Public Member Functions | Static Public Member Functions | Static Public Attributes | Protected Member Functions | Protected Attributes | List of all members
biogears::SEScalar Class Reference

#include <SEScalar.h>

Inheritance diagram for biogears::SEScalar:
Inheritance graph
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Public Member Functions

 SEScalar ()
 
 SEScalar (double)
 
virtual ~SEScalar ()
 
virtual void Clear ()
 
virtual void Invalidate ()
 
virtual void Load (const CDM::ScalarData &in)
 
virtual CDM::ScalarData * Unload () const
 
bool Set (const SEScalar &s)
 
void Copy (const SEScalar &s)
 
virtual bool IsValid () const
 
bool IsInfinity () const
 
bool IsPositive () const
 
bool IsNegative () const
 
bool IsZero (double limit=ZERO_APPROX) const
 
void SetReadOnly (bool b)
 
bool IsReadOnly () const
 
virtual double GetValue () const
 
virtual void SetValue (double d)
 
double Increment (const SEScalar &s)
 
double IncrementValue (double d)
 
double Decrement (const SEScalar &s)
 
double DecrementValue (double d)
 
double Multiply (const SEScalar &s)
 
double MultiplyValue (double d)
 
double Divide (const SEScalar &s)
 
double DivideValue (double d)
 
bool Equals (const SEScalar &to) const
 
virtual void ToString (std::ostream &str) const
 
bool operator< (const SEScalar &rhs) const
 
bool operator<= (const SEScalar &rhs) const
 
bool operator> (const SEScalar &rhs) const
 
bool operator>= (const SEScalar &rhs) const
 
bool operator== (const SEScalar &rhs) const
 
bool operator!= (const SEScalar &rhs) const
 
SEScalar operator+ (const SEScalar &rhs) const
 
SEScalar & operator+= (const SEScalar &rhs)
 
SEScalar operator- (const SEScalar &rhs) const
 
SEScalar & operator-= (const SEScalar &rhs)
 
SEScalar operator/ (const SEScalar &rhs) const
 
SEScalar & operator/= (const SEScalar &rhs)
 
SEScalar operator* (const SEScalar &rhs) const
 
SEScalar & operator*= (const SEScalar &rhs)
 
- Public Member Functions inherited from biogears::SEProperty
 SEProperty ()
 
virtual ~SEProperty ()
 
virtual bool Load (const CDM::PropertyData &in)
 

Static Public Member Functions

static double dNaN ()
 
static bool IsZero (double value, double limit)
 
static bool IsValue (double target, double value)
 

Static Public Attributes

static double NaN = std::numeric_limits<double>::quiet_NaN()
 
static const std::string unitless
 

Protected Member Functions

virtual void Unload (CDM::ScalarData &s) const
 
- Protected Member Functions inherited from biogears::SEProperty
virtual void Unload (CDM::PropertyData &data) const
 

Protected Attributes

double m_value
 
bool m_readOnly
 

Constructor & Destructor Documentation

biogears::SEScalar::SEScalar ( )
biogears::SEScalar::SEScalar ( double  v)
biogears::SEScalar::~SEScalar ( )
virtual

Member Function Documentation

void biogears::SEScalar::Clear ( )
virtual

Reimplemented from biogears::SEProperty.

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, and biogears::SEScalarQuantity< ElectricChargeUnit >.

void biogears::SEScalar::Copy ( const SEScalar &  s)

Copies the entire contents of the provided scalar to this. Even if s is invalid.

double biogears::SEScalar::Decrement ( const SEScalar &  s)
double biogears::SEScalar::DecrementValue ( double  d)
double biogears::SEScalar::Divide ( const SEScalar &  s)
double biogears::SEScalar::DivideValue ( double  d)
double biogears::SEScalar::dNaN ( )
static
bool biogears::SEScalar::Equals ( const SEScalar &  to) const
double biogears::SEScalar::GetValue ( ) const
virtual

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, biogears::SEScalarQuantity< ElectricChargeUnit >, biogears::SEUnitScalar, and biogears::SEScalar0To1.

double biogears::SEScalar::Increment ( const SEScalar &  s)
double biogears::SEScalar::IncrementValue ( double  d)
void biogears::SEScalar::Invalidate ( )
virtual

Sets the value to NaN and removes the unit Note that this does not affect bounds

Implements biogears::SEProperty.

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, and biogears::SEScalarQuantity< ElectricChargeUnit >.

bool biogears::SEScalar::IsInfinity ( ) const
inline
bool biogears::SEScalar::IsNegative ( ) const
bool biogears::SEScalar::IsPositive ( ) const
bool biogears::SEScalar::IsReadOnly ( ) const
bool biogears::SEScalar::IsValid ( ) const
virtual

Implements biogears::SEProperty.

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, and biogears::SEScalarQuantity< ElectricChargeUnit >.

bool biogears::SEScalar::IsValue ( double  target,
double  value 
)
static
bool biogears::SEScalar::IsZero ( double  limit = ZERO_APPROX) const
bool biogears::SEScalar::IsZero ( double  value,
double  limit 
)
static
void biogears::SEScalar::Load ( const CDM::ScalarData &  in)
virtual

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, and biogears::SEScalarQuantity< ElectricChargeUnit >.

double biogears::SEScalar::Multiply ( const SEScalar &  s)
double biogears::SEScalar::MultiplyValue ( double  d)
bool biogears::SEScalar::operator!= ( const SEScalar &  rhs) const
inline
SEScalar biogears::SEScalar::operator* ( const SEScalar &  rhs) const
SEScalar & biogears::SEScalar::operator*= ( const SEScalar &  rhs)
SEScalar biogears::SEScalar::operator+ ( const SEScalar &  rhs) const
SEScalar & biogears::SEScalar::operator+= ( const SEScalar &  rhs)
SEScalar biogears::SEScalar::operator- ( const SEScalar &  rhs) const
SEScalar & biogears::SEScalar::operator-= ( const SEScalar &  rhs)
SEScalar biogears::SEScalar::operator/ ( const SEScalar &  rhs) const
SEScalar & biogears::SEScalar::operator/= ( const SEScalar &  rhs)
bool biogears::SEScalar::operator< ( const SEScalar &  rhs) const
bool biogears::SEScalar::operator<= ( const SEScalar &  rhs) const
bool biogears::SEScalar::operator== ( const SEScalar &  rhs) const
inline
bool biogears::SEScalar::operator> ( const SEScalar &  rhs) const
bool biogears::SEScalar::operator>= ( const SEScalar &  rhs) const
bool biogears::SEScalar::Set ( const SEScalar &  s)

Copies ONLY the value and unit ONLY if the provided scalar is valid.

void biogears::SEScalar::SetReadOnly ( bool  b)
void biogears::SEScalar::SetValue ( double  d)
virtual

Reimplemented in biogears::SEScalarNeg1To1, and biogears::SEScalar0To1.

void biogears::SEScalar::ToString ( std::ostream &  str) const
virtual

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, biogears::SEScalarQuantity< ElectricChargeUnit >, and biogears::SEUnitScalar.

CDM::ScalarData * biogears::SEScalar::Unload ( ) const
virtual

Reimplemented in TestScalarQuantity, biogears::SEScalarMassPerVolume, biogears::SEScalarMassPerAmount, biogears::SEScalarAreaPerTimePressure, biogears::SEScalarMassPerTime, biogears::SEScalarVolumePerTime, biogears::SEScalarAmountPerTime, biogears::SEScalarAmountPerVolume, biogears::SEScalarLength, biogears::SEScalarLengthPerTime, biogears::SEScalarMass, biogears::SEScalarPower, biogears::SEScalarTimeMassPerVolume, biogears::SEScalarFlowInertance, biogears::SEScalarFlowResistance, biogears::SEScalarPressure, biogears::SEScalarTime, biogears::SEScalarVolume, biogears::SEScalarVolumePerTimeMass, biogears::SEScalarEnergy, biogears::SEScalarEnergyPerMass, biogears::SEScalarFlowCompliance, biogears::SEScalarFrequency, biogears::SEScalarHeatCapacitance, biogears::SEScalarHeatCapacitancePerMass, biogears::SEScalarHeatConductance, biogears::SEScalarHeatResistance, biogears::SEScalarHeatResistanceArea, biogears::SEScalarInversePressure, biogears::SEScalarLengthPerTimePressure, biogears::SEScalarPressureTimePerVolumeArea, biogears::SEScalarTemperature, biogears::SEScalarVolumePerTimePressure, biogears::SEScalarAmount, biogears::SEScalarAmountPerMass, biogears::SEScalarFlowElastance, biogears::SEScalarForce, biogears::SEScalarHeatConductancePerArea, biogears::SEScalarVolumePerTimeArea, biogears::SEScalarElectricPotential, biogears::SEScalarEnergyPerAmount, biogears::SEScalarInverseVolume, biogears::SEScalarOsmolality, biogears::SEScalarOsmolarity, biogears::SEScalarPressurePerVolume, biogears::SEScalarPressureTimePerArea, biogears::SEScalarVolumePerPressure, biogears::SEScalarVolumePerTimePressureArea, biogears::SEScalarArea, biogears::SEScalarElectricCapacitance, biogears::SEScalarElectricCharge, biogears::SEScalarElectricCurrent, biogears::SEScalarElectricInductance, biogears::SEScalarElectricResistance, biogears::SEScalarHeatCapacitancePerAmount, biogears::SEScalarHeatInductance, biogears::SEScalarMassPerAreaTime, biogears::SEScalarMassPerMass, biogears::SEScalarPowerPerAreaTemperatureToTheFourth, biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, biogears::SEScalarQuantity< ElectricChargeUnit >, biogears::SEScalarFraction, biogears::SEScalarNeg1To1, and biogears::SEScalar0To1.

void biogears::SEScalar::Unload ( CDM::ScalarData &  s) const
protectedvirtual

Reimplemented in biogears::SEScalarQuantity< Unit >, biogears::SEScalarQuantity< ElectricResistanceUnit >, biogears::SEScalarQuantity< HeatInductanceUnit >, biogears::SEScalarQuantity< MassPerTimeUnit >, biogears::SEScalarQuantity< VolumePerTimeUnit >, biogears::SEScalarQuantity< AmountPerVolumeUnit >, biogears::SEScalarQuantity< VolumePerPressureUnit >, biogears::SEScalarQuantity< OsmolalityUnit >, biogears::SEScalarQuantity< LengthPerTimeUnit >, biogears::SEScalarQuantity< HeatCapacitancePerMassUnit >, biogears::SEScalarQuantity< FlowComplianceUnit >, biogears::SEScalarQuantity< LengthUnit >, biogears::SEScalarQuantity< MassPerVolumeUnit >, biogears::SEScalarQuantity< PressureUnit >, biogears::SEScalarQuantity< MassPerMassUnit >, biogears::SEScalarQuantity< PowerUnit >, biogears::SEScalarQuantity< FlowInertanceUnit >, biogears::SEScalarQuantity< MassPerAmountUnit >, biogears::SEScalarQuantity< EnergyPerAmountUnit >, biogears::SEScalarQuantity< PressurePerVolumeUnit >, biogears::SEScalarQuantity< MassUnit >, biogears::SEScalarQuantity< VolumeUnit >, biogears::SEScalarQuantity< ElectricCapacitanceUnit >, biogears::SEScalarQuantity< HeatCapacitanceUnit >, biogears::SEScalarQuantity< AmountPerTimeUnit >, biogears::SEScalarQuantity< ElectricCurrentUnit >, biogears::SEScalarQuantity< ElectricPotentialUnit >, biogears::SEScalarQuantity< AreaPerTimePressureUnit >, biogears::SEScalarQuantity< AmountUnit >, biogears::SEScalarQuantity< LengthPerTimePressureUnit >, biogears::SEScalarQuantity< PowerPerAreaTemperatureToTheFourthUnit >, biogears::SEScalarQuantity< PressureTimePerVolumeAreaUnit >, biogears::SEScalarQuantity< FlowResistanceUnit >, biogears::SEScalarQuantity< ElectricInductanceUnit >, biogears::SEScalarQuantity< OsmolarityUnit >, biogears::SEScalarQuantity< HeatCapacitancePerAmountUnit >, biogears::SEScalarQuantity< TestUnit >, biogears::SEScalarQuantity< ForceUnit >, biogears::SEScalarQuantity< FlowElastanceUnit >, biogears::SEScalarQuantity< VolumePerTimePressureUnit >, biogears::SEScalarQuantity< PressureTimePerAreaUnit >, biogears::SEScalarQuantity< HeatConductanceUnit >, biogears::SEScalarQuantity< AreaUnit >, biogears::SEScalarQuantity< AmountPerMassUnit >, biogears::SEScalarQuantity< HeatConductancePerAreaUnit >, biogears::SEScalarQuantity< TimeUnit >, biogears::SEScalarQuantity< EnergyPerMassUnit >, biogears::SEScalarQuantity< HeatResistanceAreaUnit >, biogears::SEScalarQuantity< TimeMassPerVolumeUnit >, biogears::SEScalarQuantity< InverseVolumeUnit >, biogears::SEScalarQuantity< MassPerAreaTimeUnit >, biogears::SEScalarQuantity< InversePressureUnit >, biogears::SEScalarQuantity< VolumePerTimePressureAreaUnit >, biogears::SEScalarQuantity< VolumePerTimeAreaUnit >, biogears::SEScalarQuantity< EnergyUnit >, biogears::SEScalarQuantity< TemperatureUnit >, biogears::SEScalarQuantity< FrequencyUnit >, biogears::SEScalarQuantity< HeatResistanceUnit >, biogears::SEScalarQuantity< VolumePerTimeMassUnit >, and biogears::SEScalarQuantity< ElectricChargeUnit >.

Member Data Documentation

bool biogears::SEScalar::m_readOnly
protected
double biogears::SEScalar::m_value
protected
double biogears::SEScalar::NaN = std::numeric_limits<double>::quiet_NaN()
static
const std::string biogears::SEScalar::unitless
static