/**************************************************** * BEGIN UMin UNIT TEST 3.1 * Purpose: test LAPACK-based LS solver * scalar type = float * noise level = 0 * trust radius = 1e+06 * results reported in lsflt.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm /**************************************************** * BEGIN UMin UNIT TEST 3.2 * Purpose: test LAPACK-based LS solver * scalar type = double * noise level = 0.1 * trust radius = 1e+06 * results reported in lsdbl.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm /**************************************************** * BEGIN UMin UNIT TEST 3.3 * Purpose: test LAPACK-based LS solver * scalar type = complex * noise level = 0.1 * trust radius = 1e+06 * results reported in lsfltcplx.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm /**************************************************** * BEGIN UMin UNIT TEST 3.4 * Purpose: test LAPACK-based LS solver * scalar type = complex * noise level = 0.5 * trust radius = 1e+06 * results reported in lsdblcplx.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm /**************************************************** * BEGIN UMin UNIT TEST 3.5 * Purpose: test LAPACK-based LS solver * scalar type = float * noise level = 0 * trust radius = 1 * results reported in lsflt1.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm /**************************************************** * BEGIN UMin UNIT TEST 3.6 * Purpose: test LAPACK-based LS solver * scalar type = double * noise level = 0.1 * trust radius = 1 * results reported in lsdbl1.rpt ****************************************************/ 1. Construct domain, range spaces 2. Build GenMat 3. Build sol, rhs 4. Build, run TRLSMat algorithm