g05tl generates a vector of pseudorandom integers uniformly distributed over the interval .
Syntax
C# |
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public static void g05tl( int n, int a, int b, G05..::..G05State g05state, int[] x, out int ifail ) |
Visual Basic |
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Public Shared Sub g05tl ( _ n As Integer, _ a As Integer, _ b As Integer, _ g05state As G05..::..G05State, _ x As Integer(), _ <OutAttribute> ByRef ifail As Integer _ ) |
Visual C++ |
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public: static void g05tl( int n, int a, int b, G05..::..G05State^ g05state, array<int>^ x, [OutAttribute] int% ifail ) |
F# |
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static member g05tl : n : int * a : int * b : int * g05state : G05..::..G05State * x : int[] * ifail : int byref -> unit |
Parameters
- n
- Type: System..::..Int32On entry: , the number of pseudorandom numbers to be generated.Constraint: .
- a
- Type: System..::..Int32On entry: the end points and of the uniform distribution.Constraint: .
- b
- Type: System..::..Int32On entry: the end points and of the uniform distribution.Constraint: .
- g05state
- Type: NagLibrary..::..G05..::..G05StateAn Object of type G05.G05State.
- x
- Type: array<System..::..Int32>[]()[][]An array of size [n]On exit: the pseudorandom numbers from the specified uniform distribution.
- ifail
- Type: System..::..Int32%On exit: unless the method detects an error or a warning has been flagged (see [Error Indicators and Warnings]).
Description
g05tl generates the next values from a uniform generator (see g05sa for details) and applies the transformation
where is the integer part of the real value . The method ensures that the values lie in the closed interval .
One of the initialization methods (G05KFF not in this release) (for a repeatable sequence if computed sequentially) or (G05KGF not in this release) (for a non-repeatable sequence) must be called prior to the first call to g05tl.
References
Knuth D E (1981) The Art of Computer Programming (Volume 2) (2nd Edition) Addison–Wesley
Error Indicators and Warnings
Errors or warnings detected by the method:
- On entry, .
- On entry, .
On entry, state vector was not initialized or has been corrupted.
Accuracy
Not applicable.
Parallelism and Performance
None.
Further Comments
None.