def parse(self):
timesteps = self.contents.split("\n\n")
self.timesteps = []
i=1
for ts in timesteps:
table = Table(i) #let the rest default
lines = ts.split("\n")
del lines[0] #get rid of the timestep label
for line in lines:
segments = line.split(" ")
try:
puck = Puck(
segments[0],
segments[1],
segments[2],
) #let radius default
puck.set_vx(segments[3])
puck.set_vy(segments[4])
except:
continue
table.set_puck(puck)
timestep_instance = Timestep(table)
self.timesteps.append(timestep_instance)
i += 1
def place_puck(self, x, y, vx=False, vy=False):
table = self.get_table()
p = Puck("candidate", x, y)
if not self.can_place(p):
print "ERROR: manually setting puck, overlapping pucks"
return
p.set_vx(vx)
p.set_vy(vy)
p.set_name(table.num_pucks() + 1)
table.set_puck(p)
def spawn_puck(self, velocity=False):
table = self.get_table()
candidate_x = random.random() * table.get_width()
candidate_y = random.random() * table.get_height()
p = Puck("candidate", candidate_x, candidate_y)
while not self.can_place(p):
candidate_x = random.random() * table.get_width()
candidate_y = random.random() * table.get_height()
p = Puck("candidate", candidate_x, candidate_y)
if velocity:
# -0.5 so that there's a chance they have a negative velocity
p.set_velocity(Velocity(random.random() - 0.5, random.random() - 0.5))
p.set_name(table.num_pucks() + 1)
table.set_puck(p)
