SolverModel

class ebtelplusplus.models.SolverModel(tau=<Quantity 1. s>, tau_max=<Quantity 10. s>, use_adaptive_solver=True, adaptive_solver_error=1e-06, adaptive_solver_safety=0.5)

Bases: object

ebtelplusplus input parameters related to the numerical solver

Parameters:

• tau (Quantity) – Time step if using adaptive solver, the initial timestep

• tau_max (Quantity) – Maximum allowed time step when using adaptive solver

• use_adaptive_solver (bool) – If true, use an adaptive timestepping routine

• adaptive_solver_error (float) – Allowed truncation error in adaptive timestep routine

• adaptive_solver_safety (float) – Refinement factor, between 0 and 1, used if timestep becomes too large and solution contains NaNs. Especially important for short, infrequently heated loops. Also controls decreases in timestep due to thermal conduction timestep.

Attributes Summary

adaptive_solver_error
adaptive_solver_safety
tau
tau_max
use_adaptive_solver

Methods Summary

to_dict()

Attributes Documentation

adaptive_solver_error: float = 1e-06

adaptive_solver_safety: float = 0.5

tau: Annotated[Quantity, Unit('s')] = <Quantity 1. s>

tau_max: Annotated[Quantity, Unit('s')] = <Quantity 10. s>

use_adaptive_solver: bool = True

Methods Documentation

to_dict()