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LinearAlgebra[Modular]

  

Transpose

  

compute the transpose of a mod m Matrix or Vector

 

Calling Sequence

Parameters

Description

Examples

Calling Sequence

Transpose(m, A, inplace)

Parameters

m

-

modulus

A

-

mod m Matrix or Vector

inplace

-

(optional) keyword for inplace operation on square Matrix

Description

• 

The Transpose function returns the transpose of the input mod m Matrix or Vector.

  

It uses the more flexible mod m Copy function to compute the transpose.

• 

If A is a square Matrix, the transpose can be performed in-place.

• 

This command is part of the LinearAlgebra[Modular] package, so it can be used in the form Transpose(..) only after executing the command with(LinearAlgebra[Modular]).  However, it can always be used in the form LinearAlgebra[Modular][Transpose](..).

Examples

withLinearAlgebra[Modular]:

p97

p:=97

(1)

MModp,Matrix3,4,i,j→rand,integer[]

M:=779610865836802244396039

(2)

Transposep,M

775844963639108060862239

(3)

V1Modp,Vector[row]3,i→rand,float[8]

V1:=43.12.55.

(4)

Transposep,V1

43.12.55.

(5)

V2Modp,Vector[column]3,i→rand,float[8]

V2:=2.24.71.

(6)

Transposep,V2

2.24.71.

(7)

Copyp,V2,'transpose'

2.24.71.

(8)

Multiplyp,Transposep,V2,V2

92.

(9)

MCreatep,3,3,random,integer

M:=4387658150697638

(10)

Transposep,M,inplace:

M

4358698157676038

(11)

See Also

LinearAlgebra/Details

LinearAlgebra[Modular]

LinearAlgebra[Modular][Copy]

LinearAlgebra[Modular][Create]

LinearAlgebra[Modular][Mod]

LinearAlgebra[Modular][Multiply]

 


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