本文整理汇总了C++中Matrix4x4::ReflectPlane方法的典型用法代码示例。如果您正苦于以下问题：C++ Matrix4x4::ReflectPlane方法的具体用法？C++ Matrix4x4::ReflectPlane怎么用？C++ Matrix4x4::ReflectPlane使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Matrix4x4的用法示例。
在下文中一共展示了Matrix4x4::ReflectPlane方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: DoDrawReflectionSkydomeRenderBatch
void COpenGLSkydomeRenderer::DoDrawReflectionSkydomeRenderBatch()
{
if( m_SkydomeStaticBuffer == NULL )
return;
COpenGLShaderManager *pShaderManager = static_cast<COpenGLShaderManager*>(m_pRenderDevice->GetShaderManager());
Matrix4x4 SkydomeWorldMatrix;
Plane ReflectionPlane;
ReflectionPlane.Set( Vector3D(0, 1, 0), -m_pRenderDevice->GetWorldSystemManager()->getWater()->m_fWaterHeight );
SkydomeWorldMatrix.ReflectPlane( ReflectionPlane );
Vector4D newCamPos = m_pRenderDevice->getOpenGLCamera()->m_CameraPos * SkydomeWorldMatrix;
SkydomeWorldMatrix = m_SkydomeWorldMatrix;
SkydomeWorldMatrix.Translate( newCamPos.x, newCamPos.y, newCamPos.z );
Matrix4x4 MVP = SkydomeWorldMatrix * m_pRenderDevice->getOpenGLWaterRenderer()->m_MirrorViewMatrix * m_pRenderDevice->getOpenGLWaterRenderer()->m_ObliqueNearPlaneReflectionProjMatrix;
Matrix4x4 MV = SkydomeWorldMatrix * m_pRenderDevice->getOpenGLWaterRenderer()->m_MirrorViewMatrix;
ISGPMaterialSystem::MaterialList &Mat_List = m_pRenderDevice->GetMaterialSystem()->GetMaterialList();
const ISGPMaterialSystem::SGPMaterialInfo &SkydomeMaterial_info = Mat_List.getReference(ISGPMaterialSystem::eMaterial_skydome);
m_pRenderDevice->getOpenGLMaterialRenderer()->PushMaterial( SkydomeMaterial_info.m_material, MM_Add );
m_pRenderDevice->getOpenGLMaterialRenderer()->ComputeMaterialPass();
m_pRenderDevice->getOpenGLMaterialRenderer()->OnePassPreRenderMaterial(0);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->useProgram();
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("modelViewProjMatrix", MVP);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("modelViewMatrix", MV);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("InvSunDir", m_SunDir);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("HGg", m_HGg);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("BetaRPlusBetaM", m_BetaRPlusBetaM);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("Multipliers", m_Multipliers);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("BetaDashR", m_BetaDashR);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("BetaDashM", m_BetaDashM);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("OneOverBetaRPlusBetaM", m_OneOverBetaRPlusBetaM);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("SunColorAndIntensity", m_SunColorAndIntensity);
m_pRenderDevice->GetTextureManager()->getTextureByID(m_SkydomeMaterialSkin.nTextureID[0])->pSGPTexture->BindTexture2D(0);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("gSampler0", 0);
if( m_SkydomeMaterialSkin.nTextureNum == 2 )
{
m_pRenderDevice->GetTextureManager()->getTextureByID(m_SkydomeMaterialSkin.nTextureID[1])->pSGPTexture->BindTexture2D(1);
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("gSampler1", 1);
}
pShaderManager->GetGLSLShaderProgram(m_SkydomeMaterialSkin.nShaderType)->setShaderUniform("cloudParam", m_SkydomeCloudParam);
m_SkydomeStaticBuffer->pVBO->bindVAO();
glDrawElements( m_pRenderDevice->primitiveTypeToGL( m_SkydomeMaterialSkin.nPrimitiveType ),
m_SkydomeStaticBuffer->nNumIndis,
GL_UNSIGNED_SHORT,
(void*)0 );
m_SkydomeStaticBuffer->pVBO->unBindVAO();
m_pRenderDevice->getOpenGLMaterialRenderer()->OnePassPostRenderMaterial(0);
m_pRenderDevice->getOpenGLMaterialRenderer()->PopMaterial();
}