| 1. | I think I am most interested in the homogeneous coordinate representation.
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| 2. | Homogeneous coordinates may be used to give an algebraic description of dualities.
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| 3. | To represent affine transformations with matrices, we can use homogeneous coordinates.
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| 4. | One such function is given by, in homogeneous coordinates,
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| 5. | So is a system of homogeneous coordinates for the line.
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| 6. | NURBS are essentially B-splines in homogeneous coordinates.
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| 7. | We can reflect this movement by dividing the homogeneous coordinate by a constant.
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| 8. | The coordinates in the higher-dimensional space are an example of homogeneous coordinates.
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| 9. | It is not well-defined to evaluate on points in in homogeneous coordinates.
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| 10. | These of course are complex points, for any representing set of homogeneous coordinates.
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