Fixed bug where deleting an object with active handles would not update the toolbox parameters.

Fixed bug where deleting an object with active handles would not update the toolbox parameters.

Fixed bug where deleting an object with active handles would not update the toolbox parameters.

Fixed bug where deleting an object with active handles would not update the toolbox parameters.

Fixed bug where deleting an object with active handles would not update the toolbox parameters.

The shader SOP can now generate point attributes for shaders rather than primitive attributes. This can be used when instancing to override the default shaders applied to the instanced geometry.

As well, there are two new folders to specify shaders for light and light-shadow shaders. These parameters can be used to specify shaders when instancing lights per-point.

The shader SOP can now generate point attributes for shaders rather than primitive attributes. This can be used when instancing to override the default shaders applied to the instanced geometry.

As well, there are two new folders to specify shaders for light and light-shadow shaders. These parameters can be used to specify shaders when instancing lights per-point.

The shader SOP can now generate point attributes for shaders rather than primitive attributes. This can be used when instancing to override the default shaders applied to the instanced geometry.

As well, there are two new folders to specify shaders for light and light-shadow shaders. These parameters can be used to specify shaders when instancing lights per-point.

The shader SOP can now generate point attributes for shaders rather than primitive attributes. This can be used when instancing to override the default shaders applied to the instanced geometry.

As well, there are two new folders to specify shaders for light and light-shadow shaders. These parameters can be used to specify shaders when instancing lights per-point.

The shader SOP can now generate point attributes for shaders rather than primitive attributes. This can be used when instancing to override the default shaders applied to the instanced geometry.

As well, there are two new folders to specify shaders for light and light-shadow shaders. These parameters can be used to specify shaders when instancing lights per-point.

When rendering using point instances, it is now possible to override shaders per instance. To explain clearly, we shall define the terms:

• Base Geometry = to be the geometry containing the points atwhich instancing occurs.

• Instance Geometry = to be the geometry being instanced ateach point.

For example, if a sphere is instanced at each point of a cube, the base geometry is the cube and the instance geometry is the sphere.

The output drivers for Mantra, RenderMan and MentalRay now check for shader point attributes on the base geometry. These attributes have the same name as the attributes generated by the Shader SOP.

If point attributes are found on the base geometry, each instance geometry will have its default shader set to the attribute from the base geometry. If the instance geometry contains primitive shader attributes, these will override the shader definitions from the base geometry.

When rendering using point instances, it is now possible to override shaders per instance. To explain clearly, we shall define the terms:

• Base Geometry = to be the geometry containing the points atwhich instancing occurs.

• Instance Geometry = to be the geometry being instanced ateach point.

For example, if a sphere is instanced at each point of a cube, the base geometry is the cube and the instance geometry is the sphere.

The output drivers for Mantra, RenderMan and MentalRay now check for shader point attributes on the base geometry. These attributes have the same name as the attributes generated by the Shader SOP.

If point attributes are found on the base geometry, each instance geometry will have its default shader set to the attribute from the base geometry. If the instance geometry contains primitive shader attributes, these will override the shader definitions from the base geometry.

When rendering using point instances, it is now possible to override shaders per instance. To explain clearly, we shall define the terms:

• Base Geometry = to be the geometry containing the points atwhich instancing occurs.

• Instance Geometry = to be the geometry being instanced ateach point.

For example, if a sphere is instanced at each point of a cube, the base geometry is the cube and the instance geometry is the sphere.

The output drivers for Mantra, RenderMan and MentalRay now check for shader point attributes on the base geometry. These attributes have the same name as the attributes generated by the Shader SOP.

If point attributes are found on the base geometry, each instance geometry will have its default shader set to the attribute from the base geometry. If the instance geometry contains primitive shader attributes, these will override the shader definitions from the base geometry.

When rendering using point instances, it is now possible to override shaders per instance. To explain clearly, we shall define the terms:

• Base Geometry = to be the geometry containing the points atwhich instancing occurs.

• Instance Geometry = to be the geometry being instanced ateach point.

For example, if a sphere is instanced at each point of a cube, the base geometry is the cube and the instance geometry is the sphere.

The output drivers for Mantra, RenderMan and MentalRay now check for shader point attributes on the base geometry. These attributes have the same name as the attributes generated by the Shader SOP.

If point attributes are found on the base geometry, each instance geometry will have its default shader set to the attribute from the base geometry. If the instance geometry contains primitive shader attributes, these will override the shader definitions from the base geometry.

When rendering using point instances, it is now possible to override shaders per instance. To explain clearly, we shall define the terms:

• Base Geometry = to be the geometry containing the points atwhich instancing occurs.

• Instance Geometry = to be the geometry being instanced ateach point.

For example, if a sphere is instanced at each point of a cube, the base geometry is the cube and the instance geometry is the sphere.

The output drivers for Mantra, RenderMan and MentalRay now check for shader point attributes on the base geometry. These attributes have the same name as the attributes generated by the Shader SOP.

If point attributes are found on the base geometry, each instance geometry will have its default shader set to the attribute from the base geometry. If the instance geometry contains primitive shader attributes, these will override the shader definitions from the base geometry.

Implemented optimized compositing code for the cases with 8 bit color planes and 16 bit alpha planes, and 16 bit color planes and 8 bit alpha planes. This case is not yet detected, but will be shortly.

Implemented optimized compositing code for the cases with 8 bit color planes and 16 bit alpha planes, and 16 bit color planes and 8 bit alpha planes. This case is not yet detected, but will be shortly.

Implemented optimized compositing code for the cases with 8 bit color planes and 16 bit alpha planes, and 16 bit color planes and 8 bit alpha planes. This case is not yet detected, but will be shortly.

Implemented optimized compositing code for the cases with 8 bit color planes and 16 bit alpha planes, and 16 bit color planes and 8 bit alpha planes. This case is not yet detected, but will be shortly.

Implemented optimized compositing code for the cases with 8 bit color planes and 16 bit alpha planes, and 16 bit color planes and 8 bit alpha planes. This case is not yet detected, but will be shortly.