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Visual C++ (VC++)]
D3D9NormalMapping.zip
// This demo implements tangent space normal mapping using a series of Direct3D
// High Level Shading Language (HLSL) shaders. A single D3DX Effect file (.fx)
// is provided with three techniques that implements normal mapping for each
// of the three ...
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[
Visual C++ (VC++)]
D3D9ParallaxNormalMapping.zip
// This demo implements tangent space parallax normal mapping with offset
// limiting using a series of Direct3D High Level Shading Language (HLSL)
// shaders. A single D3DX Effect file (.fx) is provided with three techniques
// that implements ...
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PDF]
5.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
6.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
7.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
8.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
9.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
10.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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PDF]
11.zip
An image is represented as a two-dimentional array of coefficients, each coefficient representing the brightness level in that point. When looking from a higher perspective, we can t differentiate between coefficients as more important ones, and lesser ...
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