InCol Namespace Reference

Isolates the tags for the input columns. More...

Enumerations
enum	InputColumns {   WINDK =0, LOW_MASS_WINDK =WINDK, HIGH_MASS_WINDK, WIND_SAT_W,   LOW_MASS_WIND_SAT_W =WIND_SAT_W, HIGH_MASS_WIND_SAT_W, WIND_SAT_P, LOW_MASS_WIND_SAT_P =WIND_SAT_P,   HIGH_MASS_WIND_SAT_P, CORE_ENV_COUPLING_TIMESCALE, LGQ, LGQ_POWERLAW,   LGQ_MIN, MSTAR, MPLANET, RPLANET,   PLANET_FORMATION_AGE, WDISK, PDISK, TDISK,   A_FORMATION, P_FORMATION, E_FORMATION, INCLINATION_FORMATION,   TSTART, TEND, START_WRAD, START_WSURF,   MAX_STEP, PRECISION, OUT_FNAME, NUM_REAL_INPUT_QUANTITIES =OUT_FNAME,   START_LOCKED, REQUIRED_AGES, SKIP, NUM_INPUT_QUANTITIES =SKIP }
	Tags for the quantities required to fully specify the system to evolve. More...

Detailed Description

Isolates the tags for the input columns.

Enumeration Type Documentation

InputColumns

enum InCol::InputColumns

Tags for the quantities required to fully specify the system to evolve.

Enumerator
WINDK	Wind strength in \(\frac{M_\odot \cdot R_\odot^2 \cdot \mathrm{day}^2} {\mathrm{rad}^2\cdot\mathrm{Gyr}}\).
LOW_MASS_WINDK	The wind strength for low mass stars.
HIGH_MASS_WINDK	The wind strength for high mass stars.
WIND_SAT_W	Wind saturation frequency in rad/day.
LOW_MASS_WIND_SAT_W	Wind saturation frequency in rad/day for low mass stars.
HIGH_MASS_WIND_SAT_W	Wind saturation frequency in rad/day for high mass stars.
WIND_SAT_P	Wind saturation period in days.
LOW_MASS_WIND_SAT_P	Wind saturation period in days for low mass stars.
HIGH_MASS_WIND_SAT_P	Wind saturation period in days for high mass stars.
CORE_ENV_COUPLING_TIMESCALE	Core-envelope coupling timescale in Myr, ignore for high mass stars.
LGQ	Lg(Q*) at tidal frequency of 1 day.
LGQ_POWERLAW	powerlaw index of Q* dependence.
LGQ_MIN	Lg(Q*) outside the inertial mode range.
MSTAR	Mass of the star in \(M_\odot\).
MPLANET	Mass of the planet in Jupiter masses.
RPLANET	Radius of the planet in Jupiter radii.
PLANET_FORMATION_AGE	Age when planet appears in Gyr.
WDISK	Stellar surface spin while disk is present in rad/day.
PDISK	Stellar surface rotation period in days while disk is present.
TDISK	Age in Myr when disk dissipates.
A_FORMATION	Semimajor axis at which the planet forms in AU.
P_FORMATION	Orbital period in days at which the planet forms.
E_FORMATION	Eccentricity at which the planet forms.
INCLINATION_FORMATION	Inclination with which the planet forms.
TSTART	The minimum age to start evolution at in Gyr.
TEND	The maximum age to stop the evolution at in Gyr.
START_WRAD	Initial rotation of the radiative core in rad/day if the evolution starts after the core has formed.
START_WSURF	Surface rotation of the star in rad/day if the evolution starts after the disk has dissipated.
MAX_STEP	The maximum timestep to take.
PRECISION	The number of significant figures require of the evolution.
OUT_FNAME	The name of the file to write the evolution to.
NUM_REAL_INPUT_QUANTITIES	The number of real values quantities.
START_LOCKED	Should the evolution start with the stellar surface spinning synchronously with the orbit?
REQUIRED_AGES	A list of ages guaranteed to be included in the tabulated orbit.
SKIP	A column which is not needed to calculate the evolution.
NUM_INPUT_QUANTITIES	The number of different input quantities supported.

Definition at line 17 of file IOColumns.h.