile *.m iabbr ER error('');=Eatchar('\s') +au BufRead,BufNewFile *.jl iabbr ER error("")=Eatchar('\s') au BufRead,BufNewFile *.c* ab VV VecView(ug,PETSC_VIEWER_STDOUT_WORLD); au BufRead,BufNewFile *.c*,*.h ab AS _assert_();=Eatchar('\s')