Extended Exif information handling functions, such as reading and writing Exif information for PNG and TIFF files as well as Jpeg files Fixed a bug in the Susie plugin support to allow Stereo Photo Maker to display HEIC, a highly efficient image format used on the iPhone. Fixed a bug that resize values were not retained in the Multi Conversion dialog. Fixed a bug that "Show Card" and "Save as." were not displayed correctly on custom cards in Stereo Card Print Setup dialog. Fixed a bug in which the "360 Image Conversion" setting is reflected when "Equirectangular to perspective" is executed. Fixed a bug that the "Swap Left/Right" check is not enabled when "Image with border(LR/RL)" is selected in the Multi Conversion. Fixed a bug that PNG files were sometimes unintentionally saved in interlaced format when saving PNG. Fixed a bug that PNG files with comments longer than 255 characters cannot be read. Added a function to set the number of frames when creating a movie from sequentially numbered still images. It is difficult to understand how to download the DMAG file required for the function to Create depth map from stereo pair, so i have made it possible to jump directly to the explanation page from SPM. In a multi-monitor environment, it is now possible to select one or more monitors for full-screen display.įor a detailed explanation, please click here. Please be sure to specify the position of the Looking Glass in the monitor settings.) (Automatic selection of Looking Glass from the monitor resolution has been discontinued. When looking glass is displayed, a message is now displayed when there is a mismatch between the display resolution and the monitor resolution. Fixed a crash problem when saving a file with less than 256 colors and copying the EXIF. Fixed a problem that iPhone screenshot PNGs (3-channel 16-bit) cannot be displayed correctly. Added the ability to create slideshow movie from still images. StereoPhoto Maker Ver4.34 include help file 24429KByte 10/JUL/2011Ī very useful 'SPM Beginner's Guide', 'BeginnersSPMGuideIllustrated_FujiW1_V3' and 'SPM Clone Tool Instructions' has kindly been provided by David Starkman, and 'Stereo Cards(ProShow)' or 'Stereo Cards(PDF)' by David Kuntz, and 'An illustrated Beginner's Guide to StereoPhotoMaker' by ©StereoDoro. If you have any feedback on the StereoPhoto Maker, please post it on this board. To download the executable file and read the explanation, please visit this page. I have confirmed that SPM Pro will work on Apple Silicon M1 or Intel Macs with macOS High Sierra, Mojave, Catalina, Big Sur, Monterey. Stereo Photo Maker Pro now runs on the latest MacOS.(27th/Dec/2021) StereoPhoto Maker(SPM) functions as a versatile stereo image editor \ viewer and can automatically batch-align hundreds of images and mount them to the 'window'. Export to a range of formats for further simulation and/or design work, or for additive manufacture.StereoPhoto Maker (English) StereoPhoto Maker (English).Introduce CAD components to model interactions with complex image-based models.Measure or statistically analyse resulting model volumes to quantify geometries.Carry out image segmentation using a range of efficient methods including highly automated and user-guided processes.Remove or reduce unwanted noise or artefacts from the images through image filtering, and crop or resample data to increase processing ease and efficiency. In Synopsys Simpleware’s 3D image processing software, for example, users can: The reconstructed image volume serves as the typical input for 3D image processing, where the aim is usually to distinguish regions of interest within the image and build a digital 3D model of the structures – This process is known as image segmentation and can involve varied approaches, depending on the subject, objectives and limitations of image quality. In a CT scan, the greyscale intensity at a particular voxel relates to the X-ray absorption by the subject at that location (loosely the subject’s density), while from MRI machines, it relates to the strength of signal emitted by proton particles during relaxation, post application of very strong magnetic fields - different tissues have different concentrations of these protons, thus different greyscale intensities arise in the image. The result, whether from CT or MRI is a 3D bitmap of greyscale intensities, consisting of a voxel (3D pixels) grid. This is typically achieved within software accompanying the scanning device. Acquired raw data from CT or MRI scanners must first be converted into tomography images via a reconstruction process, such that the images can be interpreted and understood.
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