📖 Overview

Not every conflict should be resolved immediately.

This tool adjusts cooldown time for intensity fatigue and context switching stress.

Use it to return to the conversation when regulation and clarity are higher.

🧪 Example Scenarios

Use these default and higher-pressure example inputs to explore how sensitive this calculator is before using your real numbers.

InputBase CaseHigher Pressure Case
Conflict Intensity (1-10)78.05
Sleep Debt (hours)22.4
Interruptions In Last 24h66.9

⚙️ How It Works

Recommends a de-escalation window based on conflict intensity, fatigue, and overload factors.

The Formula

Cooldown Minutes = clamp(10 + 6×Intensity + 4×Sleep Debt + 2×Interruptions, 10, 180)
IntensityCurrent emotional intensity level
Sleep DebtFatigue pressure that reduces self-regulation bandwidth
InterruptionsContext-switch load in the prior day
clampConstrains output to 10–180 minute practical range
💡Cooldown works best when paired with a clear reconvene time and specific next topic.

Quick Reference

IntensitySleep debtInterruptionsCooldown
41h2~42 min
62h5~66 min
83h8~94 min
105h12Capped near 180 min

When To Use This

  • Use this tool when you need a fast decision during active planning or execution.
  • Use this before committing money, time, or tradeoffs that are hard to reverse.
  • Use this to compare options using the same assumptions across scenarios.

Edge Cases To Watch

  • Results can be misleading if key inputs are missing, stale, or unrealistic.
  • Very small or very large values may amplify rounding effects and interpretation risk.
  • If assumptions change mid-decision, recalculate before acting.

Practical Tips

💡 Higher intensity and fatigue usually require longer breaks before productive conversation.
💡 Set a return time in advance to avoid unresolved loops.
💡 Use short grounding routines during cooldown to lower reactivity.

Frequently Asked Questions

❓ Does cooldown mean avoidance?

No, it is a regulation pause before re-engagement.

❓ Can I use it for work conflicts too?

Yes, the model works for any high-friction context.