Class CanvasTextureGen

buffer

ctx

height

helpers

perm

width

abs

• abs(a): number[]

• Calculates the absolute values of the components of a vector (array).

  Parameters

  • a: number[]

    The vector.

  Returns number[]

  A new vector with the absolute values of the components.

clamp

• clamp(n, a, b): number

• Clamps a value between a minimum and maximum value.

  Parameters

  • n: number

    The value to clamp.
  • a: number

    The minimum value.
  • b: number

    The maximum value.

  Returns number

  The clamped value.

dot

• dot(a, b): number

• Calculates the dot product of two vectors (arrays).

  Parameters

  • a: number[]

    The first vector.
  • b: number[]

    The second vector.

  Returns number

  The dot product.

fade

• fade(t): number

• Fade function for Perlin noise.

  Parameters

  • t: number

    The input value.

  Returns number

  The faded value.

func

• func(a, exp): number[]

• Applies a function to each component of a vector (array).

  Parameters

  • a: number[]

    The vector.
  • exp: ((v: number) => number)

    The function to apply.

    • • (v): number

      • Parameters

        • v: number

        Returns number

  Returns number[]

  A new vector with the function applied to each component.

grad

• grad(hash, x, y, z): number

• Gradient function for Perlin noise.

  Parameters

  • hash: number

    The hash value.
  • x: number

    The x coordinate.
  • y: number

    The y coordinate.
  • z: number

    The z coordinate.

  Returns number

  The gradient value.

length

• length(a): number

• Calculates the length of a vector (array).

  Parameters

  • a: number[]

    The vector.

  Returns number

  The length of the vector.

lerp

• lerp(t, a, b): number

• Linear interpolation between two values.

  Parameters

  • t: number

    The interpolation factor (between 0 and 1).
  • a: number

    The first value.
  • b: number

    The second value.

  Returns number

  The interpolated value.

noise

• noise(x, y, z): number

• Calculates Perlin noise value at the given coordinates.

  Parameters

  • x: number

    The x coordinate.
  • y: number

    The y coordinate.
  • z: number

    The z coordinate.

  Returns number

  The Perlin noise value.

normalize

• normalize(a): number[]

• Normalizes a vector (array).

  Parameters

  • a: number[]

    The vector to normalize.

  Returns number[]

  The normalized vector.

scale

• scale(n): number

• Scales a value from -1 to 1 to 0 to 1.

  Parameters

  • n: number

    The value to scale.

  Returns number

  The scaled value.

scaledAbsProduct

• scaledAbsProduct(a, b, c?): number

• Calculates the absolute value of the product of two numbers and multiplies it by a scaling factor (default 255).

  Parameters

  • a: number

    The first number.
  • b: number

    The second number.
  • Optionalc: number

    The scaling factor (optional, defaults to 255).

  Returns number

  The scaled absolute product.

seed

• seed(n): number[]

• Generates a permutation table for Perlin noise.

  Parameters

  • n: number

    The size of the permutation table.

  Returns number[]

  The permutation table as an array of numbers.

toBase64

• toBase64(): string

• Returns string

toBlob

• toBlob(cb): void

• Parameters

  • cb: any

  Returns void

toScale

• toScale(v, w): number

• Scales a value from one range to another.

  Parameters

  • v: number

    The value to scale.
  • w: number

    The width of the source range.

  Returns number

  The scaled value.

vec

• vec(x, y, z, a?): number[]

• Creates a vector (array) with the given components.

  Parameters

  • x: number

    The x component.
  • y: number

    The y component.
  • z: number

    The z component.
  • Optionala: number

    The w component (optional).

  Returns number[]

  An array representing the vector.