Added "Connect Points" feature to EdgeDivide. It connects the points created by the divisions in the order in which the edges were specified. Also changed the parmater name of "Number of Divisions" to just "Divisions", and bound the step ladder handle to it.

Added "Connect Points" feature to EdgeDivide. It connects the points created by the divisions in the order in which the edges were specified. Also changed the parmater name of "Number of Divisions" to just "Divisions", and bound the step ladder handle to it.

Added "Connect Points" feature to EdgeDivide. It connects the points created by the divisions in the order in which the edges were specified. Also changed the parmater name of "Number of Divisions" to just "Divisions", and bound the step ladder handle to it.

Added "Connect Points" feature to EdgeDivide. It connects the points created by the divisions in the order in which the edges were specified. Also changed the parmater name of "Number of Divisions" to just "Divisions", and bound the step ladder handle to it.

The VEX texture3d() function which performs integration of the map should be more correct now. There was a bug which showed up in some circumstances which caused minor errors in the integration. These showed up as horizontal/vertial artifacts in volume renders.

The VEX texture3d() function which performs integration of the map should be more correct now. There was a bug which showed up in some circumstances which caused minor errors in the integration. These showed up as horizontal/vertial artifacts in volume renders.

The VEX texture3d() function which performs integration of the map should be more correct now. There was a bug which showed up in some circumstances which caused minor errors in the integration. These showed up as horizontal/vertial artifacts in volume renders.

The VEX texture3d() function which performs integration of the map should be more correct now. There was a bug which showed up in some circumstances which caused minor errors in the integration. These showed up as horizontal/vertial artifacts in volume renders.

The VEX texture3d() function which performs integration of the map should be more correct now. There was a bug which showed up in some circumstances which caused minor errors in the integration. These showed up as horizontal/vertial artifacts in volume renders.

Fixed a bug with reading in IGES files that had whitespace instead of a string field. This was causing a problem when reading in IGES files produced by Rhino.

Fixed a bug with reading in IGES files that had whitespace instead of a string field. This was causing a problem when reading in IGES files produced by Rhino.

Fixed a bug with reading in IGES files that had whitespace instead of a string field. This was causing a problem when reading in IGES files produced by Rhino.

Fixed a bug with reading in IGES files that had whitespace instead of a string field. This was causing a problem when reading in IGES files produced by Rhino.

Fixed a bug with reading in IGES files that had whitespace instead of a string field. This was causing a problem when reading in IGES files produced by Rhino.

giges can now read in the IGES Entity #106 (Copious Data). Copious Data is essentially an ordered list of points that we treat as a vertices for a polygon. Giges also no longer ignores the transformation matrix associated with any of the entities we read in. Copious Data items are not supported as profile curves in our current implementation.

giges can now output IGES 5.3 files from our geo files. We output NURBS curves and surfaces, Bezier curves and surfaces (as NURBS since IGES doesn't support Bezier), Polygons (as Copious Data Entity #106, Form #12), trim curves and profile curves. Polygon trim curves are output as degree 1 NURBS. We output groups, where only the first 8 characters of the group names are preserved. We can also, optionally, output the primitive colour attribute.

giges can now read in the IGES Entity #106 (Copious Data). Copious Data is essentially an ordered list of points that we treat as a vertices for a polygon. Giges also no longer ignores the transformation matrix associated with any of the entities we read in. Copious Data items are not supported as profile curves in our current implementation.

giges can now output IGES 5.3 files from our geo files. We output NURBS curves and surfaces, Bezier curves and surfaces (as NURBS since IGES doesn't support Bezier), Polygons (as Copious Data Entity #106, Form #12), trim curves and profile curves. Polygon trim curves are output as degree 1 NURBS. We output groups, where only the first 8 characters of the group names are preserved. We can also, optionally, output the primitive colour attribute.

giges can now read in the IGES Entity #106 (Copious Data). Copious Data is essentially an ordered list of points that we treat as a vertices for a polygon. Giges also no longer ignores the transformation matrix associated with any of the entities we read in. Copious Data items are not supported as profile curves in our current implementation.

giges can now output IGES 5.3 files from our geo files. We output NURBS curves and surfaces, Bezier curves and surfaces (as NURBS since IGES doesn't support Bezier), Polygons (as Copious Data Entity #106, Form #12), trim curves and profile curves. Polygon trim curves are output as degree 1 NURBS. We output groups, where only the first 8 characters of the group names are preserved. We can also, optionally, output the primitive colour attribute.

giges can now read in the IGES Entity #106 (Copious Data). Copious Data is essentially an ordered list of points that we treat as a vertices for a polygon. Giges also no longer ignores the transformation matrix associated with any of the entities we read in. Copious Data items are not supported as profile curves in our current implementation.

giges can now output IGES 5.3 files from our geo files. We output NURBS curves and surfaces, Bezier curves and surfaces (as NURBS since IGES doesn't support Bezier), Polygons (as Copious Data Entity #106, Form #12), trim curves and profile curves. Polygon trim curves are output as degree 1 NURBS. We output groups, where only the first 8 characters of the group names are preserved. We can also, optionally, output the primitive colour attribute.

giges can now read in the IGES Entity #106 (Copious Data). Copious Data is essentially an ordered list of points that we treat as a vertices for a polygon. Giges also no longer ignores the transformation matrix associated with any of the entities we read in. Copious Data items are not supported as profile curves in our current implementation.

giges can now output IGES 5.3 files from our geo files. We output NURBS curves and surfaces, Bezier curves and surfaces (as NURBS since IGES doesn't support Bezier), Polygons (as Copious Data Entity #106, Form #12), trim curves and profile curves. Polygon trim curves are output as degree 1 NURBS. We output groups, where only the first 8 characters of the group names are preserved. We can also, optionally, output the primitive colour attribute.

The handles now push their own cursors when active. This helps differentiate them from the state, and indicates the fact that the operation is currently controlled by the handle.

The handles now push their own cursors when active. This helps differentiate them from the state, and indicates the fact that the operation is currently controlled by the handle.

The handles now push their own cursors when active. This helps differentiate them from the state, and indicates the fact that the operation is currently controlled by the handle.

The handles now push their own cursors when active. This helps differentiate them from the state, and indicates the fact that the operation is currently controlled by the handle.

The handles now push their own cursors when active. This helps differentiate them from the state, and indicates the fact that the operation is currently controlled by the handle.

The handle menu now allows removal of keyframes.