def helperFunction():
#popyt odbiorców
demand = [int(popyt1.get()), int(popyt2.get()), int(popyt3.get())]
#podaz dostawcow
supply = [int(podaz1.get()), int(podaz2.get())]
transport_cost = [[int(kt11.get()),
int(kt12.get()),
int(kt13.get())],
[int(kt21.get()),
int(kt22.get()),
int(kt23.get())]]
# cena sprzedazy
demand_cost = [int(cs1.get()), int(cs2.get()), int(cs3.get())]
# cena zakupu
supply_cost = [int(cz1.get()), int(cz2.get())]
# demand_cost = [10, 8, 10 , 8]
# supply_cost = [5, 5]
# transport_cost = [[5, 2, 4, 3], [3, 1, 7, 3]]
# demand = [10, 10, 10, 10]
# supply = [15, 2
# demand_cost = [15, 14, 16]
# supply_cost = [6, 9]
# transport_cost = [[5, 3, 8], [9, 2, 4]]
# demand = [10, 30, 10]
# supply = [20, 30]
cal = calculation.Calculation(supply, demand, transport_cost, supply_cost,
demand_cost)
show_results(cal.solve_problem())
def __init__(self, xml, brokens=None, camSplit=26):
if not os.path.exists(xml):
print(f"Error: {xml} is not presented!")
sys.exit()
model = pfiDesign.PFIDesign(xml)
self.cal = calculation.Calculation(model, brokens, camSplit)
#!/usr/local/bin/python import experiment as exp import calculation as clc import noise as nse #Instantiate classes pb2 = exp.PB2() calc = clc.Calculation() #Calculate sensitivity table for PB2 calc.makeSensTable(pb2)
def setup_class(cls):
print('start')
cls.cal = calculation.Calculation()
import download
import json
import re
import os
import train
import config
import time
import calculation
if __name__ == '__main__':
if config.SPIDER == True:
tra = train.Train()
sql_results = tra.get_site()
results = tra.judge(sql_results)
print(results)
for start in results:
for end in results:
if start[3] == end[3]:
continue
for datetime in config.TIME_LIST:
start_url = config.START_URL.format(start=start[3], end=end[3], datetime=datetime)
print(start[2] + ' to ' + end[2] + ' time: ' + datetime)
print(start_url)
tra.get_results(start_url,start,end,datetime)
time.sleep(1)
elif config.Calculation == True:
cal = calculation.Calculation()
cal.start()
def setUp(self):
self.cal = calculation.Calculation()