void Geometry::setMatrix( const std::string& name, const Mat4& pMatrix )
{
if (NULL == mMesh)
{
return;
}
if (NULL == mMaterial)
{
return;
}
Euclid::Effect* fx = mMaterial->getEffect();
if (NULL == fx)
{
return;
}
fx->setMatrix(name, pMatrix);
//
{
if (NULL == mSkeletonMaterial)
{
return;
}
Euclid::Effect* fx = mSkeletonMaterial->getEffect();
if (NULL == fx)
{
return;
}
fx->setMatrix(name, pMatrix);
}
}
void Geometry::_renderMesh()
{
if (NULL == mMesh)
{
return;
}
if (NULL == mMaterial)
{
return;
}
Euclid::Effect* fx = mMaterial->getEffect();
if (NULL == fx)
{
return;
}
//
mMaterial->apply();
//
if (NULL != mSkeleton)
{
//
std::vector<Mat4> matrices;
for(Euclid::BoneIDReferenceMap::iterator it = mMesh->_bones.begin(); it != mMesh->_bones.end(); ++it)
{
if (it->first < 255)
{
matrices.push_back(mSkeleton->_matrices[it->first]);
}
}
if (matrices.size() >= 60)
{
mHardwareSkin = false;
}
else
{
mHardwareSkin = true;
}
fx->setMatrixArray("gMatrixPalette", &matrices[0], matrices.size());
}
u32 passes = 0;
fx->begin(&passes);
for (u32 i = 0; i != passes; ++i)
{
fx->beginPass(i);
mMesh->render();
fx->endPass();
}
fx->end();
}
void Geometry::renderSkeleton()
{
if (NULL == mSkeleton)
{
return;
}
if (NULL == mSkeletonMaterial)
{
return;
}
Euclid::Effect* fx = mSkeletonMaterial->getEffect();
if (NULL == fx)
{
return;
}
//
mSkeletonMaterial->apply();
Euclid::BoneNodeMapIterator it = mSkeleton->getCommandMapIterator();
while(!it.isAtEnd())
{
Euclid::BoneNode* n = it.getCurrentValue();
Euclid::BoneNode* p = n->getParentNode();
if (NULL != p)
{
Euclid::Bone* b = n->getBone();
Euclid::Bone* f = p->getBone();
//
Euclid::sPosition p[2];
p[0].position = mSkeleton->_matricesFull[b->id] * p[0].position;
p[1].position = mSkeleton->_matricesFull[f->id] * p[1].position;
//
{
u32 passes = 0;
fx->begin(&passes);
for (u32 i = 0; i != passes; ++i)
{
fx->beginPass(i);
RenderEngineImp::getInstancePtr()->getRenderEngine()->getRenderSystem()->drawPrimitiveUP(Euclid::ePrimitive_LineList, 1, p, sizeof(Euclid::sPosition));
//
RenderEngineImp::getInstancePtr()->getRenderEngine()->getRenderSystem()->drawPrimitiveUP(Euclid::ePrimitive_PointList, 2, p, sizeof(Euclid::sPosition));
fx->endPass();
}
fx->end();
}
}
//
++it;
}
//
it.toStart();
//
Mat4 vm, pm;
fx->getMatrix("gView", &vm);
fx->getMatrix("gProjection", &pm);
while(!it.isAtEnd())
{
Euclid::BoneNode* n = it.getCurrentValue();
{
Euclid::Bone* b = n->getBone();
//
Vec3 p;
RenderEngineImp::getInstancePtr()->getRenderEngine()->getRenderSystem()->objectSpace2ScreenSpace(&p, &p, NULL, &pm, &vm, &mSkeleton->_matricesFull[b->id]);
//
{
RenderEngineImp::getInstancePtr()->getRenderEngine()->getFontManager()->getFont("freeNormal")->render(p, Vec3(1, 0, 0), Euclid::Color::Red, b->name);
}
}
//
++it;
}
}
void Geometry::_renderMesh()
{
if (NULL == mMesh)
{
return;
}
if (NULL == mMaterial)
{
return;
}
Euclid::Effect* fx = mMaterial->getEffect();
if (NULL == fx)
{
return;
}
//
mMaterial->apply();
//
if (NULL != mSkeleton)
{
//
std::vector<Mat4> matrices;
for(Euclid::BoneIDReferenceMap::iterator it = mMesh->_bones.begin(); it != mMesh->_bones.end(); ++it)
{
if (it->first < 255)
{
matrices.push_back(mSkeleton->_matrices[it->first]);
}
}
if (matrices.size() >= 60 || matrices.empty())
{
mHardwareSkin = false;
}
else
{
fx->setMatrixArray("gMatrixPalette", &matrices[0], matrices.size());
mHardwareSkin = true;
}
fx->setBool("gSkinned", mHardwareSkin);
}
fx->setMatrix("gUVMatrix", &mUVMatrix);
float alpha = mMaterial->mAlphaKFs.getFrame(&mMaterial->mAlphaAnimationTime);
mMaterial->mDiffuse.a *= alpha;
Euclid::AnimationTime at;
Euclid::Color3 c = mMaterial->mColorKFs.getFrame(&at);
mMaterial->mDiffuse.r *= c.r;
mMaterial->mDiffuse.g *= c.g;
mMaterial->mDiffuse.b *= c.b;
fx->setFloatArray("gDiffuse", &mMaterial->mDiffuse.r, 4);
fx->setBool("gUseVertexColor", mMaterial->mUseVertexColor);
u32 passes = 0;
fx->begin(&passes);
for (u32 i = 0; i != passes; ++i)
{
fx->beginPass(i);
mMesh->render();
fx->endPass();
}
fx->end();
}