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Difference between revisions of "Hinges"
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Two of the many types of hinges available
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== Basic information == | == Basic information == | ||
Hinges are | Hinges are most frequently interacted with via a [[Buttons|button]] or [[YOLOL]] script, but can also be interacted with directly via the [[Universal tool|universal tool]]. They are not especially strong, and cannot be used to mount [[Thrusters|thrusters]] to a ship; nor do any of them have provisions to transfer power or propellant beyond the joint itself. | ||
<!-- Hidden. These hinges may be added in the future, but currently are not. | <!-- Hidden. These hinges may be added in the future, but currently are not. | ||
There are currently 16 different hinges and they all share the same operation being either a fold/unfold or a sliding hinge. The majority of the variety is taken up by fold/unfolding hinges. A major issue with hinges when making ships is that most of them do not pass on electricity or signals. Hinges are also said to be weak to pressure, so one shouldn't mount them to thrusters. --> | There are currently 16 different hinges and they all share the same operation being either a fold/unfold or a sliding hinge. The majority of the variety is taken up by fold/unfolding hinges. A major issue with hinges when making ships is that most of them do not pass on electricity or signals. Hinges are also said to be weak to pressure, so one shouldn't mount them to thrusters. --> | ||
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== Gallery == | == Gallery == | ||
<gallery mode="packed" heights=" | <gallery mode="packed" heights="140px"> | ||
Image:Hinge (c-profile).png|''C-profile hinge'' | Image:Hinge (c-profile).png|''C-profile hinge'' | ||
Image:Hinge (l-profile).png|''L-profile hinge'' | Image:Hinge (l-profile).png|''L-profile hinge'' | ||
Revision as of 10:18, 3 June 2021
Hinges
Type Utility machinery
Function Joint motor
Availability Luxury Items
Size
- 48×144×36 cm (C-profile)
- 24×144×36 cm (L-profile)
- 48×48×12 cm (A1)
- 48×144×12 cm (A2)
- 48×48×12 cm (B1)
- 48×144×12 cm (B2)
Mass
- 1,419 kg (C-profile)
- 1,148 kg (L-profile)
- 331 kg (A1)
- 940 kg (A2)
- 331 kg (B1)
- 940 kg (B2)
Volume
- 142.7 kv (C-profile)
- 115.3 kv (L-profile)
- 33.3 kv (A1)
- 94.4 kv (A2)
- 33.3 kv (B1)
- 94.4 kv (B2)
Corrosion resistance
- 400 (C-profile, L-profile)
- 425 (A1, B1)
- 435 (A2, B2)
Input / Output
Electric input ~5 e/s
Sockets
- 2 (C-profile, L-profile, A2, B2)
- 1 (A1, B1)
Modular interfaces
- 2 (C-profile, L-profile, A2, B2)
- 1 (A1, B1)
Composition (C-profile, L-profile)
Composition (A1, B1)
Composition (A2, B2)
Hinges are devices used for creating turning, sliding and opening mechanisms such as doors, hatches and sliding doors.
Basic information
Hinges are most frequently interacted with via a button or YOLOL script, but can also be interacted with directly via the universal tool. They are not especially strong, and cannot be used to mount thrusters to a ship; nor do any of them have provisions to transfer power or propellant beyond the joint itself.
Gallery
C-profile hinge
L-profile hinge
Hinge A (48×48)
Hinge A (48×144)
Hinge B (48×48)
Hinge B (48×144)
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Device fields
| YOLOL field | Description | Range |
|---|---|---|
| DoorOpenState | Input field for requested door state. 0 is closed, 1 is fully open. | [0,1] |
| DoorCurrentState | Reports the current position of the door, on the same scale as DoorOpenState | [0,1] |
| EndAngle / EndPosition | The rotation/position the joint should be at when DoorOpenState is 1. Is measured in percents(%) relative to the maximum possible open state for prismatic joints, and degrees in hinge joints. | |
| StartAngle / StartPosition | The rotation/position the joint should be at when DoorOpenState is 0. Is measured in percents(%) relative to the maximum possible open state for prismatic joints, and degrees in hinge joints. | |
| TargetVelocity | The maximum velocity the joint will reach. Different joint devices have different velocity limits, and might not be able to reach the configured velocity. |
To learn more about how to use fields, consult these wiki pages: