Happy Birthday wish using Python | Wish Happy Birthday using Python Turtle Graphics 

#___________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#................. PYTHON PROGRAM TO Wish Happy Birthday .............................................

import turtle as computersoftskills

from turtle import *

from random import randint

rohit = computersoftskills.Screen()

rohit.bgcolor("lavender")

rohit.title("COMPUTER SOFT SKILLS :- Happy Birthday")

computersoftskills = computersoftskills.Turtle()

computersoftskills.penup()

computersoftskills.goto(-30,220)

computersoftskills.color("purple")

computersoftskills.write("𝓡𝓞𝓗𝓘𝓣", font=("arial black", 45, "normal"), align="center")

computersoftskills.hideturtle()

colors = ["orange", "red", "dark blue", "green", "deeppink", "gold", "ivory", "red", "pink",

          "green", "blue", "light green", ]

def ballon(x, y):

    computersoftskills.pensize(1)

    for i in range(5):

        draw_rohit(i, x, y)

def draw_rohit(i, x, y):

    computersoftskills.pencolor("red")

    computersoftskills.color(colors[i % 12])

    computersoftskills.begin_fill()

    computersoftskills.lt(70)

    computersoftskills.penup()

    computersoftskills.goto(x, y)

    computersoftskills.pendown()

    computersoftskills.circle(35)

    computersoftskills.end_fill()

def cake(x, y):

    computersoftskills.fd(x)

    computersoftskills.rt(90)

    computersoftskills.fd(y)

    computersoftskills.rt(90)

    computersoftskills.fd(x)

    computersoftskills.rt(90)

    computersoftskills.fd(y)

def heart():

    for i in range(43):

        computersoftskills.pencolor(colors[i % 9])

        computersoftskills.rt(5)

        computersoftskills.fd(5)

    computersoftskills.pencolor("red")

    computersoftskills.fd(150)

    computersoftskills.penup()

    computersoftskills.rt(140)

    computersoftskills.fd(147)

    computersoftskills.pendown()

    for i in range(43):

        computersoftskills.pencolor(colors[i % 9])

        computersoftskills.lt(5)

        computersoftskills.fd(5)

    computersoftskills.pencolor("red")

    computersoftskills.lt(7)

    computersoftskills.fd(151)

def mov(x, y):

    computersoftskills.up()

    computersoftskills.setposition(0, 0)

    computersoftskills.setheading(90)

    computersoftskills.lt(90)

    computersoftskills.fd(x)

    computersoftskills.rt(90)

    computersoftskills.fd(y)

    computersoftskills.pendown()

def H(size):

    computersoftskills.fd(size)

    computersoftskills.backward(size // 2)

    computersoftskills.rt(90)

    computersoftskills.fd(size // 2)

    computersoftskills.lt(90)

    computersoftskills.fd(size // 2)

    computersoftskills.backward(size)

def A(size):

    computersoftskills.rt(19)

    computersoftskills.forward(size)

    computersoftskills.rt(141)

    computersoftskills.fd(size)

    computersoftskills.backward(size / 2)

    computersoftskills.rt(110)

    computersoftskills.fd(int(size / 3))

def P(size):

    computersoftskills.fd(size)

    computersoftskills.rt(90)

    computersoftskills.fd(size // 8)

    for i in range(8):

        computersoftskills.rt(20)

        computersoftskills.fd(size // 9)

def Y(size):

    computersoftskills.fd(size)

    computersoftskills.left(60)

    computersoftskills.fd(size // 2)

    computersoftskills.backward(size // 2)

    computersoftskills.rt(90)

    computersoftskills.fd(size // 1.5)

def B(size):

    computersoftskills.forward(size)

    computersoftskills.rt(90)

    for i in range(18):

        computersoftskills.rt(9)

        computersoftskills.fd(size // 20)

    for i in range(18):

        computersoftskills.rt(size // 5)

        computersoftskills.backward(size // 20)

       

def I(size):

    computersoftskills.fd(size)

    computersoftskills.rt(90)

    computersoftskills.circle(size // 8)

def move(x, y):

    computersoftskills.up()

    computersoftskills.setposition(0, 0)

    computersoftskills.setheading(90)

    computersoftskills.rt(90)

    computersoftskills.fd(x)

    computersoftskills.lt(90)

    computersoftskills.fd(y)

    computersoftskills.pendown()

def R():

    computersoftskills.fd(60)

    computersoftskills.rt(90)

    computersoftskills.fd(7)

    for i in range(15):

        computersoftskills.rt(12)

        computersoftskills.fd(3)

    computersoftskills.lt(120)

    computersoftskills.fd(40)

def T(size):

    computersoftskills.fd(size)

    computersoftskills.rt(90)

    computersoftskills.fd(size // 2)

    computersoftskills.backward(size // 2)

    computersoftskills.backward(size // 4)

def D(size):

    computersoftskills.fd(size)

    computersoftskills.rt(90)

    computersoftskills.fd(size // 10)

    for i in range(13):

        computersoftskills.rt(13)

        computersoftskills.fd(size // 8)

computersoftskills.speed(19)

computersoftskills.width(5)

ballon(223, -150)

ballon(-233, -150)

mov(20,-130)

computersoftskills.width(13)

heart()

#Cake 

computersoftskills.speed(3)

mov(120,80)

computersoftskills.color("darkorange")

computersoftskills.begin_fill()

cake(40,160)

computersoftskills.end_fill()

mov(110,115)

computersoftskills.color("gold")

computersoftskills.begin_fill()

cake(40,140)

computersoftskills.end_fill()

mov(100,150)

computersoftskills.color("violet")

computersoftskills.begin_fill()

cake(40,120)

computersoftskills.end_fill()

mov(35,200)

computersoftskills.width(11)

computersoftskills.pencolor("red")

computersoftskills.circle(7)

#candles

computersoftskills.pensize(3)

computersoftskills.penup()

computersoftskills.goto(-100,210)

computersoftskills.color("red")

computersoftskills.left(180)

computersoftskills.pendown()

computersoftskills.forward(20)

computersoftskills.penup()

computersoftskills.goto(-80,210)

computersoftskills.color("blue")

computersoftskills.pendown()

computersoftskills.forward(20)

computersoftskills.penup()

computersoftskills.goto(-10,210)

computersoftskills.color("blue")

computersoftskills.pendown()

computersoftskills.forward(20)

computersoftskills.penup()

computersoftskills.goto(20,210)

computersoftskills.color("red")

computersoftskills.pendown()

computersoftskills.forward(20)

# #rohitbithday

computersoftskills.pencolor("green")

computersoftskills.width(13)

mov(260,-30)

H(100)

computersoftskills.width(7)

mov(190,-30)

A(65)

mov(135,-30)

P(60)

mov(100,-30)

P(60)

mov(52,-30)

Y(60)

computersoftskills.pencolor('deeppink')

mov(28,-30)

B(60)

move(12,-30)

I(60)

move(36,-30)

R()

move(80,-30)

T(100)

move(102,-30)

H(60)

move(150,-30)

D(200)

move(160,-30)

A(60)

move(220,-30)

Y(60)

rohit.exitonclick()

#____________________ I HOPE YOU LIKE THIS PROGRAMMING _______________

#________________LIKE _________________SHARE _________________SUBSCRIBE ________________

Wish Happy New Year 2026 using Python Turtle Graphics | 2026 New Year Wish programming in Python Language | Python Turtle Graphics

Wish Happy New Year 2026 using Python Turtle Graphics

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS PYTHON PROGRAMMING TO Wish Happy New Year 2026.

Python Turtle Graphics
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in Python application.

 #_________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#........... WISH HAPPY NEW YEAR USING PYHON TURTLE GRAPHICS ......................

import turtle

import random

import colorsys

# Turtle Window

wn = turtle.Screen()

wn.setup(800,750)

wn.title("Computer Soft Skills: HAPPY NEW YEAR")

turtle.bgcolor('LIGHTPINK')

turtle.tracer(2)

t=turtle.Turtle()

t.hideturtle()

t.pensize(3)

hue=0.5

t.penup()

t.hideturtle()

#___CRACKERS_______________

for i in range (50):

     x=random.randint(-400,500)

     y=random.randint(-200,450)

     z=random.randint(-300,600)

     t.speed(80)

     t.penup()

     t.goto(x,y)

     t.pendown()

     size=random.randint(10,180)

     for i in range(36):

          color=colorsys.hsv_to_rgb(hue,1,1)

          t.pencolor(color)

          t.fd(size)

          t.bk(size)

          t.lt(10)

          hue +=0.01

     def write(message,pos):

          x,y=pos

          t.penup()

          t.goto(x,y)

          t.speed(100)

          style=('ARIAL BLACK',50,'normal')

          t.write(message,font=style)

     write('HAPPY',(-80,280))

     write('NEW',(-50,200))

     write('YEAR',(-50,100))

     write('2026',(-50,0))

turtle.done()

Wish Happy New Year 2026 using Python Turtle Graphics | 2026 New Year Wish programming in Python Language | Python Turtle Graphics

  

Wish Happy New Year 2026 using Python Turtle Graphics

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS PYTHON PROGRAMMING TO Wish Happy New Year 2026.

Python Turtle Graphics
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in Python application.

#___________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#................ PYTHON PROGRAM TO WISH HAPPY NEW YEAR 2026 .........................

from turtle import*

from random import*

from time import sleep

title("Computer Soft Skills")

bgcolor("black")

setup(width=500, height=800)

stamp()

speed(1000)

#create fireworks

stars_pos=[(-150, -325), (150, -320), (-150, 325), (120, 320)]

colors =["orange","blue","red","yellow"]

for i in range(len(stars_pos)):

    x = stars_pos [i] [0]

    y = stars_pos [i] [1]

    up()

    color(colors[i])

    goto(x,y)

    for i in range(23):

        down()

        forward(50)

        up()

        forward(23)

        stamp()

        backward(50)

        left(72)

        right(5)

        hideturtle()

goto(0,150)

color("Blue")

write("Happy", font=("arial black", 65, "normal"), align="center")

goto (0,80)

sleep(1)

color("yellow")

write("New", font=("arial black", 50, "normal"), align="center")

goto(0,0)

sleep(1)

color("Red")

write("Year", font=("arial black", 50, "normal"), align="center")

goto(0,-100)

sleep(1)

color("Pink")

write("2026", font=("arial black", 65, "normal"), align="center")

goto(8,-200)

sleep(1)

color('red')

write("Computer Soft Skills", font=("Verdana", 15, "normal"), align="center")

goto(-500,-500)

sleep(1)

mainloop()

#______________ I HOPE YOU LIKE THIS PROGRAMMING _______________

#________________LIKE _________________SHARE _________________SUBSCRIBE ________________

If you like this Python Programming then share it with your friends, Thanks.

Happy New Year 2026 wish using HTML and CSS | Firework animation In HTML and CSS | Animation Using HTML and CSS

 Happy New Year 2026 wish Using HTML and CSS 

<!-- WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL ------>

<!DOCTYPE html>

<html lang="en">

<head>

<title>Happy New Year 2026</title>

<style>

 

*, *:after, *:before{

  box-sizing:border-box;

  margin:0;

  padding:0;

  -webkit-transition: all 100ms ease-in;

  transition: all 100ms ease-in;

}

html{

background: 

    linear-gradient(black);

  margin: 0;

  height: 100vh;

  overflow: hidden;

}

.hny{

  width: 100%;

  font-family: arial;

  font-size: 100px;

  font-weight: 700;

  color: yellow;

  text-align: center;

  position: absolute;

  top: 50%;

  opacity: 0;

  animation: vem_hny 2s ease-in-out 7s forwards;

}

.dm{

  position: absolute;

  width: 100%;

  height: 100%;

  display: flex;

  flex-direction: row;

  justify-content: center;

  align-items: center;

  overflow: hidden;

  padding: 150px 160px 0px 0px;

}

.dm>span{

  font-family: 'Montserrat', sans-serif;

  font-size: 160px;

  font-weight: 800;

  color: Red;

}

span.last5{

  position: absolute;

  right: 53%;

  margin-right: -219px;

  animation: vai_2016 5s ease-in-out 5s forwards;

}

span.new6{

  position: absolute;

  right: 0%;

  margin-right: -219px;

  animation: vem_2017 6s ease-in-out forwards;

}

.balloon{

  width: 150px;

  height: 150px;

  display: block;

  background: green;

  border-radius: 50%;

  position: absolute;

  top: 50%;

  margin-top: -165px;

  right: 0%;

  margin-right: -200px;

  animation: vem_e_vai_balloon 10s ease-in-out forwards;

}

.balloon:before{

  content: '';

  width: 0;

  height: 0;

  border-style: solid;

  border-width: 0 10px 20px 10px;

  border-color: transparent transparent green transparent;

  position: absolute;

  left: 50%;

  margin-left: -10px;

  bottom: -10px;

  z-index: -1;

}

.balloon:after{

  content: '';

  width: 4px;

  height: 100px;

  display: block;

  background: red;

  border-radius: 0px 0px 3px 3px;

  position: absolute;

  left: 50%;

  margin-left: -2px;

  bottom: -110px;

}

@keyframes vem_2017 {

  0% {

    right: 0%;

  }

  66.6666% {

    right: 50%;

    margin-right: -300px;

  }

  90% {

    right: 50%;

    margin-right: -300px;

  }

  100% {

    right: 50%;

  }

}

@keyframes vem_e_vai_balloon {

  0% {

    right: 0%;

  }

  40% {

    right: 50%;

    margin-right: -300px;

  }

  50% {

    right: 50%;

    margin-right: -200px;

    top: 50%;

  }

  100% {

    top: -100%;

    right: 50%;

  }

}

@keyframes entrega_balloon {

  0% {

    transform: rotate(-30deg);

    width: 40px;

  }

  100% {

    transform: rotate(-150deg);

    width: 70px;

  }

}

@keyframes vai_2016 {

  0% {

    top: 50%;

  }

  100% {

    top: -100%;

  }

}

@keyframes vem_hny {

  0% {

    margin-top: 0px;

    opacity: 0;

  }

  100% {

    margin-top: -200px;

    opacity: 1;

  }

}

@keyframes firework {

  0% { transform: translate(var(--x), var(--initialY)); width: var(--initialSize); opacity: 1; }

  50% { width: 0.5vmin; opacity: 1; }

  100% { width: var(--finalSize); opacity: 0; }

}

/* @keyframes fireworkPseudo {

  0% { transform: translate(-50%, -50%); width: var(--initialSize); opacity: 1; }

  50% { width: 0.5vmin; opacity: 1; }

  100% { width: var(--finalSize); opacity: 0; }

}

 */

.firework,

.firework::before,

.firework::after

{

  --initialSize: 0.5vmin;

  --finalSize: 45vmin;

  --particleSize: 0.2vmin;

  --color1: yellow;

  --color2: khaki;

  --color3: white;

  --color4: lime;

  --color5: gold;

  --color6: mediumseagreen;

  --y: -30vmin;

  --x: -50%;

  --initialY: 60vmin;

  content: "";

  animation: firework 2s infinite;

  position: absolute;

  top: 50%;

  left: 50%;

  transform: translate(-50%, var(--y));

  width: var(--initialSize);

  aspect-ratio: 1;

  background: 

    /*

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 0% 0%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 100% 0%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 100% 100%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 0% 100%,

    */

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 50% 0%,

    radial-gradient(circle, var(--color2) var(--particleSize), #0000 0) 100% 50%,

    radial-gradient(circle, var(--color3) var(--particleSize), #0000 0) 50% 100%,

    radial-gradient(circle, var(--color4) var(--particleSize), #0000 0) 0% 50%,

    /* bottom right */

    radial-gradient(circle, var(--color5) var(--particleSize), #0000 0) 80% 90%,

    radial-gradient(circle, var(--color6) var(--particleSize), #0000 0) 95% 90%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 90% 70%,

    radial-gradient(circle, var(--color2) var(--particleSize), #0000 0) 100% 60%,

    radial-gradient(circle, var(--color3) var(--particleSize), #0000 0) 55% 80%,

    radial-gradient(circle, var(--color4) var(--particleSize), #0000 0) 70% 77%,

    /* bottom left */

    radial-gradient(circle, var(--color5) var(--particleSize), #0000 0) 22% 90%,

    radial-gradient(circle, var(--color6) var(--particleSize), #0000 0) 45% 90%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 33% 70%,

    radial-gradient(circle, var(--color2) var(--particleSize), #0000 0) 10% 60%,

    radial-gradient(circle, var(--color3) var(--particleSize), #0000 0) 31% 80%,

    radial-gradient(circle, var(--color4) var(--particleSize), #0000 0) 28% 77%,

    radial-gradient(circle, var(--color5) var(--particleSize), #0000 0) 13% 72%,

    /* top left */

    radial-gradient(circle, var(--color6) var(--particleSize), #0000 0) 80% 10%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 95% 14%,

    radial-gradient(circle, var(--color2) var(--particleSize), #0000 0) 90% 23%,

    radial-gradient(circle, var(--color3) var(--particleSize), #0000 0) 100% 43%,

    radial-gradient(circle, var(--color4) var(--particleSize), #0000 0) 85% 27%,

    radial-gradient(circle, var(--color5) var(--particleSize), #0000 0) 77% 37%,

    radial-gradient(circle, var(--color6) var(--particleSize), #0000 0) 60% 7%,

    /* top right */

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 22% 14%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 45% 20%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 33% 34%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 10% 29%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 31% 37%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 28% 7%,

    radial-gradient(circle, var(--color1) var(--particleSize), #0000 0) 13% 42%

    ;

  background-size: var(--initialSize) var(--initialSize);

  background-repeat: no-repeat;

}

.firework::before {

  --x: -50%;

  --y: -50%;

  --initialY: -50%;

}

.firework::after {

  --x: -50%;

  --y: -50%;

  --initialY: -50%; 

}

.firework:nth-child(2) {

  --x: 30vmin;

}

.firework:nth-child(2),

.firework:nth-child(2)::before,

.firework:nth-child(2)::after {

  --color1: pink;

  --color2: violet;

  --color3: fuchsia;

  --color4: orchid;

  --color5: plum;

  --color6: lavender;  

  --finalSize: 40vmin;

  left: 30%;

  top: 60%;

  animation-delay: -0.25s;

}

.firework:nth-child(3) {

  --x: -20vmin;

  --y: -50vmin;

}

.firework:nth-child(3),

.firework:nth-child(3)::before,

.firework:nth-child(3)::after {

  --color1: red;

  --color2: green;

  --color3: blue;

  --color4: orange;

  --color5: SkyBlue;

  --color6: purple;

  --finalSize: 35vmin;

  left: 70%;

  top: 60%;

  animation-delay: -0.10s;

}

</style>    

</head>

<body>

<div class="firework"></div>

<div class="firework"></div>

<div class="firework"></div>

    <div class="hny">Happy New Year</div>

<div class="dm">

  <span>202</span>

  <span class="last5">5</span>

  <span class="new6">6</span>

  <div class="balloon"></div>

</div>

</div>

</body>

</html>

<!--___________= LIKE =_______= SHARE =_________= SUBSCRIBE =___________--!>

Creative 3D Animation using HTML and CSS | CSS Animation Project

 Creative 3D Animation using HTML and CSS | CSS Animation Project

<!-- WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL ---!>
<!DOCTYPE html>
<html lang="en">
<head>
  <style>
    * {
      margin:0 ;
      padding: 0;
      box-sizing: border-box;
    }
    body {
      display: flex;
      justify-content: center;
      align-items: center;
      height: 100vh;
      background: #2E0500;
      overflow: hidden;
    }
    .container {
      position: absolute;
      top: 20%;
      height: 90%;
      display: flex;
      justify-content: center;
      align-items: center;
    }
    .circle {
      position: absolute;
      background: transparent;
      width: calc(var(--i) * 5vmin);
      aspect-ratio: .95;
      border-radius: 50%;
      border: 4px solid rgb(0, 255, 13);
      transform-style: preserve-3d;
      transform: rotateX(70deg) translateZ(50px);
      animation: animate 3s ease-in-out calc(var(--i) * 0.08s) infinite;
      box-shadow: 0 0 15px rgb(124, 124, 124),
                  inset 0 0 15px rgb(124, 124, 124);
    }
    @keyframes animate {
      0%, 100% {
        transform: rotateX(70deg) translateZ(50px) translateY(0);
        filter: hue-rotate(0);
      }
      50% {
        transform: rotateX(70deg) translateZ(50px) translateY(-50vmin);
        filter: hue-rotate(360deg);
      }
    }
  </style>
</head>
<body>
  <div class="container">
    <div class="circle" style="--i:0;"></div>
    <div class="circle" style="--i:1;"></div>
    <div class="circle" style="--i:2;"></div>
    <div class="circle" style="--i:3;"></div>
    <div class="circle" style="--i:4;"></div>
    <div class="circle" style="--i:5;"></div>
    <div class="circle" style="--i:6;"></div>
    <div class="circle" style="--i:7;"></div>
    <div class="circle" style="--i:8;"></div>
    <div class="circle" style="--i:9;"></div>
    <div class="circle" style="--i:10;"></div>
    <div class="circle" style="--i:11;"></div>
    <div class="circle" style="--i:12;"></div>
    <div class="circle" style="--i:13;"></div>
    <div class="circle" style="--i:14;"></div>
    <div class="circle" style="--i:15;"></div>
    <div class="circle" style="--i:16;"></div>
    <div class="circle" style="--i:17;"></div>
    <div class="circle" style="--i:18;"></div>
    <div class="circle" style="--i:19;"></div>
    <div class="circle" style="--i:20;"></div>
  </div>
</body>
</html>
<!--___________= LIKE =_______= SHARE =_________= SUBSCRIBE =___________--!>

Using C++ Graphics Language Create a MINION Drawing, Minion Drawing using C++

  

DRAW MINION USING C++ GRAPHICS PROGRAMMING, C++ PROGRAMMING

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS A C++ PROGRAMMING TO DRAW MINION.

How to draw Minion using C++ Graphics.
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in C++ application.

//____/____ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL _____\______// //----------------- C++ PROGRAM TO CREATE MINION ---------------\\ /*________________________________________________________________________*/ #include<graphics.h> #include<stdio.h> #include<conio.h> #include<dos.h> void main() { int gd=DETECT,gm , i; initgraph(&gd,&gm,"C:\\tc\\bgi"); clrscr(); setcolor(10); rectangle(5,5,635,475); outtextxy(435,430,"Created by :- "); outtextxy(435,445,"COMPUTER SOFT SKILLS"); outtextxy(435,460,"(ROHIT)"); //Body setcolor(14); for(i=1;i<=160;i++) { circle(300,100+i,80); delay(50); } //Arms for(i=1;i<=15;i++) { line(383+i,218+i,383+i,255-i); delay(10); line(217-i,218+i,217-i,255-i); delay(50); } //legs for(i=0;i<=50;i++) { setcolor(0); line(270,320+i,290,320+i); delay(20); line(310,320+i,330,320+i); delay(20); line(240+i,370,240+i,390); delay(20); line(310+i,370,310+i,390); delay(20); } for(i=1;i<=10;i++) { ellipse(240,380,90,270,8,10-i); ellipse(241,381,90,270,8,10-i); ellipse(255,370,0,180,15,5-i); ellipse(360,380,270,90,8,10-i); ellipse(361,381,270,90,8,10-i); ellipse(345,370,0,180,15,5-i); delay(40); } //pant for(i=1;i<=80;i++) { setcolor(3); ellipse(300,261,180,360,80,80-i); delay(15); ellipse(300,262,180,360,80,80-i); delay(15); line(240,220+i,360,220+i); } for(i=1;i<=15;i++) { line(350,220+i,380,200+i); line(247,220+i,220,200+i); delay(16); } //heart on pant for(i=1;i<=10;i++) { setcolor(14); ellipse(290,270,0,180,10,10-i); delay(20); ellipse(310,270,0,180,10,10-i); delay(30); } for(i=1;i<=20;i++) { line(279+i,269+i,321-i,269+i); delay(50); } //outline setcolor(0); line(247,220,350,220); line(247,221,350,221); delay(20); line(240,230,240,261); line(239,230,239,261); delay(20); line(360,230,360,261); line(361,230,361,261); line(361,261,381,261); line(361,260,381,260); delay(40); line(239,261,219,261); line(239,260,219,260); delay(25); line(343,226,380,200); line(350,237,380,215); line(343,227,350,237); delay(23); line(255,226,220,200); line(247,236,220,215); line(247,236,255,227); delay(30); circle(352,227,3); circle(247,227,3); delay(45); //glasses strap for(i=1;i<=20;i++) { setcolor(0); line(220,100+i,380,100+i); delay(100); ellipse(280,14,340,40,20,20); ellipse(280,14,340,40,19,19); delay(35); //hair setcolor(0); ellipse(285,8,320,60,20,20); ellipse(285,8,320,60,21,21); delay(50); } //eye setcolor(15); for(i=1;i<=30;i++) { circle(300,110,30-i); delay(60); circle(301,110,30-i); ellipse(300,180,180,360,10-i,10-i); ellipse(300,180,180,360,10-i,10-i); delay(150); } setcolor(0); for(i=1;i<=15;i++) { circle(301,110,15-i); delay(40); circle(300,110,15-i); delay(60); } setcolor(15); circle(307,105,3); circle(307,105,2); circle(307,105,1); delay(40); getch(); } /*------------------ I HOPE YOU LIKE THIS PROGRAMMING ---------------------*/ /*_____________= LIKE =_______= SHARE =_________= SUBSCRIBE =_____________*/

If you like this C++ Programming then share it with your friends, Thanks.

Draw Om symbol Using Python Turtle Graphics

 

DRAW OM SYMBOL USING PYTHON PROGRAMMING, PYTHON TURTLE GRAPHICS

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS PYTHON PROGRAMMING TO DRAW FLOWER.

How to draw OM Symbol using Python Turtle.
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in Python application.

#___________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#...................................... PYTHON PROGRAM TO DRAW OM .............................................

from turtle import*

from time import*

title("Computer Soft Skills")

bgcolor('YELLOW')

penup()

goto(-300,10)

pendown()

color('darkblue')

style = ('Bradley Hand ITC',35,'bold')

write('"ॐ नमः शिवाय "', font=style, align='right',move=True)

hideturtle()

penup()

goto(-240,-50)

pendown()

color('Aqua')

style = ('Bradley Hand ITC',35,'bold')

color('red')

write('"श्री शिवाय नमस्तुभ्यम्"', font=style, align='right',move=True)

hideturtle()

penup()

goto(-200,-350)

pendown()

color('Black')

style = ('courier',30,'italic')

write('COMPUTER SOFT SKILLS', font=style, align='right', move=True)

hideturtle()

penup()

goto(-350,-400)

pendown()

style = ('Bradley Hand ITC',40,'bold')

write('"-ROHIT-"', font=style, align='right',move=True)

hideturtle()

width(40)

pencolor('red')

penup()

setpos(-200,150)

pendown()

left(60)

circle(-120,230)

left(160)

circle(-130,230)

fd(180)

penup()

setpos(-20,-24)

pendown()

left(60)

circle(90,-80)

fd(-130)

circle(-70,-170)

back(320)

circle(-70,-170)

back(190)

penup()

setpos(-60,300)

pendown()

rt(170)

circle(120,160)

penup()

setpos(90,270)

pendown()

circle(30,360)

done()

#____________________ I HOPE YOU LIKE THIS PROGRAMMING _______________

#________________LIKE _________________SHARE _________________SUBSCRIBE ________________

If you like this Python Programming then share it with your friends, Thanks.

OM DESIGN USING PYTHON TURTLE GRAPHICS, OM DESING WITH MANTRA IN PYTHON LANGUAGE

 

DRAW OM DESIGN USING PYTHON TURTLE GRAPHICS, OM DESING WITH MANTRA IN PYTHON LANGUAGE

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS PYTHON PROGRAMMING TO DRAW FLOWER.

How to draw OM DESIGN using Python Turtle.
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in Python application.

#___________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#......................... PYTHON PROGRAM TO DRAW OM .........................

from turtle import*

from time import*

title("Computer Soft Skills")

bgcolor('aqua')

penup()

goto(-300,10)

pendown()

color('darkblue')

style = ('Bradley Hand ITC',35,'bold')

write('"ॐ नमः शिवाय "', font=style, align='right',move=True)

hideturtle()

penup()

goto(-240,-50)

pendown()

color('Aqua')

style = ('Bradley Hand ITC',35,'bold')

color('red')

write('"श्री शिवाय नमस्तुभ्यम्"', font=style, align='right',move=True)

hideturtle()

penup()

goto(-200,-350)

pendown()

color('Black')

style = ('courier',30,'italic')

write('COMPUTER SOFT SKILLS', font=style, align='right', move=True)

hideturtle()

penup()

goto(-350,-400)

pendown()

style = ('Bradley Hand ITC',40,'bold')

write('"-ROHIT-"', font=style, align='right',move=True)

hideturtle()

pencolor('darkblue')

def om(x,y):

     penup()

     goto(x,y)

     pendown()

om(-200,50)

fillcolor('yellow')

begin_fill()

seth(-90)

circle(200,70)

circle(70,180)

seth(110)

forward(30)

seth(0)

circle(60,100)

circle(80,120)

seth(130)

fd(30)

seth(50)

circle(-100,120)

circle(-90,90)

seth(-19)

circle(-60,50)

seth(0)

circle(60,90)

circle(-70,180)

fd(50)

circle(-90,120)

seth(-15)

circle(90,90)

seth(90)

fd(50)

circle(40,180)

circle(-75,90)

seth(-65)

circle(-90,132)

circle(-210,80)

end_fill()

om(30,210)

begin_fill()

seth(-70)

circle(120,110)

seth(120)

fd(40)

seth(-140)

circle(-120,90)

end_fill()

om(140,220)

begin_fill()

circle(25)

hideturtle()

end_fill()

done()

#______________ I HOPE YOU LIKE THIS PROGRAMMING _______________

#________________LIKE _________________SHARE _________________SUBSCRIBE ________________

If you like this Python Programming then share it with your friends, Thanks.

Create Om Logo Using Python Turtle Graphics

DRAW OM LOGO USING PYTHON PROGRAMMING, PYTHON TURTLE GRAPHICS

HELLO VIEWERS YOU MIGHT BE INTERESTED IN THIS POST.

Your welcome to our website COMPUTER SOFT SKILLS, after reading this article you can make this in just 2 minutes.
THIS IS PYTHON PROGRAMMING TO DRAW FLOWER.

How to draw OM LOGO using Python Turtle.
YOU CAN COPY THIS CODE AND SAVE IN YOUR SYSTEM.
This Programming created by Rohit, owner of Computer Soft Skills. Yes you read it right! You can make that type of Project easily in Python application.

#___________ WELCOME ALL OF YOU ON COMPUTER SOFT SKILLS CHANNEL __________

#......................... PYTHON PROGRAM TO DRAW OM .........................

from turtle import*

from time import*

title("Computer Soft Skills")

bgcolor('aqua')

s=Screen()

s.screensize(1280,720)

speed(5)

pencolor('olive')

sleep(2)

def myPosition(x, y):

    penup()

    goto(x, y)

    pendown()

pensize(3)

def line():

    fillcolor('gold')

    begin_fill()

    right(-40)

    circle(-100,40)

    circle(-50,50)

    left(2)

    circle(-80,100)

    

    left(130)

    forward(40)

    right(-30)

    circle(60,50)

    forward(60)

    circle(-40,40)

    right(20)

    circle(-60,80)

    right(-10)

    circle(-160,30)

    right(-10)

    circle(-160,30)

    circle(-100,20)

    circle(-100,20)

    right(10)

    circle(-100,40)

    right(10)

    circle(-100,40)

    right(10)

    circle(-100,20)

    

    right(140)

    circle(100,10)

    right(-15)

    circle(100,20)

    right(-15)

    circle(100,60)

    right(-5)

    circle(100,30)

    right(-5)

    circle(20,60)

    right(-5)

    circle(30,80)

    left(-15)

    forward(40)

    left(10)

    circle(-40,40)

    left(5)

    circle(-40,40)

    

    right(-10)

    forward(10)

    left(-5)

    circle(-100,20)

    

    left(140)

    circle(-130,20)

    left(10)

    forward(20)

    left(-15)

    forward(20)

    left(15)

    circle(-130,50)

    right(10)

    circle(-120,120)

    left(10)

    circle(-120,15)

    right(-15)

    forward(40)

    circle(120,40)

    right(160)

    circle(-120,40)

    forward(40)

    right(15)

    circle(120,50)

    circle(70,50)

    left(10)

    circle(80,50)

    left(10)

    circle(30,80)

    circle(60,30)

    right(150)

    circle(150,40)

    right(180)

    circle(120,10)

    left(10)

    circle(30,100)

    

    circle(60,60)

    circle(20,100)

    right(20)

    forward(2)

    circle(80,60)

    

    right(175)

    circle(100,40)

    

    end_fill()

    

def chandra():

    myPosition(70,50)

    pensize(2)

    fillcolor('gold')

    begin_fill()

    right(145)

    circle(180,80)

    right(-30)

    circle(35,70)

    right(-60)

    circle(35,24)

    circle(-180,71)

    

    end_fill()

def bindu():

    myPosition(180,100)

    pensize(2)

    fillcolor('gold')

    begin_fill()

    right(180)

    forward(40)

    right(90)

    forward(40)

    right(90)

    forward(40)

    right(90)

    forward(40)

    end_fill()

    

def shadeBindu():

    fillcolor('red')

    begin_fill()

    left(120)

    forward(16)

    left(60)

    forward(40)

    left(120)       

    forward(16)

    left(60)

    forward(40)

    end_fill()

    myPosition(143,67)

    fillcolor('red')

    begin_fill()

    right(90)

    forward(40)

    right(-24)

    forward(16)

    right(-150)

    forward(40)

    end_fill()

    

def shadeChandra():

    fillcolor('red')

    begin_fill()

    myPosition(290,77)

    

    left(45)

    forward(16)

    left(32)

    circle(-180,62)

    left(177)

    circle(180,68)

    end_fill()

    

def shadeline():

    fillcolor('red')

    begin_fill()

    myPosition(0,0)

    

    left(-160)

    forward(16)

    left(30)

    circle(-100,32)

    left(140)

    forward(16)

    right(-51)

    circle(150,24)

    end_fill()

    

    myPosition(50,-30)

    fillcolor('red')

    begin_fill()

    

    left(-80)

    circle(-20,100)

    left(10)

    circle(-45,100)

    left(160)

    circle(45,30)

    left(15.5)

    circle(65,60)

    circle(18,100)

    end_fill()

    

    myPosition(18,-68)

    fillcolor('red')

    #circle(2)

    begin_fill()

    left(20)

    forward(16)

    left(60)

    circle(-150,37)

    left(115)

    forward(16)

    left(65)

    circle(150,37)

    #circle(2)

    end_fill()

    

    myPosition(38,-168)

    fillcolor('red')

    begin_fill()

    right(170)

    circle(-80, 40)

    left(-10)

    circle(-60,70)

    left(10)

    circle(-80,40)

    left(10)

    forward(5)

    left(156)

    forward(5)

    left(10)

    circle(100,65)

    left(10)

    circle(60,85)

    left(5)

    circle(40,28)

    end_fill()

    #circle(2)

    

    myPosition(-192,-94)

    fillcolor('red')

    begin_fill()

    left(129)

    forward(16)

    left(50)

    circle(-120, 40)

    left(10)

    forward(30)

    left(157)

    circle(150,50)

    end_fill()

    #circle(2)

    

    myPosition(95,-110)

    fillcolor('red')

    begin_fill()

    left(205)

    forward(20)

    left(20)

    circle(70, 60)

    left(193)

    circle(-70,60)

    right(35)

    forward(35)

    end_fill()

    #circle(4)

    

    myPosition(220,-114)

    fillcolor('red')

    begin_fill()

    right(160)

    circle(-25, 120)

    left(10)

    circle(-80,110)

    left(167)

    circle(80,35)

    left(5)

    circle(80,70)

    right(10)

    pensize(4)

    circle(90, 30)

    pensize(2)

    right(10)

    circle(22, 150)

    end_fill()

    #circle(6)

    

    myPosition(-220,-94)

    pensize(8)

    left(50)

    circle(300)

    

#temp()

line()

chandra()

bindu()

shadeBindu()

shadeChandra()

shadeline()

ht()

done()

#_______________________ I HOPE YOU LIKE THIS PROGRAMMING _______________

#________________LIKE _________________SHARE _________________SUBSCRIBE ________________

If you like this Python Programming then share it with your friends, Thanks.