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PL_Frame.py
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PL_Frame.py
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'''
Created on July 24, 2012
@author: bykwon
'''
from Tkinter import *
import ttk
import threading
from PL_Display import *
class CFrame(ttk.Frame,threading.Thread):
'''
classdocs
'''
def __init__(self, master, path):
'''
Constructor
'''
ttk.Frame.__init__(self, master)
self.master=master
self.master.title("Pipeline Package v1.07")
self.master.iconname("Pipeline Package v1.07")
self.draw = CDisplay(self.master, path)
self.Main()
self.Draw()
def Main(self):
mainframe = ttk.Panedwindow(self.master, orient=HORIZONTAL)
self.frame1 = ttk.Frame(mainframe, padding="10 10 5 10")
self.frame2 = ttk.Frame(mainframe, padding="5 10 10 10")
mainframe.add(self.frame1)
mainframe.add(self.frame2)
mainframe.grid()
self.Frame1()
self.Frame2()
def Frame1(self):
#divided Frame1 by Vertical
F1 = ttk.Panedwindow(self.frame1, orient=VERTICAL)
self.f1topf=ttk.Frame(F1)
space=ttk.Frame(F1)
f1bottomf=ttk.Frame(F1)
F1.add(self.f1topf)
F1.add(space)
F1.add(f1bottomf)
F1.grid()
F3=ttk.PanedWindow(f1bottomf, orient=HORIZONTAL)
F3calf=ttk.Labelframe(F3,text='Calibration Frame')
F3objf=ttk.Labelframe(F3,text='Object Frame')
F3.add(F3calf)
F3.add(F3objf)
F3.grid()
# f1bottomf.add(F3cal)
#f1bottomf.add(F3obj)
#f1bottomf.grid()
F3caltop=ttk.Panedwindow(F3calf, orient=VERTICAL)
F3caltopf=ttk.Frame(F3caltop)
F3caltop.add(F3caltopf)
F3caltop.grid()
F3calbottom=ttk.Panedwindow(F3calf, orient=VERTICAL)
self.Cexecutef = ttk.Frame(F3calbottom)
spacec=ttk.Frame(F3calbottom)
F3calbottom.add(spacec)
F3calbottom.add(self.Cexecutef)
F3calbottom.grid()
F3objtop=ttk.Panedwindow(F3objf, orient=VERTICAL)
F3objtopf=ttk.Frame(F3objtop)
F3objtop.add(F3objtopf)
F3objtop.grid()
F3objbottom=ttk.Panedwindow(F3objf, orient=VERTICAL)
self.Oexecutef = ttk.Frame(F3objbottom)
spaceo=ttk.Frame(F3objbottom)
F3objbottom.add(spaceo)
F3objbottom.add(self.Oexecutef)
F3objbottom.grid()
F3c=ttk.Panedwindow(F3caltopf, orient=HORIZONTAL)
# calfram1=ttk.Labelframe(F3c,text="Dark")
calfram1=ttk.Frame(F3c)#)
space1=ttk.Frame(F3c)
calfram2=ttk.Frame(F3c)#,text="Flat")
space2=ttk.Frame(F3c)
calfram3=ttk.Frame(F3c)#,text="Arc")
space3=ttk.Frame(F3c)
F3o=ttk.Panedwindow(F3objtopf, orient=HORIZONTAL)
objfram1=ttk.Frame(F3o)#,text="Standard")
space4=ttk.Frame(F3o)
objfram2=ttk.Frame(F3o)#,text="Target")
F3c.add(calfram1)
F3c.add(space1)
F3c.add(calfram2)
F3c.add(space2)
F3c.add(calfram3)
F3c.add(space3)
F3c.grid()
F3o.add(objfram1)
F3o.add(space4)
F3o.add(objfram2)
F3o.grid()
#calibration frame
#dark
F41 = ttk.Panedwindow(calfram1, orient=VERTICAL)
calibnote1=ttk.Frame(F41)
self.calib11 = ttk.Frame(F41)
space12=ttk.Frame(F41)
self.ccm1 = ttk.Labelframe(F41, text="Combine method")
space13 = ttk.Frame(F41)
self.calib12 = ttk.Frame(F41)
F41.add(calibnote1)
F41.add(self.calib11)
F41.add(space12)
F41.add(self.ccm1)
F41.add(space13)
F41.add(self.calib12)
F41.grid()
#flat
F42 = ttk.Panedwindow(calfram2, orient=VERTICAL)
calibnote2=ttk.Frame(F42)
self.calib21 = ttk.Frame(F42)
space22=ttk.Frame(F42)
self.ccm2 = ttk.Labelframe(F42, text="Combine method")
space23 = ttk.Frame(F42)
self.calib22 = ttk.Frame(F42)
F42.add(calibnote2)
F42.add(self.calib21)
F42.add(space22)
F42.add(self.ccm2)
F42.add(space23)
F42.add(self.calib22)
F42.grid()
#arc
F43 = ttk.Panedwindow(calfram3, orient=VERTICAL)
calibnote3=ttk.Frame(F43)
self.calib31 = ttk.Frame(F43)
space32=ttk.Frame(F43)
self.ccm3 = ttk.Labelframe(F43, text="Combine method")
space33 = ttk.Frame(F43)
self.calib32 = ttk.Frame(F43)
F43.add(calibnote3)
F43.add(self.calib31)
F43.add(space32)
F43.add(self.ccm3)
F43.add(space33)
F43.add(self.calib32)
F43.grid()
#calibration notebook
# calibn = ttk.Notebook(calibnote)
# calibl1 = Listbox(calibnote1)
# self.Cflatf = ttk.Frame(calibn)
# self.Carcf = ttk.Frame(calibn)
self.Cdarkf = ttk.Frame(calibnote1)
self.Cdarkf.grid()
# calibl1.grid()
# calibl2 = Listbox(calibnote2)
self.Cflatf = ttk.Frame(calibnote2)
self.Cflatf.grid()
# calibl2.grid()
# calibl3 = Listbox(calibnote3)
self.Carcf = ttk.Frame(calibnote3)
self.Carcf.grid()
# calibl3.grid()
# calibn.add(self.Cflatf, text='FLAT')
# calibn.add(self.Carcf, text='ARC')
# calibn.grid()
#Object frame std
F51 = ttk.Panedwindow(objfram1, orient=VERTICAL)
objnote1=ttk.Frame(F51)
self.obj11 = ttk.Frame(F51)
space14=ttk.Frame(F51)
self.ocm1 = ttk.Labelframe(F51, text="Combine method")
space15 = ttk.Frame(F51)
self.obj12 = ttk.Frame(F51)
F51.add(objnote1)
F51.add(self.obj11)
F51.add(space14)
F51.add(self.ocm1)
F51.add(space15)
F51.add(self.obj12)
F51.grid()
#Object frame tar
F52 = ttk.Panedwindow(objfram2, orient=VERTICAL)
objnote2=ttk.Frame(F52)
self.obj21 = ttk.Frame(F52)
space24=ttk.Frame(F52)
self.ocm2 = ttk.Labelframe(F52, text="Combine method")
space25 = ttk.Frame(F52)
self.obj22 = ttk.Frame(F52)
F52.add(objnote2)
F52.add(self.obj21)
F52.add(space24)
F52.add(self.ocm2)
F52.add(space25)
F52.add(self.obj22)
F52.grid()
#object notebook
# objn = ttk.Notebook(objnote)
# self.Ostandardf = ttk.Frame(objn)
# self.Otargetf = ttk.Frame(objn)
# objn.add(self.Ostandardf, text='Standard')
# objn.add(self.Otargetf, text='Target')
# objn.grid()
self.Ostandardf = ttk.Frame(objnote1)
self.Ostandardf.grid()
self.Otargetf = ttk.Frame(objnote2)
self.Otargetf.grid()
def Frame2(self):
F2 = ttk.Panedwindow(self.frame2, orient=VERTICAL)
self.status=ttk.Frame(F2)
F2.add(self.status)
# F2.config(width=1024,height=500)
F2.grid()
def Draw(self):
#Top Frame in Frame1
self.draw.Location(self.f1topf)
#Calibration Frame
#self.draw.CalibrationDARK(self.Cdarkf) # Keep Dark frame for future work (now do not show)
#self.draw.CalibrationInfo11(self.calib11)
#self.draw.CalibrationCombineMethod1(self.ccm1)
# self.draw.CalibrationInfo12(self.calib12)
self.draw.CalibrationFLAT(self.Cflatf)
self.draw.CalibrationInfo21(self.calib21)
self.draw.CalibrationCombineMethod2(self.ccm2)
self.draw.CalibrationInfo22(self.calib22)
self.draw.CalibrationARC(self.Carcf)
self.draw.CalibrationInfo31(self.calib31)
self.draw.CalibrationCombineMethod3(self.ccm3)
self.draw.CalibrationInfo32(self.calib32)
self.draw.CalibrationExecute(self.Cexecutef)
self.draw.ObjectExecute(self.Oexecutef)
#Object Frame
self.draw.ObjectStandard(self.Ostandardf)
self.draw.ObjectInfo11(self.obj11)
self.draw.ObjectCombineMethod1(self.ocm1)
#self.draw.ObjectInfo12(self.obj12)
self.draw.ObjectTarget(self.Otargetf)
self.draw.ObjectInfo21(self.obj21)
self.draw.ObjectCombineMethod2(self.ocm2)
#self.draw.ObjectInfo22(self.obj22)
#Frame2
# self.draw.Status(self.status)