Your AI builds the game, we give it the workbench.

8 steps

A jump that feels good

Your first platformer, or one whose jump feels off and you cannot say why.

8 steps

A story that holds together

Any game with scenes, choices or characters, before it has many of them.

8 steps

Fair randomness and loot

Anything with dice, drops, crits or chests.

8 steps

Combat that reads clearly

Action games where hits feel mushy or unfair.

8 steps

Progress that keeps players going

Games with levels, skills, unlocks or a reason to come back tomorrow.

6 steps

Saving that never loses a game

Any game longer than one sitting, before the first update ships.

Let clouds drift in layers and loop around without ever popping in view

A calm sky behind a puzzle is mostly clouds crossing slowly. The trouble starts at the edge: a cloud that jumps back to the other side while still half visible, wide clouds that vanish early, and drift that reverses badly when the wind changes. Here is a loop that wraps clouds exactly when they are out of sight.

Are some deaths caused by the game stuttering and not by the player?

A freeze at the wrong moment can kill a player who did everything right. This entry shows how to compare deaths with stutters while allowing for the fact that stutters overlap, so you know whether performance is hurting your difficulty.

Split an area's ore into veins so the total comes out exactly right

If every vein in an area rolls its own size, one area has far too much and the next too little, and the world economy drifts with luck. Fixing the total per area and dividing it up keeps the economy steady, but splitting a number into whole parts is where ore quietly goes missing.

Recognise a shaped recipe wherever the player puts it on the crafting grid

A recipe shows two planks on top of each other, but the player puts them in the corner, in the middle, or flipped left to right, and the game says nothing happens. Another player leaves a stray item in a far square and still gets a result. This entry matches by shape, not by position.

Set the "beat the target time" number from what testers really did

A designer plays their own level in a minute and sets that as the target. Nobody else gets near it. Another level has a target so loose it means nothing, because one tester walked away and left the game open. Here is a way to choose it from real times.

Hand out story fragments across runs in order, without dry streaks

In a game where every run starts fresh, the story comes in pieces that drop by chance. Players get the ending piece before the beginning, or go a dozen runs with nothing new. Here is how your AI keeps the pieces in story order and guarantees that a long dry spell ends.

How to Build a Branching Story That Does Not Break

Model every scene with what it needs and changes, then have a checker walk every path. It finds dead ends and gives you the exact path to each one.

How to Build Quests That Do Not Get Stuck

A quest gets stuck when a step needs something that is gone. Model who holds what, and a checker shows the exact path to each stuck quest.

How to Keep Your Game Characters Consistent

Put each character's fixed facts in a model and have a checker walk every path. It shows the exact scenes where someone acts against their sheet.

How to Make a Game Story Without Errors or Plot Holes

Have your AI model your story and run a checker over every path. It names the exact scenes that break a rule, so you fix real errors, not guesses.

How to Make Player Choices That Really Matter

A choice matters when the game remembers it and shows the result later. Model every choice and have a checker find the paths where nothing changes.

How to Make Save Games That Keep the Story

A save must store what happened in the story, not only where the player stands. Model saving and loading as steps, and a checker finds what gets lost.