What does the Singularity effect do in Ether-MOSH?

It mixes the live image with recent finished frames sampled along a moving log-polar vortex, then breaks the flow into curved shards that dissolve before the center.

Is the Ether-MOSH Singularity effect a black-hole simulation?

No. It does not model spacetime, gravity, accretion, lensing, radiation, or an event horizon. It is an artistic GPU feedback effect with a black-hole-inspired visual metaphor.

Where is Singularity, and what settings should I start with?

Open the FX panel, choose Dimensional, and add Singularity. Start at 0.32 Pull, 0.38 Twist, and 0.28 Debris, then tune while the source is moving.

Can I use Singularity for print and projection?

Yes. Freeze and proof a legible still for print; for projection, test the actual display, keep essential text clean, analyze flash risk full-screen, and provide a static or lower-motion alternative.

Make the Singularity Effect Swallow the Evidence

A practical review of a wandering feedback vortex, the museum committee it allegedly ate, and why a shader with a dark center is not suddenly an astrophysics instrument.

Quick answer

Ether-MOSH Singularity bends the current image and recent output into a wandering digital vortex. Pull sets the overall inward displacement and blend, Twist controls differential rotation, and Debris breaks the field into curved shards that dissolve near the center. It is a stylized log-polar feedback effect—not a black-hole simulation. Find it under Dimensional and start near 0.32 Pull, 0.38 Twist, 0.28 Debris.

Open Ether-MOSH