[1.12.x] [Planet Pack] Minor Planets Expansion

[DareMightyThingsJPL]

Spoiler

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdNitrogen
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        minAbundance = 0.00009470
        maxAbundance = 0.00009479

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false

        useAirDensity = true
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }
        distributionType = Spherical

        // These parameters are specific to the Spherical model
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE
{
    resourceName = Oxidizer
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.00000360
        maxAbundance = 0.00000369

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdCO2
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.00000170
        maxAbundance = 0.00000179

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdAmmonia
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.0000001
        maxAbundance = 0.0000003

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdMethane
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.0000001
        maxAbundance = 0.0000003

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

These are the demo SpaceDust Configs. For all atmospheric resources, you will need to install SpaceDustUnbound on Spacedock - expands the types of resources collectable. To add to the mod, either make a folder in the MPE folder called 'SpaceDust' and put this in as a .cfg

NOTES:

- Attempted to add Carbon Monoxide but it seemed to not work. I Belive this is because SpaceDustUnbound does not have LqdCO as a harvestable resource it adds.

- Oxidizer is assumed to be molecular oxygen, although I may add a seperate LqdOxygen resource band if need be. 

- I plan to add configs for the comets 1P Geito and 68P-Lint/Mikey, with water and rock surrounding them as well as trace amounts of Xenon & Argon gas, as well as Rock and Water rings to Crokslev and Havous.

Edited Sunday at 10:01 PM by DareMightyThingsJPL
Reducing thread clutter via putting the config text into a box that is opened when clicked, as well as clarification on required mods, and addition of notes for whom it may concern.

[FTLparachute]

59 minutes ago, DareMightyThingsJPL said:

Sorry, I'm not sure exactly how to put text in expandable boxes, Sorry if I clogged up the thread

In the interface for creating messages, there's an eye symbol under the 'Font' options. That's the expandable box.

[Exo's Lab]

On 12/22/2024 at 2:34 PM, DareMightyThingsJPL said:

  Reveal hidden contents

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdNitrogen
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        minAbundance = 0.00009470
        maxAbundance = 0.00009479

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false

        useAirDensity = true
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }
        distributionType = Spherical

        // These parameters are specific to the Spherical model
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE
{
    resourceName = Oxidizer
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.00000360
        maxAbundance = 0.00000369

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdCO2
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.00000170
        maxAbundance = 0.00000179

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdAmmonia
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.0000001
        maxAbundance = 0.0000003

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

SPACEDUST_RESOURCE:NEEDS[SpaceDust&SpaceDustUnbound]
{
    resourceName = LqdMethane
    body = Ervo

    RESOURCEBAND
    {
        name = ervoAtmo
        title = #LOC_SpaceDust_Band_Atmosphere

        // Discoverability Data
        alwaysDiscovered = false
        alwaysIdentified = false
        
        // Abundance Data
        minAbundance = 0.0000001
        maxAbundance = 0.0000003

        // Scale abundances by air density
        useAirDensity = True
        densityCurve
        {
            key = 0 0
            key = 1 1
            key = 12 12
        }

        // Distribution Data
        distributionType = Spherical
        altUpperBound = 55000
        altLowerBound = 0
        altPeak = 0
        altVariability = 0
        altFalloffType = Linear

        // lats in degrees
        latUpperBound = 90
        latLowerBound = -90
        latPeak = 0
        latVariability = 0
        latFalloffType = None
    }
}

These are the demo SpaceDust Configs. For all atmospheric resources, you will need to install SpaceDustUnbound on Spacedock - expands the types of resources collectable. To add to the mod, either make a folder in the MPE folder called 'SpaceDust' and put this in as a .cfg

NOTES:

- Attempted to add Carbon Monoxide but it seemed to not work. I Belive this is because SpaceDustUnbound does not have LqdCO as a harvestable resource it adds.

- Oxidizer is assumed to be molecular oxygen, although I may add a seperate LqdOxygen resource band if need be. 

- I plan to add configs for the comets 1P Geito and 68P-Lint/Mikey, with water and rock surrounding them as well as trace amounts of Xenon & Argon gas, as well as Rock and Water rings to Crokslev and Havous.

I will see about getting this in soon!

[Exo's Lab]

Happy Holidays wonderful people!
Progress on MPE 1.1 has slowed this week, I have been spending a lot of time with family lately, and I do not doubt the same is true for many of you on the forums!

As a late Christmas Gift, I would like to showcase what I currently expect to be the last major new feature for Minor Planets Expansion's 1.1 update: Parallax Support!

Spoiler

The rocky crags of Ervo's oxygen shores.

Archae above the banks of Ervo.

Icy fragments can be found when exploring Ervo's higher, flatter regions.

This Parallax Support requires the Parallax Stock System assets, a decision made both to reduce the time needed to release this update and also keep MPE's total filesize relatively small.
Someday I may return and do a separate download that allows for a more original spin of Parallax Support for MPE, but for now we're keeping it simple (though I am trying to be a little fun and somewhat derivative with it as I learn the system, and as a small aside I do intend to leave the more exotic scatters as unique elements of the stock planets; as Linx intended)!

Edited yesterday at 03:35 AM by Exo's Lab