Port gregitas certus to waffer chain

kubejs/assets/tfg/lang/en_us.json

@@ -926,6 +926,11 @@
   "item.tfg.flintlock_mechanism": "Flintlock Mechanism",
   "item.tfg.advanced_clockwork_mechanism": "Advanced Clockwork Mechanism",
   "item.tfg.certus_mechanism": "Certus Mechanism",
+  "item.tfg.certus_boule": "Certus Boule",
+  "item.tfg.certus_wafer": "Certus Wafer",
+  "item.tfg.engineering_wafer": "Engineering Wafer",
+  "item.tfg.calculation_wafer": "Calculation Wafer",
+  "item.tfg.logic_wafer": "Logic Wafer",
   "item.tfg.small_bullet_casing": "Small Bullet Casing",
   "item.tfg.large_bullet_casing": "Large Bullet Casing",
   "item.tfg.shell_bullet_casing": "Shell Bullet Casing",
@@ -1158,6 +1163,12 @@
   "material.tfg.refined_nuclear_residue": "Refined Nuclear Residue",
   "material.tfg.mars_air": "Mars Air",
   "material.tfg.liquid_mars_air": "Liquid Mars Air",
+  "material.tfg.certus": "Certus",
+  "material.tfg.trichlorocertane": "Trichlorocertane",
+  "material.tfg.dichlorocertane": "Dichlorocertane",
+  "material.tfg.chlorocertane": "Chlorocertane",
+  "material.tfg.certus_tetrachloride": "Certus Tetrachloride",
+  "material.tfg.certane": "Certane",
   "material.tfg.certus_regolith": "Certus Regolith",
   "material.tfg.goethe_regolith": "Goethe Regolith",
   "material.tfg.bright_regolith": "Bright Regolith",
@@ -4857,4 +4868,4 @@
   "quests.tfg_tips.tools_tips.concrete_roads.title": "Concrete Roads",
   "quests.tfg_tips.tools_tips.concrete_roads.subtitle": "Almost worth all the effort.",
   "quests.tfg_tips.tools_tips.concrete_roads.desc": "&6Wet concrete mix&r can be applied to base course to create roads which give a &b&l30%%&r&r bonus to movement speed. \n\n&4Be careful&r when creating concrete roads. There are a lot of rules to follow to make sure you don't end up with cracked or ruined surfaces. Consult the &3Field Guide&r for detailed instructions."
-}
+}

kubejs/server_scripts/ae2/certus_wafer_chain.js

@@ -0,0 +1,112 @@
+// Certus wafer processing chain extracted from the original AE2 recipes patch.
+ServerEvents.recipes(event => {
+    // Remove legacy processor print recipes (inscriber and forming press variants)
+    event.remove({ id: 'ae2:inscriber/engineering_processor_print' })
+    event.remove({ id: 'ae2:inscriber/calculation_processor_print' })
+    event.remove({ id: 'ae2:inscriber/logic_processor_print' })
+    event.remove({ id: 'ae2:printed_calculation_processor' })
+    event.remove({ id: 'ae2:printed_calculation_processor_moon' })
+    event.remove({ id: 'ae2:printed_engineering_processor' })
+    event.remove({ id: 'ae2:printed_engineering_processor_moon' })
+    event.remove({ id: 'ae2:printed_logic_processor' })
+    event.remove({ id: 'ae2:printed_logic_processor_moon' })
+
+    // Certus chemistry
+    event.recipes.gtceu.electrolyzer('tfg:certus_quartz_electrolysis')
+        .itemInputs('ae2:certus_quartz_dust')
+        .itemOutputs('tfg:certus_dust', 'gtceu:silicon_dioxide_dust')
+        .duration(20 * 40)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.chemical_reactor('tfg:trichlorocertane')
+        .itemInputs('tfg:certus_dust')
+        .inputFluids(Fluid.of('gtceu:hydrochloric_acid', 3000))
+        .outputFluids(Fluid.of('tfg:trichlorocertane', 1000), Fluid.of('gtceu:hydrogen', 2000))
+        .duration(40)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.chemical_reactor('tfg:dichlorocertane')
+        .inputFluids(Fluid.of('tfg:trichlorocertane', 2000))
+        .outputFluids(Fluid.of('tfg:dichlorocertane', 1000))
+        .itemOutputs('ae2:certus_quartz_crystal')
+        .duration(40)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.chemical_reactor('tfg:chlorocertane')
+        .inputFluids(Fluid.of('tfg:dichlorocertane', 2000))
+        .outputFluids(Fluid.of('tfg:chlorocertane', 1000), Fluid.of('tfg:certus_tetrachloride', 1000))
+        .duration(40)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.chemical_reactor('tfg:certane')
+        .inputFluids(Fluid.of('tfg:chlorocertane', 2000))
+        .outputFluids(Fluid.of('tfg:certane', 1000), Fluid.of('tfg:dichlorocertane', 1000))
+        .duration(40)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    // Boule and wafer fabrication
+    event.recipes.gtceu.electric_blast_furnace('tfg:certus_boule')
+        .itemInputs('gtceu:silicon_wafer')
+        .inputFluids(Fluid.of('tfg:certane', 16000))
+        .itemOutputs('tfg:certus_boule')
+        .blastFurnaceTemp(1800)
+        .duration(1600)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.cutter('tfg:cut_certus_boule_water')
+        .itemInputs('tfg:certus_boule')
+        .itemOutputs('16x tfg:certus_wafer')
+        .inputFluids(Fluid.of('minecraft:water', 45))
+        .duration(600)
+        .EUt(48)
+
+    event.recipes.gtceu.cutter('tfg:cut_certus_boule_distilled_water')
+        .itemInputs('tfg:certus_boule')
+        .itemOutputs('16x tfg:certus_wafer')
+        .inputFluids(Fluid.of('gtceu:distilled_water', 34))
+        .duration(450)
+        .EUt(48)
+
+    event.recipes.gtceu.cutter('tfg:cut_certus_boule_lubricant')
+        .itemInputs('tfg:certus_boule')
+        .itemOutputs('16x tfg:certus_wafer')
+        .inputFluids(Fluid.of('gtceu:lubricant', 11))
+        .duration(300)
+        .EUt(48)
+
+    event.recipes.gtceu.laser_engraver('tfg:engrave_engineering_certus')
+        .itemInputs('tfg:certus_wafer')
+        .notConsumable('ae2:engineering_processor_press')
+        .itemOutputs('tfg:engineering_wafer')
+        .duration(900)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.laser_engraver('tfg:engrave_calculation_certus')
+        .itemInputs('tfg:certus_wafer')
+        .notConsumable('ae2:calculation_processor_press')
+        .itemOutputs('tfg:calculation_wafer')
+        .duration(900)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.laser_engraver('tfg:engrave_logic_certus')
+        .itemInputs('tfg:certus_wafer')
+        .notConsumable('ae2:logic_processor_press')
+        .itemOutputs('tfg:logic_wafer')
+        .duration(900)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.cutter('tfg:cut_engineering_water')
+        .itemInputs('tfg:engineering_wafer')
+        .itemOutputs('8x ae2:printed_engineering_processor')
+        .inputFluids(Fluid.of('minecraft:water', 338))
+        .duration(1800)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.cutter('tfg:cut_engineering_distilled_water')
+        .itemInputs('tfg:engineering_wafer')
+        .itemOutputs('8x ae2:printed_engineering_processor')
+        .inputFluids(Fluid.of('gtceu:distilled_water', 254))
+        .duration(1350)
+        .EUt(GTValues.VA[GTValues.MV])
+
+    event.recipes.gtceu.cutter('tfg:cut_engineering_lubricant')

kubejs/startup_scripts/ae2/certus_materials.js

@@ -0,0 +1,37 @@
+// priority: 0
+"use strict";
+
+// Additional AE2 materials for the certus wafer chain
+GTCEuStartupEvents.registry('gtceu:material', event => {
+    event.create('tfg:certus')
+        .gem()
+        .dust()
+        .iconSet(GTMaterialIconSet.CERTUS)
+        .color(0xc5e3de)
+        .element(GTElements.get('certus'))
+
+    event.create('tfg:trichlorocertane')
+        .liquid()
+        .color(0xb1d9f0)
+        .components('1x tfg:certus', '1x hydrogen', '3x chlorine')
+
+    event.create('tfg:dichlorocertane')
+        .liquid()
+        .color(0x90cfd1)
+        .components('1x tfg:certus', '2x hydrogen', '2x chlorine')
+
+    event.create('tfg:chlorocertane')
+        .liquid()
+        .color(0xccede3)
+        .components('1x tfg:certus', '3x hydrogen', '1x chlorine')
+
+    event.create('tfg:certus_tetrachloride')
+        .liquid()
+        .color(0xccede3)
+        .components('1x tfg:certus', '4x chlorine')
+
+    event.create('tfg:certane')
+        .liquid()
+        .color(0xccede3)
+        .components('1x tfg:certus', '4x hydrogen')
+})

kubejs/startup_scripts/ae2/materials.js

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

kubejs/startup_scripts/gtceu/material_modification.certus.js

@@ -0,0 +1,7 @@
+// priority: 0
+
+// Adjust formulas for certus-based materials
+GTCEuStartupEvents.materialModification(event => {
+    GTMaterials.get('tfg:fluix').setFormula('?(CtSiO2)(SiO2)', true)
+    GTMaterials.CertusQuartz.setFormula('CtSiO2', true)
+})

kubejs/startup_scripts/gtceu/material_modification.js

@@ -439,7 +439,7 @@ const registerGTCEuMaterialModification = (event) => {
 	let zirconium_diboride = TFGHelpers.getMaterial('zirconium_diboride');
 	zirconium_diboride.setProperty(PropertyKey.BLAST, new $BLAST_PROPERTY(4500, "high", GTValues.VA[GTValues.EV], 2700, GTValues.VA[GTValues.HV], 12.5*20));
 	
-	GTMaterials.CertusQuartz.setComponents('1x unknown', '1x silicon', '2x oxygen')
+	GTMaterials.CertusQuartz.setComponents('1x certus', '1x silicon', '2x oxygen')
 	GTMaterials.GraniteRed.setComponents([])
 	GTMaterials.GraniteRed.setFormula("?")
 }

kubejs/startup_scripts/tfg/element.certus.js

@@ -0,0 +1,8 @@
+// priority: 0
+
+GTCEuStartupEvents.registry('gtceu:element', event => {
+    event.create('certus')
+        .protons(14)
+        .neutrons(18)
+        .symbol('Ct')
+})

kubejs/startup_scripts/tfg/items.certus.js

@@ -0,0 +1,20 @@
+// priority: 0
+"use strict";
+
+// Certus wafer chain items
+StartupEvents.registry('item', event => {
+    event.create('tfg:certus_boule')
+        .texture('kubejs:item/certus_boule')
+
+    event.create('tfg:certus_wafer')
+        .texture('kubejs:item/certus_wafer')
+
+    event.create('tfg:engineering_wafer')
+        .texture('kubejs:item/engineering_wafer')
+
+    event.create('tfg:calculation_wafer')
+        .texture('kubejs:item/calculation_wafer')
+
+    event.create('tfg:logic_wafer')
+        .texture('kubejs:item/logic_wafer')
+})