Web design online - BLEND_COLOR MODE TRANSFORM OpenGL Reference: glTexParameter Java 3D s
BLEND_COLOR MODE TRANSFORM OpenGL Reference: glTexParameter Java 3D s texture capabilities (table 9.11) are discussed in detail in chapter 14. 9.11 Texture java.lang.Object | +–javax.media.j3d.SceneGraphObject | +–javax.media.j3d.NodeComponent | +–javax.media.j3d.Texture Table 9.12 Capability bits for the Texture class BOUNDARY_COLOR ENABLE FILTER IMAGE MIPMAP_MODE OpenGL Reference: glTexImage2D. Java 3D s texture capabilities (table 9.12) are discussed in detail in chapter 14. 9.12 TransparencyAttributes java.lang.Object | +–javax.media.j3d.SceneGraphObject | +–javax.media.j3d.NodeComponent | +–javax.media.j3d.TransparencyAttributes Table 9.13 Capability bits for the TransparencyAttributes class MODE VALUE OpenGL Reference: glBlendFunc The TransparencyAttributesclass allows the transparency of objects to be specified. Transparency is set using an Alpha value (table 9.13). Alpha values range from 0.0, representing complete opacity, to 1.0, representing complete transparency. Like color, transparency can either be set on a per-vertex basis or, by using the TransparencyAttributesclass, for an entire Shape3D. Per-vertex transparency (set using COLOR_4per-vertex colors) takes precedence over the transparency value specified in the Shape3D s TransparencyAttributes. The examples to follow will help to illustrate this. Transparency should be used with care, because, as the OpenGL reference indicates, it is a blending operation between pixels that have their source geometry located at different positions within the scene. 140
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