def animation_base():
global offset, gap
canvas2.delete('all')
SSr.barrier(canvas2, gap)
SSr.screen(canvas2, offset)
SSr.screen2(canvas2, 'red')
def reset_animation():
global reset, status, x, reset_z
status = True
reset = False
canvas2.delete('all')
x = 50
reset_z = True
v.set(1)
for i in range(1, 8):
colour_choice[i].config(state='normal')
SSr.barrier(canvas2, gap)
SSr.screen(canvas2, offset)
SSr.screen2(canvas2, 'red')
start_button.config(state='normal', fg='black', bg='lime')
pause_button.config(text='Pause', state='disable', bg='yellow')
reset_button.config(state='disable')
result_button.config(state='disable')
gap_slider.config(state='normal')
screen_offset_slider.config(state='normal')
def animation_base():
global offset, gap
canvas2.delete('all')
SSr.barrier(canvas2, gap)
SSr.screen(canvas2, offset)
SSr.screen2(canvas2, 'red')
Calculation2.empty(answer_canvas)
def reset_animation():
global reset, status, x, reset_z, canvas3, x2, canvas4, colour
status = True
reset = False
colour = False
canvas2.delete('all')
canvas4.destroy()
x = 50
reset_z = True
v.set(0)
for i in range(1, 8):
colour_choice[i].config(state='normal')
if x2 >= 290 + offset:
canvas3.destroy()
x2 = 1
SSr.barrier(canvas2, gap)
SSr.screen(canvas2, offset)
SSr.screen2(canvas2, 'red')
answer_canvas.delete('all')
start_button.config(state='normal', fg='black', bg='lime')
pause_button.config(text='Pause', state='disable', bg='yellow')
reset_button.config(state='disable')
gap_slider.config(state='normal')
screen_offset_slider.config(state='normal')
Calculation2.empty(answer_canvas)
def start_animation():
global reset, reset_z, num, gap, x, offset
v_value()
reset = True
start_button.config(state='disable')
pause_button.config(state='normal')
reset_button.config(state='normal')
result_button.config(state='normal')
gap_slider.config(state='disable')
screen_offset_slider.config(state='disable')
gap_calculation_value()
offset_calculation_value()
gap = gap * 100
offset = ((offset * 100) - 100) * 2
for i in range(1, 8):
colour_choice[i].config(state='disable')
while reset == True:
if reset == True and status == True:
if num == 1:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSr.barrier(canvas2, gap)
# screen(canvas)
SSr.screen(canvas2, offset)
# screen2(canvas, colour)
SSr.screen2(canvas2, 'red')
if x == 50:
x = 70
if x <= 250:
# red_scene_1(canvas, wavelength, colour, x)
SSr.red_scene_1(canvas2, 60, 'red', x)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
x += 1
elif x > 250:
# red_scene_2(canvas, colour, gap_size, a)
SSr.red_scene_2(canvas2, 'red', gap, reset_z, offset)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
reset_z = False
# Window ---------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 2:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSo.barrier(canvas2, gap)
# screen(canvas)
SSo.screen(canvas2, offset)
# screen2(canvas, colour)
SSo.screen2(canvas2, 'orange')
if x <= 250:
# red_scene_1(canvas, wavelength, colour, x)
SSo.orange_scene_1(canvas2, 60, 'orange', x)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
x += 1
elif x > 250:
# red_scene_2(canvas, colour, gap_size, a)
SSo.orange_scene_2(canvas2, 'orange', gap, reset_z, offset)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
else:
reset_animation()
return tkMessageBox.showinfo('Colour Error',
'Please choose a colour')
else:
break
command=gap_value,
state='normal',
orient='horizontal',
length=150)
gap_slider.place(x=750, y=50)
# screen distance slider and label
offset_label = Tkinter.Label(upper_frame,
text='Distance from barrier\n to screen (m)',
bg='sky blue')
offset_label.place(x=770, y=110)
screen_offset_slider = Tkinter.Scale(upper_frame,
from_=1.00,
to=1.20,
resolution=0.01,
bg='sky blue',
command=offset_value,
state='normal',
orient='horizontal',
length=150)
screen_offset_slider.place(x=750, y=150)
# -------------------------------------------------------------------------
# main display for animation (won't be empty initially)
SSr.barrier(canvas2, gap_slider.get() * 100)
SSr.screen(canvas2, ((screen_offset_slider.get() * 100) - 100) * 2)
SSr.screen2(canvas2, 'red')
root.mainloop()
def start_animation():
global reset, reset_z, num, gap, x, offset, canvas3, x2, canvas4
get_result()
reset = True
start_button.config(state='disable')
pause_button.config(state='normal')
reset_button.config(state='normal')
gap_slider.config(state='disable')
screen_offset_slider.config(state='disable')
gap_calculation_value()
offset_calculation_value()
gap = gap * 100
offset = ((offset * 100) - 100) * 2
for i in range(1, 8):
colour_choice[i].config(state='disable')
while reset == True:
if reset == True and status == True:
if num == 1:
if x == 50:
x = 70
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSr.barrier(canvas2, gap)
# screen(canvas)
SSr.screen(canvas2, offset)
# screen2(canvas, colour)
SSr.screen2(canvas2, 'red')
# red_scene_1(canvas, wavelength, colour, x)
SSr.red_scene_1(canvas2, 60, 'red', x)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
x += 1
elif x > 250:
#canvas2.delete(SSr.barrier)
#canvas2.delete(SSr.screen2)
canvas2.delete('all')
# barrier(canvas, gap_size)
SSr.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSr.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSr.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, (10 + gap), 'red')
# screen2(canvas, colour)
SSr.screen2(canvas2, 'red')
# red_scene_2(canvas, colour, gap_size, a)
SSr.red_scene_2(canvas2, 'red', gap, reset_z, offset)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
reset_z = False
# Window ---------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 2:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSo.barrier(canvas2, gap)
# screen(canvas)
SSo.screen(canvas2, offset)
# screen2(canvas, colour)
SSo.screen2(canvas2, 'dark orange')
# red_scene_1(canvas, wavelength, colour, x)
SSo.orange_scene_1(canvas2, 55, 'dark orange', x)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSo.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSo.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSo.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'orange')
# screen2(canvas, colour)
SSo.screen2(canvas2, 'dark orange')
# red_scene_2(canvas, colour, gap_size, a)
SSo.orange_scene_2(canvas2, 'dark orange', gap, reset_z,
offset)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 3:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSy.barrier(canvas2, gap)
# screen(canvas)
SSy.screen(canvas2, offset)
# screen2(canvas, colour)
SSy.screen2(canvas2, 'yellow')
# red_scene_1(canvas, wavelength, colour, x)
SSy.yellow_scene_1(canvas2, 50, 'yellow', x)
canvas2.create_text(77, 75, text='600nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(94, 88, 101, 85, fill='black')
canvas2.create_line(94, 82, 101, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSy.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSy.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSy.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'yellow')
# screen2(canvas, colour)
SSy.screen2(canvas2, 'yellow')
# red_scene_2(canvas, colour, gap_size, a)
SSy.yellow_scene_2(canvas2, 'yellow', gap, reset_z, offset)
canvas2.create_text(77, 75, text='600nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(94, 88, 101, 85, fill='black')
canvas2.create_line(94, 82, 101, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 4:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSg.barrier(canvas2, gap)
# screen(canvas)
SSg.screen(canvas2, offset)
# screen2(canvas, colour)
SSg.screen2(canvas2, 'teal')
# red_scene_1(canvas, wavelength, colour, x)
SSg.green_scene_1(canvas2, 45, 'teal', x)
SSg.screen2(canvas2, 'teal')
canvas2.create_text(97, 75, text='550nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(121, 80, 121, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 121, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(114, 88, 121, 85, fill='black')
canvas2.create_line(114, 82, 121, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSg.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSg.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSg.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'teal')
# screen2(canvas, colour)
SSg.screen2(canvas2, 'teal')
# red_scene_2(canvas, colour, gap_size, a)
SSg.green_scene_2(canvas2, 'teal', gap, reset_z, offset)
SSg.screen2(canvas2, 'teal')
canvas2.create_text(97, 75, text='550nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(121, 80, 121, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 121, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(114, 88, 121, 85, fill='black')
canvas2.create_line(114, 82, 121, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 5:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSb.barrier(canvas2, gap)
# screen(canvas)
SSb.screen(canvas2, offset)
# screen2(canvas, colour)
SSb.screen2(canvas2, 'blue')
# red_scene_1(canvas, wavelength, colour, x)
SSb.blue_scene_1(canvas2, 40, 'blue', x)
canvas2.create_text(75, 75, text='470nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSb.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSb.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSb.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'blue')
# screen2(canvas, colour)
SSb.screen2(canvas2, 'blue')
# red_scene_2(canvas, colour, gap_size, a)
SSb.blue_scene_2(canvas2, 'blue', gap, reset_z, offset)
canvas2.create_text(75, 75, text='470nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 6:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSi.barrier(canvas2, gap)
# screen(canvas)
SSi.screen(canvas2, offset)
# screen2(canvas, colour)
SSi.screen2(canvas2, 'indigo')
# red_scene_1(canvas, wavelength, colour, x)
SSi.indigo_scene_1(canvas2, 35, 'indigo', x)
canvas2.create_text(65, 75, text='425nm', fill='black')
# Vertical lines
canvas2.create_line(41, 80, 41, 90, fill='black')
canvas2.create_line(76, 80, 76, 90, fill='black')
# Horizontal Line
canvas2.create_line(41, 85, 76, 85, fill='black')
#Arrow
canvas2.create_line(41, 85, 48, 88, fill='black')
canvas2.create_line(41, 85, 48, 82, fill='black')
canvas2.create_line(69, 88, 76, 85, fill='black')
canvas2.create_line(69, 82, 76, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSi.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSi.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSi.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'indigo')
# screen2(canvas, colour)
SSi.screen2(canvas2, 'indigo')
# red_scene_2(canvas, colour, gap_size, a)
SSi.indigo_scene_2(canvas2, 'indigo', gap, reset_z, offset)
canvas2.create_text(65, 75, text='425nm', fill='black')
# Vertical lines
canvas2.create_line(41, 80, 41, 90, fill='black')
canvas2.create_line(76, 80, 76, 90, fill='black')
# Horizontal Line
canvas2.create_line(41, 85, 76, 85, fill='black')
#Arrow
canvas2.create_line(41, 85, 48, 88, fill='black')
canvas2.create_line(41, 85, 48, 82, fill='black')
canvas2.create_line(69, 88, 76, 85, fill='black')
canvas2.create_line(69, 82, 76, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 7:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSp.barrier(canvas2, gap)
# screen(canvas)
SSp.screen(canvas2, offset)
# screen2(canvas, colour)
SSp.screen2(canvas2, 'violet')
# red_scene_1(canvas, wavelength, colour, x)
SSp.purple_scene_1(canvas2, 30, 'violet', x)
SSp.screen2(canvas2, 'violet')
canvas2.create_text(95, 75, text='400nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(93, 88, 100, 85, fill='black')
canvas2.create_line(93, 82, 100, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSp.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSp.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=576 + offset, y=55)
SSp.colour_screen(canvas3)
x2 += 1
canvas4 = Tkinter.Canvas(upper_frame,
width=210,
height=340,
bg='black',
highlightbackground='black')
canvas4.place(x=687, y=56)
graph_label = Tkinter.Label(
canvas4,
text='Colour Intensity \nGraph',
bg='black',
fg='white',
font=('Arial', 20))
graph_label.place(x=10, y=140)
f = Figure(figsize=(2.1, 3.40), dpi=100)
a = f.add_subplot(111)
f.subplots_adjust(left=0,
bottom=0,
right=1,
top=1,
wspace=0,
hspace=0)
f.set_facecolor('black')
graph_canvas = FigureCanvasTkAgg(f, master=canvas4)
graph_canvas.get_tk_widget().place(x=2, y=0)
SSG.SS_Graph1(graph_canvas, a, 10, 'violet')
# screen2(canvas, colour)
SSp.screen2(canvas2, 'violet')
# red_scene_2(canvas, colour, gap_size, a)
SSp.purple_scene_2(canvas2, 'violet', gap, reset_z, offset)
canvas2.create_text(95, 75, text='400nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(93, 88, 100, 85, fill='black')
canvas2.create_line(93, 82, 100, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
else:
reset_animation()
return tkMessageBox.showinfo('Colour Error',
'Please choose a colour')
else:
break
def start_animation():
global reset, reset_z, num, gap, x, offset, canvas3, x2
get_result()
reset = True
start_button.config(state='disable')
pause_button.config(state='normal')
reset_button.config(state='normal')
gap_slider.config(state='disable')
screen_offset_slider.config(state='disable')
gap_calculation_value()
offset_calculation_value()
gap = gap * 100
offset = ((offset * 100) - 100) * 2
for i in range(1, 8):
colour_choice[i].config(state='disable')
while reset == True:
if reset == True and status == True:
if num == 1:
if x == 50:
x = 70
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSr.barrier(canvas2, gap)
# screen(canvas)
SSr.screen(canvas2, offset)
# screen2(canvas, colour)
SSr.screen2(canvas2, 'red')
# red_scene_1(canvas, wavelength, colour, x)
SSr.red_scene_1(canvas2, 60, 'red', x)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
x += 1
elif x > 250:
#canvas2.delete(SSr.barrier)
#canvas2.delete(SSr.screen2)
canvas2.delete('all')
# barrier(canvas, gap_size)
SSr.barrier(canvas2, gap)
# screen(canvas)
if x2 < 290 + offset:
SSr.screen(canvas2, offset)
x2 += 1
if x2 == 290 + offset:
canvas3 = Tkinter.Canvas(upper_frame,
width=45,
height=335,
bg='light grey',
highlightbackground='black')
canvas3.place(x=575 + offset, y=55)
SSr.colour_screen(canvas3)
x2 += 1
# screen2(canvas, colour)
SSr.screen2(canvas2, 'red')
# red_scene_2(canvas, colour, gap_size, a)
SSr.red_scene_2(canvas2, 'red', gap, reset_z, offset)
canvas2.create_text(102, 75, text='665nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(131, 80, 131, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 131, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(124, 88, 131, 85, fill='black')
canvas2.create_line(124, 82, 131, 85, fill='black')
reset_z = False
# Window ---------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 2:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSo.barrier(canvas2, gap)
# screen(canvas)
SSo.screen(canvas2, offset)
# screen2(canvas, colour)
SSo.screen2(canvas2, 'orange')
# red_scene_1(canvas, wavelength, colour, x)
SSo.orange_scene_1(canvas2, 55, 'orange', x)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSo.barrier(canvas2, gap)
# screen(canvas)
SSo.screen(canvas2, offset)
# screen2(canvas, colour)
SSo.screen2(canvas2, 'orange')
# red_scene_2(canvas, colour, gap_size, a)
SSo.orange_scene_2(canvas2, 'orange', gap, reset_z, offset)
canvas2.create_text(62, 75, text='630nm', fill='black')
# Vertical lines
canvas2.create_line(31, 80, 31, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(31, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(31, 85, 38, 88, fill='black')
canvas2.create_line(31, 85, 38, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 3:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSy.barrier(canvas2, gap)
# screen(canvas)
SSy.screen(canvas2, offset)
# screen2(canvas, colour)
SSy.screen2(canvas2, 'yellow')
# red_scene_1(canvas, wavelength, colour, x)
SSy.yellow_scene_1(canvas2, 50, 'yellow', x)
canvas2.create_text(77, 75, text='600nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(94, 88, 101, 85, fill='black')
canvas2.create_line(94, 82, 101, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSy.barrier(canvas2, gap)
# screen(canvas)
SSy.screen(canvas2, offset)
# screen2(canvas, colour)
SSy.screen2(canvas2, 'yellow')
# red_scene_2(canvas, colour, gap_size, a)
SSy.yellow_scene_2(canvas2, 'yellow', gap, reset_z, offset)
canvas2.create_text(77, 75, text='600nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(94, 88, 101, 85, fill='black')
canvas2.create_line(94, 82, 101, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 4:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSg.barrier(canvas2, gap)
# screen(canvas)
SSg.screen(canvas2, offset)
# screen2(canvas, colour)
SSg.screen2(canvas2, 'teal')
# red_scene_1(canvas, wavelength, colour, x)
SSg.green_scene_1(canvas2, 45, 'teal', x)
SSg.screen2(canvas2, 'teal')
canvas2.create_text(97, 75, text='550nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(121, 80, 121, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 121, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(114, 88, 121, 85, fill='black')
canvas2.create_line(114, 82, 121, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSg.barrier(canvas2, gap)
# screen(canvas)
SSg.screen(canvas2, offset)
# screen2(canvas, colour)
SSg.screen2(canvas2, 'teal')
# red_scene_2(canvas, colour, gap_size, a)
SSg.green_scene_2(canvas2, 'teal', gap, reset_z, offset)
SSg.screen2(canvas2, 'teal')
canvas2.create_text(97, 75, text='550nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(121, 80, 121, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 121, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(114, 88, 121, 85, fill='black')
canvas2.create_line(114, 82, 121, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 5:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSb.barrier(canvas2, gap)
# screen(canvas)
SSb.screen(canvas2, offset)
# screen2(canvas, colour)
SSb.screen2(canvas2, 'blue')
# red_scene_1(canvas, wavelength, colour, x)
SSb.blue_scene_1(canvas2, 40, 'blue', x)
canvas2.create_text(75, 75, text='470nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSb.barrier(canvas2, gap)
# screen(canvas)
SSb.screen(canvas2, offset)
# screen2(canvas, colour)
SSb.screen2(canvas2, 'blue')
# red_scene_2(canvas, colour, gap_size, a)
SSb.blue_scene_2(canvas2, 'blue', gap, reset_z, offset)
canvas2.create_text(75, 75, text='470nm', fill='black')
# Vertical lines
canvas2.create_line(51, 80, 51, 90, fill='black')
canvas2.create_line(91, 80, 91, 90, fill='black')
# Horizontal Line
canvas2.create_line(51, 85, 91, 85, fill='black')
#Arrow
canvas2.create_line(51, 85, 58, 88, fill='black')
canvas2.create_line(51, 85, 58, 82, fill='black')
canvas2.create_line(84, 88, 91, 85, fill='black')
canvas2.create_line(84, 82, 91, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 6:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSi.barrier(canvas2, gap)
# screen(canvas)
SSi.screen(canvas2, offset)
# screen2(canvas, colour)
SSi.screen2(canvas2, 'indigo')
# red_scene_1(canvas, wavelength, colour, x)
SSi.indigo_scene_1(canvas2, 35, 'indigo', x)
canvas2.create_text(65, 75, text='425nm', fill='black')
# Vertical lines
canvas2.create_line(41, 80, 41, 90, fill='black')
canvas2.create_line(76, 80, 76, 90, fill='black')
# Horizontal Line
canvas2.create_line(41, 85, 76, 85, fill='black')
#Arrow
canvas2.create_line(41, 85, 48, 88, fill='black')
canvas2.create_line(41, 85, 48, 82, fill='black')
canvas2.create_line(69, 88, 76, 85, fill='black')
canvas2.create_line(69, 82, 76, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSi.barrier(canvas2, gap)
# screen(canvas)
SSi.screen(canvas2, offset)
# screen2(canvas, colour)
SSi.screen2(canvas2, 'indigo')
# red_scene_2(canvas, colour, gap_size, a)
SSi.indigo_scene_2(canvas2, 'indigo', gap, reset_z, offset)
canvas2.create_text(65, 75, text='425nm', fill='black')
# Vertical lines
canvas2.create_line(41, 80, 41, 90, fill='black')
canvas2.create_line(76, 80, 76, 90, fill='black')
# Horizontal Line
canvas2.create_line(41, 85, 76, 85, fill='black')
#Arrow
canvas2.create_line(41, 85, 48, 88, fill='black')
canvas2.create_line(41, 85, 48, 82, fill='black')
canvas2.create_line(69, 88, 76, 85, fill='black')
canvas2.create_line(69, 82, 76, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
elif num == 7:
if x <= 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSp.barrier(canvas2, gap)
# screen(canvas)
SSp.screen(canvas2, offset)
# screen2(canvas, colour)
SSp.screen2(canvas2, 'violet')
# red_scene_1(canvas, wavelength, colour, x)
SSp.purple_scene_1(canvas2, 30, 'violet', x)
SSp.screen2(canvas2, 'violet')
canvas2.create_text(95, 75, text='400nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(93, 88, 100, 85, fill='black')
canvas2.create_line(93, 82, 100, 85, fill='black')
x += 1
elif x > 250:
canvas2.delete('all')
# barrier(canvas, gap_size)
SSp.barrier(canvas2, gap)
# screen(canvas)
SSp.screen(canvas2, offset)
# screen2(canvas, colour)
SSp.screen2(canvas2, 'violet')
# red_scene_2(canvas, colour, gap_size, a)
SSp.purple_scene_2(canvas2, 'violet', gap, reset_z, offset)
canvas2.create_text(95, 75, text='400nm', fill='black')
# Vertical lines
canvas2.create_line(71, 80, 71, 90, fill='black')
canvas2.create_line(101, 80, 101, 90, fill='black')
# Horizontal Line
canvas2.create_line(71, 85, 101, 85, fill='black')
#Arrow
canvas2.create_line(71, 85, 78, 88, fill='black')
canvas2.create_line(71, 85, 78, 82, fill='black')
canvas2.create_line(93, 88, 100, 85, fill='black')
canvas2.create_line(93, 82, 100, 85, fill='black')
reset_z = False
# Window --------------------------------------------------------
root.after(7)
canvas2.update()
else:
reset_animation()
return tkMessageBox.showinfo('Colour Error',
'Please choose a colour')
else:
break
