Function reference • tealeaves

All functions
`Ar()`	Ar: Archimedes number
`E()`	Evaporation (mol / (m^2 s))
`constants()`	S3 class constants
`convert_conductance()`	Convert conductance units
`.get_Dx()`	D_x: Calculate diffusion coefficient for a given temperature and pressure
`.get_H()`	H: sensible heat flux density (W / m^2)
`.get_L()`	L: Latent heat flux density (W / m^2)
`.get_Pa()`	P_a: density of dry air (g / m^3)
`.get_Rabs()`	R_abs: total absorbed radiation (W / m^2)
`.get_Sr()`	S_r: longwave re-radiation (W / m^2)
`.get_Tv()`	Calculate virtual temperature
`.get_dwv()`	d_wv: water vapour gradient (mol / m ^ 3)
`.get_gbw()`	g_bw: Boundary layer conductance to water vapour (m / s)
`.get_gh()`	g_h: boundary layer conductance to heat (m / s)
`.get_gr()`	Gr: Grashof number
`.get_gtw()`	g_tw: total conductance to water vapour (m/s)
`.get_hvap()`	h_vap: heat of vaporization (J / mol)
`.get_nu()`	Nu: Nusselt number
`.get_ps()`	Saturation water vapour pressure (kPa)
`.get_re()`	Re: Reynolds number
`.get_sh()`	Sh: Sherwood number
`energy_balance()`	Calculate leaf energy balance
`enviro_par()`	S3 class enviro_par
`leaf_par()`	S3 class leaf_par
`make_leafpar()` `make_enviropar()` `make_constants()`	Make lists of parameters of leaf, environmental, or constant parameters
`parameter_names()`	Get vector of parameter names
`tealeaves`	`tealeaves` package
`tl_example1`	tealeaves example output 1
`tleaves()` `tleaf()`	`tleaves`: find leaf temperatures for multiple parameter sets

Reference