View\Display Mode; View\Image Interpolation - DAGE-MTI Excel Series User Manual

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View\Display Mode- Controls the video window display mode choice of "1:1", "Fit to
Window", "Full Screen", and "None". This menu can also be accessed through a right
mouse click in the display window.
o 1:1- The video is displayed with a 1:1 pixel-to-pixel relationship between the
camera and the display. Scroll bars are placed (if needed) on the Right and the
Bottom of the display allowing navigation within the video window.
o Fit to Window- The cameras' full field of view is displayed so that it takes up the
entire available video window. In this mode, the video may look distorted as the
video is stretched or compressed to fit the available space.
interpolation algorithm selected in the "Tools\Options\Image Interpolation" dialog
is used to remap the camera's image to the computer screen.
o Full Screen- When placed in this display mode, the cameras' full field of view
takes up the entire monitor display. In this mode, the video may look distorted as
the video is stretched or compressed to fit the available space.
interpolation algorithm selected in the "Tools\Options\Image Interpolation" dialog
is used to remap the camera's image to the computer screen. To return to the
software, strike any key or click the mouse.
o None- No video display is rendered. Images can still be saved.
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View\Image Interpolation- Allows the choice of various interpolation algorithms for
the displayed image when using "Fit to Window" or "Full Screen" display modes. It
should be noted that these algorithms can slow the video update display rate of the
image. Algorithm acceptability depends on the amount of resizing used and the
needed update speed. The Interpolation selection is used for displayed images and
has no bearing on actual saved images.
o Nearest Neighbor- This algorithm uses the closest neighboring pixel to
determine a missing pixel value. The fastest and least computational.
o Bilinear- This algorithm uses the weighted average of the nearest 2x2 pixels to
determine a missing pixel value. Very fast, more computational.
o High Quality Bilinear- Same as Bilinear except a modified weighted average
gives a higher quality.
o Bicubic- This algorithm uses the weighted average of the nearest 4x4 pixels to
determine a missing pixel value. Slower and highly computational.
o High Quality Bicubic- Same as Bicubic except a modified weighted average
gives a higher quality.
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The image
The image