Deform COP now takes an additional (optional) input for the deform plane.

Deform COP now takes an additional (optional) input for the deform plane.

Deform COP now takes an additional (optional) input for the deform plane.

Added the vex SOP context functions getneighbourcount and getneighbour which allow the querying of connected points. A simple smooth vex sop is thus:

sop smooth() { int i, numconnect, connectpt; vector total = 0.0, np;

numconnect = getneighbourcount(ptnum, 0); for (i = 0; i < numconnect; i++) { connectpt = getneighbour(ptnum, i, 0); import("P", np, 0, connectpt); total += np;

} total /= numconnect; P = total;

}

Added the vex SOP context functions getneighbourcount and getneighbour which allow the querying of connected points. A simple smooth vex sop is thus:

sop smooth() { int i, numconnect, connectpt; vector total = 0.0, np;

numconnect = getneighbourcount(ptnum, 0); for (i = 0; i < numconnect; i++) { connectpt = getneighbour(ptnum, i, 0); import("P", np, 0, connectpt); total += np;

} total /= numconnect; P = total;

}

Added the vex SOP context functions getneighbourcount and getneighbour which allow the querying of connected points. A simple smooth vex sop is thus:

sop smooth() { int i, numconnect, connectpt; vector total = 0.0, np;

numconnect = getneighbourcount(ptnum, 0); for (i = 0; i < numconnect; i++) { connectpt = getneighbour(ptnum, i, 0); import("P", np, 0, connectpt); total += np;

} total /= numconnect; P = total;

}

Added the vex SOP context functions getneighbourcount and getneighbour which allow the querying of connected points. A simple smooth vex sop is thus:

sop smooth() { int i, numconnect, connectpt; vector total = 0.0, np;

numconnect = getneighbourcount(ptnum, 0); for (i = 0; i < numconnect; i++) { connectpt = getneighbour(ptnum, i, 0); import("P", np, 0, connectpt); total += np;

} total /= numconnect; P = total;

}

Added the vex SOP context functions getneighbourcount and getneighbour which allow the querying of connected points. A simple smooth vex sop is thus:

sop smooth() { int i, numconnect, connectpt; vector total = 0.0, np;

numconnect = getneighbourcount(ptnum, 0); for (i = 0; i < numconnect; i++) { connectpt = getneighbour(ptnum, i, 0); import("P", np, 0, connectpt); total += np;

} total /= numconnect; P = total;

}

A bug with the connectivity calculation in the smooth operation in the Sculpt SOP has been fixed. This will cause smoothing of edges of grids/nurbs to work better, and smooth of polygons to also be more correct.

A bug with the connectivity calculation in the smooth operation in the Sculpt SOP has been fixed. This will cause smoothing of edges of grids/nurbs to work better, and smooth of polygons to also be more correct.

A bug with the connectivity calculation in the smooth operation in the Sculpt SOP has been fixed. This will cause smoothing of edges of grids/nurbs to work better, and smooth of polygons to also be more correct.

A bug with the connectivity calculation in the smooth operation in the Sculpt SOP has been fixed. This will cause smoothing of edges of grids/nurbs to work better, and smooth of polygons to also be more correct.

A bug with the connectivity calculation in the smooth operation in the Sculpt SOP has been fixed. This will cause smoothing of edges of grids/nurbs to work better, and smooth of polygons to also be more correct.

Removed the creation of the three default SHOPs when starting Houdini.

Removed the creation of the three default SHOPs when starting Houdini.

Removed the creation of the three default SHOPs when starting Houdini.

Removed the creation of the three default SHOPs when starting Houdini.

Removed the creation of the three default SHOPs when starting Houdini.

Added XOR operation to the composite and layer COPs.

Added XOR operation to the composite and layer COPs.

Added XOR operation to the composite and layer COPs.

Added XOR operation to the composite and layer COPs.

Added XOR operation to the composite and layer COPs.

Name Highlights option for network display has been enhanced to include upto three highlight options at the same time.

Name Highlights option for network display has been enhanced to include upto three highlight options at the same time.