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.TH HPL_jumpit 3 "September 10, 2008" "HPL 2.0" "HPL Library Functions"
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.SH NAME
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HPL_jumpit \- jump into the random sequence.
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.SH SYNOPSIS
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\fB\&#include "hpl.h"\fR
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\fB\&void\fR
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\fB\&HPL_jumpit(\fR
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\fB\&int *\fR
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\fI\&MULT\fR,
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\fB\&int *\fR
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\fI\&IADD\fR,
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\fB\&int *\fR
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\fI\&IRANN\fR,
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\fB\&int *\fR
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\fI\&IRANM\fR
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\fB\&);\fR
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.SH DESCRIPTION
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\fB\&HPL_jumpit\fR
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jumps in the random sequence from the number  X(n) encoded
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in IRANN to the number  X(m)  encoded in  IRANM using the constants A
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and C encoded in MULT and IADD: X(m) = A * X(n) + C.  The constants A
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and C obviously depend on m and n,  see  the function  HPL_xjumpm  in
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order to initialize them.
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.SH ARGUMENTS
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.TP 8
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MULT    (local input)           int *
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On entry, MULT is an array of dimension 2, that contains the
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16-lower and 15-higher bits of the constant A.
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.TP 8
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IADD    (local input)           int *
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On entry, IADD is an array of dimension 2, that contains the
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16-lower and 15-higher bits of the constant C.
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.TP 8
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IRANN   (local input)           int *
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On entry,  IRANN  is an array of dimension 2,  that contains
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the 16-lower and 15-higher bits of the encoding of X(n).
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.TP 8
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IRANM   (local output)          int *
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On entry,  IRANM  is an array of dimension 2.  On exit, this
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array contains respectively the 16-lower and  15-higher bits
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of the encoding of X(m).
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.SH SEE ALSO
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.BR HPL_ladd \ (3),
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.BR HPL_lmul \ (3),
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.BR HPL_setran \ (3),
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.BR HPL_xjumpm \ (3),
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.BR HPL_rand \ (3).