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IoT light meter based on the TSL2561 sensor, designed by Ing. Daniel Jacoby (ITBA / GEDA). Features WiFi/cloud connectivity, 3v3 serial output, and MATLAB scripts for LCD gamma measurement. Includes firmware, software, and schematics.

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Fotómetro IoT

This repository contains the source code, documentation, and hardware details for the "Fotómetro IoT," an IoT light meter designed by Ing. Daniel Jacoby (ITBA / GEDA). Based on the TSL2561 sensor, it measures illuminance with WiFi/cloud connectivity and serial output, including MATLAB scripts for LCD gamma testing.

Overview

The Fotómetro IoT is a versatile light meter that supports both standalone and cloud-connected modes. It integrates with MATLAB for automated gamma measurements of LCD displays and provides real-time data via serial or cloud.

Getting Started

Prerequisites

TODO

Installation

TODO

Usage

TODO

Directory Structure

  • /firmware/arduino/: Arduino sketch (tsl2591.ino)
  • /software/matlab/: MATLAB scripts (luxmeter.m, luxtest.m, generate_gray.m)
  • /docs/: Documentation and schematics (Fotometro V2.0.pdf)
  • /hardware/: TODO

Author

  • Original Author: Ing. Daniel Jacoby (ITBA / GEDA)

License

This project is open-source. See the LICENSE file for details.

Acknowledgments

Thanks to Ing. Daniel Jacoby for the original design and development.

About

IoT light meter based on the TSL2561 sensor, designed by Ing. Daniel Jacoby (ITBA / GEDA). Features WiFi/cloud connectivity, 3v3 serial output, and MATLAB scripts for LCD gamma measurement. Includes firmware, software, and schematics.

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