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linalg(deprecated)[vector] - create a vector

Calling Sequence

vector([x1, ..., xn])

vector(n, [x1, ..., xn])

vector(n)

vector(n, f)

Parameters

x[1], ..., x[n]

-

vector elements of type algebraic

n

-

length of the vector

f

-

function used to create the vector elements

Description

• 

Important: The linalg package has been deprecated. Use the superseding command, Vector, instead.

  

- For information on migrating linalg code to the new packages, see examples/LinearAlgebraMigration.

• 

The vector function is part of the linalg package. It provides a simplified syntax for creating vectors. For a general description of vectors in Maple, see the information under vector.

• 

The calls vector([x1, ..., xn]) and vector(n, [x1, ..., xn]) will produce a vector (a one-dimensional array) of length n containing the given elements.

• 

The call vector(n) will produce a vector of length n with unspecified elements.

• 

The call vector(n, f) will produce a vector of length n whose elements are the result of the function f acting on the index of the vector. Thus vector(n, f) is equivalent to vector(1..n, [f(1), f(2), ..., f(n)]).

• 

Since vectors are represented as one-dimensional arrays, see information under array for further details about how to work with vectors.

• 

The command with(linalg,vector) allows the use of the abbreviated form of this command.

  

Note:  The online documentation in Maple uses the convention that vector (lowercase "v") refers to an array-based vector used by routines in the linalg package, and Vector (uppercase "V") refers to an rtable-based Vector used by routines in the LinearAlgebra package. See LA_general for more information about linear algebra computations in Maple.

Examples

Important: The linalg package has been deprecated. Use the superseding command, Vector, instead.

withlinalg:

5463

5463

(1)

vector4

`?`1`?`2`?`3`?`4

(2)

vector4,0

0000

(3)

f:=x→x2:

v:=vector4,f

v:=14916

(4)

v2

4

(5)

See Also

array(deprecated), linalg(deprecated)[matrix], linalg(deprecated)[randvector], linalg(deprecated)[vectdim], linalg(deprecated)[vector], LinearAlgebra, Matrix, Vector


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