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t1_updated.py
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t1_updated.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# t1_1.py
#
# Copyright 2021 Brian Arrington II <brianarringtonii@macbook-pro.lan>
#
# 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 2 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, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
# MA 02110-1301, USA.
#
#
import tkinter
import openpyxl
import threading
from tkinter import *
from tkinter import ttk
from tkinter import simpledialog
from tkinter import filedialog
import datetime
from datetime import datetime
from datetime import timedelta
from PIL import ImageTk,Image
import numpy as np
class CTCOFFICE:
def __init__(self):
#create Tab Window
self.U_A = 0
self.U_S = 0
self.U_Occ = 0
self.Options2=["Train 1","Train 2","Train 3","Train 4","Train 5","Train 6","Train 7","Train 8","Train 9","Train 10"]
self.master=Tk()
self.tabControl = ttk.Notebook(self.master)
tab1 = ttk.Frame(self.tabControl,width=700,height=400)
tab2 = ttk.Frame(self.tabControl,width=700,height=600)
tab3 = ttk.Frame(self.tabControl,width=700,height=400)
tab4 = ttk.Frame(self.tabControl,width=700,height=400)
self.tabControl.add(tab1, text ='TRAIN STATUS')
self.tabControl.add(tab2, text ='TRACK STATUS')
self.tabControl.add(tab3, text ='SCHEDULE')
self.tabControl.add(tab4, text ='DEBUG')
self.tabControl.pack(expand = 1, fill ="both")
self.GLOBAL_LINE=1;
self.end=0
self.dispatchBeacon = 0
#rename screen title
now = datetime.now()
date_time = now.strftime("%H:%M %p")
self.master.title("CTC OFFICE - "+date_time)
#----------------------- TAB1 ----------------------------
self.A=["50","22","STATION 1","STATION 5","200","100"]
self.B=["70","34","STATION 6","STATION 1","267","100"]
self.C=["60","75","STATION 12","STATION 1","291","100"]
self.Trains_current= [[0 for x in range (6)]for y in range (10)]
self.PAUSE_BEACON=0
self.NEW_DATA_BEACON=0
self.TID=10
#Set string variables for entry boxes
self.sp=StringVar(tab1)
self.aut= StringVar(tab1)
self.pos=StringVar(tab1)
self.des=StringVar(tab1)
self.occ=StringVar(tab1)
self.tp=StringVar(tab1)
self.tpred=StringVar(tab1)
#Create Entry boxes
self.E= tkinter.Entry(tab1,width=35,textvariable=self.sp,foreground='blue')
self.E.bind('<Button>',self.handle_click)
self.E.place(x=255,y=195)
self.E1= ttk.Entry(tab1,width=35,textvariable=self.aut,foreground='blue')
self.E1.bind('<Button>',self.handle_click);
self.E1.place(x=255,y=250);
self.E2= ttk.Entry(tab1,width=35,state=DISABLED,textvariable=self.pos,foreground='blue').place(x=255,y=305)
self.E3= ttk.Entry(tab1,width=35,state=DISABLED,textvariable=self.des,foreground='blue').place(x=255,y=360)
#self.E4= ttk.Entry(tab1,width=35,state=DISABLED,textvariable=self.occ,foreground='blue').place(x=255,y=415)
self.E5= ttk.Entry(tab1,width=35,state=DISABLED,textvariable=self.tp,foreground='green').place(x=160,y=495)
self.E5= ttk.Entry(tab1,width=35,state=DISABLED,textvariable=self.tpred,foreground='red').place(x=160,y=445)
#Create Option Menu
self.Options = ["--Select--","TRAIN 1","TRAIN 2","TRAIN 3","TRAIN 4","TRAIN 5","TRAIN 6","TRAIN 7","TRAIN 8","TRAIN 9","TRAIN 10"]
self.tkvarq = StringVar(tab1)
self.tkvarq.set(self.Options[0])
self.o=ttk.OptionMenu(tab1, self.tkvarq, *self.Options)
self.o.config(width=33)
self.o.place(x=246,y=130)
#Create Labels + Logout Button
self.B1 = ttk.Button(tab1, text="Logout", width=8,command=self.OUT).place(x=580,y=550)
self.Bnew = ttk.Button(tab1, text="Update", width=8,command =self.Update_SA).place(x=480,y=495)
self.B2 = ttk.Button(tab1, text="GO ->", width=4,command=self.GO).place(x=586,y=130)
self.B3 = ttk.Label(tab1, text="TRAIN STATUS",font=('Helvetica',19,'bold'),foreground='blue').place(x=35,y=65)
self.B4 = ttk.Label(tab1, text="SPEED (Mph)").place(x=135,y=195)
self.B5 = ttk.Label(tab1, text="AUTHORITY").place(x=135,y=250)
self.B6 = ttk.Label(tab1, text="POSITION").place(x=135,y=305)
self.B7 = ttk.Label(tab1, text="DESTINATION").place(x=135,y=360)
#self.B8 = ttk.Label(tab1, text="OCCUPANCY").place(x=135,y=415)
self.B9 = ttk.Label(tab1, text="TPG",font=('Helvetica',12,'bold')).place(x=35,y=500)
self.Thru2 = ttk.Label(tab1, text="TPR",font=('Helvetica',12,'bold')).place(x=35,y=450)
#----------------------- TAB 2 ----------------------------
#Create Variables
self.switches= list()
self.MM=IntVar(tab2)
self.closure= StringVar(tab2)
self.im = Image.open("Track.png")
self.im= self.im.resize((275,350),Image.ANTIALIAS)
self.img = ImageTk.PhotoImage(self.im)
self.MM_BEACON=0
self.REMOVE_CLOSURE_BEACON=0
self.CLOSURE_BEACON=0
self.TOGGLE_BEACON = 0
#Create Labels + ListBoxes + Buttons
self.V1 =ttk.Label(tab2, text="TRACK STATUS",font=('Helvetica',19,'bold'),foreground='blue').place(x=35,y=65)
self.V2 =ttk.Label(tab2, text="TRACK SECTION").place(x=51,y=180)
self.V3 =ttk.Label(tab2, text="SWITCHES").place(x=232,y=180)
self.l6= Listbox(tab2,height=12,width=17)
self.l6.place(x=35,y=215)
self.l7= Listbox(tab2,height=12,width=10)
self.l7.place(x=220,y=215)
self.l8= ttk.Label(tab2,image=self.img)
self.l8.place(x=370,y=100)
self.E17=Entry(tab2,width=15,relief=FLAT,textvariable=self.closure)
self.E17.place(x=35,y=435)
self.V4= ttk.Button(tab2, text="Upload", width=8,command=self.PIC_UPDATE).place(x=470,y=475)
self.V5 =ttk.Button(tab2, text="Logout", width=8,command=self.OUT).place(x=580,y=550)
self.plus = ttk.Button(tab2, text="+", width=3,state=DISABLED,command=self.AddC)
self.plus.place(x=35,y=475)
self.minus= ttk.Button(tab2, text="-", width=3,state=DISABLED,command=self.CancelC)
self.minus.place(x=98,y=475)
self.togg= ttk.Button(tab2, text="Toggle",state=DISABLED,command=self.TOGGLE, width=6)
self.togg.place(x=225,y=475)
self.r2= Checkbutton(tab2, text="MAINTINENCE MODE",bg='grey',relief=FLAT,variable=self.MM,command=self.Mode)
self.r2.place(x=35,y=120)
#----------------------- TAB 3 ----------------------------
#Create Variables V6
self.T= StringVar(tab3)
self.D= StringVar(tab3)
self.ti=StringVar(tab3)
self.s=StringVar(tab3)
self.a=StringVar(tab3)
self.autodisp= IntVar(tab3)
self.routes=[]
self.sections=list()
self.track_blocks=list()
self.line_used=list()
self.CurrentTravel= []
self.CurrentTravel_line_speed=[]
self.SentRouteBlocks=list()
self.SentRouteSections=list()
self.SentRouteLines=list()
self.SentSuggestedSpeed= []
self.SentSuggestedAuth=[]
#Create Entries + Listboxes + Buttons
self.E6 = Entry(tab3,width=6,textvariable=self.T,relief=FLAT).place(x=37,y=440)
self.E7 = Entry(tab3,width=30,textvariable=self.D,relief=FLAT).place(x=119,y=440)
self.E8 = Entry(tab3,width=6,textvariable=self.ti,relief=FLAT).place(x=415,y=440)
self.E9 = Entry(tab3,width=6,textvariable=self.s,relief=FLAT).place(x=495,y=440)
self.E10 = Entry(tab3,width=6,textvariable=self.a,relief=FLAT).place(x=576,y=440)
self.V6 = ttk.Button(tab3, text="Upload", width=8,command=self.UPLOAD_SCHEDULE).place(x=180,y=495)
self.V7 = ttk.Button(tab3, text="+", width=3,command=self.Add).place(x=30,y=495)
self.V8 = ttk.Button(tab3, text="-", width=3,command= self.Remove).place(x=100,y=495)
self.disp= ttk.Button(tab3, text="Dispatch",command=self.GetDispatchInfo, width=12)
self.disp.place(x=245,y=550)
self.V9 = ttk.Button(tab3, text="Logout",width=8,command=self.OUT).place(x=580,y=550)
self.V10 =ttk.Label(tab3, text="SCHEDULE",font=('Helvetica',19,'bold'),foreground='blue').place(x=35,y=60)
self.V11 =ttk.Label(tab3, text="TRAIN").place(x=45,y=180)
self.V12 =ttk.Label(tab3, text=" ROUTE").place(x=195,y=180)
self.V13 =ttk.Label(tab3, text=" ARRIVE").place(x=410,y=180)
self.V14 =ttk.Label(tab3, text="SPEED(Km/Hr)").place(x=488,y=180)
self.V15 =ttk.Label(tab3, text="AUTH.(m)").place(x=580,y=180)
self.l= Listbox(tab3,height=12,width= 8)
self.l.place(x=35,y=215)
self.l2= Listbox(tab3,height=12,width=32)
self.l2.place(x=115.5,y=215)
self.l3= Listbox(tab3,height=12,width=8)
self.l3.place(x=413,y=215)
self.l4= Listbox(tab3,height=12,width=8)
self.l4.place(x=493,y=215)
self.l5= Listbox(tab3,height=12,width=8)
self.l5.place(x=573,y=215)
self.r= Checkbutton(tab3, text="AUTO-DISPATCH",bg='grey',relief=FLAT,variable=self.autodisp,command= self.Auto)
self.r.place(x=35,y=120)
#----------------------- TAB 4 ---------------------------- V16
#CREATE GUI FOR DEBUGGING
self.V16 = ttk.Label(tab4, text="DEBUG",font=('Helvetica',19,'bold')).place(x=35,y=60)
self.V17 = ttk.Label(tab4, text="TRACK DEBUG",font=('Helvetica',16,'bold')).place(x=35,y=375)
self.E11=ttk.Entry(tab4,width=15)
self.E11.place(x=85,y=100)
self.E12=ttk.Entry(tab4,width=15)
self.E12.place(x=85,y=140)
self.E13=ttk.Entry(tab4,width=15)
self.E13.place(x=85,y=180)
self.E14=ttk.Entry(tab4,width=15)
self.E14.place(x=85,y=220)
self.E15=ttk.Entry(tab4,width=15)
self.E15.place(x=85,y=260)
self.E16=ttk.Entry(tab4,width=15)
self.E16.place(x=85,y=300)
self.V18 = ttk.Label(tab4, text="SPEED").place(x=35,y=100)
self.V19 = ttk.Label(tab4, text="AUTH").place(x=35,y=140)
self.V20 = ttk.Label(tab4, text="POS").place(x=35,y=180)
self.V21 = ttk.Label(tab4, text="DES").place(x=35,y=220)
self.V22 = ttk.Label(tab4, text="OCC").place(x=35,y=260)
self.V23 = ttk.Label(tab4, text="THPT").place(x=35,y=300)
self.Options2 = ["--Select--","TRAIN A","TRAIN B","TRAIN C"]
self.tkvarq2 = StringVar(tab4)
self.tkvarq2.set(self.Options2[0])
self.o2=ttk.OptionMenu(tab4, self.tkvarq2, *self.Options2)
self.o2.config(width=20)
self.o2.place(x=85,y=340)
self.V24 = ttk.Button(tab4, text="GO ->",command=self.DEBUGGER).place(x=310,y=340)
self.V25 = ttk.Button(tab4, text="GO ->",command=self.UPDATE).place(x=35,y=500)
self.V26 =ttk.Label(tab4, text="CLOSED SECTIONS: ").place(x=35,y=415)
self.V27 = ttk.Label(tab4, text="SWITCH STATES: ").place(x=35,y=460)
self.CS =ttk.Label(tab4, text="")
self.CS.place(x=200,y=415)
self.SS=ttk.Label(tab4, text="")
self.SS.place(x=200,y=460)
def SHOW(self):
self.master.mainloop()
def getTC(self,TC):
self.TrainControl=TC;
#TAB 1 FUNCTIONS
#need to create function that sends signal to grant to stop updating when user is typing,the updated info needs to be sent to Grant to update
def handle_click(self,event):
self.PAUSE_BEACON= 1;
def Update_SA(self):
self.PAUSE_BEACON=0;
self.NEW_DATA_BEACON=1;
self.U_S=int(self.sp.get());
self.U_A=int(self.aut.get());
self.U_Occ=self.Trains_current[self.Options.index(self.tkvarq.get())-1][2];
def LOWER_DATA_BEACON(self):
self.NEW_DATA_BEACON=0;
def GO(self):
#print("GO")
delete_later=list()
row_indexer=["Train 1","Train 2","Train 3","Train 4","Train 5","Train 6","Train 7","Train 8","Train 9","Train 10"]
for i in range(0,len(self.CurrentTravel)):
#if length of current travel is 0 set array to 0 and break
temp=self.CurrentTravel[i]
write_row=0
indexing=i*2
temp2=self.CurrentTravel_line_speed[indexing]
temp3=self.CurrentTravel_line_speed[indexing+1]
#Determine if train is on red line or green line load the correct Occupancy and Authority
if(temp2==1):
#print("GREEN LINE FUNCTION")
self.GLOBAL_LINE=1;
BlockOccupancy=self.TrainControl.getGreenBlockOccpancies()
#print(BlockOccupancy)
#print("0")
#print("GREEN LINE AUTHORITY")
BlockAuthority=self.TrainControl.getGreenAuth() #TEST VALUES WAITING FOR GRANT TO IMPLEMENT
#print("CALL THROUGHPUT FUNCTIONS")
Throughput=self.TrainControl.getGreenTickets()
Throughput_red=self.TrainControl.getRedTickets()
else:
#print("RED LINE FUNCTION")
self.GLOBAL_LINE=0;
BlockOccupancy=self.TrainControl.getRedBlockOcc()
#print("RED LINE AUTHORITY")
BlockAuthority=[0,0,0,0,0,0,0,0,0,0] #TEST VALUES WAITING FOR GRANT TO IMPLEMENT
#print("CALL THROUGHPUT FUNCTIONS")
Throughput=self.TrainControl.getGreenTickets() #TEST VALUES
Throughput_red=self.TrainControl.getRedTickets() #TEST VALUES
#get Train ID
for y in range(0,len(row_indexer)):
if(temp[len(temp)-1] == row_indexer[i]):
write_row=i
#get the route and store the value of each block as an int
path=[]
for m in range(0,len(temp)-1):
path.append(int(temp[m]))
#Gon through the track look for occupancy, if found see if the occupancy is along the route of the current train
for z in range(0,len(BlockOccupancy)):
if(BlockOccupancy[z]==1 and z+1 in path):
if(BlockAuthority[z]== 0):
self.Trains_current[write_row][0]= 0
else:
self.Trains_current[write_row][0]= temp3
self.Trains_current[write_row][1]= BlockAuthority[z]
self.Trains_current[write_row][2]= z+1 #BLOCK #
self.Trains_current[write_row][3]= temp[len(temp)-2] #destination block
self.Trains_current[write_row][4]= str(Throughput)
self.Trains_current[write_row][5]= str(Throughput_red)
if(z+1==int(path[len(path) -1])):
#print("Delet later")
delete_later.append(i)
#remove items that have reached their destination
#for q in range(0,len(delete_later)):
#del self.CurrentTravel[delete_later[q]]
if(self.PAUSE_BEACON==0):
self.Disp();
#Check for AUTODISPATCH
if(self.autodisp.get()==1):
self.Auto();
return
def Disp(self):
for i in range (0,len(self.Options)):
if(self.tkvarq.get()==self.Options[i] and self.tkvarq.get!="--Select--"):
self.sp.set(self.Trains_current[i-1][0])
self.aut.set(self.Trains_current[i-1][1])
self.pos.set(self.Trains_current[i-1][2])
self.des.set(self.Trains_current[i-1][3])
self.tp.set(str(self.TrainControl.getGreenTickets()))
self.tpred.set(str(self.TrainControl.getRedTickets()))
#TAB 2 FUNCTIONS
def Mode(self):
if(self.MM.get()==0):
self.plus.config(state=DISABLED)
self.minus.config(state=DISABLED)
self.togg.config(state=DISABLED)
self.MM_BEACON=0
else:
self.plus.config(state=NORMAL)
self.minus.config(state=NORMAL)
self.togg.config(state=NORMAL)
self.MM_BEACON=1
return
def AddC(self):
#need to convert this info to binary and send to Grant
self.CLOSURE_BEACON=1
t=self.l6.get(0,"end")
test=self.list_to_string(self.closure)
if((self.closure.get() in t) or test==""):
return
else:
self.l6.insert(self.l6.size()+1,self.closure.get())
temp=self.closure.get()
parsed=temp.split(" - ")
if("Green" in parsed[0].strip()):
self.CLOSURE_LINE=1
else:
self.CLOSURE_LINE=0
self.CLOSURE_BLOCK= int(parsed[1])
self.closure.set("")
return
def CancelC(self):
x=self.l6.curselection()
if(x != tuple()):
temp= self.l6.get(x);
parse= temp.split(" - ");
self.REMOVE_CLOSURE_BEACON=1
if("Green" in parse[0]):
self.REMOVE_CLOSURE_LINE=1;
else:
self.REMOVE_CLOSURE_LINE=0;
self.REMOVE_CLOSURE_BLOCK=int(parse[1]);
self.l6.delete(x)
return
def LOWER_CLOSURE_BEACON(self):
self.CLOSURE_BEACON=0
def LOWER_REMOVE_CLOSURE_BEACON(self):
self.REMOVE_CLOSURE_BEACON=0
def TOGGLE(self):
#send a signal to grant
x=self.l7.curselection()
if(x !=tuple() and len(self.switches)>0):
self.TOGGLE_BEACON=1
self.TOGGLE_INDEX= x[0]
if(self.switches[x[0]] == 0):
self.switches[x[0]]=1
else:
self.switches[x[0]]=0
import os
title= "TRACK UPDATE"
x=self.l7.curselection()
if(len(self.switches)>0):
message="SWITCH IS "+str(self.switches[x[0]])
#replace this and other instance with python notificaions
command = f'''
osascript -e 'display notification "{message}" with title "{title}"'
'''
os.system(command)
return
def LOWER_TOGGLE_BEACON(self):
self.TOGGLE_BEACON=0
def list_to_string(self,s):
z=list(s.get())
for b in range(0,len(z)):
if(z[b]==' '):
z[b]=''
ingo= ''.join(map(str,z))
return ingo
def PIC_UPDATE(self):
loc= filedialog.askopenfilename()
self.im2 = Image.open(loc)
self.im2= self.im2.resize((275,350),Image.ANTIALIAS)
self.img2 = ImageTk.PhotoImage(self.im2)
self.l8.config(image=self.img2)
#TAB 3 FUNCTIONS
def Remove(self):
x=self.l.curselection()
del self.routes[0]
if(x !=tuple()):
self.l.delete(x)
self.l2.delete(x)
self.l3.delete(x)
self.l4.delete(x)
self.l5.delete(x)
return
def Add(self):
check=[self.T,self.D,self.ti,self.a,self.s]
for u in range(0,len(check)):
temp=self.list_to_string(check[u])
if(temp==""):
return
x=self.l.curselection()
if(x==tuple()):
x=self.l.size()+1
self.l.insert(x,self.T.get())
self.l2.insert(x,self.D.get())
self.l3.insert(x,self.ti.get())
self.l4.insert(x,self.s.get())
self.l5.insert(x,self.a.get())
#get the stations
given=self.D.get()
stations=given.split("->");
#print("STAIONS ARE :"+ str(stations))
#get the train
given=self.T.get()
Tr_ID=given.split(" ");
ID= Tr_ID[1]
begin_adding=0
generated_route=[]
generated_line_speed=[]
speed_added=0
for i in range (2,self.sc_rows):
if(self.sc2.cell(i,7).value is not None and stations[0].strip() in self.sc2.cell(i,7).value):
begin_adding=1;
if(begin_adding==1):
generated_route.append(self.sc2.cell(i,3).value)
if(self.sc2.cell(i,1).value=="Green"):
generated_line_speed.append(1);
else:
generated_line_speed.append(0);
if(speed_added==0):
generated_line_speed.append(self.sc2.cell(i,6).value);
speed_added=1;
if(self.sc2.cell(i,7).value is not None and stations[1].strip() in self.sc2.cell(i,7).value):
begin_adding=0;
#if the number in the speed place is greater than 0 and below the speed limit for first block on route
if(int(self.s.get()) <= generated_line_speed[0] and int(self.s.get())>0):
self.routes.append(generated_route);
#print("GENERATED ROUTE IS: "+str(generated_route))
self.T.set("")
self.D.set("")
self.ti.set("")
self.a.set("")
self.s.set("")
return
def Auto(self):
if(self.autodisp.get()==1):
#look at position of train at top of schedule if it reaches that block wait some time then dispatch it
self.disp.config(state=DISABLED)
temp=self.l2.get(0);
parse= temp.split("->");
start= parse[0].strip();
start_block= -1;
ID=self.l.get(0);
for i in range (2,self.sc_rows):
if(start in str(self.sc2.cell(i,7).value)):
start_block=int(self.sc2.cell(i,3).value);
break;
t = ID.split(" ")
Curr_block= self.Trains_current[int(t[1]) - 1][2];
if(Curr_block==start_block):
self.GetDispatchInfo();
else:
self.disp.config(state=NORMAL)
return
def UPLOAD_SCHEDULE(self):
#loc= "schedule.xlsx"
loc= filedialog.askopenfilename()
wb = openpyxl.load_workbook(loc)
sc= wb.active
self.sc2=sc;
rows= sc.max_row
cols= sc.max_column
self.sc_rows=rows;
self.sc_cols=cols;
recieved_Time=list()
recieved_Route=list()
recieved_AUTH=list()
Train_Num=list()
S_perBlock= list()
S_real=list()
Block_route= list()
c=0
T=list()
holder=list()
D=list()
far=list()
count=0
meters_sep=0
for i in range (2,rows):
if(sc.cell(i,32).value is not None and sc.cell(i,7).value is not None):
S_perBlock.append(sc.cell(i,6).value)
Block_route.append(sc.cell(i,3).value)
self.track_blocks.append(sc.cell(i,3).value);
if(count>0):
far.append(count+1)
meters_sep=0
count=0
slowest=S_perBlock[0]
for t in range (0,len(S_perBlock)):
if(slowest>S_perBlock[t]):
slowest=S_perBlock[t]
S_real.append(slowest)
S_perBlock.clear()
print(Block_route)
self.routes.append(np.array(Block_route))
t1 = Block_route.pop()
Block_route.clear()
Block_route.append(t1)
holder.append(sc.cell(i,32).value)
temp2=str(sc.cell(i,7).value)
self.line_used.append(sc.cell(i,1).value)
self.sections.append(sc.cell(i,2).value)
D.append(temp2.strip())
Train_Num.append("Train 1")
if(sc.cell(i,32).value is None):
count=count+1
if(sc.cell(i,4).value is not None):
meters_sep= meters_sep+int(sc.cell(i,4).value)
Block_route.append(sc.cell(i,3).value)
self.track_blocks.append(sc.cell(i,3).value);
#print (sc.cell(i,4).value)
self.sections.append(sc.cell(i,2).value)
self.line_used.append(sc.cell(i,1).value)
S_perBlock.append(sc.cell(i,6).value)
now=datetime.now()
del holder[0]
del Train_Num[0]
initial=0
stop=len(D)-1
holdval= S_real
for i in range (2,11):
if(i>2):
initial=checkpoint
checkpoint= len(holder)
S_real=S_real+holdval
#calculate all of the time value
for z in range(initial,checkpoint):
Train_Num.append("Train "+str(i))
holder.append((datetime.combine(now.date(),holder[z])+timedelta(minutes=sc.cell(1,43).value.minute, hours=sc.cell(1,43).value.hour)).time())
#ONLY UPLOAD SCHEDULE FOR 1 TRAIN
'''for i in range (0,len(D)-1):
recieved_Route.append(str(D[i])+" -> "+str(D[i+1]))
recieved_AUTH= recieved_AUTH+far'''
for i in range (0,10):
for i in range (0,len(D)-1):
recieved_Route.append(str(D[i])+" -> "+str(D[i+1]))
recieved_AUTH= recieved_AUTH+far
#repeat the block # routes for all trains
rep_len= len(self.routes)
for i in range (0,9):
for z in range(0,rep_len):
self.routes.append(self.routes[z])
#SORTING BY TIME
for i in range (0,len(holder)):
for z in range (0,len(holder)-1):
if(holder[z]>holder[z+1]):
switch=holder[z+1]
holder[z+1]=holder[z]
holder[z]=switch
switch=recieved_Route[z+1]
recieved_Route[z+1]=recieved_Route[z]
recieved_Route[z]= switch
switch=recieved_AUTH[z+1]
recieved_AUTH[z+1]=recieved_AUTH[z]
recieved_AUTH[z]= switch
switch= Train_Num[z+1]
Train_Num[z+1]=Train_Num[z]
Train_Num[z]=switch
switch= S_real[z+1]
S_real[z+1]= S_real[z]
S_real[z]=switch
switch= self.routes[z+1]
self.routes[z+1]=self.routes[z]
self.routes[z]= switch
for i in range (0,len(holder)):
temp=str(holder[i])
T.append(temp[-8:-3])
#UPDATE SCHEDULE LIST BOXES
self.l.delete(0,END)
self.l2.delete(0,END)
self.l3.delete(0,END)
self.l4.delete(0,END)
self.l5.delete(0,END)
for i in range (0,len(Train_Num)):
self.l.insert(i,Train_Num[i])
self.l2.insert(i,recieved_Route[i])
self.l3.insert(i,T[i])
self.l5.insert(i,recieved_AUTH[i])
self.l4.insert(i,S_real[i])
#UPDATE TRACK MODEL
Track_Switches= list()
for i in range (2,rows):
if("SWITCH" in str(sc.cell(i,7).value).upper()):
Track_Switches.append(str(sc.cell(i,2).value)+str(sc.cell(i,3).value)+"-"+str(sc.cell(i,1).value))
self.l7.delete(0,END)
self.l6.delete(0,END)
self.switches.clear()
for i in range (0,len(Track_Switches)):
self.l7.insert(i,Track_Switches[i])
self.switches.insert(i,0)
#USER FEEDBACK
import os
title= "SYSTEM UPDATE"
x=self.l7.curselection()
message="SCHEDULE AND TRACK MODEL SUCCESSFULLY UPDATED"
command = f'''
osascript -e 'display notification "{message}" with title "{title}"'
'''
os.system(command)
def GetDispatchInfo(self):
#for sections A=0, B=1, ......
#for lines Green=1, red =0
#L1= route block #, L2= section of track, L3=line
#make all lists + speed+ auth as inputs to the function
self.SentRouteBlocks.clear()
self.SentRouteSections.clear()
self.SentRouteLines.clear()
self.SentSuggestedSpeed.clear()
self.SentSuggestedAuth.clear()
self.dispatchBeacon = 1
if(len(self.routes)>0):
temp = self.routes[0]
for i in range(0,len(self.routes[0])):
self.SentRouteBlocks.append(format(temp[i],"08b"))
calc= self.track_blocks.index(temp[i])
#print("CALC IS : "+str(calc));
self.SentRouteSections.append(format((ord(self.sections[calc]))-65,"08b"))
if(str(self.line_used[calc])=="Green"):
self.SentRouteLines.append(1)
else:
self.SentRouteLines.append(0)
#Make sure to verify with all routes
for i in range(0,int(self.l5.get(0))):
self.SentSuggestedSpeed.append(format(int(self.l4.get(0)),"08b"))
self.SentSuggestedAuth.append(format(int(self.l5.get(0))-i,"08b"))
self.SentSuggestedAuth.append(format(0,"08b"))
self.SentSuggestedSpeed.append(format(int(self.l4.get(0)),"08b"))
#print(self.SentRouteSections)
#print(self.SentRouteLines)
#print(self.SentSuggestedSpeed)
#print(self.SentSuggestedAuth)
print(self.SentRouteBlocks)
temp_list= self.routes[0]
temp_list= np.append(temp_list,self.l.get(0))
self.CurrentTravel.append(temp_list)
self.CurrentTravel_line_speed.append(self.SentRouteLines[0])
self.CurrentTravel_line_speed.append(int(self.l4.get(0)))
temp = self.l.get(0).split(" ")
self.TID=int(temp[1])-1
self.Remove()
return
def lowerDispatchBeacon(self):
self.dispatchBeacon = 0
#TAB 4 FUNCTIONS
def DEBUGGER(self):
if(self.tkvarq2.get()=="TRAIN A"):
self.A[0]=self.E11.get()
self.A[1]=self.E12.get()
self.A[2]=self.E13.get()
self.A[3]=self.E14.get()
self.A[4]=self.E15.get()
self.A[5]=self.E16.get()
if(self.tkvarq2.get()=="TRAIN B"):
self.B[0]=self.E11.get()
self.B[1]=self.E12.get()
self.B[2]=self.E13.get()
self.B[3]=self.E14.get()
self.B[4]=self.E15.get()
self.B[5]=self.E16.get()
if(self.tkvarq2.get()=="TRAIN C"):
self.C[0]=self.E11.get()
self.C[1]=self.E12.get()
self.C[2]=self.E13.get()
self.C[3]=self.E14.get()
self.C[4]=self.E15.get()
self.C[5]=self.E16.get()
return
def UPDATE(self):
self.CS.config(text=self.l6.get(0,"end"))
self.SS.config(text=self.switches)
return
def OUT(self):
self.end=1
for item in self.tabControl.winfo_children():
item.destroy()
return
#Make all modules take in a master value for their display window,
#in the main make a root TK() then create windows, send the windows to the modules
def main(args):
master=Tk()
c= CTCOFFICE(master)
master.mainloop()
if __name__ == '__main__':
import sys
sys.exit(main(sys.argv))