Complex image processing sequences can be designed using a graphical interface. Users can draw graphical links between the inputs and the outputs of the tools. Many eVision data types are supported: images, 3D point clouds, arbitrary regions, … The graph displays the processing time of each tool and the cumulative time of the entire graph.

All libraries, including Deep Learning and 3D processing, will appear as tools in eVision Studio. The tool catalog is searchable, and a description is provided for each tool.

Acquisition of Coaxlink Quad 3D-LLE depth maps.
eVision Studio can be connected to a Coaxlink Quad 3D-LLE frame grabber through eGrabber Studio. This frame grabber delivers live depth maps that can be processed by a large set of 3D and 2D tools: conversion to other 3D formats, calibration, filtering, alignment, decimation…

Dedicated configuration panels have been designed for each tool. These panels expose the various parameters of the tool and a graphical view is proposed when suitable. Results are also displayed in a comprehensive format.

The code corresponding to the current processing pipeline and the actual configuration of the tool is automatically and dynamically generated. Three programming languages are supported: C++, C# and Python. These sample programs can be directly used to reproduce the current processing pipeline designed in eVision Studio.

A catalog of sample projects is available in eVision Studio. These projects illustrate simple or more complex usages of eVision tools. They are provided with sample images and can be edited by the user to match their specific use cases.

Any source such as Coaxlink frame grabbers, GigE Vision cameras or recorded containers can be used in eVision Studio. Parameters can be edited dynamically, and the changes are immediately visible in the eVision tools. No license is needed to use GigE Vision cameras or eGrabber recorder containers.