Patch: Face

• Color - Coloring of the patch faces. (FaceColor)
• A color name or RGB color specification.
• No color (none) - Faces are not drawn.
• Faceted CData (flat) - The color data determines the color for each face in the patch. The color at the first vertex determines the color of the entire face.
• Blended CData (interp) - Interpolation of the vertex color values determines the color of each face.

• See Specifying Patch Coloring for more information.

• Lighting - Specify method for lighting patch faces. (FaceLighting)
• No shading (none) - Lights do not affect the patch faces.
• Faceted (flat) - Uniform lighting across each face of the patch.
• Rounded (gouraud) - Linear interpolation of lighting calculated at vertices.
• Smoother rounded (phong) - Interpolate vertex normals across faces and calculate reflectance at each pixel. Produces smoothest results.

• See Selecting a Lighting Method for examples of these lighting methods.

• Alpha - Face transparency. Numeric value between 0 and 1 or a mapping from alpha data. (FaceAlpha)
• Opaque (1.0) - No transparency.
• Transparent (0.5) - All patch faces are translucent. Half way between opaque and clear.
• Clear (0.0) - Patch faces are completely clear and invisible.
• Faceted AlphaData (flat) - Each face has a single alpha value determined by AlphaData.
• Blended AlphaData (interp) - Alpha values are determined by interpolating vertex AlphaData across the face.

• See Transparency for general information about using transparency.

• Set wireframe (hide) - Mesh with opaque face color set to axes color. Edge lines colored
• Set wireframe - Mesh with invisible faces.
• Set point cloud (hide) - Display a dot at each vertex and hide points obscured by patch.
• Set point cloud - Display a dot at all vertices.
• Set solid - Display patch faces with interpolated coloring and edges with black lines.