output.h File Reference

#include <filesystem>
#include <fstream>
#include <list>
#include <mutex>
#include <sstream>
#include <string>
#include <vector>
#include "vehicles.h"

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Classes
struct	output::CurrentParamValues
class	CUOutput
class	CUOutputSingleFile
class	CUOutputOneFilePerCU
class	CUOutputOneFilePerSubstation

Namespaces
namespace	output

Functions
void	output::initializeDirectoriesBase (unsigned long scenario_id)
void	output::initializeDirectoriesPerPVar ()
void	output::initializeSubstationOutput (unsigned long scenario_id)
void	output::initializeCUOutput (unsigned long scenario_id)
void	output::closeOutputs ()
void	output::flushBuffers ()
void	output::outputCurrentParamVariCombi (CurrentParamValues &)
void	output::outputCurrentCUSettings ()
	This function outputs current settings of the control units (like PV kWp, BS capacity and power, ...) and also which roof sections exist per sim. added PV component.
void	output::outputMetrics (bool alt_fname=false, string *fname_postfix=NULL)
	This function computed metrics for all control units after the simulation has been finished; if.
void	output::outputMetricsStrListSACPlanning (list< string * > &output_list)
void	output::outputWeeklyMetricsStrList (list< string * > *output_list, unsigned long week_number)
void	output::outputEVMetrics (bool alt_fname=false, string *fname_postfix=NULL)
void	output::outputRuntimeInformation (long seconds_setup, long seconds_main_run)
void	output::outputControlCommandDetails (unsigned long ts, unsigned long cuID, bool optimization_state_ok, double inp_max_p_bs_kW, double inp_max_e_bs_kWh, double inp_max_p_cs_kW, double inp_current_bs_charge_kWh, const std::vector< float > &inp_future_resid_demand_kW, const std::vector< double > &inp_future_pv_generation_kW, const std::vector< double > &inp_future_hp_shiftable_maxP, const std::vector< double > &inp_future_hp_shiftable_minP, const std::vector< double > &inp_future_hp_shiftable_maxE, const std::vector< double > &inp_future_hp_shiftable_minE, const std::vector< const std::vector< double > * > *inp_future_ev_shiftable_maxE, const std::vector< const std::vector< double > * > *inp_future_ev_shiftable_minE, const std::vector< const std::vector< double > * > *inp_future_ev_maxP, const std::vector< double > &out_future_bs_power_kW, const std::vector< double > &out_future_hp_power_kW, const std::vector< std::vector< double > > &out_future_ev_power_kW)
void	output::outputEVStateDetails (unsigned long ts, unsigned long carID, EVState ev_state, float p_charging_kW, float cumsum_E_ch_home, float cumsum_E_min, float cumsum_E_max, float ev_bs_SOE_kWh)

Variables
std::ofstream *	output::substation_output = NULL
	The main file for the substation load time series.
std::ofstream *	output::substation_output_details = NULL
	The secondary file for additional information about the substations.
std::ofstream *	output::cu_details_ccmd_output = NULL
	Output file for command details per time step and control unit (if selected by –ccmd-output option)
std::ofstream *	output::cu_details_ev_output = NULL
	Output file for ev details per time step and control unit (if selected by –ev-output option)
CUOutputSingleFile *	output::cu_single_output = NULL
	Reference to the single_output object, if one output for all CUs is selected.
CUOutputOneFilePerSubstation **	output::cu_multi_outputs = NULL
	Reference to the array of CU ouputs, if one output per CU is selected.
size_t	output::n_cu_multi_outputs = 0
	Number of elements in cu_multi_ouputs.
std::mutex	output::mtx_cu_details_ccmd
	Mutex to ensure proper working in parallel processing for output::cu_details_ccmd_output.
std::mutex	output::mtx_cu_details_ev
	Mutex to ensure proper working in parallel processing for output::cu_details_ev_output.