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For sensors with clear pixels (RCCB, RyyB, RGBC, RCCC), use "RGB (fast-linear)" to convert to a viewable RGB image.
This setting interpolates each of the four channels to get R, G1, G2, and B for each pixel. It then averages G1 and g2 together to get G. The result is RGB for each pixel.
SW Color Correction Page
The software color correction page allows the user to enable several digital image processing features to enhance the image.
Exposure Page
The Exposure page allows the user to change the Exposure and gain settings for the image sensor.
SW Auto Exposure Page
The Auto Exposure page allows the user to change the Auto Exposure and some noise related settings.
High Dynamic Range
For sensors that support High Dynamic Range, settings for data format, and noise reduction and tonal mapping. Details can be found here.
Triggers
For sensors that support triggers from Demo3 or an external source. Details can be found here.
SW White Balance Page
The white balance and color correction algorithms allow the application to regain color characteristics from the Bayer image beyond simple interpolation. More Color Correction controls can be found on the SW Color Correction page (see above), and see Gray Checker for usage information.
Lens Correction or SW Lens Correction Page
On sensor with built-in lens shading correction circuits this page lets you calibrate the lens shading registers. On sensors with no lens shading hardware this page enables a software lens correction algorithm. The calibration data can be saved to a file, or on some demo headboards an EEPROM on the headboard.
SW Noise and Defects Page
Algorithms for improving image SNR and automatically removing defective pixels.
The High/Low Algorithm can be combined with one of the Average-Near, Adapting Average-Near, or Flat Region Fliter algorithms.
Mouse-over each algorithm for a detailed description of its operation.
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