DrawMeshHatched

Draws incoming geometry and meshnodes in an abstract shading style.

An interactive tutorial for the complete TiXL render pipeline can be found at [HowToDrawThings].

The most commonly used render methods are [Drawmesh], [DrawMeshUnlit], [DrawMeshHatched], and [DrawMeshAtPoints].

They can then be combined with [SetMaterial], [SetFog], [SetPointLight], and many others to create the look of scenes.

Input Parameters

Name (Relevancy & Type)	Description
ColorHighlight (Vector4)	Defines the color in which the bright areas / lines are displayed.
ColorShade (Vector4)	Defines the color in which the dark / shaded areas are displayed
LineWidth (Single)	Thickness of the Lines / Highlighted areas
FollowSurface (Single)	Defines how strongly the lines follow the surface of the mesh. Low values: The lines mainly follow the angle of the view. High values: Lines also increasingly flow along the surfaces of the mesh
OffsetDirection (Single)	Rotates the alignment of the lines.
RandomFaceDirection (Single)	Randomly rotates all lines on all faces.
RandomFaceLighting (Single)	Brightens random faces to varying degrees.
Shading (Gradient)	Defines the gradient between highlight and shade colors
Culling (CullMode)	Defines the transparency of the surfaces. None: All surfaces are "bothsided" or always visible from all sides Front: The normals are flipped (frontside is transparent / backside visible) Back: Default (Frontside is visible / backside is invisible)
EnableZTest (Boolean)	This defines whether the mesh covers itself or is covered by or covers other meshes.
EnableZWrite (Boolean)	This defines whether the mesh covers itself or is covered by or covers other meshes.
ColorMap (Texture2D)	Texture Input from [LoadImage].
Mesh (MeshBuffersRequired)	Input for Incoming Mesh Geometry

Name	Type
Output	T3.Core.DataTypes.Command

⚠ Everything else is automatically generated and will be overwritten regularly.