UV Map

Python: "mod_uvmap"

The uvmap modifier overrides the texture coordinates (UVs) of the object(s) it is connected to. The override is made by projecting the geometry of the object(s) onto a shape, such as a plane, a sphere, etc... Note that materials provide their own built-in UVW mapping system, which is enough for most uses. The uvmap node, however, provides some extended functionality, such as interactive positioning in the IPR.

Common

Node alias

Python: "mod_alias"

Human-readable node alias.

Alias color

Python: "mod_alias_color"

Identificative node color.

Bypass modifier

Python: "mod_bypass"

Toggles this modifier on/off.

Show viewport gizmo

Python: "mod_show_gizmo"

Shows or hides this node's gizmo in the IPR/views. The gizmo is always visible when the node is selected, regardless of this toggle.

UV mapping

Align to camera

Python: "mod_align_to_cam"

Aligns the xform of the modifier with the current viewport viewpoint.

Fit to owner object(s)

Python: "mod_fit_to_owner_obj"

Resizes the modifier to match the dimensions of its owner object(s).

Center at owner object(s)

Python: "mod_center_at_owner_obj"

Centers the modifier at the centroid of its owner object(s).

Dock at owner object(s)

Python: "mod_dock_at_owner_obj"

Repositions and reorients the modifier to match the frame of reference of its owner object(s).

Explode modifier

Python: "mod_explode"

Explodes the modifier so each of the owner object(s) receives its own individual modifier clone.

Copy from other node

Python: "mod_copy_from"

Copies the modifier attributes from other node of the same class in the scene.

Projection mode

Python: "mod_uvmap_projection"

Defines the UVW mapping projection mode.

Triplanar blend

Python: "mod_uvmap_triplanar_blend"

If the projection is triplanar, defines how much the three planar projections are blended onto each other.

Width

Python: "mod_uvmap_real_size_x"

Real world size of the uvmap gizmo along the X axis.

Height

Python: "mod_uvmap_real_size_y"

Real world size of the uvmap gizmo along the Y axis.

Depth

Python: "mod_uvmap_real_size_z"

Real world size of the uvmap gizmo along the Z axis.

Real size link

Python: "mod_uvmap_real_size_link"

Links the three real world dimensions so they are edited together.

Width repeat

Python: "mod_uvmap_real_size_repeat_x"

Repeats (i.e., tiles) the UVW mapping along the X axis the given number of times within the defined width.

Height repeat

Python: "mod_uvmap_real_size_repeat_y"

Repeats (i.e., tiles) the UVW mapping along the Y axis the given number of times within the defined height.

Depth repeat

Python: "mod_uvmap_real_size_repeat_z"

Repeats (i.e., tiles) the UVW mapping along the Z axis the given number of times within the defined depth.

Repeat link

Python: "mod_uvmap_real_size_repeat_link"

Links the three real size repeat values so they are edited together.

Axis alignment

Python: "mod_uvmap_axis_alignment"

Reorients the projection towards the selected axis.

Repeat X

Python: "mod_uvmap_xform_repeat_x"

Repeats the projected UVW space along the X/U axis. Increasing this value increases repetition.

Repeat Y

Python: "mod_uvmap_xform_repeat_y"

Repeats the projected UVW space along the Y/V axis. Increasing this value increases repetition.

Translate X

Python: "mod_uvmap_xform_translate_x"

Offsets the projected UVW space along the X/U axis.

Translate Y

Python: "mod_uvmap_xform_translate_y"

Offsets the projected UVW space along the Y/V axis.

Rotate

Python: "mod_uvmap_xform_rotate_z"

Rotates the projected UVW space about the Z/W axis. Positive values rotate counter-clockwise.