void FullbrightMaterialComponent::onRender()
{
if(!hasModelData()) {
return;
}
const CameraComponent &cam = getOwner().getCameraManager().getCurrentCamera();
//const TransformComponent *camTransform = cam.getOwner()->getComponent<TransformComponent>();
TransformComponent *transform = getOwner().getComponent<TransformComponent>();
assert(transform);
CaffMath::Matrix44 worldMat = transform->getWorldMatrix();
glm::mat4 wMat;
memcpy(&wMat[0][0], &worldMat._11, sizeof(float) * 16);
// const glm::mat4 pMat = cam.getProjMatrix();
//
// CaffMath::Matrix44 viewMat = camTransform->getWorldMatrix();
// glm::mat4 vMat;
// const glm::mat4 vMat2 = cam.getViewMatrix();
//
// memcpy(&vMat[0][0], &viewMat._11, sizeof(float) * 16);
//
// //vMat = vMat._inverse();
// vMat = vMat2;
const glm::mat4 wvpMat = cam.getViewProjMatrix() * wMat;
CaffApp::Renderer &renderer = getOwner().getRenderer();
renderer.reset();
renderer.setShader(fullBrightShaderID);
renderer.setVertexFormat(fullBrightVertexID);
renderer.setTexture("diffuseTex", m_diffuseMapID);
renderer.setShader2f("texScale", &m_diffuseScale.x);
renderer.setShaderMatrix44f("wvpMat", &wvpMat[0][0]);
renderer.setShader4f("color", &m_rgba.x);
for(std::size_t i = 0; i < getModelData()->model->getNumberOfMeshes(); ++i)
{
renderer.setVertexBuffer(getModelData()->vertBufferIDs.at(i));
if(getModelData()->indexBufferIDs.size() < i)
{
renderer.setIndexBuffer(getModelData()->indexBufferIDs.at(i));
}
renderer.apply();
renderer.drawArray(CaffApp::Primitive::TRIANGLES, 0, getModelData()->model->getMesh(i).getGLFaces());
}
}
void BlinnPhongMaterialComponent::onRender()
{
if(!hasModelData()) {
return;
}
const CameraComponent &cam = getOwner().getCameraManager().getCurrentCamera();
TransformComponent *transform = getOwner().getComponent<TransformComponent>();
assert(transform);
CaffMath::Matrix44 worldMat = transform->getWorldMatrix();
glm::mat4 wMat;
memcpy(&wMat[0][0], &worldMat._11, sizeof(float) * 16);
const glm::mat4 wvpMat = cam.getViewProjMatrix() * wMat;
const TransformComponent *camTransform = cam.getOwner().getComponent<TransformComponent>();
assert(camTransform);
const glm::vec3 camPos = cam.getPosition();
CaffApp::Renderer &renderer = getOwner().getRenderer();
renderer.reset();
renderer.setShader(blinnShaderId);
renderer.setVertexFormat(blinnVertexId);
renderer.setTexture("diffuseTex", m_diffuseMapID);
renderer.setShader2f("texScale", &m_diffuseScale.x);
renderer.setShaderMatrix44f("wMat", &wMat[0][0]);
renderer.setShaderMatrix44f("wvpMat", &wvpMat[0][0]);
renderer.setShader3f("camPos", &camPos[0]);
renderer.setShader4f("color", &m_rgba.x);
LightUtils::UploadShaderInfo(renderer);
for(std::size_t i = 0; i < getModelData()->model->getNumberOfMeshes(); ++i)
{
renderer.setVertexBuffer(getModelData()->vertBufferIDs.at(i));
if(getModelData()->indexBufferIDs.size() < i)
{
renderer.setIndexBuffer(getModelData()->indexBufferIDs.at(i));
}
renderer.apply();
renderer.drawArray(CaffApp::Primitive::TRIANGLES, 0, getModelData()->model->getMesh(i).getGLFaces());
}
}
