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| # -*- coding: cp1252 -*-
import serial
from Tkinter import*
from math import*
from pylab import plot,axis,legend, show
from time import gmtime, strftime
from random import randrange
import threading
def seconde():
global tex6
if(fin==0):
threading.Timer(1.0, seconde).start()
tex6.config(text=strftime("%a, %d %b %Y\n%H:%M:%S", gmtime()))
###############################################################################
def liaison():
global tex2
global entree
global liste
global photoaff
global can3
global tex1
global entree1
global liste2
global thermoaff
global can
global tex3
global entree2
global liste3
global ventaff
global can2
global vit
global temp
global dire
ser = serial.Serial(0)
ser.baudrate = 4800
i=0
a=0
b=0
c=0
temp=[]
vit=[]
dire=[]
while (i<12):
tt = ser.read(1)
e=ord(tt)
if e==253:
d=ser.read(1)
temp1=ord(d)
temp.append(temp1)
if(temp1<=-10):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[0],90,96)
thermoaff=0
tex1.config(text=str(temp1)+u'°C')
if((temp1<=0) & (temp1>-10)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[1],90,96)
thermoaff=1
tex1.config(text=str(temp1)+u'°C')
if((temp1<=5) & (temp1>0)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[2],90,96)
thermoaff=2
tex1.config(text=str(temp1)+u'°C')
if((temp1<=15) & (temp1>5)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[3],90,96)
thermoaff=3
tex1.config(text=str(temp1)+u'°C')
if((temp1<=25) & (temp1>15)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[4],90,96)
thermoaff=4
tex1.config(text=str(temp1)+u'°C')
if((temp1<=35) & (temp1>25)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[5],90,96)
thermoaff=5
tex1.config(text=str(temp1)+u'°C')
if((temp1<=45) & (temp1>35)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[6],90,96)
thermoaff=6
tex1.config(text=str(temp1)+u'°C')
if((temp1<=55) & (temp1>45)):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[7],90,96)
thermoaff=7
tex1.config(text=str(temp1)+u'°C')
if(temp1>55):
can.coords(liste2[thermoaff],-990,96)
can.coords(liste2[8],90,96)
thermoaff=8
tex1.config(text=str(temp1)+u'°C')
a=a+1
print temp
if e==254:
d=ser.read(1)
vent1=ord(d)
vit.append(vent1)
if((vent1<=0) & (vent1>=5)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[1],90,96)
ventaff=1
tex3.config(text=str(vent1)+' km/h')
if((vent1<=19) & (vent1>5)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[2],90,96)
ventaff=2
tex3.config(text=str(vent1)+' km/h')
if((vent1<=38) & (vent1>19)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[3],90,96)
ventaff=3
tex3.config(text=str(vent1)+' km/h')
if((vent1<=50) & (vent1>38)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[4],90,96)
ventaff=4
tex3.config(text=str(vent1)+' km/h')
if((vent1<=74) & (vent1>50)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[5],90,96)
ventaff=5
tex3.config(text=str(vent1)+' km/h')
if((vent1<=88) & (vent1>74)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[6],90,96)
ventaff=6
tex3.config(text=str(vent1)+' km/h')
if((vent1<=102) & (vent1>88)):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[7],90,96)
ventaff=7
tex3.config(text=str(vent1)+' km/h')
if(vent1>102):
can2.coords(liste3[ventaff],-990,96)
can2.coords(liste3[8],90,96)
ventaff=8
tex3.config(text=str(vent1)+' km/h')
b=b+1
print vit
if e==255:
d=ser.read(1)
dir1=ord(d)
dire.append(dir1)
c=c+1
print dire
if(((dir1>=0) & (dir1<15)) | ((dir1>225) & (dir1<241))):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[1],90,96)
photoaff=1
tex2.config(text="NORD")
if((dir1<46) & (dir1>15)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[2],90,96)
photoaff=2
tex2.config(text="NORD EST")
if((dir1<76) & (dir1>45)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[3],90,96)
photoaff=3
tex2.config(text="EST")
if((dir1<106) & (dir1>75)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[4],90,96)
photoaff=4
tex2.config(text="SUD EST")
if((dir1<136) & (dir1>105)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[5],90,96)
photoaff=5
tex2.config(text="SUD")
if((dir1<166) & (dir1>135)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[6],90,96)
photoaff=6
tex2.config(text="SUD OUEST")
if((dir1<196) & (dir1>165)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[7],90,96)
photoaff=7
tex2.config(text="OUEST")
if((dir1<226) & (dir1>195)):
can3.coords(liste[photoaff],-990,96)
can3.coords(liste[8],90,96)
photoaff=8
tex2.config(text="NORD OUEST")
i=i+1
################################################################################
#################Fenêtre Convertisseur##########################################
################################################################################
def convertisseur():
def beaufort(event):
chaine1.configure(text=str(float(entr2.get())*0.54))
chaine2.configure(text=str(float(entr2.get())*0.15))
chaine3.configure(text=str(float(entr2.get())*0.28))
fenetre=Toplevel()
fenetre.title('Convertisseur du vent')
txt19=Label(fenetre,text='Convertisseur de la vitesse du vent',font=('Chiller',25))
txt11=Label(fenetre,text='km/h équivaut à ',font=('Chiller',20))
txt12=Label(fenetre,text='km/h équivaut à ',font=('Chiller',20))
txt13=Label(fenetre,text='km/h équivaut à ',font=('Chiller',20))
txt3=Label(fenetre,text='Noeuds',font=('Chiller',20))
txt4=Label(fenetre,text='Beauforts',font=('Chiller',20))
txt5=Label(fenetre,text='M/sec',font=('Chiller',20))
chaine1=Label(fenetre,text=' ',fg='navy',font=('Chiller',20))
#entr1=Entry(fenetre)
chaine2=Label(fenetre,text=' ',fg='navy',font=('Chiller',20))
entr2=Entry(fenetre,font=('Chiller',20))
chaine3=Label(fenetre,text=' ',fg='navy',font=('Chiller',20))
#entr3=Entry(fenetre)
#entr1.bind("<Return>",noeud)
entr2.bind("<Return>",beaufort)
#entr3.bind("<Return>",msec)
can1=Canvas(fenetre,width=432,height=288,bg='navy')
photo=PhotoImage(file='vagues.gif')
item=can1.create_image(216,144,image=photo)
b111=Button(fenetre,text='Quitter',fg='purple',font=('Chiller',15),command=fenetre.destroy)
txt19.grid(row=1,column=1,columnspan=4)
txt11.grid(row=2,column=2)
txt12.grid(row=3,column=2)
txt13.grid(row=4,column=2)
txt3.grid(row=2,column=4)
txt4.grid(row=3,column=4)
txt5.grid(row=4,column=4)
chaine1.grid(row=2,column=3)
chaine2.grid(row=3,column=3)
chaine3.grid(row=4,column=3)
can1.grid(row=5,column=1,columnspan=5)
#entr1.grid(row=2,column=1)
entr2.grid(row=3,column=1)
#entr3.grid(row=4,column=1)
b111.grid(row=1,column=5)
fenetre.mainloop()
#*******************************************************************************
def vitesse():
global vit
absc=[]
a=len(absc)
i=0
while(i<a):
absc.append(i)
i=i+1
print absc
plot(absc,vit, 'go-', mfc='b')
axis([-1, 4, -5, 150])
legend()
show()
def direction():
global dire
absc1=[]
a=len(absc1)
i=0
while(i<a):
absc1.append(i)
i=i+1
print absc1
plot(absc1,dire, 'go-', mfc='b')
axis([-1, r, -5, 250])
legend()
show()
def temperature():
global temp
absc2=[0,1,2,3]
a=len(absc2)
i=0
while(i<a):
absc2.append(i)
i=i+1
print absc2
plot(absc2,temp, 'go-', mfc='b')
axis([-1, r, -15, 60])
legend()
show()
#******************************************************************************
#******************************************************************************
#******************************************************************************
#initialisation des variables
vit=[]
temp=[]
dire=[]
fin=0
photoaff=0
thermoaff=0
ventaff=0
#fin d'initialisation
fen = Tk()
fen.title("Fenêtre Principale Station Météo")
fen.geometry("1280x1024")
f=Frame(fen,bd=2,relief=SOLID)
f.pack()
can = Canvas(f, width =180, height =192, bg ='white',bd=2,relief =SOLID)
can1 = Canvas(f,width=960,height=170, bg ='white',bd=2,relief=SOLID)
can2 = Canvas(f, width =180, height =192, bg ='white',bd=2,relief =SOLID)
can3 = Canvas(f, width =180, height =192, bg ='white',bd=2,relief =SOLID)
photo = PhotoImage(file ='cherbourg.gif')
item = can1.create_image(481, 86, image =photo)
photo3 = PhotoImage(file ='boussole.gif')
photo4 = PhotoImage(file ='N.gif')
photo5 = PhotoImage(file ='NE.gif')
photo6 = PhotoImage(file ='E.gif')
photo7 = PhotoImage(file ='SE.gif')
photo8 = PhotoImage(file ='S.gif')
photo9 = PhotoImage(file ='SO.gif')
photo10 = PhotoImage(file ='O.gif')
photo11 = PhotoImage(file ='NO.gif')
liste=[can3.create_image(90, 86, image =photo3),
can3.create_image(-990, 86, image =photo4),
can3.create_image(-990, 86, image =photo5),
can3.create_image(-990, 86, image =photo6),
can3.create_image(-990, 86, image =photo7),
can3.create_image(-990, 86, image =photo8),
can3.create_image(-990, 86, image =photo9),
can3.create_image(-990, 86, image =photo10),
can3.create_image(-990, 86, image =photo11)]
photo12 = PhotoImage(file ='vide.gif')
photo13 = PhotoImage(file ='negatif.gif')
photo14 = PhotoImage(file ='zero.gif')
photo15 = PhotoImage(file ='10.gif')
photo16 = PhotoImage(file ='20.gif')
photo17 = PhotoImage(file ='30.gif')
photo18 = PhotoImage(file ='40.gif')
photo19 = PhotoImage(file ='50.gif')
photo20 = PhotoImage(file ='maxi.gif')
liste2=[can.create_image(90, 86, image =photo12),
can.create_image(-990, 86, image =photo13),
can.create_image(-990, 86, image =photo14),
can.create_image(-990, 86, image =photo15),
can.create_image(-990, 86, image =photo16),
can.create_image(-990, 86, image =photo17),
can.create_image(-990, 86, image =photo18),
can.create_image(-990, 86, image =photo19),
can.create_image(-990, 86, image =photo20)]
photo21 = PhotoImage(file ='vent.gif')
photo22 = PhotoImage(file ='v1.gif')
photo23 = PhotoImage(file ='v2.gif')
photo24 = PhotoImage(file ='v3.gif')
photo25 = PhotoImage(file ='v4.gif')
photo26 = PhotoImage(file ='v5.gif')
photo27 = PhotoImage(file ='v6.gif')
photo28 = PhotoImage(file ='v7.gif')
photo29 = PhotoImage(file ='v8.gif')
liste3=[can2.create_image(90, 86, image =photo21),
can2.create_image(-990, 86, image =photo22),
can2.create_image(-990, 86, image =photo23),
can2.create_image(-990, 86, image =photo24),
can2.create_image(-990, 86, image =photo25),
can2.create_image(-990, 86, image =photo26),
can2.create_image(-990, 86, image =photo27),
can2.create_image(-990, 86, image =photo28),
can2.create_image(-990, 86, image =photo29)]
tex1=Label(f,text=' '+u'°C',font=('LCDmono ultra',20),fg='blue')
tex2=Label(f,text=' ',font=('LCDmono ultra',20),fg='blue')
tex3=Label(f,text=' '+'km/h',font=('LCDmono ultra',20),fg='blue')
tex4=Label(f,text='STATION METEO \n Bienvenue',font=('Verdana',30,'bold'),fg='blue',bd=2,relief=SOLID)
tex5=Label(f,text='Réalisé par \n E.THOMAS',font=('Verdana',10,'bold'),fg='blue',bd=1,relief=SOLID)
tex6=Label(f,text=strftime("%a, %d %b %Y \n %H:%M:%S", gmtime()),font=('Chiller',15))
b0=Button(f, text='Programme \n de \n Convertion',width=11,height=3,font=('Chiller',15),fg='black',command=convertisseur)
b2=Button(f, text='Graphique \n Vitesse \n Vent',font=('Chiller',15),fg='black',width=11,height=3,command=vitesse)
b3=Button(f, text='Graphique \n Direction \n Vent',font=('Chiller',15),fg='black',width=11,height=3,command=direction)
b4=Button(f, text='Graphique \n Température',font=('Chiller',15),fg='black',width=11,height=3,command=temperature)
b5=Button(f, text='Quitter',font=('Chiller',15),fg='red',width=11,height=1, command = fen.quit)
b6=Button(f, text=' Alarmes \n Réglages',font=('Chiller',15),fg='black',width=11,height=3,command=alarme)
b7=Button (f, text = 'Démarrer la \n liaison série',font=('Chiller',15),fg='black',command=liaison)
#*********************************************************************************************************
b0.grid(row=4,column=6)
b2.grid(row=4,column=3)
b3.grid(row=4,column=4)
b4.grid(row=4,column=2)
b5.grid(row=6,column=6)
b6.grid(row=3,column=6)
b7.grid(row=3,column=1)
can.grid(row=6,column=2)
can1.grid(row=2,column=1,columnspan=6,pady=20)
can2.grid(row=6,column=3)
can3.grid(row=6,column=4)
tex1.grid(row=5,column=2)
tex2.grid(row=5,column=4)
tex3.grid(row=5,column=3)
tex4.grid(row=1,column=2,columnspan=3,sticky=N)
tex5.grid(row=1,column=1,sticky=NW)
tex6.grid(row=1,column=6,sticky=NE)
seconde()
fen.mainloop()
fen.destroy()
ser.close()
fin=1 |
