Canvas - Drawing Arcs

The first code is a simple example:

import Tkinter
root    =  Tkinter.Tk()
ch, cw  =  200, 200
c1 = Tkinter.Canvas(root, height = ch, width = cw, bg = "black")
c1.create_arc(30, 30, 200, 200, start = 30, extent = 45, outline = "brown", 
fill = "yellow", width = 4)
c1.create_arc(10, 130, 200, 230, start = 30, extent = 145, outline = "brown", 
fill = "yellow", width = 4)
c1.create_arc(30, 30, 100, 100, start = 30, extent = 295, outline = "green", 
width = 2)
c1.create_arc(50, 50, 65, 60, start = 30, extent = 310, outline = "green", 
width = 2)
c1.pack()
root.title("Arcs")
root.mainloop()
 

We must create a canvas using the "Canvas" method, also its dimensions are declared here.
c1 = Tkinter.Canvas(root, height = ch, width = cw, bg = "black")
Then we create an arc by using:
c1.create_arc(30, 30, 200, 200, start = 30, extent = 45, outline = "brown", fill = "yellow", width = 4)
The coordinates of the first point are (30, 30), and of the last point are (200, 200). The attributes of outline_color and width_size go with "outline" and "width", respectively.
Then we could show the results in the screen by using the "pack" or "grid" methods.
The next code has some variations.

import Tkinter

def mz(x, y):
    # Oval within a fixed space
    c1.create_oval(x, y, x + 20, y + 10, fill = "red")

def arc(ax, ay, bx, by, s, e, w, o, f = None):
    c1.create_arc(  ax, ay, bx, by  ,
                    start   = s     ,
                    extent  = e     ,
                    outline = o     ,
                    fill    = f     ,
                    width   = w     )

root    =  Tkinter.Tk()
ch, cw  =  200, 200
c1 = Tkinter.Canvas(root, height = ch, width = cw, bg = "black")
arc(30,  30, 200, 200, 30,  45, 4, "brown", "yellow")
arc(10, 130, 200, 230, 30, 145, 4, "brown", "yellow")
arc(50,  50,  65,  60, 30, 310, 2, "white", "green" )
arc(30,  30, 100, 100, 30, 295, 2, "green")

pts = [ [ 35, 150],  [55, 160], [ 60, 140], [ 85, 160],
        [ 90, 142], [115, 155], [120, 140], [125,  85],
        [133,  65], [138,  45], [143, 145], [160,  65]
      ]

for n in range(len(pts)):
    mz(pts[n][0], pts[n][1])

c1.pack()
root.title("Arcs")
root.mainloop()
 

Second code sample is:

import Tkinter

def arc_fi(a, b, s, e, w):
    ax, ay = a[0], a[1]
    bx, by = b[0], b[1]
    fc = "yellow"   # fill      color
    c1.create_arc(ax, ay, bx, by, start = s, extent = e, fill = fc, width = w)

root    =  Tkinter.Tk()
ch, cw  =  200, 200

c1 = Tkinter.Canvas(root, height = ch, width = cw, bg = "black")

for i in range(4, 7):
    a = [10 * i, 10 * i]
    b = [40 * i, 40 * i]
    s = 15 * i
    e = s + 15
    arc_fi(a, b, s, e, 4)

c1.pack()
root.title("Rnd01")
root.mainloop()
 

Third code sample is:

import Tkinter

def arc_of(a, b, s, e, w):
    ax, ay = a[0], a[1]
    bx, by = b[0], b[1]
    pts    = [ax, ay, bx, by]
    oc = "brown"    # outline   color
    fc = "yellow"   # fill      color
    c1.create_arc(pts, start = s, extent = e, outline = oc, fill = fc, width = w)

root    =  Tkinter.Tk()
ch, cw  =  200, 200

c1 = Tkinter.Canvas(root, height = ch, width = cw, bg = "black")

for i in range(0, 4):
    a = [30, 30]
    b = [170, 170]
    s = 30 * i
    e = s + 30
    arc_of(a, b, s, e, 2)

c1.pack()
root.title("Sections")
root.mainloop()