I pretend to create two frames in this window, one at my left only showing a picture (I'd like it in the middle and not on the left side of the frame ) and the other frame to show a noteboook with different choices for testing the device shown in the picture.
Why I cannot see the picture?
if I disable the notebook to be shown in the second Frame then I can see it.
#This module is used to UUTs corresponding to adapter A0001,
#(units 4039891-xxx, 4039892-xxx and 4039893-xxx)
#according to the following list of serial ports:
#COM1 -> DMM
#COM2 -> DCPS No.1
#COM3 -> DCPS No.2
#COM4 -> FPGA No.4 (Console)
#COM5 -> FGEN
#COM6 -> DIG.OSC.
#COM7 -> FPGA No.1 (Matrix_1)
#COM8 -> FPGA No.2 (Matrix_2)
#COM9 -> FPGA No.3 (Matrix_3)
import sys
from tkinter import *
from tkinter import ttk
import time
from random import randint, choice
from PIL import ImageTk, Image
import os
import Pmw
def donothing():
filewin = Toplevel()
filewin.geometry('480x200+100+100')
button = Button(filewin, text="APAS- ATE (Automatic Test Equipment Report).", command=filewin.destroy)
button.pack()
def SI800_903():
#workorder=work_var.get()
#serial=serial_var.get()
#tech=tech_var.get()
#date=date_var.get()
#f = open("WO" + workorder + ".txt","w")
SI800_ATP = Toplevel()
SI800_ATP.geometry('1500x830+200+160')
SI800_ATP.title("Universal ATLAS Acceptance Test Procedure")
SI800_ATP.resizable(False, False)
SI800_ATP.focus_set()
img = ImageTk.PhotoImage(Image.open("DMM.jpg"))
# create a Frame 1 to see the picture
PIC=ttk.Frame(SI800_ATP)
PIC.pack(side="left")
imglabel = Label(PIC, image=img, borderwidth=1, relief="solid").pack()
#Label(PIC, text =" ",font = ('Arial', 15, "bold")).pack()
# create a notebook in Frame 2
TABS=ttk.Frame(SI800_ATP)
TABS.pack(side="top")
note = ttk.Notebook(TABS)
note.pack(expand=1, fill="both")
#tab0 = ttk.Frame(note)
tabbit = ttk.Frame(note)
tab1 = ttk.Frame(note)
tab2 = ttk.Frame(note)
tab3 = ttk.Frame(note)
tab4 = ttk.Frame(note)
tab5 = ttk.Frame(note)
tab6 = ttk.Frame(note)
tab7 = ttk.Frame(note)
tab8 = ttk.Frame(note)
tab9 = ttk.Frame(note)
tab10 = ttk.Frame(note)
tab11 = ttk.Frame(note)
#Initial Position presentation
Label(tabbit, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tabbit, text ="Initial Positions.",font = ('Arial', 15, "bold")).pack()
Label(tabbit, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tabbit, text ="The purpose of this test is to find if",font = ('Arial', 12)).pack()
Label(tabbit, text ="there is a problem in the operation of the indicator.",font = ('Arial', 12)).pack()
Label(tabbit, text ="Electrostatic discharge (ESD) events can harm electronic components inside ",font = ('Arial', 12)).pack()
Label(tabbit, text ="your instrument under test. ",font = ('Arial', 12)).pack()
Label(tabbit, text =" ",font = ('Arial', 12, "bold")).pack()
Label(tabbit, text ="When connecting a unit under test to the ATE, you should always ground both",font = ('Arial', 12)).pack()
Label(tabbit, text ="yourself and the unit before connecting it to the ATE.",font = ('Arial', 12)).pack()
Label(tabbit, text ="Connect the ADAPTER_0001 to the Matrix module on the ATE.",font = ('Arial', 12)).pack()
Label(tabbit, text ="Observe correct position of the connectors.",font = ('Arial', 12)).pack()
Label(tabbit, text =" ",font = ('Arial', 12, "bold")).pack()
Label(tabbit, text ="This program was developed to run the test procedure to test the indicator and isolate faults.",font = ('Arial', 12)).pack()
Label(tabbit, text ="Always keep the unit on an antistatic mat and observe before connecting it to the adapter",font = ('Arial', 12)).pack()
Label(tabbit, text ="that the power supplies in the Console module are not applied to the adapter in question.",font = ('Arial', 12)).pack()
Label(tabbit, text ="The adapter will always have an indicator either AC or DC that will quickly show you that it is totally de-energized.",font = ('Arial', 12)).pack()
Label(tabbit, text =" ",font = ('Arial', 12, "bold")).pack()
Label(tabbit, text ="Before starting and during the development of the entire test procedure,",font = ('Arial', 12)).pack()
Label(tabbit, text ="strictly observe the security measures oriented in the workshop.Never undertake the operation ",font = ('Arial', 12)).pack()
Label(tabbit, text ="of the ATE or the testing of any unit without first having received proper training.",font = ('Arial', 12)).pack()
Label(tabbit, text =" ",font = ('Arial', 12, "bold")).pack()
#Test 1 presentation
Label(tab1, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab1, text ="Test 1: Dielectric Breakdown and Insulation Resistance",font = ('Arial', 14, "bold")).pack()
Label(tab1, text =" ", font = ('Arial', 12)).pack()
Label(tab1, text ="During all tests except Integral Lighting and Dielectric Breakdown and Insulation", font = ('Arial', 12)).pack()
Label(tab1, text ="Resistance, flags shall be energized continuously to simulate in use conditions.", font = ('Arial', 12)).pack()
Label(tab1, text =" ", font = ('Arial', 12)).pack()
Label(tab1, text ="For Dielectric Breakdown and Insulation Test, please ", font = ('Arial', 12)).pack()
Label(tab1, text ="follow the Test Procedure as described in the CMM.", font = ('Arial', 12)).pack()
Label(tab1, text =" ", font = ('Arial', 12)).pack()
Button(tab1, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 2 presentation
Label(tab2, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab2, text ="Test 2: Warmup.",font = ('Arial', 14, "bold")).pack()
Label(tab2, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab2, text ="When primary power is initially applied, the Indicator shall respond as shown, ", font = ('Arial', 12)).pack()
Label(tab2, text ="25 seconds Flags out of view. Pointers shall start slewing smoothly toward NORMAL OP conditions. ", font = ('Arial', 12)).pack()
Label(tab2, text =" ", font = ('Arial', 12)).pack()
Label(tab2, text ="To simulate this...", font = ('Arial', 12)).pack()
Label(tab2, text ="Press Enter and simulataneously start timer.", font = ('Arial', 12)).pack()
Label(tab2, text ="When the timer reaches 0. Indicator shall begin to functions as shown within 25 seconds. ", font = ('Arial', 12)).pack()
Label(tab2, text ="25 seconds Flags out of view. Pointers shall start slewing smoothly toward NORMAL OP conditions. ", font = ('Arial', 12)).pack()
Label(tab2, text =" ", font = ('Arial', 12)).pack()
Button(tab2, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 3 presentation
Label(tab3, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab3, text ="Test 3: Loss of Power.",font = ('Arial', 14, "bold")).pack()
Label(tab3, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab3, text ="With the input power removed, the Indicator shall respond as shown.", font = ('Arial', 12)).pack()
Label(tab3, text ="All failure flags in view -A/S, Mach, Vmo and (on -903, -904, -906,-907) INOP. ", font = ('Arial', 12)).pack()
Label(tab3, text =" ", font = ('Arial', 12)).pack()
Label(tab3, text ="With power returned, the Indicator shall respond as shown", font = ('Arial', 12)).pack()
Label(tab3, text ="Flags out of view; display elements agree with fixture.", font = ('Arial', 12)).pack()
Label(tab3, text ="No change in any display, no failure indications.", font = ('Arial', 12)).pack()
Label(tab3, text =" ", font = ('Arial', 12)).pack()
Button(tab3, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 4 presentation
Label(tab4, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab4, text ="Test 4: Invalid Data.",font = ('Arial', 14, "bold")).pack()
Label(tab4, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab4, text ="The DMA circuits and digital bus inputs are monitored by a sign/status matrix.", font = ('Arial', 12)).pack()
Label(tab4, text ="The sign/status matrix contains the valid status of the digital word.", font = ('Arial', 12)).pack()
Label(tab4, text =" When a data word is pulled from RAM, it is replaced with the matrix word revised to show FAIL.", font = ('Arial', 12)).pack()
Label(tab4, text =" ", font = ('Arial', 12)).pack()
Label(tab4, text ="If the DMA does not update the RAM location ", font = ('Arial', 12)).pack()
Label(tab4, text ="with the failed word in a specified time period, ", font = ('Arial', 12)).pack()
Label(tab4, text ="the microprocessor signals a data failure code. Reception of the", font = ('Arial', 12)).pack()
Label(tab4, text ="invalid data code causes the appropriate flag to appear.", font = ('Arial', 12)).pack()
Label(tab4, text =" ", font = ('Arial', 12)).pack()
Button(tab4, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 5 presentation
Label(tab5, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab5, text ="Test 5: No Computed Data.",font = ('Arial', 14, "bold")).pack()
Label(tab5, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab5, text ="The DMA circuits and digital bus inputs are monitored by a sign/status matrix.", font = ('Arial', 12)).pack()
Label(tab5, text ="The sign/status matrix contains the valid status of the digital word.", font = ('Arial', 12)).pack()
Label(tab5, text ="When a data word is pulled from RAM, it is replaced with the matrix word revised to show FAIL.", font = ('Arial', 12)).pack()
Label(tab5, text =" ", font = ('Arial', 12)).pack()
Label(tab5, text ="If the DMA does not update the RAM location ", font = ('Arial', 12)).pack()
Label(tab5, text ="with the failed word in a specified time period, ", font = ('Arial', 12)).pack()
Label(tab5, text ="the microprocessor signals a data failure code. Reception of the", font = ('Arial', 12)).pack()
Label(tab5, text ="no computed data (NCD) code causes the appropriate flag to appear.", font = ('Arial', 12)).pack()
Label(tab5, text =" ", font = ('Arial', 12)).pack()
Button(tab5, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 6 presentation
Label(tab6, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab6, text ="Test 6: Absence of Input Signal.",font = ('Arial', 14, "bold")).pack()
Label(tab6, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab6, text ="All input signals shall be applied between", font = ('Arial', 12)).pack()
Label(tab6, text ="the designated terminal and signal ground,", font = ('Arial', 12)).pack()
Label(tab6, text ="unless otherwise stated.", font = ('Arial', 12)).pack()
Label(tab6, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab6, text ="The two buses are redundant and contain 32 bits of data. Eight bits are used for", font = ('Arial', 12)).pack()
Label(tab6, text ="addresses and 24 bits for display data. An open (BUS SEL) selects the", font = ('Arial', 12)).pack()
Label(tab6, text ="ADC1 data. When grounded, ADC2 is selected.", font = ('Arial', 12)).pack()
Label(tab6, text =" ", font = ('Arial', 12)).pack()
Label(tab6, text ="The open/ground condition applied selects the appropriate ADC bus.", font = ('Arial', 12)).pack()
Label(tab6, text ="This test is to verify the Indicator response when no signal is present on the primary data bus. ", font = ('Arial', 12)).pack()
Label(tab6, text ="the Indicator shall respond as shown.", font = ('Arial', 12)).pack()
Label(tab6, text =" ", font = ('Arial', 12)).pack()
Button(tab6, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 7 presentation
Label(tab7, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab7, text ="Test 7: Slew Rates.",font = ('Arial', 14, "bold")).pack()
Label(tab7, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab7, text ="Input a computed airspeed signal", font = ('Arial', 12)).pack()
Label(tab7, text ="changing at a rate of 1012.5 knots ", font = ('Arial', 12)).pack()
Label(tab7, text ="per minute. The display shall respond in a proper form.", font = ('Arial', 12)).pack()
Label(tab7, text =" ", font = ('Arial', 12, "bold")).pack()
Button(tab7, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 8 presentation
Label(tab8, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab8, text ="Test 8: Threshold Sensitivity.",font = ('Arial', 14, "bold")).pack()
Label(tab8, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab8, text ="When the computed airspeed input signal is", font = ('Arial', 12)).pack()
Label(tab8, text ="changed from 100 to 100.25 knots, the CAS pointer", font = ('Arial', 12)).pack()
Label(tab8, text ="and counter shall move perceptibly.", font = ('Arial', 12)).pack()
Label(tab8, text =" ", font = ('Arial', 12, "bold")).pack()
Button(tab8, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 9 presentation
Label(tab9, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab9, text ="Test 9: Display Stops.",font = ('Arial', 14, "bold")).pack()
Label(tab9, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab9, text ="In the process of dynamic tracking of input data during the accuracy test, the", font = ('Arial', 12)).pack()
Label(tab9, text ="display functions shall move smoothly without", font = ('Arial', 12)).pack()
Label(tab9, text ="hunting, oscillating, sticking, or jumping", font = ('Arial', 12)).pack()
Label(tab9, text ="when changes of input signals are received.", font = ('Arial', 12)).pack()
Label(tab9, text =" ", font = ('Arial', 12, "bold")).pack()
Button(tab9, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
# Test 10 presentation
Label(tab10, text =" ",font = ('Arial', 15, "bold")).pack()
Label(tab10, text ="Test 10: Accuracy.",font = ('Arial', 14, "bold")).pack()
Label(tab10, text =" ", font = ('Arial', 12, "bold")).pack()
Label(tab10, text ="In the process of dynamic tracking of input data during the accuracy test, the", font = ('Arial', 12)).pack()
Label(tab10, text ="display functions shall move smoothly without", font = ('Arial', 12)).pack()
Label(tab10, text ="hunting, oscillating, sticking, or jumping", font = ('Arial', 12)).pack()
Label(tab10, text ="when changes of input signals are received.", font = ('Arial', 12)).pack()
Label(tab10, text =" ", font = ('Arial', 12, "bold")).pack()
Button(tab10, text='Enter',font = ('Arial', 12, "bold"), command = donothing).pack(padx=0, pady=0)
note.add(tabbit, text = " Initial Positions ", compound=TOP)
note.add(tab1, text = " Test 1 ")
note.add(tab2, text = " Test 2 ")
note.add(tab3, text = " Test 3 ")
note.add(tab4, text = " Test 4 ")
note.add(tab5, text = " Test 5 ")
note.add(tab6, text = " Test 6 ")
note.add(tab7, text = " Test 7 ")
note.add(tab8, text = " Test 8 ")
note.add(tab9, text = " Test 9 ")
note.add(tab10, text = " Test 10 ")
note.pack()
def SI800_903_Test():
SI800_903_ATP = Toplevel()
SI800_903_ATP.title(" Model SI-800 Airspeed/Mach Indicator P.N: 4039891-903 ATA: 34-13-09 Acceptance Test Procedure")
SI800_903_ATP.geometry('1700x950+100+70')
SI800_903_ATP.resizable(False, False)
SI800_903_ATP.focus_set()
#variables
work_var=StringVar()
serial_var=StringVar()
tech_var=StringVar()
date_var=StringVar()
# creating a label for the repair order window
workorder=work_var.get()
serial=serial_var.get()
tech=tech_var.get()
date=date_var.get()
#frame #1
input_frame=Frame(SI800_903_ATP, height=10)
input_frame.pack()
# creating a label for name using widget Label
work_label = Label(input_frame, text = 'W.O: ', font=('Arial',11, 'bold')).pack(side="left", padx=10, pady=20)
# creating a entry for input name using widget Entry
work_entry = Entry(input_frame,textvariable = work_var, font=('Arial',11,'normal')).pack(side="left")
#work_entry.focus()
ro_label = Label(input_frame, text = ' ', font=('Arial',11, 'normal')).pack(side="left")
# creating a label for password
serial_label = Label(input_frame, text = 'S/N: ', font = ('Arial',11,'bold')).pack(side="left")
# creating a entry for password
serial_entry=Entry(input_frame, textvariable = serial_var, font = ('Arial',11,'normal')).pack(side="left")
ro_label = Label(input_frame, text = ' ', font=('Arial',11, 'normal')).pack(side="left")
# creating a label for password
tech_label = Label(input_frame, text = ' Technician: ', font = ('Arial',11,'bold')).pack(side="left")
# creating a entry for password
tech_entry= Entry(input_frame, textvariable = tech_var, font = ('Arial',11,'normal')).pack(side="left")
ro_label = Label(input_frame, text = ' ', font=('Arial',11, 'normal')).pack(side="left")
# creating a label for password
date_label = Label(input_frame, text = 'Date: ', font = ('Arial',11,'bold')).pack(side="left")
# creating a entry for password
date_entry= Entry(input_frame, textvariable = date_var, font = ('Arial',11,'normal')).pack(side="left")
ro_label = Label(input_frame, text = ' ', font=('Arial',11, 'normal')).pack()
# creating a button using the widget
# Button that will call the repair_order function
#frame #2
test_frame=Frame(SI800_903_ATP, height=10)
test_frame.pack()
Label(SI800_903_ATP,text =" ", font = ('Arial', 12, "bold")).pack()
sub_btn= Button(test_frame,text = 'Start Test Procedure', font=('Arial',11, 'bold'), command = SI800_903).pack(side="top", fill="x", expand=FALSE)
SI800_903_ATP.mainloop()
