SUPERCYCLER
ADVANCED CONTROL

This first version of Supercycler is designed to test the initial SuperCycles and advance research on their effects in indoor cultivation.

Our long-term goal is to integrate this concept directly into lighting equipment and current control systems,

optimizing production and simplifying the implementation of evolution in cannabis cultivation.

We invite manufacturers of lighting and environmental control equipment to join this project, collaborating with us to develop innovative technologies that implement SuperCycles natively.

If you share this vision or want to collaborate with us,
do not hesitate to contact us.

I WANT TO COLLABORATE

Supercycler.py is a base code designed for testing and experimenting with SuperCycles of light in indoor cultivation.

While it is a functional and simple program, its primary goal is to serve as an initial platform for those interested in improving and expanding its capabilities.

FREE AND OPEN SOURCE

Supercycler is under a Creative Commons BY-NC 4.0 license, allowing its use and modification for non-commercial purposes.

You can find the complete project on GitHub.

SUPERCYCLER PROJECT

SIMULTANEOUS CONTROL
OF MULTIPLE CYCLES

Run multiple instances of the program to control different switches in parallel.
Each instance can be configured with a unique cycle file and an independent switch IP.
Compatible with Tasmota.

Send HTTP commands to smart switches with Tasmota firmware to automatically turn lights on and off.

WORKS ON
WINDOWS, LINUX, AND MAC

Precompiled version (supercycle.exe) available for Windows users.

SUPERCYCLER
FOR WINDOWS

The easiest way is to download the precompiled file and use it directly from the command prompt.

Download the executable file supercycle.exe from GitHub.

In the official GitHub Supercycler repository:

https://github.com/LaHuertaDelDiablo/

Or use this direct link.

SUPERCYCLER.EXE

RUNNING THE PROGRAM

Open the Windows terminal (you can use cmd or PowerShell).

Navigate to the directory where you downloaded the supercycle.exe file.

---------------------------------------
# Plug IP: 192.168.1.6

# Turn off light
supercycle.exe -m off -ip 192.168.1.6

# Turn on light
supercycle.exe -m on -ip 192.168.1.6

# Run SuperCycle 1713
supercycle.exe -s 1713.txt -ip 192.168.1.6

------------------------------------
    

SUPERCYCLER
FOR LINUX / OSX

On Linux or macOS
Clone the repository with Git

---------------------------------------

# Clone the repository
git clone https://github.com/LaHuertaDelDiablo/supercycler.git

cd supercycler

# Install dependencies
pip install -r requirements.txt

# Plug IP: 192.168.1.6

# Turn off light
python supercycle.py -m off -ip 192.168.1.6

# Turn on light
python supercycle.py -m on -ip 192.168.1.6

# Run SuperCycle 1713
python supercycler.py -s 1713.txt -ip 192.168.1.6

----------------------------------------
    

DIFFERENCES BETWEEN
WINDOWS AND LINUX

Windows (EXE) Ideal for users looking for simplicity and a ready-to-use solution.
Linux/macOS (Git) More flexible, suitable for programmers and users who want to modify the source code.

Choose your preferred OS and start exploring the SuperCycles! 😊

SUPERCYCLER GENERATOR
GENERATE CONFIGURATION

ACCESS THE SUPERCYCLER WEBSITE

SUPERCYCLER

Enter the ON hours
in this example, we used 17

Then enter the OFF hours
we used 13 in this case

The total number of flowering days—since we don't know exactly how long it will take, it's better to add a few extra days.

And the DLI, if you're interested in the calculation, is optional.

Supercycler will show you the results and a URL with the configuration file.

You can download the file using the browser on Windows or with wget on Linux.

JOIN THE DARK SIDE
CODE FOR THE PROJECT

If you're a programmer or hacker, we invite you to join the development of Supercycler, creating new branches or contributing improvements to the code.

You can explore ideas such as advanced optimizations, adding additional features,

or even developing a Graphical Version for Windows to make it easier to use.

This project is your platform to experiment and build more powerful tools for the grower community.

Join the SuperCannabis.ar legion and let's take SuperCycles to the next level! 🚀

Find the code on GitHub

https://github.com/
LaHuertaDelDiablo/supercycler