![]() Now when you turn off the original layer, and turn on the new layer, the group object appears. This will reassign all the internal objects to the new layer, thus matching the group layer name, and effectively remove the conflict. Then in the entity control panel, from the layer dropdown select the new layer name. When you are in the edit group mode, right click and choose “Select” then “All connected”. Now try selecting an individual object within the group, and notice how it has the name of the original layer, even though it sits in a group with the new layer name.This is where the conflict comes from.Ī quick and easy fix is as follows. Now make the original layer visible again,and this time select the group object, right click on it then choose “Edit Group”. Try to set the bedtemp to 63 degrees for the first layer and 63 for. Now in the tray layer control, turn off (deselect) the original layer, and you will find the group object stubbornly sticks to this original layer, and disappears from view. It got farther in the print this time, but still failed due to not being stuck to the bed. Next select a group object on the original layer that you want to assign to the new layer, and in the entity control dropdown for this group item, change the layer parameter to the new layer name. ![]() Then create a new layer by clicking on the layer control plus symbol and make sure it is turned on (selected) in the layer list. I think the problem is that when you assign a group or component to a new layer, unfortunately the individual objects that make up that group, retain the original layer assignment, and so there is a conflict.įirst make sure the entity control and the layer control are expanded and visible in the tray panel.
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