def solve_easy(in_path, out_path):
in_file = InFile(in_path)
out_file = OutFile(out_path)
states = DroneStates(in_file)
d = 0 # Current drone number
print(in_file.orders)
orderNb = 0
for order_id in range(0, in_file.c):
orderNb += 1
order = in_file.orders[order_id]
for i in range(0, len(order["product_ids"])):
for j in range(i + 1, len(order["product_ids"])):
if order["product_ids"][i] == order["product_ids"][j]:
d += 1
print"Order : %d ID1 : %d ID2 : %d DOUBLON" % (orderNb, order["product_ids"][i], order["product_ids"][j])
#else:
#print"Order : %d ID1 : %d ID2 : %d" % (orderNb, order["product_ids"][i], order["product_ids"][j])
print(d)
out_file.write()
def solve_easy(in_path, out_path):
in_file = InFile(in_path)
out_file = OutFile(out_path)
states = DroneStates(in_file)
d = 0 # Current drone number
print(in_file.orders)
orderNb = 0
for order_id in range(0, in_file.c):
orderNb += 1
order = in_file.orders[order_id]
for i in range(0, len(order["product_ids"])):
for j in range(i + 1, len(order["product_ids"])):
if order["product_ids"][i] == order["product_ids"][j]:
d += 1
print "Order : %d ID1 : %d ID2 : %d DOUBLON" % (
orderNb, order["product_ids"][i],
order["product_ids"][j])
#else:
#print"Order : %d ID1 : %d ID2 : %d" % (orderNb, order["product_ids"][i], order["product_ids"][j])
print(d)
out_file.write()
def generate_cpp(header_name):
cpp_name = re.sub(r".(h|hpp)", ".cpp", header_name)
outfile = OutFile(cpp_name)
header_content = cpp_parser.file_read(header_name)
namespaces = cpp_parser.get_namespaces(header_content)
class_name = cpp_parser.get_class(header_content)
methods = cpp_parser.get_methods(header_content)
tab_level = len(namespaces)
outfile.append("#include \"" + header_name + "\"\n\n")
for i in range(len(namespaces)):
outfile.append(tabbing(i) + "namespace " + namespaces[i] + "\n"+ tabbing(i) + "{\n")
for method in methods:
write_method(outfile ,method, class_name, tab_level)
for i in range(tab_level, 0, -1):
outfile.append(tabbing(i - 1) + "}\n")
def solve_easy(in_path, out_path):
in_file = InFile(in_path)
out_file = OutFile(out_path)
states = DroneStates(in_file)
d = 0 # Current drone number
w = 0 # Current weight
products_to_deliver = []
new_orders = sort_orders(in_file.orders, in_file.warehouses[0]["coords"])
for o in new_orders:
order_id = o["index"]
order = in_file.orders[order_id]
for product_id in order["product_ids"]:
# Find a warehouse where the product is available
warehouse = find_warehouse(in_file, product_id, states.states[d]["pos"])
if w + in_file.weights[product_id] > in_file.max_load:
# We have to change the drone
# The drone number d deliver the product
try:
states.deliver(d, order_id)
# If there is still time, output the command
for p in products_to_deliver:
out_file.deliver(d, order_id, p, 1)
except NoTimeLeft:
pass
d += 1
w = 0
products_to_deliver = []
if d >= in_file.d:
d = 0
w += in_file.weights[product_id]
products_to_deliver.append(product_id)
# The drone number d take this product
try:
states.load(d, warehouse)
# If there is still time, output the command
out_file.load(d, warehouse, product_id, 1)
except NoTimeLeft:
pass
# Empty the drone at end of order even is some space is left
try:
states.deliver(d, order_id)
# If there is still time, output the command
for p in products_to_deliver:
out_file.deliver(d, order_id, p, 1)
except NoTimeLeft:
pass
d += 1
w = 0
products_to_deliver = []
if d >= in_file.d:
d = 0
out_file.write()
def solve_easy(in_path, out_path):
in_file = InFile(in_path)
out_file = OutFile(out_path)
states = DroneStates(in_file)
d = 0 # Current drone number
w = 0 # Current weight
products_to_deliver = []
new_orders = sort_orders(in_file.orders, in_file.warehouses[0]["coords"])
for o in new_orders:
order_id = o["index"]
order = in_file.orders[order_id]
for product_id in order["product_ids"]:
# Find a warehouse where the product is available
warehouse = find_warehouse(in_file, product_id,
states.states[d]["pos"])
if w + in_file.weights[product_id] > in_file.max_load:
# We have to change the drone
# The drone number d deliver the product
try:
states.deliver(d, order_id)
# If there is still time, output the command
for p in products_to_deliver:
out_file.deliver(d, order_id, p, 1)
except NoTimeLeft:
pass
d += 1
w = 0
products_to_deliver = []
if d >= in_file.d:
d = 0
w += in_file.weights[product_id]
products_to_deliver.append(product_id)
# The drone number d take this product
try:
states.load(d, warehouse)
# If there is still time, output the command
out_file.load(d, warehouse, product_id, 1)
except NoTimeLeft:
pass
# Empty the drone at end of order even is some space is left
try:
states.deliver(d, order_id)
# If there is still time, output the command
for p in products_to_deliver:
out_file.deliver(d, order_id, p, 1)
except NoTimeLeft:
pass
d += 1
w = 0
products_to_deliver = []
if d >= in_file.d:
d = 0
out_file.write()
