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Actually use the simulated annealing setting.

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This commit is contained in:
Pavel Krajcevski 2014-03-22 20:07:17 -04:00
parent 220a736a36
commit 5bd306d09b
2 changed files with 13 additions and 13 deletions
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6
BPTCEncoder/src/CompressionMode.h
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@ -105,10 +105,11 @@ class CompressionMode {
// This initializes the compression variables used in order to compress a list
// of clusters. We can increase the speed a tad by specifying whether or not
// the block is opaque or not.
explicit CompressionMode(int mode, ErrorMetric metric)
explicit CompressionMode(int mode, const CompressionSettings &settings)
: m_IsOpaque(mode < 4)
, m_Attributes(&(kModeAttributes[mode]))
, m_ErrorMetric(metric)
, m_SASteps(settings.m_NumSimulatedAnnealingSteps)
, m_ErrorMetric(settings.m_ErrorMetric)
, m_RotateMode(0)
, m_IndexMode(0)
{ }
@ -185,6 +186,7 @@ class CompressionMode {
const double m_IsOpaque;
const Attributes *const m_Attributes;
int m_SASteps;
ErrorMetric m_ErrorMetric;
int m_RotateMode;
int m_IndexMode;

20
BPTCEncoder/src/Compressor.cpp
View file

@ -260,8 +260,6 @@ const uint32 kInterpolationValues[4][16][2] = {
{30, 34}, {26, 38}, {21, 43}, {17, 47}, {13, 51}, {9, 55}, {4, 60}, {0, 64}}
};
int CompressionMode::MaxAnnealingIterations = 50; // This is a setting.
CompressionMode::Attributes
CompressionMode::kModeAttributes[kNumModes] = {
// Mode 0
@ -666,7 +664,7 @@ double CompressionMode::OptimizeEndpointsForCluster(
visitedStates[lastVisitedState].pBitCombo = curPbitCombo;
lastVisitedState++;
const int maxEnergy = MaxAnnealingIterations;
const int maxEnergy = this->m_SASteps;
for(int energy = 0; bestError > 0 && energy < maxEnergy; energy++) {
@ -1842,8 +1840,8 @@ static ShapeSelection BoxSelection(
return result;
}
static void CompressClusters(ShapeSelection selection, const uint32 pixels[16],
ErrorMetric metric, uint8 *outBuf,
static void CompressClusters(const ShapeSelection &selection, const uint32 pixels[16],
const CompressionSettings &settings, uint8 *outBuf,
double *errors, int *modeChosen) {
RGBACluster cluster(pixels);
uint8 tmpBuf[16];
@ -1853,14 +1851,15 @@ static void CompressClusters(ShapeSelection selection, const uint32 pixels[16],
// Block mode zero only has four bits for the partition index,
// so if the chosen three-partition shape is not within this range,
// then we shouldn't consider using this block mode...
uint32 selectedModes = selection.m_SelectedModes;
if(selection.m_ThreeShapeIndex >= 16) {
selection.m_SelectedModes &= ~(static_cast<uint32>(eBlockMode_Zero));
selectedModes &= ~(static_cast<uint32>(eBlockMode_Zero));
}
for(uint32 modeIdx = 0; modeIdx < 8; modeIdx++) {
uint32 mode = modes[modeIdx];
if((selection.m_SelectedModes & (1 << mode)) == 0) {
if((selectedModes & (1 << mode)) == 0) {
continue;
}
@ -1875,7 +1874,7 @@ static void CompressClusters(ShapeSelection selection, const uint32 pixels[16],
shape, CompressionMode::GetAttributesForMode(mode)->numSubsets);
BitStream tmpStream(tmpBuf, 128, 0);
double error = CompressionMode(mode, metric).Compress(tmpStream, shape, cluster);
double error = CompressionMode(mode, settings).Compress(tmpStream, shape, cluster);
if(errors)
errors[mode] = error;
@ -1928,7 +1927,7 @@ static void CompressBC7Block(const uint32 x, const uint32 y,
selectionFn(x, y, block, userData);
selection.m_SelectedModes &= settings.m_BlockModes;
assert(selection.m_SelectedModes);
CompressClusters(selection, block, settings.m_ErrorMetric, outBuf, NULL, NULL);
CompressClusters(selection, block, settings, outBuf, NULL, NULL);
}
static double EstimateTwoClusterErrorStats(
@ -2247,8 +2246,7 @@ static void CompressBC7Block(
selection.m_SelectedModes &= settings.m_BlockModes;
assert(selection.m_SelectedModes);
ErrorMetric metric = settings.m_ErrorMetric;
CompressClusters(selection, block, metric, outBuf, modeError, &bestMode);
CompressClusters(selection, block, settings, outBuf, modeError, &bestMode);
PrintStat(logStream, kBlockStatString[eBlockStat_Path], path);
}