/[public]/psiconv/trunk/lib/psiconv/generate_image.c
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Diff of /psiconv/trunk/lib/psiconv/generate_image.c

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Revision 230 Revision 231
34 int xsize,int ysize, 34 int xsize,int ysize,
35 const psiconv_pixel_floats_t data, 35 const psiconv_pixel_floats_t data,
36 int colordepth,int color, 36 int colordepth,int color,
37 int redbits,int greenbits,int bluebits, 37 int redbits,int greenbits,int bluebits,
38 const psiconv_pixel_floats_t palet); 38 const psiconv_pixel_floats_t palet);
39static int psiconv_pixel_data_to_bytes(const psiconv_config config, 39static int psiconv_pixel_data_to_bytes(const psiconv_config config,int lev,
40 psiconv_pixel_bytes *bytes, int xsize, 40 psiconv_pixel_bytes *bytes, int xsize,
41 int ysize, const psiconv_pixel_ints pixels, 41 int ysize, const psiconv_pixel_ints pixels,
42 int colordepth); 42 int colordepth);
43static int psiconv_encode_rle8(const psiconv_config config, 43static int psiconv_encode_rle8(const psiconv_config config,
44 const psiconv_pixel_bytes plain_bytes, 44 const psiconv_pixel_bytes plain_bytes,
69 /* First, we check whether we can cope with the current configuration. 69 /* First, we check whether we can cope with the current configuration.
70 If not, we stop at once */ 70 If not, we stop at once */
71 if ((config->colordepth != 2) && (config->colordepth != 4) && 71 if ((config->colordepth != 2) && (config->colordepth != 4) &&
72 (config->colordepth != 8) && (config->colordepth != 12) && 72 (config->colordepth != 8) && (config->colordepth != 12) &&
73 (config->colordepth != 16) && (config->colordepth != 24)) { 73 (config->colordepth != 16) && (config->colordepth != 24)) {
74 psiconv_error(config,0,psiconv_buffer_length(buf), 74 psiconv_error(config,lev,0,
75 "Unsupported color depth (%d); try 2, 4, 8, 16 or 24", 75 "Unsupported color depth (%d); try 2, 4, 8, 16 or 24",
76 config->colordepth); 76 config->colordepth);
77 res = -PSICONV_E_GENERATE; 77 res = -PSICONV_E_GENERATE;
78 goto ERROR1; 78 goto ERROR1;
79 } 79 }
80 80
81 if ((config->color) && 81 if ((config->color) &&
82 (config->bluebits || config->redbits || config->greenbits) && 82 (config->bluebits || config->redbits || config->greenbits) &&
83 (config->bluebits+config->redbits+config->greenbits!=config->colordepth)) { 83 (config->bluebits+config->redbits+config->greenbits!=config->colordepth)) {
84 psiconv_error(config,0,psiconv_buffer_length(buf), 84 psiconv_error(config,lev,0,
85 "Sum of red (%d), green (%d) and blue (%d) bits should be " 85 "Sum of red (%d), green (%d) and blue (%d) bits should be "
86 "equal to the color depth (%d)", 86 "equal to the color depth (%d)",
87 config->redbits,config->greenbits,config->bluebits, 87 config->redbits,config->greenbits,config->bluebits,
88 config->colordepth); 88 config->colordepth);
89 res = -PSICONV_E_GENERATE; 89 res = -PSICONV_E_GENERATE;
91 } 91 }
92 92
93 if (config->color && 93 if (config->color &&
94 !(config->redbits || config->greenbits || config->bluebits) && 94 !(config->redbits || config->greenbits || config->bluebits) &&
95 (config->colordepth != 4) && (config->colordepth != 8)) { 95 (config->colordepth != 4) && (config->colordepth != 8)) {
96 psiconv_error(config,0,psiconv_buffer_length(buf), 96 psiconv_error(config,lev,0,
97 "Current color depth (%d) has no palet associated with it", 97 "Current color depth (%d) has no palet associated with it",
98 config->colordepth); 98 config->colordepth);
99 res = -PSICONV_E_GENERATE; 99 res = -PSICONV_E_GENERATE;
100 goto ERROR1; 100 goto ERROR1;
101 } 101 }
102 102
103 if (config->color || (config->colordepth != 2)) 103 if (config->color || (config->colordepth != 2))
104 psiconv_warn(config,0,psiconv_buffer_length(buf), 104 psiconv_warn(config,lev,0,
105 "All image types except 2-bit greyscale are experimental!"); 105 "All image types except 2-bit greyscale are experimental!");
106 106
107 107
108 if (!value) { 108 if (!value) {
109 psiconv_error(config,0,psiconv_buffer_length(buf),"Null paint data section"); 109 psiconv_error(config,lev,0,"Null paint data section");
110 res = -PSICONV_E_GENERATE; 110 res = -PSICONV_E_GENERATE;
111 goto ERROR1; 111 goto ERROR1;
112 } 112 }
113 113
114 floats.red = value->red; 114 floats.red = value->red;
132 config->bluebits,palet))) { 132 config->bluebits,palet))) {
133 psiconv_error(config,lev,0,"Error collecting pixel data"); 133 psiconv_error(config,lev,0,"Error collecting pixel data");
134 goto ERROR1; 134 goto ERROR1;
135 } 135 }
136 136
137 if ((res = psiconv_pixel_data_to_bytes(config,&bytes,value->xsize,value->ysize, 137 if ((res = psiconv_pixel_data_to_bytes(config,lev+1,&bytes,value->xsize,
138 ints,config->colordepth))) { 138 value->ysize,ints,
139 config->colordepth))) {
139 psiconv_error(config,lev,0,"Error translating pixel data to bytes"); 140 psiconv_error(config,lev,0,"Error translating pixel data to bytes");
140 goto ERROR2; 141 goto ERROR2;
141 } 142 }
142 143
143 144
223ERROR3: 224ERROR3:
224 psiconv_list_free(bytes); 225 psiconv_list_free(bytes);
225ERROR2: 226ERROR2:
226 psiconv_list_free(ints); 227 psiconv_list_free(ints);
227ERROR1: 228ERROR1:
229 if (res)
230 psiconv_error(config,lev,0,"Writing of paint data section failed");
231 else
232 psiconv_progress(config,lev,0,"End of paint data section");
228 return res; 233 return res;
229} 234}
230 235
231/* Translate the floating point RGB information into pixel values. 236/* Translate the floating point RGB information into pixel values.
232 The palet is optional; without it, we just use the 237 The palet is optional; without it, we just use the
285 psiconv_list_free(*pixels); 290 psiconv_list_free(*pixels);
286ERROR1: 291ERROR1:
287 return res; 292 return res;
288} 293}
289 294
290int psiconv_pixel_data_to_bytes(const psiconv_config config, 295int psiconv_pixel_data_to_bytes(const psiconv_config config,int lev,
291 psiconv_pixel_bytes *bytes, int xsize, 296 psiconv_pixel_bytes *bytes, int xsize,
292 int ysize, const psiconv_pixel_ints pixels, 297 int ysize, const psiconv_pixel_ints pixels,
293 int colordepth) 298 int colordepth)
294{ 299{
295 int res; 300 int res;
300 psiconv_u32 *pixelptr; 305 psiconv_u32 *pixelptr;
301 int inputbitsleft,outputbitnr,bitsfit,outputbytenr; 306 int inputbitsleft,outputbitnr,bitsfit,outputbytenr;
302 307
303 308
304 if (!bytes) { 309 if (!bytes) {
305 psiconv_error(config,0,0,"NULL pixel data"); 310 psiconv_error(config,lev,0,"NULL pixel data");
306 res = -PSICONV_E_GENERATE; 311 res = -PSICONV_E_GENERATE;
307 goto ERROR1; 312 goto ERROR1;
308 } 313 }
309 if (!pixels) { 314 if (!pixels) {
310 psiconv_error(config,0,0,"NULL pixel data"); 315 psiconv_error(config,lev,0,"NULL pixel data");
311 res = -PSICONV_E_GENERATE; 316 res = -PSICONV_E_GENERATE;
312 goto ERROR1; 317 goto ERROR1;
313 } 318 }
314 if (psiconv_list_length(pixels) != xsize * ysize) { 319 if (psiconv_list_length(pixels) != xsize * ysize) {
315 psiconv_error(config,0,0,"Pixel number is not correct"); 320 psiconv_error(config,lev,0,"Pixel number is not correct");
316 res = -PSICONV_E_GENERATE; 321 res = -PSICONV_E_GENERATE;
317 goto ERROR1; 322 goto ERROR1;
318 } 323 }
319 324
320 if (!(*bytes = psiconv_list_new(sizeof(psiconv_u8)))) { 325 if (!(*bytes = psiconv_list_new(sizeof(psiconv_u8)))) {
327 outputbyte = 0; 332 outputbyte = 0;
328 for (y = 0; y < ysize; y++) { 333 for (y = 0; y < ysize; y++) {
329 outputbytenr = 0; 334 outputbytenr = 0;
330 for (x = 0; x < xsize; x++) { 335 for (x = 0; x < xsize; x++) {
331 if (!(pixelptr = psiconv_list_get(pixels,y*xsize+x))) { 336 if (!(pixelptr = psiconv_list_get(pixels,y*xsize+x))) {
332 psiconv_error(config,0,0,"Massive internal corruption"); 337 psiconv_error(config,lev,0,"Massive internal corruption");
333 res = -PSICONV_E_NOMEM; 338 res = -PSICONV_E_NOMEM;
334 goto ERROR2; 339 goto ERROR2;
335 } 340 }
336 inputbitsleft = colordepth; 341 inputbitsleft = colordepth;
337 inputdata = *pixelptr; 342 inputdata = *pixelptr;
837{ 842{
838 int res; 843 int res;
839 844
840 psiconv_progress(config,lev,0,"Writing sketch section"); 845 psiconv_progress(config,lev,0,"Writing sketch section");
841 if (!value) { 846 if (!value) {
842 psiconv_error(config,0,0,"NULL sketch section"); 847 psiconv_error(config,lev,0,"NULL sketch section");
843 res = -PSICONV_E_GENERATE; 848 res = -PSICONV_E_GENERATE;
844 goto ERROR1; 849 goto ERROR1;
845 } 850 }
846 851
847 if ((res = psiconv_write_u16(config,buf,lev+1,value->displayed_xsize))) 852 if ((res = psiconv_write_u16(config,buf,lev+1,value->displayed_xsize)))
880 if ((res = psiconv_write_u32(config,buf,lev+1,value->cut_bottom * 0x0c * 885 if ((res = psiconv_write_u32(config,buf,lev+1,value->cut_bottom * 0x0c *
881 value->displayed_ysize))) 886 value->displayed_ysize)))
882 goto ERROR1; 887 goto ERROR1;
883 888
884ERROR1: 889ERROR1:
890 if (res)
891 psiconv_error(config,lev,0,"Writing of sketch section failed");
892 else
893 psiconv_progress(config,lev,0,"End of sketch section");
885 return res; 894 return res;
886} 895}
887 896
888int psiconv_write_clipart_section(const psiconv_config config, 897int psiconv_write_clipart_section(const psiconv_config config,
889 psiconv_buffer buf, int lev, 898 psiconv_buffer buf, int lev,
891{ 900{
892 int res; 901 int res;
893 902
894 psiconv_progress(config,lev,0,"Writing clipart section"); 903 psiconv_progress(config,lev,0,"Writing clipart section");
895 if (!value) { 904 if (!value) {
896 psiconv_error(config,0,psiconv_buffer_length(buf), 905 psiconv_error(config,lev,0, "NULL Clipart Section");
897 "NULL Clipart Section");
898 res = -PSICONV_E_GENERATE; 906 res = -PSICONV_E_GENERATE;
899 goto ERROR; 907 goto ERROR;
900 } 908 }
901 if ((res = psiconv_write_u32(config,buf,lev+1,PSICONV_ID_CLIPART_ITEM))) 909 if ((res = psiconv_write_u32(config,buf,lev+1,PSICONV_ID_CLIPART_ITEM)))
902 goto ERROR; 910 goto ERROR;
910 goto ERROR; 918 goto ERROR;
911 if ((res = psiconv_write_paint_data_section(config,buf,lev+1,value->picture,1))) 919 if ((res = psiconv_write_paint_data_section(config,buf,lev+1,value->picture,1)))
912 goto ERROR; 920 goto ERROR;
913 921
914ERROR: 922ERROR:
923 if (res)
924 psiconv_error(config,lev,0,"Writing of clipart section failed");
925 else
926 psiconv_progress(config,lev,0,"End of clipart section");
915 return res; 927 return res;
916} 928}
917 929
918int psiconv_write_jumptable_section(const psiconv_config config, 930int psiconv_write_jumptable_section(const psiconv_config config,
919 psiconv_buffer buf, int lev, 931 psiconv_buffer buf, int lev,
923 psiconv_u32 *offset_ptr; 935 psiconv_u32 *offset_ptr;
924 936
925 psiconv_progress(config,lev,0,"Writing jumptable section"); 937 psiconv_progress(config,lev,0,"Writing jumptable section");
926 938
927 if (!value) { 939 if (!value) {
928 psiconv_error(config,0,psiconv_buffer_length(buf), 940 psiconv_error(config,lev,0,"NULL Jumptable Section");
929 "NULL Jumptable Section");
930 res = -PSICONV_E_GENERATE; 941 res = -PSICONV_E_GENERATE;
931 goto ERROR; 942 goto ERROR;
932 } 943 }
933 if ((res = psiconv_write_u32(config,buf,lev+1,psiconv_list_length(value)))) 944 if ((res = psiconv_write_u32(config,buf,lev+1,psiconv_list_length(value))))
934 goto ERROR; 945 goto ERROR;
935 for (i = 0; i < psiconv_list_length(value); i++) { 946 for (i = 0; i < psiconv_list_length(value); i++) {
936 if (!(offset_ptr = psiconv_list_get(value,i))) { 947 if (!(offset_ptr = psiconv_list_get(value,i))) {
937 psiconv_error(config,0,psiconv_buffer_length(buf), 948 psiconv_error(config,lev,0,"Massive memory corruption");
938 "Massive memory corruption");
939 res = -PSICONV_E_NOMEM; 949 res = -PSICONV_E_NOMEM;
940 goto ERROR; 950 goto ERROR;
941 } 951 }
942 if ((res = psiconv_write_offset(config,buf,lev+1,*offset_ptr))) 952 if ((res = psiconv_write_offset(config,buf,lev+1,*offset_ptr)))
943 goto ERROR; 953 goto ERROR;
944 } 954 }
945 955
946ERROR: 956ERROR:
957 if (res)
958 psiconv_error(config,lev,0,"Writing of jumptable section failed");
959 else
960 psiconv_progress(config,lev,0,"End of jumptable section");
947 return res; 961 return res;
948} 962}
949 963

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