Maple leaf vector12/23/2023 This operation is not recursive (the unwrapping is carried out only one level). Any such sublists are unwrapped, replacing the sublists with the expression sequence of their entries. If init is a list, then it is first scanned to see if any of its entries are themselves lists. Therefore, the size of the initializing Vector must be less than or equal to the size of the resulting Vector. It is an error to specify entries for locations that are outside the index range of the resulting Vector. The Vector constructor accepts another Vector as an initializer for the entries. The indexing in the Array is shifted to be 1 -based. The set of equations must take the form j = where j is a positive integer (that is, Vector index). (The table may include entries for indices of other forms. The table is referenced by index of the form where j is a positive integer (that is, Vector index). The expression is evaluated as a function (or procedure) which takes a positive integer as an argument (that is, Vector index) and returns the value of the corresponding entry of the Vector. The procedure must accept a positive integer as an argument (that is, Vector index) and return the value for the corresponding entry in the Vector. (The number of elements, n, must be provided in the calling sequence if init is an expression, table, or set.) Parameter init can take any one of the following forms. The Vector(n, init) function constructs an n -element column Vector whose initial entries are determined by parameter init (and parameter f if all of the entries in the Vector are not set by init ). The Vector(init) function constructs a Vector whose shape and entries are determined by parameter init. If the orientation option is omitted, a column Vector is returned. If the number of elements is not provided, it defaults to 0. The Vector(n) function constructs an n -element column Vector whose entries are determined by the fill value in parameter f (default = 0). In particular, if no parameters are specified, the result is a size 0 Vector (that is, an element of a zero-dimensional vector space). However, enough information must be provided in the calling sequence for the mathematical shape of the Vector and the storage requirements for its entries to be determined. In Vector(.), all parameters are optional. The specialized Maple packages for computing with vectors are VectorCalculus and Physics/Vectors. It is one of the principal data structures on which the LinearAlgebra routines operate. The Vector(.) function ( vector ) is the constructor for the Vector data structure. (optional) equation of the form orientation=name, where name is either row or column specifies Vector orientation (optional) equation of the form attributes=list, where list contains permitted attributes specifies additional mathematical properties of the Vector (optional) equation of the form fill=value, where value is of the type specified by the dt parameter specifies Vector entries at locations not otherwise set (optional) equation of the form datatype=name, where name is any Maple type, float, float, double, complex, or integer for n =1,2,4, or 8 type of data stored in Vector (optional) equation of the form storage=name, where name is a permitted storage mode storage requirements for Vector entries (optional) equation of the form shape=name or shape=list specifying one or more built-in or user-defined indexing functions storage allocation for Vector entries (optional) equation of the form symbol=name specifies the symbolic name to be used for the Vector entries (optional) equation of the form readonly=true or false specify whether Vector entries can be changed (optional) Maple procedure, table, Array, Vector, set of equations, list, or expression of type algebraic initial values for the Vector (optional) non-negative integer or integer range starting at 1 number of elements in the Vector Vector( n, init, ro, sym, sh, st, dt, f, a, o )
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