README
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Math
Primitive math utilities to be used by the remaining of the library. Math imports nothing, everything else imports it. There is a slight hierarchy to the sub-packages found in math.
Sample
Sample serves as a group of definitions for defining a mapping from one numeric value to another. Another term for this is "function" or "mapping" but golang already took both of those keywords so I settled on "sample". Code throughout polyform uses the definitions like sample.FloatToVec2 to indicate this method maps a float to a Vector 2 value.
There are also some general utility functions for building common mappings between two domains of numbers.
- Compose - Takes an array of sample functions and feeds the output value from one function into the input value to the next function before finally returning the final value.
- ComposeFloat
- ComposeVec2
- ComposeVec3
- LinearMapping - Remaps some float value between A and B to sample a line in N-Dimensional space linearly.
- LinearFloatMapping
- LinearVector2Mapping
- LinearVector3Mapping
- Trig
- Sin - Maps a float value to a sin wave with some specified amplitude and frequency.
- Cos - Maps a float value to a sin wave with some specified amplitude and frequency.
Curves
Curves builds off of the sample package. The one restriction it makes is that the input domain is restricted to float values between 0 and 1. This is where more common animation curves reside.
Noise
Different noise algorithms commonly used in procedural generation.
SDF
SDF implementations of different geometry primitives, along with common math functions. Basically slowly picking through Inigo Quilez's Distfunction article as I need them in my different projects.
TRS
Math around Translation / Rotation / Scale Matrices
Documentation
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Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type DifferenceNodeData ¶ added in v0.23.0
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func (DifferenceNodeData[T]) Out ¶ added in v0.23.0
func (cn DifferenceNodeData[T]) Out() nodes.StructOutput[T]
type DivideNodeData ¶ added in v0.23.0
func (DivideNodeData[T]) Description ¶ added in v0.23.0
func (DivideNodeData[T]) Description() string
func (DivideNodeData[T]) Out ¶ added in v0.23.0
func (cn DivideNodeData[T]) Out() nodes.StructOutput[T]
type DoubleNode ¶ added in v0.25.0
func (DoubleNode[T]) Description ¶ added in v0.25.0
func (cn DoubleNode[T]) Description() string
func (DoubleNode[T]) Float64 ¶ added in v0.25.0
func (cn DoubleNode[T]) Float64() nodes.StructOutput[float64]
func (DoubleNode[T]) Int ¶ added in v0.25.0
func (cn DoubleNode[T]) Int() nodes.StructOutput[int]
type HalfNode ¶ added in v0.25.0
func (HalfNode[T]) Description ¶ added in v0.25.0
type InverseNodeData ¶ added in v0.25.0
type InverseNodeData[T vector.Number] struct { In nodes.Output[T] `description:"The number to take the inverse of"` }
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func (InverseNodeData[T]) Additive ¶ added in v0.25.0
func (cn InverseNodeData[T]) Additive() nodes.StructOutput[T]
func (InverseNodeData[T]) AdditiveDescription ¶ added in v0.25.0
func (cn InverseNodeData[T]) AdditiveDescription() string
func (InverseNodeData[T]) Multiplicative ¶ added in v0.25.0
func (cn InverseNodeData[T]) Multiplicative() nodes.StructOutput[T]
func (InverseNodeData[T]) MultiplicativeDescription ¶ added in v0.25.0
func (cn InverseNodeData[T]) MultiplicativeDescription() string
type MultiplyNodeData ¶ added in v0.23.0
func (MultiplyNodeData[T]) Out ¶ added in v0.23.0
func (cn MultiplyNodeData[T]) Out() nodes.StructOutput[T]
type NegateNode ¶ added in v0.25.0
type NegateNode[T vector.Number] struct { In nodes.Output[T] `description:"The number to take the additive inverse of"` }
func (NegateNode[T]) Description ¶ added in v0.25.0
func (cn NegateNode[T]) Description() string
func (NegateNode[T]) Out ¶ added in v0.25.0
func (cn NegateNode[T]) Out() nodes.StructOutput[T]
type Round ¶
type Round = nodes.Struct[RoundNodeData]
type RoundNodeData ¶ added in v0.23.0
func (RoundNodeData) Float ¶ added in v0.23.0
func (cn RoundNodeData) Float() nodes.StructOutput[float64]
func (RoundNodeData) Int ¶ added in v0.23.0
func (cn RoundNodeData) Int() nodes.StructOutput[int]
type SumNodeData ¶ added in v0.23.0
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func (SumNodeData[T]) Out ¶ added in v0.23.0
func (cn SumNodeData[T]) Out() nodes.StructOutput[T]
type ZeroNode ¶ added in v0.25.0
type ZeroNode struct{}
Source Files
Directories