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multimeter_ultra second release
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multimeter_ultra second release
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import tkinter as tk
from tkinter import*
from tkinter.ttk import *
from tkinter import simpledialog
from tkinter import messagebox
from tkinter.messagebox import showinfo
from tkinter import ttk
ws= Tk()
import pandas as pd
class rekenwerk:
def Replace(str1):
maketrans = str1.maketrans
final = str1.translate(maketrans(',.', '.,', ' '))
return final.replace(',', ", ")
def makeform(root, fields):
entries = {}
for field in fields:
row = tk.Frame(root)
lab = tk.Label(row, width=22, text=field+": ", anchor='w')
ent = tk.Entry(row)
ent.insert(0, "0")
row.pack(side=tk.TOP, fill=tk.X, padx=5, pady=5)
lab.pack(side=tk.LEFT)
ent.pack(side=tk.RIGHT, expand=tk.YES, fill=tk.X)
entries[field] = ent
return entries
def pw_µA_DC():
fields = ('micro Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace((entries['micro Ampere'].get())))
if C > 0 and C <= 4000:
D = 0.001*C+4*0.1
elif C > 4000 and C <= 400000:
D = 0.001*C+4*10
elif C > 400000 and C <= 1000000:
D = 0.003*C+4*1000
elif C > 1000000 and C <= 5000000:
D = 0.01*C+4*1000
elif C > 5000000 and C <= 10000000:
D = 0.03*C+10*1000
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') µA')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_mA_DC():
fields = ('mili Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['mili Ampere'].get()))
if C > 0 and C <= 4:
D = 0.001*C+4*0.0001
elif C > 4 and C <= 400:
D = 0.001*C+4*0.01
elif C > 400 and C <= 1000:
D = 0.003*C+4*1
elif C > 1000 and C <= 5000:
D = 0.01*C+4*1
elif C > 5000 and C <= 10000:
D = 0.03*C+10*1
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') mA')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_Am_DC():
fields = ('Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Ampere'].get()))
if C > 0 and C <= 0.004:
D = 0.001*C+4*0.0000001
elif C > 0.004 and C <= 0.4:
D = 0.001*C+4*0.00001
elif C > 0.4 and C <= 1:
D = 0.003*C+4*0.001
elif C > 1 and C <= 5:
D = 0.01*C+4*0.001
elif C > 5 and C <= 10:
D = 0.03*C+10*0.001
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') A')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_µA_AC():
fields = ('micro Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['micro Ampere'].get()))
if C > 0 and C <= 1000:
D = 0.005*C+4*1
elif C > 1000 and C <= 100000:
D = 0.005*C+4*100
elif C > 100000 and C <= 1000000:
D = 0.008*C+4*10000
elif C > 1000000 and C <= 5000000:
D = 0.015*C+4*10000
elif C > 5000000 and C <= 10000000:
D = 0.03*C+4*10000
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') µA')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_mA_AC():
fields = ('mili Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['mili Ampere'].get()))
if C > 0 and C <= 1:
D = 0.005*C+4*0.001
elif C > 1 and C <= 100:
D = 0.005*C+4*0.1
elif C > 100 and C <= 1000:
D = 0.008*C+4*10
elif C > 1000 and C <= 5000:
D = 0.015*C+4*10
elif C > 5000 and C <= 10000:
D = 0.03*C+4*10
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') mA')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_Am_AC():
fields = ('Ampere', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Ampere'].get()))
if C > 0 and C <= 0.001:
D = 0.005*C+4*0.000001
elif C > 0.001 and C <= 0.1:
D = 0.005*C+4*0.0001
elif C > 0.1 and C <= 1:
D = 0.008*C+4*0.01
elif C > 1 and C <= 5:
D = 0.015*C+4*0.01
elif C > 5 and C <= 10:
D = 0.03*C+4*0.01
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') A')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_µV_DC():
fields = ('micro Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['micro Volt'].get()))
if C > 0 and C <= 400000:
D = 0.0008*C+4*10
elif C > 400000 and C <= 4000000:
D = 0.0008*C+4*100
elif C > 4000000 and C <= 40000000:
D = 0.0008*C+4*1000
elif C > 40000000 and C <= 400000000:
D = 0.0008*C+4*10000
elif C > 400000000 and C <= 1000000000:
D = 0.0009*C+4*100000
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') µV')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_mV_DC():
fields = ('mili Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['mili Volt'].get()))
if C > 0 and C <= 400:
D = 0.0008*C+4*0.01
elif C > 400 and C <= 4000:
D = 0.0008*C+4*0.1
elif C > 4000 and C <= 40000:
D = 0.0008*C+4*1
elif C > 40000 and C <= 400000:
D = 0.0008*C+4*10
elif C > 400000 and C <= 1000000:
D = 0.0009*C+4*100
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') mV')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_Vm_DC():
fields = ('Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Volt'].get()))
if C > 0 and C <= 0.4:
D = 0.0008*C+4*0.00001
elif C > 0.4 and C <= 4:
D = 0.0008*C+4*0.0001
elif C > 4 and C <= 40:
D = 0.0008*C+4*0.001
elif C > 40 and C <= 400:
D = 0.0008*C+4*0.01
elif C > 400 and C <= 1000:
D = 0.0009*C+4*0.1
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') V')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_µV_AC():
fields = ('Hertz', 'micro Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Hertz'].get()))
D = float(rekenwerk.Replace(entries['micro Volt'].get()))
if C > 45 and C <= 400:
if D > 0 and D <= 400000:
E = 0.005*D+4*100
elif D > 400000 and D <= 4000000:
E = 0.005*D+4*1000
elif D > 4000000 and D <= 40000000:
E = 0.005*D+4*10000
elif D > 40000000 and D <= 400000000:
E = 0.005*D+4*100000
elif D > 400000000 and D <= 750000000:
D = 0.01*D+4*1000000
elif C > 400 and C <= 5000:
if D > 0 and D <= 400000:
E = 0.01*D+4*100
elif D > 400000 and D <= 4000000:
E = 0.02*D+4*1000
elif D > 4000000 and D <= 40000000:
E = 0.02*D+4*10000
elif D > 40000000 and D <= 400000000:
E = 0.03*D+4*100000
elif C > 5000 and C <= 20000:
if D > 0 and D <= 400000:
E = 0.03*D+4*100
elif D > 400000 and D <= 4000000:
E = 0.05*D+4*1000
elif D > 4000000 and D <= 40000000:
E = 0.05*D+4*10000
elif D > 40000000 and D <= 400000000:
E = 0.05*D+4*100000
F = (': ({}'.format(D) + ' ± {}'.format(E) + ') µV')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_mV_AC():
fields = ('Hertz', 'mili Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Hertz'].get()))
D = float(rekenwerk.Replace(entries['mili Volt'].get()))
if C > 45 and C <= 400:
if D > 0 and D <= 400:
E = 0.005*D+4*0.1
elif D > 400 and D <= 4000:
E = 0.005*D+4*1
elif C > 4000 and D <= 40000:
E = 0.005*D+4*10
elif D > 40000 and D <= 400000:
E = 0.005*D+4*100
elif D > 400000 and D <= 750000:
E= 0.01*D+4*1000
elif C > 400 and C <= 5000:
if D > 0 and D <= 400:
E = 0.01*D+4*0.1
elif D > 400 and D <= 4000:
E = 0.02*D+4*1
elif D > 4000 and D <= 40000:
E = 0.02*D+4*10
elif D > 40000 and D <= 400000:
E = 0.03*D+4*100
elif C > 5000 and C <= 20000:
if D > 0 and D <= 400:
E = 0.03*D+4*0.1
elif D > 400 and D <= 4000:
E = 0.05*D+4*1
elif D > 4000 and D <= 40000:
E = 0.05*D+4*10
elif D > 40000 and D <= 400000:
E = 0.05*D+4*100
F = (': ({}'.format(D) + ' ± {}'.format(E) + ') mV')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def pw_Vm_AC():
fields = ('Hertz', 'Volt', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Hertz'].get()))
D = float(rekenwerk.Replace(entries['Volt'].get()))
if C > 45 and C <= 400:
if D > 0 and D <= 0.4:
E = 0.005*D+4*0.0001
elif D > 0.4 and D <= 4:
E = 0.005*D+4*0.001
elif D > 4 and D <= 40:
E = 0.005*D+4*0.01
elif D > 40 and D <= 400:
E = 0.005*D+4*0.1
elif D > 400 and D <= 750:
E = 0.01*D+4*1
elif C > 400 and C <= 5000:
if D > 0 and D <= 0.4:
E = 0.01*D+4*0.0001
elif D > 0.4 and D <= 4:
E = 0.02*D+4*0.001
elif D > 4 and D <= 40:
E = 0.02*D+4*0.01
elif D > 40 and D <= 400:
E = 0.03*D+4*0.1
elif C > 5000 and C <= 20000:
if D > 0 and D <= 0.4:
E = 0.03*D+4*0.0001
elif D > 0.4 and D <= 4:
E = 0.05*D+4*0.001
elif D > 4 and D <= 40:
E = 0.05*D+4*0.01
elif D > 40 and D <= 400:
E = 0.05*D+4*0.1
F = (': ({}'.format(D) + ' ± {}'.format(E) + ') V')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def popup_win_mR():
fields = ('mili Ohm', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['mili Ohm'].get()))
if C > 0 and C <= 400000:
D = 0.0015*C+6*10
elif C > 400000 and C <= 4000000:
D = 0.001*C+4*100
elif C > 4000000 and C <= 40000000:
D = 0.001*C+4*1000
elif C > 40000000 and C <= 400000000:
D = 0.0015*C+4*10000
elif C > 400000000 and C <=4000000000:
D = 0.003*C+6*100000
elif C > 4000000000 and C <=40000000000:
D = 0.01*C+10*1000000
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') mΩ')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def popup_win_Rm():
fields = ('Ohm', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Ohm'].get()))
if C > 0 and C <= 400:
D = 0.0015*C+6*0.01
elif C > 400 and C <= 4000:
D = 0.001*C+4*0.1
elif C > 4000 and C <= 40000:
D = 0.001*C+4*1
elif C > 40000 and C <= 400000:
D = 0.0015*C+4*10
elif C > 400000 and C <=4000000:
D = 0.003*C+6*100
elif C > 4000000 and C <=40000000:
D = 0.01*C+10*1000
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') Ω')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def popup_win_kR():
fields = ('kilo Ohm', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['kilo Ohm'].get()))
if C > 0 and C <= 0.4:
D = 0.0015*C+6*0.00001
elif C > 0.4 and C <= 4:
D = 0.001*C+4*0.0001
elif C > 4 and C <= 40:
D = 0.001*C+4*0.001
elif C > 40 and C <= 400:
D = 0.0015*C+4*0.01
elif C > 400 and C <=4000:
D = 0.003*C+6*0.1
elif C > 4000 and C <=40000:
D = 0.01*C+10*1
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') kΩ')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
def popup_win_MR():
fields = ('Mega Ohm', 'onnauwkeurigheid')
def v1(entries):
C = float(rekenwerk.Replace(entries['Mega Ohm'].get()))
if C > 0 and C <= 0.0004:
D = 0.0015*C+6*0.00000001
elif C > 0.0004 and C <= 0.004:
D = 0.001*C+4*0.0000001
elif C > 0.004 and C <= 0.04:
D = 0.001*C+4*0.000001
elif C > 0.04 and C <= 0.4:
D = 0.0015*C+4*0.00001
elif C > 0.4 and C <=4:
D = 0.003*C+6*0.0001
elif C > 4 and C <=40:
D = 0.01*C+10*0.001
F = (': ({}'.format(C) + ' ± {}'.format(D) + ') MΩ')
entries['onnauwkeurigheid'].delete(0, tk.END)
entries['onnauwkeurigheid'].insert(0, F )
rekenwerk.makeform
root = tk.Tk()
root.title('de onnauwkeurigheid')
ents = rekenwerk.makeform(root, fields)
b1 = tk.Button(root, text='bereken', bg='#CD853F', command=(lambda e=ents: v1(e)))
b1.pack(side=tk.LEFT, padx=5, pady=5)
root.mainloop()
class DMM1:
ws.title("DMM onzekerheid berekenen, door Jort Joris Leroij Technische Natuurkunde - Delft")
ws.geometry("2400x1200")
ws.config(bg='#5FB691')
style = ttk.Style()
style.configure("BW.TLabel", foreground="black", background="#CD853F")
style.configure('W.TButton', width=20, foreground='black', background='#CD853F', font= ('Helvetica 16 bold'))
l = tk.Label(text = "de onnauwkeurigheid berekenen van de digitale multimeter", borderwidth=3, relief="ridge", font= ('Helvetica 20 bold'), bg = "#DAA520").pack(padx = 5, pady = 20)
label2= Label()
button_µA= Button()
button_mA= Button()
button_A= Button()
button_µU= Button()
button_mU= Button()
button_U= Button()
button_mΩ= Button()
button_Ω= Button()
button_kΩ= Button()
button_MΩ= Button()
def HOME():
DMM1.button_µA.pack_forget()
DMM1.button_mA.pack_forget()
DMM1.button_A.pack_forget()
DMM1.button_µU.pack_forget()
DMM1.button_mU.pack_forget()
DMM1.button_U.pack_forget()
DMM1.button_mΩ.pack_forget()
DMM1.button_Ω.pack_forget()
DMM1.button_kΩ.pack_forget()
DMM1.button_MΩ.pack_forget()
DMM1.label2.pack_forget()
def pw_A_DC():
DMM1.HOME()
DMM1.label2= Label(text="selecteer een grootheid voor het direct current amperage", relief="ridge", font= ('Helvetica 15 bold'), style = "BW.TLabel")
DMM1.label2.pack(pady=20)
DMM1.button_µA= Button(text= "µA", style='W.TButton', cursor='pirate', command= rekenwerk.pw_µA_DC)
DMM1.button_mA= Button(text= "mA", style='W.TButton', cursor='pirate', command= rekenwerk.pw_mA_DC)
DMM1.button_A= Button(text= "A", style='W.TButton', cursor='pirate', command= rekenwerk.pw_Am_DC)
DMM1.button_µA.pack(pady=10)
DMM1.button_mA.pack(pady=10)
DMM1.button_A.pack(pady=10)
def pw_A_AC():
DMM1.HOME()
DMM1.label2= Label(text="selecteer een grootheid voor het alternating current amperage", style = "BW.TLabel", borderwidth=4, relief="ridge", font= ('Helvetica 15 bold'))
DMM1.label2.pack(pady=20)
DMM1.button_µA= Button(text= "µA", style='W.TButton', cursor='pirate', command= rekenwerk.pw_µA_AC)
DMM1.button_mA= Button(text= "mA", style='W.TButton', cursor='pirate', command= rekenwerk.pw_mA_AC)
DMM1.button_A= Button(text= "A", style='W.TButton', cursor='pirate', command= rekenwerk.pw_Am_AC)
DMM1.button_µA.pack(pady=10)
DMM1.button_mA.pack(pady=10)
DMM1.button_A.pack(pady=10)
def pw_V_DC():
DMM1.HOME()
DMM1.label2= Label(text="selecteer een grootheid voor het direct current voltage", style = "BW.TLabel", borderwidth=4, relief="ridge", font= ('Helvetica 15 bold'))
DMM1.label2.pack(pady=20)
DMM1.button_µU= Button(text= "µV", style='W.TButton', cursor='pirate', command= rekenwerk.pw_µV_DC)
DMM1.button_mU= Button(text= "mV", style='W.TButton', cursor='pirate', command= rekenwerk.pw_mV_DC)
DMM1.button_U= Button(text= "V", style='W.TButton', cursor='pirate', command= rekenwerk.pw_Vm_DC)
DMM1.button_µU.pack(pady=10)
DMM1.button_mU.pack(pady=10)
DMM1.button_U.pack(pady=10)
def pw_V_AC():
DMM1.HOME()
DMM1.label2= Label(text="selecteer een grootheid voor het alternating current voltage", style = "BW.TLabel", borderwidth=4, relief="ridge", font= ('Helvetica 15 bold'))
DMM1.label2.pack(pady=20)
DMM1.button_µU= Button(text= "µV", style='W.TButton', cursor='pirate', command= rekenwerk.pw_µV_AC)
DMM1.button_mU= Button(text= "mV", style='W.TButton', cursor='pirate', command= rekenwerk.pw_mV_AC)
DMM1.button_U= Button(text= "V", style='W.TButton', cursor='pirate', command= rekenwerk.pw_Vm_AC)
DMM1.button_µU.pack(pady=10)
DMM1.button_mU.pack(pady=10)
DMM1.button_U.pack(pady=10)
def pw_R():
DMM1.HOME()
DMM1.label2= Label(text="selecteer een grootheid voor de weerstand", style = "BW.TLabel", borderwidth=4, relief="ridge", font= ('Helvetica 15 bold'))
DMM1.label2.pack(pady=20)
DMM1.button_mΩ= Button(text= "mΩ", style='W.TButton', cursor='pirate', command= rekenwerk.popup_win_mR)
DMM1.button_Ω= Button(text= "Ω", style='W.TButton', cursor='pirate', command= rekenwerk.popup_win_Rm)
DMM1.button_kΩ= Button(text= "kΩ", style='W.TButton', cursor='pirate', command= rekenwerk.popup_win_kR)
DMM1.button_MΩ= Button(text= "MΩ", style='W.TButton', cursor='pirate', command= rekenwerk.popup_win_MR)
DMM1.button_mΩ.pack(pady=10)
DMM1.button_Ω.pack(pady=10)
DMM1.button_kΩ.pack(pady=10)
DMM1.button_MΩ.pack(pady=10)
def startknoppen():
Button(ws, text= "Amperage (DC)", style='W.TButton', cursor='circle', command= DMM1.pw_A_DC).pack(pady=10)
Button(ws, text= "Amperage (AC)", style='W.TButton', cursor='circle', command= DMM1.pw_A_AC).pack(pady=10)
Button(ws, text= "voltage (DC)", style='W.TButton', cursor='circle', command= DMM1.pw_V_DC).pack(pady=10)
Button(ws, text= "voltage (AC)", style='W.TButton', cursor='circle', command= DMM1.pw_V_AC).pack(pady=10)
Button(ws, text= "weerstand ", style='W.TButton', cursor='circle', command= DMM1.pw_R).pack(pady=10)
DMM1.startknoppen()
ws.mainloop()