Air Tightness calculation off
Have an airlock that has issues with airtightness with just one of its four doors. When cycling, the one door that faces the hangar (when it's airtight hangar doors are closed) does not calculate as airtight if the timer closes the door. If you manually close the door, and then cycle the airlock, it works fine. If you replace the door/offset door (I tried both and tried moving a block away from the hangar) with a narrow door half or half sliding hatch door, it works fine. I didn't try the other door combinations. I've attached 2 blueprints. One with offset door and one with narrow door half. With hangar sealed, cycle the airlock. If you do it from inside hangar (red button), you will see the vent fan showing the problem. You'll also notice the red light doesn't come on with the bug bp, while the other works.
I have increased the delay on the timers to high values to insure the doors shut before turned off and to allow the vent lots of time to try and decompress.
Bad door is Offset Door F-H Airlock Hangar
Timers that cycle are:
Timer F-H Airlock Close (trigger)
starts Timer F-H Airlock Toggle
starts Timer F-H Airlock Open
The bugged ship does work sometimes? It was failing constantly even when I pasted into a brand new world, though after a full client restart, It sometimes appears to work, but still fails a lot. The other ship with the different door always works.
I have the same bug
After testing myself in empty world, in space, the hangar will fully depressurize due to the bad door which triggers other timers that turns the hangar fan off. In atmosphere that can't happen, so you can keep recycling to test. Of course, that also just means it hit the bug. As usual, the ship with a good door has no problems.
I've also confirmed that sliding door works. Door and Offset version are the only ones that seem to have the problem and it is in combination with something else, because the door to the inside area isn't leaking.
After testing myself in empty world, in space, the hangar will fully depressurize due to the bad door which triggers other timers that turns the hangar fan off. In atmosphere that can't happen, so you can keep recycling to test. Of course, that also just means it hit the bug. As usual, the ship with a good door has no problems.
I've also confirmed that sliding door works. Door and Offset version are the only ones that seem to have the problem and it is in combination with something else, because the door to the inside area isn't leaking.
Hello, Lanerith!
Thank you for writing to us and providing the blueprints of the affected grid.
It seems the issue related to the offset door airtightness is the same as reported in this thread. Though both issues appear similar, if the issue you experienced is not the same as described in the shared thread, please send us a screen recording/video showing the issue you have experienced.
Kind Regards,
Keen Software House: QA Department
Hello, Lanerith!
Thank you for writing to us and providing the blueprints of the affected grid.
It seems the issue related to the offset door airtightness is the same as reported in this thread. Though both issues appear similar, if the issue you experienced is not the same as described in the shared thread, please send us a screen recording/video showing the issue you have experienced.
Kind Regards,
Keen Software House: QA Department
I don't know if they are the same. Mine works if the door is closed manually but not with a timer. I don't know why that makes a difference. It is also intermittent, so they could be related? In their test, they use a vacuum and in my case, both sides are pressurized. The airtightness problem is noticed because depressurizing sucks air out of the hangar which is pressurizing. Creates an oxygen loop. It doesn't do that with the other door, or with the outside doors on vacuum, but that could be an issue just with one side of the door (ie, oxygen flows through the door only one way), so it could be related.
I provided BPs that demonstrate the issue. I don't know how to make videos.
I don't know if they are the same. Mine works if the door is closed manually but not with a timer. I don't know why that makes a difference. It is also intermittent, so they could be related? In their test, they use a vacuum and in my case, both sides are pressurized. The airtightness problem is noticed because depressurizing sucks air out of the hangar which is pressurizing. Creates an oxygen loop. It doesn't do that with the other door, or with the outside doors on vacuum, but that could be an issue just with one side of the door (ie, oxygen flows through the door only one way), so it could be related.
I provided BPs that demonstrate the issue. I don't know how to make videos.
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