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Difference between revisions of "Tractor beam (Assembly)"
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A fully assembled ore collector
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|ua=Тяговий промінь | |ua=Тяговий промінь | ||
|jp=トラクタービーム | |jp=トラクタービーム | ||
}} | }}{{SB Infobox Begin | ||
== | |{{SB Infobox Header | ||
< | |image=[[Image:Starbase ore collector.png]] | ||
< | |factionLogo= | ||
|caption=A fully assembled ore collector | |||
< | |name= | ||
< | |border=none | ||
Tractor beams grab objects that their beams hit. | }} | ||
The beam drags the attached object close to the tractor beam base, orientating the object according to the nozzle of the beam. < | |{{SB Infobox Device General Information | ||
|type=Mining device | |||
|function=Collects ore | |||
|availability=[[Luxury Items]] | |||
|size=216×96×72 cm | |||
|mass=5,645 kg ''(assembled)''<ul><li>2,221 kg ''(beam)''</li><li>3,215 kg ''(utility body)''</li><li>717 kg ''(capacitors)''</li></ul> | |||
|volume=567.31 kv ''(assembled)''<ul><li>223.2 kv ''(beam)''</li><li>323.12 kv ''(utility body)''</li><li>72 kv ''(capacitors)''</li></ul> | |||
|corrosionResistance=<ul><li>320''(beam)''</li><li>370 ''(utility body)''</li><li>440 ''(capacitors)''</li></ul> | |||
|suppressUnitsKg=1 | |||
|suppressUnitsKv=1 | |||
}} | |||
|{{SB Infobox Device IO | |||
|electricIn=~25 e/s | |||
|electricOut= | |||
|energyCapacity= | |||
|coolantIn= | |||
|coolantOut= | |||
|coolantCapacity= | |||
|coolantRefresh= | |||
|heatGeneration= | |||
|heatDissipation | |||
|propellantIn= | |||
|propellantOut= | |||
|propellantCapacity | |||
|fuelIn= | |||
|fuelOut= | |||
|fuelCapacity | |||
|sockets= | |||
|YOLOLchips= | |||
|modInterfaces= | |||
|deviceInterfaces= | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (beam) | |||
|aegisium= | |||
|ajatite= | |||
|arkanium= | |||
|bastium=35% | |||
|charodium= | |||
|corazium= | |||
|exorium= | |||
|haderite= | |||
|ice= | |||
|ilmatrium= | |||
|karnite= | |||
|kutonium= | |||
|lukium= | |||
|merkerium=15% | |||
|nhurgite= | |||
|oninum= | |||
|surtrite= | |||
|tengium=20% | |||
|ukonium=10% | |||
|valkite=20% | |||
|vokarium= | |||
|xhalium= | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (body) | |||
|aegisium=10% | |||
|ajatite= | |||
|arkanium= | |||
|bastium=10% | |||
|charodium=15% | |||
|corazium= | |||
|exorium= | |||
|haderite= | |||
|ice= | |||
|ilmatrium=20% | |||
|karnite= | |||
|kutonium= | |||
|lukium= | |||
|merkerium=20% | |||
|nhurgite= | |||
|oninum= | |||
|surtrite= | |||
|tengium=10% | |||
|ukonium= | |||
|valkite= | |||
|vokarium=15% | |||
|xhalium= | |||
}} | |||
|{{SB Infobox Device Construction | |||
|headerOverride=Composition (capacitors) | |||
|aegisium= | |||
|ajatite= | |||
|arkanium= | |||
|bastium=30% | |||
|charodium= | |||
|corazium= | |||
|exorium= | |||
|haderite= | |||
|ice= | |||
|ilmatrium=60% | |||
|karnite= | |||
|kutonium= | |||
|lukium= | |||
|merkerium= | |||
|nhurgite= | |||
|oninum= | |||
|surtrite= | |||
|tengium= | |||
|ukonium= | |||
|valkite= | |||
|vokarium=10% | |||
|xhalium= | |||
}} | |||
}}<section begin=summary/>Tractor beams grab objects that their beams hit. They are most commonly found in cargo spaceships as they enable the transportation of heavy cargo. The beam drags the attached object close to the tractor beam base, orientating the object according to the nozzle of the beam.<section end=summary/> | |||
== Basic information == | == Basic information == | ||
* The device requires [[Generator|power]] to work. The amount of power needed is determined by the beam length, device state, and force applied when moving objects. | * The device requires [[Generator|power]] to work. The amount of power needed is determined by the beam length, device state, and force applied when moving objects. | ||
| Line 35: | Line 143: | ||
== Device fields == | == Device fields == | ||
{| class="wikitable" | {| class="wikitable" | ||
| Line 99: | Line 202: | ||
|- | |- | ||
|} | |} | ||
To learn more about how to use fields, consult these wiki pages: | |||
* [[Universal tool|Universal Tool]] | |||
* [[Data networks|Data networks]] | |||
* [[YOLOL|YOLOL]] | |||
[[Category:Devices and machines|Tractor beam]] | [[Category:Devices and machines|Tractor beam]] | ||
Revision as of 10:11, 27 May 2021
Tractor beam (Assembly)
Type Mining device
Function Collects ore
Availability Luxury Items
Size 216×96×72 cm
Mass 5,645 kg (assembled)
- 2,221 kg (beam)
- 3,215 kg (utility body)
- 717 kg (capacitors)
Volume 567.31 kv (assembled)
- 223.2 kv (beam)
- 323.12 kv (utility body)
- 72 kv (capacitors)
Corrosion resistance
- 320(beam)
- 370 (utility body)
- 440 (capacitors)
Input / Output
Electric input ~25 e/s
Composition (beam)
Composition (body)
Composition (capacitors)
Tractor beams grab objects that their beams hit. They are most commonly found in cargo spaceships as they enable the transportation of heavy cargo. The beam drags the attached object close to the tractor beam base, orientating the object according to the nozzle of the beam.
Basic information
- The device requires power to work. The amount of power needed is determined by the beam length, device state, and force applied when moving objects.
- The further and the heavier the objects are, the more power the tractor beam needs to be able to move them.
- If power is cut out, the object will stop moving but it will be held in place.
- This is a safety feature to prevent objects from drifting away, causing possible damage in interiors, such as factories and ships.
- Tractor beams are commonly controlled with buttons and levers.
- Buttons toggle the power on and off.
- Levers control the beam length, rotation and such.
- In automated factories, the tractor beams are generally connected to a mover.
- Endoskeletons can be moved by a tractor beam, but can easily escape.
- Cargo lock beam locks object entirely if hits it from 3 sides and small. Tractor beam, meanwhile, will never lock an object entirely and used to transport something. Also, as stated above(but will serve as a reminder here), tractor beam can actually manipulate with it's target, unlike Cargo lock Beam.
Device fields
| YOLOL field | Description | Range |
|---|---|---|
| tractorBeamOnState | Beam on/off | 1 or 0 |
| tractorBeamSoftRelease | When set to 1, brings the object grabbed by the beam to a stop, then turns off the beam | 1 or 0 |
| tractorBeamSnapToObjects | When set to 1, tractor beam tries to snap held object to nearby objects | 1 or 0 |
| tractorBeamSearchLength | Length (meters) of the beam when the beam is not attached to anything. Max range of the beam. | - |
| tractorBeamForce | Maximum amount of force (Newtons) the beam will try to apply to grabbed object. | - |
| tractorBeamTorque | Maximum amount of torque (Newtons) the beam will try to apply to grabbed object. | - |
| tractorBeamPosition | The distance (meters) the beam tries to move a held object to. Resets on grab, but does not message network / other devices. | - |
| tractorBeamYaw | The yaw (degrees) the beam tries to move a held object to, relative to the base. Resets on grab, but does not message network / other devices. | - |
| tractorBeamPitch | The pitch (degrees) the beam tries to move a held object to, relative to the base. Resets on grab, but does not message network / other devices. | - |
| tractorBeamRoll | The roll (degrees) the beam tries to move a held object to, relative to the base. Resets on grab, but does not message network / other devices. | - |
| tractorBeamObjectInBeam | Indicates whether an object is grabbed by the beam. | 1 or 0 |
| tractorBeamForceApplied | Indicates the force (Newtons) currently being applied to the grabbed object. Can be used to detect when the grabbed object has been set to the target position. | - |
| tractorBeamTorqueApplied | Indicates the torque (Newtons) currently being applied to the grabbed object. Can be used to detect when the grabbed object has been set to the target rotation. | - |
To learn more about how to use fields, consult these wiki pages: