Some of the draggable elements in the table are quite tall (tbody tags with many rows), so I would like to reduce the height of the so-called "ghost" element while the drag is happening. To clarify, the drag "ghost" element is the copy of the dragging element that changes position in the list in real time.
ports: - '3204:2368' Tells that ghost should be available from outside container on port 3204 what maps to internal container port 2368. Based on your configuration traefik & ghost located in same docker network dokploy-network that means traefik will connect to ghost directly on internal port (2368) and no port configuration in docker-compose.yml is relevant in this case. So if you want ...
I encountered a similar situation after having renamed a query in Power Query : Power Pivot could see the new table under the new name, but the old table was still there in Power Pivot and could not be deleted. Finally I came up with this solution : Make sure there are no remaining relationships or measures in Power Pivot that refer to the table you want to delete. Create a query in Power ...
The ghost images no longer happen if the user saves the sheet and then re-opens it. However, to me this is not a good solution and makes the program look poor in quality and trustworthiness! I have a "first" routine that when run (via a button press) uses an Application.Inputbox - this allows the user to select a range of cells.
Thanks. My suspect is that it is more a problem when parsing the PCL-file - maybe to be consistent with the PCL-typical area that some printers can not use/access, when no option such like "edge2egde" is activated. So: is there an option/switch that needs to be set to get "edge2edge"?
Instead of the Icon I want a customize element to be shown as "Ghost elememt". Within sortableJS you something called "ghostClass" which works but it only adds the custom class.
Is there a way to modify images to make a "ghost" of an image and adding it back into the original (as shown below) using image processing? By ghosted I specifically mean creating a copy of the original image, and adding it back in with increased transparency shifted slightly.
In fact the poisson blending is using the gradient information in the image to paste to blend it into the target image. It turns out that if the mask is completely tight the border gradient is then artificially interpreted as null. That is why it ignores it completely and produces ghosts. Using a larger mask by dilating the original mask using morphological operations and therefore including ...
