This repo contains an optional GUI for deconwolf, or rather a command line builder.
Here is the intended workflow:
-
Drag and drop some
tif
files on the wolf in the first tab. -
Head over to the Files tab to check that the channel names were identified automatically. By default the program expects that files follow the convention
channel_###.tif
for exampledapi_001.tif
would be identified as an image stained bydapi
. If you use some other convention, you can configure that by setting a custom regular expression for channel identification under Config in the menu bar. -
Go the the tab Channels and configure each channel, i.e. set the number of iterations per channel and specify the emission maxima. Hit the save button in the bottom.
-
Got to the Microscope tab and select microscope that was used, or create a new configuration using the basic optical parameters that is asked for. Don't forget to save.
-
Go to the Deconwolf tab to see if you want to use some other settings than the
default ones. -
Go to Run tab. Inspect the commands that will run and finally copy and paste into a terminal (use powershell on windows). The script can also be saved to disk with the "save" button. Save as a
.ps1
file under windows or as a.sh
file under Linux/mac.
There are pre-compiled binaries for Ubuntu and Windows under releases. If your platform is missing, please create a new issue.
If you prefer to build by yourself or use some other platform, see INSTALL.md.
-
Most likely there are bugs and they can only be fixed when they are known. Please open a new ticket if you have any issues with the program.
-
Some changes are planned for the future, see the TODO.md and also open issues.
-
This gui plays well with nd2tool which converts
.nd2
files (Nikon) to tif files.nd2tool
is also capable of generating shell scripts for deconvolution with deconwolf.