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How to create Chrome Icon Using Python turtle by Ahvi Official Coding

 How to create Chrome Icon Using Python turtle z                      from turtle import begin_fill , circle , color , colormode , distance , down , end_fill , fd , hideturtle , left , pensize , right , seth , up import turtle colormode( 255 ) red =( 223 , 35 , 35 ) green=( 75 , 183 , 75 ) yellow=( 252 , 216 , 9 ) blue=( 86 , 146 , 195 ) pensize( 4 ) r= 120 seth(- 150 ) up() color(red) begin_fill() fd(r) down() right( 90 ) circle(-r , 120 ) fd(r* 3 ** .5 ) left( 120 ) circle( 2 *r , 120 ) left( 60 ) fd(r* 3 ** .5 ) end_fill() left( 180 ) color(green) begin_fill() fd(r* 3 ** .5 ) left( 120 ) circle( 2 *r , 120 ) left( 60 ) fd(r* 3 ** .5 ) left( 180 ) circle(-r , 120 ) end_fill() left( 180 ) circle(r , 120 ) color(yellow) begin_fill() circle(r , 120 ) right( 180 ) fd(r* 3 ** .5 ) right( 60 ) circle(- 2 *r , 120 ) right( 120 ) fd(r* 3 ** .5 ) end_fill() pensize( 0 ) up() left( 98 ) fd(r/ 20 ) seth( 60 ) color(blue) down()...
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How to create A Spider In Python Turtle Programming by Ahvi Official_Coding

 How to create A Spider In Python Turtle Programming:                      import turtle turtle . Screen (). bgcolor ( 'black' ) t = turtle t . pencolor ( 'cyan' ) t . pensize ( 2 ) t . fillcolor ( 'cyan' ) turtle . begin_fill () t . penup () t . goto ( 0 , 30 ) t . pendown () t . right ( 140 ) t . forward ( 80 ) for i in range ( 10 ):     t . left ( 5 )     t . forward ( 5 ) t . forward ( 100 ) for i in range ( 10 ):     t . left ( 5 )     t . forward ( 5 ) t . forward ( 50 ) for i in range ( 10 ):     t . left ( 8 )     t . forward ( 5 ) t . forward ( 50 ) for i in range ( 10 ):     t . left ( 5 )     t . forward ( 5 ) t . forward ( 100 ) for i in range ( 10 ):     t . left ( 5 )     t . forward ( 5 ) t . forward ( 80 ) t . goto (- 43 ,- 8 ) t . right ( 20 ) for i in range ( 5 ):     t...

How To Create Snake Game In C++ Programming Language By Ahvi Official_Coding

 How To Create Snake Game In C++ Programming Language : Source Code :  /*Snake Game create By Ahvi Official_Coding*/ #include <iostream.h> #include <conio.h> #include <graphics.h> #include <dos.h> #include <stdlib.h> #include <stdio.h> #include <time.h> #include <string.h> class Snake {   int p1,p2,v1,v2,v3,e1,e2,prev,now,n,colr,dsp,cnt,dly,m;   int stp, egGen;   int xr, yr;   void caught ();   public:   long scr;   int strtX,strtY,endX,endY;   int pos [ 100 ][ 2 ];   void show ();   void init ();   void egg ();   void transpose ();   void gnrtCond ();   void gnrtUnCond ();   void check ();   void checkEgg ();   void move ();   void chngDir ();   void sndEt ();   void sndCgt ();   int test ();   void score ();   Snake ();   Snake ( Snake * );   ~Snake ();  }; Snake :: Snake () ...

PyQt5 clock in python programming

PyQt5 clock in python programming   # created by Ahvi   # importing libraries from email . mime import application from PyQt5 . QtWidgets import * from PyQt5 import QtCore , QtGui from PyQt5 . QtGui import * from PyQt5 . QtCore import * import sys # creating a clock class class Clock ( QMainWindow ):     # constructor     def __init__ ( self ):         super (). __init__ ()         # creating a timer object         timer = QTimer ( self )         # adding action to the timer         # update the whole code         timer . timeout .connect( self . update )         # setting start time of timer i.e 1 second         timer . start ( 1000 )         # setting window title         self . setWindowTitle ( 'Clock' )         # set...

Rose Create in Python Turtle Programming Language

 Rose Create in Python Turtle Programming Language #Rose program create by Ahvi import colorsys import turtle t = turtle . Turtle () s = turtle . Screen () t . pensize ( 2 ) t . fillcolor ( 'deeppink' ) t . begin_fill () def rr ( a , d , r ):     for i in range ( r ):           t . left ( a )           t . forward ( d ) def rl ( a , d , r ):         for i in range ( r ):               t . right ( a )               t . forward ( d )               def rr1 ( a , d , r ):         for i in range ( r ):           t1 . left ( a )           t1 . forward ( d ) def rl1 ( a , d , r ):         for i in range ( r ):               t1 . right ( a )       ...