Advanced processing, tracking, graphing, markup, and more, at your fingertips.
Toolkits are software modules of related tools accessible through control panels inside ProAnalyst 2023. License the toolkits you want a la carte, and add new ones at any time. With 20+ different toolkits to choose from, it's easy to tailor ProAnalyst 2023 to fit your video motion analysis application.
Use these toolkits to track features of interest across your video.
Automatically track one feature by defining and setting a feature template, or manually track up to three features by placing track points. Allows for limited search parameter adjustment and importing/exporting of tracking data.
Track unlimited features of interest. Allows for feature rotation, interpolation through obstructions, and constructing stick models between features with distances and angles. Contains Standard Feature Tracking.
Track unlimited features of interest. Search for special target types, adjust all advanced search parameters, and import tracking data from other toolkits to place Virtual Points in the video. Contains Adaptive Feature Tracking.
Use these toolkits to track the features you care about, whether they're rotating, appearing and disappearing, or even moving in 3-D.
For calibrating pairs of videos from two cameras that recorded the same event. Set the scale, origin, axes, and positions of your cameras in a 3-D measurement volume using known 3-D objects in the frame (3-D calibration fixtures).
Combine two feature tracking data sets from the same event with a 3-D Stereo Calibration to produce 3-D motion data. Requires 2 cameras; ideal for tests with moderate 3-D movement. Contains Full Parametric Feature Tracking.
Perform a weighted merge of multiple 3-D motion data sets to construct a 3-D model of an event. Requires 3 or more cameras; ideal for tests with large or complex 3-D movement. Contains 3-D Stereoscopy.
Need something more specialized? These toolkits employ variations of the adaptive feature tracking algorithm, tailored for specific applications.
Track one or more edges along user-set channels with adjustable search types, channel widths, and thresholds. Ideal for characterizing surfaces like expanding shockwaves or oscillations like standing waves.
Track particles within a region of interest under user-set parameters, like min./max. area and particle color. Extract particle size, count, eccentricity, and average speed. Create correspondence trails for persisting particles.
Trace regions of similar intensity with user-set parameters and compute size, area, perimeter, center of gravity, and more. Ideal for analyzing evolving surfaces, including airbags, medical valves, and stretched parts.
Track particle flow and compute a series of vectors for the velocity of the flow. Vector fields are drawn as a colorized contour map. Ideal for the study of aerodynamics, fluidics, and flows in machinery.
Track cell motion through veins and arteries in microscopic images. Compute cellular proximity to vascular walls, flow direction, and more. Ideal for microbiologists studying cell motion or cavitation in pipes.
Analyze the movement of a crash test dummy relative to restraints. Used in automotive sled testing to ensure compliance with international passenger safety regulations. Also ideal for concussion testing and analysis.
Use these toolkits to construct the coordinate system for your scene. Save and reuse calibration files to speed up the analysis of iterative tests.
For videos where the optical axis of the camera is perpendicular to the plane of motion. Place reference points on a known object to set the scale of your scene. Create multiple calibrations for different planes of motion.
For videos where the optical axis of the camera is perpendicular to the plane of motion. Set the scale, origin, and coordinate axes of the scene. Create a moving origin and change the rotation & handedness of the coordinate axes.
For videos where the optical axis of the camera is not perpendicular to the plane of motion. Define the plane of motion using four points with known positions or two tracked features with known separation moving through space.
Prepare your image for tracking with these toolkits. Save and reuse image correction files to speed up the analysis of iterative tests.
Apply a LUT to your image; make standard brightness, contrast, gamma, and exponential/log adjustments, invert the image, or convert it to grayscale. All adjustments can be made to individual color channels.
60+ advanced image processing filters, from arithmetic operations and binary thresholds, to edge detection and background removal, all with adjustable parameters. Combine filters in different orders to produce different results.
Remove unwanted shake and vibration from video. Track features in the image to produce a stabilized video for better analysis. Ideal for airborne testing, frequency analysis, drop tests, and correcting hand-held jitter.
After extracting motion data from video, graph them, compare them to other data, or present them with these toolkits.
Create a 2-axis graph of one motion data quantity against time. Choose from quantities created in other toolkits, like feature velocity, particle count, contour area, angle, etc. Save your graph playback as a bitmap sequence.
Create 2- and 3-axis graphs of multiple motion data quantities. Apply graph filters, perform a one-click FFT, import external data for comparison, and export motion data to text or Excel files. Includes Standard Data Graphing.
Add frame-by-frame or global notes to your videos. Annotate with shapes and text. Export data, analysis, notes, and annotations to a multi-slide PowerPoint presentation or an HTML web page, or send them directly to a printer.
Reminder: End of Support for ProAnalyst v1 coming January 1, 2025
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