neuralgia/kubejs/startup_scripts/tfg/materials.js

333 lines
9.1 KiB
JavaScript

// priority: 0
"use strict";
const registerTFGMaterials = (event) => {
event.create('hardwood')
.dust()
.flags(GTMaterialFlags.FLAMMABLE)
.iconSet(GTMaterialIconSet.FINE)
.color('0x7a5225')
.secondaryColor('0x7a5225')
event.create('thermochemically_treated_hardwood')
.dust()
.flags(GTMaterialFlags.FLAMMABLE)
.iconSet(GTMaterialIconSet.FINE)
.color('0x52482c')
.secondaryColor('0x52482c')
// Important tags to add to fluids:
// tfc:usable_in_pot, tfc:usable_in_barrel, tfc:usable_in_wooden_bucket
event.create('tfg:latex')
.liquid()
.color(0xFBB982)
event.create('tfg:vulcanized_latex')
.liquid()
.color(0xc79973)
event.create('tfg:conifer_pitch')
.liquid()
.color(0xfbdf82)
.secondaryColor(0xff9d2e)
// Cooking
event.create('lactose')
.dust()
.iconSet(GTMaterialIconSet.FINE)
.color('0xede8da')
.secondaryColor('0xeddcad')
.components('12x carbon', '22x hydrogen', '11x oxygen')
// Used as a TFC aluminium substitute so you can't make actual aluminium ingots early
event.create('aluminium_silicate')
.dust()
.ingot()
.liquid(new GTFluidBuilder().state(GTFluidState.LIQUID).temperature(1520))
.components('2x aluminium', '1x silicon', '5x oxygen')
.iconSet('metallic')
.color(0xB6D3FF)
.secondaryColor(0x6F4AB3)
// Space Rocket Materials
event.create('rocket_alloy_t1')
.ingot()
.components('6x aluminium', '2x stainless_steel', '1x red_steel')
.color(0x333e47)
.iconSet('metallic')
.flags(GTMaterialFlags.GENERATE_PLATE, GTMaterialFlags.GENERATE_ROD, GTMaterialFlags.GENERATE_DENSE, GTMaterialFlags.GENERATE_GEAR)
.blastTemp(1760, 'low', 256, 900)
/*
event.create('rocket_alloy_t2')
.ingot()
.components('76x titanium', '15x vanadium', '3x aluminium', '3x chromium', '3x tin')
.color(0x3c253d)
.iconSet('metallic')
.flags(GTMaterialFlags.GENERATE_PLATE, GTMaterialFlags.GENERATE_ROD, GTMaterialFlags.GENERATE_DENSE, GTMaterialFlags.GENERATE_GEAR)
.blastTemp(3200, 'mid', 1024, 1100)
event.create('rocket_alloy_t3')
.ingot()
.components('8x titanium', '9x tungsten_steel', '2x tantalum', '2x radon')
.color(0x6c678b)
//.secondaryColor(0xa59fc6)
.liquid()
.removeHazard()
.iconSet('metallic')
.flags(GTMaterialFlags.GENERATE_PLATE, GTMaterialFlags.GENERATE_ROD, GTMaterialFlags.GENERATE_DENSE, GTMaterialFlags.GENERATE_GEAR)
.blastTemp(4200, 'high', 4096, 1300)
*/
event.create('vitrified_asbestos')
.dust()
.fluid()
.iconSet('glass')
.color(0xcccccc)
// Space suit gases (these all add up to 10B of components = 1B of space suit gas)
event.create('tfg:compressed_nitrox')
.gas()
.components('8x nitrogen', '2x oxygen')
.color(0xaef5ef)
event.create('tfg:compressed_heliox')
.gas()
.components('8x helium', '2x oxygen')
.color(0xf5eeb3)
event.create('tfg:compressed_heliox_3')
.gas()
.components('8x helium_3', '2x oxygen')
.color(0xf5ea90)
event.create('tfg:compressed_trimix')
.gas()
.components('5x nitrogen', '3x oxygen', '2x helium')
.color(0xc3fab9)
event.create('tfg:compressed_trimix_3')
.gas()
.components('5x nitrogen', '3x oxygen', '2x helium_3')
.color(0xa3ed95)
// Refrigerants
event.create('tfg:chlorodifluoromethane')
.gas()
.components('1x carbon', '1x hydrogen', '1x chlorine', '2x fluorine')
.color(0x66ffa3)
event.create('tfg:acetylene')
.gas()
.components('2x carbon', '2x hydrogen')
.color(0x1a1212)
event.create('tfg:isobutane')
.gas()
.components('4x carbon', '10x hydrogen')
.color(0x7d0f00)
event.create('tfg:1_1_1_2_tetrafluoroethane')
.gas()
.components('2x carbon', '2x hydrogen', '4x fluorine')
.color(0x46702e)
// Crafting components
event.create('tfg:kaolinite')
.dust()
.components('2x aluminium', '2x silicon', '9x oxygen', '4x hydrogen')
.color(0xEEB9AD)
.secondaryColor(0xF6A797)
event.create('tfg:vitrified_pearl')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_CENTRIFUGING)
.components('2x aluminium', '2x silicon', '9x oxygen', '4x hydrogen', '1x ender_pearl')
.color(0xFFFFFF)
.secondaryColor(0x67FFE6)
//#region Solar Panel Chemicals
event.create('tfg:chloryl_fluoride')
.gas()
.components('1x fluorine', '1x chlorine', '2x oxygen')
.color(0x8AFAF4)
event.create('tfg:chlorine_pentafluoride')
.gas()
.components('5x fluorine', '1x chlorine')
.color(0x51F7C0)
event.create('tfg:solar_coolant')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(163))
.components('8x helium_3', '11x oxygen', '11x hydrogen')
.color(0xEDFFB3)
event.create('tfg:solar_coolant_tier2')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(73))
.formula('(He³8O11H11)(Ar)(?)')
.color(0xfeff5d)
//end region
event.create('liquid_carbon_dioxide')
.liquid(100) //Not realistic but I want it to be cryogenic
.components('1x carbon', '2x oxygen')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xDBFBFF)
//Region Rockwool
event.create('tfg:aes_mix')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_CENTRIFUGING)
.components('5x silicon_dioxide', '4x quicklime', '1x magnesia')
.hazard(HazardProperty.HazardTrigger.SKIN_CONTACT, GTMedicalConditions.CHEMICAL_BURNS)
.color(0xE0E9E4)
//.secondaryColor(0x54483d)
event.create('tfg:molten_aes')
.liquid(2900)
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.components('5x silicon_dioxide', '4x quicklime', '1x magnesia')
.color(0xe65609)
.secondaryColor(0xe65609)
//end region
//Region Ammonia Borane
event.create('tfg:sodium_hydride')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('1x sodium', '1x hydrogen')
.color(0xEDF5F3)
event.create('tfg:boric_acid')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('3x hydrogen', '1x boron', '3x oxygen')
.color(0xDFEDDF)
.secondaryColor(0xDFEDDF)
event.create('tfg:trimethyl_borate')
.liquid()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('3x carbon', '9x hydrogen', '1x boron', '3x oxygen')
.color(0xF7F7F7)
event.create('tfg:sodium_borohydride')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('1x sodium', '1x boron', '4x hydrogen')
.color(0xE8F1FF)
.secondaryColor(0xE8F1FF)
event.create('tfg:sodium_methoxide')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('1x sodium', '1x oxygen', '1x carbon', '3x hydrogen')
.color(0xE8E5DF)
.secondaryColor(0xE8E5DF)
event.create('tfg:ammonia_borane')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING, GTMaterialFlags.GENERATE_PLATE)
.components('1x ammonia', '1x boron', '3x hydrogen')
.color(0xCCE3E3)
.secondaryColor(0xCCE3E3)
//endregion
//region polyurethane
event.create('tfg:aniline')
.liquid()
.components('6x carbon', '5x hydrogen', '1x nitrogen', '2x hydrogen')
.color(0xBAB999)
event.create('tfg:dimethyl_carbonate')
.liquid()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('3x carbon','6x hydrogen', '3x oxygen')
.color(0xFFFFF2)
event.create('tfg:methyl_phenylcarbamate')
.liquid()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('8x carbon','9x hydrogen','1x nitrogen', '2x oxygen')
.color(0xB4EDB4)
event.create('tfg:methylene_diphenyl_dicarbamate')
.liquid()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('17x carbon','18x hydrogen','2x nitrogen', '4x oxygen')
.color(0x69C2C1)
event.create('tfg:methylene_diphenyl_diisocyanate')
.dust()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('13x carbon','10x hydrogen','2x nitrogen', '2x oxygen')
.color(0xFFFFBA)
//endregion
//region aerogel
event.create('tfg:tmos')
.liquid()
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xC2C6CC)
event.create('tfg:silica_gel')
.liquid()
.color(0x60BABF)
.secondaryColor(0xFFD38C)
event.create('tfg:soaked_silica_gel')
.liquid()
.color(0x9ED5D9)
//endregion
//#region Bromine Line
event.create('raw_brine')
.fluid()
.color(0x947a11)
//.secondaryColor(0x81FFF9)
event.create('hot_brine')
.liquid(320)
.color(0x944611)
event.create('hot_chlorinated_brominated_brine')
.liquid(320)
.color(0xbf8d5a)
.formula('?Cl')
event.create('brominated_chlorine_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(320))
.color(0xbf8d5a)
.formula('ClBr(H2O)')
event.create('acidic_bromine_solution')
.liquid(new GTFluidBuilder().attribute(GTFluidAttributes.ACID))
.color(0xe7b989)
.formula('ClBr')
event.create('concentrated_bromine_solution')
.liquid()
.color(0x905d29)
.formula('Br2Cl')
event.create('debrominated_brine')
.liquid()
.color(0xc3874a)
event.create('acidic_bromine_exhaust')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).attribute(GTFluidAttributes.ACID).temperature(293))
.color(0xec9c4a)
.formula('(H2O)3Cl')
event.create('hot_alkaline_debrominated_brine')
.liquid()
.color(0xcc6a06)
.formula('?2Cl')
event.create('hot_debrominated_brine')
.liquid(320)
.color(0xb08e6b)
event.create('hydrogen_iodide')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(293))
.color(0x82a6ce)
.formula('HI')
}