void save(const ColorRanges *srcRanges, RacOut<IO> &rac) const {
SimpleSymbolCoder<FLIFBitChanceMeta, RacOut<IO>, 24> coder(rac);
// printf("Saving Y Color Bucket: ");
prevPlanes pixelL, pixelU;
save_bucket(cb->bucket0, coder, srcRanges, 0, pixelL, pixelU);
// printf("\nSaving I Color Buckets\n ");
pixelL.push_back(cb->min0);
pixelU.push_back(cb->min0+CB0a-1);
for (auto b : cb->bucket1) { save_bucket(b, coder, srcRanges, 1, pixelL, pixelU); pixelL[0] += CB0a; pixelU[0] += CB0a; }
// printf("\nSaving Q Color Buckets\n ");
pixelL[0] = cb->min0;
pixelU[0] = cb->min0+CB0b-1;
pixelL.push_back(cb->min1);
pixelU.push_back(cb->min1+CB1-1);
for (auto bv : cb->bucket2) {
pixelL[1] = cb->min1;
pixelU[1] = cb->min1+CB1-1;
for (auto b : bv) {
save_bucket(b, coder, srcRanges, 2, pixelL, pixelU);
pixelL[1] += CB1; pixelU[1] += CB1;
}
pixelL[0] += CB0b; pixelU[0] += CB0b;
}
// printf("\n");
if (srcRanges->numPlanes() > 3) {
// printf("Saving Alpha Color Bucket: ");
save_bucket(cb->bucket3, coder, srcRanges, 3, pixelL, pixelU);
// printf("\n");
}
}
int main(int argc, char** argv)
{
bucketmap* bucket = new_bucket(10, dumb, NULL);
char* line = read();
bucket = bucketify_file(argv[1], bucket, ':');
for ( ; ; )
{
if (compare(line, GET_OPTION) == EQUAL)
line = get_option(bucket);
else if (compare(line, ADD_OPTION) == EQUAL)
line = add_option(bucket);
else if (compare(line, DEL_OPTION) == EQUAL)
line = del_option(bucket);
else if (compare(line, QUIT_OPTION) == EQUAL)
break;
else
line = NULL;
if (line)
printf("%s\n", line);
else
printf("...\n");
line = read();
}
save_bucket(bucket, "new_index.txt");
return 0;
}