Method Prepare

src/simulation.cpp:571–614

}

bool Simulation::Prepare()
{	
	ConfigInfo *cfg = m_case->GetConfiguration();
	if ( !cfg )
	{
		m_errors.Add("no valid configuration for this case");
		return false;
	}

	m_simlist = cfg->Simulations;

	m_outputList.clear();
	m_outputLabels.clear();
	m_outputUnits.clear();
	m_uiHints.clear();

	size_t nHybrids = cfg->Technology.size();

	for (size_t ndx_hybrid = 0; ndx_hybrid < nHybrids; ndx_hybrid++) {

		// transfer all the values except for ones that have been 'overriden'
		for (VarTableBase::const_iterator it = m_case->Values(ndx_hybrid).begin();
			it != m_case->Values(ndx_hybrid).end();
			++it)
			if (0 == m_inputs[ndx_hybrid].Get(it->first))
				m_inputs[ndx_hybrid].Set(it->first, *(it->second));

		// recalculate all the equations
		CaseEvaluator eval(m_case, m_inputs[ndx_hybrid], m_case->Equations(ndx_hybrid));// update m_inputs for hybrids
		int n = eval.CalculateAll(ndx_hybrid);

		if (n < 0)
		{
			wxArrayString& errs = eval.GetErrors();
			for (size_t i = 0; i < errs.size(); i++)
				m_errors.Add(errs[i]);

			return false;
		}

		//wxLogStatus("Simulation preparation time: %d copy, %d eval", (int)time_copy, (int)time_eval);
	}
	return true;
}

static void dump_variable( FILE *fp, ssc_data_t p_data, const char *name )
{ // .17g to .17g for full double precision.