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changing a lot of custom formulas to components for moldraw coloring

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This commit is contained in:
Pyritie 2025-11-08 02:38:14 +00:00
parent d1c1ddff95
commit 52e81ba582
8 changed files with 72 additions and 63 deletions
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2
kubejs/startup_scripts/ae2/materials.js
View file

@ -11,7 +11,7 @@ const registerAE2Materials = (event) => {
GTMaterialFlags.CRYSTALLIZABLE,
GTMaterialFlags.DISABLE_DECOMPOSITION
)
.components('1x nether_quartz', '1x certus_quartz')
.components('1x unknown', '1x nether_quartz', '1x certus_quartz')
.color(0x8f5ccb)
.secondaryColor(0x252f5a)
}

5
kubejs/startup_scripts/greate/materials.js
View file

@ -8,6 +8,7 @@ const registerGreateMaterialModification = (event) => {
GTMaterials.get("rose_quartz").addFlags(
GTMaterialFlags.GENERATE_LENS
);
GTMaterials.get('andesite_alloy').setFormula("?", true)
GTMaterials.get('andesite_alloy').setComponents([])
GTMaterials.get('andesite_alloy').setFormula("?")
}

9
kubejs/startup_scripts/gtceu/materials.js
View file

@ -422,10 +422,7 @@ const registerGTCEuMaterialModification = (event) => {
rose_quartz.getProperty(PropertyKey.ORE).setOreByProducts(rose_quartz, GTMaterials.Redstone, rose_quartz);
rose_quartz.setMaterialIconSet(GTMaterialIconSet.getByName('nether_quartz'))
GTMaterials.get('tfg:kaolinite').setFormula("Al2Si2O5(OH)4", true)
GTMaterials.get('tfg:vitrified_pearl').setFormula("(Al2Si2O5(OH)4)(BeK4N5)", true)
GTMaterials.get('tfg:tmos').setFormula("Si(OCH3)4", true)
GTMaterials.get('tfg:fluix').setFormula("?(?SiO2)(SiO2)", true)
GTMaterials.CertusQuartz.setFormula("?SiO2", true)
GTMaterials.GraniteRed.setFormula("?", true)
GTMaterials.CertusQuartz.setComponents('1x unknown', '1x silicon', '2x oxygen')
GTMaterials.GraniteRed.setComponents([])
GTMaterials.GraniteRed.setFormula("?")
}

44
kubejs/startup_scripts/tfg/materials.js
View file

@ -3,6 +3,10 @@
const registerTFGMaterials = (event) => {
event.create('unknown')
.color('0xFFFFFF')
.formula('?')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('hardwood')
.dust()
@ -155,6 +159,7 @@ const registerTFGMaterials = (event) => {
.components('2x aluminium', '2x silicon', '9x oxygen', '4x hydrogen')
.color(0xEEB9AD)
.secondaryColor(0xF6A797)
.formula("Al2Si2O5(OH)4")
event.create('tfg:vitrified_pearl')
.dust()
@ -162,6 +167,7 @@ const registerTFGMaterials = (event) => {
.components('2x aluminium', '2x silicon', '9x oxygen', '4x hydrogen', '1x ender_pearl')
.color(0xFFFFFF)
.secondaryColor(0x67FFE6)
.formula("(Al2Si2O5(OH)4)(BeK4N5)")
//#region Solar Panel Chemicals
@ -182,7 +188,8 @@ const registerTFGMaterials = (event) => {
event.create('tfg:solar_coolant_tier2')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(73))
.formula('(He³8O11H11)8(Ar)(?)')
.components('8x tfg:solar_coolant', '1x argon')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xfeff5d)
//#endregion
@ -253,7 +260,7 @@ const registerTFGMaterials = (event) => {
event.create('tfg:dimethyl_carbonate')
.liquid()
.flags(GTMaterialFlags.DECOMPOSITION_BY_ELECTROLYZING)
.components('3x carbon','6x hydrogen', '3x oxygen')
.components('3x formaldehyde') // CH2O
.color(0xFFFFF2)
event.create('tfg:methyl_phenylcarbamate')
.liquid()
@ -275,6 +282,7 @@ const registerTFGMaterials = (event) => {
//#region aerogel
event.create('tfg:tmos')
.liquid()
.formula("Si(OCH3)4")
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xC2C6CC)
event.create('tfg:silica_gel')
@ -300,22 +308,26 @@ const registerTFGMaterials = (event) => {
event.create('hot_chlorinated_brominated_brine')
.liquid(320)
.color(0xbf8d5a)
.formula('?Cl')
.components('1x unknown', '1x chlorine')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('brominated_chlorine_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(320))
.color(0xbf8d5a)
.formula('ClBr(H2O)')
.components('1x chlorine', '1x bromine', '1x water')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('acidic_bromine_solution')
.liquid(new GTFluidBuilder().attribute(GTFluidAttributes.ACID))
.color(0xe7b989)
.formula('ClBr')
.components('1x chlorine', '1x bromine')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('concentrated_bromine_solution')
.liquid()
.color(0x905d29)
.formula('Br2Cl')
.components('1x bromine', '1x chlorine')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('debrominated_brine')
.liquid()
@ -324,12 +336,14 @@ const registerTFGMaterials = (event) => {
event.create('acidic_bromine_exhaust')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).attribute(GTFluidAttributes.ACID).temperature(293))
.color(0xec9c4a)
.formula('(H2O)3Cl')
.components('3x water', '1x chlorine')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('hot_alkaline_debrominated_brine')
.liquid()
.color(0xcc6a06)
.formula('?2Cl')
.components('2x unknown', '1x chlorine')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('hot_debrominated_brine')
.liquid(320)
@ -338,7 +352,7 @@ const registerTFGMaterials = (event) => {
event.create('hydrogen_iodide')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).temperature(293))
.color(0x82a6ce)
.formula('HI')
.components('1x hydrogen', '1x iodine')
//#endregion
@ -346,19 +360,15 @@ const registerTFGMaterials = (event) => {
event.create('lightweight_ostrum_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(760))
.formula('(?)')
event.create('ostrum_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(815))
.formula('(?)')
event.create('dense_ostrum_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(930))
.formula('(?)')
event.create('residual_radioactive_concoction')
.liquid(new GTFluidBuilder().customStill().temperature(450))
.formula('(?)')
//#endregion
@ -413,18 +423,22 @@ const registerTFGMaterials = (event) => {
.components('2x sodium','1x tungsten', '4x oxygen')
.color('0xdcf6f7')
event.create('tfg:tungstate')
.components('2x hydrogen', '12x tungsten', '42x oxygen')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('tfg:ammonium_tungstate')
.dust()
.flags(GTMaterialFlags.DISABLE_MATERIAL_RECIPES, GTMaterialFlags.DISABLE_DECOMPOSITION)
.iconSet(GTMaterialIconSet.DULL)
.formula('(NH4)10(H2W12O42)')
.components('10x ammonia', '1x tfg:tungstate')
.color('0xfafafa')
event.create('tfg:apt')
.gem()
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.iconSet(GTMaterialIconSet.FLINT)
.formula("(NH4)10(H2W12O42)(H2O)4")
.components('10x ammonia', '1x tfg:tungstate', '4x water')
.color('0xaabdf0')
event.create('tfg:tungsten_oxide')

56
kubejs/startup_scripts/tfg/materials.nuclear.js
View file

@ -26,55 +26,49 @@ const registerTFGNuclearMaterials = (event) => {
event.create('dense_steam')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(3730))
.components('2x hydrogen', '1x oxygen')
.flags(
GTMaterialFlags.DISABLE_DECOMPOSITION)
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('radioactive_steam')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(3730))
.components('2x hydrogen', '1x oxygen')
.formula('H2O(?)')
.components('1x water', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('radioactive_waste')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(3730))
.formula("(?)")
.components('1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('irradiated_steam')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(4250))
.formula("(?)")
.components('1x water', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('tfg:heavy_water')
.liquid(new GTFluidBuilder().temperature(236))
.components('2x deuterium', '1x oxygen')
.iconSet(GTMaterialIconSet.FINE)
.color(0xB5B9FF)
.secondaryColor(0x81FFF9)
event.create('tfg:semiheavy_water')
.liquid(new GTFluidBuilder().temperature(213))
.components('1x deuterium', '1x hydrogen', '1x oxygen')
.iconSet(GTMaterialIconSet.FINE)
.color(0xb5ffff)
.secondaryColor(0x81FFF9)
event.create('uranium_waste')
.liquid(new GTFluidBuilder().customStill().temperature(3850))
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.iconSet(GTMaterialIconSet.FINE)
.color(0xB5B9FF)
.secondaryColor(0x81FFF9)
event.create('nuclear_waste')
.liquid(new GTFluidBuilder().customStill().temperature(3850))
.components('1x thorium', '1x uranium', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.formula('ThU(?)')
event.create('dirty_hexafluorosilicic_acid')
.liquid(new GTFluidBuilder().attribute(GTFluidAttributes.ACID))
//.liquid(320)
.formula('H2SiF6(?)')
.components('2x hydrogen', '1x silicon', '6x fluorine', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xe6fafb)
.secondaryColor(0xb5fdff)
@ -82,23 +76,21 @@ const registerTFGNuclearMaterials = (event) => {
event.create('martian_sludge')
.liquid(new GTFluidBuilder().temperature(4239))
.formula('(?)')
.components('1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xd86f27)
.secondaryColor(0xecd7c9)
.iconSet(GTMaterialIconSet.getByName('bullshit'))
event.create('dioxygen_difluoride')
.fluid()
.liquid(new GTFluidBuilder().temperature(110).attribute(GTFluidAttributes.ACID))
.components('2x oxygen', '2x fluorine')
.iconSet(GTMaterialIconSet.FINE)
.color(0xfcb603)
.secondaryColor(0xfc5e03)
event.create('tritiated_water')
.fluid()
.components('2x tritium', '1x oxygen')
.iconSet(GTMaterialIconSet.FINE)
.color(0xb2c3e7)
// FLiBe Line
@ -108,26 +100,33 @@ const registerTFGNuclearMaterials = (event) => {
event.create('hot_iodine_brine')
.liquid(new GTFluidBuilder().customStill().temperature(293))
.formula('HIMgCl(?)')
.components('1x hydrogen', '1x iodine', '1x magnesium', '1x chlorine', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('brominated_iodine_vapor')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(412))
.formula('HI(?)')
.components('1x hydrogen', '1x iodine', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('basic_bromine_exhaust')
.gas(new GTFluidBuilder().state(GTFluidState.GAS).customStill().temperature(406))
event.create('dirty_flibe')
.liquid(new GTFluidBuilder().customStill().temperature(293))
.formula('FLiBe(?)')
.components('1x bromine', '1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
event.create('flibe')
.liquid(new GTFluidBuilder().customStill().temperature(293))
.formula('FLiBe')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.components('1x fluorine', '1x lithium', '1x beryllium')
event.create('dirty_flibe')
.liquid(new GTFluidBuilder().customStill().temperature(293))
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.components('1x flibe', '1x unknown')
event.create('hot_flibe')
.liquid(new GTFluidBuilder().customStill().temperature(3293))
.formula('FLiBe')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.components('1x flibe')
//#endregion
@ -135,7 +134,7 @@ const registerTFGNuclearMaterials = (event) => {
event.create('tfg:nuclear_residue')
.dust()
.formula('(?)')
.components('1x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.iconSet(GTMaterialIconSet.SHINY)
.color(0x332816)
@ -144,7 +143,7 @@ const registerTFGNuclearMaterials = (event) => {
event.create('tfg:oxidized_nuclear_residue')
.dust()
.formula('U?O?(?)')
.components('1x uranium', '1x oxygen', '2x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.iconSet(GTMaterialIconSet.SHINY)
.color(0x286529)
@ -153,7 +152,7 @@ const registerTFGNuclearMaterials = (event) => {
event.create('tfg:refined_nuclear_residue')
.dust()
.formula('U?(?)')
.components('1x uranium', '2x unknown')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0x82c383)
.secondaryColor('0xffffff')
@ -164,7 +163,6 @@ const registerTFGNuclearMaterials = (event) => {
event.create('lithium_carbonate')
.dust()
.components('2x lithium', '1x carbon', '3x oxygen')
.formula('Li2CO3')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION)
.color(0xffffff)
.secondaryColor(0xb7b9bd)
@ -173,7 +171,6 @@ const registerTFGNuclearMaterials = (event) => {
event.create('lithium_fluoride')
.gem()
.components('1x lithium', '1x fluorine')
.formula('LiF')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION, GTMaterialFlags.DISABLE_MATERIAL_RECIPES)
.color(0xffffff)
.secondaryColor(0xb7b9bd)
@ -182,7 +179,6 @@ const registerTFGNuclearMaterials = (event) => {
event.create('tetrafluoroberyllate')
.gem()
.components('1x beryllium', '4x fluorine')
.formula('BeF4')
.flags(GTMaterialFlags.DISABLE_DECOMPOSITION, GTMaterialFlags.DISABLE_MATERIAL_RECIPES)
.color(0xdcdee1)
.secondaryColor(0xb7b9bd)