[1.3.0] Kerbalism v1.2.9

DJ Reonic · January 30, 2018

Has there been any thought into setting up some sort of compatibility with Real Fuels? If I load a ship in the VAB with RF and Kerbalism installed, all the default Kerbalism resources are gone except a ton of Nitrogen, and my volume and mass are in the red in the RF tank editor.

HaullyGames · January 30, 2018

3 hours ago, theJesuit said:

I guess I'll need a login to github to place suggestions and requests etc?

Please, create an account in github and watch the project "Kerbalism-Continued" that I can add you as member.

My Kerbalism fork is old, I'm only working in Kerbalism-Continued.

2 hours ago, DJ Reonic said:

Has there been any thought into setting up some sort of compatibility with Real Fuels? If I load a ship in the VAB with RF and Kerbalism installed, all the default Kerbalism resources are gone except a ton of Nitrogen, and my volume and mass are in the red in the RF tank editor.

I had problems with RF before, I just copied the project and when I have time, I will work to be compatible.

reviest · January 31, 2018

Hey guys! What .cfg file I need to edit to get rid of "Analyzing in a Lab" feature?

STHedgeHog · January 31, 2018

13 hours ago, DJ Reonic said:

Has there been any thought into setting up some sort of compatibility with Real Fuels? If I load a ship in the VAB with RF and Kerbalism installed, all the default Kerbalism resources are gone except a ton of Nitrogen, and my volume and mass are in the red in the RF tank editor.

What other mods do you have installed @DJ Reonic?

I've just drooped Real Fuels into my clean install with only Kerbalism and all the food/water/oxygen/shielding and Nitrogen are showing up just fine on my pods?

I;m using KSP 1.3.1 with ModualManager 3.0.1 (I know MM changed how it does thing recently) and with the Kerbalism Support fixes i mentioned a page ago. But the RealFuels.cfg in Kerbalism's support is unchanged so it should just work out of the box.

DJ Reonic · January 31, 2018

3 hours ago, STHedgeHog said:

What other mods do you have installed @DJ Reonic?

I've just drooped Real Fuels into my clean install with only Kerbalism and all the food/water/oxygen/shielding and Nitrogen are showing up just fine on my pods?

I;m using KSP 1.3.1 with ModualManager 3.0.1 (I know MM changed how it does thing recently) and with the Kerbalism Support fixes i mentioned a page ago. But the RealFuels.cfg in Kerbalism's support is unchanged so it should just work out of the box.

Interesting... I'll have to try again.

Cooboo · February 1, 2018

Hi, sorry just thought I’d ask if there were any plans to add support for the SSPXr mod. I love kerbalism so much and would love to see it used with this brilliant space station parts pack.

theJesuit · February 1, 2018

35 minutes ago, Cooboo said:

Hi, sorry just thought I’d ask if there were any plans to add support for the SSPXr mod. I love kerbalism so much and would love to see it used with this brilliant space station parts pack.

Yup. It may be that a kerbalism patch shold be added to that mod, but I totally agree. Because it is awesome. I may have a look over the weekend. Peace

Meridius · February 3, 2018

Stockalike Station Parts added parts that should mesh well with a this mod. One or both needs enabling mm's.

Edited February 3, 2018 by Meridius

Ernos · February 3, 2018

The parts simply dont exist ingame, and it is liquiding me off to no extent :|

HaullyGames · February 3, 2018

Hi @Meridius

Kerbalism already has MM's to support SSPX, you might be able to add the new parts in the GameData\Kerbalism\Support\SSPX.cfg file.

If you get success, please share the changes in https://github.com/ScienceFun/Kerbalism-Continued/issues

popos1 · February 4, 2018

There is a little bug in ksp 1.3.1 - kerbalism parts doesn't shows on the part list (only on custom menu)

HaullyGames · February 4, 2018

3 hours ago, popos1 said:

There is a little bug in ksp 1.3.1 - kerbalism parts doesn't shows on the part list (only on custom menu)

I know, but Kerbalism is not updating.

This bug is fixed in Kerbalism-Continued.

Bug Reason: button.categoryName == "Filter by function" but categoryName is case sensitive. should be "Filter by Function".

Edited February 4, 2018 by HaullyGames

Dr. Jet · February 4, 2018

Copied from private talk for open discussuion.

Speaking about greenhouse-related resource chains, I see thing like this:

Waste = "organic waste", which is kerbal feces + uneated food remnaints + inedible plant parts.

Food = mostly hydrocarbons (let's take sugar, which is C₁₂H₂₂O₁₁) and proteins (NH3-R-CO-OH, where R is a few CH₂) and some different minerals (about 4-5%). For the sake of simplicity we can just assume that kerbals are vegetarians and use element mass percentages for plants I already wrote.

Fertilizer = minerals + nitrogen in some bound form (easiest for our case is (NH₄)₂CO₃).

What we want from greenhouse is to convert Water, Fertilizer and CO₂ into Food and O₂. But we should also consider that not all plant parts are eadible. About 30-50% of Greenhouse biomass output will be Waste.

How to reprocess Waste?

There are 3 main methods:

Pyrolysis in oxygen. Input: Waste, O₂, EC. Output: CO₂, Water, either Nitrogen or Oxidizer (N₂O₄), Minerals. Jettisoned mass is about 2-3%. Low EC consumage.
Pyrolysis in vacuum. Input: Waste, EC. Output: Carbon (most likely jettisoned), CH₄, CO₂, Ammonia(NH₃), Minerals, possibly H₂,. Jettisoned mass is quite high and depends on how much free carbon is left. High EC consumage.
Bioprocessing. Input: Waste, Water, EC. Output: Biomass (algae + bacteria). Possibly should not be implemented because it will call for second type of fertilizer.

How to produce Fertlizer?

Input: Minerals, Ammonia (∝2 mol), Water (∝1 mol), CO₂ (∝1 mol). Output: Fertilizer.

Remember, Nitrogen is only 30.4% by mass from Ammonium_carbonate. Considering this and plant dry mass table, Fertilizer should consist of 50,5% (by mass) Minerals and 49,5% of Ammonium_carbonate. Let's convert it to inputs mass percentage.

Input: Minerals (50,5%), Ammonia (17,5%), Water (9,3%), CO₂ (22,7%). Output: Fertilizer.

How much Fertilizer do we need to produce food?

Generally, Fertilizer should be 9,9% by mass of total greenhouse input. (5% / 50.5% = 9.9%)

Edited February 4, 2018 by Dr. Jet

HaullyGames · February 4, 2018

Hi @Dr. Jet,

I really liked your idea, the realistic aspect are always important when we are trying to create a "Realistic Mod".

I didn't deep in GreenHouse module yet (I'm alone in this code :confused: , shotgun had many people helped at that time), but as soon I hit this point, I already have a project to not forget.

MacLuky · February 4, 2018

Here's what I've got for Kerbalism so far. Still need to add food to the containers.


// Kerbalism Life Support functions
// Authored by MacLuky

// Airlocks
// SCATTER-1
// PPD-EVAC-U-8
//@PART[sspx-airlock-125-1|sspx-airlock-25-1]:NEEDS[Kerbalism]
//{}

// RIGID HABITATS
// PTD-5 'Sunrise' Habitation Module
// PPD-20 'Shanty' Habitation Module
// @PART[sspx-habitation-125-1|sspx-habitation-25-1]:NEEDS[Kerbalism]
// {}

// PXL-1 'Hostel' Deep-Space Habitation Module
// PXL-2 'Shelter' Deep-Space Habitation Module
// PXL-3 'Asylum' Storm Cellar Module
@PART[sspx-habitation-375-1|sspx-habitation-375-2|sspx-habitation-375-3]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
}

// PPD-24 'Panorama' Observation Module
// PXL-9 Astrogation Module
// PTD-C Observation Window
@PART[sspx-observation-25-1|sspx-cupola-375-1|sspx-cupola-125-1]:NEEDS[Kerbalism]
{
	  MODULE
	  {
		name = Comfort
		desc = This is great to look at the panorama.
		bonus = panorama
	  }
}

// RECYCLERS
// PTD-6 'Star' Utility Module
@PART[sspx-utility-125-1]:NEEDS[Kerbalism]
{
	// Air Filter
	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
  MODULE
  {
    name = Emitter
    radiation = -0.00033332 //improve by factor 4
    toggle = true
    ec_rate = 2.5
    active = e10
  }

}

// PXL-2 'Fate' Deep-Space Laboratory Module
// @PART[sspx-lab-375-1]:NEEDS[Kerbalism]
// {
	
// }


// PXL-R4NCH-3R Hydroponics Module
// PXL-F15H Aquaculture Module
// PPD-F412M Hydroponics Module
@PART[sspx-aquaculture-375-1|sspx-greenhouse-25-1|sspx-greenhouse-375-1]:NEEDS[Kerbalism]
{
  // Water Purifier
  // Greenhouse
  MODULE
  {
    name = Greenhouse

    crop_resource = Food                // name of resource produced by harvests
    crop_size = 2500.0                  // amount of resource produced by harvests
    crop_rate = 0.00000023148           // growth per-second when all conditions apply
    ec_rate = 2.5                       // EC/s consumed by the lamp at max intensity

    light_tolerance = 400.0             // minimum lighting flux required for growth, in W/m^2
    pressure_tolerance = 0.1            // minimum pressure required for growth, in sea level atmospheres
    radiation_tolerance = 0.000008333   // maximum radiation allowed for growth in rad/s, considered after shielding is applied

    lamps = Cylinder001                 // object with emissive texture used to represent lamp intensity graphically
    shutters = door                     // animation to manipulate shutters
    plants =                            // animation to represent plant growth graphically

    INPUT_RESOURCE
    {
      name = Ammonia
      rate = 0.00695                    // 37530 units required for crop
    }

    INPUT_RESOURCE
    {
      name = Water
      rate = 0.00023148                 // 1250 units required for crop
    }

    OUTPUT_RESOURCE
    {
      name = Oxygen
      rate = 0.00463                    // 25% of oxygen required by 1 crew member
    }

    OUTPUT_RESOURCE
    {
      name = WasteWater
      rate = 0.00023033
    }
  }

  MODULE
  {
    name = Habitat
    toggle = false
  }

  MODULE
  {
    name = ProcessController
    resource = _PressureControl
    title = Pressure control
    capacity = 0.2143
    running = true
  }

  RESOURCE
  {
    name = Waste
    amount = 0
    maxAmount = 10
  }

  RESOURCE
  {
    name = Ammonia
    amount = 1000
    maxAmount = 1000
  }
}

// INFLATABLES
// PTD-E-2 'Eclair' Inflatable Habitation Module
// PTD-E-1A 'Winston' Inflatable Habitation Module
// PTD-E-1B 'Winston' Inflatable Habitation Module
// @PART[sspx-inflatable-hab-125-1|sspx-inflatable-hab-125-2|sspx-inflatable-hab-125-3]:NEEDS[Kerbalism]
// {
	
// }

// PFD-A Inflatable Habitation Module
// PFD-B Inflatable Habitation Module
@PART[sspx-inflatable-hab-25-1|sspx-inflatable-hab-25-2]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor	
	// Water Purifier	
	// Water Splitter
}

// CENTRIFUGES
// CTD-5 Compact Inflatable Centrifuge Module
// CTD-10 Inflatable Centrifuge Module
// PFD-C Inflatable Centrifuge Module
// PXL-E 'Mercury' Extensible Centrifuge
// PXL-F 'Pilgrim' Extensible Centrifuge
@PART[sspx-inflatable-centrifuge-*|sspx-expandable-centrifuge-*]:NEEDS[Kerbalism]
{
   MODULE
  {
    name = Comfort
    desc = Artificial gravity can delay the inevitable consequences of zero-g on the body.
    bonus = firm-ground
  }
}

// Add Kerbalism resources to containers
B9_TANK_TYPE:NEEDS[Kerbalism]
{
	name = SSPXFood
	tankMass = 0.0000
	tankCost = 0.0
	RESOURCE
	{
		name = Food
		unitsPerVolume = 2.6025954545
	}
}
@MODULE[ModuleB9PartSwitch]
	{
		SUBTYPE:NEEDS[Kerbalism]
		{
			name = Food
			tankType = SSPXFood
			title = Food
			transform = LifeSupportDecal
		}
}

// CARGO
@PART[sspx-cargo-container-*|sspx-cargo-container-radial-*]:NEEDS[Kerbalism]
{
	@MODULE[ModuleB9DisableTransform]
	{
		transform = FoodDecal
	}
}

popos1 · February 4, 2018

19 hours ago, HaullyGames said:

I know, but Kerbalism is not updating.

This bug is fixed in Kerbalism-Continued.

Bug Reason: button.categoryName == "Filter by function" but categoryName is case sensitive. should be "Filter by Function".

Hmm,

In Kerbalism-Continued it does not work for me either (

HaullyGames · February 4, 2018

@popos1 for sure, I didn't create a release yet!

What is the source you used?

popos1 · February 4, 2018

ok, i was just drag and drop folder kerbalism from: https://github.com/ScienceFun/Kerbalism-Continued/tree/master/GameData

Could you give me a released version?

HaullyGames · February 4, 2018

Give me 30 min.

HaullyGames · February 4, 2018

Hey @popos1

If you found more bug, please open an issue on the link https://github.com/ScienceFun/Kerbalism-Continued/issues

Cooboo · February 5, 2018

12 hours ago, MacLuky said:

Here's what I've got for Kerbalism so far. Still need to add food to the containers.



// Kerbalism Life Support functions
// Authored by MacLuky

// Airlocks
// SCATTER-1
// PPD-EVAC-U-8
//@PART[sspx-airlock-125-1|sspx-airlock-25-1]:NEEDS[Kerbalism]
//{}

// RIGID HABITATS
// PTD-5 'Sunrise' Habitation Module
// PPD-20 'Shanty' Habitation Module
// @PART[sspx-habitation-125-1|sspx-habitation-25-1]:NEEDS[Kerbalism]
// {}

// PXL-1 'Hostel' Deep-Space Habitation Module
// PXL-2 'Shelter' Deep-Space Habitation Module
// PXL-3 'Asylum' Storm Cellar Module
@PART[sspx-habitation-375-1|sspx-habitation-375-2|sspx-habitation-375-3]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
}

// PPD-24 'Panorama' Observation Module
// PXL-9 Astrogation Module
// PTD-C Observation Window
@PART[sspx-observation-25-1|sspx-cupola-375-1|sspx-cupola-125-1]:NEEDS[Kerbalism]
{
	  MODULE
	  {
		name = Comfort
		desc = This is great to look at the panorama.
		bonus = panorama
	  }
}

// RECYCLERS
// PTD-6 'Star' Utility Module
@PART[sspx-utility-125-1]:NEEDS[Kerbalism]
{
	// Air Filter
	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
  MODULE
  {
    name = Emitter
    radiation = -0.00033332 //improve by factor 4
    toggle = true
    ec_rate = 2.5
    active = e10
  }

}

// PXL-2 'Fate' Deep-Space Laboratory Module
// @PART[sspx-lab-375-1]:NEEDS[Kerbalism]
// {
	
// }


// PXL-R4NCH-3R Hydroponics Module
// PXL-F15H Aquaculture Module
// PPD-F412M Hydroponics Module
@PART[sspx-aquaculture-375-1|sspx-greenhouse-25-1|sspx-greenhouse-375-1]:NEEDS[Kerbalism]
{
  // Water Purifier
  // Greenhouse
  MODULE
  {
    name = Greenhouse

    crop_resource = Food                // name of resource produced by harvests
    crop_size = 2500.0                  // amount of resource produced by harvests
    crop_rate = 0.00000023148           // growth per-second when all conditions apply
    ec_rate = 2.5                       // EC/s consumed by the lamp at max intensity

    light_tolerance = 400.0             // minimum lighting flux required for growth, in W/m^2
    pressure_tolerance = 0.1            // minimum pressure required for growth, in sea level atmospheres
    radiation_tolerance = 0.000008333   // maximum radiation allowed for growth in rad/s, considered after shielding is applied

    lamps = Cylinder001                 // object with emissive texture used to represent lamp intensity graphically
    shutters = door                     // animation to manipulate shutters
    plants =                            // animation to represent plant growth graphically

    INPUT_RESOURCE
    {
      name = Ammonia
      rate = 0.00695                    // 37530 units required for crop
    }

    INPUT_RESOURCE
    {
      name = Water
      rate = 0.00023148                 // 1250 units required for crop
    }

    OUTPUT_RESOURCE
    {
      name = Oxygen
      rate = 0.00463                    // 25% of oxygen required by 1 crew member
    }

    OUTPUT_RESOURCE
    {
      name = WasteWater
      rate = 0.00023033
    }
  }

  MODULE
  {
    name = Habitat
    toggle = false
  }

  MODULE
  {
    name = ProcessController
    resource = _PressureControl
    title = Pressure control
    capacity = 0.2143
    running = true
  }

  RESOURCE
  {
    name = Waste
    amount = 0
    maxAmount = 10
  }

  RESOURCE
  {
    name = Ammonia
    amount = 1000
    maxAmount = 1000
  }
}

// INFLATABLES
// PTD-E-2 'Eclair' Inflatable Habitation Module
// PTD-E-1A 'Winston' Inflatable Habitation Module
// PTD-E-1B 'Winston' Inflatable Habitation Module
// @PART[sspx-inflatable-hab-125-1|sspx-inflatable-hab-125-2|sspx-inflatable-hab-125-3]:NEEDS[Kerbalism]
// {
	
// }

// PFD-A Inflatable Habitation Module
// PFD-B Inflatable Habitation Module
@PART[sspx-inflatable-hab-25-1|sspx-inflatable-hab-25-2]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor	
	// Water Purifier	
	// Water Splitter
}

// CENTRIFUGES
// CTD-5 Compact Inflatable Centrifuge Module
// CTD-10 Inflatable Centrifuge Module
// PFD-C Inflatable Centrifuge Module
// PXL-E 'Mercury' Extensible Centrifuge
// PXL-F 'Pilgrim' Extensible Centrifuge
@PART[sspx-inflatable-centrifuge-*|sspx-expandable-centrifuge-*]:NEEDS[Kerbalism]
{
   MODULE
  {
    name = Comfort
    desc = Artificial gravity can delay the inevitable consequences of zero-g on the body.
    bonus = firm-ground
  }
}

// Add Kerbalism resources to containers
B9_TANK_TYPE:NEEDS[Kerbalism]
{
	name = SSPXFood
	tankMass = 0.0000
	tankCost = 0.0
	RESOURCE
	{
		name = Food
		unitsPerVolume = 2.6025954545
	}
}
@MODULE[ModuleB9PartSwitch]
	{
		SUBTYPE:NEEDS[Kerbalism]
		{
			name = Food
			tankType = SSPXFood
			title = Food
			transform = LifeSupportDecal
		}
}

// CARGO
@PART[sspx-cargo-container-*|sspx-cargo-container-radial-*]:NEEDS[Kerbalism]
{
	@MODULE[ModuleB9DisableTransform]
	{
		transform = FoodDecal
	}
}

I can test this for you if you'd like. I just don't know where to put it because when it comes to .cfg files I have no idea what I'm doing. Thank you so much for creating the config again let me know if you want me to test it.

EDIT: I figured out where to put it (Quite obvious after some googling). So far it works FANTASTIC, and I couldn't be a happier camper.

Edited February 5, 2018 by Cooboo
Change in topic

theJesuit · February 5, 2018

15 hours ago, MacLuky said:

Here's what I've got for Kerbalism so far. Still need to add food to the containers.



// Kerbalism Life Support functions
// Authored by MacLuky

// Airlocks
// SCATTER-1
// PPD-EVAC-U-8
//@PART[sspx-airlock-125-1|sspx-airlock-25-1]:NEEDS[Kerbalism]
//{}

// RIGID HABITATS
// PTD-5 'Sunrise' Habitation Module
// PPD-20 'Shanty' Habitation Module
// @PART[sspx-habitation-125-1|sspx-habitation-25-1]:NEEDS[Kerbalism]
// {}

// PXL-1 'Hostel' Deep-Space Habitation Module
// PXL-2 'Shelter' Deep-Space Habitation Module
// PXL-3 'Asylum' Storm Cellar Module
@PART[sspx-habitation-375-1|sspx-habitation-375-2|sspx-habitation-375-3]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
}

// PPD-24 'Panorama' Observation Module
// PXL-9 Astrogation Module
// PTD-C Observation Window
@PART[sspx-observation-25-1|sspx-cupola-375-1|sspx-cupola-125-1]:NEEDS[Kerbalism]
{
	  MODULE
	  {
		name = Comfort
		desc = This is great to look at the panorama.
		bonus = panorama
	  }
}

// RECYCLERS
// PTD-6 'Star' Utility Module
@PART[sspx-utility-125-1]:NEEDS[Kerbalism]
{
	// Air Filter
	// Carbon Sabatier
	// Carbon Extractor
	// Water Purifier
	// Water Splitter
  MODULE
  {
    name = Emitter
    radiation = -0.00033332 //improve by factor 4
    toggle = true
    ec_rate = 2.5
    active = e10
  }

}

// PXL-2 'Fate' Deep-Space Laboratory Module
// @PART[sspx-lab-375-1]:NEEDS[Kerbalism]
// {
	
// }


// PXL-R4NCH-3R Hydroponics Module
// PXL-F15H Aquaculture Module
// PPD-F412M Hydroponics Module
@PART[sspx-aquaculture-375-1|sspx-greenhouse-25-1|sspx-greenhouse-375-1]:NEEDS[Kerbalism]
{
  // Water Purifier
  // Greenhouse
  MODULE
  {
    name = Greenhouse

    crop_resource = Food                // name of resource produced by harvests
    crop_size = 2500.0                  // amount of resource produced by harvests
    crop_rate = 0.00000023148           // growth per-second when all conditions apply
    ec_rate = 2.5                       // EC/s consumed by the lamp at max intensity

    light_tolerance = 400.0             // minimum lighting flux required for growth, in W/m^2
    pressure_tolerance = 0.1            // minimum pressure required for growth, in sea level atmospheres
    radiation_tolerance = 0.000008333   // maximum radiation allowed for growth in rad/s, considered after shielding is applied

    lamps = Cylinder001                 // object with emissive texture used to represent lamp intensity graphically
    shutters = door                     // animation to manipulate shutters
    plants =                            // animation to represent plant growth graphically

    INPUT_RESOURCE
    {
      name = Ammonia
      rate = 0.00695                    // 37530 units required for crop
    }

    INPUT_RESOURCE
    {
      name = Water
      rate = 0.00023148                 // 1250 units required for crop
    }

    OUTPUT_RESOURCE
    {
      name = Oxygen
      rate = 0.00463                    // 25% of oxygen required by 1 crew member
    }

    OUTPUT_RESOURCE
    {
      name = WasteWater
      rate = 0.00023033
    }
  }

  MODULE
  {
    name = Habitat
    toggle = false
  }

  MODULE
  {
    name = ProcessController
    resource = _PressureControl
    title = Pressure control
    capacity = 0.2143
    running = true
  }

  RESOURCE
  {
    name = Waste
    amount = 0
    maxAmount = 10
  }

  RESOURCE
  {
    name = Ammonia
    amount = 1000
    maxAmount = 1000
  }
}

// INFLATABLES
// PTD-E-2 'Eclair' Inflatable Habitation Module
// PTD-E-1A 'Winston' Inflatable Habitation Module
// PTD-E-1B 'Winston' Inflatable Habitation Module
// @PART[sspx-inflatable-hab-125-1|sspx-inflatable-hab-125-2|sspx-inflatable-hab-125-3]:NEEDS[Kerbalism]
// {
	
// }

// PFD-A Inflatable Habitation Module
// PFD-B Inflatable Habitation Module
@PART[sspx-inflatable-hab-25-1|sspx-inflatable-hab-25-2]:NEEDS[Kerbalism]
{
  MODULE
  {
    name = Comfort
    bonus = exercise
    desc = A treadmill designed to permit exercise in zero-g is included. The crew will love it.
  }

  MODULE:NEEDS[FeatureReliability]
  {
    name = Reliability
    type = Comfort
    title = Treadmill
    repair = Engineer
    mtbf = 36288000 // 4y
    extra_cost = 0.25
    extra_mass = 0.05
  }

	// Carbon Sabatier
	// Carbon Extractor	
	// Water Purifier	
	// Water Splitter
}

// CENTRIFUGES
// CTD-5 Compact Inflatable Centrifuge Module
// CTD-10 Inflatable Centrifuge Module
// PFD-C Inflatable Centrifuge Module
// PXL-E 'Mercury' Extensible Centrifuge
// PXL-F 'Pilgrim' Extensible Centrifuge
@PART[sspx-inflatable-centrifuge-*|sspx-expandable-centrifuge-*]:NEEDS[Kerbalism]
{
   MODULE
  {
    name = Comfort
    desc = Artificial gravity can delay the inevitable consequences of zero-g on the body.
    bonus = firm-ground
  }
}

// Add Kerbalism resources to containers
B9_TANK_TYPE:NEEDS[Kerbalism]
{
	name = SSPXFood
	tankMass = 0.0000
	tankCost = 0.0
	RESOURCE
	{
		name = Food
		unitsPerVolume = 2.6025954545
	}
}
@MODULE[ModuleB9PartSwitch]
	{
		SUBTYPE:NEEDS[Kerbalism]
		{
			name = Food
			tankType = SSPXFood
			title = Food
			transform = LifeSupportDecal
		}
}

// CARGO
@PART[sspx-cargo-container-*|sspx-cargo-container-radial-*]:NEEDS[Kerbalism]
{
	@MODULE[ModuleB9DisableTransform]
	{
		transform = FoodDecal
	}
}

There is some work that is being done on keeping kerbalism updated and adding a few extra functions - may I cut and paste this and give credit as due (for the support folder?)

theJesuit · February 5, 2018

On 27/01/2018 at 12:23 PM, STHedgeHog said:

So, I think I've found a way to make a Radiation scrubber after all, but it involves a fair few changes to the profile cfg file (easy enough to add to any profile if you're using radiation from Kerbalism)

The way Kerbalism treats Radiation is the same way it treats Food/Water/Oxygen. Its a resource that builds up over time and can be lowered but eating/drinking/breathing. So applying the same settings to Radiation works the same way, adding a resource input and rate to the Radiation rule, then creating a process that makes that resource, you can trick it in to consuming the resource to lower radiation levels when you enable the created process.

This may seem a bit complicated but I'll break down how to edit the profile to add this so you can all see how it works (hopefully)

<snip>

Now, providing I haven't missed anything, and you've got the tech unlocked (Experimental Science, same as the Active Shield) You can choose this option when configuring any command pod that has crew space.

When its active, it'll use a lot of water, and slowly remove any radiation from a Kerbal in the pod (~1000 water for 50% radiation). Note that it only works for ONE Kerbal, if you have more on the ship/base, they need to be either taken out on EVA, or you'll need to create a separate ship/base for just one Kerbal, lots of water and the Decontaminator. Once one Kerbal is clean, you can just swap them about to clean the rest, just like having a Radiation Scrubber room.

You can always add more pods with Radiation Extractors in them for multiple Kerbals (at a higher water cost) or maybe tweak the settings to get it to work better, but I went this way as I was balancing it for a single Kerbal. Setting it so it cleans 12 at once is all good, but that would then clean a single Kerbal in seconds, which just doesn't feel right to me.

Does this work across multiple kerbals but slower, so if you have one kerbal on the craft as a base rate, then three kerbals on the craft does all three but a only third as fast in the same way that three modules would work three times faster?

Could it be an added stressor perhaps - or what we need is a hospital function that acts only on a kerbal that is resident within it. @HaullyGames, what do you think?

Whovian41110 · February 5, 2018

Just out of curiosity is it possible to make a more or less closed loop life support (on a planet like Duna or Laythe)? AFAIK it seems like I can’t generate food off world, according to the wiki (states that it outputs Oxygen from CO2 and fertilizer).

HaullyGames · February 5, 2018

Hi @theJesuit

Sorry man, I need try to do one step at a time (I'm already working in 3 enhancements).

But here what I think, adding @STHedgeHog's module with little changes.

The commands will not receive this function (only specific module, we can define it later, but thought to use mods like Deep Freeze to be a "futuristic healer").
- I say futuristic because the radiation that kerbal receives isn't in the skin, but in the cells, that means you don't remove radiation using only water, you will need some minerals to help your body remove it.
- As I was talking to @Dr. Jet, probably we will add a new resource called mineral (this will be a generic mineral), then I was thing to use this resource + water + special module to heal kerbal.

This is what came to my mind as soon as I read the article. What do you think?

[1.3.0] Kerbalism v1.2.9

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