The SOP and COP fonts are able to handle newline and tab characters.

The SOP and COP fonts are able to handle newline and tab characters.

The SOP and COP fonts are able to handle newline and tab characters.

The SOP and COP fonts are able to handle newline and tab characters.

String parameters that are displayed in a toolbox at the top of the viewport are now shown in bold when off their default value.

String parameters that are displayed in a toolbox at the top of the viewport are now shown in bold when off their default value.

String parameters that are displayed in a toolbox at the top of the viewport are now shown in bold when off their default value.

String parameters that are displayed in a toolbox at the top of the viewport are now shown in bold when off their default value.

String parameters that are displayed in a toolbox at the top of the viewport are now shown in bold when off their default value.

The object-level Edit Points tool has been changed so that it requires the user to pick the object to edit the points first, before selecting the geometry.

The object-level Edit Points tool has been changed so that it requires the user to pick the object to edit the points first, before selecting the geometry.

The object-level Edit Points tool has been changed so that it requires the user to pick the object to edit the points first, before selecting the geometry.

The object-level Edit Points tool has been changed so that it requires the user to pick the object to edit the points first, before selecting the geometry.

The object-level Edit Points tool has been changed so that it requires the user to pick the object to edit the points first, before selecting the geometry.

First incarnation of the new system capturing the geometry by the capture regions associated with bones. The capture geometry tool sets up the bones for capture by setting their capture parameters (which are scale-rotate-translate transformation and the bone length parameters). These parameters effectively encode the capture position/orientation of the bone independently from its parents (i.e., the transform is with respect to the world space). They are independent of the other bone or its parent parameters.

To see the capture pose at any time choose Settings > Objects > Kinematic Override: Capture. To continue with the animation, set Kinematic Override to None. In Capture override mode the capture pose of the bones can be modified and their position adjusted (using transform tool for example).

The capture and proximity capture SOPs have a toggle "use capture pose". With this toggle turned on, the new system of capturing is used. (Note, that the capture tool sets up both bones and capture SOPs for you automatically). In the new system there is no notion of the capture frame, though for backward compatibility this parameter is still present. Capture frame has been replaced by Capture Override mode described earlier.

Bones have new parameter called "capture region scale" which are referenced by the strech/squash parameter of the capture region inside the bone.

Capture regions have a new rotation parameter that allows them to better adjust for capturing geometry. It also has stretches and squashes parameter that scales the region with the local origin as the center for scaling.

All the old .hip files work as they used to, but bones created from now on are going to have different internal setup.

First incarnation of the new system capturing the geometry by the capture regions associated with bones. The capture geometry tool sets up the bones for capture by setting their capture parameters (which are scale-rotate-translate transformation and the bone length parameters). These parameters effectively encode the capture position/orientation of the bone independently from its parents (i.e., the transform is with respect to the world space). They are independent of the other bone or its parent parameters.

To see the capture pose at any time choose Settings > Objects > Kinematic Override: Capture. To continue with the animation, set Kinematic Override to None. In Capture override mode the capture pose of the bones can be modified and their position adjusted (using transform tool for example).

The capture and proximity capture SOPs have a toggle "use capture pose". With this toggle turned on, the new system of capturing is used. (Note, that the capture tool sets up both bones and capture SOPs for you automatically). In the new system there is no notion of the capture frame, though for backward compatibility this parameter is still present. Capture frame has been replaced by Capture Override mode described earlier.

Bones have new parameter called "capture region scale" which are referenced by the strech/squash parameter of the capture region inside the bone.

Capture regions have a new rotation parameter that allows them to better adjust for capturing geometry. It also has stretches and squashes parameter that scales the region with the local origin as the center for scaling.

All the old .hip files work as they used to, but bones created from now on are going to have different internal setup.

First incarnation of the new system capturing the geometry by the capture regions associated with bones. The capture geometry tool sets up the bones for capture by setting their capture parameters (which are scale-rotate-translate transformation and the bone length parameters). These parameters effectively encode the capture position/orientation of the bone independently from its parents (i.e., the transform is with respect to the world space). They are independent of the other bone or its parent parameters.

To see the capture pose at any time choose Settings > Objects > Kinematic Override: Capture. To continue with the animation, set Kinematic Override to None. In Capture override mode the capture pose of the bones can be modified and their position adjusted (using transform tool for example).

The capture and proximity capture SOPs have a toggle "use capture pose". With this toggle turned on, the new system of capturing is used. (Note, that the capture tool sets up both bones and capture SOPs for you automatically). In the new system there is no notion of the capture frame, though for backward compatibility this parameter is still present. Capture frame has been replaced by Capture Override mode described earlier.

Bones have new parameter called "capture region scale" which are referenced by the strech/squash parameter of the capture region inside the bone.

Capture regions have a new rotation parameter that allows them to better adjust for capturing geometry. It also has stretches and squashes parameter that scales the region with the local origin as the center for scaling.

All the old .hip files work as they used to, but bones created from now on are going to have different internal setup.

First incarnation of the new system capturing the geometry by the capture regions associated with bones. The capture geometry tool sets up the bones for capture by setting their capture parameters (which are scale-rotate-translate transformation and the bone length parameters). These parameters effectively encode the capture position/orientation of the bone independently from its parents (i.e., the transform is with respect to the world space). They are independent of the other bone or its parent parameters.

To see the capture pose at any time choose Settings > Objects > Kinematic Override: Capture. To continue with the animation, set Kinematic Override to None. In Capture override mode the capture pose of the bones can be modified and their position adjusted (using transform tool for example).

The capture and proximity capture SOPs have a toggle "use capture pose". With this toggle turned on, the new system of capturing is used. (Note, that the capture tool sets up both bones and capture SOPs for you automatically). In the new system there is no notion of the capture frame, though for backward compatibility this parameter is still present. Capture frame has been replaced by Capture Override mode described earlier.

Bones have new parameter called "capture region scale" which are referenced by the strech/squash parameter of the capture region inside the bone.

Capture regions have a new rotation parameter that allows them to better adjust for capturing geometry. It also has stretches and squashes parameter that scales the region with the local origin as the center for scaling.

All the old .hip files work as they used to, but bones created from now on are going to have different internal setup.

First incarnation of the new system capturing the geometry by the capture regions associated with bones. The capture geometry tool sets up the bones for capture by setting their capture parameters (which are scale-rotate-translate transformation and the bone length parameters). These parameters effectively encode the capture position/orientation of the bone independently from its parents (i.e., the transform is with respect to the world space). They are independent of the other bone or its parent parameters.

To see the capture pose at any time choose Settings > Objects > Kinematic Override: Capture. To continue with the animation, set Kinematic Override to None. In Capture override mode the capture pose of the bones can be modified and their position adjusted (using transform tool for example).

The capture and proximity capture SOPs have a toggle "use capture pose". With this toggle turned on, the new system of capturing is used. (Note, that the capture tool sets up both bones and capture SOPs for you automatically). In the new system there is no notion of the capture frame, though for backward compatibility this parameter is still present. Capture frame has been replaced by Capture Override mode described earlier.

Bones have new parameter called "capture region scale" which are referenced by the strech/squash parameter of the capture region inside the bone.

Capture regions have a new rotation parameter that allows them to better adjust for capturing geometry. It also has stretches and squashes parameter that scales the region with the local origin as the center for scaling.

All the old .hip files work as they used to, but bones created from now on are going to have different internal setup.

Mplay now resamples audio if the global FPS is changed, so that it remains synchronized with the images. This is an option in the audio panel, which is on by default. The Synch FPS defaults to the initial FPS that mplay starts with. It can also be changed from the audio panel.