Support for Multispectral Imaging Software

Multispectral Imaging Software Real-Time Control, Visualization, and Analysis for MSC2 Multispectral Cameras Spectral Devices’ Multispectral Imaging Software provides a complete platform for controlling MSC2 cameras, acquiring multispectral images, applying corrections, visualizing spectral bands, and performing real-time analysis. Designed for agriculture, remote sensing, machine vision, and laboratory imaging, the software helps users convert raw multispectral data into meaningful results quickly and efficiently. Key Features Camera Control Connect and control compatible MSC2 multispectral cameras directly from the software. Adjust exposure time, gain, pixel format, trigger mode, trigger source, and frame rate. Live Multispectral Visualization View raw images, individual spectral bands, all bands, RGB, RGB + NIR, and NDVI images in real time. Flat-Field Correction Improve image uniformity using dark and grey reference images to correct sensor and illumination non-uniformity. NDVI and Vegetation Indices Calculate and visualize NDVI and other vegetation indices for plant health monitoring, precision agriculture, and environmental research. Radiometric Sensor Integration Connect a Spectral Devices radiometric sensor to record illumination data and generate matching HDR files for Multi-TIFF image outputs. White Balance and Reflectance Correction Use a white reference target in the image to normalize spectral bands and display reflectance-corrected images. Built-In Python Script Editor Run custom Python scripts directly inside the software for advanced analysis, automation, ROI measurements, band-ratio imaging, and custom visualization. Flexible Image Saving Save images as PNG, JPG, BMP, TIFF, or Multi-TIFF. The software supports both continuous saving and single-frame capture. Applications Precision agriculture Vegetation health monitoring Remote sensing Environmental monitoring Laboratory imaging Material classification Machine vision inspection Spectral analysis and research Built for Researchers and Engineers The software combines camera control, image correction, visualization, radiometric metadata, and Python-based customization in one interface. It is ideal for users who need both an easy live-view tool and advanced analysis flexibility.