Mastering Escape Mode
Ring counts, gap sizes, rotation and shrink behaviour, and how each one changes the length and tension of a run.
In This Tutorial
What Escape Mode Is
Escape mode surrounds the ball with a stack of concentric rings, each with a gap cut into it. The ball has to find the gap in the innermost ring to reach the next one, and repeat that until it is out. Rings you have passed through break away, so the counter falls as the run progresses. The tension comes from the gap moving: the rings rotate, so the opening is never where the ball last saw it.
- •Press S during an Escape run to freeze and unfreeze ring rotation. Useful for setting up a specific shot.
The Four Settings That Set Run Length
Number of Rings, from 1 to 100, is the coarse control. Gap Size, from 5 to 100, is the fine one: halving the gap can double a run. Ring Speed, from 0 to 20, decides how hard the target is to hit, and a slow rotation is harder to read than a fast one because the ball keeps nearly making it. Ring Spacing, from 10 to 100, sets how much room the ball has between layers, which changes how much speed it can build. Change one at a time. These four interact, and moving two at once tells you nothing.
- →Number of Rings: 1 to 100
- →Gap Size: 5 to 100
- →Ring Speed: 0 to 20, step 0.1
- →Ring Spacing: 10 to 100 (Wide Ring Spacing toggle available)
- →Minimum Radius Size: 10 to 500
Gap Patterns
The Pattern control sets how gaps are placed across the stack. A spiral arrangement staggers each gap slightly from the one below it, with Spiral Tightness from 1 to 50 controlling the stagger, which produces a run that keeps circling in one direction. Opposite Gaps adds up to 4 extra openings per ring, each from 5 to 100 wide, which shortens runs sharply and suits a faster clip. Rotation Mode changes whether the stack turns continuously or steps. Stop Rotation on Hit freezes the stack when the ball connects, which gives a beat of stillness at each breakthrough.
- •Spiral patterns look deliberate on camera. Random placement often reads as a mistake.
- •Opposite Gaps is the fastest way to cut a run that is coming out too long.
Shrinking and Time Trial
Shrink Mode pulls the rings inward as the run proceeds, with a Base Shrink Rate from 0 to 10 and an optional Dynamic Scaling that adjusts the rate as the stack thins. Shrinking guarantees the run resolves instead of stalling. Time Trial is the other structure: it starts a countdown, from 5 to 300 seconds, and each ring the ball breaks adds time back, from 0 to 30 seconds, with a Time Addition Step from -5 to +5 that makes each successive ring worth progressively more or less. Time Trial turns an escape into a scored run with a visible fail state.
- →Base Shrink Rate: 0 to 10, step 0.1
- →Time Trial Start Time: 5 to 300 s
- →Time Trial Time Addition: 0 to 30 s
- →Time Addition Step: -5 to +5 s per ring
- →Minimum Radius Size: 10 to 500
Stopping the Ball Getting Stuck
Two settings exist because a ball can wedge against a ring edge. Side Guards add walls beside the gap that stop the ball skimming past it. Gap Support keeps the opening navigable as the stack shrinks, with a Support Strength from 10 to 500. If a ball still stalls, Anti-Stall Force in the Physics tab under Advanced Physics accepts 0 to 10 and nudges a settled ball back into motion. Reach for the mode settings first and the anti-stall force second, since the force affects the whole simulation.
- •A stalled run is almost always a gravity and bounciness problem, not a ring problem. Check Bounciness is at or near 1.
Colouring the Stack
Pattern Mode under the escape colour settings offers Rainbow, Alternating, Gradient, Uniform and Individual. Gradient uses a Prism Start and Prism End colour with a Spectral Density from 0.1 to 50 that controls how quickly the ramp cycles across the stack. Individual gives you per-layer colour profiles when you want specific rings to stand out, which is how you mark milestone rings in a long run. Uniform with a single strong colour is the most readable option on a small screen.
- •On a phone-sized frame, fewer colours read better. Uniform or a tight gradient beats full rainbow.
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