Version 0.00

Data items in the root HDF5 group of version-0.00 GSM-format files are as follows:

Item	Symbol	Object type	Data type	Definition
`n`	N	attribute	integer	number of grid points
`M_star`	M	attribute	real	stellar mass [$\gram$]
`R_star`	R	attribute	real	photospheric radius [$\cm$]
`L_star`	L	attribute	real	photospheric luminosity [$\erg\,\second^{-1}$]
`r`	r	dataset	real (`n`)	radial coordinate [$\cm$]
`w`	$\frac{M_{r}}{M-M_{r}}$	dataset	real (`n`)	transformed interior mass
`L_r`	L_r	dataset	real (`n`)	interior luminosity [$\erg\,\second^{-1}$]
`p`	P	dataset	real (`n`)	total pressure [$\barye$]
`rho`	ρ	dataset	real (`n`)	density [$\gram\,\cm^{-3}$]
`T`	T	dataset	real (`n`)	temperature [$\kelvin$]
`N2`	N²	dataset	real (`n`)	Brunt-Väisälä frequency squared [″^− 2]
`Gamma_1`	Γ₁	dataset	real (`n`)	adiabatic exponent
`nabla_ad`	$\nabla_{\rm ad}$	dataset	real (`n`)	adiabatic temperature gradient
`delta`	$\upsT$	dataset	real (`n`)	thermodynamic coefficient
`nabla`	∇	dataset	real (`n`)	temperature gradient
`kappa`	κ	dataset	real (`n`)	opacity [$\cm^{2}\,\gram^{-1}$]
`kappa_T`	$\kapT$	dataset	real (`n`)	opacity partial
`kappa_rho`	$\kaprho$	dataset	real (`n`)	opacity partial
`epsilon`	ϵ	dataset	real (`n`)	total energy generation rate [$\erg\,\second^{-1}\,\gram^{-1}$]
`epsilon_T`	$\epsnuc\,\epsnucT$	dataset	real (`n`)	nuclear energy generation partial [$\erg\,\second^{-1}\,\gram^{-1}$]
`epsilon_rho`	$\epsnuc\,\epsnucrho$	dataset	real (`n`)	nuclear energy generation partial [$\erg\,\second^{-1}\,\gram^{-1}$]
`Omega_rot`	$\Omega_{\rm rot}$	dataset	real (`n`)	rotation angular velocity [$\radian\,\second^{-1}$]

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