def generate_bill(self, context):
"""Creates bill as a pdf."""
# Get template
document = self.get_resource('/ui/shop/orders/bill.xml')
# Build namespace
orders = get_orders(self)
namespace = self.get_namespace(context)
namespace['logo'] = orders.get_pdf_logo_key(context)
signature = orders.get_property('signature')
signature = signature.encode('utf-8')
namespace['pdf_signature'] = XMLParser(signature.replace('\n', '<br/>'))
# Products
namespace['products'] = self.get_products_namespace(context)
# Company
company = orders.get_property('company')
company = company.encode('utf-8')
namespace['pdf_company'] = XMLParser(company.replace('\n', '<br/>'))
# Customer
namespace['customer'] = self.get_customer_namespace(context)
# VAT
total_pre_vat, total_vat = self.get_vat_details(context)
total_pre_vat = self.format_price(get_arrondi(total_pre_vat))
total_vat = self.format_price(get_arrondi(total_vat))
namespace['total_pre_vat'] = total_pre_vat
namespace['total_vat'] = total_vat
# Build pdf
try:
pdf = stl_pmltopdf(document, namespace=namespace)
except Exception:
return None
title = MSG(u'Bill').gettext()
name = checkid(title)
metadata = {'title': {'en': title}, 'filename': '%s.pdf' % name}
self.del_resource(name, soft=True)
return self.make_resource(name, PDF, body=pdf, **metadata)
def get_namespace(self, resource, context):
orders = get_orders(resource)
namespace = resource.get_namespace(context)
namespace['orders_link'] = context.get_link(orders)
namespace['order'] = {'id': resource.name}
#namespace['state'] = SelectWidget('state', has_empty_option=False,
# datatype=OrderStateEnumerate, value=resource.get_statename()).render()
return namespace
test_prefix = prefix + 'test_set_1/'
cluster2id, id2cluster = utils.get_cluster_map(test_prefix +
'cluster_map/cluster_map')
dates, time_idx, dests = 21, 288, 66
train_orders_dest = np.zeros((dates, time_idx, dests, 67),
dtype=np.float32) # 去向地
train_orders_price = np.zeros((dates, time_idx, dests, 67),
dtype=np.float32) # 价格
train_orders_gap = np.zeros((dates, time_idx, dests), dtype=np.float32) # gap
train_weathers = np.zeros((dates, time_idx, 3), dtype=np.float32)
train_traffics = np.zeros((dates, time_idx, dests, 4), dtype=np.float32)
for idx, date in enumerate(range(1, 22)):
print('date {0:0>2}'.format(date))
order = utils.get_orders(
train_prefix + 'order_data/order_data_2016-01-{0:0>2}'.format(date))
order = order.loc[:, [
'driver_id', 'start_id', 'dest_id', 'price', 'time_idx'
]]
order['start_id'] = order['start_id'].map(lambda x: cluster2id[x])
order['dest_id'] = order['dest_id'].map(lambda x: cluster2id[x]
if x in cluster2id.keys() else 0)
dest = np.zeros((time_idx, dests, 67), dtype=np.float32)
price = np.zeros((time_idx, dests, 67), dtype=np.float32)
gap = np.price = np.zeros((time_idx, dests), dtype=np.float32)
for i in range(order.shape[0]):
t = order.iloc[i]
if t['driver_id'] == 'nan':
gap[t['time_idx'], t['start_id'] - 1] += 1
else:
from utils import get_orders, mod, gcd
def find_period(a, x, n):
start = mod(a, x, n)
for r in range(1, 100):
temp = mod(a, x + r, n)
if start == temp:
# print(f"{a} ^ {x} = {a} ^ {x + r}")
return r
factors = get_orders(77)
print(factors)
for a in factors:
r = find_period(a, 1, 77)
if r % 2 == 1:
continue
temp = mod(a, r / 2, 77)
if temp == (-1 % 77):
continue
print(f"a = {a}, r = {r}")
x = gcd(a**(r / 2) + 1, 77)
y = gcd(a**(r / 2) - 1, 77)
print(x, y)
def order(df):
return len(df) - df.apply(lambda x: get_orders(x), axis=0)
def action(self, resource, context, form):
orders_module = get_orders(resource)
order = orders_module.make_order(resource, context.user, lines=[])
goto = context.get_link(order)
message = MSG(u'Order has been created')
return context.come_back(message, goto=goto)