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testMatrix.cpp
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testMatrix.cpp
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#include <iostream>
#include <ctime>
#include "ndlexceptions.h"
#include "CMatrix.h"
using namespace std;
const double MAXDIFF=1e-13;
int testDot();
int testNorm();
int testInv();
int testCholesky();
int testRandn();
int testGemm();
int testSyrk();
int testTrmm();
int testTrsm();
int testGemv();
int testGer();
int testSyr();
int testSymm();
int testSymv();
int testSysv();
int testSyev();
int testAxpy();
int testScale();
int main()
{
int fail = 0;
time_t seconds;
time(&seconds);
ndlutil::init_genrand((unsigned long)seconds);
try
{
fail += testSyev();
fail += testInv();
fail += testCholesky();
fail += testRandn();
// Level 3 Blas
fail += testGemm();
fail += testSyrk();
fail += testTrmm();
fail += testTrsm();
// Level 2 Blas
fail += testGemv();
fail += testSymm();
fail += testSymv();
fail += testSysv();
fail += testGer();
fail += testSyr();
// Level 1 Blas
fail += testAxpy();
fail += testScale();
fail += testDot();
fail += testNorm();
cout << endl << "Total number of failures: " << fail << endl;
}
catch(ndlexceptions::FileFormatError err)
{
cerr << err.getMessage();
exit(1);
}
catch(ndlexceptions::FileReadError err)
{
cerr << err.getMessage();
exit(1);
}
catch(ndlexceptions::FileWriteError err)
{
cerr << err.getMessage();
exit(1);
}
catch(ndlexceptions::FileError err)
{
cerr << err.getMessage();
exit(1);
}
catch(ndlexceptions::Error err)
{
cerr << err.getMessage();
exit(1);
}
catch(std::bad_alloc err)
{
cerr << "Out of memory.";
exit(1);
}
catch(std::exception err)
{
cerr << "Unhandled exception.";
exit(1);
}
}
int testDot()
{
int fail = 0;
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "A");
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "B");
CMatrix C;
C.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "C");
CMatrix D;
D.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "D");
CMatrix ind1;
ind1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "i");
int i = (int)ind1.getVal(0)-1;
CMatrix ind2;
ind2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "j");
int j = (int)ind2.getVal(0)-1;
CMatrix DOT1;
DOT1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "DOT1");
CMatrix DOT2;
DOT2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "DOT2");
CMatrix DOT3;
DOT3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "DOT3");
CMatrix DOT4;
DOT4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "dotMatrixTest.mat", "DOT4");
if(abs(DOT1.getVal(0)-A.dotRowRow(j, B, j))<ndlutil::MATCHTOL)
cout << "dotRowRow matches." << endl;
else
{
cout << "FAILURE: dotRowRow." << endl;
fail++;
}
if(abs(DOT2.getVal(0)-A.dotRowCol(j, D, j))<ndlutil::MATCHTOL)
cout << "dotRowCol matches." << endl;
else
{
cout << "FAILURE: dotRowCol." << endl;
fail++;
}
if(abs(DOT3.getVal(0)-C.dotColCol(j, D, j))<ndlutil::MATCHTOL)
cout << "dotColCol matches." << endl;
else
{
cout << "FAILURE: dotColCol." << endl;
fail++;
}
if(abs(DOT4.getVal(0)-C.dotColRow(j, B, j))<ndlutil::MATCHTOL)
cout << "dotColRow matches." << endl;
else
{
cout << "FAILURE: dotColRow." << endl;
fail++;
}
return fail;
}
int testNorm()
{
int fail = 0;
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "A");
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "B");
CMatrix ind1;
ind1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "i");
int i = (int)ind1.getVal(0)-1;
CMatrix ind2;
ind2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "j");
int j = (int)ind2.getVal(0)-1;
CMatrix NORM1;
NORM1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "NORM1");
CMatrix NORM2;
NORM2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "normMatrixTest.mat", "NORM2");
if(abs(NORM1.getVal(0)-A.norm2Row(j))<ndlutil::MATCHTOL)
cout << "norm2Row matches." << endl;
else
{
cout << "FAILURE: norm2Row." << endl;
fail++;
}
if(abs(NORM2.getVal(0)-B.norm2Col(i))<ndlutil::MATCHTOL)
cout << "norm2Col matches." << endl;
else
{
cout << "FAILURE: norm2Col." << endl;
fail++;
}
cout << "Test norm not yet implemented" << endl;
return fail;
}
int testInv()
{
// implicitly tests dgetrf.
int fail = 0;
// Matrix inverse test
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "invMatrixTest.mat", "A");
CMatrix Ainv;
Ainv.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "invMatrixTest.mat", "Ainv");
A.inv();
if(Ainv.equals(A))
cout << "Matrix inverse matches." << endl;
else
{
cout << "FAILURE: Matrix inverse." << endl;
fail++;
}
return fail;
}
int testCholesky()
{
// implicitly tests dpotrf
int fail = 0;
// Lower Cholesky test.
CMatrix C;
C.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "choleskyMatrixTest.mat", "C");
C.setSymmetric(true);
CMatrix L;
L.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "choleskyMatrixTest.mat", "L");
C.chol("L");
if(L.equals(C))
{
cout << "Lower Cholesky factor matches."<< endl;
}
else
{
cout << "FAILURE: Lower Cholesky" << endl;
fail++;
}
// Upper Cholesky test.
C.trans();
CMatrix U;
U.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "choleskyMatrixTest.mat", "U");
if(U.equals(C))
cout << "Upper Cholesky factor matches."<< endl;
else
cout << "FAILURE: Upper Cholesky." << endl;
return fail;
}
int testRandn()
{
int fail = 0;
int nrows = 1000;
int ncols = 10;
// Random number test.
CMatrix normRand(nrows, ncols);
normRand.randn();
CMatrix mean = meanCol(meanRow(normRand));
if(abs(mean.getVal(0))<1e-2)
cout << "randn mean matches." << endl;
else
{
cout << "POSSIBLE FAILURE: randn mean " << mean.getVal(0) << "." << endl;
fail++;
}
normRand *= normRand;
CMatrix var = meanCol(meanRow(normRand));
if(abs(var.getVal(0)-1)<1e-2)
cout << "randn variance matches." << endl;
else
{
cout << "POSSIBLE FAILURE: randn variance " << var.getVal(0) << "." << endl;
fail++;
}
// TODO Check variance as well ... not sure of best way of checking randn!
return fail;
}
int testGemm()
{
int fail = 0;
// gemm test
CMatrix D;
D.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "D");
CMatrix E;
E.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "E");
CMatrix F;
F.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "F");
CMatrix G;
G.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "G");
CMatrix H;
H.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "H");
CMatrix alph;
alph.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "alpha");
double alpha = alph.getVal(0);
CMatrix bet;
bet.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "beta");
double beta = bet.getVal(0);
// "n" "n" test
CMatrix GEMM1;
GEMM1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "GEMM1");
F.gemm(D, E, alpha, beta, "n", "N");
if(F.equals(GEMM1))
cout << "gemm nn matches." << endl;
else
{
cout << "FAILURE: gemm nn." << endl;
fail++;
}
// "t" "t" test
CMatrix GEMM2;
GEMM2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "GEMM2");
G.gemm(D, E, alpha, beta, "t", "T");
if(G.equals(GEMM2))
cout << "gemm tt matches." << endl;
else
{
cout << "FAILURE: gemm tt." << endl;
fail++;
}
CMatrix GEMM3;
GEMM3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "GEMM3");
GEMM1.gemm(D, H, alpha, beta, "N", "t");
if(GEMM1.equals(GEMM3))
cout << "gemm nt matches." << endl;
else
{
cout << "FAILURE: gemm tt." << endl;
fail++;
}
CMatrix GEMM4;
GEMM4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemmMatrixTest.mat", "GEMM4");
GEMM2.gemm(D, H, alpha, beta, "T", "n");
if(GEMM2.equals(GEMM4))
cout << "gemm tn matches." << endl;
else
{
cout << "FAILURE: gemm tt." << endl;
fail++;
}
return fail;
}
int testSyrk()
{
int fail = 0;
// syrk test
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "A");
CMatrix C;
C.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "C");
C.setSymmetric(true);
CMatrix D;
D.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "D");
D.setSymmetric(true);
CMatrix alph;
alph.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "alpha");
double alpha = alph.getVal(0);
CMatrix bet;
bet.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "beta");
double beta = bet.getVal(0);
CMatrix SYRK1;
SYRK1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "SYRK1");
CMatrix SYRK2;
SYRK2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "syrkMatrixTest.mat", "SYRK2");
CMatrix F;
F.deepCopy(C);
F.syrk(A, alpha, beta, "u", "N");
if(F.equals(SYRK1))
cout << "syrk un matches." << endl;
else
{
cout << "FAILURE: syrk un." << endl;
fail++;
}
F.deepCopy(C);
F.syrk(A, alpha, beta, "L", "n");
if(F.equals(SYRK1))
cout << "syrk ln matches." << endl;
else
{
cout << "FAILURE: syrk ln." << endl;
fail++;
}
F.deepCopy(D);
F.syrk(A, alpha, beta, "U", "t");
if(F.equals(SYRK2))
cout << "syrk ut matches." << endl;
else
{
cout << "FAILURE: syrk ut." << endl;
fail++;
}
F.deepCopy(D);
F.syrk(A, alpha, beta, "l", "T");
if(F.equals(SYRK2))
cout << "syrk lt matches." << endl;
else
{
cout << "FAILURE: syrk lt." << endl;
fail++;
}
return fail;
}
int testTrmm()
{
int fail = 0;
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "B");
CMatrix alph;
alph.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "alpha");
double alpha = alph.getVal(0);
CMatrix L;
L.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "L");
L.setTriangular(true);
CMatrix L2;
L2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "L2");
L2.setTriangular(true);
CMatrix U;
U.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "U");
U.setTriangular(true);
CMatrix U2;
U2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "U2");
U2.setTriangular(true);
CMatrix F;
CMatrix TRMM1;
TRMM1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM1");
F.deepCopy(B);
F.trmm(L, alpha, "L", "L", "N", "N");
if(F.equals(TRMM1))
cout << "trmm llnn matches." << endl;
else
{
cout << "FAILURE: trmm llnn." << endl;
fail++;
}
CMatrix TRMM2;
TRMM2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM2");
F.deepCopy(B);
F.trmm(L, alpha, "L", "L", "T", "N");
if(F.equals(TRMM2))
cout << "trmm lltn matches." << endl;
else
{
cout << "FAILURE: trmm lltn." << endl;
fail++;
}
CMatrix TRMM3;
TRMM3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM3");
F.deepCopy(B);
F.trmm(L2, alpha, "R", "L", "N", "N");
if(F.equals(TRMM3))
cout << "trmm rlnn matches." << endl;
else
{
cout << "FAILURE: trmm rlnn." << endl;
fail++;
}
CMatrix TRMM4;
TRMM4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM4");
F.deepCopy(B);
F.trmm(L2, alpha, "R", "L", "T", "N");
if(F.equals(TRMM4))
cout << "trmm rltn matches." << endl;
else
{
cout << "FAILURE: trmm rltn." << endl;
fail++;
}
CMatrix TRMM5;
TRMM5.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM5");
F.deepCopy(B);
F.trmm(L, alpha, "L", "L", "N", "U");
if(F.equals(TRMM5))
cout << "trmm llnu matches." << endl;
else
{
cout << "FAILURE: trmm llnu." << endl;
fail++;
}
CMatrix TRMM6;
TRMM6.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM6");
F.deepCopy(B);
F.trmm(L, alpha, "L", "L", "T", "U");
if(F.equals(TRMM6))
cout << "trmm lltu matches." << endl;
else
{
cout << "FAILURE: trmm lltu." << endl;
fail++;
}
CMatrix TRMM7;
TRMM7.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM7");
F.deepCopy(B);
F.trmm(L2, alpha, "R", "L", "N", "U");
if(F.equals(TRMM7))
cout << "trmm rlnu matches." << endl;
else
{
cout << "FAILURE: trmm rlnu." << endl;
fail++;
}
CMatrix TRMM8;
TRMM8.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM8");
F.deepCopy(B);
F.trmm(L2, alpha, "R", "L", "T", "U");
if(F.equals(TRMM8))
cout << "trmm rltu matches." << endl;
else
{
cout << "FAILURE: trmm rltu." << endl;
fail++;
}
CMatrix TRMM9;
TRMM9.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM9");
F.deepCopy(B);
F.trmm(U, alpha, "L", "U", "N", "N");
if(F.equals(TRMM9))
cout << "trmm lunn matches." << endl;
else
{
cout << "FAILURE: trmm lunn." << endl;
fail++;
}
CMatrix TRMM10;
TRMM10.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM10");
F.deepCopy(B);
F.trmm(U, alpha, "L", "U", "T", "N");
if(F.equals(TRMM10))
cout << "trmm lutn matches." << endl;
else
{
cout << "FAILURE: trmm lutn." << endl;
fail++;
}
CMatrix TRMM11;
TRMM11.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM11");
F.deepCopy(B);
F.trmm(U2, alpha, "R", "U", "N", "N");
if(F.equals(TRMM11))
cout << "trmm runn matches." << endl;
else
{
cout << "FAILURE: trmm runn." << endl;
fail++;
}
CMatrix TRMM12;
TRMM12.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM12");
F.deepCopy(B);
F.trmm(U2, alpha, "R", "U", "T", "N");
if(F.equals(TRMM12))
cout << "trmm rutn matches." << endl;
else
{
cout << "FAILURE: trmm rutn." << endl;
fail++;
}
CMatrix TRMM13;
TRMM13.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM13");
F.deepCopy(B);
F.trmm(U, alpha, "L", "U", "N", "U");
if(F.equals(TRMM13))
cout << "trmm lunu matches." << endl;
else
{
cout << "FAILURE: trmm lunu." << endl;
fail++;
}
CMatrix TRMM14;
TRMM14.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM14");
F.deepCopy(B);
F.trmm(U, alpha, "L", "U", "T", "U");
if(F.equals(TRMM14))
cout << "trmm lutu matches." << endl;
else
{
cout << "FAILURE: trmm lutu." << endl;
fail++;
}
CMatrix TRMM15;
TRMM15.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM15");
F.deepCopy(B);
F.trmm(U2, alpha, "R", "U", "N", "U");
if(F.equals(TRMM15))
cout << "trmm runu matches." << endl;
else
{
cout << "FAILURE: trmm runu." << endl;
fail++;
}
CMatrix TRMM16;
TRMM16.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trmmMatrixTest.mat", "TRMM16");
F.deepCopy(B);
F.trmm(U2, alpha, "R", "U", "T", "U");
if(F.equals(TRMM16))
cout << "trmm rutu matches." << endl;
else
{
cout << "FAILURE: trmm rutu." << endl;
fail++;
}
return fail;
}
int testTrsm()
{
double tolInv = 1e-8;
int fail = 0;
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "B");
CMatrix alph;
alph.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "alpha");
double alpha = alph.getVal(0);
CMatrix L;
L.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "L");
L.setTriangular(true);
CMatrix L2;
L2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "L2");
L2.setTriangular(true);
CMatrix U;
U.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "U");
U.setTriangular(true);
CMatrix U2;
U2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "U2");
U2.setTriangular(true);
CMatrix F;
CMatrix TRSM1;
TRSM1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM1");
F.deepCopy(B);
F.trsm(L, alpha, "L", "L", "N", "N");
double absDiff=F.maxAbsDiff(TRSM1);
if(absDiff<tolInv)
cout << "trsm llnn matches." << endl;
else
{
cout << "FAILURE: trsm llnn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM2;
TRSM2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM2");
F.deepCopy(B);
F.trsm(L, alpha, "L", "L", "T", "N");
absDiff=F.maxAbsDiff(TRSM2);
if(absDiff<tolInv)
cout << "trsm lltn matches." << endl;
else
{
cout << "FAILURE: trsm lltn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM3;
TRSM3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM3");
F.deepCopy(B);
F.trsm(L2, alpha, "R", "L", "N", "N");
absDiff=F.maxAbsDiff(TRSM3);
if(absDiff<tolInv)
cout << "trsm rlnn matches." << endl;
else
{
cout << "FAILURE: trsm rlnn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM4;
TRSM4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM4");
F.deepCopy(B);
F.trsm(L2, alpha, "R", "L", "T", "N");
absDiff=F.maxAbsDiff(TRSM4);
if(absDiff<tolInv)
cout << "trsm rltn matches." << endl;
else
{
cout << "FAILURE: trsm rltn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM5;
TRSM5.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM5");
F.deepCopy(B);
F.trsm(L, alpha, "L", "L", "N", "U");
absDiff=F.maxAbsDiff(TRSM5);
if(absDiff<tolInv)
cout << "trsm llnu matches." << endl;
else
{
cout << "FAILURE: trsm llnu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM6;
TRSM6.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM6");
F.deepCopy(B);
F.trsm(L, alpha, "L", "L", "T", "U");
absDiff=F.maxAbsDiff(TRSM6);
if(absDiff<tolInv)
cout << "trsm lltu matches." << endl;
else
{
cout << "FAILURE: trsm lltu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM7;
TRSM7.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM7");
F.deepCopy(B);
F.trsm(L2, alpha, "R", "L", "N", "U");
absDiff=F.maxAbsDiff(TRSM7);
if(absDiff<tolInv)
cout << "trsm rlnu matches." << endl;
else
{
cout << "FAILURE: trsm rlnu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM8;
TRSM8.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM8");
F.deepCopy(B);
F.trsm(L2, alpha, "R", "L", "T", "U");
absDiff=F.maxAbsDiff(TRSM8);
if(absDiff<tolInv)
cout << "trsm rltu matches." << endl;
else
{
cout << "FAILURE: trsm rltu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM9;
TRSM9.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM9");
F.deepCopy(B);
F.trsm(U, alpha, "L", "U", "N", "N");
absDiff=F.maxAbsDiff(TRSM9);
if(absDiff<tolInv)
cout << "trsm lunn matches." << endl;
else
{
cout << "FAILURE: trsm lunn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM10;
TRSM10.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM10");
F.deepCopy(B);
F.trsm(U, alpha, "L", "U", "T", "N");
absDiff=F.maxAbsDiff(TRSM10);
if(absDiff<tolInv)
cout << "trsm lutn matches." << endl;
else
{
cout << "FAILURE: trsm lutn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM11;
TRSM11.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM11");
F.deepCopy(B);
F.trsm(U2, alpha, "R", "U", "N", "N");
absDiff=F.maxAbsDiff(TRSM11);
if(absDiff<tolInv)
cout << "trsm runn matches." << endl;
else
{
cout << "FAILURE: trsm runn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM12;
TRSM12.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM12");
F.deepCopy(B);
F.trsm(U2, alpha, "R", "U", "T", "N");
absDiff=F.maxAbsDiff(TRSM12);
if(absDiff<tolInv)
cout << "trsm rutn matches." << endl;
else
{
cout << "FAILURE: trsm rutn, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM13;
TRSM13.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM13");
F.deepCopy(B);
F.trsm(U, alpha, "L", "U", "N", "U");
absDiff=F.maxAbsDiff(TRSM13);
if(absDiff<tolInv)
cout << "trsm lunu matches." << endl;
else
{
cout << "FAILURE: trsm lunu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM14;
TRSM14.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM14");
F.deepCopy(B);
F.trsm(U, alpha, "L", "U", "T", "U");
absDiff=F.maxAbsDiff(TRSM14);
if(absDiff<tolInv)
cout << "trsm lutu matches." << endl;
else
{
cout << "FAILURE: trsm lutu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM15;
TRSM15.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM15");
F.deepCopy(B);
F.trsm(U2, alpha, "R", "U", "N", "U");
absDiff = F.maxAbsDiff(TRSM15);
if(absDiff<tolInv)
cout << "trsm runu matches." << endl;
else
{
cout << "FAILURE: trsm runu, absolute difference " << absDiff << "." << endl;
fail++;
}
CMatrix TRSM16;
TRSM16.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "trsmMatrixTest.mat", "TRSM16");
F.deepCopy(B);
F.trsm(U2, alpha, "R", "U", "T", "U");
absDiff=F.maxAbsDiff(TRSM16);
if(absDiff<tolInv)
cout << "trsm rutu matches." << endl;
else
{
cout << "FAILURE: trsm rutu, absolute difference " << absDiff << "." << endl;
fail++;
}
return fail;
}
int testAxpy()
{
int fail = 0;
CMatrix iMat;
iMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "i");
int i = (int)iMat.getVal(0) - 1;
CMatrix jMat;
jMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "j");
int j = (int)jMat.getVal(0) - 1;
CMatrix kMat;
kMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "k");
int k = (int)kMat.getVal(0) - 1;
CMatrix alphaMat;
alphaMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "alpha");
double alpha = alphaMat.getVal(0);
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "A");
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "B");
CMatrix C;
C.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "C");
CMatrix D;
D.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "D");
CMatrix AXPY1;
AXPY1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY1");
CMatrix F;
F.deepCopy(B);
F.axpyRowRow(i, A, k, alpha);
if(F.equals(AXPY1))
cout << "axpyRowRow matches." << endl;
else
{
cout << "FAILURE: axpyRowRow." << endl;
fail++;
}
CMatrix AXPY2;
AXPY2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY2");
F.deepCopy(B);
F.axpyRowCol(i, C, j, alpha);
if(F.equals(AXPY2))
cout << "axpyRowCol matches." << endl;
else
{
cout << "FAILURE: axpyRowCol." << endl;
fail++;
}
CMatrix AXPY3;
AXPY3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY3");
F.deepCopy(B);
F.axpyColCol(j, A, k, alpha);
if(F.equals(AXPY3))
cout << "axpyColCol matches." << endl;
else
{
cout << "FAILURE: axpyColCol." << endl;
fail++;
}
CMatrix AXPY4;
AXPY4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY4");
F.deepCopy(B);
F.axpyColRow(j, C, j, alpha);
if(F.equals(AXPY4))
cout << "axpyColRow matches." << endl;
else
{
cout << "FAILURE: axpyColRow." << endl;
fail++;
}
CMatrix AXPY5;
AXPY5.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY5");
F.deepCopy(D);
F.axpyDiagRow(C, j, alpha);
if(F.equals(AXPY5))
cout << "axpyDiagRow matches." << endl;
else
{
cout << "FAILURE: axpyDiagRow." << endl;
fail++;
}
CMatrix AXPY6;
AXPY6.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "axpyMatrixTest.mat", "AXPY6");
F.deepCopy(D);
F.axpyDiagCol(B, j, alpha);
if(F.equals(AXPY6))
cout << "axpyDiagCol matches." << endl;
else
{
cout << "FAILURE: axpyDiagCol." << endl;
fail++;
}
return fail;
}
int testGemv()
{
int fail = 0;
CMatrix iMat;
iMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "i");
int i = (int)iMat.getVal(0) - 1;
CMatrix jMat;
jMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "j");
int j = (int)jMat.getVal(0) - 1;
CMatrix kMat;
kMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "k");
int k = (int)kMat.getVal(0) - 1;
CMatrix alphaMat;
alphaMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "alpha");
double alpha = alphaMat.getVal(0);
CMatrix betaMat;
betaMat.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "beta");
double beta = betaMat.getVal(0);
CMatrix A;
A.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "A");
CMatrix B;
B.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "B");
CMatrix C;
C.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "C");
CMatrix D;
D.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "D");
CMatrix E;
E.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "E");
CMatrix GEMV1;
GEMV1.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV1");
CMatrix GEMV2;
GEMV2.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV2");
CMatrix GEMV3;
GEMV3.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV3");
CMatrix GEMV4;
GEMV4.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV4");
CMatrix GEMV5;
GEMV5.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV5");
CMatrix GEMV6;
GEMV6.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV6");
CMatrix GEMV7;
GEMV7.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV7");
CMatrix GEMV8;
GEMV8.readMatlabFile("matfiles" + ndlstrutil::dirSep() + "gemvMatrixTest.mat", "GEMV8");
CMatrix F(B);
F.gemvRowRow(i, C, D, k, alpha, beta, "n");
if(F.equals(GEMV1))
cout << "gemvRowRow n matches." << endl;
else
{
cout << "FAILURE: gemvRowRow n." << endl;
fail++;
}
F.deepCopy(B);
F.gemvRowRow(i, E, D, k, alpha, beta, "t");
if(F.equals(GEMV2))
cout << "gemvRowRow t matches." << endl;
else
{
cout << "FAILURE: gemvRowRow t." << endl;
fail++;
}
F.deepCopy(B);
F.gemvRowCol(i, C, A, k, alpha, beta, "n");
if(F.equals(GEMV3))
cout << "gemvRowCol n matches." << endl;
else
{
cout << "FAILURE: gemvRowCol n." << endl;