Color manipulation is a common requirement in web development, graphic design, and data visualization. Designers and developers often work with different color formats such as HEX, RGB, and RGBA. Converting these values programmatically helps in generating dynamic styles, themes, and graphics. In this article, we will learn how to convert HEX to RGB or HEX to RGBA color codes in Python.
Why Convert HEX to RGB or RGBA?
Before diving into code, let’s understand the need for such conversions:
- HEX format (
#RRGGBB
) is widely used in web design and CSS styling. - RGB format (
rgb(red, green, blue)
) expresses colors with explicit numerical values between 0 and 255. - RGBA format (
rgba(red, green, blue, alpha)
) extends RGB by adding transparency through the alpha channel (0 to 1).
When working with SVGs, images, or CSS styles programmatically, converting between these formats ensures better compatibility and easier styling.
Python Library to Convert HEX to RGB or RGBA
Aspose.SVG for Python via .NET is a high-performance library that provides advanced APIs for SVG parsing, rendering, and manipulation. It also offers convenient classes for handling colors and CSS values, which makes color conversion tasks efficient.
With Aspose.SVG for Python, you can:
- Parse and manipulate SVG files.
- Handle CSS styles, including colors in HEX, RGB, and RGBA.
- Convert colors between different formats in Python.
You can simply install the package using pip:
pip install aspose-svg-net
You may also download Aspose.SVG for Python from the releases.
Convert HEX to RGB in Python
In this section, we will see how to parse a HEX color code and convert it into its RGB equivalent.
Follow the steps below to convert HEX to RGB:
- Import necessary classes from Aspose.SVG.
- Create a
Color
object using thefrom_string()
method with HEX string. - Convert HEX to RGB using the
to_rgb_string()
method. - Print or use the RGB values.
The following code example shows how to convert HEX to RGB in Python:
Output:
HEX #DEB487 → RGB: rgb(222, 180, 135)
Convert HEX to RGBA in Python
Sometimes, you may need to add transparency to your colors. This is where RGBA format is used. The alpha value ranges from 0.0 (fully transparent) to 1.0 (fully opaque).
Follow the steps below to convert HEX to RGBA:
- Import necessary classes.
- Create a color object from the HEX string.
- Convert HEX value to RGBA using the
to_rgba_string()
method. - Construct the RGBA representation.
The following code example shows how to convert HEX to RGBA in Python:
Output:
HEX #DEB487 → RGBA: rgba(222, 180, 135, 1)
Applying Converted Colors to SVG
Once converted, these RGB or RGBA values can be directly applied to SVG shapes or styles using Aspose.SVG.
Follow the steps below to apply color in SVG using Python:
- Create a new SVG document.
- Access the root element using the
root_element
property of the document. - Create a rectangle element with the
create_element_ns()
method. - Set position and size using the
set_attribute()
method. - Apply fill color using the fill attribute with your RGBA color code.
- Insert the rectangle inside the root element.
- Save the SVG document using the
save()
method.
The following code example shows how to apply a converted RGBA color code in the SVG using Python:

Applying Converted Colors to SVG using Python.
Get a Free License
You can evaluate Aspose.SVG for Python via .NET without limitations by requesting a free temporary license. Apply it in your code to unlock all features, including SVG rendering, parsing, and manipulation with unrestricted capacity. Visit the Aspose License Page to request yours.
Convert HEX to RGB Online
You may also use this free online HEX to RGB converter tool. It works on any device and browser and requires no downloads or subscriptions.

HEX to RGB/RGBA: Free Resources
Besides converting HEX to RGB/RGBA color codes, explore the following additional resources to enhance your understanding and skills in using Aspose.SVG for Python.
Conclusion
Converting HEX to RGB or RGBA in Python becomes effortless with Aspose.SVG for Python via .NET. You can easily parse HEX strings, extract RGB components, and add transparency when needed. This conversion is especially useful when working with SVGs, CSS, or graphical elements where different color formats are required.
If you have any questions or need further assistance, please feel free to reach out at our free support forum.