Operator Library: Base
The operator MergeComponents merges three gray input links to one color output link. The opposite of this operator is 'SplitComponents'.
Property | Value |
---|---|
Operator Type | O |
Input Links | I0, data input color component {R, H, Y, L, X} I1, data input color component {G, S, U, A, Y} I2, data input color component {B, I, V, B, Z} |
Output Link | O, data output |
The use of operator MergeComponents is shown in the following examples:
-
'Combine Image Data From Two Camera Sources - Building an Overlay Blend'
Tutorial - Split and Merge Color components.
-
Tutorial - Basic Acquisition
-
Examples - Demonstration of how to use the operator
-
Examples - Demonstration of how to use the operator
-
Examples - A convolution with high intensity spot coefficients is made. For results above threshold, the respective pixels are dyed in red.
-
'Bayer 3x3 Demosacing with White Balancing'
Examples - The example shows the demosaicing of a Bayer RAW pattern using a 3x3 filter. Moreover, a white balancing for color correction is added.
-
'Bayer 5x5 Demosacing with White Balancing'
Examples - The example shows the demosaicing of a Bayer RAW pattern using a 5x5 filter. Moreover, a white balancing for color correction is added.
-
'Edge Sensitive Bayer Demosaicing Algorithm'
Examples - Edge Sensitive Laplace Bayer Demosaicing filter
-
'Bayer Demosaicing Algorithm According to Laroche'
Examples - Laroche Bayer Demosaicing filter
-
'Modified Laroche Bayer Demosaicing Algorithm '
Examples - Ressource Optimized Laroche Bayer Demosaicing filter
-
Examples - The applet shows an example for white balancing on RGB images.
-
Example - For debugging purposes images can be inserted manually.
-
'High Dynamic Range and Low Dynamic Range Example Using Camera Response Function'
Examples - High Dynamic Range According to Debevec
-
'High Dynamic Range and Low Dynamic Range Example with a Weighted Linear Ansatz'
Examples - High Dynamic Range with Linear Ansatz
-
'A rolling average is applied on a dynamic number of images'
Examples - Rolling Average - Loop