Turbo Spin Designer

Use this skill to design turbo and quick-spin modes with studio-grade UX, strict timing rules, and safe integration patterns.

Core Principles

• Turbo must never change math or outcomes, only presentation timing.
• Quick Spin is a moderate speed-up; Turbo is the fastest allowed.
• Stop/Skip behavior must be deterministic and never skip required result events.

Workflow

1. Define spin speed modes.

• Declare normal, quick, turbo modes with timing targets.
• Define max speed multipliers and minimum durations per state.

1. Define stop/skip behavior.

• Decide if “Stop” advances to final state or fast-forwards step-by-step.
• Ensure stop does not alter payout or event ordering.

1. Map UI state transitions.

• Spin button shows Spin, Stop, or Auto Stop based on state.
• Lock speed toggles during resolve to avoid desync.

1. Validate casino-grade constraints.

• Maintain readability of reels, wins, and feature triggers.
• Cap total round time to avoid illegal 0ms spins.

1. Deliver integration handoff.

• Provide state map, timing tables, and trigger rules.
• Provide spec for QA checks and edge-case handling.

Output Contract

Return:

1. Mode Table: normal/quick/turbo timings and multipliers.
2. Stop Logic: allowed states, behavior, and guard rules.
3. UI Mapping: button states and toggle availability.
4. State Safety: minimum durations per phase.
5. Verification: QA checks and pass criteria.
6. Risks: ambiguity or desync points.

Commands

python3 scripts/validate_turbo_spin_spec.py \
  --input <path/to/turbo_spin_spec.json>

Treat non-zero exits as blocker findings.

References

• references/workflow.md: design flow and timing rules.
• references/contracts.md: turbo spin spec contract.
• references/checklist.md: UX and QA checklist.
• references/signoff-template.md: sign-off template.

Execution Rules

• Never modify outcomes or RNG when turbo is enabled.
• Ensure minimum visual exposure of wins and features.
• Enforce stop button behavior as state-driven, not time-driven.