1. Touchdesigner Asia
2. Touchdesigner Example Audio Reactive
3. Touchdesigner Tutorial

Used by studios around the world to create a wide range of experiential projects, TouchDesigner has become a standard platform of choice for projection mapping, interactive installation, and experiential content development. In this course, explore the real-time, procedural 3D and 2D graphics powerhouse that is TouchDesigner. TouchDesigner: A community for this awesome program r/ TouchDesigner. Hot New Top Rising. Card classic compact.

Use max resolution of your GPU

Export H.264 movies in realtime

Leuze LIDAR scanner support

Shared Memory operators

NDI streaming video over LAN

Stream RTSP video to web

Not for paying projects

Use max resolution of your GPU

Export H.264 movies in realtime

Leuze LIDAR scanner support

Shared Memory operators

NDI streaming video over LAN

Download scanner for mac. Stream RTSP video to web

Can use in paying projects

All Commercial features and..

Sync multiple process or machines

Hardware frame-lock

Vioso and Scalable Display support

Notch Block playback

BlackTrax motion tracking

Privacy features to protect IP

Pro Support

Welcome to our repository. Here you will find material on how to use the TDNeuron system to implement machine learning within Derivative’s TouchDesigner.

Touchdesigner Asia

Why use TDNeuron?

There are several deep learning libraries and frameworks available today. Why yet another one, such as TDNeuron? Here are some of the reasons.

Education

TDNeuron was created initially out of our desire to self-learn the rudiments of machine learning. We believe that the best way to fully understand a concept is to build it from scratch. By making our code open-source and enriching it with comments, tutorials and documention, we are trying to open the world of machine learning for the novice ‘regular’ user, though still keeping the doors open to allow for those curious to dive deep into the mathematics and core concepts.

Visual modelling

The modelling interface of TDNeuron is completely TouchDesigner-based. It uses the regular controls and the same patching mechanisms, like those one uses when creating a regular network. In addition, the ‘nodes’ in the model show extended realtime information about the data flowing through the layer. This gives great insights on what the machine is actually learning at any given time or for bug-fixing. Since TouchDesigner is a visually oriented programming environment, there is no need to code a single letter with TDNeuron to build a deep learning model.

GPU powered

Most calculations of the deep learning layers can be done in parallel. TDNeuron uses GLSL (pixel and compute) shaders, to achieve the best possible performance.

Extended built-in layers

The following deep learning layers are currently implemented:

• Linear
• Activation (sigmoid, tanh, relu, lrelu, swish, softplus)
• Multiply, Add, Concat, Split
• Convolution (1d and 2d)
• Pool (maximum and average)
• Flatten
• Loss (MAE, MSE, Huber, CrossEntropy)
• Softmax
• Layer normalization

We have made sure that TDNeuron is as modular as possible, which makes it easy to implement new layers if needed.

TouchDesigner native

Since TDNeuron is fully build from scratch in TouchDesigner, with its own custom-made shaders and UI, everything is native to the program. There are no libraries to import and nothing new to learn outside the scope of TD. This allows you to quickly prototype models without leaving the comfort of your favourite software and to train them and share them with your colleagues, fit to function in your real-time projects.

Commercial licenses available

TDNeuron is released under a GNU Public License v3. If you want to use TDNeuron closed source in commercial projects, please contact tim@yfxlab.com, info@darienbrito.com for specific licenses.

Limitations and disclaimer

Here we list some importation limitations of TDNeuron:

• TDNeuron is Windows only (it uses compute shaders, which are not supported in MacOS
• The platform state is highly experimental and subjected to many major changes still
• TDNeuron is by no means state of the art (yet)
• There are limitations on the quantity of input data (when too big, TouchDesigner cannot load it at once)
• There are limitations on the length of input data (dependant on how big a texture your GPU can handle)
• As with every ML platform, the quality of input data quality is responsibility of the user.

Final words

Touchdesigner Example Audio Reactive

We assume that you are already proficient with TouchDesigner. To get you started with TDNeuron, we offer a help module that you may consult at any point. Along with it, we offer a gentle Introduction to machine learning that you may want to follow as well. In there, we built a simplified version of a neural network with CHOPs, with step by step explanations.

To use TDNeuron you do not necessarily need to know GLSL or shaders, although to make the most out of it you need to have a fair understanding of the basics. Photo scanner for mac os x.

Touchdesigner Tutorial

We strongly believe that knowledge should be shared and hope that TDNeuron can help others in their first steps in machine learning. We look forward to learn from you and see how far we can take this platform together.