The color map has had all derivative options removed. Since colormap performs no filtering, these parameters/inputs were confusing noise which had no effect.

The color map has had all derivative options removed. Since colormap performs no filtering, these parameters/inputs were confusing noise which had no effect.

The color map has had all derivative options removed. Since colormap performs no filtering, these parameters/inputs were confusing noise which had no effect.

The color map has had all derivative options removed. Since colormap performs no filtering, these parameters/inputs were confusing noise which had no effect.

A new vop (normalfalloff) has been added. This VOP returns dot(N, -I).

A new vop (normalfalloff) has been added. This VOP returns dot(N, -I).

A new vop (normalfalloff) has been added. This VOP returns dot(N, -I).

A new vop (normalfalloff) has been added. This VOP returns dot(N, -I).

A new vop (normalfalloff) has been added. This VOP returns dot(N, -I).

The occlusion and irradiance now have the maxdist parameter exposed as a parameter (rather than requiring an input).

A new VOP was added for the pathtrace() VEX function. This is similar to the occlusion and irradiance VOPs.

The occlusion and irradiance now have the maxdist parameter exposed as a parameter (rather than requiring an input).

A new VOP was added for the pathtrace() VEX function. This is similar to the occlusion and irradiance VOPs.

The occlusion and irradiance now have the maxdist parameter exposed as a parameter (rather than requiring an input).

A new VOP was added for the pathtrace() VEX function. This is similar to the occlusion and irradiance VOPs.

The occlusion and irradiance now have the maxdist parameter exposed as a parameter (rather than requiring an input).

A new VOP was added for the pathtrace() VEX function. This is similar to the occlusion and irradiance VOPs.

The occlusion and irradiance now have the maxdist parameter exposed as a parameter (rather than requiring an input).

A new VOP was added for the pathtrace() VEX function. This is similar to the occlusion and irradiance VOPs.

When specifying the "maxdist" variadic argument to ray-tracing functions, values less than 0 will be considered to have no upper limit. That is, a value less than 0 will be considered to be an infinite distance. Previously, no ray would have been sent. This affects all ray-tracing functions including occlusion, irradiance, reflectlight, the gather construct, etc.

When specifying the "maxdist" variadic argument to ray-tracing functions, values less than 0 will be considered to have no upper limit. That is, a value less than 0 will be considered to be an infinite distance. Previously, no ray would have been sent. This affects all ray-tracing functions including occlusion, irradiance, reflectlight, the gather construct, etc.

When specifying the "maxdist" variadic argument to ray-tracing functions, values less than 0 will be considered to have no upper limit. That is, a value less than 0 will be considered to be an infinite distance. Previously, no ray would have been sent. This affects all ray-tracing functions including occlusion, irradiance, reflectlight, the gather construct, etc.

When specifying the "maxdist" variadic argument to ray-tracing functions, values less than 0 will be considered to have no upper limit. That is, a value less than 0 will be considered to be an infinite distance. Previously, no ray would have been sent. This affects all ray-tracing functions including occlusion, irradiance, reflectlight, the gather construct, etc.

When specifying the "maxdist" variadic argument to ray-tracing functions, values less than 0 will be considered to have no upper limit. That is, a value less than 0 will be considered to be an infinite distance. Previously, no ray would have been sent. This affects all ray-tracing functions including occlusion, irradiance, reflectlight, the gather construct, etc.

Fixed problems with modeling operations causing Houdini to get stuck in parameter freeze mode. When this happened, all parameter fields would show '---'.

Fixed problems with modeling operations causing Houdini to get stuck in parameter freeze mode. When this happened, all parameter fields would show '---'.

Fixed problems with modeling operations causing Houdini to get stuck in parameter freeze mode. When this happened, all parameter fields would show '---'.

Fixed problems with modeling operations causing Houdini to get stuck in parameter freeze mode. When this happened, all parameter fields would show '---'.

Fixed problems with modeling operations causing Houdini to get stuck in parameter freeze mode. When this happened, all parameter fields would show '---'.

The state of the "Interactive Updates" toggle is now saved between sessions.