.TH "SRC/la_constants.f90" 3 "Version 3.12.0" "LAPACK" \" -*- nroff -*-
.ad l
.nh
.SH NAME
SRC/la_constants.f90
.SH SYNOPSIS
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.PP
.SS "Modules"

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.RI "module \fBla_constants\fP"
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.RI "\fBLA_CONSTANTS\fP is a module for the scaling constants for the compiled Fortran single and double precisions "
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.SS "Variables"

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.RI "integer, parameter \fBla_constants::sp\fP = kind(1\&.e0)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::szero\fP = 0\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::shalf\fP = 0\&.5_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sone\fP = 1\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::stwo\fP = 2\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sthree\fP = 3\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sfour\fP = 4\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::seight\fP = 8\&.0_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sten\fP = 10\&.0_sp"
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.RI "complex(\fBsp\fP), parameter \fBla_constants::czero\fP = ( 0\&.0_sp, 0\&.0_sp )"
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.RI "complex(\fBsp\fP), parameter \fBla_constants::chalf\fP = ( 0\&.5_sp, 0\&.0_sp )"
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.RI "complex(\fBsp\fP), parameter \fBla_constants::cone\fP = ( 1\&.0_sp, 0\&.0_sp )"
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.RI "character *1, parameter \fBla_constants::sprefix\fP = 'S'"
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.RI "character *1, parameter \fBla_constants::cprefix\fP = 'C'"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sulp\fP = epsilon(0\&._sp)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::seps\fP = \fBsulp\fP * 0\&.5_sp"
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.RI "real(\fBsp\fP), parameter \fBla_constants::ssafmin\fP = real(radix(0\&._sp), \fBsp\fP)**max( minexponent(0\&._sp)\-1, 1\-maxexponent(0\&._sp) )"
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.RI "real(\fBsp\fP), parameter \fBla_constants::ssafmax\fP = \fBsone\fP / \fBssafmin\fP"
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.RI "real(\fBsp\fP), parameter \fBla_constants::ssmlnum\fP = \fBssafmin\fP / \fBsulp\fP"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sbignum\fP = \fBssafmax\fP * \fBsulp\fP"
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.RI "real(\fBsp\fP), parameter \fBla_constants::srtmin\fP = sqrt(\fBssmlnum\fP)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::srtmax\fP = sqrt(\fBsbignum\fP)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::stsml\fP = real(radix(0\&._sp), \fBsp\fP)**ceiling( (minexponent(0\&._sp) \- 1) * 0\&.5_sp)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::stbig\fP = real(radix(0\&._sp), \fBsp\fP)**floor( (maxexponent(0\&._sp) \- digits(0\&._sp) + 1) * 0\&.5_sp)"
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.RI "real(\fBsp\fP), parameter \fBla_constants::sssml\fP = real(radix(0\&._sp), \fBsp\fP)**( \- floor( (minexponent(0\&._sp) \- digits(0\&._sp)) * 0\&.5_sp))"
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.RI "real(\fBsp\fP), parameter \fBla_constants::ssbig\fP = real(radix(0\&._sp), \fBsp\fP)**( \- ceiling( (maxexponent(0\&._sp) + digits(0\&._sp) \- 1) * 0\&.5_sp))"
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.RI "integer, parameter \fBla_constants::dp\fP = kind(1\&.d0)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dzero\fP = 0\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dhalf\fP = 0\&.5_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::done\fP = 1\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dtwo\fP = 2\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dthree\fP = 3\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dfour\fP = 4\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::deight\fP = 8\&.0_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dten\fP = 10\&.0_dp"
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.RI "complex(\fBdp\fP), parameter \fBla_constants::zzero\fP = ( 0\&.0_dp, 0\&.0_dp )"
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.RI "complex(\fBdp\fP), parameter \fBla_constants::zhalf\fP = ( 0\&.5_dp, 0\&.0_dp )"
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.RI "complex(\fBdp\fP), parameter \fBla_constants::zone\fP = ( 1\&.0_dp, 0\&.0_dp )"
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.RI "character *1, parameter \fBla_constants::dprefix\fP = 'D'"
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.RI "character *1, parameter \fBla_constants::zprefix\fP = 'Z'"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dulp\fP = epsilon(0\&._dp)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::deps\fP = \fBdulp\fP * 0\&.5_dp"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dsafmin\fP = real(radix(0\&._dp), \fBdp\fP)**max( minexponent(0\&._dp)\-1, 1\-maxexponent(0\&._dp) )"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dsafmax\fP = \fBdone\fP / \fBdsafmin\fP"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dsmlnum\fP = \fBdsafmin\fP / \fBdulp\fP"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dbignum\fP = \fBdsafmax\fP * \fBdulp\fP"
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.RI "real(\fBdp\fP), parameter \fBla_constants::drtmin\fP = sqrt(\fBdsmlnum\fP)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::drtmax\fP = sqrt(\fBdbignum\fP)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dtsml\fP = real(radix(0\&._dp), \fBdp\fP)**ceiling( (minexponent(0\&._dp) \- 1) * 0\&.5_dp)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dtbig\fP = real(radix(0\&._dp), \fBdp\fP)**floor( (maxexponent(0\&._dp) \- digits(0\&._dp) + 1) * 0\&.5_dp)"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dssml\fP = real(radix(0\&._dp), \fBdp\fP)**( \- floor( (minexponent(0\&._dp) \- digits(0\&._dp)) * 0\&.5_dp))"
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.RI "real(\fBdp\fP), parameter \fBla_constants::dsbig\fP = real(radix(0\&._dp), \fBdp\fP)**( \- ceiling( (maxexponent(0\&._dp) + digits(0\&._dp) \- 1) * 0\&.5_dp))"
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.SH "Author"
.PP 
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