def test_stellar():
"""Test the stellar module."""
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.a.Luminosity, 0.000869)
assert np.isclose(output.log.final.a.Temperature, 2811.000999)
assert np.isclose(output.log.final.a.Radius, 0.124)
assert np.isclose(output.log.final.a.LostAngMom, 1.290268e+40,
rtol=1e-3)
assert np.isclose(output.log.final.a.RotPer, 1.921597, rtol=1e-3)
assert np.isclose(output.log.final.b.Luminosity, 1.022389)
assert np.isclose(output.log.final.b.Temperature, 5730.995418)
assert np.isclose(output.log.final.b.Radius, 1.026571)
assert np.isclose(output.log.final.b.LostAngMom, 1.648878e+43,
rtol=1e-3)
assert np.isclose(output.log.final.b.RotPer, 23.680862, rtol=1e-3)
assert np.isclose(output.log.final.system.TotAngMom, 1.729433e+43,
rtol=1e-3)
assert np.isclose(output.log.final.system.TotEnergy, -2.468221e+41,
rtol=1e-3)
def test_AbioticO2():
"""Test oxygen build up, HZ limits."""
# Remove old log file
subprocess.run(['rm', 'AbioticO2.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Primary Variables
# Star
assert np.isclose(output.log.final.star.Luminosity, 7.362835e+23)
assert np.isclose(output.log.final.star.LXUVStellar, 7.362835e+20)
assert np.isclose(output.log.final.star.Radius, 1.186502e+08)
assert np.isclose(output.log.final.star.Temperature, 2926.556751)
assert np.isclose(output.log.final.star.RadGyra, 0.466090)
# Planet b -- checks high XUV flux environment
assert np.isclose(output.log.final.b.SurfWaterMass, 4.187987, rtol=1e-4)
assert np.isclose(output.log.final.b.OxygenMass, 251.127387, rtol=1e-4)
# Planet e -- checks low XUV flux environment
assert np.isclose(output.log.final.e.SurfWaterMass, 7.511356, rtol=1e-4)
assert np.isclose(output.log.final.e.OxygenMass, 420.619083)
# Other checks
assert np.isclose(output.log.final.e.FXUV, 3.053257)
assert np.isclose(output.log.final.e.AtmXAbsEffH2O, 0.051776)
assert np.isclose(output.log.final.e.Instellation, 3053.257033)
def test_CassiniMulti():
"""Test multiple planets damping into Cassini states."""
# Remove old log file
subprocess.run(['rm', 'TGard.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
# Star
assert np.isclose(output.log.final.TGstar.Radius, 0.878726)
assert np.isclose(output.log.final.TGstar.RadGyra, 0.445942)
assert np.isclose(output.log.final.TGstar.RotVel, 296.385042)
assert np.isclose(output.log.final.TGstar.EqRotRate, 1.407733e-05)
assert np.isclose(output.log.final.TGstar.LXUVStellar, 1.880010e+22)
# Planet b
assert np.isclose(output.log.final.TGb.Instellation, 1.058375e+05)
assert np.isclose(output.log.final.TGb.Yobl, -0.149030)
assert np.isclose(output.log.final.TGb.Zobl, 0.856552)
assert np.isclose(output.log.final.TGb.HEcc, 0.091315)
assert np.isclose(output.log.final.TGb.KEcc, -0.048856)
assert np.isclose(output.log.final.TGb.RotRate, 6.843648e-05)
assert np.isclose(output.log.final.TGb.SemiMajorAxis, 3.769868e+09)
assert np.isclose(output.log.final.TGb.OrbPotEnergy, -1.766030e+34)
assert np.isclose(output.log.final.TGb.SemiTimeEqtide, 7.942139e+15)
assert np.isclose(output.log.final.TGb.DXoblDtEqtide, -3.658103e-12)
# Planet c
assert np.isclose(output.log.final.TGc.Sinc, 0.037712)
assert np.isclose(output.log.final.TGc.ArgP, 3.924108)
assert np.isclose(output.log.final.TGc.PrecA, 2.477072)
assert np.isclose(output.log.final.TGc.CassiniOne, 0.959339)
assert np.isclose(output.log.final.TGc.CassiniTwo, 0.282255)
def test_ChaoticResonances():
"""Test Chaotic Resoannces."""
# Remove old log file
subprocess.run(['rm', 'ChaosRes.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.earth.PositionXSpiNBody,
-1.0910217698713353e+11)
assert np.isclose(output.log.final.earth.VelZSpiNBody,
1.2959382255760662e+04)
assert np.isclose(output.log.final.earth.Inc, 0.7616663331648603)
assert np.isclose(output.log.final.earth.MeanMotion,
1.9912661532603589e-07)
assert np.isclose(output.log.final.outer.PositionYSpiNBody,
2.0247776958475812e+11)
assert np.isclose(output.log.final.outer.VelXSpiNBody,
-1.1620721010188581e+04)
assert np.isclose(output.log.final.outer.ArgP, 1.7362790073768690)
assert np.isclose(output.log.final.outer.SemiMajorAxis,
3.1118441456657074e+11)
def test_CassiniStates():
"""Test the coupling between eqtide, distorb and distrot."""
# Remove old log file
subprocess.run(['rm', 'CassiniStates.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
# Primary Variables
assert np.isclose(output.log.final.b.Xobl, -0.706488)
assert np.isclose(output.log.final.b.Yobl, 0.046974)
assert np.isclose(output.log.final.b.Zobl, 0.706164)
assert np.isclose(output.log.final.b.HEcc, -0.062959)
assert np.isclose(output.log.final.b.KEcc, 0.010774)
assert np.isclose(output.log.final.b.RotRate, 7.270645e-05)
assert np.isclose(output.log.final.b.SemiMajorAxis, 1.869973e+10)
# Other checks
assert np.isclose(output.log.final.b.Inc, 0.008680)
assert np.isclose(output.log.final.b.ArgP, 4.733145)
assert np.isclose(output.log.final.b.LongA, 0.148731)
assert np.isclose(output.log.final.b.Obliquity, 0.786733)
assert np.isclose(output.log.final.b.PrecA, 3.075203)
assert np.isclose(output.log.final.b.RotAngMom, 4.415998e+33)
assert np.isclose(output.log.final.b.RotKinEnergy, 1.605358e+29)
assert np.isclose(output.log.final.c.Inc, 8.069275e-05)
assert np.isclose(output.log.final.c.ArgP, 4.653590)
assert np.isclose(output.log.final.c.LongA, 1.580510)
def test_MagneticBraking():
"""Test the stellar module."""
# Remove old log file
subprocess.run(['rm', 'system.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
# Confirm
assert np.isclose(output.log.final.matt.RotPer, 0.252432)
assert np.isclose(output.log.final.reiners.RotPer, 1.059182)
assert np.isclose(output.log.final.sk.RotPer, 1.486450)
# Energy
Einit = output.log.initial.system.TotEnergy
Efinal = output.log.initial.system.TotEnergy
# Angular momentum
Linit = output.log.initial.system.TotAngMom
Lfinal = output.log.final.system.TotAngMom
# Check conservation
assert np.isclose(Einit, Efinal, rtol=1e-3)
assert np.isclose(Linit, Lfinal, rtol=1e-3)
def test_SS_SpiNBody():
"""Test NBody Evolution."""
# Remove old log file
subprocess.run(['rm', 'SpiNBody.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.Star.PositionXSpiNBody,
-7.2996045904859365e+05)
assert np.isclose(output.log.final.Star.VelZSpiNBody, -0.0074053658185989)
assert np.isclose(output.log.final.Mercury.Inc, 0.1222430915966078)
assert np.isclose(output.log.final.Mercury.VelXSpiNBody,
-5.6172614113858515e+04)
assert np.isclose(output.log.final.Venus.ArgP, 0.9555745288739304)
assert np.isclose(output.log.final.Venus.PositionXSpiNBody,
1.0815757150556880e+11)
assert np.isclose(output.log.final.Earth.LongA, 6.0858921788484137)
assert np.isclose(output.log.final.Earth.VelZSpiNBody,
1751.8263488484312802)
assert np.isclose(output.log.final.Mars.SemiMajorAxis,
2.2794298912149789e+11)
assert np.isclose(output.log.final.Mars.PositionYSpiNBody,
-1.9293056341095392e+11)
def test_ApseLock():
"""Test module Eqtide-Distorb coupling."""
# Remove old log file
subprocess.run(['rm', 'ApseLock.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Checks
# Primary Variables
assert np.isclose(output.log.final.b.HEcc, -0.042671)
assert np.isclose(output.log.final.b.KEcc, -0.069231)
assert np.isclose(output.log.final.b.DHEccDtEqtide, 2.269581e-15)
assert np.isclose(output.log.final.b.DKEccDtEqtide, 3.682246e-15)
assert np.isclose(output.log.final.b.DHeccDtDistOrb, -2.488505e-11)
assert np.isclose(output.log.final.b.DKeccDtDistOrb, -1.344098e-11)
assert np.isclose(output.log.final.c.SemiMajorAxis, 6.911428e+09)
# Other Checks
assert np.isclose(output.log.final.b.Eccentricity, 0.081326)
assert np.isclose(output.log.final.b.ArgP, 3.693953)
assert np.isclose(output.log.final.b.SemiMajorAxis, 2.812439e+09)
assert np.isclose(output.log.final.c.Eccentricity, 0.193811)
assert np.isclose(output.log.final.c.ArgP, 5.015526)
assert np.isclose(output.log.final.c.SemiMajorAxis, 6.911428e+09)
def test_stellar_atmesc():
"""Test the coupling between stellar and atmesc."""
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.star.Luminosity, 0.000868847)
assert np.isclose(output.log.final.star.LXUVFrac, 5.8884365536e-05)
assert np.isclose(output.log.final.a.EnvelopeMass, 5.9695893469e+23)
def test_TideLockCTL():
"""Test tidal locking in the EqTide-TPL model."""
# Remove old log file
subprocess.run(['rm', 'gl581.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.d.RotPer, 34.706)
assert np.isclose(output.log.final.d.Obliquity, 0.0133141669439806)
def test_radheat_thermint():
"""Test the coupling between radheat and thermint."""
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.earth.TMan, 2256.1804)
assert np.isclose(output.log.final.earth.TCore, 5009.8424)
assert np.isclose(output.log.final.earth.RadPowerTotal, 24.2630e12)
assert np.isclose(output.log.final.earth.MagMom, 0.994634)
def test_eqtide():
"""Test the tidal evolution module."""
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.star.RotPer, 94.197975)
assert np.isclose(output.log.final.d.RotPer, 43.28407)
assert np.isclose(output.log.final.d.Obliquity, 3.337686e-07)
assert np.isclose(output.log.final.d.Eccentricity, 0.380001)
assert np.isclose(output.log.final.d.SemiMajorAxis, 32682710000.0)
def test_AtmEscKepler36():
"""Test hydrogen envelope loss."""
# Remove old log file
subprocess.run(['rm', 'kepler36.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.star.LXUVStellar, 3.120390e+21)
assert np.isclose(output.log.final.p10.EnvelopeMass, 3.314569)
assert np.isclose(output.log.final.p10.Radius, 3.376736e+07)
def test_WaterLossCPL():
"""Test the loss of water on planet tidally evolving via the CPL model."""
# Remove old log file
subprocess.run(['rm', 'WaterCPL.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.b.OrbPeriod, 3.943855e+05)
assert np.isclose(output.log.final.b.Eccentricity, 0.099247)
assert np.isclose(output.log.final.b.SurfWaterMass, 9.974648)
def test_binary_eqtide_stellar():
"""Test the coupling between binary, eqtide, and stellar."""
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.cbp.FreeEcc, 0.03)
assert np.isclose(output.log.final.cbp.Eccentricity, 0.049913)
assert np.isclose(output.log.final.cbp.SemiMajorAxis, 106419600000.0)
assert np.isclose(output.log.final.secondary.Eccentricity, 0.16048)
assert np.isclose(output.log.final.secondary.SemiMajorAxis, 33554800000.0)
def test_VenusWaterLoss():
"""Test the loss of water on Venus."""
# Remove old log file
subprocess.run(['rm', 'solarsystem.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.sun.LXUVStellar, 0.000427)
assert np.isclose(output.log.final.venus.SurfWaterMass,
0.919493,
rtol=1e-4)
def test_GalaxyEffects():
"""Test Galactic Effects."""
# Remove old log file
subprocess.run(['rm', 'GalEffects.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.comp.SemiMajorAxis, 1.4959787070e+15)
assert np.isclose(output.log.final.comp.Eccentricity, 0.7052434592)
assert np.isclose(output.log.final.comp.PeriQ, 4.4094950872e+14)
assert np.isclose(output.log.final.comp.Inc, 1.3949755231)
def test_IoHeat():
"""Test module eqtide, and simulations with no integrations."""
# Remove old log file
subprocess.run(['rm', 'ioheat.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.initial.io.PowerEqtide, 9.380954e+13)
assert np.isclose(output.log.initial.io.SurfEnFluxEqtide, 2.243481)
assert np.isclose(output.log.initial.io.DsemiDtEqtide, -1.671102e-09)
assert np.isclose(output.log.initial.io.DeccDtEqtide, -8.503575e-16)
assert np.isclose(output.log.initial.io.DOblDtEqtide, -3.792877e-13)
def test_HZSingle():
"""Test the HZ limits for a single star."""
# Remove old log file
subprocess.run(['rm', 'star.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.initial.a.HZLimRecVenus, 2.879712e+10)
assert np.isclose(output.log.initial.a.HZLimEarlyMars, 7.969376e+10)
assert np.isclose(output.log.initial.a.HZLimRunaway, 3.790332e+10)
assert np.isclose(output.log.initial.a.HZLimMoistGreenhouse, 3.810337e+10)
assert np.isclose(output.log.initial.a.HZLimMaxGreenhouse, 7.307316e+10)
def test_CircumbinaryOrbit():
"""Test module Circumbinary planet orbital evolution."""
# Remove old log file
subprocess.run(['rm', 'kepler16.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.cbp.FreeEcc, 0.03)
assert np.isclose(output.log.final.cbp.Eccentricity, 0.065653)
assert np.isclose(output.log.final.cbp.SemiMajorAxis, 1.046162e+11)
assert np.isclose(output.log.final.secondary.Eccentricity, 0.16048)
assert np.isclose(output.log.final.secondary.SemiMajorAxis, 3.351740e+10)
def test_SteepCBP():
"""Test STEEP effect on a circumbinary planet (Fleming et al., 2018, ApJ, 858, 86)."""
# Remove old log file
subprocess.run(['rm', 'bin_eq_st.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.cbp.FreeEcc, 0.03)
assert np.isclose(output.log.final.cbp.Eccentricity, 0.049913)
assert np.isclose(output.log.final.cbp.SemiMajorAxis, 106419600000.0)
assert np.isclose(output.log.final.secondary.Eccentricity, 0.16048)
assert np.isclose(output.log.final.secondary.SemiMajorAxis, 33554800000.0)
def test_EarthInterior():
"""Test the coupling between radheat and thermint."""
# Remove old log file
subprocess.run(['rm', 'earth.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.earth.TMan[-1], 2257.8509)
assert np.isclose(output.earth.TCore[-1], 4999.1318)
assert np.isclose(output.earth.RIC[-1], 1224.7839)
assert np.isclose(output.earth.RadPowerTotal[-1], 24.3829)
assert np.isclose(output.earth.MagMom[-1], 1.009593)
def test_RadHeat():
"""Test RadHeat."""
# Remove old log file
subprocess.run(['rm', 'earth.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.earth._40KPowerCrust, 1.168067)
assert np.isclose(output.log.final.earth._232ThMassCore, 4.182962e+15)
assert np.isclose(output.log.final.earth._235UPowerMan, 0.240654)
assert np.isclose(output.log.final.earth._232ThNumCrust, 2.859381e+41)
assert np.isclose(output.log.final.earth.SurfEnFluxRadTotal, 0.047491)
def test_VenusInterior():
"""Test the coupling between radheat and thermint under stagnant lid conditions."""
# Remove old log file
subprocess.run(['rm', 'venus.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.venus.TMan, 2679.27122)
assert np.isclose(output.log.final.venus.TCore, 6365.71258)
assert np.isclose(output.log.final.venus.RIC, 0.0)
assert np.isclose(output.log.final.venus.RadPowerTotal, 31.49126)
assert np.isclose(output.log.final.venus.MagMom, 0.0)
def test_HZSingle():
"""Test the HZ limits for a single star."""
# Remove old log file
subprocess.run(['rm', 'star.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.a.HZLimRecVenus, 6.038467e+09)
assert np.isclose(output.log.final.a.HZLimEarlyMars, 1.669770e+10)
assert np.isclose(output.log.final.a.HZLimRunaway, 7.949225e+09)
assert np.isclose(output.log.final.a.HZLimMoistGreenhouse, 7.989892e+09)
assert np.isclose(output.log.final.a.HZLimMaxGreenhouse, 1.531054e+10)
def test_TidalEarth():
"""Test the coupling between radheat, thermint, and eqtide."""
# Remove old log file
subprocess.run(['rm', 'tidalearth.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.tidalearth.TMan, 2799.517833)
assert np.isclose(output.log.final.tidalearth.TCore, 5500.224551)
assert np.isclose(output.log.final.tidalearth.PowerEqtide, 0.005250)
assert np.isclose(output.log.final.tidalearth.Eccentricity, 0.498425)
assert np.isclose(output.log.final.tidalearth.SemiMajorAxis, 7.468143e+09)
def test_AtmEscKepler36():
"""Test hydrogen envelope loss."""
# Remove old log file
subprocess.run(['rm', 'AtmEscKepler-36.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.star.LXUVStellar, 3.120390e+21)
assert np.isclose(output.log.final.b.EnvelopeMass, 0)
assert np.isclose(output.log.final.b.Radius, 6.324093e+06)
assert np.isclose(output.log.final.c.EnvelopeMass, 3.972871)
assert np.isclose(output.log.final.c.Radius, 3.591011e+07)
def test_WaterLossCTL():
"""Test the loss of water on planet tidally evolving via the CTL model."""
# Remove old log file
subprocess.run(['rm', 'WaterCTL.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Check
assert np.isclose(output.log.final.b.MeanMotion, 1.592839e-05)
assert np.isclose(output.log.final.b.Eccentricity, 0.099920)
assert np.isclose(output.log.final.b.SurfWaterMass, 8.974649)
assert np.isclose(output.log.final.b.OxygenMass, 5.192614)
assert np.isclose(output.log.final.b.XO, 0.333876)
assert np.isclose(output.log.final.b.EtaO, 0.135210)
def test_ApseLock():
"""Test module Eqtide-Distorb coupling."""
# Remove old log file
subprocess.run(['rm', 'ApseLock.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.b.Eccentricity, 0.081326)
assert np.isclose(output.log.final.b.ArgP, 3.693953)
assert np.isclose(output.log.final.b.SemiMajorAxis, 2.812439e+09)
assert np.isclose(output.log.final.c.Eccentricity, 0.193811)
assert np.isclose(output.log.final.c.ArgP, 5.015526)
assert np.isclose(output.log.final.c.SemiMajorAxis, 6.911428e+09)
def test_SteepCBPCPL():
"""Test STEEP effect on a circumbinary planet (Fleming et al., 2018, ApJ, 858, 86)."""
# Remove old log file
subprocess.run(['rm', 'STEEP_CPL.log'], cwd=cwd)
# Run vplanet
subprocess.run(['vplanet', 'vpl.in', '-q'], cwd=cwd)
# Grab the output
output = GetOutput(path=cwd)
# Run our comparisons
assert np.isclose(output.log.final.cbp.FreeEcc, 0.030000)
assert np.isclose(output.log.final.cbp.Eccentricity, 0.030249)
assert np.isclose(output.log.final.cbp.SemiMajorAxis, 1.052219e+11)
assert np.isclose(output.log.final.secondary.Eccentricity, 0.194791)
assert np.isclose(output.log.final.secondary.SemiMajorAxis, 0.072294)
assert np.isclose(output.log.final.secondary.CriticalSemiMajorAxis, 0.211427)
