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
p_drift_frag
View page source
p_drift_frag
tripodpy.std.dust.
p_drift_frag
(
sim
)
[source]
Calculate the fudge factor for the relative velocities.
Parameters
:
sim
simulation frame