Infinity::Types::Containers Namespace Reference

Classes
class	Array
	Dynamic contiguous container for homogeneous elements in the Infinity type system. More...
class	Array2D
	Two-dimensional array container for grid-based data in procedural generation. More...
class	Array3D
	Three-dimensional array container for volumetric data in procedural generation. More...
class	ArrayBase
	Abstract base class for all array container types in the Infinity type system. More...
class	ImmutableMap
	Type-safe heterogeneous key-value container for configuration and metadata. More...
class	Map
	Mutable heterogeneous key-value container for dynamic data structures. More...

Typedefs
using	GrayscaleTexture = Array2D< uint8_t >
	Single-channel 8-bit grayscale texture.
using	GreyscaleTexture = Array2D< uint8_t >
	Alternate spelling of GrayscaleTexture.
using	Splatmap = Array2D< uint8_t >
	8-bit splatmap for terrain material blending.
using	RTexture = Array2D< uint8_t >
	Single-channel 8-bit red texture.
using	RGTexture = Array2D< Math::Vector2ub >
	Two-channel 8-bit RG texture.
using	RGBTexture = Array2D< Math::Vector3ub >
	Three-channel 8-bit RGB texture without alpha.
using	RGBATexture = Array2D< Math::Vector4ub >
	Four-channel 8-bit RGBA texture with alpha.
using	Texture = Array2D< Math::Vector4ub >
	Default texture type (RGBA, 8-bit per channel).
using	Heightmap = Array2D< float >
	Single-channel float heightmap for terrain generation.
using	NoiseTexture = Array2D< float >
	Single-channel float texture for procedural noise.
using	Mask = Array2D< float >
	Single-channel float mask for spatial blending and selection.
using	Texture3D = Array3D< Math::Vector4ub >
	Four-channel 8-bit RGBA 3D texture with alpha.

Typedef Documentation

GrayscaleTexture

Infinity::Types::Containers::GrayscaleTexture

Single-channel 8-bit grayscale texture.

Commonly used for masks, alpha channels, and single-channel procedural effects.

GreyscaleTexture

Infinity::Types::Containers::GreyscaleTexture

Alternate spelling of GrayscaleTexture.

Heightmap

Infinity::Types::Containers::Heightmap

Single-channel float heightmap for terrain generation.

The primary data structure for storing terrain elevation data. Float precision allows for smooth interpolation and detailed height variations.

Mask

Infinity::Types::Containers::Mask

Single-channel float mask for spatial blending and selection.

Values typically range from 0.0 to 1.0, representing blend weights or selection criteria for procedural operations.

NoiseTexture

Infinity::Types::Containers::NoiseTexture

Single-channel float texture for procedural noise.

Used to store the output of noise functions (Perlin, Simplex, etc.) before further processing or application to geometry/materials.

RGBATexture

Infinity::Types::Containers::RGBATexture

Four-channel 8-bit RGBA texture with alpha.

Full-featured color texture with transparency support.

RGBTexture

Infinity::Types::Containers::RGBTexture

Three-channel 8-bit RGB texture without alpha.

Standard color texture format for opaque surfaces.

RGTexture

Infinity::Types::Containers::RGTexture

Two-channel 8-bit RG texture.

Commonly used for normal map storage (RG channels), dual-parameter masks, or flow maps in procedural generation.

RTexture

Infinity::Types::Containers::RTexture

Single-channel 8-bit red texture.

Useful for single-channel data that needs to be interpreted as a texture component.

Splatmap

Infinity::Types::Containers::Splatmap

8-bit splatmap for terrain material blending.

Used to define material distribution across terrain surfaces. Each value typically represents a material index or blend weight.

Texture

Infinity::Types::Containers::Texture

Default texture type (RGBA, 8-bit per channel).

The standard texture format used throughout the Infinity Engine for color data with alpha transparency.

Texture3D

Infinity::Types::Containers::Texture3D

Four-channel 8-bit RGBA 3D texture with alpha.

Standard volumetric texture format used throughout the Infinity Engine for 3D color data with transparency. Common applications include:

• Volumetric lighting and fog effects
• 3D lookup tables (LUTs) for color grading
• Procedural volume textures for materials
• Animated 3D noise for effects