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_current Class Reference
#include <electric.h>
Inheritance diagram for _current:
Public Member Functions | |
| _current (signal sig) | |
| _current () | |
 Public Member Functions inherited from signal | |
| const maximas_minimas * | get_valMaximas () const |
| get value peaks in the signal | |
| const maximas_minimas * | get_valMinimas () const |
| get value troughs in the signal | |
| const maximas_minimas * | get_dvBdtMaximas () const |
| const maximas_minimas * | get_dvBdtMinimas () const |
| const bool | isTimeAnalysed () |
| check if the signal was analysed in the time domain | |
| bool | dataViable () |
| bool | loadData (std::string name, std::string fileLocation=settings.get_setting("signal","import_path")) |
| load data from a file directly if it has the following format (time,value) | |
| bool | loadData (v_container _data) |
| load data first two columns from a dataTable structure into this signal with order (time,value) | |
| bool | loadData (std::vector< double > time, std::vector< double > vals) |
| load data from a time vector and a values vector | |
| bool | analyse () |
| generalized huge analysis in the time domain fetches basic data | |
| bool | pdf_export (std::string name, std::string file_address=settings.get_setting("signal","export_path")) |
| export valuable signal report (images and text)//in the pdf format | |
| bool | exportSignal (std::string name, bool export_all=false, sig_exp expType=sig_exp::csv, std::string fileLocation=settings.get_setting("signal","export_path")) |
| export the signal data to a specific file | |
| bool | importSignal (std::string name, std::string fileLocation=settings.get_setting("signal","import_path")) |
| import a signal in the .sig binary format | |
| void | set_trigger_level (double v) |
| sets the trigger level for the trigger level based frequency calculation | |
| void | set_hysteresis (double upThreshold, double lowThreshold) |
| sets the hysteresis parameters for the hysteresis trigger frequency calculations | |
| const _analytics * | get_analytics () const |
| get analytics of the time_domain analysed signal | |
| const v_container * | get_signal_data () const |
| get any values in the signal data table | |
| void | make_subsignals (std::vector< pattern > &pattern, _subSignals &sig) |
| a function that keeps generating subsignals based on the pattern provided that holds pattern start time and pattern endtime | |
| _subSignals * | subSignal_periodBased () |
| get the subSignals generated from this signal based on their periodic times pattern | |
| _subSignals * | subSignal_valueBased () |
| get the subSignals generated from this signal based on their rms for periods times pattern | |
Additional Inherited Members | |
| Protected Types inherited from signal | |
| enum | freq_calc_t { triggerLevel = 1 , peakNdtrough = 2 , triggerHysteresis = 3 } |
| decide the frequency calculation type More... | |
| enum class | pattern_type { periodic = 1 , transient = 2 } |
| using | json = nlohmann::json |
| Protected Member Functions inherited from signal | |
| void | putValue (double val, int row, int col) |
| easy abstracted values insersion | |
| double | getValue (int row, int col) |
| easy abstracted values extraction | |
| void | refreshData () |
| refresh the dataTable that we use | |
| double | _dvBdt (double v1, double v2, double t1, double t2) |
| double | _dv2Bdt2 (double v1, double v2, double v3, double t1, double t2) |
| double | _vdt (double v1, double v2, double t1, double t2) |
| bool | pre_analyze () |
| Makes variable data out of the time-value data such as slopes and areas wrt to time. | |
| void | interpolate () |
| INTERPOLATIONS FOR FIXING LOW SAMPLE SIGNALS/DIFFERENT SAMPLING RATES. | |
| bool | soft_analyze () |
| soft time tomain analysis | |
| bool | update_local_maximas_minimas () |
| EVALUATE MAXIMAS/MINIMAS using SLOPE DATA. | |
| bool | post_local_maximas_minimas () |
| filter local MAXIMAS and MINIMAS and update ptp data (only top maximas and lowest minimas) | |
| bool | frequency_peakNdtrough () |
| calculate frequency based on Local maximas and minimas and their times respectively | |
| bool | frequency_triggerLevel () |
| calculate frequency based on crossing trigger level times | |
| bool | frequency_triggerHysteresis () |
| calculate the base_frequency with hysteresis added for noise ignorance | |
| bool | deduce_baseFrequency () |
| deduce base frequency + angular + number of periods for the signal | |
| bool | deduce_avg_rms () |
| rms and avg based on integer number of signals analysis only | |
| bool | update_slope_maximas_minimas () |
| VALUES ANALYTICS THAT EVALUATE MAXIMAS_MINIMAS using SLOPE DATA. | |
| bool | period_pattern_analysis () |
| analyse regions of the signal basesd on their periodic times (connected similar periodic times = 1 continous signal) periodic time rapid change/phase shifts in a period = transients; connected transients are considered a singular non periodic signal; | |
| bool | pattern_analyze () |
| analyse changes in the signal and store any continous patterns detected for future interval Based signal analysis | |
| std::vector< double[2]> | forrierTransform (signal base_sig) |
| Protected Attributes inherited from signal | |
| struct signal::_analytics | analytics |
| double | min_max_accuracy = stod(settings.get_setting("signal","min_max_accuracy")) |
| double | maxima_diff_rounding = stod(settings.get_setting("signal","maxima_diff_rounding")) |
| double | minima_diff_rounding = stod(settings.get_setting("signal","minima_diff_rounding")) |
| bool | smaller_extremas_ignored = stoi(settings.get_setting("signal","smaller_extremas_ignored")) |
| double | period_diff_accuracy = stod(settings.get_setting("signal","period_diff_accuracy")) |
| bool | periodic_avg_rms = stoi(settings.get_setting("signal","periodic_avg&rms")) |
| int | frequency_calc_type = stoi(settings.get_setting("signal","frequency_calc_type")) |
| v_container | signal_data |
| maximas_minimas | val_maximas |
| maximas_minimas | val_minimas |
| maximas_minimas | dvBdt_maximas |
| maximas_minimas | dvBdt_minimas |
| std::vector< double > | rising_trigger_times |
| rising edges detected are stored here mainly used by trigger level frequency calculation and hysteresis frequency calculation | |
| std::vector< double > | falling_trigger_times |
| rising edges detected are stored here mainly used by trigger level frequency calculation and hysteresis frequency calculation | |
| std::vector< double > | rising_periods |
| rising edges detected are stored here mainly used by trigger level frequency calculation and hysteresis frequency calculation | |
| std::vector< double > | falling_periods |
| rising edges detected are stored here mainly used by trigger level frequency calculation and hysteresis frequency calculation | |
| std::vector< pattern > | periods_pattern |
| struct signal::_subSignals | subSignals_period_based |
| struct signal::_subSignals | subSignals_value_based |
| double | _trigger_level = 0 |
| signal value for detecting edges and calculating frequency based on | |
| double | _hysteresis_high_threshold = 5 |
| double | _hysteresis_low_threshold = -5 |
| int | minimum_periodic_periodNum = stoi(settings.get_setting("signal", "minimum_periodic_periodNum") ) |
| bool | timeDomain_analysed = false |
| bool | data_viable = false |
Detailed Description
Definition at line 14 of file electric.h.
Constructor & Destructor Documentation
◆ _current() [1/2]
|
inline |
Definition at line 16 of file electric.h.
◆ _current() [2/2]
|
inline |
Definition at line 18 of file electric.h.
The documentation for this class was generated from the following file:
- D:/EPE_ENERGY_MONITOR/src/features/signals/electric.h
