Convert FLI to BMP

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FLI vs BMP Format Comparison

Aspect FLI (Source Format) BMP (Target Format)
Format Overview
FLI
Autodesk FLIC Animation

Animation format created by Autodesk in 1985 for Animator and Animator Pro. Stores frame-by-frame animation with 256-color palette and delta compression. FLI uses fixed 320x200 resolution while FLC supports arbitrary sizes. Ubiquitous in DOS-era games and multimedia.

Legacy Format Lossless
BMP
Windows Bitmap

Uncompressed raster image format developed by Microsoft in 1986 for Windows operating systems. Stores pixel data without compression by default, providing exact color reproduction at the cost of larger file sizes. Universally supported across all platforms and applications.

Standard Format Lossless
Technical Specifications
Structure: Chunk-based binary with frame delta compression
Color Depth: 8-bit indexed (256-color palette)
Resolution: FLI: 320×200 fixed, FLC: arbitrary
Compression: RLE + delta frame encoding
Extensions: .fli, .flc
Structure: File header + DIB header + pixel data
Color Depth: 1/4/8/16/24/32-bit
Compression: None (optional RLE for 4/8-bit)
Transparency: 32-bit BGRA alpha channel
Extensions: .bmp, .dib
Syntax Examples

FLI uses binary format (not human-readable):

Header: 128 bytes
  Magic: 0xAF11 (FLI) / 0xAF12 (FLC)
  Frames: N, Width: W, Height: H
  Depth: 8 bits, Delay: D ms
Frame chunks: delta-compressed

BMP uses a simple binary header + pixel data:

BM header (14 bytes)
DIB header (40+ bytes)
  Width, Height, Bit depth
  Compression type
Pixel data (bottom-up rows)
  Row padding to 4-byte boundary
Content Support
  • 256-color indexed palette per frame
  • Frame-by-frame animation sequences
  • Delta compression between frames
  • Palette rotation/cycling effects
  • Variable frame delay timing
  • RLE compression for first frame
  • No audio track support
  • Uncompressed pixel storage
  • Multiple color depths (1-32 bit)
  • Optional RLE compression (4/8-bit)
  • Color table for indexed modes
  • Alpha channel (32-bit)
  • ICC color profile support
  • Bottom-up or top-down scan order
Advantages
  • Efficient delta frame compression
  • Simple format, easy to parse
  • Individual frames easily extractable
  • Native Pillow/Python support
  • Compact animation storage
  • Lossless palette-based encoding
  • Universal compatibility
  • Lossless — no compression artifacts
  • Simple format, fast to read/write
  • Works on all operating systems
  • No software dependencies
  • Exact pixel-level fidelity
Disadvantages
  • Limited to 256 colors
  • No audio support
  • FLI fixed at 320×200
  • No transparency/alpha
  • Obsolete format
  • No modern codec features
  • Very large file sizes (uncompressed)
  • No modern features (animation, layers)
  • Inefficient for web delivery
  • No metadata standards (EXIF/XMP)
  • Outdated for most workflows
Common Uses
  • DOS game cutscenes and cinematics
  • Autodesk Animator animations
  • Multimedia CD-ROM presentations
  • Scientific visualizations
  • Architectural walkthroughs
  • Windows system graphics
  • Clipboard image exchange
  • Legacy application compatibility
  • Pixel-exact image storage
  • Simple image processing pipelines
Best For
  • Retro game asset extraction
  • DOS-era animation preservation
  • Legacy multimedia archives
  • Palette-based pixel art sequences
  • Maximum compatibility needs
  • Pixel-exact uncompressed storage
  • Windows clipboard operations
  • Simple image processing
Version History
FLI Introduced: 1985 (Autodesk Animator)
FLC Introduced: 1992 (Animator Pro)
Status: Legacy (no longer developed)
Evolution: Superseded by AVI, MPEG, MP4
Introduced: 1986 (Windows 1.0)
Current: BMP v5 (Windows 98/2000)
Status: Stable, universally supported
Evolution: v1 → v2 → v3 → v4 → v5
Software Support
Pillow (Python): Native read support (FliImagePlugin)
FFmpeg: Full read/write support
ImageMagick: Read support
Other: XnView, IrfanView, GIMP (via plugin)
Windows: Native support (Paint, Explorer)
macOS: Preview, all image apps
Linux: All image viewers/editors
Other: Every image application supports BMP

Why Convert FLI to BMP?

Converting FLI animation frames to BMP format provides the simplest and most universally compatible image output. BMP's uncompressed storage guarantees exact pixel-level fidelity with no compression artifacts, making it ideal when you need a straightforward, lossless extraction of FLI animation frames.

BMP format has been part of Windows since version 1.0 (1986) and is supported by virtually every image application across all platforms. This universal compatibility makes BMP an excellent intermediate format when extracting FLI frames for further processing in any image editing application.

FLI's 256-color palette images convert cleanly to BMP's 8-bit indexed mode, preserving the original palette structure. Alternatively, conversion to 24-bit BMP provides full RGB representation of the palette colors. Either way, BMP maintains exact color fidelity with no generation loss.

While BMP files are larger than compressed formats like PNG or JPEG, their simplicity and zero-dependency nature makes them valuable for automated image processing pipelines, embedded systems, and scenarios where decompression overhead is unacceptable. For archival of FLI frames where file size is not a primary concern, BMP provides guaranteed quality.

Key Benefits of Converting FLI to BMP:

  • Universal Compatibility: BMP opens in every image application on every platform
  • Lossless Quality: Zero compression means exact pixel reproduction from FLI source
  • Simple Format: No codec dependencies — fast, reliable read/write operations
  • Palette Preservation: BMP 8-bit mode can preserve FLI's indexed 256-color palette
  • Processing Ready: Uncompressed data ideal for pixel-level image processing
  • Clipboard Compatible: Native Windows clipboard format for easy paste operations
  • No Artifacts: Unlike JPEG or lossy formats, BMP introduces zero compression artifacts

Practical Examples

Example 1: Frame Extraction for Editing

Input FLI file (game_intro.fli):

FLI animation file:
  Resolution: 320x200
  Colors: 256-color palette
  Frames: 200
  Content: Game introduction

Output BMP file (frame001.bmp):

BMP frame output:
✓ 320x200, 24-bit color
✓ Uncompressed pixel data
✓ Exact palette colors preserved
✓ File size: ~192 KB
✓ Opens in any image editor
✓ Ready for further processing
✓ No quality loss

Example 2: Batch Frame Export

Input FLI file (animation.flc):

FLC animation file:
  Resolution: 640x480
  Colors: 256 indexed
  Frames: 500
  Content: Scientific visualization

Output BMP file (animation_frame.bmp):

BMP output:
✓ 640x480, 24-bit BMP
✓ Uncompressed: ~921 KB
✓ All palette colors exact
✓ Compatible with any OS
✓ No codec needed to view
✓ Fast to load and process
✓ Pixel-perfect extraction

Example 3: Legacy System Compatibility

Input FLI file (presentation.fli):

FLI presentation animation:
  Resolution: 320x200
  Colors: 256 palette
  Content: Corporate presentation
  DOS-era graphics

Output BMP file (slide.bmp):

Universal BMP image:
✓ Windows/macOS/Linux compatible
✓ No special software needed
✓ 24-bit color from palette
✓ Simple binary format
✓ Clipboard paste support
✓ Works in Office apps
✓ Universal compatibility

Frequently Asked Questions (FAQ)

Q: What is BMP format?

A: BMP (Windows Bitmap) is an uncompressed raster image format developed by Microsoft for Windows. It stores pixel data directly without compression, providing exact color reproduction. BMP supports 1-bit through 32-bit color depths and is universally supported by all image applications and operating systems.

Q: Why are BMP files so large?

A: BMP stores pixel data without compression by default. A 320x200 pixel image at 24-bit color requires about 192 KB, while the same image in PNG might be 10-30 KB. The tradeoff is guaranteed quality and maximum compatibility with zero decompression overhead.

Q: Should I use BMP or PNG for FLI frames?

A: Use PNG for most cases — it provides lossless compression that produces much smaller files with identical quality. Use BMP when you need maximum compatibility, when working with software that doesn't support PNG, or when processing speed is more important than file size (BMP requires no decompression).

Q: Does BMP support animation like FLI?

A: No, BMP is a single-frame format. The converter extracts the first frame from the FLI animation and saves it as a static BMP image. For animated output, consider GIF or WebP format instead.

Q: Will the 256 colors be preserved?

A: Yes, BMP can store 8-bit indexed images with a 256-color palette, exactly matching FLI's format. The conversion can also output 24-bit RGB BMP where each palette color is expanded to full RGB values — both approaches preserve exact color fidelity.

Q: Can I convert BMP back to FLI?

A: No, FLI is a source-only format in our converter. Pillow can read FLI/FLC files but cannot write them. To create FLI animations, you would need specialized tools like the original Autodesk Animator or FFmpeg.

Q: Does BMP support transparency?

A: 32-bit BMP files support an alpha channel for transparency, but support varies across applications. If you need reliable transparency, PNG is a better choice. FLI does not support transparency, so this is mainly relevant if you plan to add transparency in post-processing.

Q: Is BMP suitable for web use?

A: No, BMP files are too large for web delivery and are not efficiently handled by browsers. For web display of extracted FLI frames, use AVIF, WebP, PNG, or JPEG instead. BMP is best for local processing, editing, and compatibility scenarios.