t_junction.plot_trap_probabilities Namespace Reference

Functions
def	IntervalIndex (x, bottom, top, number_of_intervals)
def	RobustQuotient (a, b)
def	TooNew (creation_time)
def	z_init (z)
def	CalculateProbabilityOfGettingTrapped ()

Variables
float	L = 0.0048
float	z_plane_of_symmetry = -0.0024
int	n_intervals = 30
float	max_creation_time = 1.0
string	fluid_run_name = 'mesh_38288_nodes'
string	snapshot_name = '1'
float	a = 0.00024 / L

Function Documentation

CalculateProbabilityOfGettingTrapped()

def t_junction.plot_trap_probabilities.CalculateProbabilityOfGettingTrapped

(

)

IntervalIndex()

def t_junction.plot_trap_probabilities.IntervalIndex	(		x,
			bottom,
			top,
			number_of_intervals
	)

RobustQuotient()

def t_junction.plot_trap_probabilities.RobustQuotient	(		a,
			b
	)

TooNew()

def t_junction.plot_trap_probabilities.TooNew

(

creation_time

)

z_init()

def t_junction.plot_trap_probabilities.z_init

(

z

)

Variable Documentation

a

float t_junction.plot_trap_probabilities.a = 0.00024 / L

fluid_run_name

string t_junction.plot_trap_probabilities.fluid_run_name = 'mesh_38288_nodes'

L

float t_junction.plot_trap_probabilities.L = 0.0048

max_creation_time

float t_junction.plot_trap_probabilities.max_creation_time = 1.0

n_intervals

int t_junction.plot_trap_probabilities.n_intervals = 30

snapshot_name

string t_junction.plot_trap_probabilities.snapshot_name = '1'

z_plane_of_symmetry

float t_junction.plot_trap_probabilities.z_plane_of_symmetry = -0.0024