ADTF Qt3D-Display Guides

These are the guides for the QtQuick based 3D-Display describing the features of the newest version. They are designed to immediately make you productive with the QtQuick 3D-Display.

Guide assumptions

Please have a look in the change log which ADTF version is minimum required. The display should be located in the addons folder of ADTF (named qt3ddisplay). Otherwise you have to add the binary/plugindescription folder into your ADTF Configuration Editor settings. However, to get the most out of it, you should meet these prerequisites:

Your OS is Windows 10 (otherwise you have to do a little transfer work)
You have a complete ADTF/ Qt3D-Display delivery
You should have a valid ADTF license (otherwise request a license)
To follow the coding examples you should have installed Microsoft Visual Studio 2017
You should have installed Qt 5.12.9 or newer
You should use CMake 3.10 or newer

Further resources about the Display and ADTF:

Qt3D-Display SDK - class and function descriptions
ADTF3 SDK - delivered content, architecture, concepts, class and function descriptions
ADTF3 Guides - to immediately make you productive with ADTF
Overview of Products and Documentation (e.g. Device or Calibration Toolbox) provide additional guides

Start here

Getting Started: Configure a 3D application session which is displaying a simple cube and an overlay example.

General information

Navigation inside 3D scene: This tutorial describes how to navigate inside the 3D scene.

Tutorials based on QtQuick Filter

The usage of the QtQuick Filter is recommended for rapid prototyping. Instead of setting up a complete C++ project with CMake and Visual Studio and spending a lot of time recompiling C++ code you can use a subset of the ADTF C++ API in Javascript directly.

QtQuick Filter based Cube Example: This tutorial explains how to quickly implement a simple 3D cube using the QtQuick Filter.

Tutorials based on a Filter Implementation

The usage of a C++ Filter implementation is recommended for computation-intensive applications. To keep it simple we use smaller examples to show how to implement a C++ based filter for the Qt3D-Display.

Overlay Example Filter: This tutorial explains how to implement an overlay widget.
Cube Example Filter: This tutorial explains how to implement a simple 3D cube.

Advanced Tutorials

Video Example: This tutorial explains how to visualize a video inside the 3D-Scene.

Sensor Visualization Example: This tutorial explains how to visualize sensor data based on a custom geometry. The designated data is generated and transmitted by a dedicated filter.