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Parts can be removed from the turbine while it is still on. This bricks the turbine. Without all the parts, the turbine is unlinked, so it cannot be turned off. Because the turbine is on, parts cannot be added. Because parts cannot be added, the turbine cannot be re-linked. Because the turbine cannot be re-linked, it cannot be turned off.

Reproduction:

Have the turbine turned on. Right cl

This issue is at least affecting the cartesian_cords method:

e2 = 1 - (_c / _a) ** 2
N = _a / np.sqrt(1 - e2 * np.sin(_lon) ** 2)

x = (N + _h) * np.cos(_lon) * np.cos(_lat)
y = (N + _h) * np.cos(_lon) * np.sin(_lat)
z = ((1 - e2) * N + _h) * np.sin(_lon)
return x, y, z

Note that the Z coordinate depends on latitude (N/S value), not longitude.

See [stack over

Currently it looks like that:

We could use a UI theme there. I'd also rather use styleboxes and piggyback on button and similar nodes than use custom textures.

Labels

[minor]

Description

You can scan a grab and become a grab

Steps to reproduce

1. Grab somebody with an empty hand
2. Click on the grab with a chameleon projector
3. Become a grab

Expected Behavior

To not be able to scan a grab.

Additional Information & Screenshots

![image](https://user-images.githubusercontent.com/40079883/174230505-2469a922-7c5c-41fd-be1e-f729

Describe the bug
In DORA dashboards, for the top left gauge chart Weekly Release / Deployment Frequency (Avg), we use a UI built query to compute the average. It is incorrect because weeks with no releases / deployments are simply ignored in the final averaging because of how the query is built. Indeed, the first aggregation that counts per week will have no entries for week with no release /