Computer Graphics: Difference between revisions

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For example, see

* [https://eigen.tuxfamily.org/dox/classEigen_1_1Transform.html Eigen::Transform]

===Barycentric Coordinates===

==MVP Matrices==

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===Rendering===

For rasterization, ~~we generally~~ render by:

For rasterization, the render loop typically consists of:

# Render opaque objects front-to-back

# Render the shadow map.

# Render transparent objects back-to-front

# Render all opaque objects front-to-back.

## Opaque objects write to the depth buffer.

# Render all transparent objects back-to-front

## Transparent objects do not write to the depth buffer.

Rendering opaque objects front to back minimizes overdraw, where a pixel gets drawn to multiple times in a single frame.

Rendering transparent objects back to front is needed for proper blending of transparent materials.

==Anti-aliasing==

For a high-quality anti-aliasing, you'll generally want to multiple multi-sampling (MSAA).

This causes the GPU to render the depth buffer at a higher resolution to determine the contribution of your fragment shader's color to the final image.

See https://learnopengl.com/Advanced-OpenGL/Anti-Aliasing#:~:text=How%20MSAA%20really%20works%20is,buffer%20to%20determine%20subsample%20coverage for more details.

==More Terms==

@@ Line 76: / Line 76: @@
 For example, see
 * [https://eigen.tuxfamily.org/dox/classEigen_1_1Transform.html Eigen::Transform]
+===Barycentric Coordinates===
 ==MVP Matrices==
@@ Line 181: / Line 183: @@
 ===Rendering===
-For rasterization, we generally render by:
+For rasterization, the render loop typically consists of:
-# Render opaque objects front-to-back
+# Render the shadow map.
-# Render transparent objects back-to-front
+# Render all opaque objects front-to-back.
+## Opaque objects write to the depth buffer.
+# Render all transparent objects back-to-front
+## Transparent objects do not write to the depth buffer.
 Rendering opaque objects front to back minimizes overdraw, where a pixel gets drawn to multiple times in a single frame.
 Rendering transparent objects back to front is needed for proper blending of transparent materials.
+==Anti-aliasing==
+For a high-quality anti-aliasing, you'll generally want to multiple multi-sampling (MSAA).
+This causes the GPU to render the depth buffer at a higher resolution to determine the contribution of your fragment shader's color to the final image.
+See https://learnopengl.com/Advanced-OpenGL/Anti-Aliasing#:~:text=How%20MSAA%20really%20works%20is,buffer%20to%20determine%20subsample%20coverage for more details.
 ==More Terms==