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| from Tkinter import*
import os
#import urllib2, httplib
#import win32clipboard as w
#import Win32con
from tkFileDialog import askopenfilename
class MenuBar(Frame):
def __init__(self, boss):
Frame.__init__(self, borderwidth=2)
#menu #
fileMenu = Menubutton(self , text = 'File')
fileMenu.pack(side=LEFT)
self.edit = Menubutton(self , text='Edit')
self.edit.pack(side=LEFT,padx='4')
self.execute = Menubutton(self , text = 'Execute')
self.execute.pack(side=LEFT,padx='4')
self.help = Menubutton(self , text = 'Help')
self.help.pack(side=LEFT,padx='4')
#edit = Menubutton(self , text='Edit')
#self.edit.pack(side=LEFT,padx='3')
#execute = Menubutton(self , text = 'Execute')
#self.execute.pack(side=LEFT,padx='3')
#help = Menubutton(self , text = 'Help')
#self.help.pack(side=LEFT,padx='4')
#partie deroulante
me1= Menu(fileMenu)
me1.add_command(label ='New', underline =0,command = boss.nouveau)
me1.add_command(label ='Open', underline =0, command = boss.ouvrir)
me1.add_command(label ='Test', underline =0, command = boss.test)
me1.add_command(label ='Save', underline =0,command = boss.save)
me1=Menu(self.edit)
me1.add_command(label='Copy', underline =0, command = boss.copier)
me1.add_command(label='Paste', underline =0, command = boss.coller)
#me2.add_command(label='Cancel',underline=0,command=boss.annuler)
#me2.add_command(label='restor',underline=0,command=boss.retablir)
#m2.add_command(label='Selection', underline =0, command = boss.selectionner)
me1= Menu(self.execute)
me1.add_command(label='Run', underline =0, command = boss.save)
me1=Menu(self.help)
me1.add_command(label='Online documentation' , underline =0, command = boss.doc)
fileMenu.configure(menu = me1)
self.edit.configure(menu=me1)
self.execute.configure(menu=me1)
self.help.configure(menu=me1)
#creation des champs d'entree
self.lab=Label(self, text='Proj',fg='red',font=('Comic Sans MS',11))
self.lab.pack(padx=1,pady=1)
self.E_1=Entry(self, textvariable=boss.fichname)
self.E_1.pack(pady=1)
self.lab=Label(self, text='Output',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=2,pady=2)
self.E_2=Entry(self, textvariable=boss.output1)
self.E_2.pack(pady=2)
self.lab=Label(self, text='Plot',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=3,pady=3)
self.E_3=Entry(self, textvariable=boss.plot1)
self.E_3.pack(pady=3)
self.lab=Label(self, text='Intpar',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=4,pady=5)
self.E_4=Entry(self, textvariable=boss.intpar1)
self.E_4.pack(pady=4)
self.lab=Label(self, text='Doublepar',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=5,pady=6)
self.E_5=Entry(self, textvariable=boss.doublepar1)
self.E_5.pack(pady=5)
self.lab=Label(self, text='ComplexparRe',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=6,pady=7)
self.E_6=Entry(self, textvariable=boss.complexpar1)
self.E_6.pack(pady=6)
self.lab=Label(self, text='ComplexparIm',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=7,pady=8)
self.E_7=Entry(self, textvariable=boss.complexpar2)
self.E_7.pack(pady=7)
self.lab=Label(self, text='Meshfile',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=9,pady=10)
self.E_8=Entry(self, textvariable=boss.meshfile1)
self.E_8.pack(pady=7)
self.lab=Label(self, text='Auxfile',fg='red', font=('Comic Sans MS',11))
self.lab.pack(padx=9,pady=10)
self.E_9=Entry(self, textvariable=boss.auxfile1)
self.E_9.pack(pady=9)
#creation des boutons
self.bou1=Button(self, text='Run',command=boss.save)
self.bou1.pack(side=LEFT,padx='20',pady='20')
self.bou2=Button(self, text='Fill',command=boss.ouvrir)
self.bou2.pack(side=LEFT,padx='25',pady='25')
self.bou3=Button(self, text='Close', command = boss.destroy)
self.bou3.pack(side=LEFT,padx='30',pady='30')
class Application(Frame):
def __init__(self, boss =None):
Frame.__init__(self,)
self.master.title('Resolution of EC2D')
#self.text_defaut="aucun fichier ouvert!"
#self.lab_fichier = Label(self)
#self.lab_fichier.pack(padx=5, pady=5)
self.fichname = StringVar()
self.output1=StringVar()
self.plot1=StringVar()
self.intpar1=StringVar()
self.doublepar1=StringVar()
self.complexpar1=StringVar()
self.complexpar2=StringVar()
self.meshfile1=StringVar()
self.auxfile1=StringVar()
self.mBar = MenuBar(self)
self.mBar.pack()
self.can = Text(self,state=DISABLED,height=2,fg='black');
self.can.pack()
self.pack()
#def ouvrir(self):
#name = askopenfilenames(filetypes = [("All", "*"),("ofeli","*.m;*.dat;*.c;*.txt")])
# si l'utilisateur a bien selectionner un fichier
#if name:
#try:
#fichier = open(name, "r")
#fichier = open(name1,"r")
#self.meshfile1.set(name)
#self.auxfile1.set(name1)
#except IOError:
#text1=Label(self, text='Error, this file can not be opened!', fg='red')
#lab_fichier.config(text= "Error,this file can not be opened !")
#print "Error, this file can not be opened!"
#else:
#text2=Label(self, text=' this file can be opened!', fg='red')
#lab_fichier.config(text= " This file can be opened")
#print "this file can be opened!!"
#fichier.close()
# si l'utilisateur à cliquer sur annuler
#else:
#lab_fichier.config(text="no file selected")
#print "no file selected"
def ouvrir(self):
name = askopenfilename(filetypes = [("all","*"),("ofeli","*.dat")])
if name:
try:
fichier = open(name,"r")
except IOError:
self.message("Error this file can not be opened\n")
else:
#obtenir le contenu du fichier sous forme d'une liste de lignes
L=fichier.readlines()
#on ferme le fichier
fichier.close()
#print L
#print
#on retir les caracters de fin de ligne'\r' et/ou '\n'
L=[x.rstrip('\r\n') for x in L]
#print L
#print
#on transforme chaque ligne en sous -liste[clé, valeur]
L=[x.split() for x in L]
#print L
#print
#elimine la premiere et derniere ligne
L=L[1:-1]
#print L
#print
#elimine les lignes de commentaires
L=[x for x in L if x[0]!="#"]
print L
a= L[0][1]
self.fichname.set(a)
b=L[1][1]
self.output1.set(b)
c=L[2][1]
self.plot1.set(c)
d=L[3][1]
self.intpar1.set(d)
e=L[4][1]
self.doublepar1.set(e)
f=L[5][1]
self.complexpar1.set(f)
i=L[5][2]
self.complexpar2.set(i)
g=L[6][1]
self.meshfile1.set(g)
h=L[7][1]
self.auxfile1.set(h)
#print a
else:
print "no file selected!"
def test(self) :
fichier1=self.fichname.get()
taille1=len(fichier1)
fichier2=self.meshfile1.get()
taille2=len(fichier2)
fichier3=self.auxfile1.get()
taille3=len(fichier3)
#self.message("test\n")
if fichier1:
try:
fich1 = open('%s'%(fichier1),'r')
except IOError:
self.message("error1\n")
else:
if (str(fich1.readline())) != '#PARAM!\n' :
self.message("Error, the written name isn't a datafile\n")
self.E_1.delete(0,taille1)
fich1.close()
else:
try:
fich2 = open('%s'%(fichier2),'r')
except IOError:
self.message("error2\n")
else:
if (str(fich2.readline())) != '#MESH!\n' :
self.message("Error, the written name isn't a meshfile\n")
self.E_8.delete(0,taille2)
#fich2.close()
else:
try:
fich3 = open('%s'%(fichier3),'r')
except IOError:
self.message("error3\n")
else:
if (str(fich3.readline())) != '#NODE_FIELD!\n' :
self.message("Error, the written name isn't a auxfile\n")
self.E_9.delete(0,taille3)
#fich3.close()
else:
self.message("ok\n")
#fich2.close()
#fich3.close()
def message(self, text):
self.can.config(state=NORMAL)
self.can.insert(END,text)
self.can.config(state=DISABLED)
def nouveau(self):
a=" project"
self.fichname.set(a)
b=1
self.output1.set(b)
c=1
self.plot1.set(c)
d=1
self.intpar1.set(d)
e=10
self.doublepar1.set(e)
f=10
self.complexpar1.set(f)
i=0
self.complexpar2.set(i)
g="project.m"
self.meshfile1.set(g)
h="project.aux"
self.auxfile1.set(h)
def doc(self):
httplib.HTTPConnection.debuglevel = 1
request = urllib2.Request('http://www.ofeli.net')
opener = urllib2.build_opener()
f = opener.open(request)
def copier(self):
w.openClipboard()
d=GetClipboardData(win32con.CF_TEXT)
w.CloseClipboard()
return d
def coller(self):
w.openclipboard()
w.EmptyClipboard()
w.SetClipboardData(aType,aString)
w.closeClipboard()
#def annuler(self):
#def retablir(self):
#def seletionner(self):
def save(self) :
name=self.fichname.get()
file = open("%s"%(name),'w')
file.write('#PARAM!\n')
file.write('Proj %s\n'%(name))
output = self.output1.get()
file.write('Output %s\n'%(output))
plot = str(self.plot1.get())
file.write('Plot %s\n'%(plot))
file.write('#Voltage flag\n')
intpar = str(self.intpar1.get())
file.write('IntPar %s\n'%(intpar))
file.write('#Angular frenquency\n')
doublepar = str(self.doublepar1.get())
file.write('DoublePar %s\n'%(doublepar))
file.write('#Voltage\n')
complexparre= str(self.complexpar1.get())
complexparim= str(self.complexpar2.get())
file.write('ComplexPar %s %s\n'%(complexparre,complexparim))
meshfile = self.meshfile1.get()
file.write('MeshFile %s\n'%(meshfile))
auxfile = self.auxfile1.get()
file.write('AuxFile %s\n'%(auxfile))
file.write('EOF\n')
file.close()
def run(self) :
name=self.fichname.get()
file = open("%s"%(name),'w')
os.system((" C:/python24/projet/ofeli/bin/ec2d1 C:/python24/projet/ofeli/tests/demos/electromagnetics/eddycurrent2d-1/%s.dat"%(name)))
if __name__ == '__main__':
app = Application()
app.mainloop() |
