Geometric/Deformable
 
 
 

These space warps are used to deform geometry.

  • FFD(Box) Space Warp

    Free-form deformations (FFDs) provide a method of deforming an object by adjusting the control points of a lattice. The offset position of the control points to the original lattice source volume causes the distortion of the affected object. The FFD(Box) space warp is a box-shaped lattice FFD object similar to the original FFD modifiers. This FFD is available as both an object modifier and a space warp. For information on the object-modifier version, see FFD (Box/Cylinder) Modifiers.

  • FFD(Cyl) Space Warp

    Free-form deformations (FFDs) provide a method of deforming an object by adjusting the control points of a lattice. The offset position of the control points to the original lattice source volume causes the distortion of the affected object. The FFD(Cyl) space warp uses a cylindrical array of control points in its lattice. This FFD is available as both an object modifier and a space warp. For information on the object modifier version, see FFD (Box/Cylinder) Modifiers.

  • Wave Space Warp

    The Wave space warp creates a linear wave through world space. It affects geometry and behaves the same as the Wave modifier. Use the Wave space warp when you want the wave to affect a large number of objects, or to affect an object relative to its position in world space.

  • Ripple Space Warp

    The Ripple space warp creates a concentric ripple through world space. It affects geometry and behaves the same as the Ripple modifier. Use the Ripple space warp when you want the ripple to affect a large number of objects, or to affect an object relative to its position in world space.

  • Conform Space Warp

    The Conform space warp modifies its bound object by pushing its vertices in the direction indicated by the space warp icon, until they hit a specified target object, or until the vertices move a specified distance from their original position.

  • Bomb Space Warp

    The Bomb space warp explodes objects into their individual faces.