Download and install the latest version of Filestar.
Right click on one or more Pix file(s) on your desktop and select Convert with Filestar.
Type convert to xpm in the search box.
Press Convert.
Or let an AI agent do it: filestarcli -i file.pix -c "convert to xpm" (how).
Documents - File Explorer─☐✕
This PC › Documents
Home
Desktop
Downloads
Documents
Pictures
Music
.pixContract.pix
.xlsxBudget.xlsx
.pdfReport.pdf
.pngLogo.png
Filestar*Help✕
Drop files here to get started
ConvertMergeCompressExtractMoveZip
Let your AI agent convert PIX to XPM
Claude Code, Codex, Cursor and other agents can do this on your computer with Filestar. Your files stay on your machine.
Install Filestar and add it to your agents:
npm install -g filestar
filestarcli agent install
Then ask your agent:
“Convert the PIX files in my Downloads folder to XPM”
Or run it yourself:
filestarcli -i file.pix -c "convert to xpm"
Runs on your computer, so your files stay on it. Works on Windows, macOS and Linux. 50 free conversions with the npm install, no account needed.
Can my AI agent convert PIX to XPM?
Yes. Install the Filestar CLI with npm install -g filestar and your agent can run filestarcli -i file.pix -c "convert to xpm" on your computer, so your files stay on it.
The PIX file format is associated with PCI Geomatics, a software suite used for geospatial image processing and analysis. A PCI Geomatics Database File (PIX) contains raster data, which represents geographic information in a pixelated format. This file type is specifically designed to store and manage complex geospatial datasets, including satellite imagery, aerial photos, and other forms of remote sensing data. The PIX format is capable of handling multiple bands or layers of data, making it suitable for various applications.
The XPM (X11 Pixmap Graphic) file format is a plain text file format used to store pixmap images, which are pixel-based graphics. It is designed for use with the X Window System, commonly used in Unix and Linux environments. XPM files define images in a structured format, using ASCII text to describe each pixel's color and location within the image. This format supports both monochrome and color images and allows for the definition of custom color palettes.
