Construction plane is now off when you start Houdini.

Construction plane is now off when you start Houdini.

Construction plane is now off when you start Houdini.

PolySplit won't allow you to select hidden edges in Hidden Line or Hidden Line ghost shading mode anymore.

PolySplit won't allow you to select hidden edges in Hidden Line or Hidden Line ghost shading mode anymore.

PolySplit won't allow you to select hidden edges in Hidden Line or Hidden Line ghost shading mode anymore.

PolySplit won't allow you to select hidden edges in Hidden Line or Hidden Line ghost shading mode anymore.

PolySplit won't allow you to select hidden edges in Hidden Line or Hidden Line ghost shading mode anymore.

When an interactive state sets the display flag, it will now also set the render flag _if_ the display and render flags used to be on the same node. This is consistent with the network editor's behaviour.

When an interactive state sets the display flag, it will now also set the render flag _if_ the display and render flags used to be on the same node. This is consistent with the network editor's behaviour.

When an interactive state sets the display flag, it will now also set the render flag _if_ the display and render flags used to be on the same node. This is consistent with the network editor's behaviour.

When an interactive state sets the display flag, it will now also set the render flag _if_ the display and render flags used to be on the same node. This is consistent with the network editor's behaviour.

When an interactive state sets the display flag, it will now also set the render flag _if_ the display and render flags used to be on the same node. This is consistent with the network editor's behaviour.

Houdini 5 used to take 40% longer to draw shaded polygons (smooth or flat) than Houdini 4 did to draw smooth shaded polygons. Houdini 5 should now take roughly the same amount of time as Houdini 4.

Houdini 5 used to take 40% longer to draw shaded polygons (smooth or flat) than Houdini 4 did to draw smooth shaded polygons. Houdini 5 should now take roughly the same amount of time as Houdini 4.

Houdini 5 used to take 40% longer to draw shaded polygons (smooth or flat) than Houdini 4 did to draw smooth shaded polygons. Houdini 5 should now take roughly the same amount of time as Houdini 4.

Houdini 5 used to take 40% longer to draw shaded polygons (smooth or flat) than Houdini 4 did to draw smooth shaded polygons. Houdini 5 should now take roughly the same amount of time as Houdini 4.

Houdini 5 used to take 40% longer to draw shaded polygons (smooth or flat) than Houdini 4 did to draw smooth shaded polygons. Houdini 5 should now take roughly the same amount of time as Houdini 4.

Initial support for Entropy (ExLuna RIB renderer) is implemented.

• rmands recognizes .sle files
• rmands will now output the shader "types" appropriately
• support in output driver to support feature set of Entropy
• additional default shaders (as shipped with Entropy)

Initial support for Entropy (ExLuna RIB renderer) is implemented.

• rmands recognizes .sle files
• rmands will now output the shader "types" appropriately
• support in output driver to support feature set of Entropy
• additional default shaders (as shipped with Entropy)

Initial support for Entropy (ExLuna RIB renderer) is implemented.

• rmands recognizes .sle files
• rmands will now output the shader "types" appropriately
• support in output driver to support feature set of Entropy
• additional default shaders (as shipped with Entropy)

Initial support for Entropy (ExLuna RIB renderer) is implemented.

• rmands recognizes .sle files
• rmands will now output the shader "types" appropriately
• support in output driver to support feature set of Entropy
• additional default shaders (as shipped with Entropy)

Initial support for Entropy (ExLuna RIB renderer) is implemented.

• rmands recognizes .sle files
• rmands will now output the shader "types" appropriately
• support in output driver to support feature set of Entropy
• additional default shaders (as shipped with Entropy)

Snapping to primitives, points, edges, and edge midpoints now also works in the UV viewport. When clicking and dragging in the UV viewport, however, the exact UV position is only detected in the cases when it is a point and has point UVs or it is a vertex and has either point or vertex UVs.

Snapping to primitives, points, edges, and edge midpoints now also works in the UV viewport. When clicking and dragging in the UV viewport, however, the exact UV position is only detected in the cases when it is a point and has point UVs or it is a vertex and has either point or vertex UVs.