Apply texture mapping to a polygon in 2D:

Apply a texture mapping to a cube:

Apply a texture mapping to a sphere:

Apply a texture mapping to graphics primitives in 2D:

In 3D:

Apply a "Planar" mapping to project coordinates along a single axis:

Apply a "Cubic" mapping to selectively apply one of three planar mappings based on a point's surface direction:

Apply a "Box" mapping to selectively apply one of six planar mappings based on a point's surface direction:

Apply a "Cylindrical" mapping to use a cylindrical projection for the sides of the primitive and a planar projection for the top and bottom:

Apply a "Spherical" mapping to use a spherical projection:

Apply a "Stereographic" projection to achieve a conformal mapping of the 2D plane to a sphere:

Apply mappings individual to each primitive in a graphic:

Use multi-Polygon to apply a mapping to an entire region covered by polygons:

Create a realistic background using a spherical texture:

Apply equirectangular textures to a sphere using the "Spherical" mapping:

Use a "Spherical" mapping to create a star map as the background:

Display geographical data from GeoGraphics on an interactive globe:

VertexTextureCoordinates can be used to explicitly apply texture coordinates to the vertices of some primitives:

TextureCoordinateFunction is used by plots to compute texture coordinates based on certain values at a given point:

Primitives with a "Cubic" mapping will show the mapped texture as reversed on three of the size sides:

Use the "Box" mapping to flip the texture based on the sign of the projection axis: