void GeoSphere::ProcessSplitResults()
{
// now handle the single split results that define the base level of the quad tree
{
std::deque<SSingleSplitResult*>::iterator iter = mSingleSplitResults.begin();
while(iter!=mSingleSplitResults.end())
{
// finally pass SplitResults
SSingleSplitResult *psr = (*iter);
const int32_t faceIdx = psr->face();
if( m_patches[faceIdx] ) {
m_patches[faceIdx]->ReceiveHeightmap(psr);
} else {
psr->OnCancel();
}
// tidyup
delete psr;
// Next!
++iter;
}
mSingleSplitResults.clear();
}
// now handle the quad split results
{
std::deque<SQuadSplitResult*>::iterator iter = mQuadSplitResults.begin();
while(iter!=mQuadSplitResults.end())
{
// finally pass SplitResults
SQuadSplitResult *psr = (*iter);
const int32_t faceIdx = psr->face();
if( m_patches[faceIdx] ) {
m_patches[faceIdx]->ReceiveHeightmaps(psr);
} else {
psr->OnCancel();
}
// tidyup
delete psr;
// Next!
++iter;
}
mQuadSplitResults.clear();
}
}
void GeoSphere::Reset()
{
{
std::deque<SSingleSplitResult*>::iterator iter = mSingleSplitResults.begin();
while(iter!=mSingleSplitResults.end())
{
// finally pass SplitResults
SSingleSplitResult *psr = (*iter);
psr->OnCancel();
// tidyup
delete psr;
// Next!
++iter;
}
mSingleSplitResults.clear();
}
{
std::deque<SQuadSplitResult*>::iterator iter = mQuadSplitResults.begin();
while(iter!=mQuadSplitResults.end())
{
// finally pass SplitResults
SQuadSplitResult *psr = (*iter);
psr->OnCancel();
// tidyup
delete psr;
// Next!
++iter;
}
mQuadSplitResults.clear();
}
for (int p=0; p<NUM_PATCHES; p++) {
// delete patches
if (m_patches[p].Valid()) {
m_patches[p].Reset();
}
}
m_initStage = eBuildFirstPatches;
}
void QuadPatchJob::OnRun() // RUNS IN ANOTHER THREAD!! MUST BE THREAD SAFE!
{
BasePatchJob::OnRun();
const SQuadSplitRequest &srd = *mData;
GenerateBorderedData(mData.get());
const vector3d v01 = (srd.v0+srd.v1).Normalized();
const vector3d v12 = (srd.v1+srd.v2).Normalized();
const vector3d v23 = (srd.v2+srd.v3).Normalized();
const vector3d v30 = (srd.v3+srd.v0).Normalized();
const vector3d cn = (srd.centroid).Normalized();
const vector3d vecs[4][4] = {
{srd.v0, v01, cn, v30},
{v01, srd.v1, v12, cn},
{cn, v12, srd.v2, v23},
{v30, cn, v23, srd.v3}
};
const int borderedEdgeLen = (srd.edgeLen*2)+(BORDER_SIZE*2)-1;
const int offxy[4][2] = {
{0,0},
{srd.edgeLen-1,0},
{srd.edgeLen-1,srd.edgeLen-1},
{0,srd.edgeLen-1}
};
SQuadSplitResult *sr = new SQuadSplitResult(srd.patchID.GetPatchFaceIdx(), srd.depth);
for (int i=0; i<4; i++)
{
// fill out the data
GenerateSubPatchData(srd.heights[i], srd.normals[i], srd.colors[i], srd.borderHeights.get(), srd.borderVertexs.get(),
vecs[i][0], vecs[i][1], vecs[i][2], vecs[i][3],
srd.edgeLen, offxy[i][0], offxy[i][1],
borderedEdgeLen, srd.fracStep, srd.pTerrain.Get());
// add this patches data
sr->addResult(i, srd.heights[i], srd.normals[i], srd.colors[i],
vecs[i][0], vecs[i][1], vecs[i][2], vecs[i][3],
srd.patchID.NextPatchID(srd.depth+1, i));
}
mpResults = sr;
}
void QuadPatchJob::OnRun() // RUNS IN ANOTHER THREAD!! MUST BE THREAD SAFE!
{
BasePatchJob::OnRun();
if(s_abort)
return;
const SQuadSplitRequest &srd = *mData;
const vector3d v01 = (srd.v0+srd.v1).Normalized();
const vector3d v12 = (srd.v1+srd.v2).Normalized();
const vector3d v23 = (srd.v2+srd.v3).Normalized();
const vector3d v30 = (srd.v3+srd.v0).Normalized();
const vector3d cn = (srd.centroid).Normalized();
//
const vector3d vecs[4][4] = {
{srd.v0, v01, cn, v30},
{v01, srd.v1, v12, cn},
{cn, v12, srd.v2, v23},
{v30, cn, v23, srd.v3}
};
SQuadSplitResult *sr = new SQuadSplitResult(srd.patchID.GetPatchFaceIdx(), srd.depth);
for (int i=0; i<4; i++)
{
if(s_abort) {
delete sr;
return;
}
// fill out the data
GenerateMesh(srd.heights[i], srd.normals[i], srd.colors[i], srd.borderHeights[i].get(), srd.borderVertexs[i].get(),
vecs[i][0], vecs[i][1], vecs[i][2], vecs[i][3],
srd.edgeLen, srd.fracStep, srd.pTerrain.Get());
// add this patches data
sr->addResult(i, srd.heights[i], srd.normals[i], srd.colors[i],
vecs[i][0], vecs[i][1], vecs[i][2], vecs[i][3],
srd.patchID.NextPatchID(srd.depth+1, i));
}
mpResults = sr;
}
