void renderScene(IDeviceContext ic, ITextureView swapChainRgb, ITextureView swapChainDepthStencil)
{
ic.SetRenderTarget(swapChainRgb, swapChainDepthStencil, ResourceStateTransitionMode.Transition);
// Clear the back buffer
ic.ClearRenderTarget(swapChainRgb, clearColor);
ic.ClearDepthStencil(swapChainDepthStencil, ClearDepthStencilFlags.DepthFlag, 1.0f, 0);
// Map the buffer and write current world-view-projection matrix
Matrix4x4 transposed = worldViewProjMatrix.transposed();
ic.writeBuffer(vsConstants, ref transposed);
// Bind vertex and index buffers
ic.SetVertexBuffer(0, cubeVertexBuffer, 0);
ic.SetIndexBuffer(cubeIndexBuffer, 0);
// Set the pipeline state
ic.SetPipelineState(pipelineState);
// Commit shader resources. RESOURCE_STATE_TRANSITION_MODE_TRANSITION mode makes sure that resources are transitioned to required states.
ic.CommitShaderResources(resourceBinding);
DrawIndexedAttribs draw = new DrawIndexedAttribs(false)
{
IndexType = GpuValueType.Uint16,
NumIndices = 36,
Flags = DrawFlags.VerifyAll
};
ic.DrawIndexed(ref draw);
}
void iCursorRender.render(IDeviceContext context, IBuffer vertexBuffer)
{
context.writeBuffer(constantBuffer, ref position);
context.SetPipelineState(pipelineState);
context.CommitShaderResources(bindings);
renderQuad(context, vertexBuffer);
}
void iCursorRender.render(IDeviceContext context, IBuffer vertexBuffer)
{
context.writeBuffer(constantBuffer, ref position);
context.SetVertexBuffer(0, vertexBuffer, 0);
DrawAttribs draw = new DrawAttribs(false)
{
NumVertices = 4,
Flags = DrawFlags.VerifyAll
};
context.SetPipelineState(psoInvert);
context.CommitShaderResources(bindingsInvert);
context.Draw(ref draw);
context.SetPipelineState(psoRgb);
context.CommitShaderResources(bindingsRgb);
context.Draw(ref draw);
}
public void draw(IDeviceContext context, ref Matrix4x4 worldView, ref Matrix4x4 projection)
{
var constants = new VsConstants(ref worldView, ref projection);
context.writeBuffer(vsConstants, ref constants);
// Set the pipeline state
context.SetPipelineState(pipelineState);
// Commit shader resources. RESOURCE_STATE_TRANSITION_MODE_TRANSITION mode makes sure that resources are transitioned to required states.
context.CommitShaderResources(resourceBinding);
mesh.draw(context);
}
protected void drawTriangle(IDeviceContext ic, ITextureView textureView)
{
ic.SetPipelineState(pipelineState);
textureVariable.Set(textureView);
ic.CommitShaderResources(binding);
ic.setVertexBuffer(vertexBuffer);
DrawAttribs draw = new DrawAttribs(false)
{
NumVertices = 3,
Flags = DrawFlags.VerifyAll
};
ic.Draw(ref draw);
}
public void blend(IDeviceContext ic, IShaderResourceBinding source)
{
ic.SetPipelineState(pipelineState);
ic.CommitShaderResources(source);
ic.SetVertexBuffer(0, null, 0);
DrawAttribs draw = new DrawAttribs(false)
{
NumVertices = 3,
Flags = DrawFlags.VerifyAll
};
// ConsoleLogger.logDebug( "BlendTextures.blend, rendering" );
ic.Draw(ref draw);
// ConsoleLogger.logDebug( "BlendTextures.blend, rendered" );
}
public void render(IDeviceContext context, ITextureView rtv, CSize outputSize, int index)
{
// Setup stuff
context.SetRenderTarget(rtv, null);
context.setViewport(outputSize, viewport);
context.SetPipelineState(pipelineState);
textureVariable.Set(sourceTextures[index]);
context.CommitShaderResources(binding);
// Render a full-screen triangle, no vertex buffer needed
DrawAttribs draw = new DrawAttribs(false)
{
NumVertices = 3,
Flags = DrawFlags.VerifyAll
};
context.Draw(ref draw);
}
public void bind(IDeviceContext ic)
{
ensureResourceBindings();
ic.SetPipelineState(pipelineState);
ic.CommitShaderResources(resourceBinding);
}