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#include <Quantity_Convert.ixx>
#include <TCollection_AsciiString.hxx>
#include <Quantity_Array1OfCoefficient.hxx>
Standard_EXPORT Quantity_Array1OfCoefficient ConvertTable(1,68);
static Standard_CString theEnums[] = { // En attendant la methode "Elements" de Standard_Type
"Quantity_MASS",
"Quantity_PLANEANGLE",
"Quantity_SOLIDANGLE",
"Quantity_LENGTH",
"Quantity_AREA",
"Quantity_VOLUME",
"Quantity_SPEED",
"Quantity_VELOCITY",
"Quantity_ACCELERATION",
"Quantity_ANGULARVELOCITY",
"Quantity_FREQUENCY",
"Quantity_TEMPERATURE",
"Quantity_AMOUNTOFSUBSTANCE",
"Quantity_DENSITY",
"Quantity_MASSFLOW",
"Quantity_VOLUMEFLOW",
"Quantity_CONSUMPTION",
"Quantity_MOMENTUM",
"Quantity_KINETICMOMENT",
"Quantity_MOMENTOFINERTIA",
"Quantity_FORCE",
"Quantity_MOMENTOFAFORCE",
"Quantity_TORQUE",
"Quantity_WEIGHT",
"Quantity_PRESSURE",
"Quantity_VISCOSITY",
"Quantity_KINEMATICVISCOSITY",
"Quantity_ENERGY",
"Quantity_WORK",
"Quantity_POWER",
"Quantity_SURFACETENSION",
"Quantity_COEFFICIENTOFEXPANSION",
"Quantity_THERMALCONDUCTIVITY",
"Quantity_SPECIFICHEATCAPACITY",
"Quantity_ENTROPY",
"Quantity_ENTHALPY",
"Quantity_LUMINOUSINTENSITY",
"Quantity_LUMINOUSFLUX",
"Quantity_LUMINANCE",
"Quantity_ILLUMINANCE",
"Quantity_LUMINOUSEXPOSITION",
"Quantity_LUMINOUSEFFICACITY",
"Quantity_ELECTRICCHARGE",
"Quantity_ELECTRICCURRENT",
"Quantity_ELECTRICFIELDSTRENGTH",
"Quantity_ELECTRICPOTENTIAL",
"Quantity_ELECTRICCAPACITANCE",
"Quantity_MAGNETICFLUX",
"Quantity_MAGNETICFLUXDENSITY",
"Quantity_MAGNETICFIELDSTRENGTH",
"Quantity_RELUCTANCE",
"Quantity_RESISTANCE",
"Quantity_INDUCTANCE",
"Quantity_CAPACITANCE",
"Quantity_IMPEDANCE",
"Quantity_ADMITTANCE",
"Quantity_RESISTIVITY",
"Quantity_CONDUCTIVITY",
"Quantity_MOLARMASS",
"Quantity_MOLARVOLUME",
"Quantity_CONCENTRATION",
"Quantity_MOLARCONCENTRATION",
"Quantity_MOLARITY",
"Quantity_SOUNDINTENSITY",
"Quantity_ACOUSTICINTENSITY",
"Quantity_ACTIVITY",
"Quantity_ABSORBEDDOSE",
"Quantity_DOSEEQUIVALENT" };
//----------------------------------------------------------------------------
// Create
//----------------------------------------------------------------------------
Quantity_Convert::Quantity_Convert () {
// ...On se fixe sur un nombre de grandeurs physiques egal a 68 (temporaire)
// ...Initialisation de la table de correspondance a 1 (Coefficient de conversion
// ...par defaut)
for (Standard_Integer i = 1 ; i <= 68 ; i++) ConvertTable(i) = 1;
}
//----------------------------------------------------------------------------
// IsPhysicalQuantity
//----------------------------------------------------------------------------
Standard_Boolean Quantity_Convert::IsPhysicalQuantity
(const TCollection_AsciiString& aTypeName, TCollection_AsciiString& anEnum)
{
// ... Fabriquer le nom de l'enumeration (Quantity_LENGTH par exemple).
TCollection_AsciiString aPrefixe("Quantity_");
anEnum = aTypeName;
anEnum.UpperCase();
anEnum.Prepend(aPrefixe);
// ... Rechercher si il existe existe une valeur d'enum correspondante a <aTypeName>
Standard_Integer i = 1;
Standard_Boolean Find = Standard_False;
while (i <= 68 && !Find)
{
if (IsSimilar(anEnum.ToCString(),theEnums[i-1]))
Find = Standard_True;
else
i++;
}
return Find;
}
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