Dual Side Fusion
This function merges the image done with the lightsheet from the right side with the image of the left side. It can be used for the following datasets acquired with Dual Side illumination:
- Image (Snap function)
- Time Series
- Z-Stacks
- Combinations of time series and z-stacks
- Multiview experiments in combination with time series
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Parameter |
Description |
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Settings |
Allows handling predefined settings (templates). See also General Settings. |
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New |
Creates a new setting. Enter a name for the setting. |
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New from Template |
Creates a new setting based on an existing template. |
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Rename |
Renames the setting. |
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Save |
Saves a modified setting under the current name. An asterisk indicates the modified state. |
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– |
Save As |
Saves the current setting under a new name. |
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Import |
Imports an existing setting. |
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Export |
Exports the current setting. |
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Delete |
Deletes the current setting. |
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Mean |
The average intensity for each pixel is calculated using the values of both illumination sides of the fusion. |
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DFT |
Discrete Fourier Transform fusion according to publication. Fine structures and details are more visible after the fusion, which might be worsened when using Mean Fusion. However, this process can create noticeable artifacts in the resulting image. |
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Maximum |
The intensity of each pixel of both illumination images is compared and the value with the higher intensity is used for the resulting image of the fusion. |
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Fusion Subset in X |
Only available for Mean or Maximum fusion. |
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Current View |
Displays the selected view of a Multiview image in the 2D tab which is used for fusion subset in x. |
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Left |
Selects the area of the left illumination side which is used for fusion. The spin box shows the cut-off x pixel value. The cutoff is shown in the 2D view with a red line. |
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Right |
Selects the area of the right illumination side which is used for fusion. The spin box shows the cut-off pixel value of the y axis. The cutoff is shown in the 2D view with a blue line. |
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Blending |
Defines the number of pixels used within an existing overlap between left and right illumination to crossfade both illuminations sides. |