Difference between revisions of "Image Stitching for NVIDIA Jetson/User Guide/Blending"
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The stitcher has the capability of blending the limit between two adjacent images to hide the abrupt change of color and gain between the input images. The parameter to adjust this feature is called '''border-width''', and is the number of pixels to blend. | The stitcher has the capability of blending the limit between two adjacent images to hide the abrupt change of color and gain between the input images. The parameter to adjust this feature is called '''border-width''', and is the number of pixels to blend. | ||
− | The border-width is measured from the start of the overlap between two images | + | The border-width is measured from the start of the overlap between two images as shown in the image below. |
[[File:Stitcher border width representation.svg|500px|frameless|none|3 Images Stitching Example]] | [[File:Stitcher border width representation.svg|500px|frameless|none|3 Images Stitching Example]] | ||
It is also worth mentioning that the blending is only processed over an overlapping area; in other words, if the blending width is larger than the overlap, it will be the same as processing a blending width the same size as the overlap; that is without affecting performance. | It is also worth mentioning that the blending is only processed over an overlapping area; in other words, if the blending width is larger than the overlap, it will be the same as processing a blending width the same size as the overlap; that is without affecting performance. |
Revision as of 15:32, 28 May 2021
Image Stitching for NVIDIA®Jetson™ | |
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Image Stitching for NVIDIA Jetson Basics | |
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Getting Started | |
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User Guide | |
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Compiling OpenCV for Image Stitching | |
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Examples | |
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360 Video | |
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Performance | |
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Contact Us |
Blending
The stitcher has the capability of blending the limit between two adjacent images to hide the abrupt change of color and gain between the input images. The parameter to adjust this feature is called border-width, and is the number of pixels to blend.
The border-width is measured from the start of the overlap between two images as shown in the image below.
It is also worth mentioning that the blending is only processed over an overlapping area; in other words, if the blending width is larger than the overlap, it will be the same as processing a blending width the same size as the overlap; that is without affecting performance.