Method InvokeWithHandler

src/simulation.cpp:1128–1443

bool Simulation::InvokeWithHandler(ISimulationHandler *ih, wxString folder)
{
	assert( 0 != ih );

	m_totalElapsedMsec = 0;
	m_sscElapsedMsec = 0;
	wxStopWatch sw;

	ssc_data_t p_data = ssc_data_create();

	if ( m_simlist.size() == 0 )
		ih->Error("No simulation compute modules defined for this configuration.");

	// hybrids (already gone through equations in Prepare)
	if (m_case->GetConfiguration()->Technology.size() > 1) {
		// set "input" table
		ssc_data_t p_input = ssc_data_create();
		// set "compute_modules"
		ssc_var_t p_compute_modules[10];  // only constant allowed here - assumes m_simlist.size() < 10
		for (size_t i = 0; i < m_simlist.size() && i<10; i++) {
			p_compute_modules[i] = ssc_var_create();
			ssc_var_set_string(p_compute_modules[i], m_simlist[i].c_str());
		}
		ssc_data_set_data_array(p_input, "compute_modules", &p_compute_modules[0], (int)m_simlist.size());
		for (size_t i = 0; i < m_simlist.size() && i < 10; i++)
			ssc_var_free(p_compute_modules[i]);

		for (size_t i = 0; i < m_case->GetConfiguration()->Technology.size() && i < m_simlist.size(); i++) { // each vartable
			ssc_data_t p_val = ssc_data_create();
//			m_case->Values(i).AsSSCData(p_val); // skips overrides
			m_inputs[i].AsSSCData(p_val); // includes overrides
			if (i == m_case->GetConfiguration()->Technology.size() - 1) // "Hybrid" captures all non-generators and non-battery and non-fuel cell compute modules, e.g. "grid", "utility rate5","singleowner", etc.
				ssc_data_set_table(p_input, m_case->GetConfiguration()->Technology[i].c_str(), p_val);
			else
				ssc_data_set_table(p_input, m_simlist[i].c_str(), p_val);
			ssc_data_free(p_val);
		}
		// set "input" SSC_TABLE
		ssc_data_set_table(p_data, "input", p_input);
		ssc_data_free(p_input); // after deep copy above
		// invoke "hybrid" compute module
		ssc_module_t p_modhybrid = ssc_module_create("hybrid");
		if (!p_modhybrid) {
			wxString err = "could not create ssc module: hybrid";
			ssc_data_set_string(p_data, "error", err.c_str());
			return false;
		}
		wxStopWatch ssctime;
		ssc_bool_t ok = ssc_module_exec_with_handler(p_modhybrid, p_data, ssc_invoke_handler, ih);
		m_sscElapsedMsec += (int)ssctime.Time();
		// process "output" table
		if (!ok) {
			ih->Error("Simulation " + m_case->GetConfiguration()->Technology[m_case->GetConfiguration()->Technology.size() - 1] + " failed :" + ssc_module_log(p_modhybrid, 0, nullptr, nullptr));
		}
		else {
			int poutidx = 0;
			while (const ssc_info_t p_outinf = ssc_module_var_info(p_modhybrid, poutidx++))
			{