HDevelop is the tool where machine vision functionality is designed and refined. HDevelop focuses on interactive development and complements runtime execution and deployment tools.
HDevelop is part of the Development Tools and Programming area within HALCON.
HDevelop is a highly interactive environment tailored to machine vision workflows. Operators are executed immediately, and results are visualized automatically. This allows developers to validate ideas, adjust parameters, and optimize results directly during execution.
HDevelop supports the full HALCON functionality, including advanced image processing, deep learning, and 3D vision.
MVTec provides HDevelop with assistants to simplify common machine vision development subtasks. These assistants guide users through interactive configuration steps and insert the corresponding code into the program when needed.
Typical assistant-supported tasks include:
This approach reduces manual coding effort and supports consistent and reproducible results.
HDevelop is equipped with specialized graphical windows that support efficient development, debugging, and analysis.

HDevelop enables direct visualization of iconic data in the graphics window. Images with arbitrary data types and channel counts can be displayed and adapted interactively. Visualization modes such as lookup tables, 3D gray-value plots, contour lines, regions, and subpixel results support intuitive interpretation of image data.
The HDevelop user interface in multiple languages to support international development teams. Available languages include English, German, Spanish, Japanese, French, Portuguese, Italian, Turkish, Korean, and both Simplified and Traditional Chinese.

Smooth transition from interactive development to productive use.
HDevelop supports:
This flexibility supports different system architectures and long-term maintenance strategies.
HDevelop can be used for developing custom tools for MERLIC. These tools extend MERLIC’s standard tool library with application-specific functionality while reusing HALCON-based vision logic.
This supports consistent workflows across programming-based and no-code machine vision environments.