Unit Tests

A collection of tests to verify the rest of the code. More...

Files
file	Common.h
	Functions and classes of general use for all unit tests.
file	MakeStar.cpp
	Implement the functions defined in MakeStar.h.
file	MakeStar.h
	Declares functions for creating stars used by unit tests.
file	ConservedLEObliquityEvolution.h
	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
	Declare a dissipative zone class with polynomial evolution with a constant phase lag.
file	EccentricOrbit.cpp
	Define some of the methods of EccentricyOrbit.
file	EccentricOrbit.h
	Declare an interface for working with eccentric orbits.
file	ExpectedEvolutionMode.h
	Declare & define a class tracking flags indicating the expected state of the evolution (e.g. is wind saturated, current evolution mode).
file	InverseFunction.cpp
	Definitions of some of the methods of the InverseFunction class.
file	InverseFunction.h
	Declarses a class for functions that are the inverse of some analytical function.
file	InverseLinearLconvEvolution.h
	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
	Implements some methods of the Oblique10LinearQuantity class.
file	Oblique10LinearQuantity.h
	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
	Implements some methods of the Oblique20LinearQuantity class.
file	Oblique20LinearQuantity.h
	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
	Define the non-inlnine methods of PolynomialEvolutionZone.
file	PolynomialEvolutionZone.h
	Declare a dissipative zone class where the mass and radius evolution are given by a polynomial.
file	RealEvolutionQuantity.h
	Declare an inumeration for the various quantities tracked by the evolution and checked.
file	SingleTidalTermBody.h
	Declare a dissipative body class with a single SingleTidalTermZone.
file	SingleTidalTermZone.h
	Declare a dissipative zone class with polynomial evolution with only a single tidel term having non-zero dissipation.
file	testDifferentialEquations.cpp
	Implement the non-inline methods of test_DifferentialEquations.
file	testDifferentialEquations.h
	Unit tests that check the differential equations for eccentricity and semimajor against analytic expressions.
file	testGravitationalPotential.cpp
	Implement the non-inline methods of test_GravitationalPotential.
file	testGravitationalPotential.h
	Unit tests that check the expansion of the gravitational potential vs. analytic expressions.
file	testLockMonitoring.cpp
	Implement the non-inline methods of test_LockMonitoring.
file	testLockMonitoring.h
	Unit tests that check the machinery for monitoring potential tidal locks.
file	testOrbitSolver.cpp
	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
	Declares the test suite that exercises the OrbitSolver class and some other clasess necessary to accomplish this.
file	testTidalTorquePower.cpp
	Define the non-inline methods of test_TidalTorquePower and actually run the tests if compiled in stand-alone mode.
file	testTidalTorquePower.h
	Declare a unit tests class that check the calculations of tidal torque and power.
file	TidalPotential.h
	Declare an interface for calculating the tidal potential due to a companion in an eccentric orbit.
file	TidalPotentialExpansion.cpp
	Define the functions that sums up the expansion series.
file	TidalPotentialExpansion.h
	Declare an interface for evaluating the expansion of the tidal potential.
file	TransformedSolution.h
	Declare a class that transforms an orbital solution before checking.

Classes
class	StellarEvolution::PolynomialEvolutionQuantity
	An EvolvingStellar quantity that uses a polynomial instead of interpolating. More...
class	StellarEvolution::MockStellarEvolution
	Implements a StellarEvolution based on polynomial evolution quantities. More...
class	ExponentialPlusFunc
	Represents a function of the form offset + scale*exp(rate*x) as well as its derivative. More...
class	FuncPlusFunc
	Represents the sum of two functions and the derivative. More...
class	PiecewiseFunction
	Several functions stiched together. More...
class	FunctionRatio
	The ratio of two functions;. More...
class	FunctionToPower
	A function raised to some power. More...
class	ScaledFunction
	A function scaled by some constant. More...
class	LogFunction
	The natural logarithm of a function. More...
class	CosFunction
	The cosine of a function. More...
class	Evolve::ConstPhaseLagZone
	A zone with constant phase lag for all tidal terms. More...
class	Evolve::ExpectedEvolutionMode< MODE_TYPE >
	Some evolution mode that changes at specified ages. More...
class	Evolve::SingleTidalTermBody
	A skumanich wind body with a single zone dissipative to only a single tidal term. More...
class	Evolve::SingleTidalTermZone
	A zone dissipative to only a single tidal term. More...
class	Evolve::test_DifferentialEquations
	The test suite that compares the differential equations for eccentricity and semimajor axis to literature expansions. More...
class	Evolve::test_GravitationalPotential
	The test suite that compares the tidal potential expansion to the exact expression. More...
class	Evolve::test_LockMonitoring
	The test suite that ensures the correct locks are selected for monitoring and the fixes applied to the tidal frequency are correct. More...
class	Evolve::test_OrbitSolver
	The test suite that exercises the OrbitSolver class. More...
class	Evolve::test_TidalTorquePower
	The test suite that compares the tidal torque and power for a single zone against expectations. More...

Detailed Description

A collection of tests to verify the rest of the code.