Searched hist:197522 (Results 1 - 6 of 6) sorted by relevance
| /freebsd-10.0-release/sys/teken/ | ||
| H A D | teken_subr_compat.h | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
| H A D | teken.h | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
| H A D | teken.c | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
| H A D | teken_subr.h | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
| /freebsd-10.0-release/sys/teken/demo/ | ||
| H A D | teken_demo.c | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
| /freebsd-10.0-release/sys/dev/syscons/ | ||
| H A D | scterm-teken.c | diff 197522 Sat Sep 26 13:37:19 MDT 2009 ed Add 256 color support. It is quite inconvenient that if an application for xterm uses 256 color mode, text suddenly starts to blink (because of ;5; in the middle). We'd better just implement 256 color mode and add a conversion routine from 256 to 8 color mode, which doesn't seem to be too bad in practice. Remapping colors is done quite simple. If one of the channels is most actively represented, primary colors are used. If two channels are most actively represented, secondary colors are used. If all three channels are equal (gray), it picks between black and white. Reported by: Paul B. Mahol <onemda gmail com> |
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