A part with derivative information. More...
#include <part_deriv.h>
Definition at line 254 of file part_deriv.h.
Public Member Functions | |
part_deriv (double mass=0.0, double dof=0.0) | |
Make a particle of mass mass and degeneracy dof . | |
part_deriv (const part_deriv &p) | |
Copy constructor. | |
part_deriv & | operator= (const part_deriv &p) |
Copy construction with operator=() | |
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part (const part &p) | |
Copy constructor. | |
part & | operator= (const part &p) |
Copy construction with operator=() | |
part (double mass=0.0, double dof=0.0) | |
Make a particle of mass mass and degeneracy dof . | |
virtual void | init (double mass, double dof) |
Set the mass mass and degeneracy dof . | |
virtual void | anti (part &ap) |
Make ap an anti-particle with the same mass and degeneracy. More... | |
virtual const char * | type () |
Return string denoting type ("part") | |
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part_deriv_press (const part_deriv_press &p) | |
Copy constructor. | |
part_deriv_press & | operator= (const part_deriv_press &p) |
Copy construction with operator=() | |
void | deriv_f (double &dmudn, double &dmudT, double &dsdT_n) |
Compute derivatives in the Helmholtz free energy representation from the derivatives in the pressure representation. | |
Additional Inherited Members | |
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double | g |
Degeneracy (e.g. spin and color if applicable) | |
double | m |
Mass. | |
double | n |
Number density. | |
double | ed |
Energy density. | |
double | pr |
Pressure. | |
double | mu |
Chemical potential. | |
double | en |
Entropy density. | |
double | ms |
Effective mass (Dirac unless otherwise specified) | |
double | nu |
Effective chemical potential. | |
bool | inc_rest_mass |
If true, include the mass in the energy density and chemical potential (default true) | |
bool | non_interacting |
True if the particle is non-interacting (default true) | |
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double | dndmu |
Derivative of number density with respect to chemical potential. | |
double | dndT |
Derivative of number density with respect to temperature. | |
double | dsdT |
Derivative of entropy density with respect to temperature. | |
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