New example for UVProject SOP demonstrating the various projection types.

New example for UVProject SOP demonstrating the various projection types.

New example for UVProject SOP demonstrating the various projection types.

The clip sop is more robust when faced with bridged polygons. It was possible for the clipping of a bridged polygon to lead to accessing deleted memory, and hence intermittant crashes.

The clip sop is more robust when faced with bridged polygons. It was possible for the clipping of a bridged polygon to lead to accessing deleted memory, and hence intermittant crashes.

The clip sop is more robust when faced with bridged polygons. It was possible for the clipping of a bridged polygon to lead to accessing deleted memory, and hence intermittant crashes.

The clip sop is more robust when faced with bridged polygons. It was possible for the clipping of a bridged polygon to lead to accessing deleted memory, and hence intermittant crashes.

The clip sop is more robust when faced with bridged polygons. It was possible for the clipping of a bridged polygon to lead to accessing deleted memory, and hence intermittant crashes.

Adding motion factor support to mantra. The motion factor is controlled by the ray_motionfactor <float> command which currently must be placed in the camera's pre-include. Motion factor adaptively adjusts the shading quality based on the amount of blurring of objects in the scene. A motion factor of 1 will decrease the shading rate by a factor of b/16 where b is the number of pixels of blurring. Motion factor cannot increase shading quality and it defaults to 0.

Adding motion factor support to mantra. The motion factor is controlled by the ray_motionfactor <float> command which currently must be placed in the camera's pre-include. Motion factor adaptively adjusts the shading quality based on the amount of blurring of objects in the scene. A motion factor of 1 will decrease the shading rate by a factor of b/16 where b is the number of pixels of blurring. Motion factor cannot increase shading quality and it defaults to 0.

Adding motion factor support to mantra. The motion factor is controlled by the ray_motionfactor <float> command which currently must be placed in the camera's pre-include. Motion factor adaptively adjusts the shading quality based on the amount of blurring of objects in the scene. A motion factor of 1 will decrease the shading rate by a factor of b/16 where b is the number of pixels of blurring. Motion factor cannot increase shading quality and it defaults to 0.

Adding motion factor support to mantra. The motion factor is controlled by the ray_motionfactor <float> command which currently must be placed in the camera's pre-include. Motion factor adaptively adjusts the shading quality based on the amount of blurring of objects in the scene. A motion factor of 1 will decrease the shading rate by a factor of b/16 where b is the number of pixels of blurring. Motion factor cannot increase shading quality and it defaults to 0.

Adding motion factor support to mantra. The motion factor is controlled by the ray_motionfactor <float> command which currently must be placed in the camera's pre-include. Motion factor adaptively adjusts the shading quality based on the amount of blurring of objects in the scene. A motion factor of 1 will decrease the shading rate by a factor of b/16 where b is the number of pixels of blurring. Motion factor cannot increase shading quality and it defaults to 0.

It is now easier to select the purple translate box at the center of handles instead of selecting the white axis translate arrows.

It is now easier to select the purple translate box at the center of handles instead of selecting the white axis translate arrows.

It is now easier to select the purple translate box at the center of handles instead of selecting the white axis translate arrows.

It is now easier to select the purple translate box at the center of handles instead of selecting the white axis translate arrows.

It is now easier to select the purple translate box at the center of handles instead of selecting the white axis translate arrows.

When copying and pasting in the dopesheet using option v (Paste), the selection range now snaps to the copy range.

When copying and pasting in the dopesheet using option v (Paste), the selection range now snaps to the copy range.

When copying and pasting in the dopesheet using option v (Paste), the selection range now snaps to the copy range.

When copying and pasting in the dopesheet using option v (Paste), the selection range now snaps to the copy range.

When copying and pasting in the dopesheet using option v (Paste), the selection range now snaps to the copy range.

Fixed a bug that can cause incorrect connection oredering when trying to replace a connection in VOPs.

Fixed a bug that can cause incorrect connection oredering when trying to replace a connection in VOPs.