Summary of /test programs.

Overview

The unit tests for this library are enumerated below, grouped by Tag. Advanced users might find them useful as "living documentation", beyond what is captured within the tutorial material. Each test is accompanied by a short description, and expected results.

Below are links to the sections of this page:

• [blas] : 62 [PASS]
• [dense] : 241 [PASS]
• [expression] : 17 [PASS]
• [io] : 6 [PASS]
• [iterative] : 38 [PASS]
• [jobgraph] : 34 [PASS]
• [lapack] : 119 [PASS]
• [lowrank] : 148 [PASS]
• [multifrontal] : 51 [PASS]
• [parallel] : 60 [PASS]
• [pdense] : 41 [PASS]
• [solver] : 23 [PASS]
• [sparse] : 47 [PASS]
• [symbolic] : 12 [PASS]
• [unit] : 1 [PASS] 1 [FAIL]
• [utility] : 8 [PASS]

[blas]

Name	Description	Results
cgemmC	Light testing of gemm().	[PASS]
chemmL	Tests hemm() with a tril(Matrix)	[PASS]
chemmLower	Tests hemm() with a LowerMatrix	[PASS]
chemmU	Tests symm() with a triu(Matrix)	[PASS]
cher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
cher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
cher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
cherkL	Tests hermitian rank-k updates onto tril(MatrixRange)	[PASS]
cherkLower	Tests hermitian rank-k updates into LowerMatrix's	[PASS]
cherkU	Tests hermitian rank-k updates onto triu(MatrixRange)	[PASS]
csymmL	Tests symm() with a tril(Matrix)	[PASS]
csymmLower	Tests symm() with a LowerMatrix	[PASS]
csymmU	Tests symm() with a triu(Matrix)	[PASS]
csyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
csyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
csyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
csyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
csyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
csyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
dher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
dher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
dher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
dsymmL	Tests symm() with a tril(Matrix)	[PASS]
dsymmLower	Tests symm() with a LowerMatrix	[PASS]
dsymmU	Tests symm() with a triu(Matrix)	[PASS]
dsyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
dsyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
dsyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
dsyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
dsyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
dsyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
sher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
sher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
sher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
ssymmL	Tests symm() with a tril(Matrix)	[PASS]
ssymmLower	Tests symm() with a LowerMatrix	[PASS]
ssymmU	Tests symm() with a triu(Matrix)	[PASS]
ssyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
ssyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
ssyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
ssyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
ssyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
ssyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
zgemmC	Light testing of gemm().	[PASS]
zhemmL	Tests hemm() with a tril(Matrix)	[PASS]
zhemmLower	Tests hemm() with a LowerMatrix	[PASS]
zhemmU	Tests symm() with a triu(Matrix)	[PASS]
zher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
zher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
zher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
zherkL	Tests hermitian rank-k updates onto tril(MatrixRange)	[PASS]
zherkLower	Tests hermitian rank-k updates into LowerMatrix's	[PASS]
zherkU	Tests hermitian rank-k updates onto triu(MatrixRange)	[PASS]
zhsy2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
zhsy2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
zhsy2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
zhsykL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
zhsykLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
zhsykU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
zsymmL	Tests symm() with a tril(Matrix)	[PASS]
zsymmLower	Tests symm() with a LowerMatrix	[PASS]
zsymmU	Tests symm() with a triu(Matrix)	[PASS]

[dense]

Name	Description	Results
alias_DiagonalMatrix	Tests for a corner case, where a container is assigned from a subrange of itself (previously invoked UB, now fixed).	[PASS]
alias_Matrix	Tests for a corner case, where a container is assigned from a subrange of itself (previously invoked UB, now fixed).	[PASS]
alias_Vector	Tests for a corner case, where a container is assigned from a subrange of itself (previously invoked UB, now fixed).	[PASS]
bothcat	Tests bothcat(Matrix)	[PASS]
bothcat_cpp11	Tests bothcat(Matrix)	[PASS]
bounds_DiagonalMatrix	Tests bounds checking within DiagonalMatrix.	[PASS]
bounds_LowerMatrix	Tests bounds checking within LowerMatrix.	[PASS]
bounds_Matrix	Tests bounds checking within Matrix.	[PASS]
bounds_Vector	Tests bounds checking within Vector.	[PASS]
cCholeskySolver	Tests ZCholeskySolver, a solver for complex hermitian positive definite A.	[PASS]
cLDLHSolver	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
cLDLHSolver3	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
cLDLTSolver	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
cLDLTSolver3	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
cLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
cMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
cgemmC	Light testing of gemm().	[PASS]
cgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
cgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
cgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
che_rotate2	Tests double sided rotate2() rotations.	[PASS]
cheev	Tests eigendecomposition of a complex hermitian matrix.	[PASS]
chemmL	Tests hemm() with a tril(Matrix)	[PASS]
chemmLower	Tests hemm() with a LowerMatrix	[PASS]
chemmU	Tests symm() with a triu(Matrix)	[PASS]
cher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
cher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
cher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
cherkL	Tests hermitian rank-k updates onto tril(MatrixRange)	[PASS]
cherkLower	Tests hermitian rank-k updates into LowerMatrix's	[PASS]
cherkU	Tests hermitian rank-k updates onto triu(MatrixRange)	[PASS]
chetrdL	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
chetrdU	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
clqt	Tests block Householder reflection for A=LQ.	[PASS]
cmgs	Testing classical and modified gram-schmidt.	[PASS]
convert_czc	Tests conversions between single and double precision.	[PASS]
convert_dsd	Tests conversions between single and double precision.	[PASS]
convert_sds	Tests conversions between single and double precision.	[PASS]
convert_zcz	Tests conversions between single and double precision.	[PASS]
cpinv	Tests pseudoinverse routines.	[PASS]
cpotrf	Tests cholesky factorization.	[PASS]
cqrt	Tests block Householder reflection for A=QR.	[PASS]
crank	Tests nullspace() and rangespace() algorithms.	[PASS]
crotate1	Tests single sided rotate1() rotations.	[PASS]
cswizzle	Uses swizzle to solve an A*X=B problem where X/B are complex but A is pure real.	[PASS]
csy_rotate2	Tests double sided rotate2() rotations.	[PASS]
csymmL	Tests symm() with a tril(Matrix)	[PASS]
csymmLower	Tests symm() with a LowerMatrix	[PASS]
csymmU	Tests symm() with a triu(Matrix)	[PASS]
csyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
csyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
csyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
csyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
csyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
csyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
ctrmmL	Tests multiplying by a tril(Matrix)	[PASS]
ctrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
ctrmmU	Tests multiplying by a triu(Matrix)	[PASS]
ctrsmL	Tests solving by a tril(Matrix)	[PASS]
ctrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
ctrsmU	Tests solving by a triu(Matrix)	[PASS]
ctrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
dCholeskySolver	Tests RCholeskySolver, a solver for real symmetric positive definite A.	[PASS]
dLDLTSolver	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
dLDLTSolver3	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
dLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
dMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
dQRSolver	Tests QRSolver, a full-rank least-squares solver.	[PASS]
dbdsqr	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dbdsqr_split0	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dbdsqr_split1	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dense_io1	Tests serialization roundtrips for various algebraic containers.	[PASS]
dense_io2	Tests serialization roundtrips for various ranges.	[PASS]
dgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
dgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
dgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
dher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
dher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
dher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
diagcat_DiagonalMatrix	Tests diagcat(Matrix)	[PASS]
diagcat_Matrix	Tests diagcat(Matrix)	[PASS]
dimmL	Tests dimm() using gemm() as a reference.	[PASS]
dimmR	Tests dimm() using gemm() as a reference.	[PASS]
djacobi	Tests jacobi() eigendecomposition on a small problem.	[PASS]
dlqt	Tests block Householder reflection for A=LQ.	[PASS]
dmgs	Testing classical and modified gram-schmidt.	[PASS]
dpinv	Tests pseudoinverse routines.	[PASS]
dpotrf	Tests cholesky factorization.	[PASS]
dqrt	Tests block Householder reflection for A=QR.	[PASS]
drank	Tests nullspace() and rangespace() algorithms.	[PASS]
drotate1	Tests single sided rotate1() rotations.	[PASS]
dstev	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
dstev_split	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
dsy_rotate2	Tests double sided rotate2() rotations.	[PASS]
dsyev	Tests eigendecomposition of a real symmetric matrix.	[PASS]
dsymmL	Tests symm() with a tril(Matrix)	[PASS]
dsymmLower	Tests symm() with a LowerMatrix	[PASS]
dsymmU	Tests symm() with a triu(Matrix)	[PASS]
dsyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
dsyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
dsyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
dsyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
dsyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
dsyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
dsytrdL	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
dsytrdU	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
dtrmmL	Tests multiplying by a tril(Matrix)	[PASS]
dtrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
dtrmmU	Tests multiplying by a triu(Matrix)	[PASS]
dtrsmL	Tests solving by a tril(Matrix)	[PASS]
dtrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
dtrsmU	Tests solving by a triu(Matrix)	[PASS]
dtrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
gebrd_shortfat	Tests bidiagonalization of a general Matrix.	[PASS]
gebrd_square	Tests bidiagonalization of a general Matrix.	[PASS]
gebrd_tallskinny	Tests bidiagonalization of a general Matrix.	[PASS]
gelqf_shortfat	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gelqf_square	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gelqf_tallskinny	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqpf_rank	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqpf_sf_order	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqpf_ts_order	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqrf_shortfat	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqrf_square	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqrf_tallskinny	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gesvd2	Tests double sided rotate2() rotations.	[PASS]
gesvd2_special	Tests double sided rotate2() rotations.	[PASS]
getrf_singular	Tries LU decomposition on a singular matrix, should throw.	[PASS]
he_rotate2_special	Tests double sided rotate2() rotations.	[PASS]
hetrf_LowerMatrix	Tests LDL' decompositions for hermitian matrices.	[PASS]
hetrf_Matrix	Tests LDL' decompositions for hermitian matrices.	[PASS]
horzcat	Tests horzcat(Matrix)	[PASS]
horzcat_cpp11	Tests horzcat(Matrix)	[PASS]
inverse_DiagonalMatrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
inverse_LowerMatrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
inverse_Matrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
potrf_indefinite	Tries cholesky decomposition on an indefinite matrix, should throw().	[PASS]
potrf_singular	Tries cholesky decomposition on an singular matrix, should throw().	[PASS]
sCholeskySolver	Tests RCholeskySolver, a solver for real symmetric positive definite A.	[PASS]
sLDLTSolver	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
sLDLTSolver3	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
sLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
sMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
sbdsqr	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sbdsqr_split0	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sbdsqr_split1	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
sgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
sgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
sher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
sher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
sher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
sjacobi	Tests jacobi() eigendecomposition on a small problem.	[PASS]
slqt	Tests block Householder reflection for A=LQ.	[PASS]
smgs	Testing classical and modified gram-schmidt.	[PASS]
spinv	Tests pseudoinverse routines.	[PASS]
spotrf	Tests cholesky factorization.	[PASS]
sqrt	Tests block Householder reflection for A=QR.	[PASS]
srank	Tests nullspace() and rangespace() algorithms.	[PASS]
srotate1	Tests single sided rotate1() rotations.	[PASS]
sstev	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
sstev_split	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
ssy_rotate2	Tests double sided rotate2() rotations.	[PASS]
ssyev	Tests eigendecomposition of a real symmetric matrix.	[PASS]
ssymmL	Tests symm() with a tril(Matrix)	[PASS]
ssymmLower	Tests symm() with a LowerMatrix	[PASS]
ssymmU	Tests symm() with a triu(Matrix)	[PASS]
ssyr2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
ssyr2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
ssyr2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
ssyrkL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
ssyrkLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
ssyrkU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
ssytrdL	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
ssytrdU	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
strmmL	Tests multiplying by a tril(Matrix)	[PASS]
strmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
strmmU	Tests multiplying by a triu(Matrix)	[PASS]
strsmL	Tests solving by a tril(Matrix)	[PASS]
strsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
strsmU	Tests solving by a triu(Matrix)	[PASS]
strsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
swaps	Tests swap sequences and row/column exchanges.	[PASS]
sy_rotate2_special	Tests double sided rotate2() rotations.	[PASS]
sytrf_LowerMatrix	Tests LDL' decompositions for symmetric matrices.	[PASS]
sytrf_Matrix	Tests LDL' decompositions for symmetric matrices.	[PASS]
sytrf_singular	Tries LDL decomposition on a singular matrix, should throw().	[PASS]
threshold	Tests threshold(), which replaces small elements with explicit zeros.	[PASS]
vectorcat	Tests vectorcat(Vector)	[PASS]
vectorcat_cpp11	Tests vectorcat(Vector)	[PASS]
vertcat	Tests vertcat(Matrix)	[PASS]
vertcat_cpp11	Tests vertcat(Matrix)	[PASS]
zCholeskySolver	Tests ZCholeskySolver, a solver for complex hermitian positive definite A.	[PASS]
zLDLHSolver	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
zLDLHSolver3	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
zLDLTSolver	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
zLDLTSolver3	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
zLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
zMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
zgemmC	Light testing of gemm().	[PASS]
zgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
zgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
zgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
zhe_rotate2	Tests double sided rotate2() rotations.	[PASS]
zheev	Tests eigendecomposition of a complex hermitian matrix.	[PASS]
zhemmL	Tests hemm() with a tril(Matrix)	[PASS]
zhemmLower	Tests hemm() with a LowerMatrix	[PASS]
zhemmU	Tests symm() with a triu(Matrix)	[PASS]
zher2kL	Tests hermitian rank-2k updates onto the the tril() of Matrix.	[PASS]
zher2kLower	Tests hemmetric rank-2k updates onto a LowerMatrix.	[PASS]
zher2kU	Tests hermitian rank-2k updates onto the the triu() of Matrix.	[PASS]
zherkL	Tests hermitian rank-k updates onto tril(MatrixRange)	[PASS]
zherkLower	Tests hermitian rank-k updates into LowerMatrix's	[PASS]
zherkU	Tests hermitian rank-k updates onto triu(MatrixRange)	[PASS]
zhetrdL	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
zhetrdU	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
zhsy2kL	Tests symmetric rank-2k updates onto the the tril() of Matrix.	[PASS]
zhsy2kLower	Tests symmetric rank-2k updates onto a LowerMatrix.	[PASS]
zhsy2kU	Tests symmetric rank-2k updates onto the the triu() of Matrix.	[PASS]
zhsykL	Tests symmetric rank-k updates onto the the tril() of Matrix.	[PASS]
zhsykLower	Tests symmetric rank-k updates onto a LowerMatrix.	[PASS]
zhsykU	Tests symmetric rank-k updates onto the the triu() of Matrix.	[PASS]
zlqt	Tests block Householder reflection for A=LQ.	[PASS]
zmgs	Testing classical and modified gram-schmidt.	[PASS]
zpinv	Tests pseudoinverse routines.	[PASS]
zpotrf	Tests cholesky factorization.	[PASS]
zqrt	Tests block Householder reflection for A=QR.	[PASS]
zrank	Tests nullspace() and rangespace() algorithms.	[PASS]
zrotate1	Tests single sided rotate1() rotations.	[PASS]
zswizzle	Uses swizzle to solve an A*X=B problem where X/B are complex but A is pure real.	[PASS]
zsy_rotate2	Tests double sided rotate2() rotations.	[PASS]
zsymmL	Tests symm() with a tril(Matrix)	[PASS]
zsymmLower	Tests symm() with a LowerMatrix	[PASS]
zsymmU	Tests symm() with a triu(Matrix)	[PASS]
ztrmmL	Tests multiplying by a tril(Matrix)	[PASS]
ztrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
ztrmmU	Tests multiplying by a triu(Matrix)	[PASS]
ztrsmL	Tests solving by a tril(Matrix)	[PASS]
ztrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
ztrsmU	Tests solving by a triu(Matrix)	[PASS]
ztrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]

[expression]

Name	Description	Results
Index	Assorted tests for Index<N>, the index type for Expression's	[PASS]
UserExpression	Implements the Pascal matrix as a UserExpression.	[PASS]
expr_arithmetic	Basic arithmetic tests for Expression's	[PASS]
expr_functions_complex	Tests for functions of Expression's	[PASS]
expr_functions_exponential	Tests for functions of Expression's	[PASS]
expr_functions_measure	Tests for functions of Expression's	[PASS]
expr_functions_power	Tests for functions of Expression's	[PASS]
expr_functions_trig	Tests for functions of Expression's	[PASS]
expr_generators	Tests for builtin Expression's	[PASS]
expr_hermitian	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]
expr_list	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]
expr_logical	Tests for boolean/logical functions of Expression's	[PASS]
expr_permdim	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]
expr_reshape	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]
expr_tensor	Basic arithmetic tests for Expression's	[PASS]
expr_transpose	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]
expr_vector	Tests for expr(std::vector) and expr(std::initializer_list)	[PASS]

[io]

Name	Description	Results
ByteStreams	Round-trips a std::map<int,double> through ByteStream's	[PASS]
checksum	Tests checksum() read/write.	[PASS]
roundtrip_associative	Tests serialization/deserialization test for various common types.	[PASS]
roundtrip_pod	Tests serialization/deserialization test for various common types.	[PASS]
roundtrip_sequence	Tests serialization/deserialization test for various common types.	[PASS]
roundtrip_struct	Tests serialization/deserialization test for various common types.	[PASS]

[iterative]

Name	Description	Results
DifferenceAction	Tests operator- for Action's a and b.	[PASS]
DimmAction	Tests make_DimmAction() (diagonal scaling).	[PASS]
GemmAction	Tests make_GemmAction() for sparse and dense A.	[PASS]
HemmAction	Tests make_HemmAction() for sparse and dense A.	[PASS]
ICholeskySolver	Tests ICholeskySolver.	[PASS]
ILUSolver	Tests ILUSolver.	[PASS]
IdentityAction	Tests identity_Action.	[PASS]
NegateAction	Tests negate_action().	[PASS]
ProductAction	Tests operator* to cascade two Action's A and B into A*(B*x).	[PASS]
ReshapeAction	Tests pcg() with multiple right hand sides, uses ReshapeAction under the hood.	[PASS]
ScaleAction	Tests operator* for Action a and scalar alpha.	[PASS]
SolveAction	Tests make_SolveAction< LUSolver<Number> >.	[PASS]
SumAction	Tests operator+ for Action's a and b.	[PASS]
SymmAction	Tests make_SymmAction() for sparse and dense A.	[PASS]
TrmmAction	Tests make_TrmmAction() for sparse and dense A.	[PASS]
TrsmAction	Tests make_TrsmAction() for sparse and dense A.	[PASS]
bothcat_Action	Tests vertcat() for Action's	[PASS]
bothcat_Action_cpp11	Tests vertcat() for Action's	[PASS]
compose_action1	Tests pcg() on an action composed from other actions using operator +*, etc.	[PASS]
compose_action2	Tests gmres() on an action composed from other actions using operator +*, etc.	[PASS]
diagcat_Action	Tests diagcat() for Action's	[PASS]
diagcat_Action_cpp11	Tests diagcat() for Action's	[PASS]
fgmres	Tests fgmres() on a random-valued 2D stencil, using a low-accuracy gmres() as a (variable) preconditioner.	[PASS]
gmres	Tests gmres(), by solving a random 2D stencil (both with and without a preconditioner).	[PASS]
horzcat_Action	Tests horzcat() for Action's	[PASS]
horzcat_Action_cpp11	Tests horzcat() for Action's	[PASS]
lanczos1	Tests lanczos1() by extracting the dominant eigenpair of a 2D graph laplacian.	[PASS]
lanczos2	Tests lanczos2() by extracting a few dominant eigenpair of a 2D graph laplacian.	[PASS]
lopcg	Tests lopcg() by extracting a few small eigenpairs of a 2D graph laplacian.	[PASS]
minres_complex	Tests minres() on small problems.	[PASS]
minres_real	Tests minres() on small problems.	[PASS]
mixed_refine	Solves a high precision system with a low precision factorization, via mixed_refine().	[PASS]
pcg	Tests real pcg(), by solving a 2D graph laplacian (both with and without a preconditioner).	[PASS]
sseidel_symmetry	Checks the symmetry of sor() and ssor() iterations.	[PASS]
ssor_symmetry	Checks the symmetry of sor() and ssor() iterations.	[PASS]
stationary	Tests the stationary iterations: jacobi(), seidel(), sor() and ssor()	[PASS]
vertcat_Action	Tests vertcat() for Action's	[PASS]
vertcat_Action_cpp11	Tests vertcat() for Action's	[PASS]

[jobgraph]

Name	Description	Results
FusedJobGraph	Visualizes a FusedJobGraph with user-defined dependencies.	[PASS]
JobID	Tests packing/unpacking into a JobID.	[PASS]
ParallelJobGraph	Exercises ParallelJobGraph.	[PASS]
SequentialJobGraph	Exercises SequentialJobGraph.	[PASS]
UserJobGraph	Populates a UserJobGraph with and executes it.	[PASS]
cycle	Tests verify() on a JobGraph containing a cycle.	[PASS]
exception	Exercises exception propagation out of a JobGraph running under execute_omp().	[PASS]
factor_LLT	Checks the JobGraph used by ppotrf(), psytrf(), phetrf().	[PASS]
factor_LU_panel	Checks the JobGraph used by pgetrf_panel().	[PASS]
factor_LU_tile	Checks the JobGraph used by pgetrf_tile().	[PASS]
factor_UUT	Checks the JobGraph used by ppotrf().	[PASS]
multifrontal_factor_LLT	Verifies the JobGraph used by multifrontal A = L*L' factorization.	[PASS]
multifrontal_factor_LU	Verifies the JobGraph used by multifrontal A = L*U factorization.	[PASS]
multifrontal_partialsolve_Left_Lower	Verifies the JobGraph used by partialsolve inv(L)*b	[PASS]
multifrontal_partialsolve_Left_Upper	Verifies the JobGraph used by partialsolve inv(U)*b	[PASS]
multifrontal_partialsolve_Right_Lower	Verifies the JobGraph used by partialsolve b*inv(L)	[PASS]
multifrontal_partialsolve_Right_Upper	Verifies the JobGraph used by partialsolve b*inv(U)	[PASS]
multifrontal_schur_gemm1	Verifies the JobGraph used by schur S=X'Y formation.	[PASS]
multifrontal_schur_rankk1	Verifies the JobGraph used by schur S=X'X formation.	[PASS]
multifrontal_schur_solve	Verifies the JobGraph used by schur X = L backsolution.	[PASS]
multifrontal_solve_Left_Lower	Verifies the JobGraph used by X = inv(L)*B backsolution.	[PASS]
multifrontal_solve_Left_Upper	Verifies the JobGraph used by X = inv(U)*B backsolution.	[PASS]
multifrontal_solve_Right_Lower	Verifies the JobGraph used by X = B*inv(L) backsolution.	[PASS]
multifrontal_solve_Right_Upper	Verifies the JobGraph used by X = B*inv(U) backsolution.	[PASS]
pmultiply	Checks the JobGraph used by pgemm(), psymm(), phemm().	[PASS]
rankk	Checks the JobGraph used by psyrk(), pherk().	[PASS]
trmm_Left_Lower	Checks the JobGraph used by ptrmm('L','L').	[PASS]
trmm_Left_Upper	Checks the JobGraph used by ptrmm('L','U').	[PASS]
trmm_Right_Lower	Checks the JobGraph used by ptrmm('R','L').	[PASS]
trmm_Right_Upper	Checks the JobGraph used by ptrmm('R','U').	[PASS]
trsm_Left_Lower	Checks the JobGraph used by ptrsm('L','L').	[PASS]
trsm_Left_Upper	Checks the JobGraph used by ptrsm('L','U').	[PASS]
trsm_Right_Lower	Checks the JobGraph used by ptrsm('R','L').	[PASS]
trsm_Right_Upper	Checks the JobGraph used by ptrsm('R','U').	[PASS]

[lapack]

Name	Description	Results
cMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
cgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
cgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
cgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
che_rotate2	Tests double sided rotate2() rotations.	[PASS]
cheev	Tests eigendecomposition of a complex hermitian matrix.	[PASS]
chetrdL	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
chetrdU	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
clqt	Tests block Householder reflection for A=LQ.	[PASS]
cpotrf	Tests cholesky factorization.	[PASS]
cqrt	Tests block Householder reflection for A=QR.	[PASS]
crank	Tests nullspace() and rangespace() algorithms.	[PASS]
crotate1	Tests single sided rotate1() rotations.	[PASS]
csy_rotate2	Tests double sided rotate2() rotations.	[PASS]
ctrmmL	Tests multiplying by a tril(Matrix)	[PASS]
ctrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
ctrmmU	Tests multiplying by a triu(Matrix)	[PASS]
ctrsmL	Tests solving by a tril(Matrix)	[PASS]
ctrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
ctrsmU	Tests solving by a triu(Matrix)	[PASS]
ctrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
dMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
dbdsqr	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dbdsqr_split0	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dbdsqr_split1	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
dgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
dgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
dgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
dlqt	Tests block Householder reflection for A=LQ.	[PASS]
dpotrf	Tests cholesky factorization.	[PASS]
dqrt	Tests block Householder reflection for A=QR.	[PASS]
drank	Tests nullspace() and rangespace() algorithms.	[PASS]
drotate1	Tests single sided rotate1() rotations.	[PASS]
dstev	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
dstev_split	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
dsy_rotate2	Tests double sided rotate2() rotations.	[PASS]
dsyev	Tests eigendecomposition of a real symmetric matrix.	[PASS]
dsytrdL	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
dsytrdU	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
dtrmmL	Tests multiplying by a tril(Matrix)	[PASS]
dtrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
dtrmmU	Tests multiplying by a triu(Matrix)	[PASS]
dtrsmL	Tests solving by a tril(Matrix)	[PASS]
dtrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
dtrsmU	Tests solving by a triu(Matrix)	[PASS]
dtrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
gebrd_shortfat	Tests bidiagonalization of a general Matrix.	[PASS]
gebrd_square	Tests bidiagonalization of a general Matrix.	[PASS]
gebrd_tallskinny	Tests bidiagonalization of a general Matrix.	[PASS]
gelqf_shortfat	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gelqf_square	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gelqf_tallskinny	Testing LQ decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqpf_rank	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqpf_sf_order	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqpf_ts_order	Tests column-pivoted QR decomposition, but only tall/skinny case.	[PASS]
geqrf_shortfat	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqrf_square	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
geqrf_tallskinny	Testing QR decompositions. Tall/skinny, square, and short/fat cases, various functionality.	[PASS]
gesvd2	Tests double sided rotate2() rotations.	[PASS]
gesvd2_special	Tests double sided rotate2() rotations.	[PASS]
getrf_singular	Tries LU decomposition on a singular matrix, should throw.	[PASS]
he_rotate2_special	Tests double sided rotate2() rotations.	[PASS]
hetrf_LowerMatrix	Tests LDL' decompositions for hermitian matrices.	[PASS]
hetrf_Matrix	Tests LDL' decompositions for hermitian matrices.	[PASS]
inverse_DiagonalMatrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
inverse_LowerMatrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
inverse_Matrix	Testing inversion of DiagonalMatrix, LowerMatrix, square Matrix.	[PASS]
potrf_indefinite	Tries cholesky decomposition on an indefinite matrix, should throw().	[PASS]
potrf_singular	Tries cholesky decomposition on an singular matrix, should throw().	[PASS]
sMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
sbdsqr	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sbdsqr_split0	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sbdsqr_split1	Tests singular value decomposition of a real bidiagonal matrix.	[PASS]
sgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
sgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
sgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
slqt	Tests block Householder reflection for A=LQ.	[PASS]
spotrf	Tests cholesky factorization.	[PASS]
sqrt	Tests block Householder reflection for A=QR.	[PASS]
srank	Tests nullspace() and rangespace() algorithms.	[PASS]
srotate1	Tests single sided rotate1() rotations.	[PASS]
sstev	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
sstev_split	Tests eigendecomposition of a real symmetric tridiagonal matrix.	[PASS]
ssy_rotate2	Tests double sided rotate2() rotations.	[PASS]
ssyev	Tests eigendecomposition of a real symmetric matrix.	[PASS]
ssytrdL	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
ssytrdU	Tests tridiagonalization of a real symmetric Matrix.	[PASS]
strmmL	Tests multiplying by a tril(Matrix)	[PASS]
strmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
strmmU	Tests multiplying by a triu(Matrix)	[PASS]
strsmL	Tests solving by a tril(Matrix)	[PASS]
strsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
strsmU	Tests solving by a triu(Matrix)	[PASS]
strsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]
sy_rotate2_special	Tests double sided rotate2() rotations.	[PASS]
sytrf_LowerMatrix	Tests LDL' decompositions for symmetric matrices.	[PASS]
sytrf_Matrix	Tests LDL' decompositions for symmetric matrices.	[PASS]
sytrf_singular	Tries LDL decomposition on a singular matrix, should throw().	[PASS]
zMatrix22	Various tests for Matrix22's of various Number types.	[PASS]
zgesvd_shortfat	Tests singular value decompositions over all Number types.	[PASS]
zgesvd_square	Tests singular value decompositions over all Number types.	[PASS]
zgesvd_tallskinny	Tests singular value decompositions over all Number types.	[PASS]
zhe_rotate2	Tests double sided rotate2() rotations.	[PASS]
zheev	Tests eigendecomposition of a complex hermitian matrix.	[PASS]
zhetrdL	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
zhetrdU	Tests tridiagonalization of a complex hermitian Matrix.	[PASS]
zlqt	Tests block Householder reflection for A=LQ.	[PASS]
zpotrf	Tests cholesky factorization.	[PASS]
zqrt	Tests block Householder reflection for A=QR.	[PASS]
zrank	Tests nullspace() and rangespace() algorithms.	[PASS]
zrotate1	Tests single sided rotate1() rotations.	[PASS]
zsy_rotate2	Tests double sided rotate2() rotations.	[PASS]
ztrmmL	Tests multiplying by a tril(Matrix)	[PASS]
ztrmmLower	Tests multiplying by a triangular LowerMatrix.	[PASS]
ztrmmU	Tests multiplying by a triu(Matrix)	[PASS]
ztrsmL	Tests solving by a tril(Matrix)	[PASS]
ztrsmLower	Tests solving by a triangular LowerMatrix.	[PASS]
ztrsmU	Tests solving by a triu(Matrix)	[PASS]
ztrsmtrmm	Verifies that trmm and trsm are inverse operations.	[PASS]

[lowrank]

Name	Description	Results
ExpressionSampler	Tests ExpressionSampler.	[PASS]
MatrixSampler	Tests MatrixSampler.	[PASS]
SumSampler	Tests SumSampler.	[PASS]
UserSampler	Tests UserSampler.	[PASS]
add1_USVMatrixC	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add1_USVMatrixD	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add1_USVMatrixS	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add1_USVMatrixZ	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add2_USVMatrixC	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add2_USVMatrixD	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add2_USVMatrixS	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add2_USVMatrixZ	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add3_USVMatrixC	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add3_USVMatrixD	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add3_USVMatrixS	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
add3_USVMatrixZ	Tests add(USVMatrix,USVMatrix) for various Number types.	[PASS]
bothcat_USVMatrix	Tests bothcat(USVMatrix) for various Number types.	[PASS]
conjugate_USVMatrixC	Tests conjugate(USVMatrix) for various Number types.	[PASS]
conjugate_USVMatrixD	Tests conjugate(USVMatrix) for various Number types.	[PASS]
conjugate_USVMatrixS	Tests conjugate(USVMatrix) for various Number types.	[PASS]
conjugate_USVMatrixZ	Tests conjugate(USVMatrix) for various Number types.	[PASS]
ctrmmA_lowrank	Tests trmm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
ctrmmL_lowrank	Tests trmm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
ctrmmU_lowrank	Tests trmm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
ctrsmA_lowrank	Tests trsm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
ctrsmL_lowrank	Tests trsm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
ctrsmU_lowrank	Tests trsm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
diagcat_USVMatrix	Tests diagcat(USVMatrix) for various Number types.	[PASS]
dtrmmA_lowrank	Tests trmm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
dtrmmL_lowrank	Tests trmm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
dtrmmU_lowrank	Tests trmm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
dtrsmA_lowrank	Tests trsm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
dtrsmL_lowrank	Tests trsm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
dtrsmU_lowrank	Tests trsm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
expr_USVMatrix	Tests expr(USVMatrix) for various Number types.	[PASS]
frobenius_USVMatrixC	Tests transpose(USVMatrix) for various Number types.	[PASS]
frobenius_USVMatrixD	Tests transpose(USVMatrix) for various Number types.	[PASS]
frobenius_USVMatrixS	Tests transpose(USVMatrix) for various Number types.	[PASS]
frobenius_USVMatrixZ	Tests transpose(USVMatrix) for various Number types.	[PASS]
gemm1_USVMatrixC	Tests gemm_inplace(USVMatrix+=USVMatrix*USVMatrix) for various Number types.	[PASS]
gemm1_USVMatrixD	Tests gemm_inplace(USVMatrix+=USVMatrix*USVMatrix) for various Number types.	[PASS]
gemm1_USVMatrixS	Tests gemm_inplace(USVMatrix+=USVMatrix*USVMatrix) for various Number types.	[PASS]
gemm1_USVMatrixZ	Tests gemm_inplace(USVMatrix+=USVMatrix*USVMatrix) for various Number types.	[PASS]
gemm2_USVMatrixC	Tests gemm_inplace(USVMatrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm2_USVMatrixD	Tests gemm_inplace(USVMatrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm2_USVMatrixS	Tests gemm_inplace(USVMatrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm2_USVMatrixZ	Tests gemm_inplace(USVMatrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm3_USVMatrixC	Tests gemm_inplace(USVMatrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm3_USVMatrixD	Tests gemm_inplace(USVMatrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm3_USVMatrixS	Tests gemm_inplace(USVMatrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm3_USVMatrixZ	Tests gemm_inplace(USVMatrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm4_USVMatrixC	Tests gemm_inplace(Matrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm4_USVMatrixD	Tests gemm_inplace(Matrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm4_USVMatrixS	Tests gemm_inplace(Matrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm4_USVMatrixZ	Tests gemm_inplace(Matrix+=USVMatrix*Matrix) for various Number types.	[PASS]
gemm5_USVMatrixC	Tests gemm_inplace(Matrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm5_USVMatrixD	Tests gemm_inplace(Matrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm5_USVMatrixS	Tests gemm_inplace(Matrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemm5_USVMatrixZ	Tests gemm_inplace(Matrix+=Matrix*USVMatrix) for various Number types.	[PASS]
gemv1_USVMatrixC	Tests gemv_inplace(Vector+=USVMatrix*Vector) for various Number types.	[PASS]
gemv1_USVMatrixD	Tests gemv_inplace(Vector+=USVMatrix*Vector) for various Number types.	[PASS]
gemv1_USVMatrixS	Tests gemv_inplace(Vector+=USVMatrix*Vector) for various Number types.	[PASS]
gemv1_USVMatrixZ	Tests gemv_inplace(Vector+=USVMatrix*Vector) for various Number types.	[PASS]
gemv2_USVMatrixC	Tests gemv_inplace(Vector+=Vector*USVMatrix) for various Number types.	[PASS]
gemv2_USVMatrixD	Tests gemv_inplace(Vector+=Vector*USVMatrix) for various Number types.	[PASS]
gemv2_USVMatrixS	Tests gemv_inplace(Vector+=Vector*USVMatrix) for various Number types.	[PASS]
gemv2_USVMatrixZ	Tests gemv_inplace(Vector+=Vector*USVMatrix) for various Number types.	[PASS]
her2k1_USVMatrixC	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k1_USVMatrixD	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k1_USVMatrixS	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k1_USVMatrixZ	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k2_USVMatrixC	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k2_USVMatrixD	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k2_USVMatrixS	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k2_USVMatrixZ	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k3_USVMatrixC	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k3_USVMatrixD	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k3_USVMatrixS	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
her2k3_USVMatrixZ	Tests her2k_inplace(USVMatrix) for various Number types.	[PASS]
herk1_USVMatrixC	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk1_USVMatrixD	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk1_USVMatrixS	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk1_USVMatrixZ	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk2_USVMatrixC	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk2_USVMatrixD	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk2_USVMatrixS	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk2_USVMatrixZ	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk3_USVMatrixC	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk3_USVMatrixD	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk3_USVMatrixS	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
herk3_USVMatrixZ	Tests herk_inplace(USVMatrix) for various Number types.	[PASS]
hermitian_USVMatrixC	Tests hermitian(USVMatrix) for various Number types.	[PASS]
hermitian_USVMatrixD	Tests hermitian(USVMatrix) for various Number types.	[PASS]
hermitian_USVMatrixS	Tests hermitian(USVMatrix) for various Number types.	[PASS]
hermitian_USVMatrixZ	Tests hermitian(USVMatrix) for various Number types.	[PASS]
horzcat_USVMatrix	Tests horzcat(USVMatrix) for various Number types.	[PASS]
multiply_USVMatrixC	Tests multiply(USVMatrix,USVMatrix) for various Number types.	[PASS]
multiply_USVMatrixD	Tests multiply(USVMatrix,USVMatrix) for various Number types.	[PASS]
multiply_USVMatrixS	Tests multiply(USVMatrix,USVMatrix) for various Number types.	[PASS]
multiply_USVMatrixZ	Tests multiply(USVMatrix,USVMatrix) for various Number types.	[PASS]
skeletonize1	Tests skeletonize1(Sampler).	[PASS]
skeletonize1_sweep	Tests skeletonize1(Sampler).	[PASS]
skeletonize2	Tests skeletonize2(Action).	[PASS]
skeletonize2_sweep	Tests skeletonize2(Action).	[PASS]
slice_columns_USVMatrix	Tests USVMatrix slicing for various Number types.	[PASS]
slice_rows_USVMatrix	Tests USVMatrix slicing for various Number types.	[PASS]
slice_window_USVMatrix	Tests USVMatrix slicing for various Number types.	[PASS]
strmmA_lowrank	Tests trmm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
strmmL_lowrank	Tests trmm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
strmmU_lowrank	Tests trmm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
strsmA_lowrank	Tests trsm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
strsmL_lowrank	Tests trsm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
strsmU_lowrank	Tests trsm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
syr2k1_USVMatrixC	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k1_USVMatrixD	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k1_USVMatrixS	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k1_USVMatrixZ	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k2_USVMatrixC	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k2_USVMatrixD	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k2_USVMatrixS	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k2_USVMatrixZ	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k3_USVMatrixC	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k3_USVMatrixD	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k3_USVMatrixS	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syr2k3_USVMatrixZ	Tests syr2k_inplace(USVMatrix) for various Number types.	[PASS]
syrk1_USVMatrixC	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk1_USVMatrixD	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk1_USVMatrixS	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk1_USVMatrixZ	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk2_USVMatrixC	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk2_USVMatrixD	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk2_USVMatrixS	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk2_USVMatrixZ	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk3_USVMatrixC	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk3_USVMatrixD	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk3_USVMatrixS	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
syrk3_USVMatrixZ	Tests syrk_inplace(USVMatrix) for various Number types.	[PASS]
transpose_USVMatrixC	Tests transpose(USVMatrix) for various Number types.	[PASS]
transpose_USVMatrixD	Tests transpose(USVMatrix) for various Number types.	[PASS]
transpose_USVMatrixS	Tests transpose(USVMatrix) for various Number types.	[PASS]
transpose_USVMatrixZ	Tests transpose(USVMatrix) for various Number types.	[PASS]
vertcat_USVMatrix	Tests vertcat(USVMatrix) for various Number types.	[PASS]
ztrmmA_lowrank	Tests trmm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
ztrmmL_lowrank	Tests trmm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
ztrmmU_lowrank	Tests trmm(triu(Matrix),USVMatrix) for various Number types.	[PASS]
ztrsmA_lowrank	Tests trsm(LowerMatrix,USVMatrix) for various Number types.	[PASS]
ztrsmL_lowrank	Tests trsm(tril(Matrix),USVMatrix) for various Number types.	[PASS]
ztrsmU_lowrank	Tests trsm(triu(Matrix),USVMatrix) for various Number types.	[PASS]

[multifrontal]

Name	Description	Results
lu2_constructors	Verifies all the constructor paths for SparseLUSolver.	[PASS]
lu2_inverse	Verifies sampling inverse(A) using SparseLUSolver.	[PASS]
lu2_mixed	Uses a single precision SparseLUSolver to solve a double precision A*x=b problem.	[PASS]
lu2_partialsolve	Verifies partialsolve() using SparseLUSolver.	[PASS]
lu2_schur	Verifies SparseLUSolver schur complements.	[PASS]
lu2_solver	Verifies SparseLUSolver by solving a random A over a structured grid of size IxJ.	[PASS]
multifrontal_factor_LLT	Verifies the JobGraph used by multifrontal A = L*L' factorization.	[PASS]
multifrontal_factor_LU	Verifies the JobGraph used by multifrontal A = L*U factorization.	[PASS]
multifrontal_partialsolve_Left_Lower	Verifies the JobGraph used by partialsolve inv(L)*b	[PASS]
multifrontal_partialsolve_Left_Upper	Verifies the JobGraph used by partialsolve inv(U)*b	[PASS]
multifrontal_partialsolve_Right_Lower	Verifies the JobGraph used by partialsolve b*inv(L)	[PASS]
multifrontal_partialsolve_Right_Upper	Verifies the JobGraph used by partialsolve b*inv(U)	[PASS]
multifrontal_schur_gemm1	Verifies the JobGraph used by schur S=X'Y formation.	[PASS]
multifrontal_schur_gemm2	Verifies the JobGraph used by schur S=X'Y formation.	[PASS]
multifrontal_schur_rankk1	Verifies the JobGraph used by schur S=X'X formation.	[PASS]
multifrontal_schur_rankk2	Verifies the JobGraph used by schur S=X'X formation.	[PASS]
multifrontal_schur_solve	Verifies the JobGraph used by schur X = L backsolution.	[PASS]
multifrontal_solve_Left_Lower	Verifies the JobGraph used by X = inv(L)*B backsolution.	[PASS]
multifrontal_solve_Left_Upper	Verifies the JobGraph used by X = inv(U)*B backsolution.	[PASS]
multifrontal_solve_Right_Lower	Verifies the JobGraph used by X = B*inv(L) backsolution.	[PASS]
multifrontal_solve_Right_Upper	Verifies the JobGraph used by X = B*inv(U) backsolution.	[PASS]
normal2_solver	Verifies correctness of SparseNormalSolver by solving random unsymmetric sparse A*x=b problem.	[PASS]
rcholesky2_constructors	Verifies all the constructor paths for SparseRCholeskySolver.	[PASS]
rcholesky2_inverse	Verifies sampling inverse(A) using SparseRCholeskySolver.	[PASS]
rcholesky2_mixed	Uses a single precision SparseRCholeskySolver to solve a double precision A*x=b problem.	[PASS]
rcholesky2_partialsolve	Verifies partialsolve() using SparseRCholeskySolver.	[PASS]
rcholesky2_schur	Verifies SparseRCholeskySolver schur complements.	[PASS]
rcholesky2_solver	Verifies SparseRCholeskySolver by solving graph laplacian on a structured grid of size IxJ.	[PASS]
rldlt2_inverse	Verifies sampling inverse(A) using SparseRLDLTSolver.	[PASS]
rldlt2_mixed	Uses a single precision SparseRLDLTSolver to solve a double precision A*x=b problem.	[PASS]
rldlt2_partialsolve	Verifies partialsolve() using SparseRLDLTSolver	[PASS]
rldlt2_saddle1	Applies SparseRLDLTSolver to a system with saddle point structure.	[PASS]
rldlt2_saddle2	Applies SparseRLDLTSolver to a system with saddle point structure.	[PASS]
rldlt2_saddle3	Applies SparseRLDLTSolver to a system with saddle point structure.	[PASS]
rldlt2_schur	Verifies SparseRLDLTSolver schur complements.	[PASS]
rldlt2_solver	Verifies SparseRLDLTSolver by solving shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]
zcholesky2_inverse	Verifies sampling inverse(A) using SparseZCholeskySolver.	[PASS]
zcholesky2_mixed	Uses a single precision SparseZCholeskySolver to solve a double precision A*x=b problem.	[PASS]
zcholesky2_partialsolve	Verifies partialsolve() using SparseZCholeskySolver.	[PASS]
zcholesky2_schur	Verifies SparseZCholeskySolver schur complements.	[PASS]
zcholesky2_solver	Verifies SparseZCholeskySolver by solving a hermitian graph laplacian on a structured grid of size IxJ	[PASS]
zldlh2_inverse	Verifies sampling inverse(A) using SparseZLDLHSolver.	[PASS]
zldlh2_mixed	Uses a single precision SparseZLDLHSolver to solve a double precision A*x=b problem.	[PASS]
zldlh2_partialsolve	Verifies partialsolve() using complex SparseZLDLHSolver	[PASS]
zldlh2_schur	Verifies SparseZLDLHSolver schur complements.	[PASS]
zldlh2_solver	Verifies SparseZLDLHSolver by solving hermitian shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]
zldlt2_inverse	Verifies sampling inverse(A) using SparseZLDLTSolver.	[PASS]
zldlt2_mixed	Uses a single precision SparseZLDLTSolver to solve a double precision A*x=b problem.	[PASS]
zldlt2_partialsolve	Verifies partialsolve() using complex SparseZLDLTSolver.	[PASS]
zldlt2_schur	Verifies SparseZLDLTSolver schur complements.	[PASS]
zldlt2_solver	Verifies SparseZLDLTSolver by solving symmetric shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]

[parallel]

Name	Description	Results
lu2_constructors	Verifies all the constructor paths for SparseLUSolver.	[PASS]
lu2_inverse	Verifies sampling inverse(A) using SparseLUSolver.	[PASS]
lu2_mixed	Uses a single precision SparseLUSolver to solve a double precision A*x=b problem.	[PASS]
lu2_partialsolve	Verifies partialsolve() using SparseLUSolver.	[PASS]
lu2_schur	Verifies SparseLUSolver schur complements.	[PASS]
lu2_solver	Verifies SparseLUSolver by solving a random A over a structured grid of size IxJ.	[PASS]
normal2_solver	Verifies correctness of SparseNormalSolver by solving random unsymmetric sparse A*x=b problem.	[PASS]
pgemm	Checks pgemm_inplace() vs gemm_inplace().	[PASS]
pgemm_speedup	Verifies pgemm_inplace() speeds up with 2 versus 1 threads applied, gives correct answers.	[PASS]
pgetrf_panel	Checks pgetrf_panel() vs getrf_inplace().	[PASS]
pgetrf_tile	Checks pgetrf_tile() vs getrf_inplace().	[PASS]
phemm1	Checks phemm_inplace() vs hemm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
phemm2	Checks phemm_inplace() vs hemm_inplace() on a LowerMatrixRange.	[PASS]
pher2k1	Checks pher2k_inplace() vs her2k_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
pher2k2	Checks pher2k_inplace() vs her2k_inplace() on a LowerMatrixRange.	[PASS]
pherk1	Checks pherk_inplace() vs herk_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
pherk2	Checks pherk_inplace() vs herk_inplace() on a LowerMatrixRange.	[PASS]
phetrf1	Checks phetrf_inplace() vs hetrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
phetrf2	Checks phetrf_inplace() vs hetrf_inplace() on a LowerMatrixRange.	[PASS]
ppotrf1	Checks ppotrf_inplace() vs potrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
ppotrf2	Checks ppotrf_inplace() vs potrf_inplace() on a LowerMatrixRange.	[PASS]
ppotrf_exception	Tries to call ppotrf() on an indefinite Matrix, should throw an exception.	[PASS]
psymm1	Checks psymm_inplace() vs symm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psymm2	Checks psymm_inplace() vs symm_inplace() on a LowerMatrixRange.	[PASS]
psyr2k1	Checks psyr2k_inplace() vs syr2k_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psyr2k2	Checks psyr2k_inplace() vs syr2k_inplace() on a LowerMatrixRange.	[PASS]
psyrk1	Checks psyrk_inplace() vs syrk_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psyrk2	Checks psyrk_inplace() vs syrk_inplace() on a LowerMatrixRange.	[PASS]
psytrf1	Checks psytrf_inplace() vs sytrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psytrf2	Checks psytrf_inplace() vs sytrf_inplace() on a LowerMatrixRange.	[PASS]
ptrmm1	Checks ptrmm_inplace() vs trmm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange	[PASS]
ptrmm2	Checks ptrmm_inplace() vs trmm_inplace() on a LowerMatrixRange.	[PASS]
ptrsm1	Checks ptrsm_inplace() vs trsm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange	[PASS]
ptrsm2	Checks ptrsm_inplace() vs trsm_inplace() on a LowerMatrixRange.	[PASS]
rcholesky2_constructors	Verifies all the constructor paths for SparseRCholeskySolver.	[PASS]
rcholesky2_inverse	Verifies sampling inverse(A) using SparseRCholeskySolver.	[PASS]
rcholesky2_mixed	Uses a single precision SparseRCholeskySolver to solve a double precision A*x=b problem.	[PASS]
rcholesky2_partialsolve	Verifies partialsolve() using SparseRCholeskySolver.	[PASS]
rcholesky2_schur	Verifies SparseRCholeskySolver schur complements.	[PASS]
rcholesky2_solver	Verifies SparseRCholeskySolver by solving graph laplacian on a structured grid of size IxJ.	[PASS]
rldlt2_inverse	Verifies sampling inverse(A) using SparseRLDLTSolver.	[PASS]
rldlt2_mixed	Uses a single precision SparseRLDLTSolver to solve a double precision A*x=b problem.	[PASS]
rldlt2_partialsolve	Verifies partialsolve() using SparseRLDLTSolver	[PASS]
rldlt2_schur	Verifies SparseRLDLTSolver schur complements.	[PASS]
rldlt2_solver	Verifies SparseRLDLTSolver by solving shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]
zcholesky2_inverse	Verifies sampling inverse(A) using SparseZCholeskySolver.	[PASS]
zcholesky2_mixed	Uses a single precision SparseZCholeskySolver to solve a double precision A*x=b problem.	[PASS]
zcholesky2_partialsolve	Verifies partialsolve() using SparseZCholeskySolver.	[PASS]
zcholesky2_schur	Verifies SparseZCholeskySolver schur complements.	[PASS]
zcholesky2_solver	Verifies SparseZCholeskySolver by solving a hermitian graph laplacian on a structured grid of size IxJ	[PASS]
zldlh2_inverse	Verifies sampling inverse(A) using SparseZLDLHSolver.	[PASS]
zldlh2_mixed	Uses a single precision SparseZLDLHSolver to solve a double precision A*x=b problem.	[PASS]
zldlh2_partialsolve	Verifies partialsolve() using complex SparseZLDLHSolver	[PASS]
zldlh2_schur	Verifies SparseZLDLHSolver schur complements.	[PASS]
zldlh2_solver	Verifies SparseZLDLHSolver by solving hermitian shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]
zldlt2_inverse	Verifies sampling inverse(A) using SparseZLDLTSolver.	[PASS]
zldlt2_mixed	Uses a single precision SparseZLDLTSolver to solve a double precision A*x=b problem.	[PASS]
zldlt2_partialsolve	Verifies partialsolve() using complex SparseZLDLTSolver.	[PASS]
zldlt2_schur	Verifies SparseZLDLTSolver schur complements.	[PASS]
zldlt2_solver	Verifies SparseZLDLTSolver by solving symmetric shifted graph laplacian (i.e. helmholtz) on a structured grid of size IxJ	[PASS]

[pdense]

Name	Description	Results
factor_LLT	Checks the JobGraph used by ppotrf(), psytrf(), phetrf().	[PASS]
factor_LU_panel	Checks the JobGraph used by pgetrf_panel().	[PASS]
factor_LU_tile	Checks the JobGraph used by pgetrf_tile().	[PASS]
factor_UUT	Checks the JobGraph used by ppotrf().	[PASS]
pgemm	Checks pgemm_inplace() vs gemm_inplace().	[PASS]
pgemm_speedup	Verifies pgemm_inplace() speeds up with 2 versus 1 threads applied, gives correct answers.	[PASS]
pgetrf_panel	Checks pgetrf_panel() vs getrf_inplace().	[PASS]
pgetrf_tile	Checks pgetrf_tile() vs getrf_inplace().	[PASS]
phemm1	Checks phemm_inplace() vs hemm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
phemm2	Checks phemm_inplace() vs hemm_inplace() on a LowerMatrixRange.	[PASS]
pher2k1	Checks pher2k_inplace() vs her2k_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
pher2k2	Checks pher2k_inplace() vs her2k_inplace() on a LowerMatrixRange.	[PASS]
pherk1	Checks pherk_inplace() vs herk_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
pherk2	Checks pherk_inplace() vs herk_inplace() on a LowerMatrixRange.	[PASS]
phetrf1	Checks phetrf_inplace() vs hetrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
phetrf2	Checks phetrf_inplace() vs hetrf_inplace() on a LowerMatrixRange.	[PASS]
pmultiply	Checks the JobGraph used by pgemm(), psymm(), phemm().	[PASS]
ppotrf1	Checks ppotrf_inplace() vs potrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
ppotrf2	Checks ppotrf_inplace() vs potrf_inplace() on a LowerMatrixRange.	[PASS]
ppotrf_exception	Tries to call ppotrf() on an indefinite Matrix, should throw an exception.	[PASS]
psymm1	Checks psymm_inplace() vs symm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psymm2	Checks psymm_inplace() vs symm_inplace() on a LowerMatrixRange.	[PASS]
psyr2k1	Checks psyr2k_inplace() vs syr2k_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psyr2k2	Checks psyr2k_inplace() vs syr2k_inplace() on a LowerMatrixRange.	[PASS]
psyrk1	Checks psyrk_inplace() vs syrk_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psyrk2	Checks psyrk_inplace() vs syrk_inplace() on a LowerMatrixRange.	[PASS]
psytrf1	Checks psytrf_inplace() vs sytrf_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange.	[PASS]
psytrf2	Checks psytrf_inplace() vs sytrf_inplace() on a LowerMatrixRange.	[PASS]
ptrmm1	Checks ptrmm_inplace() vs trmm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange	[PASS]
ptrmm2	Checks ptrmm_inplace() vs trmm_inplace() on a LowerMatrixRange.	[PASS]
ptrsm1	Checks ptrsm_inplace() vs trsm_inplace() on the 'U'pper or 'L'ower triangle of a MatrixRange	[PASS]
ptrsm2	Checks ptrsm_inplace() vs trsm_inplace() on a LowerMatrixRange.	[PASS]
rankk	Checks the JobGraph used by psyrk(), pherk().	[PASS]
trmm_Left_Lower	Checks the JobGraph used by ptrmm('L','L').	[PASS]
trmm_Left_Upper	Checks the JobGraph used by ptrmm('L','U').	[PASS]
trmm_Right_Lower	Checks the JobGraph used by ptrmm('R','L').	[PASS]
trmm_Right_Upper	Checks the JobGraph used by ptrmm('R','U').	[PASS]
trsm_Left_Lower	Checks the JobGraph used by ptrsm('L','L').	[PASS]
trsm_Left_Upper	Checks the JobGraph used by ptrsm('L','U').	[PASS]
trsm_Right_Lower	Checks the JobGraph used by ptrsm('R','L').	[PASS]
trsm_Right_Upper	Checks the JobGraph used by ptrsm('R','U').	[PASS]

[solver]

Name	Description	Results
cCholeskySolver	Tests ZCholeskySolver, a solver for complex hermitian positive definite A.	[PASS]
cLDLHSolver	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
cLDLHSolver3	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
cLDLTSolver	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
cLDLTSolver3	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
cLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
cswizzle	Uses swizzle to solve an A*X=B problem where X/B are complex but A is pure real.	[PASS]
dCholeskySolver	Tests RCholeskySolver, a solver for real symmetric positive definite A.	[PASS]
dLDLTSolver	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
dLDLTSolver3	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
dLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
dQRSolver	Tests QRSolver, a full-rank least-squares solver.	[PASS]
sCholeskySolver	Tests RCholeskySolver, a solver for real symmetric positive definite A.	[PASS]
sLDLTSolver	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
sLDLTSolver3	Tests RLDLTSolver, a solver for real symmetric indefinite A.	[PASS]
sLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
zCholeskySolver	Tests ZCholeskySolver, a solver for complex hermitian positive definite A.	[PASS]
zLDLHSolver	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
zLDLHSolver3	Tests ZLDLHSolver, a linear solver for complex hermitian indefinite systems.	[PASS]
zLDLTSolver	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
zLDLTSolver3	Tests ZLDLTSolver, a linear solver for complex symmetric indefinite systems.	[PASS]
zLUSolver	Tests LUSolver, a general purpose linear solver.	[PASS]
zswizzle	Uses swizzle to solve an A*X=B problem where X/B are complex but A is pure real.	[PASS]

[sparse]

Name	Description	Results
Pattern	Tests multiply(A) and multiply(A,B) for SparseMatrix<Number>.	[PASS]
Permutation	Tests Permutation matrices.	[PASS]
SparseMatrix	Tests various range operations on SparseMatrix.	[PASS]
SparseMatrixBuilder	Tests operator+ and operator- for SparseMatrix, which delegate to SparseMatrixBuilder under the hood.	[PASS]
SparseMatrixRange	Calls sparse gemm() on subranges of a SparseMatrix A, compares results to dense gemm().	[PASS]
alias_Pattern	Tests for a corner case, where a container is assigned from a subrange of itself (previously invoked UB, now fixed).	[PASS]
alias_SparseMatrix	Tests for a corner case, where a container is assigned from a subrange of itself (previously invoked UB, now fixed).	[PASS]
bothcat_Pattern	Tests bothcat(SparseMatrix)	[PASS]
bothcat_Pattern_cpp11	Tests bothcat(SparseMatrix)	[PASS]
bothcat_SparseMatrix	Tests bothcat(SparseMatrix)	[PASS]
bothcat_SparseMatrix_cpp11	Tests bothcat(SparseMatrix)	[PASS]
bounds_SparseMatrix	Tests bounds checking within SparseMatrix.	[PASS]
diagcat_Pattern	Tests vertcat(SparseMatrix)	[PASS]
diagcat_Pattern_cpp11	Tests vertcat(SparseMatrix)	[PASS]
diagcat_SparseMatrix	Tests vertcat(SparseMatrix)	[PASS]
diagcat_SparseMatrix_cpp11	Tests vertcat(SparseMatrix)	[PASS]
equilibrate	Constructs a random laplacian2, equilibrates it, evaluates E*A*E.	[PASS]
frobenius	Constructs a random SparseMatrix A, compares frobenius(A) against frobenius(A.make_Matrix()).	[PASS]
hermitian	Constructs a random SparseMatrix, compares sparse hermitian() against dense hermitian().	[PASS]
horzcat_Pattern	Tests horzcat(SparseMatrix)	[PASS]
horzcat_Pattern_cpp11	Tests horzcat(SparseMatrix)	[PASS]
horzcat_SparseMatrix	Tests horzcat(SparseMatrix)	[PASS]
horzcat_SparseMatrix_cpp11	Tests horzcat(SparseMatrix)	[PASS]
laplacian1	Examines 1D graph laplacian and 1D nested dissection.	[PASS]
multiply	Tests multiply(A) and multiply(A,B) for SparseMatrix<Number>.	[PASS]
permute	Tests permute() and perm.make_SparseMatrix().	[PASS]
sparse_dimm	Tests sparse dimm() using dense dimm() as a reference.	[PASS]
sparse_expression	Tests conversion of SparseMatrix into an Expression template.	[PASS]
sparse_flip	Tests sparse flip() using dense flip() as a reference.	[PASS]
sparse_gemm	Constructs a random SparseMatrix, compares sparse gemm() against dense gemm().	[PASS]
sparse_gemv	Constructs a random SparseMatrix, compares sparse gemv() against dense gemv().	[PASS]
sparse_hemm	Constructs a random SparseMatrix, compares sparse hemm() against dense hemm().	[PASS]
sparse_io	Tests serialization roundtrips for SparseMatrixRange.	[PASS]
sparse_symm	Constructs a random SparseMatrix, compares sparse hemm() against dense hemm().	[PASS]
sparse_threshold	Constructs a random SparseMatrix A, converts it into a Matrix and then threshold()'s it back.	[PASS]
sparse_trmm	Constructs a random SparseMatrix, compares sparse trmm() against dense trmm().	[PASS]
sparse_trsm	Constructs a random SparseMatrix, compares sparse trsm() against dense trsm().	[PASS]
transpose	Constructs a random SparseMatrix, compares sparse transpose() against dense transpose().	[PASS]
transpose_Pattern	Constructs a random SparseMatrix, compares sparse transpose() against dense transpose().	[PASS]
tril	Constructs a random SparseMatrix, compares sparse tril() against dense tril().	[PASS]
tril_Pattern	Constructs a random SparseMatrix, compares sparse tril() against dense tril().	[PASS]
triu	Constructs a random SparseMatrix, compares sparse triu() against dense triu().	[PASS]
triu_Pattern	Constructs a random SparseMatrix, compares sparse triu() against dense triu().	[PASS]
vertcat_Pattern	Tests vertcat(SparseMatrix)	[PASS]
vertcat_Pattern_cpp11	Tests vertcat(SparseMatrix)	[PASS]
vertcat_SparseMatrix	Tests vertcat(SparseMatrix)	[PASS]
vertcat_SparseMatrix_cpp11	Tests vertcat(SparseMatrix)	[PASS]

[symbolic]

Name	Description	Results
AssemblyTree	Compares AssemblyTree's built using various reordering strategies: bisect(), mmd(), reorder()	[PASS]
DisjointSet	Unit test for DisjointSet.	[PASS]
RandomAccessList	Unit test for RandomAccessList.	[PASS]
match_supernodes	Tests match_supernodes(), supernode detection/coarsening.	[PASS]
mmd0	Inspects a PatternBuilder after reordering it using mmd().	[PASS]
mmd1	Inspects a PatternBuilder after reordering it using mmd().	[PASS]
preconditions	Tests precondition checker.	[PASS]
rcm	Inspects a PatternBuilder after reordering it using rcm().	[PASS]
vcut1	Unit tests for vcut(), special cases.	[PASS]
vcut2	Unit tests for vcut(), special cases.	[PASS]
vcut3	Unit tests for vcut(), special cases.	[PASS]
vcut_structured	Unit tests for vcut(), special cases.	[PASS]

[unit]

Name	Description	Results
fail	Test that exercises REQUIRE(false).	[FAIL]
pass	Test that exercises REQUIRE(true).	[PASS]

[utility]

Name	Description	Results
LowerPrecision	Various tests about Number traits (reflection).	[PASS]
RaisePrecision	Various tests about Number traits (reflection).	[PASS]
ReflectPrecision	Various tests about Number traits (reflection).	[PASS]
Timer	Exercises the Timer class.	[PASS]
random	Tests random number generation.	[PASS]
sortperm	Tests sortperm() on a random vector.	[PASS]
stream2string	Tests stream2string(), baking a std::vector<int> into a std::string.	[PASS]
stringprintf	Tests stringprintf.	[PASS]

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