This module lists all interfaces and typedefs related to compounds. More...

Classes
class	mi::IBbox3
	This interface represents bounding boxes. More...

class	mi::IColor
	This interface represents RGBA colors. More...

class	mi::IColor3
	This interface represents RGB colors. More...

class	mi::ICompound
	This interface represents compounds, i.e., vectors, matrices, colors, spectrums, and bounding boxes. More...

class	mi::IBoolean_2_2
	This interface represents a 2 x 2 matrix of bool. More...

class	mi::IBoolean_2_3
	This interface represents a 2 x 3 matrix of bool. More...

class	mi::IBoolean_2_4
	This interface represents a 2 x 4 matrix of bool. More...

class	mi::IBoolean_3_2
	This interface represents a 3 x 2 matrix of bool. More...

class	mi::IBoolean_3_3
	This interface represents a 3 x 3 matrix of bool. More...

class	mi::IBoolean_3_4
	This interface represents a 3 x 4 matrix of bool. More...

class	mi::IBoolean_4_2
	This interface represents a 4 x 2 matrix of bool. More...

class	mi::IBoolean_4_3
	This interface represents a 4 x 3 matrix of bool. More...

class	mi::IBoolean_4_4
	This interface represents a 4 x 4 matrix of bool. More...

class	mi::ISint32_2_2
	This interface represents a 2 x 2 matrix of Sint32. More...

class	mi::ISint32_2_3
	This interface represents a 2 x 3 matrix of Sint32. More...

class	mi::ISint32_2_4
	This interface represents a 2 x 4 matrix of Sint32. More...

class	mi::ISint32_3_2
	This interface represents a 3 x 2 matrix of Sint32. More...

class	mi::ISint32_3_3
	This interface represents a 3 x 3 matrix of Sint32. More...

class	mi::ISint32_3_4
	This interface represents a 3 x 4 matrix of Sint32. More...

class	mi::ISint32_4_2
	This interface represents a 4 x 2 matrix of Sint32. More...

class	mi::ISint32_4_3
	This interface represents a 4 x 3 matrix of Sint32. More...

class	mi::ISint32_4_4
	This interface represents a 4 x 4 matrix of Sint32. More...

class	mi::IUint32_2_2
	This interface represents a 2 x 2 matrix of Uint32. More...

class	mi::IUint32_2_3
	This interface represents a 2 x 3 matrix of Uint32. More...

class	mi::IUint32_2_4
	This interface represents a 2 x 4 matrix of Uint32. More...

class	mi::IUint32_3_2
	This interface represents a 3 x 2 matrix of Uint32. More...

class	mi::IUint32_3_3
	This interface represents a 3 x 3 matrix of Uint32. More...

class	mi::IUint32_3_4
	This interface represents a 3 x 4 matrix of Uint32. More...

class	mi::IUint32_4_2
	This interface represents a 4 x 2 matrix of Uint32. More...

class	mi::IUint32_4_3
	This interface represents a 4 x 3 matrix of Uint32. More...

class	mi::IUint32_4_4
	This interface represents a 4 x 4 matrix of Uint32. More...

class	mi::IFloat32_2_2
	This interface represents a 2 x 2 matrix of Float32. More...

class	mi::IFloat32_2_3
	This interface represents a 2 x 3 matrix of Float32. More...

class	mi::IFloat32_2_4
	This interface represents a 2 x 4 matrix of Float32. More...

class	mi::IFloat32_3_2
	This interface represents a 3 x 2 matrix of Float32. More...

class	mi::IFloat32_3_3
	This interface represents a 3 x 3 matrix of Float32. More...

class	mi::IFloat32_3_4
	This interface represents a 3 x 4 matrix of Float32. More...

class	mi::IFloat32_4_2
	This interface represents a 4 x 2 matrix of Float32. More...

class	mi::IFloat32_4_3
	This interface represents a 4 x 3 matrix of Float32. More...

class	mi::IFloat32_4_4
	This interface represents a 4 x 4 matrix of Float32. More...

class	mi::IFloat64_2_2
	This interface represents a 2 x 2 matrix of Float64. More...

class	mi::IFloat64_2_3
	This interface represents a 2 x 3 matrix of Float64. More...

class	mi::IFloat64_2_4
	This interface represents a 2 x 4 matrix of Float64. More...

class	mi::IFloat64_3_2
	This interface represents a 3 x 2 matrix of Float64. More...

class	mi::IFloat64_3_3
	This interface represents a 3 x 3 matrix of Float64. More...

class	mi::IFloat64_3_4
	This interface represents a 3 x 4 matrix of Float64. More...

class	mi::IFloat64_4_2
	This interface represents a 4 x 2 matrix of Float64. More...

class	mi::IFloat64_4_3
	This interface represents a 4 x 3 matrix of Float64. More...

class	mi::IFloat64_4_4
	This interface represents a 4 x 4 matrix of Float64. More...

class	mi::ISpectrum
	This interface represents spectrums. More...

class	mi::IBoolean_2
	This interface represents a vector of two bool. More...

class	mi::IBoolean_3
	This interface represents a vector of three bool. More...

class	mi::IBoolean_4
	This interface represents a vector of four bool. More...

class	mi::ISint32_2
	This interface represents a vector of two Sint32. More...

class	mi::ISint32_3
	This interface represents a vector of three Sint32. More...

class	mi::ISint32_4
	This interface represents a vector of four Sint32. More...

class	mi::IUint32_2
	This interface represents a vector of two Uint32. More...

class	mi::IUint32_3
	This interface represents a vector of three Uint32. More...

class	mi::IUint32_4
	This interface represents a vector of four Uint32. More...

class	mi::IFloat32_2
	This interface represents a vector of two Float32. More...

class	mi::IFloat32_3
	This interface represents a vector of three Float32. More...

class	mi::IFloat32_4
	This interface represents a vector of four Float32. More...

class	mi::IFloat64_2
	This interface represents a vector of two Float64. More...

class	mi::IFloat64_3
	This interface represents a vector of three Float64. More...

class	mi::IFloat64_4
	This interface represents a vector of four Float64. More...

Typedefs
using	mi::Boolean_2_2 = math::Matrix<bool, 2, 2>
	2 x 2 matrix of bool. More...

using	mi::Boolean_2_3 = math::Matrix<bool, 2, 3>
	2 x 3 matrix of bool. More...

using	mi::Boolean_2_4 = math::Matrix<bool, 2, 4>
	2 x 4 matrix of bool. More...

using	mi::Boolean_3_2 = math::Matrix<bool, 3, 2>
	3 x 2 matrix of bool. More...

using	mi::Boolean_3_3 = math::Matrix<bool, 3, 3>
	3 x 3 matrix of bool. More...

using	mi::Boolean_3_4 = math::Matrix<bool, 3, 4>
	3 x 4 matrix of bool. More...

using	mi::Boolean_4_2 = math::Matrix<bool, 4, 2>
	4 x 2 matrix of bool. More...

using	mi::Boolean_4_3 = math::Matrix<bool, 4, 3>
	4 x 3 matrix of bool. More...

using	mi::Boolean_4_4 = math::Matrix<bool, 4, 4>
	4 x 4 matrix of bool. More...

using	mi::Sint32_2_2 = math::Matrix< Sint32, 2, 2 >
	2 x 2 matrix of Sint32. More...

using	mi::Sint32_2_3 = math::Matrix< Sint32, 2, 3 >
	2 x 3 matrix of Sint32. More...

using	mi::Sint32_2_4 = math::Matrix< Sint32, 2, 4 >
	2 x 4 matrix of Sint32. More...

using	mi::Sint32_3_2 = math::Matrix< Sint32, 3, 2 >
	3 x 2 matrix of Sint32. More...

using	mi::Sint32_3_3 = math::Matrix< Sint32, 3, 3 >
	3 x 3 matrix of Sint32. More...

using	mi::Sint32_3_4 = math::Matrix< Sint32, 3, 4 >
	3 x 4 matrix of Sint32. More...

using	mi::Sint32_4_2 = math::Matrix< Sint32, 4, 2 >
	4 x 2 matrix of Sint32. More...

using	mi::Sint32_4_3 = math::Matrix< Sint32, 4, 3 >
	4 x 3 matrix of Sint32. More...

using	mi::Sint32_4_4 = math::Matrix< Sint32, 4, 4 >
	4 x 4 matrix of Sint32. More...

using	mi::Uint32_2_2 = math::Matrix< Uint32, 2, 2 >
	2 x 2 matrix of Uint32. More...

using	mi::Uint32_2_3 = math::Matrix< Uint32, 2, 3 >
	2 x 3 matrix of Uint32. More...

using	mi::Uint32_2_4 = math::Matrix< Uint32, 2, 4 >
	2 x 4 matrix of Uint32. More...

using	mi::Uint32_3_2 = math::Matrix< Uint32, 3, 2 >
	3 x 2 matrix of Uint32. More...

using	mi::Uint32_3_3 = math::Matrix< Uint32, 3, 3 >
	3 x 3 matrix of Uint32. More...

using	mi::Uint32_3_4 = math::Matrix< Uint32, 3, 4 >
	3 x 4 matrix of Uint32. More...

using	mi::Uint32_4_2 = math::Matrix< Uint32, 4, 2 >
	4 x 2 matrix of Uint32. More...

using	mi::Uint32_4_3 = math::Matrix< Uint32, 4, 3 >
	4 x 3 matrix of Uint32. More...

using	mi::Uint32_4_4 = math::Matrix< Uint32, 4, 4 >
	4 x 4 matrix of Uint32. More...

using	mi::Float32_2_2 = math::Matrix< Float32, 2, 2 >
	2 x 2 matrix of Float32. More...

using	mi::Float32_2_3 = math::Matrix< Float32, 2, 3 >
	2 x 3 matrix of Float32. More...

using	mi::Float32_2_4 = math::Matrix< Float32, 2, 4 >
	2 x 4 matrix of Float32. More...

using	mi::Float32_3_2 = math::Matrix< Float32, 3, 2 >
	3 x 2 matrix of Float32. More...

using	mi::Float32_3_3 = math::Matrix< Float32, 3, 3 >
	3 x 3 matrix of Float32. More...

using	mi::Float32_3_4 = math::Matrix< Float32, 3, 4 >
	3 x 4 matrix of Float32. More...

using	mi::Float32_4_2 = math::Matrix< Float32, 4, 2 >
	4 x 2 matrix of Float32. More...

using	mi::Float32_4_3 = math::Matrix< Float32, 4, 3 >
	4 x 3 matrix of Float32. More...

using	mi::Float32_4_4 = math::Matrix< Float32, 4, 4 >
	4 x 4 matrix of Float32. More...

using	mi::Float64_2_2 = math::Matrix< Float64, 2, 2 >
	2 x 2 matrix of Float64. More...

using	mi::Float64_2_3 = math::Matrix< Float64, 2, 3 >
	2 x 3 matrix of Float64. More...

using	mi::Float64_2_4 = math::Matrix< Float64, 2, 4 >
	2 x 4 matrix of Float64. More...

using	mi::Float64_3_2 = math::Matrix< Float64, 3, 2 >
	3 x 2 matrix of Float64. More...

using	mi::Float64_3_3 = math::Matrix< Float64, 3, 3 >
	3 x 3 matrix of Float64. More...

using	mi::Float64_3_4 = math::Matrix< Float64, 3, 4 >
	3 x 4 matrix of Float64. More...

using	mi::Float64_4_2 = math::Matrix< Float64, 4, 2 >
	4 x 2 matrix of Float64. More...

using	mi::Float64_4_3 = math::Matrix< Float64, 4, 3 >
	4 x 3 matrix of Float64. More...

using	mi::Float64_4_4 = math::Matrix< Float64, 4, 4 >
	4 x 4 matrix of Float64. More...

using	mi::Boolean_2_2_struct = math::Matrix_struct<bool, 2, 2>
	2 x 2 matrix of bool (underlying POD type). More...

using	mi::Boolean_2_3_struct = math::Matrix_struct<bool, 2, 3>
	2 x 3 matrix of bool (underlying POD type). More...

using	mi::Boolean_2_4_struct = math::Matrix_struct<bool, 2, 4>
	2 x 4 matrix of bool (underlying POD type). More...

using	mi::Boolean_3_2_struct = math::Matrix_struct<bool, 3, 2>
	3 x 2 matrix of bool (underlying POD type). More...

using	mi::Boolean_3_3_struct = math::Matrix_struct<bool, 3, 3>
	3 x 3 matrix of bool (underlying POD type). More...

using	mi::Boolean_3_4_struct = math::Matrix_struct<bool, 3, 4>
	3 x 4 matrix of bool (underlying POD type). More...

using	mi::Boolean_4_2_struct = math::Matrix_struct<bool, 4, 2>
	4 x 2 matrix of bool (underlying POD type). More...

using	mi::Boolean_4_3_struct = math::Matrix_struct<bool, 4, 3>
	4 x 3 matrix of bool (underlying POD type). More...

using	mi::Boolean_4_4_struct = math::Matrix_struct<bool, 4, 4>
	4 x 4 matrix of bool (underlying POD type). More...

using	mi::Sint32_2_2_struct = math::Matrix_struct< Sint32, 2, 2 >
	2 x 2 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_2_3_struct = math::Matrix_struct< Sint32, 2, 3 >
	2 x 3 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_2_4_struct = math::Matrix_struct< Sint32, 2, 4 >
	2 x 4 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_3_2_struct = math::Matrix_struct< Sint32, 3, 2 >
	3 x 2 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_3_3_struct = math::Matrix_struct< Sint32, 3, 3 >
	3 x 3 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_3_4_struct = math::Matrix_struct< Sint32, 3, 4 >
	3 x 4 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_4_2_struct = math::Matrix_struct< Sint32, 4, 2 >
	4 x 2 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_4_3_struct = math::Matrix_struct< Sint32, 4, 3 >
	4 x 3 matrix of Sint32 (underlying POD type). More...

using	mi::Sint32_4_4_struct = math::Matrix_struct< Sint32, 4, 4 >
	4 x 4 matrix of Sint32 (underlying POD type). More...

using	mi::Uint32_2_2_struct = math::Matrix_struct< Uint32, 2, 2 >
	2 x 2 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_2_3_struct = math::Matrix_struct< Uint32, 2, 3 >
	2 x 3 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_2_4_struct = math::Matrix_struct< Uint32, 2, 4 >
	2 x 4 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_3_2_struct = math::Matrix_struct< Uint32, 3, 2 >
	3 x 2 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_3_3_struct = math::Matrix_struct< Uint32, 3, 3 >
	3 x 3 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_3_4_struct = math::Matrix_struct< Uint32, 3, 4 >
	3 x 4 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_4_2_struct = math::Matrix_struct< Uint32, 4, 2 >
	4 x 2 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_4_3_struct = math::Matrix_struct< Uint32, 4, 3 >
	4 x 3 matrix of Uint32 (underlying POD type). More...

using	mi::Uint32_4_4_struct = math::Matrix_struct< Uint32, 4, 4 >
	4 x 4 matrix of Uint32 (underlying POD type). More...

using	mi::Float32_2_2_struct = math::Matrix_struct< Float32, 2, 2 >
	2 x 2 matrix of Float32 (underlying POD type). More...

using	mi::Float32_2_3_struct = math::Matrix_struct< Float32, 2, 3 >
	2 x 3 matrix of Float32 (underlying POD type). More...

using	mi::Float32_2_4_struct = math::Matrix_struct< Float32, 2, 4 >
	2 x 4 matrix of Float32 (underlying POD type). More...

using	mi::Float32_3_2_struct = math::Matrix_struct< Float32, 3, 2 >
	3 x 2 matrix of Float32 (underlying POD type). More...

using	mi::Float32_3_3_struct = math::Matrix_struct< Float32, 3, 3 >
	3 x 3 matrix of Float32 (underlying POD type). More...

using	mi::Float32_3_4_struct = math::Matrix_struct< Float32, 3, 4 >
	3 x 4 matrix of Float32 (underlying POD type). More...

using	mi::Float32_4_2_struct = math::Matrix_struct< Float32, 4, 2 >
	4 x 2 matrix of Float32 (underlying POD type). More...

using	mi::Float32_4_3_struct = math::Matrix_struct< Float32, 4, 3 >
	4 x 3 matrix of Float32 (underlying POD type). More...

using	mi::Float32_4_4_struct = math::Matrix_struct< Float32, 4, 4 >
	4 x 4 matrix of Float32 (underlying POD type). More...

using	mi::Float64_2_2_struct = math::Matrix_struct< Float64, 2, 2 >
	2 x 2 matrix of Float64 (underlying POD type). More...

using	mi::Float64_2_3_struct = math::Matrix_struct< Float64, 2, 3 >
	2 x 3 matrix of Float64 (underlying POD type). More...

using	mi::Float64_2_4_struct = math::Matrix_struct< Float64, 2, 4 >
	2 x 4 matrix of Float64 (underlying POD type). More...

using	mi::Float64_3_2_struct = math::Matrix_struct< Float64, 3, 2 >
	3 x 2 matrix of Float64 (underlying POD type). More...

using	mi::Float64_3_3_struct = math::Matrix_struct< Float64, 3, 3 >
	3 x 3 matrix of Float64 (underlying POD type). More...

using	mi::Float64_3_4_struct = math::Matrix_struct< Float64, 3, 4 >
	3 x 4 matrix of Float64 (underlying POD type). More...

using	mi::Float64_4_2_struct = math::Matrix_struct< Float64, 4, 2 >
	4 x 2 matrix of Float64 (underlying POD type). More...

using	mi::Float64_4_3_struct = math::Matrix_struct< Float64, 4, 3 >
	4 x 3 matrix of Float64 (underlying POD type). More...

using	mi::Float64_4_4_struct = math::Matrix_struct< Float64, 4, 4 >
	4 x 4 matrix of Float64 (underlying POD type). More...

using	mi::Color = math::Color
	RGBA color class. More...

using	mi::Color_struct = math::Color_struct
	RGBA color class (underlying POD type). More...

using	mi::Spectrum = math::Spectrum
	Spectrum class. More...

using	mi::Spectrum_struct = math::Spectrum_struct
	Spectrum class (underlying POD type). More...

using	mi::Bbox3 = math::Bbox< Float32, 3 >
	Three-dimensional bounding box. More...

using	mi::Bbox3_struct = math::Bbox_struct< Float32, 3 >
	Three-dimensional bounding box (underlying POD type). More...

using	mi::Boolean_2 = math::Vector<bool, 2>
	Vector of two bool. More...

using	mi::Boolean_3 = math::Vector<bool, 3>
	Vector of three bool. More...

using	mi::Boolean_4 = math::Vector<bool, 4>
	Vector of four bool. More...

using	mi::Sint32_2 = math::Vector< Sint32, 2 >
	Vector of two Sint32. More...

using	mi::Sint32_3 = math::Vector< Sint32, 3 >
	Vector of three Sint32. More...

using	mi::Sint32_4 = math::Vector< Sint32, 4 >
	Vector of four Sint32. More...

using	mi::Uint32_2 = math::Vector< Uint32, 2 >
	Vector of two Uint32. More...

using	mi::Uint32_3 = math::Vector< Uint32, 3 >
	Vector of three Uint32. More...

using	mi::Uint32_4 = math::Vector< Uint32, 4 >
	Vector of four Uint32. More...

using	mi::Float32_2 = math::Vector< Float32, 2 >
	Vector of two Float32. More...

using	mi::Float32_3 = math::Vector< Float32, 3 >
	Vector of three Float32. More...

using	mi::Float32_4 = math::Vector< Float32, 4 >
	Vector of four Float32. More...

using	mi::Float64_2 = math::Vector< Float64, 2 >
	Vector of two Float64. More...

using	mi::Float64_3 = math::Vector< Float64, 3 >
	Vector of three Float64. More...

using	mi::Float64_4 = math::Vector< Float64, 4 >
	Vector of four Float64. More...

using	mi::Boolean_2_struct = math::Vector_struct<bool, 2>
	Vector of two bool (underlying POD type). More...

using	mi::Boolean_3_struct = math::Vector_struct<bool, 3>
	Vector of three bool (underlying POD type). More...

using	mi::Boolean_4_struct = math::Vector_struct<bool, 4>
	Vector of four bool (underlying POD type). More...

using	mi::Sint32_2_struct = math::Vector_struct< Sint32, 2 >
	Vector of two Sint32 (underlying POD type). More...

using	mi::Sint32_3_struct = math::Vector_struct< Sint32, 3 >
	Vector of three Sint32 (underlying POD type). More...

using	mi::Sint32_4_struct = math::Vector_struct< Sint32, 4 >
	Vector of four Sint32 (underlying POD type). More...

using	mi::Uint32_2_struct = math::Vector_struct< Uint32, 2 >
	Vector of two Uint32 (underlying POD type). More...

using	mi::Uint32_3_struct = math::Vector_struct< Uint32, 3 >
	Vector of three Uint32 (underlying POD type). More...

using	mi::Uint32_4_struct = math::Vector_struct< Uint32, 4 >
	Vector of four Uint32 (underlying POD type). More...

using	mi::Float32_2_struct = math::Vector_struct< Float32, 2 >
	Vector of two Float32 (underlying POD type). More...

using	mi::Float32_3_struct = math::Vector_struct< Float32, 3 >
	Vector of three Float32 (underlying POD type). More...

using	mi::Float32_4_struct = math::Vector_struct< Float32, 4 >
	Vector of four Float32 (underlying POD type). More...

using	mi::Float64_2_struct = math::Vector_struct< Float64, 2 >
	Vector of two Float64 (underlying POD type). More...

using	mi::Float64_3_struct = math::Vector_struct< Float64, 3 >
	Vector of three Float64 (underlying POD type). More...

using	mi::Float64_4_struct = math::Vector_struct< Float64, 4 >
	Vector of four Float64 (underlying POD type). More...

Detailed Description

This module lists all interfaces and typedefs related to compounds.

It exist only to split the very high number of interfaces related to types into smaller subsets. See Types for an explanation of the type system.

Typedef Documentation

^◆ Bbox3

using mi::Bbox3 = typedef math::Bbox<Float32,3>

Three-dimensional bounding box.

See also: mi::Bbox3_struct for the corresponding POD type and mi::math::Bbox for the underlying template class

^◆ Bbox3_struct

using mi::Bbox3_struct = typedef math::Bbox_struct<Float32,3>

Three-dimensional bounding box (underlying POD type).

See also: mi::Bbox3 for the corresponding non-POD type and mi::math::Bbox_struct for the underlying template class

^◆ Boolean_2

using mi::Boolean_2 = typedef math::Vector<bool,2>

Vector of two bool.

See also: mi::Boolean_2_struct for the corresponding POD type and mi::math::Vector for the underlying template class

^◆ Boolean_2_2

using mi::Boolean_2_2 = typedef math::Matrix<bool,2,2>

2 x 2 matrix of bool.

See also: mi::Boolean_2_2_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_2_2_struct

using mi::Boolean_2_2_struct = typedef math::Matrix_struct<bool,2,2>

2 x 2 matrix of bool (underlying POD type).

See also: mi::Boolean_2_2_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_2_3

using mi::Boolean_2_3 = typedef math::Matrix<bool,2,3>

2 x 3 matrix of bool.

See also: mi::Boolean_2_3_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_2_3_struct

using mi::Boolean_2_3_struct = typedef math::Matrix_struct<bool,2,3>

2 x 3 matrix of bool (underlying POD type).

See also: mi::Boolean_2_3_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_2_4

using mi::Boolean_2_4 = typedef math::Matrix<bool,2,4>

2 x 4 matrix of bool.

See also: mi::Boolean_2_4_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_2_4_struct

using mi::Boolean_2_4_struct = typedef math::Matrix_struct<bool,2,4>

2 x 4 matrix of bool (underlying POD type).

See also: mi::Boolean_2_4_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_2_struct

using mi::Boolean_2_struct = typedef math::Vector_struct<bool,2>

Vector of two bool (underlying POD type).

See also: mi::Boolean_2 for the corresponding non-POD type and mi::math::Vector_struct for the underlying template class

^◆ Boolean_3

using mi::Boolean_3 = typedef math::Vector<bool,3>

Vector of three bool.

See also: mi::Boolean_3_struct for the corresponding POD type and mi::math::Vector for the underlying template class

^◆ Boolean_3_2

using mi::Boolean_3_2 = typedef math::Matrix<bool,3,2>

3 x 2 matrix of bool.

See also: mi::Boolean_3_2_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_3_2_struct

using mi::Boolean_3_2_struct = typedef math::Matrix_struct<bool,3,2>

3 x 2 matrix of bool (underlying POD type).

See also: mi::Boolean_3_2_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_3_3

using mi::Boolean_3_3 = typedef math::Matrix<bool,3,3>

3 x 3 matrix of bool.

See also: mi::Boolean_3_3_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_3_3_struct

using mi::Boolean_3_3_struct = typedef math::Matrix_struct<bool,3,3>

3 x 3 matrix of bool (underlying POD type).

See also: mi::Boolean_3_3_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_3_4

using mi::Boolean_3_4 = typedef math::Matrix<bool,3,4>

3 x 4 matrix of bool.

See also: mi::Boolean_3_4_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_3_4_struct

using mi::Boolean_3_4_struct = typedef math::Matrix_struct<bool,3,4>

3 x 4 matrix of bool (underlying POD type).

See also: mi::Boolean_3_4_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_3_struct

using mi::Boolean_3_struct = typedef math::Vector_struct<bool,3>

Vector of three bool (underlying POD type).

See also: mi::Boolean_3 for the corresponding non-POD type and mi::math::Vector_struct for the underlying template class

^◆ Boolean_4

using mi::Boolean_4 = typedef math::Vector<bool,4>

Vector of four bool.

See also: mi::Boolean_4_struct for the corresponding POD type and mi::math::Vector for the underlying template class

^◆ Boolean_4_2

using mi::Boolean_4_2 = typedef math::Matrix<bool,4,2>

4 x 2 matrix of bool.

See also: mi::Boolean_4_2_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_4_2_struct

using mi::Boolean_4_2_struct = typedef math::Matrix_struct<bool,4,2>

4 x 2 matrix of bool (underlying POD type).

See also: mi::Boolean_4_2_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_4_3

using mi::Boolean_4_3 = typedef math::Matrix<bool,4,3>

4 x 3 matrix of bool.

See also: mi::Boolean_4_3_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_4_3_struct

using mi::Boolean_4_3_struct = typedef math::Matrix_struct<bool,4,3>

4 x 3 matrix of bool (underlying POD type).

See also: mi::Boolean_4_3_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_4_4

using mi::Boolean_4_4 = typedef math::Matrix<bool,4,4>

4 x 4 matrix of bool.

See also: mi::Boolean_4_4_struct for the corresponding POD type and mi::math::Matrix for the underlying template class

^◆ Boolean_4_4_struct

using mi::Boolean_4_4_struct = typedef math::Matrix_struct<bool,4,4>

4 x 4 matrix of bool (underlying POD type).

See also: mi::Boolean_4_4_struct for the corresponding non-POD type and mi::math::Matrix_struct for the underlying template class

^◆ Boolean_4_struct

using mi::Boolean_4_struct = typedef math::Vector_struct<bool,4>

Vector of four bool (underlying POD type).

See also: mi::Boolean_4 for the corresponding non-POD type and mi::math::Vector_struct for the underlying template class

^◆ Color

using mi::Color = typedef math::Color

RGBA color class.

See also: mi::Color_struct for the corresponding POD type and mi::math::Color for the source of the typedef

^◆ Color_struct

using mi::Color_struct = typedef math::Color_struct

RGBA color class (underlying POD type).

See also: mi::Color for the corresponding non-POD type and mi::math::Color_struct for the source of the typedef

^◆ Float32_2

using mi::Float32_2 = typedef math::Vector<Float32,2>

Vector of two Float32.

See also: mi::Float32_2_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float32_2_2

using mi::Float32_2_2 = typedef math::Matrix<Float32,2,2>

2 x 2 matrix of Float32.

See also: mi::Float32_2_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_2_struct

using mi::Float32_2_2_struct = typedef math::Matrix_struct<Float32,2,2>

2 x 2 matrix of Float32 (underlying POD type).

See also: mi::Float32_2_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_3

using mi::Float32_2_3 = typedef math::Matrix<Float32,2,3>

2 x 3 matrix of Float32.

See also: mi::Float32_2_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_3_struct

using mi::Float32_2_3_struct = typedef math::Matrix_struct<Float32,2,3>

2 x 3 matrix of Float32 (underlying POD type).

See also: mi::Float32_2_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_4

using mi::Float32_2_4 = typedef math::Matrix<Float32,2,4>

2 x 4 matrix of Float32.

See also: mi::Float32_2_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_4_struct

using mi::Float32_2_4_struct = typedef math::Matrix_struct<Float32,2,4>

2 x 4 matrix of Float32 (underlying POD type).

See also: mi::Float32_2_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_2_struct

using mi::Float32_2_struct = typedef math::Vector_struct<Float32,2>

Vector of two Float32 (underlying POD type).

See also: mi::Float32_2 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float32_3

using mi::Float32_3 = typedef math::Vector<Float32,3>

Vector of three Float32.

See also: mi::Float32_3_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float32_3_2

using mi::Float32_3_2 = typedef math::Matrix<Float32,3,2>

3 x 2 matrix of Float32.

See also: mi::Float32_3_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_2_struct

using mi::Float32_3_2_struct = typedef math::Matrix_struct<Float32,3,2>

3 x 2 matrix of Float32 (underlying POD type).

See also: mi::Float32_3_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_3

using mi::Float32_3_3 = typedef math::Matrix<Float32,3,3>

3 x 3 matrix of Float32.

See also: mi::Float32_3_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_3_struct

using mi::Float32_3_3_struct = typedef math::Matrix_struct<Float32,3,3>

3 x 3 matrix of Float32 (underlying POD type).

See also: mi::Float32_3_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_4

using mi::Float32_3_4 = typedef math::Matrix<Float32,3,4>

3 x 4 matrix of Float32.

See also: mi::Float32_3_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_4_struct

using mi::Float32_3_4_struct = typedef math::Matrix_struct<Float32,3,4>

3 x 4 matrix of Float32 (underlying POD type).

See also: mi::Float32_3_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_3_struct

using mi::Float32_3_struct = typedef math::Vector_struct<Float32,3>

Vector of three Float32 (underlying POD type).

See also: mi::Float32_3 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float32_4

using mi::Float32_4 = typedef math::Vector<Float32,4>

Vector of four Float32.

See also: mi::Float32_4_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float32_4_2

using mi::Float32_4_2 = typedef math::Matrix<Float32,4,2>

4 x 2 matrix of Float32.

See also: mi::Float32_4_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_2_struct

using mi::Float32_4_2_struct = typedef math::Matrix_struct<Float32,4,2>

4 x 2 matrix of Float32 (underlying POD type).

See also: mi::Float32_4_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_3

using mi::Float32_4_3 = typedef math::Matrix<Float32,4,3>

4 x 3 matrix of Float32.

See also: mi::Float32_4_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_3_struct

using mi::Float32_4_3_struct = typedef math::Matrix_struct<Float32,4,3>

4 x 3 matrix of Float32 (underlying POD type).

See also: mi::Float32_4_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_4

using mi::Float32_4_4 = typedef math::Matrix<Float32,4,4>

4 x 4 matrix of Float32.

See also: mi::Float32_4_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_4_struct

using mi::Float32_4_4_struct = typedef math::Matrix_struct<Float32,4,4>

4 x 4 matrix of Float32 (underlying POD type).

See also: mi::Float32_4_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float32 for the type of the matrix components

^◆ Float32_4_struct

using mi::Float32_4_struct = typedef math::Vector_struct<Float32,4>

Vector of four Float32 (underlying POD type).

See also: mi::Float32_4 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float32 for the type of the vector components

^◆ Float64_2

using mi::Float64_2 = typedef math::Vector<Float64,2>

Vector of two Float64.

See also: mi::Float64_2_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Float64_2_2

using mi::Float64_2_2 = typedef math::Matrix<Float64,2,2>

2 x 2 matrix of Float64.

See also: mi::Float64_2_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_2_struct

using mi::Float64_2_2_struct = typedef math::Matrix_struct<Float64,2,2>

2 x 2 matrix of Float64 (underlying POD type).

See also: mi::Float64_2_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_3

using mi::Float64_2_3 = typedef math::Matrix<Float64,2,3>

2 x 3 matrix of Float64.

See also: mi::Float64_2_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_3_struct

using mi::Float64_2_3_struct = typedef math::Matrix_struct<Float64,2,3>

2 x 3 matrix of Float64 (underlying POD type).

See also: mi::Float64_2_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_4

using mi::Float64_2_4 = typedef math::Matrix<Float64,2,4>

2 x 4 matrix of Float64.

See also: mi::Float64_2_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_4_struct

using mi::Float64_2_4_struct = typedef math::Matrix_struct<Float64,2,4>

2 x 4 matrix of Float64 (underlying POD type).

See also: mi::Float64_2_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_2_struct

using mi::Float64_2_struct = typedef math::Vector_struct<Float64,2>

Vector of two Float64 (underlying POD type).

See also: mi::Float64_2 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Float64_3

using mi::Float64_3 = typedef math::Vector<Float64,3>

Vector of three Float64.

See also: mi::Float64_3_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Float64_3_2

using mi::Float64_3_2 = typedef math::Matrix<Float64,3,2>

3 x 2 matrix of Float64.

See also: mi::Float64_3_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_2_struct

using mi::Float64_3_2_struct = typedef math::Matrix_struct<Float64,3,2>

3 x 2 matrix of Float64 (underlying POD type).

See also: mi::Float64_3_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_3

using mi::Float64_3_3 = typedef math::Matrix<Float64,3,3>

3 x 3 matrix of Float64.

See also: mi::Float64_3_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_3_struct

using mi::Float64_3_3_struct = typedef math::Matrix_struct<Float64,3,3>

3 x 3 matrix of Float64 (underlying POD type).

See also: mi::Float64_3_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_4

using mi::Float64_3_4 = typedef math::Matrix<Float64,3,4>

3 x 4 matrix of Float64.

See also: mi::Float64_3_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_4_struct

using mi::Float64_3_4_struct = typedef math::Matrix_struct<Float64,3,4>

3 x 4 matrix of Float64 (underlying POD type).

See also: mi::Float64_3_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_3_struct

using mi::Float64_3_struct = typedef math::Vector_struct<Float64,3>

Vector of three Float64 (underlying POD type).

See also: mi::Float64_3 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Float64_4

using mi::Float64_4 = typedef math::Vector<Float64,4>

Vector of four Float64.

See also: mi::Float64_4_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Float64_4_2

using mi::Float64_4_2 = typedef math::Matrix<Float64,4,2>

4 x 2 matrix of Float64.

See also: mi::Float64_4_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_2_struct

using mi::Float64_4_2_struct = typedef math::Matrix_struct<Float64,4,2>

4 x 2 matrix of Float64 (underlying POD type).

See also: mi::Float64_4_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_3

using mi::Float64_4_3 = typedef math::Matrix<Float64,4,3>

4 x 3 matrix of Float64.

See also: mi::Float64_4_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_3_struct

using mi::Float64_4_3_struct = typedef math::Matrix_struct<Float64,4,3>

4 x 3 matrix of Float64 (underlying POD type).

See also: mi::Float64_4_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_4

using mi::Float64_4_4 = typedef math::Matrix<Float64,4,4>

4 x 4 matrix of Float64.

See also: mi::Float64_4_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_4_struct

using mi::Float64_4_4_struct = typedef math::Matrix_struct<Float64,4,4>

4 x 4 matrix of Float64 (underlying POD type).

See also: mi::Float64_4_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Float64 for the type of the matrix components

^◆ Float64_4_struct

using mi::Float64_4_struct = typedef math::Vector_struct<Float64,4>

Vector of four Float64 (underlying POD type).

See also: mi::Float64_4 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Float64 for the type of the vector components

^◆ Sint32_2

using mi::Sint32_2 = typedef math::Vector<Sint32,2>

Vector of two Sint32.

See also: mi::Sint32_2_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Sint32_2_2

using mi::Sint32_2_2 = typedef math::Matrix<Sint32,2,2>

2 x 2 matrix of Sint32.

See also: mi::Sint32_2_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_2_struct

using mi::Sint32_2_2_struct = typedef math::Matrix_struct<Sint32,2,2>

2 x 2 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_2_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_3

using mi::Sint32_2_3 = typedef math::Matrix<Sint32,2,3>

2 x 3 matrix of Sint32.

See also: mi::Sint32_2_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_3_struct

using mi::Sint32_2_3_struct = typedef math::Matrix_struct<Sint32,2,3>

2 x 3 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_2_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_4

using mi::Sint32_2_4 = typedef math::Matrix<Sint32,2,4>

2 x 4 matrix of Sint32.

See also: mi::Sint32_2_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_4_struct

using mi::Sint32_2_4_struct = typedef math::Matrix_struct<Sint32,2,4>

2 x 4 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_2_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_2_struct

using mi::Sint32_2_struct = typedef math::Vector_struct<Sint32,2>

Vector of two Sint32 (underlying POD type).

See also: mi::Sint32_2 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Sint32_3

using mi::Sint32_3 = typedef math::Vector<Sint32,3>

Vector of three Sint32.

See also: mi::Sint32_3_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Sint32_3_2

using mi::Sint32_3_2 = typedef math::Matrix<Sint32,3,2>

3 x 2 matrix of Sint32.

See also: mi::Sint32_3_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_2_struct

using mi::Sint32_3_2_struct = typedef math::Matrix_struct<Sint32,3,2>

3 x 2 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_3_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_3

using mi::Sint32_3_3 = typedef math::Matrix<Sint32,3,3>

3 x 3 matrix of Sint32.

See also: mi::Sint32_3_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_3_struct

using mi::Sint32_3_3_struct = typedef math::Matrix_struct<Sint32,3,3>

3 x 3 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_3_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_4

using mi::Sint32_3_4 = typedef math::Matrix<Sint32,3,4>

3 x 4 matrix of Sint32.

See also: mi::Sint32_3_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_4_struct

using mi::Sint32_3_4_struct = typedef math::Matrix_struct<Sint32,3,4>

3 x 4 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_3_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_3_struct

using mi::Sint32_3_struct = typedef math::Vector_struct<Sint32,3>

Vector of three Sint32 (underlying POD type).

See also: mi::Sint32_3 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Sint32_4

using mi::Sint32_4 = typedef math::Vector<Sint32,4>

Vector of four Sint32.

See also: mi::Sint32_4_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Sint32_4_2

using mi::Sint32_4_2 = typedef math::Matrix<Sint32,4,2>

4 x 2 matrix of Sint32.

See also: mi::Sint32_4_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_2_struct

using mi::Sint32_4_2_struct = typedef math::Matrix_struct<Sint32,4,2>

4 x 2 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_4_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_3

using mi::Sint32_4_3 = typedef math::Matrix<Sint32,4,3>

4 x 3 matrix of Sint32.

See also: mi::Sint32_4_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_3_struct

using mi::Sint32_4_3_struct = typedef math::Matrix_struct<Sint32,4,3>

4 x 3 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_4_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_4

using mi::Sint32_4_4 = typedef math::Matrix<Sint32,4,4>

4 x 4 matrix of Sint32.

See also: mi::Sint32_4_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_4_struct

using mi::Sint32_4_4_struct = typedef math::Matrix_struct<Sint32,4,4>

4 x 4 matrix of Sint32 (underlying POD type).

See also: mi::Sint32_4_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Sint32 for the type of the matrix components

^◆ Sint32_4_struct

using mi::Sint32_4_struct = typedef math::Vector_struct<Sint32,4>

Vector of four Sint32 (underlying POD type).

See also: mi::Sint32_4 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Sint32 for the type of the vector components

^◆ Spectrum

using mi::Spectrum = typedef math::Spectrum

Spectrum class.

See also: mi::Spectrum_struct for the corresponding POD type and mi::math::Spectrum for the source of the typedef

^◆ Spectrum_struct

using mi::Spectrum_struct = typedef math::Spectrum_struct

Spectrum class (underlying POD type).

See also: mi::Spectrum for the corresponding non-POD type and mi::math::Spectrum_struct for the source of the typedef

^◆ Uint32_2

using mi::Uint32_2 = typedef math::Vector<Uint32,2>

Vector of two Uint32.

See also: mi::Uint32_2_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Uint32 for the type of the vector components

^◆ Uint32_2_2

using mi::Uint32_2_2 = typedef math::Matrix<Uint32,2,2>

2 x 2 matrix of Uint32.

See also: mi::Uint32_2_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_2_struct

using mi::Uint32_2_2_struct = typedef math::Matrix_struct<Uint32,2,2>

2 x 2 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_2_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_3

using mi::Uint32_2_3 = typedef math::Matrix<Uint32,2,3>

2 x 3 matrix of Uint32.

See also: mi::Uint32_2_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_3_struct

using mi::Uint32_2_3_struct = typedef math::Matrix_struct<Uint32,2,3>

2 x 3 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_2_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_4

using mi::Uint32_2_4 = typedef math::Matrix<Uint32,2,4>

2 x 4 matrix of Uint32.

See also: mi::Uint32_2_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_4_struct

using mi::Uint32_2_4_struct = typedef math::Matrix_struct<Uint32,2,4>

2 x 4 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_2_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_2_struct

using mi::Uint32_2_struct = typedef math::Vector_struct<Uint32,2>

Vector of two Uint32 (underlying POD type).

See also: mi::Uint32_2 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Uint32 for the type of the vector components

^◆ Uint32_3

using mi::Uint32_3 = typedef math::Vector<Uint32,3>

Vector of three Uint32.

See also: mi::Uint32_3_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Uint32 for the type of the vector components

^◆ Uint32_3_2

using mi::Uint32_3_2 = typedef math::Matrix<Uint32,3,2>

3 x 2 matrix of Uint32.

See also: mi::Uint32_3_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_2_struct

using mi::Uint32_3_2_struct = typedef math::Matrix_struct<Uint32,3,2>

3 x 2 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_3_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_3

using mi::Uint32_3_3 = typedef math::Matrix<Uint32,3,3>

3 x 3 matrix of Uint32.

See also: mi::Uint32_3_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_3_struct

using mi::Uint32_3_3_struct = typedef math::Matrix_struct<Uint32,3,3>

3 x 3 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_3_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_4

using mi::Uint32_3_4 = typedef math::Matrix<Uint32,3,4>

3 x 4 matrix of Uint32.

See also: mi::Uint32_3_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_4_struct

using mi::Uint32_3_4_struct = typedef math::Matrix_struct<Uint32,3,4>

3 x 4 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_3_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_3_struct

using mi::Uint32_3_struct = typedef math::Vector_struct<Uint32,3>

Vector of three Uint32 (underlying POD type).

See also: mi::Uint32_3 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Uint32 for the type of the vector components

^◆ Uint32_4

using mi::Uint32_4 = typedef math::Vector<Uint32,4>

Vector of four Uint32.

See also: mi::Uint32_4_struct for the corresponding POD type, mi::math::Vector for the underlying template class, and mi::Uint32 for the type of the vector components

^◆ Uint32_4_2

using mi::Uint32_4_2 = typedef math::Matrix<Uint32,4,2>

4 x 2 matrix of Uint32.

See also: mi::Uint32_4_2_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_2_struct

using mi::Uint32_4_2_struct = typedef math::Matrix_struct<Uint32,4,2>

4 x 2 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_4_2_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_3

using mi::Uint32_4_3 = typedef math::Matrix<Uint32,4,3>

4 x 3 matrix of Uint32.

See also: mi::Uint32_4_3_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_3_struct

using mi::Uint32_4_3_struct = typedef math::Matrix_struct<Uint32,4,3>

4 x 3 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_4_3_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_4

using mi::Uint32_4_4 = typedef math::Matrix<Uint32,4,4>

4 x 4 matrix of Uint32.

See also: mi::Uint32_4_4_struct for the corresponding POD type, mi::math::Matrix for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_4_struct

using mi::Uint32_4_4_struct = typedef math::Matrix_struct<Uint32,4,4>

4 x 4 matrix of Uint32 (underlying POD type).

See also: mi::Uint32_4_4_struct for the corresponding non-POD type, mi::math::Matrix_struct for the underlying template class, and mi::Uint32 for the type of the matrix components

^◆ Uint32_4_struct

using mi::Uint32_4_struct = typedef math::Vector_struct<Uint32,4>

Vector of four Uint32 (underlying POD type).

See also: mi::Uint32_4 for the corresponding non-POD type, mi::math::Vector_struct for the underlying template class, and mi::Uint32 for the type of the vector components

Classes

Typedefs

Detailed Description

Typedef Documentation

◆ Bbox3

◆ Bbox3_struct

◆ Boolean_2

◆ Boolean_2_2

◆ Boolean_2_2_struct

◆ Boolean_2_3

◆ Boolean_2_3_struct

◆ Boolean_2_4

◆ Boolean_2_4_struct

◆ Boolean_2_struct

◆ Boolean_3

◆ Boolean_3_2

◆ Boolean_3_2_struct

◆ Boolean_3_3

◆ Boolean_3_3_struct

◆ Boolean_3_4

◆ Boolean_3_4_struct

◆ Boolean_3_struct

◆ Boolean_4

◆ Boolean_4_2

◆ Boolean_4_2_struct

◆ Boolean_4_3

◆ Boolean_4_3_struct

◆ Boolean_4_4

◆ Boolean_4_4_struct

◆ Boolean_4_struct

◆ Color

◆ Color_struct

◆ Float32_2

◆ Float32_2_2

◆ Float32_2_2_struct

◆ Float32_2_3

◆ Float32_2_3_struct

◆ Float32_2_4

◆ Float32_2_4_struct

◆ Float32_2_struct

◆ Float32_3

◆ Float32_3_2

◆ Float32_3_2_struct

◆ Float32_3_3

◆ Float32_3_3_struct

◆ Float32_3_4

◆ Float32_3_4_struct

◆ Float32_3_struct

◆ Float32_4

◆ Float32_4_2

◆ Float32_4_2_struct

◆ Float32_4_3

◆ Float32_4_3_struct

◆ Float32_4_4

◆ Float32_4_4_struct

◆ Float32_4_struct

◆ Float64_2

◆ Float64_2_2

◆ Float64_2_2_struct

◆ Float64_2_3

◆ Float64_2_3_struct

◆ Float64_2_4

◆ Float64_2_4_struct

◆ Float64_2_struct

◆ Float64_3

◆ Float64_3_2

◆ Float64_3_2_struct

◆ Float64_3_3

◆ Float64_3_3_struct

◆ Float64_3_4

◆ Float64_3_4_struct

◆ Float64_3_struct

◆ Float64_4

◆ Float64_4_2

◆ Float64_4_2_struct

◆ Float64_4_3

◆ Float64_4_3_struct

◆ Float64_4_4

◆ Float64_4_4_struct

◆ Float64_4_struct