Tutorial
009 -
Working with high-resolution images
3D GeniuX is an advanced tool for working at a high-resolution level starting from low-resolution images, because its interpolating 3D/2D algorithm is higher in quality to any bicubic filter contained in other popular image processing software.
Thus, we can use this software as a tool to enlarge our images.
3D GeniuX is an advanced tool for working at a high-resolution level starting from low-resolution images, because its interpolating 3D/2D algorithm is higher in quality to any bicubic filter contained in other popular image processing software.
Thus, we can use this software as a tool to enlarge our images.
The image used here by kind permission of Francesca Rossi (Drawing) and Erica Tonin (Colour) from Luce Digitale
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| ENLARGE AN IMAGE | ||
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2. In the New Project window set1280x1024 pixel resolution, click on “Load Image” and select in C:/Programs/3DGeniuX/Tutorials/009/640x480_originale.jpg NOTE: Lessons are located in the main folder where 3D GeniuX is installed, usually in C:/Programs/3DGeniuX/Tutorials The video card and the screen should support a 1280x1024 resolution With the above operation you have loaded the image 640x480_original.jpg with 640x480 pixel resolution into a project that is supporting a 1280x1024 resolution 3. Click on “Create”. The video image has a 1280x1024 resolution. 4. From Project menu>Export image and save the enlarged image. |
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In re-scaling the image, we encounter some limitations
due to the video card capacity and the screen resolution. 3D GeniuX
was not designed to be a re-scaling tool, therefore it has no specific
functions for this kind of operation, This lesson was created mostly
to show the high potential of this software also with high-resolution
images. Let us see here how the program works. |
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| ORIGINAL IMAGE before re-scaling (640x480 pixel) | ||
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| ENLARGED BICUBIC IMAGE DETAIL (1280x1024 enlarged at a rate of 300%) obtained with the most popular graphical tools. Brighter parts have been created on earrings and face outline, and below the eyes. | ||
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| ENLARGED 2D/3D IMAGE DETAIL (1280x1024 enlarged at a rate of 300%)obtained with 3D GeniuX. There are no visible light effects | ||
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