<enum> <realm>Client</realm> <description> Enumerations used by <page>mesh.Begin</page> to control what type of vertex information it should expect. Clientside only. For more information, see the <page text="Mesh Primitives">mesh_primitives</page> reference page. </description> <items> <item key="MATERIAL_POINTS" value="0"> <warning> The primitive type `MATERIAL_POINTS` does not currently work and will not produce any visual effect if used. </warning> For more information, see <page text="Point Primitives">mesh_primitives#points</page> </item> <item key="MATERIAL_LINES" value="1"> <warning>⤶ The primitive type `MATERIAL_LINES` does not currently work and will not produce any visual effect if used. </warning>⤶ Creates line using 2 vertices. ⤶ ⤶ The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of line multiply by 2 that the Mesh will contain. E.g. `(vertexCount * 2)`⤶ For more information, see <page text="Line Primitives">mesh_primitives#lines</page> </item> <item key="MATERIAL_TRIANGLES" value="2"> Creates triangles from groupings of 3 vertices. TThe `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of triangles that the Mesh will contain. ⤶ ⤶ The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of triangles that the Mesh will contain. E.g. `(vertexCount / 3)` For more information, see <page text="Triangle Primitives">mesh_primitives#triangles</page> </item> <item key="MATERIAL_TRIANGLE_STRIP" value="3"> Creates a set of triangles that each share two vertices with the previous triangle in the sequence. The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of triangles that the Mesh will contain. E.g. `(vertexCount - 2)` For more information, see <page text="Triangle Strip Primitives">mesh_primitives#trianglestrips</page> </item> <item key="MATERIAL_LINE_STRIP" value="4"> <warning>⤶ The primitive type `MATERIAL_LINE_STRIP` does not currently work and will not produce any visual effect if used. </warning>⤶ ⤶ ⤶ For more information, see <page text="Line Strip Primitives">mesh_primitives#linestrips</page>⤶ Creates a set of lines that all share a single vertex and each share a vertex with the previous lines.⤶ ⤶ The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of line connection that the Mesh will contain. E.g. `(vertexCount)`⤶ ⤶ For more information, see <page text="Line Strip Primitives">mesh_primitives#linestrips</page>⤶ </item> <item key="MATERIAL_LINE_LOOP" value="5"> <warning>⤶ The primitive type `MATERIAL_LINE_LOOP` does not currently work and will not produce any visual effect if used.⤶ </warning>⤶ ⤶ ⤶ For more information, see <page text="Line Loop Primitives">mesh_primitives#lineloops</page>⤶ Exactly like <key>MATERIAL_LINE_STRIP</key> do, but the first and the last vertex will always be connected together.⤶ ⤶ For more information, see <page text="Line Loop Primitives">mesh_primitives#lineloops</page>⤶ </item> <item key="MATERIAL_POLYGON" value="6"> Creates a set of triangles that all share a single vertex and each share a vertex with the previous triangle. The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of vertices that the Mesh will contain. E.g. `(vertexCount)` For more information, see <page text="Polygon Primitives">mesh_primitives#polygons</page> </item> <item key="MATERIAL_QUADS" value="7"> Creates pairs of triangles that share two vertices. The `primitiveCount` argument of <page>mesh.Begin</page> should be the total number of quads that the Mesh will contain. E.g. `(vertexCount / 4)` For more information, see <page text="Quad Primitives">mesh_primitives#quads</page> </item> </items> </enum>