Coin Maze Chaser Pathing: Reading the AI's Approach Vectors

The chaser in Coin Maze is the single biggest source of lost time. Many players treat it as random, dodge in panic, and end up cornered. It is not random. It follows predictable rules, and once you understand them, evasion becomes a route-planning problem rather than a reflex problem.

Most chasing logic in puzzle games is a variant of pathfinding: the chaser sees your position, computes a path along the open corridors using something like A* or breadth-first search, and takes the first step. It does not see the future; it reacts to the present. Formally this is a pursuit-evasion problem, the same class studied in robotics and game theory. The practical takeaway is that the chaser is always trying to cut the distance to you on its next step, so if you can predict which corridor it will take, you can route to avoid it.

In Coin Maze you do not move one cell at a time. You pick a direction and slide until you hit a wall or block, while the chaser often moves more conventionally. That asymmetry is the key to evasion. Because you slide, your possible next positions are limited to specific stopping points, so your move set is small and easy to reason about. The chaser cannot react mid-slide; it sees your final position and starts toward it, which gives you a brief window after each slide to read where it is heading and plan your next move before committing.

An approach vector is the direction the chaser is moving relative to you, and most of the time it sits in one of four quadrants: above-right, above-left, below-right, below-left. Identifying the quadrant at a glance tells you which two slide directions are safe. If the chaser is above-right, sliding left or down moves you away while sliding right or up moves you toward it. The safe pair shifts as the chaser moves, so build the habit of checking the quadrant before every slide, not just when it feels close.

The fastest collection method is also the safest: chain nearby coins into a single slide path. Tight clusters need less back-and-forth, and every long slide across the map is an invitation for the chaser to close the gap. Look for clusters of three or more coins whose path flows in one or two directions and collect them as a unit. Resist grabbing a lone distant coin when a cluster is within two slides, because the distant coin opens too much chaser space.

Many layouts include narrow corridors ending in dead ends. Sliding in is fine if you know the slide back out will not put you on a collision course, and a trap if you do not check. Before any slide that ends in a dead end, ask where the chaser will be when you reverse. If the answer is between you and the next cluster, pick a different route.

If the chaser catches you, the stage restarts but the total timer keeps running, which makes resets expensive without being catastrophic. The real cost is hesitation after a catch. Train yourself to slide immediately: the board has reset, but you already know the layout, so reapply the same cluster plan with one adjustment for whatever got you caught. The Coin Maze strategy guide covers the routing fundamentals underneath this.

The complete loop is short. Spend the first three seconds reading the coin layout and finding the largest cluster, plan a route that collects it in two or three slides, then start sliding and check the chaser's quadrant after each one, adjusting to keep it in the opposite quadrant. It leans heavily on working memory, since you are holding a route plan while tracking a moving threat. Drill it on the Coin Maze guide demo without touching your competitive stats, and after a few runs the chaser starts to feel like a slow obstacle to route around rather than a random threat. Then take it to today's board.

Wikipedia, Pathfinding.

Wikipedia, Pursuit-evasion.