CoolPropPlot.cpp File Reference

#include "CoolPropPlot.h"
#include "CoolProp.h"
#include "CPnumerics.h"
#include <map>

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Namespaces
	CoolProp
	Code for all the binary pairs in the mixture.
	CoolProp::Plot
	CoolProp::Plot::Detail

Enumerations
enum	CoolProp::Plot::Detail::IsolineSupported { CoolProp::Plot::Detail::No = 0 , CoolProp::Plot::Detail::Yes = 1 , CoolProp::Plot::Detail::Flipped = 2 }

Functions
Scale	CoolProp::Plot::Detail::default_scale (CoolProp::parameters key)
std::shared_ptr< CoolProp::AbstractState >	CoolProp::Plot::Detail::process_fluid_state (const std::string &fluid_ref)
std::shared_ptr< CoolProp::AbstractState >	CoolProp::Plot::Detail::get_critical_point (const std::shared_ptr< CoolProp::AbstractState > &state)
std::vector< double >	CoolProp::Plot::generate_values_in_range (Scale scale, const Range &range, int count)
	Generate a list of count equally (linearly or logarithmically) spaced values in a given range. More...
std::vector< double >	CoolProp::Plot::generate_values_in_range (CoolProp::parameters type, const Range &range, int count)
	Generate a list of count equally spaced values in a given range, spaced either linearly or logarithmically based on the parameter type. More...

Variables
const double	CoolProp::Plot::Detail::NaN = std::numeric_limits<double>::quiet_NaN()
const int	CoolProp::Plot::Detail::TS = CoolProp::iT * 10 + CoolProp::iSmass
const int	CoolProp::Plot::Detail::PH = CoolProp::iP * 10 + CoolProp::iHmass
const int	CoolProp::Plot::Detail::HS = CoolProp::iHmass * 10 + CoolProp::iSmass
const int	CoolProp::Plot::Detail::PS = CoolProp::iP * 10 + CoolProp::iSmass
const int	CoolProp::Plot::Detail::PD = CoolProp::iP * 10 + CoolProp::iDmass
const int	CoolProp::Plot::Detail::TD = CoolProp::iT * 10 + CoolProp::iDmass
const int	CoolProp::Plot::Detail::PT = CoolProp::iP * 10 + CoolProp::iT
const std::map< CoolProp::parameters, std::map< int, IsolineSupported > >	CoolProp::Plot::Detail::xy_switch