add to group enabled when dragging channels into the group sheet on top of another group

add to group enabled when dragging channels into the group sheet on top of another group

add to group enabled when dragging channels into the group sheet on top of another group

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed bug in the PreTransform CHOP that was incorrectly taking its input chop's TY values instead of TZ.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

Fixed crash when creating bones in the Bones tool with pre-existing bones in the scene. This problem existed between builds 6.2.22 and 6.2.27 inclusively.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

When using projected textures, we now use multitexturing extensions to OpenGL if the hardware supports them when a light has both a projection map and a cone map. This is more efficient because it eliminates one pass in for each such light, and more importantly, causes the two textures to be effectively multiplied, rather than added. This is initially only implemented for non-windows platforms.

various channel editor speedups:

• hiding the side panel with tab is mad fast
• moving a key and undoing, even with many channels and many channelgroups, should be very fast (if it is not, see bug notes for some ideas)

various channel editor speedups:

• hiding the side panel with tab is mad fast
• moving a key and undoing, even with many channels and many channelgroups, should be very fast (if it is not, see bug notes for some ideas)

various channel editor speedups:

• hiding the side panel with tab is mad fast
• moving a key and undoing, even with many channels and many channelgroups, should be very fast (if it is not, see bug notes for some ideas)

various channel editor speedups:

• hiding the side panel with tab is mad fast
• moving a key and undoing, even with many channels and many channelgroups, should be very fast (if it is not, see bug notes for some ideas)