Calculation software VISION STUDIO

visualizationprogrammingimage-processing

Overview
XINJE VISION STUDIO is a next‑generation machine vision application development platform designed for industrial integration. It combines visual drag‑and‑drop programming with scriptable extensions to lower development effort and accelerate deployment across automated production lines.

Key summary

• Drag‑and‑drop visual programming for constructing application logic without deep coding expertise.
• Sub‑pixel calibration algorithm for fast, accurate hand‑eye calibration between vision systems and robotic manipulators.
• Mixed programming: integrated PLC interface and visual HMI enable single‑screen control of equipment and vision tasks.
• JavaScript scripting support to implement custom logic and extend capabilities beyond visual blocks.
• Comprehensive toolset: image acquisition, preprocessing, localization, positioning, calibration and regional analysis.
• Formula functions for rapid parameter configuration to support multi‑product testing with a single program.
• Real‑time alarm and log display for execution and engineering exceptions with clear state feedback.

Functional details and tools

• Visual programming: assemble logic via drag‑and‑drop elements to reduce onboarding time for operators and engineers.
• Calibration: sub‑pixel based algorithms convert hand‑eye coordinates and simplify integration with robotics.
• Mixed PLC & visual interface: unified screen to manage both machine controls and vision workflows.
• JavaScript support: enables advanced scripting for complex processing, decision logic and custom integrations.
• Localization tools: detection of points, lines, circles, geometric and irregular shapes with configurable accuracy.
• Image preprocessing: channel separation, Gaussian filtering, thresholding and color space conversion to prepare images for analysis.
• Regional analysis: connected‑component analysis, region creation, morphological operations and topology relations between regions.
• Variables: global and local variables with multiple data types to improve readability and maintainability of projects.
• Formula functions: quick parameter setting and calculation to reduce debugging time and support variant testing.
• Error handling: real‑time event display, alarm states and log feedback for exceptions and execution events.

Related capabilities

• Integrated design simplifies configuration and management of the vision system within automated lines.
• Efficient image acquisition and processing to support higher throughput and consistent inspection results.

Technical specifications

• Programming: Drag‑and‑drop visual programming + JavaScript scripting support.
• Calibration algorithm: Sub‑pixel based, high integration for fast hand‑eye calibration.
• Interfaces: PLC interface integration with visual HMI for combined control.
• Image processing tools: Camera acquisition, channel separation, Gaussian filtering, thresholding, color space conversion.
• Analysis tools: Localization (points/lines/circles/shapes), regional analysis, morphological processing, topology relations.
• Variables & formulas: Support for global/local variables and formula functions for parameter setting and debugging.
• Error management: Real‑time alarms and log feedback for exceptions and execution events.