def main():
world = Maze(maze_data, HALF_WIDTH, HALF_HEIGHT)
world.draw()
for shark_count in range(151)[10::10]:
# Initialize Items
sharks = Shark.create_random(shark_count, world, 0)
robert = Robot(world, 0,0)
robots = [robert]
no_particles = []
# Write to File
my_file = open("%sSharksDistFromLine.txt" %(shark_count), "w")
# Header describing model
my_file.write("Line Start: %s, Line End: %s" %(LINE_START, LINE_END))
my_file.write("\n")
my_file.write("NumSharks: %s, K_att: %s, K_rep: %s, Sigma_Rand: %s, Speed/ts: %s" %(shark_count, K_ATT, K_REP, SIGMA_RAND, Shark.speed))
my_file.write("\n")
att_line = LineString([LINE_START, LINE_END])
# Let sharks move towards attraction line first
for time_step in range(300):
move(world, robots, sharks, att_line, no_particles, SIGMA_RAND, K_ATT, K_REP)
# while True:
for _ in range(3):
for time_step in range(TIME_STEPS):
#
# ---------- Show current state ----------
if SHOW_VISUALIZATION:
world.show_sharks(sharks)
world.show_robot(robert)
world.show_att_line(LINE_START, LINE_END)
move(world, robots, sharks, att_line, no_particles, SIGMA_RAND, K_ATT, K_REP)
for shark in sharks:
# my_file.write("%s, %s," % (shark.x, shark.y))
my_file.write("%s, " %(distance_from_line(shark, att_line)))
my_file.write("\n")
print time_step
my_file.close()
self.move_by(dx, dy)
return True
return False
# ------------------------------------------------------------------------
world = Maze(maze_data)
world.draw()
# Initialize Sharks
sharks = Shark.create_random(SHARK_COUNT, world)
print "length of shark", len(sharks)
print sharks
robert = Robot(world)
while True:
# ---------- Show current state ----------
world.show_sharks(sharks)
world.show_robot(robert)
# # ---------- Move things ----------
# Move sharks with shark's speed
for s in sharks:
s.advance(s.speed)
time.sleep(0.1)