Method PrepareSimulations

src/parametric.cpp:3046–3092

}

std::vector<Simulation*> ParametricGridData::PrepareSimulations() {
	SimulationDialog tpd("Preparing simulations...", 1);
	std::vector<Simulation*> sims;
	int total_runs = 0;
	for (size_t i = 0; i < m_par.Runs.size(); i++)
		if (!m_valid_run[i]) total_runs++;
	if (total_runs == 0) total_runs = m_par.Runs.size();

	for (size_t i = 0; i < m_par.Runs.size(); i++)
	{
		// reset all simulation objects to copy over latest value if changed on input page (no listeners)
		m_valid_run[i] = false;

		if (!m_valid_run[i])
		{
			m_par.Runs[i]->Clear();

			for (int col = 0; col < m_cols; col++)
			{
				if (IsInput(col))
				{
					if (VarValue* vv = &m_par.Setup[col].Values[i])
					{
						// set for simulation
//						m_par.Runs[i]->Override(m_var_names[col], *vv, m_par.Setup[col].ndxHybrid); // TODO: hybrids
						m_par.Runs[i]->Override(m_par.Setup[col].varName, *vv, m_par.Setup[col].ndxHybrid);
					}
				}
			}
			// Excel exchange if necessary
			ExcelExchange& ex = m_case->ExcelExch();
			if (ex.Enabled) {
				for (size_t ndxHybrids = 0; ndxHybrids < m_case->GetConfiguration()->Technology.size(); ndxHybrids++)
					ExcelExchange::RunExcelExchange(ex, m_case->Values(ndxHybrids), m_par.Runs[i]);
			}

			if (!m_par.Runs[i]->Prepare())
				wxMessageBox(wxString::Format("internal error preparing simulation %d for parametric: %s", (int)(i + 1), m_par.Runs[i]->GetErrors()[0]));

			tpd.Update(0, (float)i / (float)total_runs * 100.0f, wxString::Format("%d of %d", (int)(i + 1), (int)total_runs));
		}

		m_par.Runs[i]->SetName(wxString::Format("Parametric #%d", (int)(i + 1)));
		sims.push_back(m_par.Runs[i]);
	}
	return sims;
}

bool ParametricGridData::RunSimulations_multi()
{