Convert FFF to XBM
Max file size 100mb.
FFF vs XBM Format Comparison
| Aspect | FFF (Source Format) | XBM (Target Format) |
|---|---|---|
| Format Overview |
FFF
Hasselblad Flexible File
Hasselblad/Imacon RAW format. RAW Lossless |
XBM
X BitMap
A monochrome bitmap format from the X Window System (1985) that stores image data as plain C source code. Each pixel is either foreground or background, making XBM files human-readable text that can be compiled directly into X11 applications for icons and cursors. Legacy Lossless |
| Technical Specifications |
Color Depth: 16-bit
Compression: Lossless Transparency: No Animation: No Extensions: .fff |
Color Depth: 1-bit monochrome
Compression: None (text-based C source) Transparency: Inherent (1-bit mask) Animation: No Extensions: .xbm |
| Image Features |
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| Processing & Tools |
FFF processing: # Read FFF with Pillow
from PIL import Image
img = Image.open("file.fff")
print(img.size, img.mode)
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XBM creation: # Convert to XBM
img.save("output.xbm", "XBM")
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| Advantages |
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| Disadvantages |
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| Common Uses |
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| Best For |
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| Version History |
Introduced: Hasselblad Flexible File
Status: Active |
Introduced: 1985 (MIT / X Consortium)
Status: Legacy (X11 systems) |
| Software Support |
Image Editors: Various
Web Browsers: Varies OS Preview: Cross-platform Mobile: Varies CLI Tools: Pillow, ImageMagick |
Image Editors: GIMP, ImageMagick, Pillow, X11 tools, any text editor
Web Browsers: Deprecated (formerly supported) OS Preview: Linux/Unix (X11 native) Mobile: No CLI Tools: Pillow, ImageMagick, bitmap(1) |
Why Convert FFF to XBM?
Converting FFF to XBM transforms your Hasselblad Flexible File image into a monochrome X BitMap format suitable for X11 icons and cursors. XBM files are stored as plain C source code, making them directly compilable into Unix/Linux applications without external image loading libraries.
FFF (Hasselblad Flexible File) uses Lossless and supports 16-bit color depth. Converting to XBM reduces the image to 1-bit monochrome, creating a simple black-and-white bitmap that follows the X Window System standard for application resources.
The conversion process reads the source image, converts it to monochrome using a threshold algorithm, and outputs the result as a valid C source file containing the bitmap data array. This file can be included directly in X11 application source code using standard #include directives.
This conversion is useful for creating X11 application icons, cursor definitions, and embedded bitmap resources from existing images. The resulting XBM file is human-readable text that can be edited in any text editor or version control system.
Key Benefits of Converting FFF to XBM:
- X11 Integration: Create icons and cursors for X Window System applications
- Compilable Code: XBM files are valid C source — include directly in applications
- Text-Based: Human-readable format, easy to version control and inspect
- No Dependencies: X11 reads XBM natively without external image libraries
- Clean Conversion: Threshold-based monochrome conversion from FFF source
- Small Icons: Perfect for creating small UI elements from larger images
- Free & Online: No software installation required for conversion
Practical Examples
Example 1: Creating X11 Application Icons
Scenario: A developer converts a FFF logo to XBM for use as an X11 application window icon.
Source: logo.fff (FFF format) Conversion: FFF → XBM (1-bit monochrome) Result: logo.xbm (C source code) ✓ Monochrome bitmap created ✓ Valid C source code output ✓ Ready for X11 application use ✓ #include compatible
Example 2: Building Cursor Resources
Scenario: A UI designer converts a FFF cursor design to XBM for X Window cursor definitions.
Source: cursor_design.fff (FFF) Conversion: FFF → XBM Result: cursor_design.xbm (32x32 monochrome) ✓ Threshold-based conversion ✓ Standard cursor size ✓ X11 cursor compatible ✓ Text-editable output
Example 3: Embedding Bitmaps in Code
Scenario: A programmer converts FFF graphics to XBM for embedding directly in C/C++ application source code.
Source: button_icon.fff (FFF) Conversion: FFF → XBM Result: button_icon.xbm (C array data) ✓ Direct source code inclusion ✓ No runtime image loading needed ✓ Compile-time resource embedding ✓ Minimal application overhead
Frequently Asked Questions (FAQ)
Q: Will I lose color converting FFF to XBM?
A: Yes, XBM is a 1-bit monochrome format. All color information will be converted to black and white using a threshold algorithm. The conversion preserves shapes and contrast but not color or grayscale detail.
Q: What is XBM format used for?
A: XBM (X BitMap) is used for X Window System icons, cursors, and embedded bitmap resources. It stores image data as C source code that can be compiled directly into Unix/Linux applications.
Q: What resolution should my FFF be for XBM?
A: XBM icons are typically small: 16x16, 32x32, or 48x48 pixels. While any resolution FFF can be converted, the monochrome result works best with simple, high-contrast images at small sizes.
Q: Can I edit the resulting XBM file?
A: Yes! XBM files are plain text C source code. You can open them in any text editor and modify the pixel data array directly, or use image editors like GIMP that support XBM.
Q: How do I use XBM in my X11 application?
A: Include the XBM file in your C source with #include "icon.xbm", then use XCreateBitmapFromData() or similar Xlib functions to create a pixmap from the data arrays.
Q: Why is the XBM file larger than my FFF?
A: XBM stores data as text-based C code where each byte is written as a hexadecimal literal (e.g., 0xff). This text representation is much larger than binary formats. The trade-off is human readability and direct compilability.
Q: Can I batch convert multiple FFF files to XBM?
A: Yes, our converter supports batch conversion. Upload multiple FFF files and convert them all to XBM simultaneously.
Q: Is the conversion reversible?
A: The monochrome conversion is not fully reversible — color and grayscale data from the original FFF is lost during the threshold conversion. You can convert XBM back to other formats, but they will remain monochrome.