Dive into a collection of Python Turtle codes that bring your imagination to life on screen. From quaint villages and colorful spider webs to mesmerizing spiral ornaments and enchanting flowers.
- Villages: Build your own picturesque village with colorful houses.
- Spider Webs: Weave intricate and colorful webs with randomly generated patterns.
- Spirals: Draw mesmerizing spiral ornaments with vibrant shades of purple.
- Flowers: Design a bouquet of captivating flowers with customizable colors and petal shapes.
It provides instructions on how to use the Crazy Village application, which draws a village using the Turtle graphics library.
The application window displays a village with houses of different sizes and colors. The background of the window is black, and the title of the window is "Crazy Village".
The application uses the Turtle graphics library to draw the village. The code defines a function called domecek that draws a house. The function takes three arguments:
- t: The Turtle object that will be used to draw the house.
- velikostDomecku: The size of the house.
- barva: The color of the house. The code then creates a new Turtle object and sets its properties, such as shape, speed, and pen size. The code then uses a for loop to draw 20 houses. For each house, the code generates special color and size, and then calls the domecek function to draw the house. The application draws a village with 20 houses of different sizes and colors. Houses are arranged in a spiral shape
It provides instructions on how to use the Levitating Village application, which draws a levitating village using the Turtle graphics library.
The application window displays a village with houses of different sizes and colors levitating in a black space. The title of the window is "Levitating Village".
The application uses the Turtle graphics library to draw the village. The code defines a function called domecek that draws a house. The function takes three arguments:
- t: The Turtle object that will be used to draw the house.
- velikost: The size of the house.
- barva: The color of the house. The code then creates a new Turtle object and sets its properties, such as shape, speed, and pen size. The code then uses a for loop to draw 100 houses. For each house, the code generates a random position, color, and size, and then calls the domecek function to draw the house.
It provides instructions on how to use the Colorful Spider Web application, which draws a colorful spider web using the Turtle graphics library.
The application window displays a colorful spider web with intricate patterns. The background of the window is black, and the title of the window is "Spider Web".
The application uses the Turtle graphics library to draw the spider web. The code uses a for loop to draw 100 nodes, each of which consists of 3 loops. Each loop draws 4 edges, and the color of each edge is randomly generated. The distance between nodes increases as the web expands, creating a spiral pattern. The background of the window is black.
It provides instructions on how to use the Flower application, which draws a flower using the Turtle graphics library.
The application window displays a flower with colorful petals. The background of the window is black, and the title of the window is "Flower".
The application uses the Turtle graphics library to draw the flower. The code defines two functions:
- okvetniListky(t, s, count, col1, col2): This function draws a layer of petals. It takes five arguments:
- t: The Turtle object that will be used to draw the petals.
- s: The size of the petals.
- count: The number of petals in the layer.
- col1: The fill color of the petals.
- col2: The outline color of the petals.
- kvetina(t, s, col1, col2, col3, col4): This function draws a flower. It takes six arguments:
- t: The Turtle object that will be used to draw the flower.
- s: The size of the flower.
- col1: The color of the outer petals.
- col2: The alternate color of the outer petals.
- col3: The color of the middle petals.
- col4: The color of the center of the flower. The code then creates a new Turtle object and sets its properties, such as speed and pen size. The code then calls the kvetina function to draw the flower.
