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exaparty::kernels::legacy::adiabaticIndex Namespace Reference

Functions

 __attribute__ ((always_inline, const)) inline static double pow_gamma(double x)
 Returns the argument to the power given by the adiabatic index.
 

Function Documentation

◆ __attribute__()

exaparty::kernels::legacy::adiabaticIndex::__attribute__ ( (always_inline, const)  )

Returns the argument to the power given by the adiabatic index.

Return the argument to the power three (adiabatic index - 1).

Return the argument to the power three adiabatic index minus five over two.

Return the argument to the power three adiabatic index minus two.

Return the argument to the power one over the adiabatic index.

Return the inverse argument to the power given by the adiabatic index plus one divided by two times the adiabatic index.

Return the argument to the power given by the adiabatic index minus one divided by two times the adiabatic index.

Return the argument to the power given by two times the adiabatic index divided by the adiabatic index minus one.

Return the argument to the power given by two divided by the adiabatic index minus one.

Returns one over the argument to the power given by the adiabatic index.

Returns one over the argument to the power given by the adiabatic index minus one.

Returns the argument to the power given by the adiabatic index minus one.

Computes \(x^\gamma\).

Computes \(x^{(\gamma-1)}\).

Computes \(x^{-(\gamma-1)}\).

Computes \(x^{-\gamma}\).

Parameters
xArgument
Returns
One over the argument to the power given by the adiabatic index

Computes \(x^{\frac{2}{\gamma - 1}}\).

Parameters
xArgument
Returns
Argument to the power two divided by the adiabatic index minus one

Computes \(x^{\frac{2\gamma}{\gamma - 1}}\).

Parameters
xArgument
Returns
Argument to the power two times the adiabatic index divided by the adiabatic index minus one

Computes \(x^{\frac{\gamma - 1}{2\gamma}}\).

Parameters
xArgument
Returns
Argument to the power the adiabatic index minus one divided by two times the adiabatic index

Computes \(x^{-\frac{\gamma + 1}{2\gamma}}\).

Parameters
xArgument
Returns
Inverse argument to the power the adiabatic index plus one divided by two times the adiabatic index

Computes \(x^{\frac{1}{\gamma}}\).

Parameters
xArgument
Returns
Argument to the power one over the adiabatic index

Computes \(x^{3\gamma - 2}\).

Parameters
xArgument

Computes \(x^{(3\gamma - 5)/2}\).

Parameters
xArgument

Computes \(x^{3(\gamma - 1)}\).

Parameters
xArgument

Definition at line 87 of file adiabatic_index.h.