System Parameters

\xi_p	0.036180	ratio of planet radius to orbital separation
\xi_s	0.324198	ratio of stellar radius to orbital separation
\xi_H	0.069149	ratio of Hill radius to orbital separation (from planet)
\xi_{bow}	0.125384	ratio of bow shock radius to orbital separation (from planet)
\xi_{Mp}	0.314214	ratio of planet sonic radius to orbital separation (from planet)
\xi_{\Omega}	0.314214	ratio of coriolis radius to orbital separation (from planet)
\chi_{bow}	87.507134	ratio of densities at bow shock
\lambda_s	19.542018	stellar lambda
\lambda_p	17.369379	planetary lambda
Orbital separation	0.022930	AU
Mass of Star	1.349999	solar masses
Mass of Planet	1.405393	Jupiter masses
Radius of Star	1.599000	solar radii
Radius of Planet	1.736000	Jupiter radii
Temperature of Star	999999.016096	Kelvin
Temperature of Planet	10009.919196	Kelvin
Density of Star	3.211200e-17	g/cc
Density of Planet	3.211200e-15	g/cc
Orbital period	1.090679	days
Mass loss from Star	1.002167e-18	solar masses per yr
Mass loss from Planet	5.460294e+07	g/s
Mach number of Stellar wind at shock	2.050641e-01
Mach number of Planetary wind at shock	4.368280e-01
lScale for sim	3.426929e+11	cm
TimeScale	9.423469e+04	s
rScale	3.211200e-15	g/cc
Location of planet in units of lscale	1.000000e+00
predicted bow shock radius in units of lscale	1.255086e-01

See What Happens With These?

\xi_p	0.036180	ratio of planet radius to orbital separation
\xi_s	0.324198	ratio of stellar radius to orbital separation
\xi_H	0.069149	ratio of Hill radius to orbital separation (from planet)
\xi_{bow}	0.630187	ratio of bow shock radius to orbital separation (from planet)
\xi_{Mp}	0.314214	ratio of planet sonic radius to orbital separation (from planet)
\xi_{\Omega}	0.314214	ratio of coriolis radius to orbital separation (from planet)
\chi_{bow}	37.356543	ratio of densities at bow shock
\lambda_s	19.542018	stellar lambda
\lambda_p	17.369379	planetary lambda
Orbital separation	0.022930	AU
Mass of Star	1.349999	solar masses
Mass of Planet	1.405393	Jupiter masses
Radius of Star	1.599000	solar radii
Radius of Planet	1.736000	Jupiter radii
Temperature of Star	999999.016096	Kelvin
Temperature of Planet	10009.919196	Kelvin
Density of Star	5.881000e-21	g/cc
Density of Planet	5.881000e-13	g/cc
Orbital period	1.090679	days
Mass loss from Star	1.835370e-22	solar masses per yr
Mass loss from Planet	9.999996e+09	g/s
Mach number of Stellar wind at shock	3.454756e-03
Mach number of Planetary wind at shock	1.294967e+00
lScale for sim	3.426929e+11	cm
TimeScale	9.423469e+04	s
rScale	5.881000e-13	g/cc
Location of planet in units of lscale	1.000000e+00
predicted bow shock radius in units of lscale	6.308118e-01