/*
* Decompression: void* ptr is a struct of AvgDCT to be filled with the
* calculations performed on the AvgDCTScaled array in the closure.
*/
void applyDecompToAvgDCT(int col, int row, A2 toBeFilled,
void* ptr, void* cl) {
(void) toBeFilled;
struct Closure *mycl = cl;
struct AvgDCT* toBeSet = ptr;
struct AvgDCTScaled* original = mycl->methods->at(mycl->array, col, row);
toBeSet->pb = Arith40_chroma_of_index(original->pb);
toBeSet->pr = Arith40_chroma_of_index(original->pr);
toBeSet->a = ((float)(original->a))/511.0;
toBeSet->b = ((float)(original->b))/50.0;
toBeSet->c = ((float)(original->c))/50.0;
toBeSet->d = ((float)(original->d))/50.0;
}
/* Decompression: void* ptr is a struct of AvgDCT to be filled with the
* calculations performed on the AvgDCTScaled array in the closure */
void applyDecompToAvgDCT(int col, int row, A2 toBeFilled,
void* ptr, void* cl) {
(void) toBeFilled;
struct Closure *mycl = cl;
struct AvgDCT* toBeSet = ptr;
struct AvgDCTScaled* original = mycl->methods->at(mycl->array, col, row);
toBeSet->pb = Arith40_chroma_of_index(original->pb);
toBeSet->pr = Arith40_chroma_of_index(original->pr);
toBeSet->a = ((float)(original->a))/511.0;
toBeSet->b = ((float)(original->b))/50.0;
toBeSet->c = ((float)(original->c))/50.0;
toBeSet->d = ((float)(original->d))/50.0;
//if(toBeSet->b > .300000)
//printf("ToBeSet b is: %f, row: %d, col %d\n", toBeSet->b, row, col);
//assert(toBeSet->b <= .300000 );
// assert( toBeSet->b >= -.300000);
//assert(toBeSet->c <= .300000 || toBeSet->c >= -.300000);
//assert(toBeSet->d >= -.300000 || toBeSet->d <= .300000);
}
/* Takes in the 4-bit chroma index and returns the average Pb or Pr value */
float getChroma(unsigned x)
{
return Arith40_chroma_of_index(x);
}
