gyroidSdf

gyroidSdf

Keywords:
  • gyroid
  • sine
  • wave
Phase 1 Field
Phase 2 Field
Bias Field
Thickness Field
sdf
gyroidSdf
RayTK
v0.40

Gyroid shape, which is an infinitely connected periodic surface.

The Gyroid is constructed using overlapping sine and cosine waves. See wikipedia for more information.

Parameters

Name Description Regular Handling Read-Only Handling
Coord Type

Switches between 2D and 3D gyroids.
  • 2D:
  • 3D:
Contexttype

Advanced parameter that should usually just be set to Context.
  • :
  • :
  • :
  • :
  • :
Translate

Moves the shape as a whole.

 Runtime Baked
Scale

Spacing of the shape in each dimension.

 Runtime Baked
Enable Period

Whether to specify periods for the waves.

 Baked Baked
Period 1

Period of the first waves on each axis.

 Runtime Baked
Period 2

Period of the second waves on each axis.

 Runtime Baked
Enable Phase

Whether to specify phase shift for the waves.

 Baked Baked
Phase 1

Phase shift of the first waves on each axis.

 Runtime Baked
Phase 2

Phase shift of the second waves on each axis.

 Runtime Baked
Bias Runtime Baked
Thickness

Expands the surfaces producing thicker shapes.

 Runtime Baked

Inputs

  • Phase 1 Field: (optional)
    • Coordinate Types: vec3
    • Context Types: Context MaterialContext CameraContext LightContext RayContext ParticleContext VertexContext PixelContext
    • Return Types: float vec4
  • Phase 2 Field: (optional)
    • Coordinate Types: vec3
    • Context Types: Context MaterialContext CameraContext LightContext RayContext ParticleContext VertexContext PixelContext
    • Return Types: float vec4
    • Supports Variables From Inputs: phase1Field
  • Bias Field: (optional)
    • Coordinate Types: vec3
    • Context Types: Context MaterialContext CameraContext LightContext RayContext ParticleContext VertexContext PixelContext
    • Return Types: float
    • Supports Variables From Inputs: phase1Field phase2Field
  • Thickness Field: (optional)
    • Coordinate Types: vec3
    • Context Types: Context MaterialContext CameraContext LightContext RayContext ParticleContext VertexContext PixelContext
    • Return Types: float
    • Supports Variables From Inputs: phase1Field phase2Field biasField