# Fair Chore Rotation Algorithm MCP for AI Agents AI Agent Connect

> Fair Chore Rotation Algorithm is a deterministic scheduling system that ensures tasks are distributed evenly without consecutive repeats. It uses cyclic rotation and daily offsets to keep things fair. Perfect for roommates, offices, or any shared space where you need a reliable way to rotate responsibilities without the manual headache of planning.

## Overview
- **Category:** productivity
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_GF7FSilbgP1LejdWxI9zWflHpBBUQUUBGk3uXANy/ai-agent-connect
- **Tags:** rotation, scheduling, fairness, algorithm, tasks

## Description

The Fair Chore Rotation Algorithm ensures a perfectly balanced distribution of responsibilities. Managing shared spaces usually ends in someone feeling like they're doing everything while everyone else watches. You end up spending your evening arguing over who did the dishes last or trying to figure out a rotation that actually sticks. This Connector takes that manual mental load off your plate. It handles the logic of cyclic rotation and daily offsets to ensure no one gets stuck with the same job two days in a row. When you connect this to your AI client through the Vinkius catalog, you can just describe the tasks and the people involved, and the system builds a balanced grid for you. It doesn't just guess; it follows a deterministic path so the schedule remains predictable and fair. You can check the math to make sure the frequency stays equal or validate a schedule you already have to spot any errors. It's about moving from 'who's turn is it?' to a system that just works.

## Tools

### validate_rotation_integrity
Verifies that no person receives the same task twice in a row. Use this to audit a manual schedule for fairness.

### calculate_task_frequency
Measures how many times each chore was assigned. Use this to ensure no single person is carrying a heavier load.

### generate_rotation_grid
Generates a complete day-by-daily task assignment schedule. This builds the full rotation for your group automatically.

## Prompt Examples

**Prompt:** 
```
Make a 7-day chore list for 4 roommates. Tasks are laundry, trash, dishes, and vacuuming.
```

**Response:** 
```
| Day | Alice | Bob | Charlie | Dave |
|---|---|---|---|---|
| 1 | Laundry | Trash | Dishes | Vacuum | 
| 2 | Trash | Dishes | Vacuum | Laundry | 
| 3 | Dishes | Vacuum | Laundry | Trash | 
| 4 | Vacuum | Laundry | Trash | Dishes | 
| 5 | Laundry | Trash | Dishes | Vacuum | 
| 6 | Trash | Dishes | Vacuum | Laundry | 
| 7 | Dishes | Vacuum | Laundry | Trash |
```

**Prompt:** 
```
Is this schedule fair: Alice-Laundry Day 1, Alice-Laundry Day 2?
```

**Response:** 
```
No, the schedule is invalid. **Violation detected:** Alice was assigned Laundry on both Day 1 and Day 2. You should re-run the rotation to ensure no one does the same task twice in a row.
```

**Prompt:** 
```
How many times did Bob do the trash in the last 10 days?
```

**Response:** 
```
Based on the rotation grid, here is the frequency for the 'Trash' task:

* **Bob:** 3 times
* **Alice:** 3 times
* **Charlie:** 2 times
* **Dave:** 2 times
```

## Capabilities

### Create a complete day-by-day task schedule
The Connector builds a full rotation grid for your group based on the tasks and participants you provide.

### Verify no consecutive repeats
It checks your existing plan to ensure no one is assigned the same chore two days in a row.

### Count assignment frequency
The tool calculates exactly how many times each chore appears to confirm the distribution is fair.

### Apply daily offsets
It uses math to shift tasks daily so the rotation doesn't fall into a predictable, repetitive loop.

### Detect schedule violations
It identifies specific instances where the rotation rules were broken in a manual list.

## Use Cases

### Roommate Drama
Alice, Bob, and Charlie can't agree on dishes. They ask the agent to make a 14-day rotation using the tool.

### Office Kitchen
An office manager needs a weekly cleaning schedule for 10 employees. They use the tool to distribute tasks fairly.

### Volunteer Cleanup
A community group needs a fair way to rotate heavy lifting and light cleaning. They generate a grid for 30 days.

### Audit Check
A manager has a messy spreadsheet and uses validate_rotation_integrity to see if it's actually fair for everyone.

## Benefits

- Stop the 'who's turn' arguments by using generate_rotation_grid to build a plan that everyone agrees on.
- Ensure total fairness by using calculate_task_frequency to see if one person is doing more work than others.
- Prevent burnout by making sure no one does the same chore twice in a row with automatic rotation logic.
- Catch human errors in manual planning by using validate_rotation_integrity to spot repeated assignments.
- Save time on planning by letting your agent handle the math of cyclic offsets and task distribution.

## How It Works

The bottom line is you get a mathematically fair schedule that prevents repetitive work.

1. Provide the list of people, tasks, and the timeframe for the schedule.
2. The Connector applies a cyclic rotation algorithm with daily offsets.
3. You get a complete grid showing exactly who does what on which day.

## Frequently Asked Questions

**How can I make a fair chore rotation for my roommates?**
You can use the Fair Chore Rotation Algorithm to create a balanced schedule. It automatically ensures that tasks like dishes or laundry are distributed evenly so no one person feels like they're doing all the work.

**Can I use this to rotate office cleaning tasks?**
Yes, it works great for office environments. You can set up a rotation for breakroom cleaning, supply restocking, or other communal duties to keep the workplace organized fairly.

**Does this tool prevent people from doing the same chore twice?**
That is exactly what it does. The algorithm is designed to prevent consecutive repeats, meaning no one will ever be assigned the same task two days in a row.

**How do I check if my current chore list is balanced?**
You can use the frequency tool to get a hard count of how many times each task was assigned. This helps you spot if the distribution is lopsided before you finalize the plan.

**Can I generate a long-term schedule for a large group?**
Yes, you can generate a rotation grid for any number of participants. It will mathematically distribute the tasks across the entire group for as long as you need.

**Is there a way to automate household tasks?**
While this doesn't physically do the chores, it automates the planning. It removes the need for you to manually think about whose turn it is every single day.

**How does the rotation algorithm prevent consecutive tasks?**
The system uses a daily offset that increments each day, shifting the task index for every participant to ensure no one repeats a chore two days in a row.

**Can I verify if my generated schedule is valid?**
Yes, you can use the `validate_rotation_integrity` tool to inspect your schedule for any consecutive assignment violations.

**How do I check if tasks are distributed equally?**
Use the `calculate_task_frequency` tool to generate a frequency map of all tasks in your schedule, allowing you to measure distribution equality.