Unified Workspace for the Entire
Basler Vision Ecosystem

Provided by Basler Korea

Control every Basler 2D camera, 3D sensor, and CoaXPress framegrabber in a single unified suite. Featuring Interactive Parameters for live JIT algorithm hot-swapping without stopping your acquisition pipeline.

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Core Capabilities

Built for High-Speed Vision & Industrial Automation

Modular architecture ensuring strict boundary isolation, zero-copy buffer handoffs, and instant JIT parameter hot-swapping.

Session Workspace Architecture

Unified multi-device authority and multi-window workspace for managing active camera streams, parameters, and live inspection pipelines.

High-Performance 2D & 3D Engine

High-speed visualization engine for 2D image pan/zoom, 3D point cloud surfaces, profile measurements, and ROI tools.

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Interactive Parameters & JIT Hot-Swapping

Write processing scripts directly in Script Editor. Simple // @interactive annotations automatically construct live GUI sliders instantly.

Basler 2D & 3D Cameras

Complete acquisition for Basler GigE, USB3, and 3D vision cameras with status contracts: Idle, Disconnected, Connected, and Live Grabbing.

Basler Framegrabber (CoaXPress)

Hardware abstraction for Basler CoaXPress framegrabbers supporting multi-stream DMA ring buffers and microsecond timestamping.

LMI 3D Sensors (GoPxL SDK)

Full support for all LMI Gocator 3D sensors and profilers powered by GoPxL SDK for dynamic 3D profile parameter edits and surface point cloud extraction.

CORE FEATURE SHOWCASE

Auto-Generated JIT Interactive Parameters

Add simple // @interactive annotations in code to construct live GUI parameter controls instantly without restarting image acquisition.

How It Works

1
Annotate Script Code
Add // @interactive-range(min, max) next to any variable in Script Editor.
2
Auto-Generated GUI Controls
Basler Playground parses annotations and constructs real-time parameter sliders.
3
Zero-Latency Pipeline Update
Drag sliders to tune thresholding, edges, or gain dynamically without dropping frames.

// Dynamic algorithm script
auto input = get().toMatGray();
auto output = cv::Mat();

int range = 127; // @interactive-range(1, 255)
cv::threshold(input, output, range, 255,
              cv::THRESH_BINARY);

show(output);