|
Planetary Orbital Evolution due to Tides
Orbital evolution of two objects experiencing tides
|
|
|
Planetary Orbital Evolution due to Tides
Orbital evolution of two objects experiencing tides
|
|
| ▼NCore | |
| ►NError | Isolates all exceptions |
| CCubicSplineDerivatives | A class for the derivatives of a cubic spline (=0 for order>2) |
| CFunctionDerivatives | A class representing arbitrary order derivatives of a function |
| CInterpolatingFunctionALGLIB | Function which interpolates, with possible smoothing, between points |
| CInterpSolutionIterator | An iterator over a set of solutions to an interpolating function |
| COneArgumentDiffFunction | A class representing a once differentiable function of a single argument |
| COneArgumentFunction | The base class for functions which take a single argument and return a single value |
| CSerializableSpline1dInterpolant | A serializable (using boost serialization) alglib 1D interpolant |
| CZeroDerivatives | The derivatives of an identically zero quantity |
| CZeroFunction | A class representing a function that is identically zero |
| ▼NEvolve | Orientations of zones of bodies in a binary system |
| CBinarySystem | Describes a system of two bodies orbiting each other |
| CBreakLockCondition | Satisfied when the maximum tidal torque that the planet can exert on the star is no longer sufficient to keep the lock |
| CBrokenPowerlawPhaseLagZone | A DissipatingZone where the phase lag is described by a broken powerlaw |
| CCombinedStoppingCondition | A class combining the the outputs of multiple stopping conditions |
| CConstPhaseLagZone | A zone with constant phase lag for all tidal terms |
| CConstSolutionIterator | Iterates over the tabulated solution after an evolution calculation |
| CDiskBinarySystem | For some prescribed amount of time the surface of the pramary spins at a prescribed rate, it is then released and (at a possibly different age) a secondary body forms in a prescribed initial orbit |
| CDissipatingBody | A base class for any body contributing to tidal dissipation |
| CDissipatingZone | A layer of a system body for which the tidal bulge is not exactly in phase with the tidal potential |
| CEccentricityExpansionCoefficients | A class which reads-in and provides a convenient interface to the \(p_{m,s}\) coefficients |
| CEccentricOrbit | Basic description of two bodies in an eccentric orbit |
| CExpectedEvolutionMode | Some evolution mode that changes at specified ages |
| CExternalStoppingCondition | A base class for all external stopping conditions |
| CExtremumInformation | Infomation about an extremum of a function |
| CLagForcingFrequencyBreakCondition | Satisfied when a forcing frequency reaches a critical value |
| CNoStopCondition | A stopping condition that is never satisfied |
| COrbitSolver | Solves the system of ODEs describing the evolution of a single planet around a single star |
| CPolynomialEvolutionZone | |
| CRotFastCondition | Satisfied when a zone is rotating faster than a threshold |
| CSecondaryDeathCondition | Satisfied when the planet enters below either the roche sphere or the stellar photosphere |
| CSingleTidalTermBody | A skumanich wind body with a single zone dissipative to only a single tidal term |
| CSingleTidalTermZone | A zone dissipative to only a single tidal term |
| CSpinOrbitLockInfo | Defines a lock between the spin of a dissipating body and the orbit |
| CStopHistoryInterval | A collection of accepted and discarded evolution steps which contain some reason to stop |
| CStopInformation | The information about why and where the evolution should stop |
| CStoppingCondition | A base class for all stopping conditions |
| CSynchronizedCondition | Satisfied when some multiples of the orbit and stellar rotation are synchronized |
| Ctest_DifferentialEquations | The test suite that compares the differential equations for eccentricity and semimajor axis to literature expansions |
| Ctest_GravitationalPotential | The test suite that compares the tidal potential expansion to the exact expression |
| Ctest_LockMonitoring | The test suite that ensures the correct locks are selected for monitoring and the fixes applied to the tidal frequency are correct |
| Ctest_OrbitSolver | The test suite that exercises the OrbitSolver class |
| Ctest_TidalTorquePower | The test suite that compares the tidal torque and power for a single zone against expectations |
| CTidalPotential | Calculate the tidal potential over one component of an eccentric binary |
| CTidalPotentialExpansion | Evaluate the tidal potential using the expansion |
| CTidalPotentialTerms | |
| CTidalTermTriplet | |
| CTransformedSolution | A class that can be passed to the solution testing function instead of the solver that transforms the solutions before testing |
| CZoneOrientation | |
| ▼NPlanet | |
| CPlanet | Single zone non-evolving planets with huge dissipation, so they always remain locked to the disk |
| CPlanetZone | The only zone of a LockedPlanet |
| ▼NStar | |
| CEvolvingStellarCore | Radiative core for low mass evolving stars |
| CEvolvingStellarEnvelope | Surface convective zone for low mass evolving stars or the entire star for high mass stars |
| CEvolvingStellarZone | Base class for zones of low mass evolving stars |
| CExponentialDecayDiffRotBody | A body with differential rotation torque between two zones given by: \(\dot{L}_1=\frac{I_1 L_2 - I_2 L_1}{\tau_c(I_1+I_2)}\) |
| CInterpolatedEvolutionStar | |
| CSaturatingSkumanichWindBody | A DissipatingBody which loses angular momentum at a rate \(\propto\omega\min(\omega, \omega_{sat})^2\) |
| CWindSaturationCondition | Satisfied when the surface zone of a body is spinning at exactly the wind saturation frequency |
| ▼NStellarEvolution | |
| ►NCustomStellarEvolution | |
| ►NMESA | A namespace to isolate all MESA related entities, in order to avoid conflicts with other StellarEvolution implentations (e.g. YREC) |
| CAllowedGridGrowth | |
| CEvolvingStellarQuantity | A class for stellar properties that depend on age |
| CInterpolatedDerivatives | Derivative class for stellar quantities which are interpolated age, mass and [Fe/H] |
| CInterpolationQueue | A class that handles a queue of interpolation tasks. Also functions as an iterator over the results |
| CInterpolator | A class that interpolates among stellar evolution tracks |
| CLogDerivatives | Calculate dy/dx given dy/dx, dy/dln(x), dln(y)/dx or dln(y)/dln(x) |
| CMockStellarEvolution | Implements a StellarEvolution based on polynomial evolution quantities |
| CPolynomialEvolutionQuantity | An EvolvingStellar quantity that uses a polynomial instead of interpolating |
| CRemoveLogDeriv | Return dy/dx given dy/dln(x), dln(y)/dx or dln(y)/dln(x) |
| CSumDerivatives | Derivative class for a quantity that is the sum of two other quantities |
| CSumQuantity | A clas for stellar quantities that are the sum of two other quantities |
| CZeroQuantity | |
| CCommandLineOptions | All command line options can be accessed through members |
| CConservedLEConvObliquityEvolution | |
| CConservedLERadObliquityEvolution | |
| CCosFunction | The cosine of a function |
| CEvolutionIterator | An iterator over the list of extracted tracks |
| CExponentialPlusFunc | Represents a function of the form offset + scale*exp(rate*x) as well as its derivative |
| CFuncPlusFunc | Represents the sum of two functions and the derivative |
| CFunctionRatio | The ratio of two functions; |
| CFunctionToPower | A function raised to some power |
| CInverseFunction | The invrse of an existing function |
| CInverseLinearLconvEvolution | |
| CLogFunction | The natural logarithm of a function |
| COblique10LinearQuantity | A function of the stellar angular momentum expected to evolve linearly with time under the m = 1, m' = 0 term |
| COblique20LinearQuantity | A function of the stellar angular momentum expected to evolve linearly with time under the m = 1, m' = 0 term |
| CPiecewiseFunction | Several functions stiched together |
| CPowerlawPhaseLagZone | A class that only defines the phase lag function for zones |
| CScaledFunction | A function scaled by some constant |
| CTwoPhaseLagZone | A class that only defines the phase lag function for zones |
| CYRECEvolution | A stellar evolution interpolator based on the YREC tracks |
| CYRECHeader | A class which parses the header of a YREC evolution track |
1.8.13