Axiovision software version 3.1 (Carl Zeiss) was used for camera control and digital image collection.
Photographs were taken using a ZEISS Axiophot1 microscope equipped with a Digital Nikon camera (F5SLR) and corresponding software (Nikon Camera Control Pro).
Optional software Camera Control Pro 2 enables monitor focus and control shutter release from a computer.
All electronic microscope functions as well as camera control, shutters, stage, and focus, are controlled using a home-built software.
Image data was acquired with a Cascade 512B CCD camera (Photometrics) using Metamorph software for device control and data collection.
For qualitative fluorescence microscopy analyses, cells treated with the ROS-sensitive fluorogenic probes were washed twice with PBS, and examined on a Zeiss Axiovert 200M fluorescence microscope equipped with a MicroMAX:512BFT cooled CCD camera (Princeton Instruments) and MetaMorph software for hardware control and image acquisition.
The CCD camera (Nikon D100) and the Nikon Capture 4 Camera Control software (version 4.1.0) were used to capture the images.
In addition, VideoWeb requires a number of software applications including those for data recording, video analysis, camera control, event recognition, anomaly detection, and an integrated user interface.
The development team is inexperienced, and there have been previous failures in the project using waterfall P18 Agile in general (e.g. Boehm's spiral model, common room, pair programming) 4 Successfully created first software versions in schedule despite some requirement changes A control software for satellite camera equipment The requirements change, and the schedule is tight.
The system is composed of hardware (camera, lighting, power supplies, and data acquisition card) and associated software for instrument control, data collection, and analysis.
It is a fully integrated system complete with laser camera, control unit, and software.
