Samples
| Title | Summary | ||
|---|---|---|---|
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Memory allocator and input stream | How to implement the allocator that allocates the memory, and the stream that loads the data |  |
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Rendering a 3D model | How to render a basic 3D model | |
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Semi-transparency using BlendHalf | How to render a model semi-transparently | |
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Additive and subtractive blending effects | How to render the effects similar to smokes and lightning | |
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Switching the animation data | How to switch the model's animation during rendering | |
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Switching the pattern using dynamic polygons | How to render a model by specifying multiple patterns in the model data | |
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Lighting | How to use ambient light and directional light | |
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Shading | How to create shadows on the model | |
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Using the environment map | How to use the sphere mapping | |
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Preventing Z-sort rendering mistakes under certain circumstances | Separately executing the rendering and flush processes, in order to avoid Z-sort rendering mistakes under certain circumstance | |
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Rendering the primitives | How to render primitives using the low level API | |
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Suspend and Resume processes | How to use Suspend process and Resume process | |
| Title | Summary | ||
|---|---|---|---|
 |
Rendering a 3D model | How to render a basic 3D model | |
 |
Semi-transparency using BlendHalf | How to render a model semi-transparently | |
 |
Additive and subtractive blending effects | How to render the effects similar to smokes and lightning | |
 |
Switching the animation data | How to switch the model's animation during rendering | |
 |
Switching the pattern using dynamic polygons | How to render a model by specifying multiple patterns in the model data | |
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Lighting | How to use ambient light and directional light | |
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Shading | How to create shadows on the model | |
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Using the environment map | How to use the sphere mapping | |
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Rendering the primitives | How to render primitives using the low level API | |
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Reducing the texture distortion | How to reduce distortion by dividing the polygons | |
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Preventing Z-sort rendering mistakes under certain circumstances | Separately executing the rendering and flush processes, in order to avoid Z-sort rendering mistakes under certain circumstances | |
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Coordinate systems and the camera | Coordinate systems, transformation, and the camera setting | |
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Projection methods | How to use parallel projection and perspective projection | |
| Title | Summary | ||
|---|---|---|---|
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What is a scene graph？ | Brief summary of a scene graph | |
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Rendering 3D graphics( Retained mode ) | How to render basic 3D graphics using M3G | |
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Obtaining a node from the scene graph | How to obtain a node from the scene graph | |
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Rendering 3D graphics( Immediate mode ) | How to render 3D graphics using the Immediate mode | |
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Building a scene graph | How to build a scene graph | |
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Using the Transformable class | How to operate the Transformable class | |
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Coordinate systems and the camera | M3G coordinate systems, transformation, and the camera setting | |
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Projection methods | How to use parallel projection and perspective projection | |
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Lighting | How to use the light | |
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Blending mode | How to render a model semi-transparently | |
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Fog | How to render the effect similar to a foggy atmosphere | |
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Controlling the animation | How to control the animation using the AnimationController class | |
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Replacing the texture | How to directly replace a texture in the model data | |
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Perspective correction | How to render with the consideration of not only the width and height of textures, but also the three-dimensional depth | |
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Rendering the primitives | How to render primitives by specifying the vertices of each polygon | |
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LookAt ( Immediate mode ） | How to obtain a view transformation matrix using the camera position and lookat-point, in the Immediate mode | |
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LookAt ( Retained mode ) | How to obtain a view transformation matrix using the camera position and lookat-point, in the Retained mode | |
