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rfm2
22.0
A python-based rewrite of RenderMan for Maya
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rfm2
22.0
A python-based rewrite of RenderMan for Maya
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Inheritance diagram for rfm2.vp.pxr_light.PxrLightGeometryOverride: Collaboration diagram for rfm2.vp.pxr_light.PxrLightGeometryOverride:Public Member Functions | |
| def | __init__ (self, obj) |
| def | __del__ (self) |
| def | __str__ (self) |
| def | compute_offset_tables (self) |
| def | check_deformation_conditions (self) |
| def | supportedDrawAPIs (self) |
| def | hasUIDrawables (self) |
| def | updateDG (self) |
| def | cleanUp (self) |
| def | isIndexingDirty (self, _item) |
| def | isStreamDirty (self, _desc) |
| def | updateRenderItems (self, dagPath, renderList) |
| def | populateGeometry (self, requirements, renderItems, data) |
| def | wire_color_from_prefs (self, dag_path) |
Static Public Member Functions | |
| def | creator (obj) |
Static Public Attributes | |
| shaderCache = Vp2ShaderCache() | |
The base class for our VP2 representations of lights.
This should work on all platforms.
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.__init__ | ( | self, | |
| obj | |||
| ) |
self.shading_params is a static class member (dict). - key: VP shader param name. - value: [node_param_type, node_param_name, default_value]
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.__del__ | ( | self | ) |
tell the shader cache we are gone and it might have to cleanup our shader instance.
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.__str__ | ( | self | ) |
Here is the caller graph for this function:| def rfm2.vp.pxr_light.PxrLightGeometryOverride.check_deformation_conditions | ( | self | ) |
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.cleanUp | ( | self | ) |
Delete any cached data generated in the earlier phases that is no longer needed. NOTE: I was hoping to use this to reference-count cached shader instances but it is not called with the expected frequency.
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.compute_offset_tables | ( | self | ) |
compute the vertex offsets for each shape. The static shapes come first, followed by the dynamic ones. each vpitem corresponds to a shape instance. There can be more than one instance per shape, so all instances of a shape will have the same offsets.
Here is the caller graph for this function:
|
static |
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.hasUIDrawables | ( | self | ) |
We are not drawing additional primitives via omr.MUIDrawManager. We should generally avoid this because it is slow.
Here is the call graph for this function:| def rfm2.vp.pxr_light.PxrLightGeometryOverride.isIndexingDirty | ( | self, | |
| _item | |||
| ) |
This method is called for each render item on the assocated DAG object whenever the object changes. This method is passed a render item. This method should return true if the indexing for the render item has changed since the last frame. Note that returning false from isIndexingDirty may NOT prevent populate geometry from requiring that an index buffer is updated. Args: - item MRenderItem): The render item in question.
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.isStreamDirty | ( | self, | |
| _desc | |||
| ) |
This method is called for each geometry stream on the assocated DAG object whenever the object changes. This method is passed a vertex buffer descriptor representing one stream on the object to be updated. This method should return true if it is safe to reuse the existing buffer rather than filling a new buffer with data. Note that returning false from isStreamDirty may NOT prevent populateGeometry from requiring that a stream be updated. Args: - desc (MVertexBufferDescriptor): description of the vertex buffer.
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.populateGeometry | ( | self, | |
| requirements, | |||
| renderItems, | |||
| data | |||
| ) |
Implementations of this method should create and populate vertex and
index buffers on the MGeometry instance 'data' in order to fulfill all of
the geometry requirements defined by the 'requirements' parameter.
Failure to do so will result in the object either drawing incorrectly or
not drawing at all. See the documentation of MGeometryRequirements and
MGeometry for more details on the usage of these classes. The geometry
requirements will ask for index buffers on demand. Implementations can
force the geometry requirements to update index buffers by calling
MHWRender::MRenderer::setGeometryDrawDirty() with topologyChanged
setting to true.
Args:
- requirements (MGeometryRequirements): The requirements that need to
be satisfied.
- renderItems (MRenderItemList): The list of render items that need to
be updated.
- data (MGeometry): The container for the geometry data.
Here is the call graph for this function:| def rfm2.vp.pxr_light.PxrLightGeometryOverride.supportedDrawAPIs | ( | self | ) |
This plugin supports both GL and DX
| def rfm2.vp.pxr_light.PxrLightGeometryOverride.updateDG | ( | self | ) |
This is where we read node values and store them for later use.
For now, we only lookup the 'lightColor' attribute of the light
shader.
Here is the call graph for this function:| def rfm2.vp.pxr_light.PxrLightGeometryOverride.updateRenderItems | ( | self, | |
| dagPath, | |||
| renderList | |||
| ) |
This method is called for each instance of the associated DAG object
whenever the object changes.
The method is passed the path to the instance and the current list of
render items associated with that instance. By default the list will
contain one render item for each shader assigned to the instance.
Implementations of this method method may add, remove or modify items in
the list. Note that removal of items created by Maya for assigned shaders
is not allowed and will fail. As an alternative this method can disable
those items so that they do not draw.
Args:
- dagPath (MDagPath): The path to the instance to update render items for
- renderList (MRenderItemList): The current render item list, items may
be modified, added or removed.
Here is the call graph for this function:| def rfm2.vp.pxr_light.PxrLightGeometryOverride.wire_color_from_prefs | ( | self, | |
| dag_path | |||
| ) |
Get the wire color from user prefs while respecting the global selection color. Args: - dag_path (MDagPath): the object in question. Return: - MColor object.
Here is the caller graph for this function:| rfm2.vp.pxr_light.PxrLightGeometryOverride.can_draw_many_lights |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.centerOfIllumination |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.connected_lights |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.dyn_param_dict |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.geometry_changed |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.is_light |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.is_lightfilter |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.light_param_changed |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.locatorScale |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.matrix |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.shader_params |
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static |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.shape_offsets |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.textureResolution |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.thisDepNode |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.thisNode |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.topology_has_changed |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.transform_changed |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.transform_impacts_geometry |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.vb_Col |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.vb_Pos |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.vb_uv |
| rfm2.vp.pxr_light.PxrLightGeometryOverride.vpi_shader_instance |
1.9.1