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Commit e5d8c91

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Pixel Art Generator Script Added
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‎Pixel Art Generator/README.md‎

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# Pixel Art Generator
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## Description
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The Pixel Art Generator is a Python script that allows you to create pixel art using turtle graphics. It provides various drawing patterns, colors, and sizes to create beautiful pixel art right on the canvas.
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## Features
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- Drawing patterns:
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- Square
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- Circle
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- Triangle
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- Diamond
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- Heart
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- Polygon (with customizable sides)
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- Line
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- Star (with customizable points)
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- Spiral (with customizable loops)
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- Fill shapes with colors (optional)
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- Adjust the size of the shapes (5-50 pixels)
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- Adjust the thickness of the pen (1-10 pixels)
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- Set different pen styles (solid, dashed, dotted)
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- Change the background color of the canvas
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- Clear the canvas to start a new drawing
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- Save the created pixel art as a PNG image file
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## How to Use
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1. Run the script using Python.
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2. A turtle graphics window will appear.
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3. Choose a pattern from the options:
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- "square", "circle", "triangle", "diamond", "heart", "polygon", "line", "star", "spiral"
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4. Depending on the pattern selected, you may need to provide additional information (e.g., size, sides, points, loops).
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5. Choose a color from the color chooser dialog.
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6. Click on the canvas to draw the selected shape with the chosen color.
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7. Use "Fill" option to fill the shape with color (if applicable).
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8. Adjust the pen style, background color, or save the pixel art as needed.
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9. To clear the canvas and start over, choose "clear" option.
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10. To save your artwork, choose "save" option and provide a file path.
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## Dependencies
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- Python
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- tkinter (standard library)
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- turtle (standard library)
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## Author
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This script was developed by andoriyaprashant
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Feel free to use, modify, and distribute this script for personal and educational purposes. If you make any improvements or add new features, consider contributing back to the community!
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Happy pixel art drawing!
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import turtle
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import tkinter as tk
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from tkinter import colorchooser, simpledialog, messagebox
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def draw_pixel(x, y, color, size):
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turtle.penup()
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turtle.goto(x - size // 2, y - size // 2)
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turtle.pendown()
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turtle.dot(size, color)
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def draw_square(x, y, color, size, fill=False):
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turtle.penup()
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turtle.goto(x - size // 2, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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for _ in range(4):
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turtle.forward(size)
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turtle.left(90)
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if fill:
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turtle.end_fill()
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def draw_circle(x, y, color, size, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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turtle.circle(size // 2)
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if fill:
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turtle.end_fill()
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def draw_triangle(x, y, color, size, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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for _ in range(3):
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turtle.forward(size)
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turtle.left(120)
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if fill:
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turtle.end_fill()
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def draw_diamond(x, y, color, size, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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for _ in range(2):
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turtle.forward(size)
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turtle.left(45)
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turtle.forward(size)
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turtle.left(135)
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if fill:
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turtle.end_fill()
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def draw_heart(x, y, color, size, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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turtle.left(50)
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turtle.forward(size)
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turtle.circle(size // 2, 180)
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turtle.right(140)
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turtle.circle(size // 2, 180)
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turtle.forward(size)
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if fill:
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turtle.end_fill()
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def draw_polygon(x, y, color, size, sides, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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angle = 360 / sides
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for _ in range(sides):
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turtle.forward(size)
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turtle.left(angle)
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if fill:
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turtle.end_fill()
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def draw_line(x, y, color, size, thickness):
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turtle.penup()
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turtle.goto(x - size // 2, y)
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turtle.pendown()
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turtle.pensize(thickness)
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turtle.pencolor(color)
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turtle.forward(size)
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def draw_star(x, y, color, size, points, fill=False):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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if fill:
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turtle.fillcolor(color)
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turtle.begin_fill()
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for _ in range(points):
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turtle.forward(size)
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turtle.right(144)
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if fill:
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turtle.end_fill()
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def draw_spiral(x, y, color, size, loops):
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turtle.penup()
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turtle.goto(x, y - size // 2)
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turtle.pendown()
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turtle.pencolor(color)
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for _ in range(loops * 36):
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turtle.forward(size / 20)
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turtle.right(10)
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def set_background_color():
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color = colorchooser.askcolor(title="Choose a background color")
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if color[1] is not None:
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turtle.bgcolor(color[1])
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def set_pen_style():
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pen_style = simpledialog.askstring("Pen Style", "Enter the pen style (solid/dashed/dotted):")
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if pen_style in ['solid', 'dashed', 'dotted']:
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turtle.pensize(1)
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if pen_style == 'dashed':
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turtle.pendown()
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turtle.pendown(1, 3)
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elif pen_style == 'dotted':
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turtle.pendown()
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turtle.pendown(1, 1)
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def get_color():
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color = colorchooser.askcolor(title="Choose a color")
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if color[1] is not None:
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return color[1]
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else:
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return None
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def get_size():
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size = simpledialog.askinteger("Size", "Enter the size (5-50):", minvalue=5, maxvalue=50)
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return size
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def get_thickness():
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thickness = simpledialog.askinteger("Thickness", "Enter the thickness (1-10):", minvalue=1, maxvalue=10)
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return thickness
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def get_sides():
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sides = simpledialog.askinteger("Sides", "Enter the number of sides (3-10):", minvalue=3, maxvalue=10)
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return sides
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def main():
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turtle.speed(0)
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turtle.title("Pixel Art Generator")
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turtle.setup(800, 600)
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canvas = turtle.Screen()
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canvas.bgcolor("white")
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while True:
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pattern = tk.simpledialog.askstring("Pattern", "Choose a pattern (square/circle/triangle/diamond/heart/polygon/line/star/spiral/clear/save/background/pen_style/exit):")
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if pattern == 'exit':
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break
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if pattern == 'clear':
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turtle.clear()
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canvas.update()
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continue
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elif pattern == 'save':
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file_path = tk.filedialog.asksaveasfilename(defaultextension=".png", filetypes=[("PNG files", "*.png")])
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if file_path:
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canvas.getcanvas().postscript(file=file_path + ".eps")
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canvas.update()
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messagebox.showinfo("Saved", f"Pixel art saved as {file_path}.png")
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continue
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elif pattern == 'background':
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set_background_color()
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continue
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elif pattern == 'pen_style':
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set_pen_style()
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continue
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color = get_color()
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if color is None:
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break
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size = get_size()
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if not size:
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break
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if pattern == 'square':
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fill = messagebox.askyesno("Fill", "Fill the square with color?")
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draw_func = draw_square
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elif pattern == 'circle':
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fill = messagebox.askyesno("Fill", "Fill the circle with color?")
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draw_func = draw_circle
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elif pattern == 'triangle':
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fill = messagebox.askyesno("Fill", "Fill the triangle with color?")
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draw_func = draw_triangle
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elif pattern == 'diamond':
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fill = messagebox.askyesno("Fill", "Fill the diamond with color?")
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draw_func = draw_diamond
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elif pattern == 'heart':
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fill = messagebox.askyesno("Fill", "Fill the heart with color?")
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draw_func = draw_heart
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elif pattern == 'polygon':
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sides = get_sides()
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if not sides:
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break
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fill = messagebox.askyesno("Fill", "Fill the polygon with color?")
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draw_func = draw_polygon
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elif pattern == 'line':
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thickness = get_thickness()
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if not thickness:
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break
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draw_func = draw_line
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canvas.onclick(lambda x, y: draw_func(x, y, color, size, thickness))
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continue
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elif pattern == 'star':
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points = simpledialog.askinteger("Points", "Enter the number of points (5-20):", minvalue=5, maxvalue=20)
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if not points:
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break
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fill = messagebox.askyesno("Fill", "Fill the star with color?")
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draw_func = draw_star
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elif pattern == 'spiral':
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loops = simpledialog.askinteger("Loops", "Enter the number of loops (1-20):", minvalue=1, maxvalue=20)
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if not loops:
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break
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draw_func = draw_spiral
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if pattern != 'line' and pattern != 'star' and pattern != 'spiral':
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canvas.onclick(lambda x, y: draw_func(x, y, color, size, fill))
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else:
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canvas.onclick(lambda x, y: draw_func(x, y, color, size, points if pattern == 'star' else loops))
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turtle.done()
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if __name__ == "__main__":
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main()

‎Pixel Art Generator/requirements.txt‎

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turtle
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tkinter

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