public void Render(RenderTarget target, Camera camera, Scene scene)
{
var globalLight = scene.mLights[0];
mGraphicsDevice.SamplerStates[1] = sShadowMap;
mShader.mViewMatrix = camera.mViewMatrix;
mShader.mProjectionMatrix = camera.mProjectionMatrix;
// We need the light location to be in view space (because the shader does all operations in view space)
mShader.mGlobalLightLocation = Vector3.Transform(globalLight.mLocation, camera.mViewMatrix);
mShader.mGlobalLightColor = globalLight.mColor;
mShader.mGlobalLightAmbient = globalLight.mAmbient;
if (globalLight.mShadow.mActivated)
{
mShader.mLightSpaceMatrix = Matrix.Invert(camera.mViewMatrix) * globalLight.mShadow.mViewMatrix *
globalLight.mShadow.mProjectionMatrix;
mShader.mShadowMap = target.mShadowRenderTarget;
mShader.mShadowBias = globalLight.mShadow.mBias;
mShader.mShadowNumSamples = Math.Min(globalLight.mShadow.mNumSamples, 16);
mShader.mShadowSampleRange = globalLight.mShadow.mSampleRange;
mShader.mShadowDistance = globalLight.mShadow.mDistance;
mShader.mShadowResolution = target.mShadowRenderTarget.Width;
}
else
{
mShader.mShadowNumSamples = 0;
}
mShader.Apply();
// Now render our actor in batched mode
foreach (var actorBatch in scene.mActorBatches)
{
var meshData = actorBatch.mMesh.mMeshData;
mGraphicsDevice.SetVertexBuffer(actorBatch.mMesh.VertexBuffer);
mGraphicsDevice.Indices = (actorBatch.mMesh.IndexBuffer);
mShader.ApplyMaterial(meshData.mTexture);
foreach (var actor in actorBatch.mActors)
{
if (actor.mRender)
{
mShader.ApplyModelMatrix(actor.mModelMatrix);
mGraphicsDevice.DrawIndexedPrimitives(meshData.mPrimitiveType,
0,
0,
meshData.mPrimitiveCount);
}
}
}
}
public void Render(RenderTarget target, Camera camera, Scene scene)
{
Light globalLight = scene.mLights[0];
mShader.mViewMatrix = camera.mViewMatrix;
mShader.mProjectionMatrix = camera.mProjectionMatrix;
// We need the light location to be in view space (because the shader does all operations in view space)
mShader.mGlobalLightLocation = Vector3.Transform(globalLight.mLocation, camera.mViewMatrix);
mShader.mGlobalLightColor = globalLight.mColor;
mShader.mGlobalLightAmbient = globalLight.mAmbient;
mShader.Apply();
// Now render our actor in batched mode
foreach (var actorBatch in scene.mActorBatches)
{
var meshData = actorBatch.mMesh.mMeshData;
mGraphicsDevice.SetVertexBuffer(actorBatch.mMesh.VertexBuffer);
mGraphicsDevice.Indices = (actorBatch.mMesh.IndexBuffer);
mShader.ApplyMaterial(meshData.mTexture);
foreach (var actor in actorBatch.mActors)
{
if (actor.mRender)
{
mShader.ApplyModelMatrix(actor.mModelMatrix);
mGraphicsDevice.DrawIndexedPrimitives(meshData.mPrimitiveType,
0,
0,
meshData.mPrimitiveCount);
}
}
}
}