75 |
} |
} |
76 |
for my $f (0x30..0x5F, 0x7E) { |
for my $f (0x30..0x5F, 0x7E) { |
77 |
my $F = pack 'C', $f; |
my $F = pack 'C', $f; |
78 |
for ('', '!', '"', '#') { |
for ('', '!', '"', '#', ' ') { |
79 |
$CHARSET{G94n}->{ $_.$F }->{dimension} = 2; |
$CHARSET{G94n}->{ $_.$F }->{dimension} = 2; |
80 |
$CHARSET{G94n}->{ $_.$F }->{chars} = 94; |
$CHARSET{G94n}->{ $_.$F }->{chars} = 94; |
81 |
$CHARSET{G94n}->{ $_.$F }->{ucs} = |
$CHARSET{G94n}->{ $_.$F }->{ucs} = |
82 |
({'' => 0xE9F6C0}->{ $_ }||0) + 94*94 * ($f-0x30); |
({'' => 0xE9F6C0}->{ $_ }||0) + 94*94 * ($f-0x30); |
83 |
## BUG: 94^n DRCSes with I byte have no mapping area |
## BUG: 94^n sets with I byte have no mapping area |
84 |
|
|
85 |
$CHARSET{G96n}->{ $_.$F }->{dimension} = 2; |
$CHARSET{G96n}->{ $_.$F }->{dimension} = 2; |
86 |
$CHARSET{G96n}->{ $_.$F }->{chars} = 96; |
$CHARSET{G96n}->{ $_.$F }->{chars} = 96; |
295 |
((??{ $_CHARS_to_RANGE{'b'.$C->{$C->{GL}}->{chars}} |
((??{ $_CHARS_to_RANGE{'b'.$C->{$C->{GL}}->{chars}} |
296 |
. qq/{$C->{G3}->{dimension},$C->{G3}->{dimension}}/ })) |
. qq/{$C->{G3}->{dimension},$C->{G3}->{dimension}}/ })) |
297 |
|
|
298 |
|((??{ $C->{$C->{CL}}->{r_LS0}||'(?!)' })) ## GL = G0 |
## Locking shift |
299 |
|((??{ $C->{$C->{CL}}->{r_LS1}||'(?!)' })) ## GL = G1 |
|( \x1B[\x6E\x6F\x7C-\x7E] |
300 |
|
|(??{ $C->{$C->{CL}}->{r_LS0}||'(?!)' }) |
301 |
|
|(??{ $C->{$C->{CL}}->{r_LS1}||'(?!)' }) |
302 |
|
) |
303 |
|
|
304 |
## Control sequence |
## Control sequence |
305 |
|(??{ '(?:'.($C->{$C->{CR}}->{r_CSI}||'(?!)') |
|(??{ '(?:'.($C->{$C->{CR}}->{r_CSI}||'(?!)') |
317 |
## Misc. sequence (SP, control, or broken data) |
## Misc. sequence (SP, control, or broken data) |
318 |
|([\x00-\xFF]) |
|([\x00-\xFF]) |
319 |
}{ |
}{ |
320 |
my ($gl,$gr,$ss2,$ss3,$ls0,$ls1,$csi,$esc,$misc) |
my ($gl,$gr,$ss2,$ss3,$ls,$csi,$esc,$misc) |
321 |
= ($1,$2,$3,$4,$5,$6,$7,$8,$9,$10); |
= ($1,$2,$3,$4,$5,$6,$7,$8,$9); |
322 |
$C->{_irr} = undef unless defined $esc; |
$C->{_irr} = undef unless defined $esc; |
323 |
## GL graphic character |
## GL graphic character |
324 |
if (defined $gl) { |
if (defined $gl) { |
356 |
$c = $c * $C->{G3}->{chars} + unpack ('C', $_) - $m; |
$c = $c * $C->{G3}->{chars} + unpack ('C', $_) - $m; |
357 |
} |
} |
358 |
chr ($C->{G3}->{ucs} + $c); |
chr ($C->{G3}->{ucs} + $c); |
|
## Locking shifts |
|
|
} elsif ($ls0) { |
|
|
$C->{GL} = 'G0'; ''; |
|
|
} elsif ($ls1) { |
|
|
$C->{GL} = 'G1'; ''; |
|
359 |
## Escape sequence |
## Escape sequence |
360 |
} elsif ($esc) { |
} elsif ($esc) { |
361 |
## IRR (revision number) |
## IRR (revision number) |
432 |
$C->{_irr} = undef; |
$C->{_irr} = undef; |
433 |
} |
} |
434 |
$esc; |
$esc; |
435 |
|
## Locking shifts |
436 |
|
} elsif ($ls) { |
437 |
|
if ($ls eq $C->{$C->{CL}}->{LS0}) { |
438 |
|
$C->{GL} = 'G0'; ''; |
439 |
|
} elsif ($ls eq $C->{$C->{CL}}->{LS1}) { |
440 |
|
$C->{GL} = 'G1'; ''; |
441 |
|
} elsif ($ls =~ /\x1B([\x6E\x6F])/) { |
442 |
|
$C->{GL} = {"\x6E"=>2, "\x6F"=>3}->{$1}; ''; |
443 |
|
} elsif ($ls =~ /\x1B([\x7C-\x7E])/) { |
444 |
|
$C->{GR} = {"\x7E"=>1, "\x7D"=>2, "\x7C"=>3}->{$1}; ''; |
445 |
|
} |
446 |
## Control sequence |
## Control sequence |
447 |
} elsif ($csi) { |
} elsif ($csi) { |
448 |
$csi =~ tr/\xA0-\xFF/\x20-\x7F/d; |
$csi =~ tr/\xA0-\xFF/\x20-\x7F/d; |