525,568 Cartilage Cycles In 20 Exact Frames

June 25, 2026

A 64x64 Cartilage GLSL fabric advances through 525,568 lockstep cycles while external edge I/O streams 7,956 parsed QFG frame declarations into a reversible ripple-adder sequence.

The run finishes with 704 passing browser expectations. 20 exact renderer states, from cycle 0 through cycle 525,568, turn that long execution into a labeled video, looping preview, and contact sheet.

Each frame captures committed cell and body state at a known cycle, giving the run a readable temporal spine without obscuring the much denser configuration traffic between samples.

Open The Complete Timeline Package

The media and source record live together under cartilage/codex5.5/. The ten-second video presents the sequence at two states per second, while the contact sheet places every exact cycle label on one page.

Watch The Run Advance At Two States Per Second

Twenty committed states span the full lockstep run from the initial fabric through the final reversible ripple-adder configuration.

Compare Every Labeled Cycle On One Sheet

Twenty exact Cartilage fabric checkpoints labeled from cycle 0 through cycle 525,568 on one contact sheet
Cycle 0 anchors the sheet; subsequent samples advance by approximately 27,661 or 27,662 cycles until the final state at 525,568.

Drive A Reversible Ripple Adder Through 525,568 Cycles

External lockstep edge I/O drives the 64x64 Cartilage GLSL fabric through a long regional reconfiguration sequence and into its expected final state.

The driver streams 7,956 parsed QFG frame declarations and completes 704 browser expectations. The last visible state records the committed result after the 2-bit to 3-bit to 2-bit reversible ripple-adder sequence.

Connect Committed Frames To In-Flight Configuration

The renderer exposes committed cell and body state, while configuration shift registers carry additional in-flight bits between captures. The lockstep driver continues advancing the fabric, shifting configuration, and checking edge behavior even when two sampled images look nearly identical.

The timeline therefore presents exact checkpoints from the completed run; the cycle labels connect each visible state to the denser internal traffic that advances between frames.

Make Nested Reconfiguration Visible Over Time

The Cartilage nested-instantiation article develops local ports, bounded daughter regions, serial configuration streams, tile roles, and composability inside the fabric.

This timeline carries those ideas through a long browser execution, joining regional reconfiguration to exact cycle labels and checked edge behavior.

Use The Timeline As A Temporal Index

The 20 committed states provide stable entry points into the driver, QFG frame stream, edge checks, and internal configuration path. A richer trace viewer can attach those signals to the same cycle index and preserve the existing timeline as its visual overview.

Decode Each Committed Fabric State

Thirty-two Cartilage body-role codes cover the reconfiguration port, cross, constants, four wire orientations, and six MUX modes in four orientations. The Cartilage Visual Language provides the complete key for reading every frame.

Carry The Timeline Into The Current Core

Cartilage Core and the public source repository provide the current compact browser and hardware mechanism. The cartilage/codex5.5/ package supplies this exact 525,568-cycle QuadFlow run.

Keep Every Frame Attached To Its Run Coordinates

Each label binds one committed state to its cycle count, the 7,956 parsed QFG declarations, and the 704 completed browser expectations.

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