fastpli.model.solver.solver.Solver

class Solver(self: fastpli.model.solver.__solver._Solver) → None

Bases: fastpli.model.solver.__solver._Solver

Solver Class for solving collisions between fibers

Variables

num_steps (int) – Number of steps.

apply_boundary_conditions(n_max = 10):

applies the defined boundry conditions to the inserted model

Methods

apply_boundary_conditions	Applies boundary conditions for n_max steps without collision solving.
close_scene
draw_scene	Draws model configuration in if OpenGl window can be created.
get_dict	Get all member variables which are properties
load_h5	Loads class members from hdf5 file.
reset_view
save_h5	Saves class members in hdf5 file.
save_parameter_h5	Saves class members without fiber_bundles in hdf5 file.
save_ppm
save_stl
set_dict	Set dictionary of variables to class members
set_view_angles
set_view_center
set_view_distance
step	Applies collision solving algorithm for one step
toggle_axis
toggle_collision_view

Attributes

col_voi	get/set volume on witch the collision algorithm is applied
drag	drag value applied in each step, optional
fiber_bundles	get/set fiber_bundles [[(,4)-array]]
max_speed
num_col_obj
num_obj
num_steps	get/set number of applied steps
obj_mean_length	get/set mean value allowed for fiber segment
obj_min_radius	get/set minimal circular radius allowed for fiber
omp_num_threads	get/set number of omp threads
overlap

apply_boundary_conditions(n_max=10)

Applies boundary conditions for n_max steps without collision solving.

Parameters

n_max ((optional) maximal number of iterations)

Returns

[[(nx4)-arrays]]

Return type

fiber bundles

close_scene(self: fastpli.model.solver.__solver._Solver) → None

property col_voi

get/set volume on witch the collision algorithm is applied

property drag

drag value applied in each step, optional

draw_scene(display=True)

Draws model configuration in if OpenGl window can be created. rot = [x,y,z] view Angle

property fiber_bundles

get/set fiber_bundles [[(,4)-array]]

get_dict()

Get all member variables which are properties

load_h5(h5f)

Loads class members from hdf5 file.

property num_steps

get/set number of applied steps

property obj_mean_length

get/set mean value allowed for fiber segment

property obj_min_radius

get/set minimal circular radius allowed for fiber

property omp_num_threads

get/set number of omp threads

reset_view(self: fastpli.model.solver.__solver._Solver) → None

save_h5(h5f, script=None)

Saves class members in hdf5 file.

save_parameter_h5(h5f, script=None)

Saves class members without fiber_bundles in hdf5 file.

save_ppm(self: fastpli.model.solver.__solver._Solver, file: str) → None

save_stl(self: fastpli.model.solver.__solver._Solver, file: str) → None

set_dict(data)

Set dictionary of variables to class members

set_view_angles(self: fastpli.model.solver.__solver._Solver, arg0: float, arg1: float, arg2: float) → None

set_view_center(self: fastpli.model.solver.__solver._Solver, arg0: float, arg1: float, arg2: float) → None

set_view_distance(self: fastpli.model.solver.__solver._Solver, arg0: float) → None

step()

Applies collision solving algorithm for one step

Returns

bool

Return type

status if the model is solved

toggle_axis(self: fastpli.model.solver.__solver._Solver, arg0: bool) → None

toggle_collision_view(self: fastpli.model.solver.__solver._Solver, arg0: bool) → None