Use the Deconvolve window to set options for the Constrained Iterative Deconvolution algorithm that removes out-of-focus blur in fluorescence optical sections. This the preferred method for deconvolution.
Open the Deconvolve window by choosing Process | Deconvolve from the softWoRx main menu.
Use |
To... |
Input, Output, Select Region, Reset, Details,Wavelengths |
Specify input data and output parameters as shown in Image Input and Output. |
OTF File |
Enter the name of the OTF file used to deconvolve the image. This filename is typically automatically identified by softWoRx.
Note When a new image is selected for deconvolution, an OTF file name is automatically generated, based on the lens ID of the image file. If the lens ID matches one of the OTFs listed in the system configuration files, that OTF is used by default. Otherwise, the appropriate OTF file name is automatically generated from the lens ID. |
Method |
Choose one of the following deconvolution methods: Ratio (the default) is a more conservative algorithm than enhanced ratio and converges more reliably on a solution. Images with punctate fluorescence deconvolve better with the Ratio method. Enhanced Ratio provides faster convergence. Additive is the best method for data acquired with the EMCCD electron multiphoton camera. This method is tolerant of data with a low signal-to-noise ratio. Enhanced Additive is similar to Additive. This method is faster than additive because it requires fewer iterations (typically ten or fewer). |
Number of Cycles |
Specify the number of deconvolution iterations. For shorter deconvolution times, try setting this value to about 5 or 10. (At least 4 iterations is recommended.) For higher resolution (that is, finer detail) try increasing the number of iterations. The default number of iterations is 15. |
Noise Filtering |
Choose the level of Gaussian filtering. Each of these options sets the Prefilter Resolution Limits for the Gaussian pre-filter. |
Apply Correction |
Apply image correction procedures before deconvolution. |
Deconvolve Projections |
This option is used only when the image is a projection of the measured image. This is NOT the same as deconvolving a single Z section. That is, you should not use this option when deconvolving images with only one Z section. The default is off, except when the input image is a projection image. |
Run Options |
Specify options for running the deconvolution process. The following options are available:
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