# Timelapse Calculator MCP for AI Agents AI Agent Connect

> Timelapse Calculator helps you plan precise camera settings, storage needs, and solar windows for cinematic video. It calculates shot intervals, total frames, and storage requirements based on your target clip duration and FPS, while also identifying optimal lighting periods for specific geographic regions.

## Overview
- **Category:** utility
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_AB8KIk2c09frzjm1sxjeP8VYXU5tDZht1NFnudqW/ai-agent-connect
- **Tags:** timelapse, cinematography, camera-settings, solar-planning, workflow

## Description

The Timelapse Calculator MCP is a precision utility for photographers and filmmakers who need to bridge the gap between real-world events and cinematic playback. It handles the math for shot counts, storage estimates, and playback timing instantly, so you don't have to pull out a calculator to figure out your settings. You can tell your AI client what you want to achieve, and it will tell you exactly how many photos to take over a specific period to hit your target frame rate. It also helps you manage your hardware by estimating how much disk space a sequence will take before you head into the field. This means you won't get halfway through a shoot and realize your memory card is full. By hosting this on Vinkius, you get a reliable way to turn abstract creative ideas into concrete production plans without leaving your workspace. You'll find it's a lot easier to stay on track when you know the exact specs before you ever hit record. Instead of spending hours on spreadsheets or guessing your lighting windows, you get a clear path forward in seconds. It's about getting the technical details right so you can focus on the art of the shot rather than the math of the sequence.

## Tools

### compute_timelapse_plan
Calculates the exact camera settings needed for a specific timelapse shot. It provides shot intervals, total frames, and storage requirements.

### lookup_golden_hour_window
Provides solar transition durations for specific geographic regions. Use this to identify the best lighting windows for your production.

### compute_playback_duration
Determines the final video playback length based on your captured images and frame rate. This helps you plan your edit before you start.

## Prompt Examples

**Prompt:** 
```
I want to film a 40-minute city scene. I need a 30-second final video at 30 FPS. My camera takes 10MB photos. What's my plan?
```

**Response:** 
```
To capture a 40-minute scene for a 30-second clip at 30 FPS, here is your production plan:

| Metric | Value |
| :--- | :--- |
| **Shot Interval** | 1.33 seconds |
| **Total Frames** | 900 |
| **Estimated Storage** | 9 GB |

Make sure your memory card has at least 10 GB of free space before you start.
```

**Prompt:** 
```
I have 1,200 photos taken every 10 seconds. How long will the video be if I play it at 24 FPS?
```

**Response:** 
```
Based on your capture data, here is the playback estimate:

* **Total Photos:** 1,200
* **Playback Frame Rate:** 24 FPS
* **Total Duration:** 500 seconds

Your final video will be approximately **8 minutes and 20 seconds** long.
```

**Prompt:** 
```
What's the golden hour window for the US-WEST region?
```

**Response:** 
```
The expected golden hour duration for the US-WEST region is **45 minutes**. You should plan your lighting setup to maximize this window for your production.
```

## Capabilities

### Calculate shot intervals
Determine exactly how many seconds to wait between photos to hit a specific final clip length.

### Predict storage requirements
Estimate the total disk space needed for a sequence based on your photo file size and shot count.

### Estimate playback duration
Calculate the final video length from a set of captured images and your intended frame rate.

### Identify golden hour windows
Get the exact duration of solar transitions for specific geographic regions to plan your lighting.

### Generate camera plans
Create a complete configuration including shot counts and intervals for a specific timelapse goal.

## Use Cases

### Planning a city sunset
A photographer wants a 30-second sunset clip at 24 FPS. They ask the agent for the interval and storage needs.

### Checking raw footage
An editor has 500 photos and needs to know if the final video fits their transition window.

### Remote location scouting
A filmmaker needs to know the golden hour duration for a specific region to plan a shoot.

### Storage management
A creator needs to know if a 10-hour timelapse will fit on a 64GB card before leaving the studio.

## Benefits

- Stop guessing shot intervals by using compute_timelapse_plan to get exact timing for any clip length.
- Avoid running out of space on location by getting storage requirements before you start recording.
- Know your final runtime before you edit by using compute_playback_duration on raw photo sequences.
- Capture the best light every time by identifying solar transitions with lookup_golden_hour_window.
- Save time on production prep by letting your AI client generate full camera configs in seconds.

## How It Works

The bottom line is that it turns your creative goals into a concrete shot list and technical setup.

1. Tell your AI client the desired video length, frame rate, and the total duration of the event you want to capture.
2. The Connector processes the math to provide shot counts, intervals, and storage needs.
3. You get a clear production plan to configure your camera and hardware before you start shooting.

## Frequently Asked Questions

**Can the Timelapse Calculator MCP help me plan my camera settings?**
Yes, it calculates your shot intervals and total frames based on your desired video length and frame rate, giving you a clear plan for your camera setup.

**How do I know if my SD card is big enough for a timelapse?**
You can use the Connector to get storage requirements based on your planned shot count and photo file size, helping you avoid running out of space mid-shoot.

**Can I use this to find the best time to shoot a sunset?**
Yes, it provides golden hour durations for specific regions to help you time your production and capture the best lighting.

**What happens if I have a bunch of photos and want to know the video length?**
The Connector can calculate the playback duration based on your photo count and chosen frame rate, so you know exactly how long your final clip will be.

**Is the Timelapse Calculator MCP good for professional filmmaking?**
It's a precision tool for production planning, helping you get the math right for complex sequences and ensuring your technical specs are accurate.

**Does it work for any location?**
Yes, it can provide solar data for various regions to help you find optimal lighting windows regardless of where you are shooting.

**How do I calculate my storage needs?**
Use the `compute_timelapse_plan` tool. By providing your event duration, target clip length, and average frame size, it will output the total storage required in MB.

**Can I plan for specific lighting conditions?**
Yes. Use `lookup_golden_hour_window` with a region code like 'EU-NORTH' to find the expected duration of the golden hour window for that area.

**What if I already have a set number of photos?**
You can use `compute_playback_duration`. Input your shot interval and total shot count to see how long the resulting video will play at your chosen FPS.