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