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Planetary Orbital Evolution due to Tides
Orbital evolution of two objects experiencing tides
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Planetary Orbital Evolution due to Tides
Orbital evolution of two objects experiencing tides
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Declaration of enumerations of dissipation quantities and derivatives. More...
#include "../Core/SharedLibraryExportMacros.h"#include <ostream>#include <cassert>
Include dependency graph for DissipationQuantities.h: This graph shows which files directly or indirectly include this file:Go to the source code of this file.
Namespaces | |
| Evolve | |
| Orientations of zones of bodies in a binary system. | |
| Evolve::Dissipation | |
| Isolates constants related to the tidal dissipation. | |
Functions | |
| LIB_LOCAL bool | Evolve::zone_specific (Dissipation::QuantityEntry entry) |
| std::ostream & | Evolve::operator<< (std::ostream &os, const Dissipation::Quantity &quantity) |
| More civilized output for Dissipation::Quantity variables. More... | |
| std::ostream & | Evolve::operator<< (std::ostream &os, Dissipation::QuantityEntry entry) |
| More civilized output for Dissipation::QuantityEntry variables. More... | |
Variables | |
| POWER | |
| TORQUEX | |
| TORQUEY | |
| TORQUEZ | |
| SEMIMAJOR_DECAY | |
| Minus the rate of change of the semimajor axis in AU/Gyr. More... | |
| ORBIT_SPINUP | |
| The rate of change of the orbital frequency in rad/day/Gyr. More... | |
| INCLINATION_DECAY | |
| ECCENTRICITY_DECAY | |
| The rate at which the eccentricity decays per Gyr. More... | |
| NO_DERIV | |
| The quantity itself, undifferentiated. More... | |
| AGE | |
| The derivative w.r.t. age, excluding the dependence through the body's radius and the moments of inertia, but including all else. More... | |
| SPIN_FREQUENCY | |
| The derivative w.r.t. the spin frequency of a dissipating zone. More... | |
| ORBITAL_FREQUENCY | |
| The derivative w.r.t. the orbital frequency. More... | |
| END_PHASE_LAG_DERIV | |
| The above derivatives exist for modified phase lags, below do not. More... | |
| INCLINATION = END_PHASE_LAG_DERIV | |
| ECCENTRICITY | |
| The derivative w.r.t. the eccentricity. More... | |
| END_DIMENSIONLESS_DERIV | |
| PERIAPSIS = END_DIMENSIONLESS_DERIV | |
| RADIUS | |
| The derivative w.r.t. the radius of the body in \(R_\odot\). More... | |
| MOMENT_OF_INERTIA | |
| SPIN_ANGMOM | |
| The derivative w.r.t. the spin angular momentum in \(M_\odot R_\odot^2 rad/day\). More... | |
| SEMIMAJOR | |
| The derivative w.r.t. the semimajor axis in AU. More... | |
| NUM_DERIVATIVES | |
| The total number of derivatives supported. More... | |
| EXPANSION_ERROR = NUM_DERIVATIVES | |
Declaration of enumerations of dissipation quantities and derivatives.
Definition in file DissipationQuantities.h.
| AGE |
The derivative w.r.t. age, excluding the dependence through the body's radius and the moments of inertia, but including all else.
The full age derivative can be reconstructed later by adding the radius derivative times the rate of change of the radius and similarly for the moments of inertia of the zones involved.
Definition at line 63 of file DissipationQuantities.h.
| ECCENTRICITY |
The derivative w.r.t. the eccentricity.
Definition at line 88 of file DissipationQuantities.h.
| ECCENTRICITY_DECAY |
The rate at which the eccentricity decays per Gyr.
Definition at line 27 of file DissipationQuantities.h.
| END_DIMENSIONLESS_DERIV |
All derivatives above are available for dimensionless powers and torques and those below are not.
Definition at line 88 of file DissipationQuantities.h.
| END_PHASE_LAG_DERIV |
The above derivatives exist for modified phase lags, below do not.
Definition at line 63 of file DissipationQuantities.h.
| EXPANSION_ERROR = NUM_DERIVATIVES |
The error due to truncating the eccentricity series to finite order.
Definition at line 124 of file DissipationQuantities.h.
| INCLINATION = END_PHASE_LAG_DERIV |
The derivative w.r.t. the angle between the spin angular momentum of the body and the orbital angular momentum.
Definition at line 88 of file DissipationQuantities.h.
| INCLINATION_DECAY |
The rate of decrease of the the angle between the spin angular momentum of the body and the orbital angular momentum. In units of \(\frac{M_\odot R_\odot^2 rad}{day\,Gyr}\).
Definition at line 27 of file DissipationQuantities.h.
| MOMENT_OF_INERTIA |
The derivative w.r.t. the moment of inertia of the zone in \(M_\odot R_\odot^2\).
Holding the angular momentum constant.
Definition at line 99 of file DissipationQuantities.h.
| NO_DERIV |
The quantity itself, undifferentiated.
Identifier for not differentiating the phase lag.
Definition at line 63 of file DissipationQuantities.h.
| NUM_DERIVATIVES |
The total number of derivatives supported.
Definition at line 99 of file DissipationQuantities.h.
| ORBIT_SPINUP |
The rate of change of the orbital frequency in rad/day/Gyr.
Definition at line 27 of file DissipationQuantities.h.
| ORBITAL_FREQUENCY |
The derivative w.r.t. the orbital frequency.
Definition at line 63 of file DissipationQuantities.h.
| PERIAPSIS = END_DIMENSIONLESS_DERIV |
The derivative w.r.t. the argument of periapsis of the orbit in the equatorial plane a given zone.
Definition at line 99 of file DissipationQuantities.h.
| POWER |
The rate at which energy is deposited into the body. Units: \(\frac{M_\odot R_\odot^2 rad^2}{day^2\,Gyr}\)
Definition at line 27 of file DissipationQuantities.h.
| SEMIMAJOR |
The derivative w.r.t. the semimajor axis in AU.
Definition at line 99 of file DissipationQuantities.h.
| SEMIMAJOR_DECAY |
Minus the rate of change of the semimajor axis in AU/Gyr.
Definition at line 27 of file DissipationQuantities.h.
| SPIN_ANGMOM |
The derivative w.r.t. the spin angular momentum in \(M_\odot R_\odot^2 rad/day\).
Holding the moment of inertia constant but not the spin frequency.
Definition at line 99 of file DissipationQuantities.h.
| SPIN_FREQUENCY |
The derivative w.r.t. the spin frequency of a dissipating zone.
Holding the moment of inertia constant.
Definition at line 63 of file DissipationQuantities.h.
| TORQUEX |
The torque exerted on the body in the x direction. Units: \(\frac{M_\odot R_\odot^2 rad}{day\,Gyr}\).
Definition at line 27 of file DissipationQuantities.h.
| TORQUEY |
The torque exerted on the body in the y direction. Units: \(\frac{M_\odot R_\odot^2 rad}{day\,Gyr}\).
Definition at line 27 of file DissipationQuantities.h.
| TORQUEZ |
The torque exerted on the body in the z direction. Units: \(\frac{M_\odot R_\odot^2 rad}{day\,Gyr}\).
Definition at line 27 of file DissipationQuantities.h.
1.8.13