Camera settings include setting the Channel, Resolution, show/hide Focus Controls, and Configuration for each camera. There are two (2) types of cameras: array and document. The three (3) array cameras capture the front, back, left, right, top, and aerial photos. The two (2) document cameras capture the manifest, standard, stadium, divider, file, tab, and document images. The document camera is position below the main monitor and toward the left-hand side of the WIB™ Unit and toward the left-hand side of the WIB™ Unit. The Stadium camera is positioned below the right touchscreen monitor toward the right side of the WIB™ Unit.
The five (5) camera channels are as follows:
1. Left – the blue camera in Figure 4.
2. Back – the red camera
3. Top – orange camera
4. Standard – green camera; and
5. Stadium – yellow camera
Note: The highlight color for camera(s) 1 through 3 matches the cord covering for each camera.
The operator can change the camera channel by clicking on the touchscreen video feed for the camera and selecting which channel to assign the camera view to.
Image resolution is the number of rows and columns in pixels. The 3284 x 1840 is optimal resolution setting for the cameras, however, the resolution can be changed to decrease file size for photos of less importance i.e., the photo of the top, or lid, of the box does not need to be as high a resolution of a photo of a file. However, changing the resolution of a single camera from one resolution for a particular image type to another resolution for a different photo type is not suggested as it is not efficient. Choose a resolution for a camera based on the photo types the camera is assigned to take and choose the setting that is best suited for the most complex data that may be taken with the camera. The resolution options are 3264x2448, 3264x1840 (optimal), 2592x1952, 2048x1536, 1920x1080, 1600x1200, 1280x720, 1024x768, 800x609, and 640x480.
Configuration settings allow the operator to manually set each of the settings to the desired effect. The operator can set the resolution from the configure menu as well adjust the brightness, contrast, gamma, hue, saturation, sharpness, exposure, and white balance for any of the five (5) cameras. Below is a description of each setting and the effect each setting has on the image(s).
Brightness is simply how dark or light a picture is. Correct brightness is important to easily understand the contents of the picture. It is the simplest of the tools present in photo editors for light adjustment. Changing the brightness of a picture affects all pixels equally. Increasing it will make the dark areas lighter and light areas lighter too. Similarly, decreasing the brightness will make light areas darker and the dark areas darker too. Changing the brightness can help improve the visibility of the darker parts of the image.
This is the difference in the bright and dark areas of the
image. If the contrast is high, the image looks lively; conversely, if the
contrast is low, the image looks flat and monotonous.
Gamma encoding of images is used to optimize the usage of
bits when encoding an image, or bandwidth used to transport an image, by taking
advantage of the non-linear way humans perceive light and color. The human
perception of brightness (lightness), under common illumination conditions
(neither pitch black nor blindingly bright) with
greater sensitivity to relative differences between darker tones than between
lighter tones.
Hue a hue is a pure pigment—one
without tint or shade (added white or
black pigment, respectively). Hue represents
the color being displayed, as found on a red-green-blue scale, color wheel or
grayscale. The intensity of the primary colors or gray displayed grows with
increased brightness, but the color itself does not change. Changing to
different color values makes no difference.
This is the depth of the colors in the image. The higher the
saturation, the more vivid the colors will be.
This is the image's clarity. The higher the sharpness, the
more distinct the subject's contours will be.
Exposure is something entirely different than Brightness. It
is an in-camera property of a picture. When clicking a picture, exposure is the
amount of light that enters the lens of the camera. In other words, how exposed
is the lens to the light entering the camera. Exposure can be controlled by
changing the camera settings beforehand. When less than the required light
enters the camera, the picture is said to be under-exposed. When more than the
required light enters the camera, the picture is said to be over-exposed.
Manual Exposure
Manual allows the user to set the Exposure and override the auto-exposure feature. It is suggested the user use the auto-exposure feature unless needed to obtain an optimal capture the auto-exposure cannot set.
White balance is a color adjustment that ensures that white
things appear white. There are various kinds and conditions of light, and those
differences affect the color or pictures. Human beings can recognize white
things as white under various light sources from experience.
Manual White Balance Adjustment
Manual allows the user to set the White Balance and override the auto-adjustment feature. It is suggested the user use the auto-adjustment feature unless needed to obtain an optimal capture the auto-adjustment cannot set.
Save allows the user to save custom settings. This gives the user the ability to load a saved camera configuration that is different from the default settings.
Reset Default allows the user to quickly reset the settings to the default settings.
Reset Saved allows the user to change the custom settings for a single image. When Reset Saved is selected the saved custom settings are deployed after the changes.
Exit allows the user to close the camera configuration menu
and return to capturing photos.