n_vehicle_list[i].x, 0] = 0
if n_vehicle_list[i].y < 108:
north_highway.grid[n_vehicle_list[i].y - 2,
n_vehicle_list[i].x, 0] = 0
n_vehicle_list.remove(n_vehicle_list[i])
shift += 1
n_vehicle_list.reverse()
north_highway.gpl_speed = (
(north_highway.get_speed(n_total_moved_per_step[1],
(1 / 360.0), 1)) +
(north_highway.get_speed(n_total_moved_per_step[2],
(1 / 60.0), 2))) / 2.0
north_highway.etl_speed = (north_highway.get_speed(
n_total_moved_per_step[0], (1 / 360.0), 0))
north_highway.set_toll(t)
time_vs_money[north_highway.etl_price] += len(n_vehicle_list)
n_speed_g.append(north_highway.gpl_speed)
n_speed_e.append(north_highway.etl_speed)
if t % 5 == 0:
for i in range(len(north_highway.exits_arr)):
north_highway.exits_arr[i].deplete()
#chaneg based on anticipated traffic numbers
while bool(random.randint(0, 50) <= 30):
if random.randint(0, 1000000) / 1000000.0 <= percent_bus:
enter_number = random.randint(
0, len(north_highway.entrance_arr))
n_vehicle_list.append(
Bus(3,
north_highway.entrance_arr[enter_number - 1].y,
10))
def highway_setters_test():
length_in_miles = 10
min_price = 0
max_price = 1
start_tolling = 5
end_tolling = 19
shoulder_start = 15
shoulder_end = 17
GPL = 2
ETL = 1
exits = [3, 4, 6]
peak_arr = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]
test_road = Highway(length_in_miles, num_norm_lns=GPL, \
num_etl=ETL, exit_loc_arr = exits, \
min_toll=min_price, max_toll=max_price, \
start_tolling=start_tolling, end_tolling=end_tolling, \
start_shoulder=shoulder_start, end_shoulder=shoulder_end, peak_arr=peak_arr)
if N.shape(test_road.grid)[0] != test_road.grid_per_mile * length_in_miles:
print("Possible problem in scaling road")
else:
print("Road Length Scaled")
if N.shape(test_road.grid)[1] != 5:
print("Possible problem in _generate_road construction")
else:
print("Road Width maintained")
for i in exits:
if test_road.grid[M.floor(i*test_road.grid_per_mile - 0.5 * test_road.grid_per_mile), 3, 3] != 2:
print("Exit \t\t", i, " Not Generated Properly" )
else:
print("Exit \t\t", i, " Generated Properly")
if test_road.grid[M.ceil(i*test_road.grid_per_mile + 0.5 * test_road.grid_per_mile), 3, 3] != 1:
print("Entrance \t", i, " Not Generated Properly" )
else:
print("Entrance \t", i, " Generated Properly")
for i in range(24):
test_road.set_toll(i)
if i >= start_tolling and i < end_tolling:
if test_road.etl_price != min_price and test_road.etl_price != max_price:
print("ETL Price Inaacurate: Problems in set_toll")
else:
print("ETL Price Accurate: set_toll has no known problems")
else:
if test_road.etl_price != 0:
print("ETL Price Inaacurate: Problems in set_toll")
else:
print("ETL Price Accurate: set_toll has no known problems")
for i in range(24):
test_road.open_shoulder(i)
"""Known problems in openeing shoulder"""
if i >= shoulder_start and i < shoulder_end:
if test_road.shoulder_open == False:
print("Error opening shoulder")
else:
print("Shoudler opened successfully")
else:
if test_road.shoulder_open == True:
print("Error closing shoulder")
else:
print("Shoudler closed successfully")