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DataTypes = [
["S", "REAL"],
["D", "DOUBLE PRECISION"],
["C", "COMPLEX"],
["Z", "COMPLEX*16 or DOUBLE COMPLEX"],
["DS", "Data type in double but solving problem using single precision"],
["ZC", "Data type in complex*16 but solving problem using complex precision"]
]
MatrixTypes = [
["BD", "bidiagonal"],
["DI", "diagonal"],
["GB", "general band"],
["GE", "general (i.e., unsymmetric, in some cases rectangular)"],
["GG", "general matrices, generalized problem (i.e., a pair of general matrices)"],
["GT", "general tridiagonal"],
["HB", "(complex) Hermitian band"],
["HE", "(complex) Hermitian"],
["HG", "upper Hessenberg matrix, generalized problem (i.e a Hessenberg and a triangular matrix)"],
["HP", "(complex) Hermitian, packed storage"],
["HS", "upper Hessenberg"],
["OP", "(real) orthogonal, packed storage"],
["OR", "(real) orthogonal"],
["PB", "symmetric or Hermitian positive definite band"],
["PO", "symmetric or Hermitian positive definite"],
["PP", "symmetric or Hermitian positive definite, packed storage"],
["PT", "symmetric or Hermitian positive definite tridiagonal"],
["SB", "(real) symmetric band"],
["SP", "symmetric, packed storage"],
["ST", "(real) symmetric tridiagonal"],
["SY", "symmetric"],
["TB", "triangular band"],
["TG", "triangular matrices, generalized problem (i.e., a pair of triangular matrices)"],
["TP", "triangular, packed storage"],
["TR", "triangular (or in some cases quasi-triangular)"],
["TZ", "trapezoidal"],
["UN", "(complex) unitary"],
["UP", "(complex) unitary, packed storageBDbidiagonal"]
]
require "numru/lapack"
include NumRu
prefix = File.dirname(__FILE__)+"/../doc"
desc = Hash.new
methods = Lapack.singleton_methods
dts = Hash.new
DataTypes.each{|cdt, dt|
cdt = cdt.downcase
dmethods = Array.new
methods.each{|m|
dmethods.push m if /^#{cdt}/ =~ m
}
dmethods.each do |m|
methods.delete m
end
mts = Array.new
MatrixTypes.each{|cmt, mt|
cmt = cmt.downcase
reg = /^#{cdt}#{cmt}/
ms = Array.new
dmethods.each{|m|
next unless reg =~ m
ms.push m
}
ms.sort!
unless ms.empty?
mts.push [cmt,mt]
dts[cmt] ||= Array.new
dts[cmt].push [cdt, dt]
File.open(File.join(prefix,"#{cdt}#{cmt}.html"),"w"){|file|
file.print <<"EOF"
<HTML>
<HEAD>
<TITLE>#{dt} routines for #{mt} matrix</TITLE>
</HEAD>
<BODY>
<A NAME="top"></A>
<H1>#{dt} routines for #{mt} matrix</H1>
<UL>
EOF
ms.each{|m|
file.print <<"EOF"
<LI><A HREF=\"##{m}\">#{m}</A></LI>
EOF
}
file.print <<"EOF"
</UL>
EOF
ms.each{|m|
file.print <<"EOF"
<A NAME="#{m}"></A>
<H2>#{m}</H2>
<PRE>
EOF
IO.popen("-") do |io|
if io # parent
file.print io.read
else # child
Lapack.send(m, :help => true)
end
end
file.print <<"EOF"
</PRE>
<A HREF="#top">go to the page top</A>
EOF
}
file.print <<"EOF"
<HR />
<A HREF="#{cdt}.html">back to matrix types</A><BR>
<A HREF="#{cdt}.html">back to data types</A>
</BODY>
</HTML>
EOF
}
end
}
unless mts.empty?
File.open(File.join(prefix,"#{cdt}.html"),"w"){|file|
file.print <<"EOF"
<HTML>
<HEAD>
<TITLE>#{dt} routines</TITLE>
</HEAD>
<BODY>
<H1>#{dt} routines</H1>
<UL>
EOF
mts.each{|cmt,mt|
file.print " <LI><A HREF=\"#{cdt}#{cmt}.html\">#{cmt.upcase}: #{mt}</A></LI>\n"
}
file.print <<"EOF"
</UL>
<HR />
<A HREF="index.html">back to index.html</A>
</BODY>
</HTML>
EOF
}
end
}
MatrixTypes.each do |cmt,mt|
cmt = cmt.downcase
if dts[cmt]
File.open(File.join(prefix,"#{cmt}.html"),"w") do |file|
file.print <<"EOF"
<HTML>
<HEAD>
<TITLE>#{mt} routines</TITLE>
</HEAD>
<BODY>
<H1>#{mt} routines</H1>
<UL>
EOF
dts[cmt].each{|cdt,dt|
file.print " <LI><A HREF=\"#{cdt}#{cmt}.html\">#{cdt.upcase}: #{dt}</A></LI>\n"
}
file.print <<"EOF"
</UL>
<HR />
<A HREF="index.html">back to index.html</A>
</BODY>
</HTML>
EOF
end
end
end
if methods.any?
File.open(File.join(prefix,"others.html"),"w") do |file|
file.print <<EOF
<HTML>
<HEAD>
<TITLE>other routines</TITLE>
</HEAD>
<BODY>
<A NAME="top"></A>
<H1>other routines</H1>
<UL>
EOF
methods.each do |m|
file.print <<EOF
<LI><A HREF=\"##{m}\">#{m}</A></LI>
EOF
end
file.print <<EOF
</UL>
EOF
methods.each do |m|
file.print <<EOF
<A NAME="#{m}"></A>
<H2>#{m}</H2>
<PRE>
EOF
IO.popen("-") do |io|
if io # parent
file.print io.read
else # child
Lapack.send(m, :help => true)
end
end
file.print <<EOF
</PRE>
<A HREF="#top">go to the page top</A>
EOF
end
file.print <<"EOF"
<HR />
<A HREF="index.html">back to index</A>
</BODY>
</HTML>
EOF
end
end
File.open(File.join(prefix,"index.html"),"w"){|file|
file.print <<"EOF"
<HTML>
<HEAD>
<TITLE>LAPACK routines</TITLE>
</HEAD>
<BODY>
<H1>Data types</H1>
<UL>
EOF
DataTypes.each{|cdt,dt|
file.print " <LI><A HREF=\"#{cdt.downcase}.html\">#{cdt}: #{dt}</A></LI>\n"
}
file.print <<"EOF"
</UL>
<H1>Matrix types</H1>
<UL>
EOF
MatrixTypes.each do |cmt,mt|
if dts[cmt.downcase]
file.print " <LI><A HREF=\"#{cmt.downcase}.html\">#{cmt}: #{mt}</A></LI>\n"
end
end
file.print <<"EOF"
</UL>
EOF
if methods.any?
file.print <<EOF
<H1>others</H1>
<UL>
<LI><A HREF=\"others.html\">others</A></LI>
</UL>
EOF
end
file.print <<"EOF"
</BODY>
</HTML>
EOF
}
|
