Public Member Functions | List of all members
biogears::SEUnitScalar Class Referenceabstract

#include <SEUnitScalar.h>

Inherits biogears::SEScalar.

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

Public Member Functions

 SEUnitScalar ()
 
 SEUnitScalar (const SEUnitScalar &)
 
 ~SEUnitScalar () override
 
void ToString (std::ostream &str) const override=0
 
virtual const CCompoundUnit * GetUnit () const =0
 
virtual const CCompoundUnit * GetCompoundUnit (const char *unit) const =0
 
virtual const CCompoundUnit * GetCompoundUnit (const std::string &unit) const =0
 
virtual double GetValue () const override
 
virtual double GetValue (const char *unit) const =0
 
virtual double GetValue (const std::string &unit) const =0
 
virtual SEUnitScalar & IncrementValue (double d, const char *unit)=0
 
virtual SEUnitScalar & IncrementValue (double d, const std::string &unit)=0
 
virtual SEUnitScalar & DecrementValue (double d, const char *unit)=0
 
virtual SEUnitScalar & DecrementValue (double d, const std::string &unit)=0
 
- Public Member Functions inherited from biogears::SEScalar
 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 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
 
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)
 

Additional Inherited Members

- Static Public Member Functions inherited from biogears::SEScalar
static double dNaN ()
 
static bool IsZero (double value, double limit)
 
static bool IsValue (double target, double value)
 
- Static Public Attributes inherited from biogears::SEScalar
static double NaN = std::numeric_limits<double>::quiet_NaN()
 
static const std::string unitless
 
- Protected Member Functions inherited from biogears::SEScalar
virtual void Unload (CDM::ScalarData &s) const
 
- Protected Member Functions inherited from biogears::SEProperty
virtual void Unload (CDM::PropertyData &data) const
 
- Protected Attributes inherited from biogears::SEScalar
double m_value
 
bool m_readOnly
 

Constructor & Destructor Documentation

biogears::SEUnitScalar::SEUnitScalar ( )
biogears::SEUnitScalar::SEUnitScalar ( const SEUnitScalar &  obj)
biogears::SEUnitScalar::~SEUnitScalar ( )
override

Member Function Documentation

virtual SEUnitScalar& biogears::SEUnitScalar::DecrementValue ( double  d,
const char *  unit 
)
pure virtual

Implemented 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 >.

virtual SEUnitScalar& biogears::SEUnitScalar::DecrementValue ( double  d,
const std::string &  unit 
)
pure virtual

Implemented 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 >.

virtual const CCompoundUnit* biogears::SEUnitScalar::GetCompoundUnit ( const char *  unit) const
pure virtual

Implemented 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 >.

virtual const CCompoundUnit* biogears::SEUnitScalar::GetCompoundUnit ( const std::string &  unit) const
pure virtual

Implemented 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 >.

virtual const CCompoundUnit* biogears::SEUnitScalar::GetUnit ( ) const
pure virtual

Implemented 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::SEUnitScalar::GetValue ( ) const
overridevirtual

Reimplemented from biogears::SEScalar.

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 >.

virtual double biogears::SEUnitScalar::GetValue ( const char *  unit) const
pure virtual

Implemented 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 >.

virtual double biogears::SEUnitScalar::GetValue ( const std::string &  unit) const
pure virtual

Implemented 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 >.

virtual SEUnitScalar& biogears::SEUnitScalar::IncrementValue ( double  d,
const char *  unit 
)
pure virtual

Implemented 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 >.

virtual SEUnitScalar& biogears::SEUnitScalar::IncrementValue ( double  d,
const std::string &  unit 
)
pure virtual

Implemented 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::SEUnitScalar::ToString ( std::ostream &  str) const
overridepure virtual

Reimplemented from biogears::SEScalar.

Implemented 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 >.