Camouflage Pattern Generator

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Table of Contents

1. Update
2. How It Works?
   • Extract Colors
   • Generate Fractal Noise and fill with colors
3. How to Use

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Update

I'm working on new update which expected to bring us the ability to create Multicam like camo pattern. On the last success i was be able to create organic shape without the need for hand drawing.

For how it work. The pattern generator system work by using the base fractal noise as we known are really good at create organic shape, so i put a controllable mask on it and add some parameter to have more control. The result is a controllable organic shape generattor

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How It Works?

This camouflage pattern generator is based on fractal noise.

1. Extract Colors

The first step is extract main colors from an input image.

You can customize the number of colors to extract by modifying the num_colors parameter. For example:

color_palette = cp.extract_palette("demo_input/k20r.jpg", num_colors=4)  # Extract 4 main colors

2. Generate Fractal Noise

In this step, fractals are randomly generated within a given frame size and filled with the extracted colors. You can control the parameters to customize the final camouflage pattern.

Example:

generate_pattern(color_palette, "gencamo.png", size=(500, 500), c=3)

Pycamo can generate 3 types of digital camo: Fractal, Pixel, Multicam-like(mimic multicam style).

How to Use

Follow these steps to use the Camouflage Pattern Generator:

1. Clone the Project Repository

git clone https://github.com/Minhtrna/Pycamo.git

Install library

pip install -r requirements.txt

Then you can run Pycamo in scr folder

python Pycamo.py

Or

Use Pycamo in other Py program by

import Pycamo

You can edit parameter here

Parameter	Description
color_palette	A list of colors extracted from an image or defined manually.
num_colors	The number of colors to extract from the image using the extract_palette function.
ratios	A list of percentages defining how much each color should contribute to the pattern.
size	The dimensions of the generated camouflage pattern in pixels (width, height).
c	A parameter that controls the complexity of the fractal noise.
ratios=[]	Passes the predefined ratios for each color to the generate_pattern function.
pixelize=True/False	Set True to pixelize camo, False for normal fractal.
pixel_size	Set pixel size for pixelize function.
"demo_input/teste3.png"	The input image file used to extract colors.
"gencamo.png"	The output file name where the generated pattern will be saved.

To use GUI instead of command.

go to GUI folder

then

python GUI.py

ENJOY!