opbop will now expand bundles when they are prefixed with @ (as already worked for groups)

opbop will now expand bundles when they are prefixed with @ (as already worked for groups)

opbop will now expand bundles when they are prefixed with @ (as already worked for groups)

opbop will now expand bundles when they are prefixed with @ (as already worked for groups)

Add the Capture Metaball and Deform Metaball SOPs.

The Capture Metaball SOP captures the points in its first input to the groups of metaballs in its subsequent inputs. Per-point, it weights the groups according to the density of the point position with regard to metaballs within those groups. Which groups of metaballs are used for capture can be specified by the user.

The Deform Metaball SOP currently takes as input the output of the Capture Metaball SOP; its subsequent inputs must be the same as the Capture Metaball SOP's subsequent inputs. For each point, the weighted transformations of the metaballs that point is captured to are used to transform it. Changing the weight of groups will allow one group to provide more influence than others, but per-metaball weight isn't user-specifiable.

Add the Capture Metaball and Deform Metaball SOPs.

The Capture Metaball SOP captures the points in its first input to the groups of metaballs in its subsequent inputs. Per-point, it weights the groups according to the density of the point position with regard to metaballs within those groups. Which groups of metaballs are used for capture can be specified by the user.

The Deform Metaball SOP currently takes as input the output of the Capture Metaball SOP; its subsequent inputs must be the same as the Capture Metaball SOP's subsequent inputs. For each point, the weighted transformations of the metaballs that point is captured to are used to transform it. Changing the weight of groups will allow one group to provide more influence than others, but per-metaball weight isn't user-specifiable.

Add the Capture Metaball and Deform Metaball SOPs.

The Capture Metaball SOP captures the points in its first input to the groups of metaballs in its subsequent inputs. Per-point, it weights the groups according to the density of the point position with regard to metaballs within those groups. Which groups of metaballs are used for capture can be specified by the user.

The Deform Metaball SOP currently takes as input the output of the Capture Metaball SOP; its subsequent inputs must be the same as the Capture Metaball SOP's subsequent inputs. For each point, the weighted transformations of the metaballs that point is captured to are used to transform it. Changing the weight of groups will allow one group to provide more influence than others, but per-metaball weight isn't user-specifiable.

Add the Capture Metaball and Deform Metaball SOPs.

The Capture Metaball SOP captures the points in its first input to the groups of metaballs in its subsequent inputs. Per-point, it weights the groups according to the density of the point position with regard to metaballs within those groups. Which groups of metaballs are used for capture can be specified by the user.

The Deform Metaball SOP currently takes as input the output of the Capture Metaball SOP; its subsequent inputs must be the same as the Capture Metaball SOP's subsequent inputs. For each point, the weighted transformations of the metaballs that point is captured to are used to transform it. Changing the weight of groups will allow one group to provide more influence than others, but per-metaball weight isn't user-specifiable.

Add the Capture Metaball and Deform Metaball SOPs.

The Capture Metaball SOP captures the points in its first input to the groups of metaballs in its subsequent inputs. Per-point, it weights the groups according to the density of the point position with regard to metaballs within those groups. Which groups of metaballs are used for capture can be specified by the user.

The Deform Metaball SOP currently takes as input the output of the Capture Metaball SOP; its subsequent inputs must be the same as the Capture Metaball SOP's subsequent inputs. For each point, the weighted transformations of the metaballs that point is captured to are used to transform it. Changing the weight of groups will allow one group to provide more influence than others, but per-metaball weight isn't user-specifiable.

The dihedral vex function now normalizes its input vectors before finding the dihedral matrix, to be consistent with the dihedral expression.

The dihedral vex function now normalizes its input vectors before finding the dihedral matrix, to be consistent with the dihedral expression.

The dihedral vex function now normalizes its input vectors before finding the dihedral matrix, to be consistent with the dihedral expression.

The dihedral vex function now normalizes its input vectors before finding the dihedral matrix, to be consistent with the dihedral expression.

The dihedral vex function now normalizes its input vectors before finding the dihedral matrix, to be consistent with the dihedral expression.

Background images now work in the IPR viewer.

Background images now work in the IPR viewer.

Background images now work in the IPR viewer.

Background images now work in the IPR viewer.

Background images now work in the IPR viewer.

Added -S option to opfind. As with -s, if -S is set, then only the current network (or the one network specified with the -p option) is searched. Unlike with -s, with -S the full path is output.

Added -S option to opfind. As with -s, if -S is set, then only the current network (or the one network specified with the -p option) is searched. Unlike with -s, with -S the full path is output.

Added -S option to opfind. As with -s, if -S is set, then only the current network (or the one network specified with the -p option) is searched. Unlike with -s, with -S the full path is output.

Added -S option to opfind. As with -s, if -S is set, then only the current network (or the one network specified with the -p option) is searched. Unlike with -s, with -S the full path is output.

Added -S option to opfind. As with -s, if -S is set, then only the current network (or the one network specified with the -p option) is searched. Unlike with -s, with -S the full path is output.

Fixed documentation bug in the Particle Shockwave Effects example where the clamp expression had an extra trailing close parenthesis which has been removed.