autodoc.git/ autodoc.xml

Branch: Tag:

1999-04-12

1999-04-12 10:30:14 by Per Hedbor <ph@opera.com>

2 new formats

Rev: src/modules/Image/encodings/Makefile.in:1.24
Rev: src/modules/Image/encodings/avs.c:1.1
Rev: src/modules/Image/encodings/hrz.c:1.1
Rev: src/modules/Image/image.c:1.124

2227:   </doc>   </docgroup>   </module> + <module name='AVS'> + <docgroup homogen-type='method'> + <method name='decode'> +  <returntype> +  <object>object </object></returntype> +  <arguments><argument name='data'><type><string/></type></argument> +  +  </arguments> + </method><method name='_decode'> +  <returntype> +  <object>mapping </object></returntype> +  <arguments><argument name='data'><type><string/></type></argument> +  +  </arguments> + </method><method name='encode'> +  <returntype> +  <object>string </object></returntype> +  <arguments><argument name='image'><type><object resolved='predef::Image.AVS.decode'/></type></argument> +  +  </arguments> + </method><doc> + <text> + <p>Handle encoding and decoding of AVS-X images. + AVS is rather trivial, and not really useful, but:</p> +  + <p>An AVS file is a raw (uncompressed) 24 bit image file with alpha. + The alpha channel is 8 bit, and there is no separate alpha for r, + g and b.</p> + </text> +  + </doc> + </docgroup> + </module>   <module name='BMP'>   <doc>   <text>
3190:   </doc>   </docgroup>   </module> + <module name='HRZ'> + <docgroup homogen-type='method'> + <method name='decode'> +  <returntype> +  <object>object </object></returntype> +  <arguments><argument name='data'><type><string/></type></argument> +  +  </arguments> + </method><method name='_decode'> +  <returntype> +  <object>mapping </object></returntype> +  <arguments><argument name='data'><type><string/></type></argument> +  +  </arguments> + </method><method name='encode'> +  <returntype> +  <object>string </object></returntype> +  <arguments><argument name='image'><type><object resolved='predef::Image.HRZ.decode'/></type></argument> +  +  </arguments> + </method><doc> + <text> + <p>Handle encoding and decoding of HRZ images. + HRZ is rather trivial, and not really useful, but:</p> +  + <p>The HRZ file is always 256x240 with RGB values from 0 to 63. + No compression, no header, just the raw RGB data. + HRZ is (was?) used for amatuer radio slow-scan TV.</p> + </text> +  + </doc> + </docgroup> + </module>   <module name='ILBM'>   <doc>   <text>