- #Wideimage software install
- #Wideimage software registration
- #Wideimage software software
- #Wideimage software code
- #Wideimage software free
The open source WideImage library has provided support for saving images to a file, directly to a browser, or can retrieve an image data as a string inside your own apps.
#Wideimage software install
Pear install kozak.si/WideImage Saving Images to Other Formats via PHP Install WideImage via PEAR pear channel-discover
#Wideimage software code
The WideImage team has worked hard to optimize the library code and have updated the GD functions to improve performance. The GD extension doesn’t support some functions and few are performing slow as they are coded in pure PHP. The library uses GD extension to carry out most of the supported operations on images. Developers can easily load an image in the format of their choice and then can save in any other supported image file formats. The library has included support for cross-format conversion. It also supports BMP (read/write) and TGA (read-only). The library currently includes support for some of the most common image file formats which are natively supported by the GD extension on the server such as GIF, PNG, JPG, GD, GD2, WBMP, XBM, XPM). The library supports features like resizing image, cropping, merging, writing a text with a shadow, convert to other formats, image cloning, apply watermark on the image, and many more. The library provides a simple way of loading, manipulating, and saving images in the most common image formats.
#Wideimage software software
Our results indicate that the proposed SEC scheme effectively compensates for the exposure discrepancies of the individual images, and thereby homogeneous and seamless stitched images can be obtained with high accuracy in the wide stitching.The WideImage is an open source object-oriented library that gives software developers the capability to manipulate images inside their own PHP applications.
#Wideimage software registration
Four X-ray images of a test phantom were obtained in different exposure positions and were intensity-compensated by using the SEC algorithm prior to phase-correlation-based registration and alpha blending. In this paper, we propose a new software exposure compensation (SEC) scheme able to overcome this difficulty, and in this study, we performed an experiment to demonstrate the feasibility of using the proposed SEC in wide stitching.
One difficulty associated with this method is that the exposure levels of the individual images vary according to the inverse square law of the X-ray intensity, which may result in heterogeneous stitched images.
#Wideimage software free
This method completely emulates the common radiographic geometry and is free of the parallax artifacts inherent in the source-translation method, showing improved image quality with reduced geometric distortions. T2 - Journal of the Korean Physical SocietyĪB - We investigated a wide image stitching method in digital radiography where an X-ray tube is stationary while a detector moves from one exposure position to the next during acquisition of multiple images of a small field of view. TI - Wide Image Stitching Based on Software Exposure Compensation in Digital Radiography Our results indicate that the proposed SEC scheme effectively compensates for the exposure discrepancies of the individual images, and thereby homogeneous and seamless stitched images can be obtained with high accuracy in the wide stitching. We investigated a wide image stitching method in digital radiography where an X-ray tube is stationary while a detector moves from one exposure position to the next during acquisition of multiple images of a small field of view.
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