OUR PROJECTS AND CODES

OUR CODES AND PROJECTS

 At TechAnimnator, we’re constantly pushing the boundaries of technology and animation. We bring creative ideas to life through a series of exciting and innovative projects. Here’s a glimpse of the work we’re proud to showcase:

MY FIRST PEOJECT-

CREATE a Turtle Design with Python Code! #coding #python #shorts

April 07, 2025

 TURTLE DESIGN PYTHON CODE

MY NAME IS KRISH KAUSHIK TODAY WE WILL GONNA LEARN HOW TO CREATE a Turtle Design with Python Code! 

BELOW THERE IS A PYTHON CODE AND LINK OF YOUTUBE VIDEO COPY AND PASTE IT ON YOUR PYTHON COMPLIER 

THANKYOU.

YOUTUBE VIDEO LINK-https://youtube.com/shorts/SdtnoWWS7k8?si=pIFrV7SV8B9ppBDJ

DOCUMENT LINK-https://docs.google.com/document/d/1GspeH-HKesKK3VvHJTLjmogl0B_IwHaPGkk7Jk_AQQQ/edit?pli=1&tab=t.0

CODE LINK-

import turtle

import math

import random

# Set up the screen

screen = turtle.Screen()

screen.bgcolor("black")

screen.title("Best Rounded Turtle Animation")

screen.tracer(0)  # Manual updates for smooth animation

# Create main turtle

main_turtle = turtle.Turtle()

main_turtle.shape("turtle")

main_turtle.color("lime")

main_turtle.shapesize(2)

main_turtle.speed(0)

# Create drawing turtle for patterns

pattern_turtle = turtle.Turtle()

pattern_turtle.speed(0)

pattern_turtle.hideturtle()

# Colors for circular patterns

colors = ["red", "cyan", "yellow", "purple", "orange", "pink", "white"]

def draw_rotating_circles(angle):

    pattern_turtle.clear()

    pattern_turtle.penup()

    pattern_turtle.goto(0, 0)

    pattern_turtle.pendown()

    

    # Draw concentric rotating circles

    for i in range(5):

        radius = 50 + i * 30

        pattern_turtle.pencolor(colors[i % len(colors)])

        pattern_turtle.width(2)

        pattern_turtle.circle(radius + math.sin(math.radians(angle)) * 20)

        pattern_turtle.right(angle)

def move_turtle(angle):

    # Move main turtle in a circular path

    radius = 150

    x = radius * math.cos(math.radians(angle))

    y = radius * math.sin(math.radians(angle))

    main_turtle.goto(x, y)

    main_turtle.setheading(angle)  # Rotate turtle to face direction

def draw_orbiting_dots(angle):

    # Create small orbiting dots

    for i in range(4):

        dot_turtle = turtle.Turtle()

        dot_turtle.hideturtle()

        dot_turtle.shape("circle")

        dot_turtle.shapesize(0.5)

        dot_turtle.color(colors[i % len(colors)])

        dot_radius = 100 + i * 20

        dot_x = dot_radius * math.cos(math.radians(angle + i * 90))

        dot_y = dot_radius * math.sin(math.radians(angle + i * 90))

        dot_turtle.penup()

        dot_turtle.goto(dot_x, dot_y)

        dot_turtle.showturtle()

angle = 0

def animate():

    global angle

    pattern_turtle.clear()

    draw_rotating_circles(angle)

    move_turtle(angle)

    draw_orbiting_dots(angle)

    

    angle += 3  # Slower rotation for smoother effect

    screen.update()

    screen.ontimer(animate, 20)  # ~50 fps for smooth animation

# Start animation

animate()

# Keep window open

screen.mainloop()

##COPY THE ABOVE CODE IN PYTHON COMPILER

OUTPUT PHOTO