TripodPy

Contents:

0. Algorithm
1. Basic Usage
2. Simple Customization
3. Advanced Customization
4. The Standard Model
5. Compositional Tracking
Common pitfalls setting up simulations using components
Example: Evaporation and Condensation of Multiple Chemical Species
Module Reference
- tripodpy Package
- tripodpy.simulation Module
- tripodpy.std Package
- tripodpy.std.dust Module
  - Functions
    - D_mod
    - F_adv
    - F_diff
    - Fi_sig1smax
    - H
    - S_coag
    - S_compo
    - S_hyd_compo
    - S_smax_hyd
    - S_tot
    - S_tot_compo
    - S_tot_ext
    - Sigma_initial
    - Y_jacobian
    - a
    - dadsig
    - dsigda
    - dt
    - dt_Sigma
    - dt_compo
    - dt_smax
    - enforce_f
    - finalize
    - jacobian
    - m
    - p_drift_frag
    - p_frag
    - p_frag_trans
    - p_stick
    - prepare
    - q_eff
    - q_frag
    - q_rec
    - rho_midplane
    - rhos_compo
    - smax_deriv
    - smax_initial
    - vrad_mod
    - vrel_brownian_motion
  - Classes
- tripodpy.std.gas Module
- tripodpy.std.compo Module
- tripodpy.std.sim Module
- dustpy.utils Package

TripodPy

Module Reference
dt
View page source

dt

tripodpy.std.dust.dt(sim)[source]

Function calculates the time step from dust.

Parameters:

simFrame: Parent simulation frame

Returns:

dtfloat: Dust time step

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