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How is rasterizer state set in Direct3D 10?
Beginning with Direct3D 10, rasterizer state is encapsulated in a rasterizer state object. You may create up to 4096 rasterizer state objects which can then be set to the device by passing a handle to the state object.
What do you need to know about the rasterizer?
This section describes setting the viewport, the scissors rectangle, the rasterizer state, and multi-sampling. A viewport maps vertex positions (in clip space) into render target positions. This step scales the 3D positions into 2D space.
How to use multisampling in the rasterizer stage?
To use multisampling, set the enable field in the rasterization description, create a multisampled render target, and either read the render target with a shader to resolve the samples into a single pixel color or call ID3D11DeviceContext::ResolveSubresource to resolve the samples using the video card.
Is there a way to disable rasterization in D3D11?
You may disable rasterization by telling the pipeline there is no pixel shader (set the pixel shader stage to NULL with ID3D11DeviceContext::PSSetShader ), and disabling depth and stencil testing (set DepthEnable and StencilEnable to FALSE in D3D11_DEPTH_STENCIL_DESC ). While disabled, rasterization-related pipeline counters will not update.
What happens when you rasterize a vector in Photoshop?
When you rasterize a vector layer, Photoshop converts the layer to pixels. You might not notice a change at first, but when you zoom in on a newly rasterized layer you will see that the edges are now made up of tiny squares, called pixels.
How can I change the display of raster data?
Open the raster dataset Layer Properties dialog box; click the Symbology tab; and, for either the Stretched or RGB Composite renderer, you can change the Statistics drop-down list to From The Current Display Extent.
How are primitives converted to pixels in rasterization?
The rasterization stage converts vector information (composed of shapes or primitives) into a raster image (composed of pixels) for the purpose of displaying real-time 3D graphics. During rasterization, each primitive is converted into pixels, while interpolating per-vertex values across each primitive.