TypeArithmetic2

MLModule

genre	NonScalar
author	MeVis Medical Solutions AG
package	MeVisLab/Standard
dll	MLTypeSupport
definition	MLTypeSupport.def
see also	TypeComposer, TypeFromScalars, TypeFromDimension, Info, TypeDecomposer, TypeArithmetic1, Arithmetic0, Arithmetic1, Arithmetic2, ComplexArithmetic1, ComplexArithmetic2
keywords	binary, dual, double, arithmetics, extended, carrier, datatype, converters, reformats, conversions, matrix, tensor, vector, complex, operations, tensorarithmetic

Purpose

The module TypeArithmetic2 offers a large number of operations to calculate results from identical or different (non) scalar voxels from two input images.

Depending on the selected operation, the supported voxel types are vec2, vec2f, complexf, complexd, complexld, quaternionf, quaterniond, quaternionld, vec3-vec10, vec3f-vecf10, vec16, vecf16, vec32, vecf32, vec64, vecf64, mat2, matf2, mat3, matf3, mat4, matf4, mat5, matf5, mat6, matf6, Vector16, Vector, and Vector64.

Details

• Integer voxel components are converted to double voxel components before being used inside the module. This means that Vector16, Vector, and Vector64 are converted to vec6 voxels before using them internally.

• Internally, all operations are always calculated either with float or double vector or matrix voxels. This means that other types, such as the two-component types vecf2, complexf, complexd, and complexld, are implicitly handled as type vec2 or vecf2; all four-component types, such as quaternionf, quaterniond, and quaternionld, are implicitly handled as vec4 or vecf4; and all six-component types, such as vecf6, Vector16, Vector, and Vector64, are implicitly handled as vec6 or vecf6.

• If input voxel types are composed of both float and double components, then the lower precision of both is used as the component type for the output image. For example, if a vecf3 voxel image is multiplied with a mat3 voxel image, then the result voxel will be a vecf3. If the usage of double components shall be forced, then the float component type must be cast appropriately to a comparable double-typed one.

• If explicit operations on complex voxels are needed, then the dedicated modules for complex arithmetic, such as ComplexArithmetic1, ComplexArithmetic2, ComplexToReal, or complex modules from ITK should be used instead of TypeArithmetic2.

Windows

Default Panel

Input Fields

input0

name: input0, type: Image

input1

name: input1, type: Image

Output Fields

output0

name: output0, type: Image

Parameter Fields

Visible Fields

Operation

name: operation, type: Enum, default: Vec or Mat Plus Scalar To Vec or Mat

Defines the operation to calculate output voxels from input1 and input2 voxels.

Values:

Title	Name	Description
Vec or Mat Plus Scalar To Vec or Mat	Vec or Mat Plus Scalar To Vec or Mat	Scalar addition of a scalar to any vector or matrix type results in a vector or matrix.
Vec or Mat Minus Scalar To Vec or Mat	Vec or Mat Minus Scalar To Vec or Mat	Scalar subtraction of any vector or matrix type from a scalar results in a vector or matrix.
Vec or Mat Multiplied by Scalar To Vec or Mat	Vec or Mat Multiplied by Scalar To Vec or Mat	Scalar multiplication of a scalar with any vector or matrix type results in a vector or matrix.
Vec or Mat Divided by Scalar To Vec or Mat	Vec or Mat Divided by Scalar To Vec or Mat	Scalar division of a scalar by any vector or matrix type results in a vector or matrix. Divisions by zero will result in -DBL_MIN or DBL_MIN if negative or positive values are divided by zero, respectively.
Vec or Mat Component-wise Plus Vec or Mat To Vec or Mat	Vec or Mat Component-wise Plus Vec or Mat To Vec or Mat	Component-wise addition of a vector or matrix with another vector or matrix results in a vector or matrix.
Vec or Mat Component-wise Minus Vec or Mat To Vec or Mat	Vec or Mat Component-wise Minus Vec or Mat To Vec or Mat	Component-wise subtraction of a vector or matrix from another vector or matrix results in a vector or matrix.
Vec or Mat Component-wise Multiplied by Vec or Mat To Vec or Mat	Vec or Mat Component-wise Multiplied by Vec or Mat To Vec or Mat	Component-wise multiplication of a vector or matrix with another vector or matrix results in a vector or matrix.
Vec or Mat Component-wise Divided By Vec or Mat To Vec or Mat	Vec or Mat Component-wise Divided By Vec or Mat To Vec or Mat	Component-wise division of a vector or matrix by another vector or matrix results in a vector or matrix. Divisions by zero will result in -DBL_MIN or DBL_MIN if negative or positive values are divided by zero, respectively.
Mat x Mat To Mat	Mat x Mat To Mat	Matrix multiplication of a matrix with another matrix results in a matrix. Supported are mat[f][2,3,4,5,6] x mat[f][2,3,4,5,6].
Vec2 x Vec2 To Vec3	Vec2 x Vec2 To Vec3	Vector product of a vec[f][2] and a vec[f][2] (with the third component equal to 0) results in a vec[3].
Vec3 x Vec3 To Vec3	Vec3 x Vec3 To Vec3	Vector product of a vec3 and a vec3 results in a vec3.
Vec Dot Vec To Double	Vec Dot Vec To Double	Scalar product of a vector with another vector results in a double.
Angle Between Vectors	Angle Between Vectors	Angle between two vectors.
Compute Maximum Vector Components	Compute Maximum Vector Components	Compare two vectors component-wise and return the maximum values in a new vector.
Compute Minimum Vector Components	Compute Minimum Vector Components	Compare two vectors component-wise and return the minimum values in a new vector.
Vec2 Dyadic Prod Vec2 To Mat2	Vec2 DyadicProd Vec2 To Mat2	Dyadic product of a vec[f]2 and a vec[f]2 results in a mat[2].
Vec3 Dyadic Prod Vec3 To Mat3	Vec3 DyadicProd Vec3 To Mat3	Dyadic product of a vec[f]3 and a vec[f]3 results in a mat3.
Vec4 Dyadic Prod Vec4 To Mat4	Vec4 DyadicProd Vec4 To Mat4	Dyadic product of a vec[f]4 and a vec[f]4 results in a mat4.
Vec5 Dyadic Prod Vec5 To Mat5	Vec5 DyadicProd Vec5 To Mat5	Dyadic product of a vec[f]5 and a vec[f]5 results in a mat5.
Vec6 Dyadic Prod Vec6 To Mat6	Vec6 DyadicProd Vec6 To Mat6	Dyadic product of a vec[f]6 and a vec[f]6 results in a mat6.
Vec x Mat To Vec	Vec x Mat To Vec	Multiplication of a vector with a matrix results in a vector. Supported are vec[f][2,3,4,5,6] x mat[f][2,3,4,5,6].
Mat x Vec To Vec	Mat x Vec To Vec	Multiplication of a matrix with a vector results in a vector. Supported are mat[f][2,3,4,5,6] x vec[f][2,3,4,5,6].
Vec4 x Mat4 To Vec3	Vec4 x Mat4 To Vec3	Multiplication of a vec4 with a mat4 results in a rescaling to 3D, which is then written to a vec3.
Mat4 x Vec4 To Vec3	Mat4 x Vec4 To Vec3	Multiplication of a mat4 with a vec4 results in a rescaling to 3D, which is then written to a vec3.
Affine Point3 x Mat4 To Vec3	AffinePoint3 x Mat4 To Vec3	Multiplication of an affine point in 3D with a mat4 results in a rescaling to 3D, which is then written to a vec3.
Mat4 x Affine Point3 To Vec3	Mat4 x AffinePoint3 To Vec3	Multiplication of a mat4 with an affine point in 3D results in a rescaling to 3D, which is then written to a vec3.
Affine Vector3 x Mat4 To Vec3	AffineVector3 x Mat4 To Vec3	Multiplication of an affine vector in 3D with a mat4, which is then written to a vec3.
Mat4 x Affine Vector3 To Vec3	Mat4 x AffineVector3 To Vec3	Multiplication of a mat4 with an affine vector in 3D, which is then written to a vec3.