| 67 |
$CHARSET{G96n}->{ $_.$F }->{chars} = 96; |
$CHARSET{G96n}->{ $_.$F }->{chars} = 96; |
| 68 |
$CHARSET{G96n}->{ $_.$F }->{ucs} = |
$CHARSET{G96n}->{ $_.$F }->{ucs} = |
| 69 |
({'' => 0xF4C000}->{ $_ }||0) + 96*96 * ($f-0x30); |
({'' => 0xF4C000}->{ $_ }||0) + 96*96 * ($f-0x30); |
| 70 |
## BUG: 94^n DRCSes with I byte have no mapping area |
## BUG: 96^n DRCSes with I byte have no mapping area |
| 71 |
} |
} |
| 72 |
} |
} |
| 73 |
|
$CHARSET{G94n}->{"\x20\x40"}->{ucs} = 0x70460000; ## DRCS 94^2 04/00 |
| 74 |
|
$CHARSET{G94n}->{P4_0} = $CHARSET{G94n}->{"\x20\x40"}; |
| 75 |
|
|
| 76 |
for (0x60..0x6F) { |
for (0x60..0x6F) { |
| 77 |
my $F = pack 'C', $_; |
my $F = pack 'C', $_; |
| 78 |
## BUG: 9x^3 sets have no mapping area |
## BUG: 9x^3 sets have no mapping area |
| 216 |
$C{option} = { |
$C{option} = { |
| 217 |
C1invoke_to_right => 0, ## C1 invoked to: (0: ESC Fe, 1: CR) |
C1invoke_to_right => 0, ## C1 invoked to: (0: ESC Fe, 1: CR) |
| 218 |
G94n_designate_long => 0, ## (1: ESC 02/04 02/08 04/00..02) |
G94n_designate_long => 0, ## (1: ESC 02/04 02/08 04/00..02) |
| 219 |
designate_to => { ## Designated G buffer (-1: not be outputed) |
designate_to => { ## Designated G buffer (-1: not to be outputed) |
| 220 |
C0 => { |
C0 => { |
| 221 |
default => 0, |
default => 0, |
| 222 |
}, |
}, |
| 240 |
default => -1, |
default => -1, |
| 241 |
}, |
}, |
| 242 |
}, |
}, |
| 243 |
|
final_to_set => { |
| 244 |
|
C0 => {}, C1 => {}, G94 => {}, G94n => {}, |
| 245 |
|
G96 => {}, G96n => {}, coding_system => {}, |
| 246 |
|
}, |
| 247 |
Ginvoke_by_single_shift => [0,0,0,0], ## Invoked by SS |
Ginvoke_by_single_shift => [0,0,0,0], ## Invoked by SS |
| 248 |
Ginvoke_to_left => [1,1,1,1], ## Which invoked to? (1: L, 0: R) |
Ginvoke_to_left => [1,1,1,1], ## Which invoked to? (1: L, 0: R) |
| 249 |
private_set => { ## Private set vs Final byte |
private_set => { ## Private set vs Final byte |
| 250 |
C0 => [], |
C0 => [], |
| 251 |
C1 => [], |
C1 => [], |
| 252 |
G94 => [], |
G94 => [], |
| 253 |
G94n => [[],[],[],[],[]], |
G94n => [[],[],[],[],["\x20\x40"]], |
| 254 |
G96 => [], |
G96 => [], |
| 255 |
#G96n => [], ## (not implemented) |
#G96n => [], ## (not implemented) |
| 256 |
U96n => [], ## mule-unicode sets |
U96n => [], ## mule-unicode sets |
| 265 |
undef_char => ["\x3F", {type => 'G94', charset => 'B'}], |
undef_char => ["\x3F", {type => 'G94', charset => 'B'}], |
| 266 |
use_revision => 1, ## Output IRR |
use_revision => 1, ## Output IRR |
| 267 |
}; |
}; |
|
## Special code area (such as 0xFD-0xFF of sjis'es) |
|
|
$C{Gsmap} = {"\xA0" => "\x{F8F0}", "\xFD" => "\x{F8F1}", "\xFE" => "\x{F8F2}", "\xFF" => "\x{F8F3}"}; |
|
|
$C{GsmapR} = {}; ## Reversed table |
|
| 268 |
\%C; |
\%C; |
| 269 |
} |
} |
| 270 |
|
|
| 271 |
sub new_object_sjis { |
sub new_object_sjis { |
| 272 |
my $C = new_object; |
my $C = &new_object; |
| 273 |
$C->{coding_system} = $CODING_SYSTEM{Csjis}; |
$C->{coding_system} = $CODING_SYSTEM{Csjis}; |
| 274 |
$C->{CR} = undef; |
$C->{CR} = undef; |
| 275 |
$C->{GR} = 'G2'; ## 0xA1-0xDF |
$C->{GR} = 'G2'; ## 0xA1-0xDF |
| 276 |
#$C->{G0} = $CHARSET{G94}->{J}; ## JIS X 0201:1997 Latin |
$C->{G0} = $CHARSET{G94}->{J}; ## JIS X 0201:1997 Latin |
| 277 |
$C->{G1} = $CHARSET{G94n}->{'B@'}; ## JIS X 0208:1997 |
$C->{G1} = $CHARSET{G94n}->{"\x4F"}; ## JIS X 0213:2000 |
| 278 |
$C->{G2} = $CHARSET{G94}->{I}; ## JIS X 0201:1997 Katakana |
$C->{G2} = $CHARSET{G94}->{I}; ## JIS X 0201:1997 Katakana |
| 279 |
$C->{G3} = $CHARSET{G94n}->{"\x50"}; ## JIS X 0213:2000 plane 2 |
$C->{G3} = $CHARSET{G94n}->{"\x50"}; ## JIS X 0213:2000 plane 2 |
| 280 |
|
## Special code area (0xFD-0xFF) |
| 281 |
|
$C->{Gsmap} = {"\xA0" => "\x{F8F0}", "\xFD" => "\x{F8F1}", "\xFE" => "\x{F8F2}", "\xFF" => "\x{F8F3}"}; |
| 282 |
|
$C->{GsmapR} = {}; ## Reversed table |
| 283 |
|
$C->{option}->{undef_char_sjis} = "\x81\xAC"; |
| 284 |
$C; |
$C; |
| 285 |
} |
} |
| 286 |
|
|