强化型舱外航天服

说明

Used in conjunction with a Hardsuit Helmet to go outside a pressurized and breathable environment. It features adjustable pressure and air conditioning (temperature) settings, as well as an warning system that will alert the occupant should the atmosphere inside the suit become hazardous. It can also carry a Hardsuit Backpack for extra storage, or a Hardsuit Jetpack for additional storage and jumpjet capabilities.

The Hardsuit has more armor than the EVA Suit, features one extra Filter slot and the ability to accept Integrated Circuit (IC10) chips. It is however much more expensive to produce due to the extreme conditions that it can survive under.

Usage

Your suit must be worn with a suitable helmet to function properly. You must insert suitable gas canisters and filters into the suit's slot (see below). These will need to be manually changed on a periodic basis, although the canisters can also be recharged/drained using a fully-supplied Suit Storage rack.

Your suit readouts are normally displayed at the top-right of the screen. Your suit functions can be accessed by pressing the Number '3' key. This will bring up a panel showing the suit's slots and its various settings. These only function when wearing a suitable closed helmet, and are as follows:

A/C On / Off (Temperature control on/off)
Filters On / Off
Air On / Off
Pressure Up / Down (with a range of 0kPA to 202kPa, or 0-2 Earth atmospheres)
Temperature Up / Down (with a range of 0°C to 60°C)

Your suit Battery will also power (and be drained by) the light in any attached helmet. If damaged, your suit can be patched by holding Duct Tape in your right hand and holding the right mouse button. The colour of an (unworn) suit can be changed using Spray Paint.

Slots

Contains 8 slots:

1x Air Tank - Insert a Canister or Gas Canister (Smart) with a breathable gas mix (for example O2, Air, Air 20/80 or Nitrox 35/65)
1x Waste Tank - Insert an empty Canister or Gas Canister (Smart) where gases removed by the Filters will be stored
1x Life Support - Insert a charged Battery Cell (ideally Large or Nuclear)
1x Processor - Optionally allowing for a programmed Integrated Circuit (IC10)
4x Filters - Insert at least one CO2 Filters (if Human), plus others depending on your breathable gas mix (usually Nitrogen)

Notes

As noted on Venus#Real Venus, the hardsuit can survive at true Venus pressures, the Waste tank does not fill any faster at those pressures.
Suit pressure set to 50-100 KPa (0.5 to 1 Earth atmospheres), Humans in-game tolerating 11 to ~250kPa and surviving 11 to ~300kPA)
Suit temperature is normally set to 18-21°C, Humans in-game preferring 10-29°C, tolerating 0-39°C and surviving around -10 to 49°C
Additional key bindings to control your suit functions can be set in the Game Settings —> Controls.
The maximum allowed pressure the filters can cope with in the Waste Tank is 4052kPa (well below its maximum pressure). Low/critical Oxygen warnings will occur close to this value as your Filters cease to function.
The default filter is the CO2 filter, a gas generated by the Human character when consuming breathable gas
Make sure if you aren't using 100% Oxygen in your breathing gas that you add additional Filters! E.g. if you put the common “Air” mixture of 25% Oxygen + 75% Nitrogen into your tank, the Nitrogen would accumulate in your suit/helmet over time and suffocate you unless you have a Nitrogen filter to remove this.
If you have the correct filters and breathable gas but are still experiencing problems, refer to the 'Flush' function on your Space Helmet
It is theoretically possible to mix EVA Suit elements and Hardsuit elements, although this is relatively uncommon
Damaged suits can be recycled (assuming you have a new one to use!)
Equipping an Integrated Circuit (IC10) in the designated slot has a constant power draw of 5 watts from the suit battery.
Writing to the Error parameter with an Integrated Circuit (IC10) creates an audible sound, this could be used for custom alerts.

Data Network Properties

These are all Data Network properties of this device.

The Hardsuit is uniquely capable of accepting an Integrated Ciruit (IC10). Within a Hardsuit, this IC cannot toggle itself off and will run as long as there is battery power in the suit, until the IC is removed. It has these unique logic variables and interactions (along with the standard variables).

Data Parameters

These are all parameters, that can be written to with a Logic Writer, Batch Writer, or Integrated Circuit (IC10). The outputs are listed in the order a Logic Writer's “VAR” setting cycles through them.

Parameter Name	Data Type	Description
On	Boolean	Controls A/C power for the suit.
Lock	Boolean	Controls if the suit is currently locked or not. If locked (1) the “Filter” and “Air” buttons become locked.
Filtration	Boolean	Controls Filtration power for the suit.
Error	Integer	Controls the error value for the suit. The value can be written to be any integer value.
AirRelease	Boolean	Controls the suit air release. If the helmet is open while the air release in on, air is wasted.
Activate	Integer	Value range is 0 - 3. Writing to this data parameter seems to have no effect.
TemperatureSetting	Float	Controls the target temperature for the suit.
Setting	Integer	Doesn't do anything on it's own. Can be used to communicate with a logic transmitter.
PressureSetting	Float	Controls the target pressure for the suit. Only works while helmet is closed.
d0	Device	Interface for the suit helmet.
d1	Device	Interface for the backpack or jetpack

Data Outputs

These are all parameters, that can be read with a Logic Reader or a Slot Reader. The outputs are listed in the order a Logic Reader's “VAR” setting cycles through them.

Output Name	Data Type	Description
On	Boolean	Whether the A/C is on or off.
Lock	Boolean	Shows if the suit is currently locked or not. If locked (1) the “Filter” and “Air” buttons become locked.
Filtration	Boolean	Whether Filtration is enabled for the suit.
Error	Integer	The suit's error value. By default, if the suit has no filter it will write the error parameter to 1.
Combustion	?	0 - ?
AirRelease	Boolean	Whether the air release is on or off. If the helmet is open while the air release in on, air is wasted.
Activate	Integer	Value range is 0 - 3. The value depends on equipped items like air tanks and filters.
VelocityRelativeZ	Float	The suit's relative Z velocity.
VelocityRelativeY	Float	The suit's relative Y velocity.
VelocityRelativeX	Float	The suit's relative X velocity.
VelocityMagnitude	?	The suit's relative velocity magnitude.
TemperatureSetting	Float	The target temperature for the suit in Kelvin.
TemperatureExternal	Float	The air temperature outside of the suit in Kelvin.
Temperature	Float	The air temperature inside the suit in Kelvin.
Setting	Integer	Doesn't do anything on it's own. Can be used to communicate with a logic transmitter.
RatioVolatiles	Float	The ratio of Volatiles inside the suit.
RatioWater	Float	The ratio of Water inside the suit.
RatioPollutant	Float	The ratio of Pollutant inside the suit.
RatioOxygen	Float	The ratio of Oxygen inside the suit.
RatioNitrousOxide	Float	The ratio of Nitrous Oxide inside the suit.
RatioNitrogen	Float	The ratio of Nitrogen inside the suit.
RatioCarbonDioxide	Float	The ratio of Carbon Dioxide Oxide inside the suit.
PressureSetting	Float	The target pressure for the suit.
PressureExternal	Float	The air pressure outside of the suit.
Pressure	Float	The air pressure inside the suit.
PositionZ	Float	The suit's Z coordinate position.
PositionY	Float	The suit's Y coordinate position.
PositionX	Float	The suit's X coordinate position.
d0	Device	Interface for the suit helmet.
d1	Device	Interface for the backpack or jetpack.

Automation

Some ideas for automating the suit using an Integrated Circuit (IC10) include

Closing the helmet in a hostile atmosphere
Locking the helmet in a hostile atmosphere
Unlocking the helmet in a good atmosphere
Deactivating airflow, filtration, and AC when helmet is open and in a good atmosphere , and reactivating them when helmet is closed.
Only activating filtration when CO2 levels are too high. This can greatly increase the lifetime of the filters, and reduces power use.

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