testEvolve Directory Reference

Directory dependency graph for testEvolve:

Files
file	ConservedLEObliquityEvolution.h [code]
	Declares a OneArgumentDiffFunction sub-classes giving the evolution of the core and envelope obliquities under the assumpion of energy and angular momentum conservation.
file	ConstPhaseLagZone.h [code]
	Declare a dissipative zone class with polynomial evolution with a constant phase lag.
file	EccentricOrbit.cpp [code]
	Define some of the methods of EccentricyOrbit.
file	EccentricOrbit.h [code]
	Declare an interface for working with eccentric orbits.
file	ExpectedEvolutionMode.h [code]
	Declare & define a class tracking flags indicating the expected state of the evolution (e.g. is wind saturated, current evolution mode).
file	InverseFunction.cpp [code]
	Definitions of some of the methods of the InverseFunction class.
file	InverseFunction.h [code]
	Declarses a class for functions that are the inverse of some analytical function.
file	InverseLinearLconvEvolution.h [code]
	Declares a OneArgumentDiffFunction sub-class giving the evolution of the stellar convective zone angular momentum when some function of it evolves linearly with time.
file	Oblique10LinearQuantity.cpp [code]
	Implements some methods of the Oblique10LinearQuantity class.
file	Oblique10LinearQuantity.h [code]
	Declares a function of the stellar angular momentum that evolves linearly with time when only the m = 1, m' = 0 term is active for orbits with arbitrary initial obliquity.
file	Oblique20LinearQuantity.cpp [code]
	Implements some methods of the Oblique20LinearQuantity class.
file	Oblique20LinearQuantity.h [code]
	Declares a function of the stellar angular momentum that evolves linearly with time when only the m = 2, m' = 0 term is active for orbits with arbitrary initial obliquity.
file	PolynomialEvolutionZone.cpp [code]
	Define the non-inlnine methods of PolynomialEvolutionZone.
file	PolynomialEvolutionZone.h [code]
	Declare a dissipative zone class where the mass and radius evolution are given by a polynomial.
file	RealEvolutionQuantity.h [code]
	Declare an inumeration for the various quantities tracked by the evolution and checked.
file	SingleTidalTermBody.h [code]
	Declare a dissipative body class with a single SingleTidalTermZone.
file	SingleTidalTermZone.h [code]
	Declare a dissipative zone class with polynomial evolution with only a single tidel term having non-zero dissipation.
file	testDifferentialEquations.cpp [code]
	Implement the non-inline methods of test_DifferentialEquations.
file	testDifferentialEquations.h [code]
	Unit tests that check the differential equations for eccentricity and semimajor against analytic expressions.
file	testGravitationalPotential.cpp [code]
	Implement the non-inline methods of test_GravitationalPotential.
file	testGravitationalPotential.h [code]
	Unit tests that check the expansion of the gravitational potential vs. analytic expressions.
file	testLockMonitoring.cpp [code]
	Implement the non-inline methods of test_LockMonitoring.
file	testLockMonitoring.h [code]
	Unit tests that check the machinery for monitoring potential tidal locks.
file	testOrbitSolver.cpp [code]
	Defines some of the methods of the test suite that exercises the OrbitSolver class and the other clasess necessary to accomplish this.
file	testOrbitSolver.h [code]
	Declares the test suite that exercises the OrbitSolver class and some other clasess necessary to accomplish this.
file	testTidalTorquePower.cpp [code]
	Define the non-inline methods of test_TidalTorquePower and actually run the tests if compiled in stand-alone mode.
file	testTidalTorquePower.h [code]
	Declare a unit tests class that check the calculations of tidal torque and power.
file	TidalPotential.h [code]
	Declare an interface for calculating the tidal potential due to a companion in an eccentric orbit.
file	TidalPotentialExpansion.cpp [code]
	Define the functions that sums up the expansion series.
file	TidalPotentialExpansion.h [code]
	Declare an interface for evaluating the expansion of the tidal potential.
file	TransformedSolution.h [code]
	Declare a class that transforms an orbital solution before checking.