panda3d.core.OccluderNode¶
from panda3d.core import OccluderNode
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class
OccluderNode¶ Bases:
PandaNodeA node in the scene graph that can hold an occluder polygon, which must be a rectangle. When the occluder is activated with something like render.set_occluder(), then objects whose bouding volume lies entirely behind the occluder will not be rendered.
Inheritance diagram
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__init__(name: str) → None¶ The default constructor creates a default occlusion polygon in the XZ plane (or XY plane in a y-up coordinate system). Use the normal Panda set_pos(), set_hpr(), set_scale() to position it appropriately, or replace the vertices with
setVertices().
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property
double_sided¶ - Getter
Is this occluder double-sided
- Setter
If true, the back-face will also be used to occlude
- Return type
bool
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static
getClassType() → TypeHandle¶ - Return type
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getMinCoverage() → float¶ Returns the minimum screen coverage.
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getNumVertices() → size_t¶ Returns the number of vertices in the occluder polygon. This should always return 4.
- Return type
size_t
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getVertex(n: size_t) → LPoint3¶ Returns the nth vertex of the occluder polygon.
- Return type
LPoint3
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getVertices() → list¶
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isDoubleSided() → bool¶ Is this occluder double-sided
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property
min_coverage¶ - Getter
Returns the minimum screen coverage.
- Setter
Minimum screen coverage needed before occluder used. Range should be 0 to 1. For example, setting to 0.2 would mean that the occluder needs to cover 20% of the screen to be considered.
- Return type
float
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setDoubleSided(value: bool) → None¶ If true, the back-face will also be used to occlude
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setMinCoverage(value: float) → None¶ Minimum screen coverage needed before occluder used. Range should be 0 to 1. For example, setting to 0.2 would mean that the occluder needs to cover 20% of the screen to be considered.
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setVertex(n: size_t, v: LPoint3) → None¶ Sets the nth vertex of the occluder polygon.
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setVertices(v0: LPoint3, v1: LPoint3, v2: LPoint3, v3: LPoint3) → None¶ Replaces the four vertices of the occluder polygon. The vertices should be defined in a counterclockwise orientation when looking at the face of the occluder.
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