def createInputArray():
# create empty array's for each appliance, sum of water use and number of actors
input_array = MI.initialiseTimeseries(
24) # get the initialised array created in the MainInterface
# change the key name:
input_array["R"] = input_array.pop(
"RESIDENTIAL") #change key name from 'residential' to 'R'
input_array["C"] = input_array.pop(
"COMMERCIAL") # change key name from 'commercial' to 'C'
# add in an array for the total volume demand of a unit:
input_array["C"]["unit_sum"] = []
input_array["R"]["unit_sum"] = []
unit_types = ["R", "C"]
# append it with an array of 24 zero's (24hrs in a day)
for i in unit_types:
input_array[i]["unit_sum"] = []
for j in range(24):
input_array[i]["unit_sum"].append(0)
return input_array
def translate_execute():
str_input = input_sequence.get("1.0", "end-1c")
str_input = str_input.replace("\n", "")
str_input = str_input.replace(" ", "")
seq_array = MainInterface.quad_array(str_input)
output_sequence.configure(state="normal")
output_sequence.insert("end", DataTranslate.q2b_translation(seq_array))
output_sequence.configure(state="disabled")
def createInputArray():
# create empty array's for each appliance, sum of water use and number of actors
input_array = MI.initialiseTimeseries(24) # get the initialised array created in the MainInterface
# change the key name:
input_array["R"] = input_array.pop("RESIDENTIAL") #change key name from 'residential' to 'R'
input_array["C"] = input_array.pop("COMMERCIAL") # change key name from 'commercial' to 'C'
# add in an array for the total volume demand of a unit:
input_array["C"]["unit_sum"] = []
input_array["R"]["unit_sum"] = []
unit_types = ["R","C"]
# append it with an array of 24 zero's (24hrs in a day)
for i in unit_types:
input_array[i]["unit_sum"]=[]
for j in range(24):
input_array[i]["unit_sum"].append(0)
return input_array
__author__ = 'jbreman'
import MainInterface as MI
import C_UnitType as Unit
import C_ApplianceType as Appliance
demand_data = MI.run(1,1)
def createInputArray():
# create empty array's for each appliance, sum of water use and number of actors
input_array = MI.initialiseTimeseries(24) # get the initialised array created in the MainInterface
# change the key name:
input_array["R"] = input_array.pop("RESIDENTIAL") #change key name from 'residential' to 'R'
input_array["C"] = input_array.pop("COMMERCIAL") # change key name from 'commercial' to 'C'
# add in an array for the total volume demand of a unit:
input_array["C"]["unit_sum"] = []
input_array["R"]["unit_sum"] = []
unit_types = ["R","C"]
# append it with an array of 24 zero's (24hrs in a day)
for i in unit_types:
input_array[i]["unit_sum"]=[]
for j in range(24):
def on_pushButton_clicked(self):
dialog = MainInterface.MainInterface(self)
self.hide()
dialog.show()
def returnFirstInterface(self):
dialog = MainInterface.MainInterface(self)
self.hide()
dialog.show()
__author__ = 'jbreman'
import MainInterface as MI
import C_UnitType as Unit
import C_ApplianceType as Appliance
demand_data = MI.run(1, 1)
def createInputArray():
# create empty array's for each appliance, sum of water use and number of actors
input_array = MI.initialiseTimeseries(
24) # get the initialised array created in the MainInterface
# change the key name:
input_array["R"] = input_array.pop(
"RESIDENTIAL") #change key name from 'residential' to 'R'
input_array["C"] = input_array.pop(
"COMMERCIAL") # change key name from 'commercial' to 'C'
# add in an array for the total volume demand of a unit:
input_array["C"]["unit_sum"] = []
input_array["R"]["unit_sum"] = []
unit_types = ["R", "C"]
# append it with an array of 24 zero's (24hrs in a day)
for i in unit_types:
input_array[i]["unit_sum"] = []
#!/usr/bin/env python
import MainInterface
from MainInterface import MainInterface
""" launch wrapper for c3dec (Civil3D Export Corrector)
@author: Sean Johnson, maiome development <*****@*****.**>
@license: This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>. """
if __name__ == "__main__":
m_i = MainInterface()
m_i.mainloop()