Implement production chains described in GCYS pinned

src/main/java/gregicality/science/api/unification/materials/GCYSFirstDegreeMaterials.java

@@ -7,7 +7,9 @@
 import gregtech.api.unification.material.properties.BlastProperty;
 
 import static gregicality.science.api.unification.material.info.GCYSMaterialFlags.DISABLE_CRYSTALLIZATION;
+import static gregicality.science.api.unification.material.info.GCYSMaterialFlags.GENERATE_BOULE;
 import static gregicality.science.api.unification.materials.GCYSMaterials.*;
+import static gregtech.api.GTValues.*;
 import static gregtech.api.unification.material.Materials.*;
 import static gregtech.api.unification.material.info.MaterialFlags.*;
 
@@ -698,7 +700,7 @@ public static void init() {
                 .iconSet(MaterialIconSet.BRIGHT)
                 .flags(DISABLE_DECOMPOSITION, NO_SMELTING, GENERATE_PLATE, GENERATE_ROD, GENERATE_LONG_ROD,
                         GENERATE_FINE_WIRE, GENERATE_SPRING)
-                .cableProperties(GTValues.V[GTValues.UEV], 8, 6)
+                .cableProperties(GTValues.V[UEV], 8, 6)
                 .components(Carbon, 48)
                 .build()
                 .setFormula("CNT", false);
@@ -968,5 +970,60 @@ public static void init() {
                 .color(0x9AE7AD)
                 .components(Lithium,1 , Fluorine, 1)
                 .build();
+
+        // FREE IDs 3629 - 3639
+
+        LithiumPeroxide = new Material.Builder(3640, "lithium_peroxide")
+                .dust()
+                .color(0xB4D0D8)
+                .components(Lithium, 2, Oxygen, 2)
+                .build();
+
+        LithiumOxide = new Material.Builder(3641, "lithium_oxide")
+                .dust()
+                .color(0xA0D0D8)
+                .components(Lithium, 2, Oxygen, 1)
+                .build();
+
+        BSCCO = new Material.Builder(3642, "bscco")
+                .ingot()
+                .color(0xD880D8)
+                .components(Bismuth, 2, Strontium, 2, Calcium, 1, Copper, 2, Oxygen, 8)
+                .blastTemp(7000, BlastProperty.GasTier.HIGHER, GTValues.VA[GTValues.UEV])
+                .cableProperties(GTValues.V[UEV], 24, 0, true)
+                .build();
+
+        StrontiumCarbonate = new Material.Builder(3643, "strontium_carbonate")
+                .dust()
+                .color(0xFFFFF0).iconSet(MaterialIconSet.FINE)
+                .components(Strontium, 1, Carbon, 1, Oxygen, 3)
+                .build();
+
+        Celestine = new Material.Builder(3644, "celestine")
+                .gem(2).ore()
+                .color(0x85C1C4).iconSet(MaterialIconSet.NETHERSTAR)
+                .components(Strontium, 1, Sulfur, 1, Oxygen, 4)
+                .addOreByproducts(Salt, Gypsum, Barite)
+                .build();
+
+        StrontiumSulfide = new Material.Builder(3645, "strontium_sulfide")
+                .dust()
+                .color(0xFFEAA0).iconSet(MaterialIconSet.FINE)
+                .components(Strontium, 1, Sulfur, 1)
+                .build();
+
+        CupricOxide = new Material.Builder(3646, "cupric_oxide")
+                .dust(1)
+                .color(0x0F0F0F)
+                .components(Copper, 1, Oxygen, 1)
+                .build();
+
+        AdvancedSolder = new Material.Builder(3647, "advanced_solder")
+                .fluid()
+                .color(0xBAA0FF)
+                .components(Tin, 4, Lead, 3, Bismuth, 1, Cadmium, 1, Indium, 1)
+                .flags(DISABLE_DECOMPOSITION)
+                .fluidTemp(450)
+                .build();
     }
 }

src/main/java/gregicality/science/api/unification/materials/GCYSMaterialFlagAddition.java

@@ -1,6 +1,7 @@
 package gregicality.science.api.unification.materials;
 
 import gregicality.science.common.GCYSConfigHolder;
+import gregtech.api.unification.material.properties.IngotProperty;
 import gregtech.api.unification.material.properties.OreProperty;
 import gregtech.api.unification.material.properties.PropertyKey;
 
@@ -44,6 +45,9 @@ public static void init() {
         Amethyst.addFlags(CRYSTALLIZABLE);
         Opal.addFlags(CRYSTALLIZABLE);
 
+        // Ingots
+        Strontium.setProperty(PropertyKey.INGOT, new IngotProperty());
+
         // Plates
         Germanium.addFlags(GENERATE_PLATE);
         Rhenium.addFlags(GENERATE_PLATE);

src/main/java/gregicality/science/api/unification/materials/GCYSMaterials.java

@@ -143,7 +143,15 @@ public class GCYSMaterials {
     public static Material CaesiumChlorostannate;
     public static Material HRAMagnesium;
     public static Material LithiumFluoride;
-
+    public static Material LithiumNiobate;
+    public static Material LithiumPeroxide;
+    public static Material LithiumOxide;
+    public static Material BSCCO;
+    public static Material StrontiumCarbonate;
+    public static Material Celestine;
+    public static Material StrontiumSulfide;
+    public static Material CupricOxide;
+    public static Material AdvancedSolder;
 
     // Second Degree Materials
     public static Material LaPrNdCeOxidesSolution;

src/main/java/gregicality/science/api/unification/materials/GCYSSecondDegreeMaterials.java

@@ -4,6 +4,7 @@
 import gregtech.api.unification.material.info.MaterialIconSet;
 import gregtech.api.unification.material.properties.PropertyKey;
 
+import static gregicality.science.api.unification.material.info.GCYSMaterialFlags.GENERATE_BOULE;
 import static gregicality.science.api.unification.materials.GCYSMaterials.*;
 import static gregtech.api.unification.material.Materials.*;
 import static gregtech.api.unification.material.info.MaterialFlags.*;
@@ -172,5 +173,14 @@ public static void init() {
                 .components(Rubidium, 1, Caesium, 2, Chlorine, 6, Water, 2)
                 .build()
                 .setFormula("RbCl(CsCl)2Cl3(H2O)2", true);
+
+        // FREE IDs 6027 - 6036
+
+        LithiumNiobate = new Material.Builder(6037, "lithium_niobate")
+                .gem()
+                .color(0x80E0E0).iconSet(MaterialIconSet.QUARTZ)
+                .components(LithiumOxide, 1, NiobiumPentoxide, 1)
+                .flags(GENERATE_BOULE, CRYSTALLIZABLE)
+                .build().setFormula("LiNbO3", true);
     }
 }

src/main/java/gregicality/science/loaders/recipe/chain/SimpleMaterials.java

@@ -2,13 +2,13 @@
 
 import gregtech.api.recipes.ingredients.IntCircuitIngredient;
 
-import static gregicality.science.api.unification.materials.GCYSMaterials.SiliconCarbide;
-import static gregtech.api.GTValues.EV;
-import static gregtech.api.GTValues.VA;
-import static gregtech.api.recipes.RecipeMaps.MIXER_RECIPES;
-import static gregtech.api.unification.material.Materials.Graphite;
-import static gregtech.api.unification.material.Materials.Silicon;
-import static gregtech.api.unification.ore.OrePrefix.dust;
+import static gregicality.science.api.recipes.GCYSRecipeMaps.*;
+import static gregicality.science.api.unification.materials.GCYSMaterials.*;
+import static gregicality.science.api.unification.ore.GCYSOrePrefix.*;
+import static gregtech.api.GTValues.*;
+import static gregtech.api.recipes.RecipeMaps.*;
+import static gregtech.api.unification.material.Materials.*;
+import static gregtech.api.unification.ore.OrePrefix.*;
 
 /**
  * Adds recipes for simple materials with few steps
@@ -17,6 +17,9 @@ public class SimpleMaterials {
 
     public static void init() {
         siliconCarbide();
+        lithiumNiobate();
+        bscco();
+        advancedSolder();
     }
 
     private static void siliconCarbide() {
@@ -28,4 +31,97 @@ private static void siliconCarbide() {
                 .output(dust, SiliconCarbide, 2)
                 .duration(300).EUt(VA[EV]).buildAndRegister();
     }
+
+    private static void lithiumNiobate() {
+        // 2LiOH + H2O2 -> Li2O2 + 2H2O
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, LithiumHydroxide, 6)
+                .fluidInputs(HydrogenPeroxide.getFluid(1000))
+                .output(dust, LithiumPeroxide, 4)
+                .fluidOutputs(Water.getFluid(2000))
+                .duration(300).EUt(VA[LV]).buildAndRegister();
+
+        // Li2O2 -> Li2O + O
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, LithiumPeroxide, 4)
+                .output(dust, LithiumOxide, 3)
+                .fluidOutputs(Oxygen.getFluid(1000))
+                .duration(600).EUt(VA[MV]).buildAndRegister();
+
+        // 2Nb + 5O -> Nb2O5
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, Niobium, 2)
+                .fluidInputs(Oxygen.getFluid(5000))
+                .output(dust, NiobiumPentoxide, 7)
+                .duration(50).EUt(VA[LV]).buildAndRegister();
+
+        AUTOCLAVE_RECIPES.recipeBuilder()
+                .input(dust, NiobiumPentoxide, 14)
+                .input(dust, Magnesia, 4)
+                .fluidInputs(DistilledWater.getFluid(8000))
+                .output(seedCrystal, LithiumNiobate)
+                .duration(900).EUt(VA[IV]).buildAndRegister();
+    }
+
+    private static void bscco() {
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, Copper)
+                .fluidInputs(Oxygen.getFluid(1000))
+                .output(dust, CupricOxide, 2)
+                .duration(50).EUt(VA[LV]).buildAndRegister();
+
+        // SrSO4 + 2C -> SrS + 2CO2
+        ROASTER_RECIPES.recipeBuilder()
+                .input(dust, Celestine, 6)
+                .input(dust, Carbon, 2)
+                .output(dust, StrontiumSulfide, 2)
+                .fluidOutputs(CarbonDioxide.getFluid(2000))
+                .temperature(1600)
+                .duration(400).EUt(VA[EV]).buildAndRegister();
+
+        ROASTER_RECIPES.recipeBuilder()
+                .input(dust, Celestine, 6)
+                .input(gem, Coke)
+                .output(dust, StrontiumSulfide, 2)
+                .fluidOutputs(CarbonDioxide.getFluid(2000))
+                .temperature(1600)
+                .duration(400).EUt(VA[EV]).buildAndRegister();
+
+        // SrS + CO2 + H2O -> SrCO3 + H2S
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, StrontiumSulfide, 2)
+                .fluidInputs(Water.getFluid(1000))
+                .fluidInputs(CarbonDioxide.getFluid(1000))
+                .output(dust, StrontiumCarbonate, 5)
+                .fluidOutputs(HydrogenSulfide.getFluid(1000))
+                .duration(900).EUt(VA[EV]).buildAndRegister();
+
+        // SrS + Na2CO3 -> SrCO3 + Na2S
+        CHEMICAL_RECIPES.recipeBuilder()
+                .input(dust, StrontiumSulfide, 2)
+                .input(dust, SodaAsh, 6)
+                .output(dust, StrontiumCarbonate, 5)
+                .output(dust, SodiumSulfide, 3)
+                .duration(300).EUt(VA[EV]).buildAndRegister();
+
+        // Bi2O3 + 2SrCO3 + CaCO3 + 2CuO -> Bi2Sr2CaCu2O8 (Loss of O and CO2)
+        MIXER_RECIPES.recipeBuilder()
+                .input(dust, BismuthTrioxide, 5)
+                .input(dust, StrontiumCarbonate, 10)
+                .input(dust, Calcite, 5)
+                .input(dust, CupricOxide, 4)
+                .output(dust, BSCCO, 15)
+                .duration(1200).EUt(VA[LuV]).buildAndRegister();
+    }
+
+    public static void advancedSolder() {
+        MIXER_RECIPES.recipeBuilder()
+                .input(dust, Tin, 4)
+                .input(dust, Lead, 3)
+                .input(dust, Bismuth, 1)
+                .input(dust, Cadmium, 1)
+                .input(dust, Indium, 1)
+                .fluidOutputs(AdvancedSolder.getFluid(4000))
+                .duration(400).EUt(VA[LuV]).buildAndRegister();
+    }
 }

src/main/resources/assets/gcys/lang/en_us.lang

@@ -146,6 +146,15 @@ material.stannic_chloride=Stannic Chloride
 material.rubidium_chlorostannate=Rubidium Chlorostannate
 material.caesium_chlorostannate=Caesium Chlorostannate
 material.hra_magnesium=Highly Reactive Activated Magnesium
+material.lithium_niobate=Lithium Niobate
+material.lithium_peroxide=Lithium Peroxide
+material.lithium_oxide=Lithium Oxide
+material.bscco=BSCCO
+material.strontium_carbonate=Strontium Carbonate
+material.strontium_sulfide=Strontium Sulfide
+material.celestine=Celestine
+material.cupric_oxide=Cupric Oxide
+material.advanced_solder=Advanced Solder
 
 
 # Second Degree Materials