Python and termux |2021|apni programming|

import turtle import random turtle.speed(9) turtle.pensize(3) turtle.showturtle() turtle.bgcolor("black") def myPosition (x,y):  turtle.penup()  turtle.goto(x,y)  turtle.pendown() myPosition(-13,170) turtle.pencolor("gold") turtle.forward(50) turtle.left(90) turtle.forward(10) turtle.left(90) turtle.forward(100) turtle.left(90) turtle.forward (10) turtle.left(90) turtle.forward(50) myPosition(-13,185) turtle.forward(35) turtle.left(90) turtle.forward(10) turtle.left(90) turtle.forward(70) turtle.left(90) turtle.forward(10) turtle.left(90) turtle.forward (35) myPosition(-13,200) turtle.forward(25) turtle.left(90) turtle.forward(10) turtle.left(90) turtle.forward (50) turtle.left(90) turtle.forward(10) turtle.left(90) turtle.forward(25) myPosition(-13,215) for i in range(12):      turtle.forward(5)      turtle.left(30) myPosition(-13,160) turtle.pencolor("red") turtle.right(90) turtle.left(15) turtle.forward(10) turtle.right(15) turtle.forward(15

import turtle t1 = turtle.Turtle() t1.pensize(0) t1.speed(3) #t1.color("white", "white") t1.color("white", "blue") turtle.bgcolor("black") t1.begin_fill() t1.left(90) t1.forward(200) t1.left(120) t1.forward(200) t1.left(45) t1.forward(150) t1.left(30) t1.forward(100) t1.right(30) t1.forward(30) t1.left(40) t1.forward(80) t1.left(30) t1.forward(201) t1.left(126) t1.forward(110) t1.right(80) t1.forward(75) t1.left(168) t1.forward(130) t1.right(160) t1.forward(58) t1.left(70) t1.forward(40) t1.right(45) t1.forward(30) t1.left(150) t1.forward(20) t1.right(103) t1.forward(200) t1.left(180) t1.forward(30) t1.left(160) t1.forward(40) t1.left(40) t1.forward(40) t2 = turtle.Turtle() t2.pensize(0) t2.speed(0) t2.color("black", "black") t2.begin_fill() t2.right(90) t2.forward(158) t2.right(110) t2.forward(20) t2.left(160) t2.forward(30) t2.left(130) t2.forward(30) t3 = turtle.Turtle() t3.pensize(0) t3.speed(0) t3.color("bl

import Film Film.demo()

from asciimatics.effects import Cycle, Stars from asciimatics.renderers import FigletText from asciimatics.scene import Scene from asciimatics.screen import Screen def demo(screen):     effects = [         Cycle(             screen,             FigletText("APNI PROGRAM", font='small'),             int(screen.height / 5-9)),         Cycle(             screen,             FigletText("BY KRISH BHAGAT",font='small'),             int(screen.height / 1-10)),          Cycle(             screen,             FigletText("THANKS FOR", font='small'),              int(screen.height/3-7)),           Cycle(             screen,             FigletText("WATCHING", font='small'),              int(screen.height/2-9)),             Cycle(             screen,             FigletText("JAI - HINDI", font='small'),              int(screen.height/2+3)),         Stars(screen, 500)     ]     screen.play([Scene(effects, 900)])

import ascii_magic kri=ascii_magic.from_image_file(r"location of photo", columns=60,char='©') #location of photo and columns you want char of ascii ascii_magic.to_terminal(kri)

def squares(x,y,f,p,c):  t.speed(0)  t.up()  t.goto(x,y)  t.down()  t.begin_fill()  t.pensize(p)  t.pencolor(c)  t.fillcolor(c)  for i in range(4):   t.forward(f)   t.left(90)  t.end_fill() def outline(x,y,f,p,c):  t.speed(0)  t.up()  t.goto(x,y)  t.down()  t.pensize(p)  t.pencolor(c)  for i in range(4):   t.forward(f)   t.left(90) def circlefill(x,y,r,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.begin_fill()   t.fillcolor(c)   t.circle(r)   t.end_fill()   def circlefillout(x,y,r,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.pencolor(c)   t.begin_fill()   t.fillcolor(c)   t.circle(r)   t.end_fill() def circle(x,y,r,p,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.pensize(p)   t.pencolor(c)   t.circle(r)  def arrowcircle(x,y,r,p,c):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.pensize(p)   t.pencolor(c)   t.circle(r)    t.up()   t.home()   t.down() def arrow(x,y,f,r,p):   t.speed(0)   t.up()   t.goto(x,y)   t.down()   t.pensize(p)   t.left(90)   t.forwar

 import turtle t1 = turtle.Turtle() t1.pensize(0) t1.speed(3) #t1.color("white", "white") t1.color("white", "blue") turtle.bgcolor("black") t1.begin_fill() t1.left(90) t1.forward(200) t1.left(120) t1.forward(200) t1.left(45) t1.forward(150) t1.left(30) t1.forward(100) t1.right(30) t1.forward(30) t1.left(40) t1.forward(80) t1.left(30) t1.forward(201) t1.left(126) t1.forward(110) t1.right(80) t1.forward(75) t1.left(168) t1.forward(130) t1.right(160) t1.forward(58) t1.left(70) t1.forward(40) t1.right(45) t1.forward(30) t1.left(150) t1.forward(20) t1.right(103) t1.forward(200) t1.left(180) t1.forward(30) t1.left(160) t1.forward(40) t1.left(40) t1.forward(40) t2 = turtle.Turtle() t2.pensize(0) t2.speed(3) #t2.color("white", "white") t2.color("white", "blue") turtle.bgcolor("black") t2.begin_fill() t2.right(90) t2.backward(200) t2.right(120) t2.backward(200) t2.right(45) t2.backward(150) t2.ri