ROL
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Directories | |
constraint | |
operator | |
sketching | |
Files | |
test_01.cpp | |
Test derivative checks. | |
test_02.cpp | |
Test derivative checks for log barrier objectives. | |
test_03.cpp | |
test_04.cpp | |
Test default Constraint_SimOpt solve. | |
test_04.hpp | |
test_05.cpp | |
Shows how to use the nonlinear least squares interface to find a feasible point for the equality constrained NLP from Nocedal/Wright, 2nd edition, page 574, example 18.2. | |
test_06.cpp | |
test_07.cpp | |
test_08.cpp | |
test_09.cpp | |
Shows how to use the Constraint_Partitioned interface to solve Hock & Schittkowski's problem 39. | |
test_10.cpp | |
Show how to use CompositeConstraint interface. | |
test_11.cpp | |
Verify that the implementation of the Coleman-Li Trust-Region model passes derivative checks. | |
test_11.hpp | |
test_12.cpp | |
Validate that the Householder Reflector implmentation works correctly. | |
test_13.cpp | |
Validate BinaryConstraint class. | |
test_14.cpp | |
test_15.cpp | |
Validate polyhedral projection infrastructure. | |
test_16.cpp | |
test_17.cpp | |
Checks that Coleman-Li BoundConstraint functions agree across implementations. | |