Участник:Gesugao-san/Sandbox: различия между версиями

Материал из MassMeta
Перейти к навигации Перейти к поиску
imported>Gesugao-san
imported>Gesugao-san
 
(не показаны 3 промежуточные версии этого же участника)
Строка 40: Строка 40:
'''Production notes'''
'''Production notes'''


* For circuits production check [[Robotics]]' [[Circuit Imprinter]] and [[Cargo]].
* <small>For circuits production check [[Robotics]]' [[Circuit Imprinter]] and [[Cargo]].</small>
* For any other part of this list, check [[Protolathe]] (any, [[Research Division|R&D]]'s or others).
* <small>For any other part of this list, check [[Protolathe]] (any, [[Research Division|R&D]]'s or others).</small>
* [[Rods|Metal rods]] can be [[Handcraft|handcrafted]].
* <small>[[Rods|Metal rods]] can be [[Handcraft|handcrafted]] from [[File:Metal.png|Metal|link=https://tgstation13.org/wiki/File:Metal.png]][[Metal sheet|Metal sheets]].</small>


'''<big>[[Tools]]:</big>''' <big>[[File:Wrench.png|Wrench]], [[File:Screwdriver_tool.png|Screwdriver]], [[File:Wirecutters.png|Wirecutters]],</big> <big>[[File:Welder.png|Welding Tool]]</big> ''<small>(need 2 units of [[Guide to chemistry#Active Pure Chemicals|welding fuel]] from [[General_items#Fuel_Tank|fuel tank]] [[File:FuelTank.png]])</small><big>, [[File:WeldingHelmet.png]].</big>''
'''<big>[[Tools]]:</big>''' <big>[[File:Wrench.png|Wrench]], [[File:Screwdriver_tool.png|Screwdriver]], [[File:Wirecutters.png|Wirecutters]],</big> <big>[[File:Welder.png|Welding Tool]]</big> ''<small>(need 2 units of [[Guide to chemistry#Active Pure Chemicals|welding fuel]] from [[General_items#Fuel_Tank|fuel tank]] [[File:FuelTank.png]])</small><big>, [[File:WeldingHelmet.png]].</big>''
!'''[[Health|Integrity]]'''
!'''[[Health|Integrity]]'''
| colspan="2" |<code>200</code>
| colspan="2" |<code>200</code>
!'''Techtree node'''
!'''[[Guide to Research and Development#Tech Webs|Techtree]] node'''
| colspan="3" |<code>EXOSUIT: Ripley</code> ''(Available at round-start)''
| colspan="3" |<code>EXOSUIT: Ripley</code> ''(Available at round-start)''
|-
|-
!'''Equipment''' '''slots'''
!'''[[Guide to robotics#Exosuit Equipment|Equipment]]''' '''slots'''
| colspan="2" |<code>6</code>
| colspan="2" |<code>6</code>
!'''Movement speed'''
!'''Movement speed'''
| colspan="3" |'''Fast''' (in normal pressure (><code>50 kPa</code>) — <code>0,2 sec.</code> delay per move, overwise — <code>0,15 sec.</code>)
| colspan="3" |'''Fast''' (in normal pressure (><code>50 kPa</code>) — <code>0,2 sec.</code> delay per move, overwise — <code>0,15 sec.</code>)
|-
|-
!Upgradable parts
!Upgradable [[Stock Parts|parts]]
| colspan="6" |
| colspan="6" |
{| class="wikitable"
{| class="wikitable"
Строка 113: Строка 113:
|-
|-
!'''Special''' '''abilities'''
!'''Special''' '''abilities'''
| colspan="6" |Moves and drills even faster in low pressure environments (like [[Lavaland]], [[space]], etc.). Armor can be upgraded with Goliath plates <small>(melee <code>+10%</code> ballistic <code>+5%</code> laser <code>+5%</code>)</small>.
| colspan="6" |
* Moves and drills even faster in low pressure environments (like [[Lavaland]], [[space]], etc.).
* Armor can be upgraded with [[Critters#Hostile|Goliath plates]] <small>(melee <code>+10%</code> ballistic <code>+5%</code> laser <code>+5%</code>)</small>.
|-
|-
!'''Description'''
!'''Description'''
Строка 156: Строка 158:
| colspan="3" |<big>[[File:Ripley chassis.png|link=https://tgstation13.org/wiki/File:Ripley_chassis.png]];</big>
| colspan="3" |<big>[[File:Ripley chassis.png|link=https://tgstation13.org/wiki/File:Ripley_chassis.png]];</big>
|-
|-
|<big>'''Exosuit chassis construction''':</big>
|<big>'''3''')</big> <big>'''Exosuit chassis construction''':</big>
|<big>'''3''') Use [[File:Wrench.png|Wrench]], use [[File:Screwdriver_tool.png|Screwdriver]], add [[File:CableCoils.png|Cable Coil]] (1 piece of Cable Coil), use [[File:Wirecutters.png|Wirecutters]];</big>
|<big>'''3.1''') Use [[File:Wrench.png|Wrench]], use [[File:Screwdriver_tool.png|Screwdriver]], add [[File:CableCoils.png|Cable Coil]] (1 piece of Cable Coil), use [[File:Wirecutters.png|Wirecutters]];</big>
|
|
|
|
|-
|-
|<big>'''[[Circuit Imprinter|Circuit boards]]''':</big>
|<big>'''4''')</big> <big>'''[[Circuit Imprinter|Circuit boards]]''':</big>
|<big>'''4''') Add [[File:Circuitboard.png|Ripley Central Control Module]] (Ripley '''Central''' Control Module), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|<big>'''4.1''') Add [[File:Circuitboard.png|Ripley Central Control Module]] (Ripley '''Central''' Control Module), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|<big>'''5''') Add[[File:Circuitboard.png|Ripley Peripherals Control Module ]] (Ripley '''Peripherals''' Control Module), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|'''<big>4.2</big>'''<big>) Add[[File:Circuitboard.png|Ripley Peripherals Control Module ]] (Ripley '''Peripherals''' Control Module), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|
|
|-
|-
|<big>'''[[Stock Parts|Stock parts]]''':</big>
|<big>'''5''')</big> <big>'''[[Stock Parts|Stock parts]]''':</big>
|<big>'''6''') Add [[File:Scanning_Module.gif|Advanced Scanning Module]]([[Scanning Module]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|<big>'''5.1''') Add [[File:Scanning_Module.gif|Advanced Scanning Module]]([[Scanning Module]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|<big>'''7''') Add [[File:Capacitor.png|Advanced Capacitor]]([[Capacitor]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|'''<big>5.2</big>'''<big>) Add [[File:Capacitor.png|Advanced Capacitor]]([[Capacitor]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|<big>'''8''') Add[[File:Power_cell.png|Power Cell]]([[Power cell]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|'''<big>5.3</big>'''<big>) Add[[File:Power_cell.png|Power Cell]]([[Power cell]]), use [[File:Screwdriver_tool.png|Screwdriver]];</big>
|-
|-
|<big>'''[[Materials]]''':</big>
|<big>'''6''') </big><big>'''[[Materials]]''':</big>
|<big>'''9''') Add [[File:Metal.png|Metal]] (5 pieces of [[Metal sheet|Metal sheets]]), use [[File:Wrench.png|Wrench]], use [[File:Welder.png|Welding Tool]]</big> ''(switched on)''<big>;</big>
|<big>'''6.1''') Add [[File:Metal.png|Metal]] (5 pieces of [[Metal sheet|Metal sheets]]), use [[File:Wrench.png|Wrench]], use [[File:Welder.png|Welding Tool]]</big> ''(on)''<big>;</big>
|<big>'''10''') Add [[File:Rods.png|Plasteel]] (5 pieces of [[Metal sheet|Metal rods]]), use [[File:Welder.png|Welding Tool]]</big> ''(switched on).''
|'''<big>6.2</big>'''<big>) Add [[File:Rods.png|Plasteel]] (5 pieces of [[Metal sheet|Metal rods]]), use [[File:Welder.png|Welding Tool]]</big> ''(on).''
|
|
|}
|}

Текущая версия от 11:22, 6 апреля 2023

This page is currently under construction!

The following page is currently in the process of being created, is undergoing a major structural rework and/or is being moved.
The reason for this is: "This page is currently undergoing major renovations."



Are you a Roboticist? This guide will explain the creation and maintenance of Cyborgs, bots, MODsuits, and stocky exosuits.

Robotics
Robotics and Mech Bay

Exosuit Fabricators[править | править код]

These are the main machines used in Robotics, with them you can create various exosuit and cyborg parts and their upgrade modules. Remember to sync these with the R&D servers frequently for new equipment designs and increased production speeds.

Your mini mech is now ready for Ian to take a joyride in!





Ripley APLU[править | править код]

Requires for construction Exosuit general information
Raw materials:
Metal100.000 (Metal sheets)
Glass7.500 (Glass)

Parts, materials, circuits:

Production notes

Tools: Wrench, Screwdriver, Wirecutters, Welding Tool (need 2 units of welding fuel from fuel tank Файл:FuelTank.png), Файл:WeldingHelmet.png.

Integrity 200 Techtree node EXOSUIT: Ripley (Available at round-start)
Equipment slots 6 Movement speed Fast (in normal pressure (>50 kPa) — 0,2 sec. delay per move, overwise — 0,15 sec.)
Upgradable parts
Scanning Module Responsible for power consumption (In watts).
None* Scanning Module Advanced Scanning Module Phasic Scanning Module Triphasic Scanning Module
Walking 500 15 10 5 0
Melee attack 15
Capacitor Responsible for EMP (energy) damage resistance.
None* Capacitor Advanced Capacitor Super Capacitor Quadratic Capacitor
20% 25% 30% 35% 40%
Power cell Responsible for power capacity (in kW).
Standard Power Cell (1 kW) High-Capacity Power Cell (10 kW) Super-Capacity Power Cell (20 kW) Hyper-Capacity Power Cell (30 kW) Bluespace Power Cell (40 kW)
1 10 20 30 40

* Movement and other actions may not be possible without this stock parts.

Special abilities
  • Moves and drills even faster in low pressure environments (like Lavaland, space, etc.).
  • Armor can be upgraded with Goliath plates (melee +10% ballistic +5% laser +5%).
Description The Ripley APLU (Autonomous Power Loading Unit) is a low-tech exosuit with high moving speed and no atmospheric protection. Don't expect the wire screen to do much against ranged weapons. Useful for carrying boxes and as a lightweight platform for various exosuit tools. While it lacks the Firefigher's lavaproofing and improved armor, the Ripley APLU can still go toe to toe with Lavaland mobs thanks to its good melee protection.

Note about temperature: The exosuit itself can withstand decently high temperatures without taking damage. However, it does not offer protection to the pilot from fire or temperature hazards.

Armor information
Melee Ballistic Laser Energy Bomb Biological Fire Acid Wounds Max temperature
40% 20% 10% 20% 40% None Fully proofed Fully proofed None 20.000°K
Construction steps
1) Build all of the Ripley parts using the Exosuit Fabricator: Файл:Ripley torso.png, Файл:Ripley left arm.png, Файл:Ripley right arm.png, Файл:Ripley left leg.png, Файл:Ripley right leg.png;
2) Attach all of the parts to the Ripley chassis: Файл:Ripley chassis.png;
3) Exosuit chassis construction: 3.1) Use Wrench, use Screwdriver, add Cable Coil (1 piece of Cable Coil), use Wirecutters;
4) Circuit boards: 4.1) Add Ripley Central Control Module (Ripley Central Control Module), use Screwdriver; 4.2) AddRipley Peripherals Control Module (Ripley Peripherals Control Module), use Screwdriver;
5) Stock parts: 5.1) Add Advanced Scanning Module(Scanning Module), use Screwdriver; 5.2) Add Advanced Capacitor(Capacitor), use Screwdriver; 5.3) AddPower Cell(Power cell), use Screwdriver;
6) Materials: 6.1) Add Metal (5 pieces of Metal sheets), use Wrench, use Welding Tool (on); 6.2) Add Plasteel (5 pieces of Metal rods), use Welding Tool (on).

MODsuits[править | править код]

Click here for the MODsuits page

Exosuits[править | править код]

These can be tremendously helpful or tremendously annoying depending on who uses it. They take more work to make than robots and require special circuits, which are obtained through the Quartermaster or the Research and Development console.

With all Exosuits, MMIs can be installed as drivers. But remember, MMIs are not bound to the AI or its laws, so don't put any deranged maniacs inside them. Remember to grant MMI controlled mechs access keys, because they don't have a keycard on them!

List of Exosuits[править | править код]

Ripley APLU[править | править код]

Equipment slots: 6

Movement speed: Fast.

Special abilities: Even faster movespeed in low pressure environments (Lavaland, space, etc.). Armor can be upgraded with Goliath plates.

Armor: 40 melee, 20 bullet, 10 laser, 20 energy, 40 bomb. 20.000°K max temperature*.

Integrity: 200

Description: The Ripley APLU (Autonomous Power Loading Unit) is a fast moving exosuit with no atmospheric protection. Don't expect the wire screen to do much against ranged weapons. Useful for carrying boxes and as a lightweight platform for various exosuit tools.

While it lacks the Firefigher's lavaproofing and improved armor, the Ripley APLU can still go toe to toe with Lavaland mobs thanks to its good melee protection.

*The exosuit itself can withstand decently high temperatures without taking damage. It does not, however, offer protection to the pilot from fire or temperature hazards.

Click expand for construction steps.

Requires
Minerals: 100.000Metal 7.500Glass

10 x Metal rods
5 x Metal sheets Metal
2 x Ripley circuit boards (also available through Cargo) Файл:Circuitboard.png
1 x Scanning Module. Advanced Scanning Module
Higher tier = less power consumption.
1 x Capacitor. Advanced Capacitor
Higher tier = better EMP resistance.
1 x Cable Coil
1 x Power Cell


Construction steps:

  1. Build all of the Ripley parts using the Exosuit Fabricator.
  2. Attach all of the parts to the Ripley chassis
  3. Wrench Wrench
  4. Screwdriver Screwdriver
  5. Cable Coil Cable Coil
  6. Wirecutters Wirecutters
  7. Ripley Central Control Module Ripley Central Control Module
  8. Screwdriver Screwdriver
  9. Ripley Peripherals Control Module Ripley Peripherals Control Module
  10. Screwdriver Screwdriver
  11. Advanced Scanning Module Add a Scanning Module
  12. Screwdriver Screwdriver
  13. Advanced Capacitor Add a Capacitor
  14. Screwdriver Screwdriver
  15. Power Cell Power Cell
  16. Screwdriver Screwdriver
  17. Metal 5 pieces of Metal
  18. Wrench Wrench
  19. Welding Tool Welding Tool
  20. Plasteel 10 metal Rods
  21. Welding Tool Welding Tool

Файл:Ripley.png Ripley APLU MK-II[править | править код]

Equipment slots: 6

Movement speed: Slow.

Special abilities: Fast movespeed in low pressure environments (Lavaland, space, etc.). Armor can be upgraded with Goliath plates.

Armor: 40 melee, 30 bullet, 30 laser, 30 energy, 60 bomb, 70 rad, 100 fire, 100 acid. 30.000°K max temperature.

Integrity: 250

Description: The Ripley APLU (Autonomous Power Loading Unit) Mark II is a slow moving, decently protected exosuit that's often used for construction, break&entry or fighting Blobs.

The MK-II has a pressurized cabin for space operations, but the added weight has slowed it down. Whether the trade is fair or not depends solely on your purpose for the exosuit.

Requires
Minerals: 10.000Metal 10.000Plasma

1 x Ripley APLU MK-I Ripley MK-I

MK-I to MK-II Conversion Kit The Ripley MK-II is created by using a conversion kit on a Ripley MK-I exosuit. This kit is available from the Exosuit Fabricator. The conversion process requires the MK-I to have an empty cargo bay, no pilot sitting inside, and the Maintenance Procedures function permitted.
Once converted to the MK-II design, the exosuit cannot be restored to MK-I.