def create_frame3c(self):
self.frame3c_entry1 = MyOutputEntry(self.frame3c,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame3c_entry2 = MyOutputEntry(self.frame3c,
'Rotational Kinetic Energy (J)',
0.20, 0.40)
self.frame3c_entry3 = MyOutputEntry(self.frame3c,
'Linear Kinetic Energy (J)', 0.20,
0.55)
self.frame3c_entry4 = MyOutputEntry(self.frame3c,
'Total Kinetic Energy (J)', 0.20,
0.70)
self.calculate_button_3c = MyImageButton(
self.frame3c, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_3c, 0.75, 0.25)
self.calculate_button_3c.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_3c.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame3c_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame3c_entry2.label, 'RKE = ½ Iw²')
CreateToolTip(self.frame3c_entry3.label, 'LKE = ½ MV²')
CreateToolTip(self.frame3c_entry4.label, 'TKE = RKE + LKE')
def create_frame3a(self):
self.frame3a_entry1 = MyOutputEntry(self.frame3a,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.calculate_button_3a = MyImageButton(
self.frame3a, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_3a, 0.75, 0.25)
self.calculate_button_3a.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_3a.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame3a_entry1.label, 'I = ½ MR²')
def create_frame2b(self):
self.frame2b_entry1 = MyOutputEntry(self.frame2b,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame2b_entry2 = MyOutputEntry(self.frame2b,
'Angular Momentum (kgm²/s)', 0.20,
0.40)
self.calculate_button_2b = MyImageButton(
self.frame2b, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_2b, 0.75, 0.25)
self.calculate_button_2b.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_2b.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame2b_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame2b_entry2.label, 'L = Iw')
def create_nav(self):
if dev:
print '[main] navigation buttons created'
self.enter_as = MyImageButton(
self.main_pf1, GrayScale(20),
CreateTkImage('data/images/settings.png', 32, 32),
self.flip_main_pf2, 0.05, fb_rely_primary)
self.exit_as = MyImageButton(
self.main_pf2, GrayScale(20),
CreateTkImage('data/images/back.png', 32, 32), self.flip_main_pf1,
0.175, 0.85)
self.exit_as.place(relwidth=0.125, relheight=0.0625)
self.frame_cycle = MyCycleButton3(
self.main_pf1,
['Orbiting Particle', 'Rotating Circle', 'Rolling Circle'],
[self.scales, self.frame1, self.frame2, self.frame3], 0.85,
fb_rely_primary)
class MyMainFrame(object):
def __init__(self, root):
# assigning parameters to attributes
self.parent = root
# creating first fun variables
self.fr0 = True
self.fr1 = True
self.fr2 = True
self.fr3 = True
self.fr4 = True
self.fr5 = True
self.fr6 = True
self.fr7 = True
self.fr8 = True
self.fr9 = True
# creating defaults
self.defaults()
def defaults(self):
# creating frames, navigation buttons and animation frame
self.create_frames()
self.create_nav()
self.create_animation_frame()
self.create_scales()
# creating frame1, frame2, frame3 objects
self.create_frame1()
self.create_frame2()
self.create_frame3()
# select frames (main_pf1, frame1, frame1a)
self.flip_main_pf1()
self.flip_frame1()
# noinspection DuplicatedCode,DuplicatedCode
def create_frames(self):
if dev:
print '[main] frames created'
self.main_bf = MyFrame(self.parent, GrayScale(20))
self.main_pf1 = MyFrame(self.main_bf, GrayScale(20))
self.main_pf2 = MyFrame(self.main_bf, GrayScale(20))
self.scales = MyInputFrame(self.main_pf1, GrayScale(20))
self.frame1 = MyFrameWBP1(self.main_pf1, GrayScale(20))
self.frame2 = MyFrameWBP1(self.main_pf1, GrayScale(20))
self.frame3 = MyFrameWBP1(self.main_pf1, GrayScale(20))
self.frame1a = MyOutputFrame(self.frame1, GrayScale(20))
self.frame1b = MyOutputFrame(self.frame1, GrayScale(20))
self.frame1c = MyOutputFrame(self.frame1, GrayScale(20))
self.frame2a = MyOutputFrame(self.frame2, GrayScale(20))
self.frame2b = MyOutputFrame(self.frame2, GrayScale(20))
self.frame2c = MyOutputFrame(self.frame2, GrayScale(20))
self.frame3a = MyOutputFrame(self.frame3, GrayScale(20))
self.frame3b = MyOutputFrame(self.frame3, GrayScale(20))
self.frame3c = MyOutputFrame(self.frame3, GrayScale(20))
def create_nav(self):
if dev:
print '[main] navigation buttons created'
self.enter_as = MyImageButton(
self.main_pf1, GrayScale(20),
CreateTkImage('data/images/settings.png', 32, 32),
self.flip_main_pf2, 0.05, fb_rely_primary)
self.exit_as = MyImageButton(
self.main_pf2, GrayScale(20),
CreateTkImage('data/images/back.png', 32, 32), self.flip_main_pf1,
0.175, 0.85)
self.exit_as.place(relwidth=0.125, relheight=0.0625)
self.frame_cycle = MyCycleButton3(
self.main_pf1,
['Orbiting Particle', 'Rotating Circle', 'Rolling Circle'],
[self.scales, self.frame1, self.frame2, self.frame3], 0.85,
fb_rely_primary)
def create_animation_frame(self):
if dev:
print '[main] animation frame objects created'
self.main_pf2_title = MyLabel(self.main_pf2, 'Animation Settings',
0.175, 0.125)
self.main_pf2_title.configure(bg=GrayScale(20),
font=MyFonts['LargeBold'])
self.main_pf2_title.place(relwidth=0.65)
self.time_factor_scale = MyScale(self.main_pf2, 'Time Factor', 0.175,
0.25)
self.len_mult_scale = MyScale(self.main_pf2, 'Length Multiplier',
0.175, 0.40)
self.granularity_scale = MyScale(self.main_pf2, 'Granularity', 0.175,
0.55)
self.time_factor_scale.configure(from_=1,
to=100,
resolution=1,
bg=GrayScale(20))
self.len_mult_scale.configure(from_=1,
to=100,
resolution=1,
bg=GrayScale(20))
self.granularity_scale.configure(from_=5,
to=90,
resolution=5,
bg=GrayScale(20))
self.time_factor_scale.label.configure(bg=GrayScale(20),
font=MyFonts['Large'])
self.len_mult_scale.label.configure(bg=GrayScale(20),
font=MyFonts['Large'])
self.granularity_scale.label.configure(bg=GrayScale(20),
font=MyFonts['Large'])
self.time_factor_scale.place(relwidth=0.65)
self.len_mult_scale.place(relwidth=0.65)
self.granularity_scale.place(relwidth=0.65)
self.time_factor_scale.label.place(relwidth=0.65)
self.len_mult_scale.label.place(relwidth=0.65)
self.granularity_scale.label.place(relwidth=0.65)
if dev:
self.time_factor_scale.set(1)
self.len_mult_scale.set(100)
self.granularity_scale.set(5)
if not dev:
self.time_factor_scale.set(5)
self.len_mult_scale.set(5)
self.granularity_scale.set(5)
if tooltips:
CreateToolTip(
self.time_factor_scale.label,
'Drag slider to adjust animation speed.'
'\nHigher value is faster.')
CreateToolTip(
self.len_mult_scale.label,
'Drag slider to adjust animation scale.'
'\nHigher value is bigger.')
CreateToolTip(
self.granularity_scale.label,
'Drag slider to adjust animation smoothness'
'\nHigher value is smoother')
def create_scales(self):
self.radius_scale = MyInputScale(self.scales, 'Radius (m)', 0.20, 0.25)
self.mass_scale = MyInputScale(self.scales, 'Mass (kg)', 0.20, 0.40)
self.ang_vel_scale = MyInputScale(self.scales,
'Angular Velocity (rad/s)', 0.20,
0.55)
if tooltips:
CreateToolTip(self.radius_scale.label,
'Drag slider to adjust radius')
CreateToolTip(self.mass_scale.label, 'Drag slider to adjust mass')
CreateToolTip(self.ang_vel_scale.label,
'Drag slider to adjust angular velocity')
self.radius_scale.set(20.0)
self.mass_scale.set(20.0)
self.ang_vel_scale.set(20.0)
# noinspection DuplicatedCode
def create_frame1(self):
if dev:
print '[main] frame1 objects created'
self.main_label_1 = MyLabel(self.frame1, 'Orbiting Particle', 0.40,
0.05)
self.main_label_1.configure(font=MyFonts['ExtraLargeBold'])
self.main_label_1.place(relwidth=0.20)
self.animate_button_1 = MyButton(self.frame1, 'Animate', self.animate1,
0.05, fb_rely_secondary)
self.frame1_canvas = MyCanvas(self.frame1)
self.frame1_cycle = MyCycleButton3(
self.frame1, ['Basic', 'Momentum', 'Energy'],
[self.scales, self.frame1a, self.frame1b, self.frame1c], 0.85,
fb_rely_secondary)
self.create_frame1a()
self.create_frame1b()
self.create_frame1c()
self.frame1a.tkraise()
# noinspection DuplicatedCode
def create_frame2(self):
if dev:
print '[main] frame2 objects created'
self.main_label_2 = MyLabel(self.frame2, 'Rotating Circle', 0.40, 0.05)
self.main_label_2.configure(font=MyFonts['ExtraLargeBold'])
self.main_label_2.place(relwidth=0.20)
self.animate_button_2 = MyButton(self.frame2, 'Animate', self.animate2,
0.05, fb_rely_secondary)
self.frame2_canvas = MyCanvas(self.frame2)
self.frame2_cycle = MyCycleButton3(
self.frame2, ['Basic', 'Momentum', 'Energy'],
[self.scales, self.frame2a, self.frame2b, self.frame2c], 0.85,
fb_rely_secondary)
self.create_frame2a()
self.create_frame2b()
self.create_frame2c()
self.frame2a.tkraise()
# noinspection DuplicatedCode
def create_frame3(self):
if dev:
print '[main] frame3 objects created'
self.main_label_3 = MyLabel(self.frame3, 'Rolling Circle', 0.40, 0.05)
self.main_label_3.configure(font=MyFonts['ExtraLargeBold'])
self.main_label_3.place(relwidth=0.20)
self.animate_button_3 = MyButton(self.frame3, 'Animate', self.animate3,
0.05, fb_rely_secondary)
self.frame3_canvas = MyCanvas(self.frame3)
self.frame3_cycle = MyCycleButton3(
self.frame3, ['Basic', 'Momentum', 'Energy'],
[self.scales, self.frame3a, self.frame3b, self.frame3c], 0.85,
fb_rely_secondary)
self.create_frame3a()
self.create_frame3b()
self.create_frame3c()
self.frame3a.tkraise()
# noinspection DuplicatedCode
def create_frame1a(self):
self.frame1a_entry1 = MyOutputEntry(self.frame1a,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.calculate_button_1a = MyImageButton(
self.frame1a, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_1a, 0.75, 0.25)
self.calculate_button_1a.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_1a.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame1a_entry1.label, 'I = MR²')
# noinspection DuplicatedCode
def create_frame1b(self):
self.frame1b_entry1 = MyOutputEntry(self.frame1b,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame1b_entry2 = MyOutputEntry(self.frame1b,
'Angular Momentum (kgm²/s)', 0.20,
0.40)
self.calculate_button_1b = MyImageButton(
self.frame1b, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_1b, 0.75, 0.25)
self.calculate_button_1b.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_1b.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame1b_entry1.label, 'I = MR²')
CreateToolTip(self.frame1b_entry2.label, 'L = Iw')
# noinspection DuplicatedCode
def create_frame1c(self):
self.frame1c_entry1 = MyOutputEntry(self.frame1c,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame1c_entry2 = MyOutputEntry(self.frame1c,
'Rotational Kinetic Energy (J)',
0.20, 0.40)
self.calculate_button_1c = MyImageButton(
self.frame1c, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_1c, 0.75, 0.25)
self.calculate_button_1c.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_1c.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame1c_entry1.label, 'I = MR²')
CreateToolTip(self.frame1c_entry2.label, 'RKE = ½ Iw²')
# noinspection DuplicatedCode
def create_frame2a(self):
self.frame2a_entry1 = MyOutputEntry(self.frame2a,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.calculate_button_2a = MyImageButton(
self.frame2a, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_2a, 0.75, 0.25)
self.calculate_button_2a.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_2a.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame2a_entry1.label, 'I = ½ MR²')
# noinspection DuplicatedCode
def create_frame2b(self):
self.frame2b_entry1 = MyOutputEntry(self.frame2b,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame2b_entry2 = MyOutputEntry(self.frame2b,
'Angular Momentum (kgm²/s)', 0.20,
0.40)
self.calculate_button_2b = MyImageButton(
self.frame2b, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_2b, 0.75, 0.25)
self.calculate_button_2b.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_2b.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame2b_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame2b_entry2.label, 'L = Iw')
# noinspection DuplicatedCode
def create_frame2c(self):
self.frame2c_entry1 = MyOutputEntry(self.frame2c,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame2c_entry2 = MyOutputEntry(self.frame2c,
'Rotational Kinetic Energy (J)',
0.20, 0.40)
self.calculate_button_2c = MyImageButton(
self.frame2c, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_2c, 0.75, 0.25)
self.calculate_button_2c.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_2c.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame2c_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame2c_entry2.label, 'RKE = ½ Iw²')
# noinspection DuplicatedCode
def create_frame3a(self):
self.frame3a_entry1 = MyOutputEntry(self.frame3a,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.calculate_button_3a = MyImageButton(
self.frame3a, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_3a, 0.75, 0.25)
self.calculate_button_3a.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_3a.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame3a_entry1.label, 'I = ½ MR²')
# noinspection DuplicatedCode
def create_frame3b(self):
self.frame3b_entry1 = MyOutputEntry(self.frame3b,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame3b_entry2 = MyOutputEntry(self.frame3b,
'Angular Momentum (kgm²/s)', 0.20,
0.40)
self.frame3b_entry3 = MyOutputEntry(self.frame3b,
'Linear Momentum (kgm/s)', 0.20,
0.55)
self.calculate_button_3b = MyImageButton(
self.frame3b, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_3b, 0.75, 0.25)
self.calculate_button_3b.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_3b.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame3b_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame3b_entry2.label, 'L = Iw')
CreateToolTip(self.frame3b_entry3.label, 'p = MV')
# noinspection DuplicatedCode
def create_frame3c(self):
self.frame3c_entry1 = MyOutputEntry(self.frame3c,
'Moment of Inertia (kgm²)', 0.20,
0.25)
self.frame3c_entry2 = MyOutputEntry(self.frame3c,
'Rotational Kinetic Energy (J)',
0.20, 0.40)
self.frame3c_entry3 = MyOutputEntry(self.frame3c,
'Linear Kinetic Energy (J)', 0.20,
0.55)
self.frame3c_entry4 = MyOutputEntry(self.frame3c,
'Total Kinetic Energy (J)', 0.20,
0.70)
self.calculate_button_3c = MyImageButton(
self.frame3c, GrayScale(20),
CreateTkImage('data/images/calculator.png', 48, 48),
self.calculate_3c, 0.75, 0.25)
self.calculate_button_3c.configure(bg=GrayScale(20),
activebackground=GrayScale(20))
self.calculate_button_3c.place(relwidth=0.10, relheight=0.10)
if tooltips:
CreateToolTip(self.frame3c_entry1.label, 'I = ½ MR²')
CreateToolTip(self.frame3c_entry2.label, 'RKE = ½ Iw²')
CreateToolTip(self.frame3c_entry3.label, 'LKE = ½ MV²')
CreateToolTip(self.frame3c_entry4.label, 'TKE = RKE + LKE')
def flip_main_pf1(self):
self.main_pf1.tkraise()
self.parent.geometry(
main_geometry + '+' +
str(self.parent.winfo_screenwidth() / 2 - main_width / 2) + '+' +
str(self.parent.winfo_screenheight() / 2 - main_height / 2))
self.in_animation_settings = False
def flip_main_pf2(self):
if self.fr0:
self.create_animation_frame()
self.fr0 = False
self.main_pf2.tkraise()
self.parent.geometry(
start_geometry + '+' +
str(self.parent.winfo_screenwidth() / 2 - start_width / 2) + '+' +
str(self.parent.winfo_screenheight() / 2 - start_height / 2))
self.in_animation_settings = True
def flip_frame1(self):
self.frame1.tkraise()
self.frame1a.tkraise()
self.scales.tkraise()
def flip_frame2(self):
self.frame2.tkraise()
self.frame2a.tkraise()
self.scales.tkraise()
def flip_frame3(self):
self.frame3.tkraise()
self.frame3a.tkraise()
self.scales.tkraise()
# noinspection DuplicatedCode
def calculate_1a(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
ans1 = Moment_Inertia(particle_constant, var1, var2)
self.frame1a_entry1.delete(0, END)
self.frame1a_entry1.insert(0, round(ans1, 2))
# calculate 1b
# noinspection DuplicatedCode
def calculate_1b(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
ans1 = Moment_Inertia(particle_constant, var1, var2)
ans2 = Angular_Momentum(ans1, var3)
self.frame1b_entry1.delete(0, END)
self.frame1b_entry1.insert(0, round(ans1, 2))
self.frame1b_entry2.delete(0, END)
self.frame1b_entry2.insert(0, round(ans2, 2))
# calculate 1c
# noinspection DuplicatedCode
def calculate_1c(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
ans1 = Moment_Inertia(particle_constant, var1, var2)
ans2 = Rotational_Kinetic_Energy(ans1, var3)
self.frame1c_entry1.delete(0, END)
self.frame1c_entry1.insert(0, round(ans1, 2))
self.frame1c_entry2.delete(0, END)
self.frame1c_entry2.insert(0, round(ans2, 2))
# calculate 2a
# noinspection DuplicatedCode
def calculate_2a(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
ans1 = Moment_Inertia(circle_constant, var1, var2)
self.frame2a_entry1.delete(0, END)
self.frame2a_entry1.insert(0, round(ans1, 2))
# calculate 2b
# noinspection DuplicatedCode
def calculate_2b(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
ans1 = Moment_Inertia(circle_constant, var1, var2)
ans2 = Angular_Momentum(ans1, var3)
self.frame2b_entry1.delete(0, END)
self.frame2b_entry1.insert(0, round(ans1, 2))
self.frame2b_entry2.delete(0, END)
self.frame2b_entry2.insert(0, round(ans2, 2))
# calculate 2c
# noinspection DuplicatedCode
def calculate_2c(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
ans1 = Moment_Inertia(circle_constant, var1, var2)
ans2 = Rotational_Kinetic_Energy(ans1, var3)
self.frame2c_entry1.delete(0, END)
self.frame2c_entry1.insert(0, round(ans1, 2))
self.frame2c_entry2.delete(0, END)
self.frame2c_entry2.insert(0, round(ans2, 2))
# calculate 3a
# noinspection DuplicatedCode
def calculate_3a(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
ans1 = Moment_Inertia(circle_constant, var1, var2)
self.frame3a_entry1.delete(0, END)
self.frame3a_entry1.insert(0, round(ans1, 2))
# calculate 3b
# noinspection DuplicatedCode
def calculate_3b(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
var4 = atl(var3, var1)
ans1 = Moment_Inertia(circle_constant, var1, var2)
ans2 = Angular_Momentum(ans1, var3)
ans3 = Linear_Momentum(var2, var4)
self.frame3b_entry1.delete(0, END)
self.frame3b_entry1.insert(0, round(ans1, 2))
self.frame3b_entry2.delete(0, END)
self.frame3b_entry2.insert(0, round(ans2, 2))
self.frame3b_entry3.delete(0, END)
self.frame3b_entry3.insert(0, round(ans3, 2))
# calculate 3c
# noinspection DuplicatedCode
def calculate_3c(self):
var1 = self.radius_scale.get()
var2 = self.mass_scale.get()
var3 = self.ang_vel_scale.get()
var4 = atl(var3, var1)
ans1 = Moment_Inertia(circle_constant, var1, var2)
ans2 = Rotational_Kinetic_Energy(ans1, var3)
ans3 = Linear_Kinetic_Energy(var2, var4)
ans4 = TKE(ans2, ans3)
self.frame3c_entry1.delete(0, END)
self.frame3c_entry1.insert(0, round(ans1, 2))
self.frame3c_entry2.delete(0, END)
self.frame3c_entry2.insert(0, round(ans2, 2))
self.frame3c_entry3.delete(0, END)
self.frame3c_entry3.insert(0, round(ans3, 2))
self.frame3c_entry4.delete(0, END)
self.frame3c_entry4.insert(0, round(ans4, 2))
# animate orbiting particle
def animate1(self):
orbiting_particle_animation(
self.parent, self.frame1_canvas,
float(canvas_width) / 2.0,
float(canvas_height) / 2.0,
float(self.radius_scale.get()) * float(self.len_mult_scale.get()),
float(self.ang_vel_scale.get()) /
float(self.time_factor_scale.get()), self.granularity_scale.get())
# animate rotating circle
def animate2(self):
rotating_circle_animation(
self.parent, self.frame2_canvas,
float(canvas_width) / 2.0,
float(canvas_height) / 2.0,
float(self.radius_scale.get()) * float(self.len_mult_scale.get()),
float(self.ang_vel_scale.get()) /
float(self.time_factor_scale.get()), self.granularity_scale.get())
# animate rolling circle
def animate3(self):
rolling_circle_animation(
self.parent, self.frame3_canvas,
float(canvas_width) / 2.0,
float(canvas_height) / 2.0,
float(self.radius_scale.get()) * float(self.len_mult_scale.get()),
float(self.ang_vel_scale.get()) /
float(self.time_factor_scale.get()), self.granularity_scale.get())