3d image viewer7/4/2023 ![]() ![]() (1) region_measurement can be used independently by passing a 2D image that will be consider as the input region. (5) vi_isoline.m and vi_isoline.fig: Isoline program and figure files. (4) line_measurement.m and line_measurement.fig: Line program and figure files. (3) region_measurement.m and region_measurement.fig: Region program and figure files. (2) image_stats.m and image_stats.fig: Slice Stats program and figure files. (1) vi.m and vi.fig: main GUI program and figure files. (c) X, Y, Z: Change the slice position for different axes. (b) Rotate: Enable or disable 3D rotation. (a) Light: Turn a light on and off for different visualization effects. (f) Isoline: Open or hide a GUI that can add (enter a value in an empty isovalue table cell), edit (change the value in a cell), delete (delete the value in a cell), and show/hide (check/uncheck the show box for the selected isovalue, or click Show All/Hide All button.) isolines in the main GUI. (e) Line: Open or hide a GUI that shows the profile and measurement of a user-drawn line.Hold the mouse left button down and move to draw a line. Right click on button to bring up region shape menu. Hold the mouse left button down and move to draw a region. ![]() Region can be a rectangle, a disk, or a user-drawn shape. (d) Region: Open or hide a GUI that shows the measurement of a region. (c) Slice Stats: Open or hide a GUI that shows the statistics of current slice of transverse, sagittal, or coronal view. (b) Pixel: The pixel position and value pointed by the mouse cursor. Can also scroll mouse wheel to change it when mouse is on image. (a) Slice # and the scrollbar: Current slice number for the current view of 3D images. Transverse, sagittal, coronal, and 3D slicer views are available for 3D images.Ĭolor Map: Can select image pixel values and all MATLAB’s built-in colormaps. (3) View: Transverse is available for 2D images. Can manually enter new values or select preset windows by pressing button “More…”, or hold left mouse button down and move on image to change window. (1) Data Range: Maximum and minimum of the image voxel/pixel value. (3) vi(img, ‘window’,, ‘aspect’, ) % View image, using window and data aspect ratio. (2) vi(img) % View img, using default window and aspect ratio. (1) vi % If no arguments, displays a 2D Modified Shepp-Logan phantom. (3) vi(imageData, argName1, argValue1, …) We have not come across any issues in our tests, as the app did not hang, crash or pop up error dialogs.Īlthough 3D Picture Viewer cannot replace an all-around graphic viewer, it offers a simple solution to rapidly locating pictures by navigating a 3D environment.A 3D image viewer, slicer and measurement tool set. You can clear the images from the list, enable full screen mode (exit pressing the Esc key), integrate the app into the Explorer context menu, use high-resolution thumbnails, crop thumbnails to fit 3D models, as well as change the background style (gradient of three custom colors, or image).ģD Picture Viewer has a good response time and runs on a very low amount of CPU and RAM, so it doesn't burden overall performance. Plus, you can navigate to the next or previous item using two buttons. When viewing a picture you can open it in the default image viewer along with its location in Windows Explorer. You can hover the mouse over them to view file format, as well as hold down the left button and move up and down in the queue. Unfortunately, the drag-and-drop method is not supported.ģD Picture Viewer supports the JPG, JPEG, GIF, BMP and PNG formats. The interface is based on a regular window with an intuitive structure, where you can load images from file or folder using the file browser and folder view, respectively. It comes packed with a small set of settings that's not complicated at all, even if your experience with graphic viewers is limited. ![]() 3D Picture Viewer is a simple-to-use application that enables you to view your favorite pictures in a 3D environment, making them easier to spot. ![]()
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