How to Predict Moving Targets

Prediction is cheaper than reaction. If you know where a target will be in half a second, you can be pointing there already and skip the entire cost of noticing and responding. Most movement in these games is predictable - here is how to read it.

Classify the movement in three seconds

Almost every moving target on the site falls into one of five behaviours: a linear patrol that reverses at the edges, a sine wave that slides while oscillating vertically, an elliptical orbit, a random drift, or a periodic teleport.

Three seconds of watching is enough to tell them apart, and the classification determines everything you do next. A patrol has exploitable turns; a drift has nothing at all.

Find the period

For anything periodic, the useful number is how long one full cycle takes. Count it once and you can place your aim point and know, roughly, when the target will arrive there.

This is far more reliable than tracking, because it converts an ongoing estimation problem into a single measurement you make once.

Exploit the slow parts

Every periodic path has a slowest point. Linear patrols are nearly stationary at each reversal. Sine paths pause at the top and bottom of the oscillation. Elliptical orbits are slowest at the ends of the long axis.

At those moments the lead required drops close to zero and the release window widens considerably. If a game is beating you, stop shooting mid-sweep and start waiting at the slow point.

When there is no pattern

Moving Bullseye uses a random walk applied to velocity. The path is smooth but genuinely unpredictable beyond a few tenths of a second, and no amount of watching will reveal a cycle.

The only counter is to shorten the interval between deciding and shooting. Prediction over a very short horizon still works - the target's current direction is a decent guide for the next fraction of a second - so commit fast and aim slightly along the current heading.

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