#4l: Drawing in Python {SPIRAL}

This is to inform that 'drawing in python' contents are made using "help()" and ability to explore contents.

I>

import turtle as t
def cmagic(y):
import turtle as t
t.speed(y)
x=float(0.027)
for i in range(1):

for k in range(1,38):
x=x+0.027

if x>1:

x=1
for g in range(1,36):
x=x-0.027
t.color(x,x,x)


t.fd(10)
t.right(5)


if x<1:

x=x
t.color(x,x,x)


t.fd(10)
t.right(5)

for i in range(1,37):
cmagic(0)


t.right(10)

II>

import turtle as t
import random

p=int(input('Enter number of sides of polygon: '))
t.speed(0)
g=p+1
colo=[]
for i in range(1,100,1):
colo.append(i/100)
for k in range(37):

for q in range(1,p+1):

x=random.choice(colo)
y=random.choice(colo)
z=random.choice(colo)
a=random.choice(colo)
b=random.choice(colo)
c=random.choice(colo)
t.bgcolor(a,b,c)

t.color(x,y,z)
t.fd(100)
t.right(360/(p))

t.right(10)
for j in range(37):
for i in range(1,(p+1)):
a=random.choice(colo)
b=random.choice(colo)
c=random.choice(colo)
t.bgcolor(a,b,c)
t.color(1,1,1)
t.fd(100)
t.right((360/(p)))

t.right(10)
t.bgcolor(1,1,1)

t.speed(1)

III>

x=int(input('Size of spiral (larger number more number of circles in spiral): '))

g=x+1

kl=(360/x)

import turtle as t

t.pensize(5)

t.speed(0)

x=0.01

for k in range(1,g):

for i in range(1,25):

j=i/24

t.color(j,1,1)

t.fd(10)

t.right(5)

if j==1:

j=1

for i in range(1,25):

w=i/24

t.color(j,w,1)

t.fd(10)

t.right(5)

if w==1:

w=1

for i in range(1,25):

q=i/24

t.color(j,w,q)

t.fd(10)

t.right(5)

t.right(kl)

t.hideturtle()

IV>

import turtle as t

x=float(0.027)

for i in range(1,37):

t.pensize(3)

t.speed(0)

t.color('blue')

x=x+0.027

t.circle(100)

t.color(x,x,x)

t.circle(100)

t.right(10)

import turtle as t

import random as r

t.speed(0)

t.penup()

t.goto(0,-300)

t.pendown()

for ki in range(0,400):

k=(ki/400)

t.color(k,k,k)

x=t.position()

t.circle((ki),360)

t.goto(0,-300)

t.goto(x)

Search This Blog

Total - Cool Stuffs

#4l: Drawing in Python {SPIRAL}