def test_create_delivery_dict(requests):
p = Problem([], [])
assert p.create_delivery_dict(requests) == {
3: requests[0].delivery_node,
4: requests[1].delivery_node,
5: requests[2].delivery_node
}
def test_create_pickup_dict(requests):
p = Problem([], [])
assert p.create_pickup_dict(requests) == {
0: requests[0].pickup_node,
1: requests[1].pickup_node,
2: requests[2].pickup_node
}
def vrptw_problem_for_related_removal_different_pickups2(requests, vehicles):
requests[0].pickup_node.x_coord = 20
requests[0].pickup_node.y_coord = 20
requests[1].pickup_node.x_coord = 40
requests[1].pickup_node.y_coord = 40
problem = Problem(requests, vehicles)
return problem
def vrptw_problem_for_related_removal_different_terminals_2ndvehicle2(
requests4, vehicles):
vehicles[1].start_terminal.x_coord = 10
vehicles[1].start_terminal.y_coord = 10
vehicles[1].end_terminal.x_coord = 10
vehicles[1].end_terminal.y_coord = 10
problem = Problem(requests4, vehicles)
return problem
def vrptw_problem_for_related_removal_delivery_on_depot2(requests, vehicles):
requests[0].pickup_node.x_coord = 20
requests[0].pickup_node.y_coord = 20
requests[1].pickup_node.x_coord = 40
requests[1].pickup_node.y_coord = 40
requests[0].delivery_node.x_coord = 35
requests[0].delivery_node.y_coord = 35
requests[1].delivery_node.y_coord = 35
problem = Problem(requests, vehicles)
return problem
def pdp_problem(requestspd, vehiclespd):
pdp_problem = Problem(requestspd, vehiclespd)
return pdp_problem
def vrptw_problem4(requests4, vehicles3):
return Problem(requests4, vehicles3)
def vrptw_problem3(requests2, vehicles3):
return Problem(requests2, vehicles3)
def vrptw_problem2(requests2, vehicles):
problem2 = Problem(requests2, vehicles)
return problem2
def vrptw_problem(requests, vehicles):
problem = Problem(requests, vehicles)
return problem