Color Mixing Simulator

Graphics, Photo & Design
1,536 calculations
Having trouble? Go to tutorial
📝 How it works:
Simulate additive (RGB) and subtractive (CMY) color mixing with live preview. Ideal for design, art and education.

Fill in the fields below and click "Calculate".

The Color Mixing Simulator is an interactive online tool that lets you explore and visualize how colors combine in both additive (light-based) and subtractive (pigment-based) mixing models. With a live preview of the mixed results, this simulator is ideal for designers, artists, educators, and anyone curious about the science of color.

Additive vs. Subtractive Color Mixing

There are two fundamentally different ways colors mix, depending on the medium:

  • Additive mixing (RGB): Used for light sources such as screens, projectors, and stage lighting. When you combine red, green, and blue light, you get white. This is how your monitor displays colors.
  • Subtractive mixing (CMY/CMYK): Used for pigments, paints, and printing inks. When you mix cyan, magenta, and yellow pigments, you theoretically get black. This is how printing works.

How to Use the Color Mixing Simulator

Select the color mixing model (additive or subtractive) and choose two or more base colors using the color pickers. The simulator instantly shows you the resulting mixed color with its RGB and HEX values. You can adjust the proportions of each color to fine-tune the result.

Educational Applications

The Color Mixing Simulator is widely used in educational settings to demonstrate the principles of light and color to students. It makes abstract concepts tangible by showing visually how different combinations produce different results. Teachers use it to illustrate topics in physics, art, and computer science classes.

Professional Design Uses

Designers use the simulator to preview color combinations before committing to them in their projects. It is particularly useful for understanding why certain color combinations work on screen but look different when printed, and vice versa. Understanding both mixing models is essential for anyone working across digital and print media.

Advertisement