| Modifier and Type | Field and Description |
|---|---|
private IF97.Quantity |
OutOfRangeException.QUANTITY |
| Modifier and Type | Method and Description |
|---|---|
static IF97.Quantity |
IF97.Quantity.valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.
|
static IF97.Quantity[] |
IF97.Quantity.values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
| Modifier and Type | Method and Description |
|---|---|
(package private) static double |
IF97.convertFromDefault(IF97.UnitSystem unitSystem,
IF97.Quantity quantity,
double value) |
double |
IF97.partialDerivativePT(double pressure,
double temperature,
IF97.Quantity x,
IF97.Quantity y,
IF97.Quantity z)
Partial derivative of z with respect to x for constant y, as a function
of pressure and temperature.
|
private static double |
IF97.Calculate.partialDerivativePT(double p,
double T,
IF97.Quantity x,
IF97.Quantity y,
IF97.Quantity z)
Partial derivative of z with respect to x for constant y, as a
function of pressure and temperature.
|
double |
IF97.partialDerivativeRhoT(double density,
double temperature,
IF97.Quantity x,
IF97.Quantity y,
IF97.Quantity z)
Partial derivative of z with respect to x for constant y, as a function
of density and temperature.
|
private static double |
IF97.Calculate.partialDerivativeRhoT(double rho,
double T,
IF97.Quantity x,
IF97.Quantity y,
IF97.Quantity z)
Partial derivative of z with respect to x for constant y, as a
function of specific volume and temperature.
|
private static double[] |
IF97.Calculate.partialDerivativesNuT(double nu,
double T,
IF97.Quantity quantity,
double p,
double s,
double cv,
double alphap,
double betap)
Partial derivatives of the given quantity with respect to specific
volume and temperature for region 3 described by specific Helmholtz
free energy.
|
private static double[] |
IF97.Calculate.partialDerivativesPT(double p,
double T,
IF97.Quantity quantity,
double nu,
double s,
double cp,
double alphanu,
double kappaT)
Partial derivatives of the given quantity with respect to pressure
and temperature for regions described by specific Gibbs free energy.
|
| Constructor and Description |
|---|
OutOfRangeException(IF97.Quantity quantity,
double value,
double limit) |