slide::util::error Namespace Reference

Functions
void	checkInputParam_CalAge (Cell &c, double V, double Ti, int Time, int timeCheck, int mode)
void	checkInputParam_CC_V_CV_I (Cell &c, double Crate, double Vset, double Ccut)
void	checkInputParam_CycAge (Cell &c, double Vma, double Vmi, double Ccha, double Ccutcha, double Cdis, double Ccutdis, double Ti, int nrCycles, int nrCap)

Function Documentation

checkInputParam_CalAge()

void slide::util::error::checkInputParam_CalAge ( Cell &  c, double  V, double  Ti, int  Time, int  timeCheck, int  mode  )

inline

< Check the input parameters

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the temperature is above 0 degrees, TMIN is defined in State.hpp

< check the temperature is below 60 degrees, TMAX is defined in State.hpp

< check the setting in 'mode' is allowed

< check the total resting time is a multiple of the the time between two check-ups

< allow a margin of 1 day (for numerical errors)

< print a warning if mode is 2 because it will take very long to simulate

< Check the input parameters

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the temperature is above 0 degrees, TMIN is defined in State.hpp

< check the temperature is below 60 degrees, TMAX is defined in State.hpp

< check the setting in 'mode' is allowed

< check the total resting time is a multiple of the the time between two check-ups

< allow a margin of 1 day (for numerical errors)

< print a warning if mode is 2 because it will take very long to simulate

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checkInputParam_CC_V_CV_I()

void slide::util::error::checkInputParam_CC_V_CV_I ( Cell &  c, double  Crate, double  Vset, double  Ccut  )

inline

< check the voltage which should be reached

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the current threshold for the CV phase

< check the voltage which should be reached

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the current threshold for the CV phase

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checkInputParam_CycAge()

void slide::util::error::checkInputParam_CycAge ( Cell &  c, double  Vma, double  Vmi, double  Ccha, double  Ccutcha, double  Cdis, double  Ccutdis, double  Ti, int  nrCycles, int  nrCap  )

inline

< Check the input parameters

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the temperature is above 0 degrees, TMIN is defined in State.hpp ->settings::Tmin_K

< check the temperature is below 60 degrees, TMAX is defined in State.hpp ->settings::Tmax_K

< check the charging Crate is positive

< check the discharging Crate is positive

< check the charging cutoff current is positive

< check the discharging cutoff current is positive

< check the number of cycles between consecutive check-ups is lower than the total number of cycles

< Check the input parameters

< check if the maximum voltage is below the cell maximum voltage

< check if the minimum voltage is above the cell minimum voltage

< check the temperature is above 0 degrees, TMIN is defined in State.hpp ->settings::Tmin_K

< check the temperature is below 60 degrees, TMAX is defined in State.hpp ->settings::Tmax_K

< check the charging Crate is positive

< check the discharging Crate is positive

< check the charging cutoff current is positive

< check the discharging cutoff current is positive

< check the number of cycles between consecutive check-ups is lower than the total number of cycles

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