Python and termux |2021|apni programming|

  import turtle t=turtle.Turtle() turtle.bgcolor( "purple" ) t.color( "black" , "yellow" ) def mypos (x , y): t.penup() t.goto(x , y) t.pendown() mypos( 0 , - 100 ) t.begin_fill() t.circle( 150 ) t.end_fill() t.pensize( 7 ) mypos(- 50 , 80 ) t.color( "black" , "white" ) t.begin_fill() t.circle( 30 ) t.end_fill() t.pensize( 7 ) mypos(- 50 , 90 ) t.color( "black" , "gray" ) t.begin_fill() t.circle( 10 ) t.end_fill() mypos( 50 , 80 ) t.color( "black" , "white" ) t.begin_fill() t.circle( 30 ) t.end_fill() t.pensize( 7 ) mypos( 50 , 90 ) t.color( "black" , "gray" ) t.begin_fill() t.circle( 10 ) t.end_fill() mypos(- 100 , 0 ) t.right( 60 ) t.color( "black" , "white" ) t.begin_fill() for i in range ( 11 ): t.left( 10 ) t.forward( 20 ) t.goto(- 100 , 0 ) t.end_fill() t.hideturtle() t.penup() t.backward((t.getscreen().window_width() / 2 ) - 5 ) me

import turtle import os screen: turtle.Screen pencil: turtle.Turtle SCREEN_WIDTH = 800 SCREEN_HEIGHT = 800 ANIMATION_SPEED = 0 def create_screen():     global screen     global SCREEN_WIDTH     global SCREEN_HEIGHT     screen = turtle.Screen()     screen.setup(SCREEN_WIDTH, SCREEN_HEIGHT)     screen.cv._rootwindow.resizable(False, False)     screen.bgcolor("red")     screen.onscreenclick(print_mouse_click_coordinates)     os.system('''/usr/bin/osascript -e 'tell app "Finder" to set frontmost of process "Python" to true' ''') def print_mouse_click_coordinates(x, y):     print(f"({x},{y}),")     draw_circle(x, y, 2, should_fill=True) def draw_grid():     global pencil     global SCREEN_WIDTH     global SCREEN_HEIGHT     spacing = 50     for r in range(int(SCREEN_HEIGHT / spacing)):         draw_polygon([(-SCREEN_WIDTH / 2, (r * spacing) - SCREEN_HEIGHT / 2),                       (SCREEN_WIDTH / 2, (r * spacing) - SC

 # -*- coding: utf-8 -*- """ Created on Sun Sep 26 18:47:43 2021 @author: krish bhagat """ from gtts import gTTS import os mytext = 'Welcome to apni programming' language = 'en' myobj = gTTS(text=mytext, lang=language, slow=False) myobj.save("welcome.mp3") os.system("welcome.mp3")

import turtle   import math   import time       t = turtle . Turtle ( )           def fnA ( x , y ) :       t. penup ( )       t. goto ( x , y )       t. pendown ( )       t. setheading ( 0 )       t. pensize ( 2 )       t. speed ( 10 )           def fnB ( r , color ) :       x_point = 0       y_pont = -r       fnA ( x_point , y_pont )       t. pencolor ( color )       t. fillcolor ( color )       t. begin_fill ( )       t. circle ( r )       t. end_fill ( )           def fnC ( r , color ) :       fnA ( 0 , 0 )       t. pencolor ( color )       t. setheading ( 162 )       t. forward ( r )       t. setheading ( 0 )       t. fillcolor ( color )       t. begin_fill ( )       for i in range ( 5 ) :           t. forward ( math . cos ( math . radians ( 18 ) ) * 2 * r )   # 2cos18°*r           t. right ( 144 )       t. end_fill ( )       t. hideturtle ( )           if __name__ == '__main__' :       time . sleep ( 5 )       fnB ( 288 , 'crimson' )       f

import turtle as t t.penup() t.bgcolor("gold") t.color("black") t.begin_fill() t.goto(-100,-50) t.pendown() t.pensize(10) t.right(90) for i in range(10):     t.left(1)     t.forward(10) for i in range(10):     t.left(5)     t.forward(10) t.right(170) for i in range(13):     t.left(7)     t.forward(10) t.right(150) for i in range(12):     t.right(1)     t.forward(10) t.right(5) for i in range(20):     t.right(5)     t.forward(10) for i in range(10):     t.left(7)     t.forward(20) for i in range(13):     t.left(3)     t.forward(10) for i in range(10):     t.right(7)     t.forward(10) t.right(15) t.forward(50) t.left(160) t.forward(60) t.right(45) for i in range(20):     t.left(7)     t.forward(10) for i in range(10):     t.right(5)     t.forward(10) t.right(120) for i in range(25):     t.left(1)     t.forward(10) t.left(120) for i in range(15):     t.left(3)     t.forward(20) t.right(60) for i in range(5):     t.left(6.5)     t.forward(20) t.forward(10) t.end_fill()

import turtle t=turtle.Turtle() turtle.bgcolor( "purple" ) t.color( "black" , "yellow" ) def mypos (x , y): t.penup() t.goto(x , y) t.pendown() mypos( 0 , - 100 ) t.begin_fill() t.circle( 150 ) t.end_fill() t.pensize( 7 ) mypos(- 50 , 80 ) t.color( "black" , "white" ) t.begin_fill() t.circle( 30 ) t.end_fill() t.pensize( 7 ) mypos(- 50 , 90 ) t.color( "black" , "gray" ) t.begin_fill() t.circle( 15 ) t.end_fill() mypos( 50 , 80 ) t.color( "black" , "white" ) t.begin_fill() t.circle( 30 ) t.end_fill() t.pensize( 7 ) mypos( 50 , 90 ) t.color( "black" , "gray" ) t.begin_fill() t.circle( 15 ) t.end_fill() mypos( 10 , 150 ) t.left( 45 ) t.pensize( 17 ) for i in range ( 10 ): t.right( 10 ) t.forward( 10 ) mypos(- 10 , 150 ) for i in range ( 10 ): t.left( 10 ) t.backward( 10 ) t.pensize( 7 ) mypos(- 50 , 0 ) t.right( 45 ) t.forward( 80 ) t.hideturtle() t.pen

import turtle t=turtle.Turtle() turtle.bgcolor("purple") t.color("black","yellow") def mypos(x,y):     t.penup()     t.goto(x,y)     t.pendown() mypos(0,-100) t.begin_fill() t.circle(150) t.end_fill() mypos(50,100) t.pensize(15) t.forward(50) mypos(-100,100) t.pensize(15) t.forward(50) mypos(-50,0) t.forward(100) t.hideturtle() t.hideturtle() t.penup() t.backward((t.getscreen().window_width() / 2) - 10) message = "subscribe\n nahi kara" t.write(message,move=False, font=('monaco',30,'bold'),align='left') turtle.done()

 # -*- coding: utf-8 -*- """ Created on Sat Sep 18 10:15:40 2021 @author: krish bhagat """ import turtle as t t.pensize(5) t.bgcolor("black") t.pencolor("red") t.penup() t.goto(10,30) t.pendown() for I in range(10):     t.right(2)     t.forward(5) for I in range(10):     t.right(2.7)     t.forward(5) for I in range(13):     t.right(3.5)     t.forward(6) for I in range(7):     t.right(3)     t.forward(10) for I in range(10):     t.left(2.7)     t.forward(12.5) for I in range(7):     t.left(3)     t.forward(10) t.penup() t.goto(60,70) t.pensize(5) t.pencolor("gold") t.left(30) t.pendown() for I in range(7):     t.left(9)     t.backward(30) t.penup() t.goto(60,120) t.right(60) t.pensize(5) t.pencolor("gold") t.pendown() for I in range(7):     t.left(9)     t.backward(30) t.penup() t.goto(0,190) t.color("orange","gold") t.pendown() t.begin_fill() t.circle(20) t.end_fill() t.penup() t.goto(-50,-30) t.p

import turtle as t t.pensize(25) t.bgcolor("black") t.pencolor("red") for I in range(10): t.right(2) t.forward(10) for I in range(10): t.right(2.7) t.forward(10) for I in range(13): t.right(3.5) t.forward(20) for I in range(7): t.right(3) t.forward(20) for I in range(10): t.left(2.7) t.forward(25) for I in range(7): t.left(3) t.forward(10) t.penup() t.goto(120,90) t.pensize(20) t.pencolor("gold") t.left(30) t.pendown() for I in range(7): t.left(9) t.backward(30) t.penup() t.goto(120,140) t.right(60) t.pensize(20) t.pencolor("gold") t.pendown() for I in range(7): t.left(9) t.backward(30) t.penup() t.goto(10,190) t.color("orange","gold") t.pendown() t.begin_fill() t.circle(20) t.end_fill() t.penup() t.goto(-50,-100) t.pendown() t.right(30) t.color("red") for I in range(10): t.left(3) t.backward(10) t.right(90) for I in range (10): t.right(3) t.forward(20) for I in range (10): t.left(3) t.forward(1