slot-mechanics-designer

To convert slot mechanics into a deterministic state graph, define explicit states, transitions, and trigger events. This process yields a verifiable handoff package with validation results and risk notes for engineers.

Defining event contracts for slot features requires mapping trigger events and action payloads to valid state paths. This ensures feature sequencing and retrigger rules produce deterministic, verifiable transition rules.

Validating state machine transitions involves checking guard conditions against target states and action payloads. This ensures all mapped paths in the slot mechanic design spec are deterministic and valid.

Yes, you can design retrigger rules and feature sequencing by mapping them as explicit transition rules within a deterministic state graph. This ensures complex slot features follow valid paths and verifiable logic.

An implementation handoff package for slot mechanics should include the deterministic state graph, event contracts, validation results, an initial patch plan, and explicit risk notes for engineering teams.

Slot feature implementations deviate when design specs lack deterministic state graphs and explicit event contracts. Translating mechanics into strict transition rules and guard conditions prevents ambiguous engineering handoffs.