public void test_RunSteadyStateCalculation_Newton() {
HashMap<String, Object> problemParameters = new HashMap<String, Object>();
problemParameters.put("JacobianRequested", new Boolean(true));
problemParameters.put("StabilityAnalysisRequested", new Boolean(true));
// iteration limit
// tolerance
HashMap<String, Object> methodParameters = new HashMap<String, Object>();
methodParameters.put("Resolution", new Double(1e-9));
methodParameters.put("Derivation Factor", new Double(1e-3));
methodParameters.put("Use Newton", new Boolean(true));
methodParameters.put("Use Integration", new Boolean(false));
methodParameters.put("Use Back Integration", new Boolean(false));
methodParameters.put("Accept Negative Concentrations", new Boolean(false));
methodParameters.put("Iteration Limit", new Integer(50));
// objective function
CSteadyStateTask steadyStateTask =
runSteadyStateCalculation(mDataModel, problemParameters, methodParameters);
assertFalse(steadyStateTask == null);
assertTrue(steadyStateTask.getResult() == CSteadyStateMethod.foundEquilibrium);
CEigen eigenvalues = steadyStateTask.getEigenValues();
assertFalse(eigenvalues == null);
assertTrue(eigenvalues.getMaxrealpart() <= 0.0);
assertTrue(eigenvalues.getNnegreal() + eigenvalues.getNreal() == eigenvalues.getR().size());
}
