slide::free Namespace Reference

Functions
template<typename Tsu >
Status	setVoltage_iterative (Tsu *su, double Vset)
void	write_data (std::ofstream &file, std::vector< double > &data, size_t N=1)
template<typename T >
size_t	get_Ncells (T const &SU)
template<typename T >
auto	get_V (T const &SU)
template<typename T >
auto	get_T (T const &SU)
template<typename T >
auto	get_Vmin (const T &SU)
template<typename T >
auto	get_VMIN (const T &SU)
template<typename T >
auto	get_Vmax (const T &SU)
template<typename T >
auto	get_VMAX (const T &SU)
template<typename T >
auto	get_Cap (const T &SU)
template<typename T >
auto	get_OCV (const T &SU)
template<typename T >
auto	get_I (const T &SU)
template<bool Print = settings::printBool::printCrit>
auto	check_SOC (double SOCnew, double SOC_min=0, double SOC_max=1)
template<bool Print = settings::printBool::printCrit>
auto	check_Cell_states (auto &su, bool checkV)
template<bool Print = true>
auto	check_voltage (double &v, auto &su)
template<bool Print = settings::printBool::printCrit>
auto	check_safety (double vi, auto &cyc)
template<bool Print = true>
auto	check_current (bool checkV, auto &su)
std::ofstream	openFile (auto &SU, const auto &folder, const std::string &prefix, const std::string &suffix)

Function Documentation

check_Cell_states()

template<bool Print = settings::printBool::printCrit>

auto slide::free::check_Cell_states ( auto &  su, bool  checkV  )

inline

< check if valid state

< #TODO here add some type id.

< get the voltage Does not throw anymore!

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check_current()

template<bool Print = true>

auto slide::free::check_current ( bool  checkV, auto &  su  )

inline

< TBC

Parameters

su	Check voltage.

check_safety()

template<bool Print = settings::printBool::printCrit>

auto slide::free::check_safety ( double  vi, auto &  cyc  )

inline

< #TODO this requires some calculations!

< #TODO this requires some calculations!

< #TODO this requires some calculations!

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check_SOC()

template<bool Print = settings::printBool::printCrit>

auto slide::free::check_SOC ( double  SOCnew, double  SOC_min = 0, double  SOC_max = 1  )

inline

< check that the input argument is valid

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check_voltage()

template<bool Print = true>

auto slide::free::check_voltage ( double &  v, auto &  su  )

inline

< print if the (global) verbose-setting is above the threshold

< print if the (global) verbose-setting is above the threshold

< Just to put this here, probably first if will be executed most of the time.

< upper limits

< #TODO

< #TODO should we also send Vmin/Vmax violations even we are not charging/discharging?

Parameters

su	Check voltage.

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get_Cap()

template<typename T >

auto slide::free::get_Cap

(

const T &

SU

)

get_I()

template<typename T >

auto slide::free::get_I

(

const T &

SU

)

get_Ncells()

template<typename T >

size_t slide::free::get_Ncells

(

T const &

SU

)

get_OCV()

template<typename T >

auto slide::free::get_OCV

(

const T &

SU

)

get_T()

template<typename T >

auto slide::free::get_T

(

T const &

SU

)

get_V()

template<typename T >

auto slide::free::get_V

(

T const &

SU

)

get_Vmax()

template<typename T >

auto slide::free::get_Vmax

(

const T &

SU

)

get_VMAX()

template<typename T >

auto slide::free::get_VMAX

(

const T &

SU

)

get_Vmin()

template<typename T >

auto slide::free::get_Vmin

(

const T &

SU

)

get_VMIN()

template<typename T >

auto slide::free::get_VMIN

(

const T &

SU

)

openFile()

std::ofstream slide::free::openFile ( auto &  SU, const auto &  folder, const std::string &  prefix, const std::string &  suffix  )

inline

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setVoltage_iterative()

template<typename Tsu >

Status slide::free::setVoltage_iterative ( Tsu *  su, double  Vset  )

inline

< get cell voltages

< False-Position method.

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write_data()

void slide::free::write_data ( std::ofstream &  file, std::vector< double > &  data, size_t  N = 1  )

inline

< reset the index to 0 since we can overwrite the stored data

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