def __init__(self, delimitation_x, delimitation_y):
"""Constructeur
Parameters:
delimitation_x/ delimitation_y (tuple): largeur/hauteur du cadrant dans lequel se
trouve le triangle
"""
self.points = [random_point(delimitation_x, delimitation_y), random_point(delimitation_x, delimitation_y), random_point(delimitation_x, delimitation_y)]
def rand_trace():
"""
random trace
"""
m = args['M']
size = args['size']
t_min = args['t_min']
t_max = args['t_max']
result = []
for i in xrange(m):
time_slice = []
n = random.randint(t_min, t_max)
temp = [random.random() for j in xrange(n)]
total = sum(temp)
weights = [t / total for t in temp]
x, y = random_point(*size)
for j in xrange(n):
time_slice.append(((i, x, y), weights[j]))
x, y = next_location(x, y)
result.append(time_slice)
return result
def rand():
"""randomly distributed"""
m = args['M']
size = args['size']
result = []
for i in xrange(m):
time_slice = []
x, y = random_point(*size)
time_slice.append(((i, x, y), 1))
result.append(time_slice)
return result
