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-rw-r--r--src/Java/gtPlusPlus/core/handler/BookHandler.java256
1 files changed, 206 insertions, 50 deletions
diff --git a/src/Java/gtPlusPlus/core/handler/BookHandler.java b/src/Java/gtPlusPlus/core/handler/BookHandler.java
index 57d371905f..13c57677a0 100644
--- a/src/Java/gtPlusPlus/core/handler/BookHandler.java
+++ b/src/Java/gtPlusPlus/core/handler/BookHandler.java
@@ -3,6 +3,8 @@ package gtPlusPlus.core.handler;
import java.util.HashMap;
import java.util.Map;
+import gregtech.api.enums.GT_Values;
+import gregtech.api.util.GT_OreDictUnificator;
import gtPlusPlus.api.objects.Logger;
import gtPlusPlus.core.item.ModItems;
import gtPlusPlus.core.recipe.common.CI;
@@ -57,45 +59,45 @@ public class BookHandler {
"Power Storage & You [Version 0.64]",
"Alkalus",
new String[] {
- //Page 1
- "So, when it comes to power storage you relaly have three seperate options:\n"+
- " \n"+
- "Battery Buffers,\n"+
- "Energy Buffers,\n"+
- "The Power Sub-Station\n",
- //Page 2
- "Battery Buffer\n" +
- " \n" +
- "Is rather portable. Allowing you to throw set one up and insert batteries where ever you may need."+"\n"+
- "They output 1A for each battery stored inside, upto a maximum of 16A.",
- //Page 3
- "Energy Buffer\n" +
- " \n" +
- "Is a more optimal choice for storage in your base. Once placed down, they cannot be moved without losing all stored power."+"\n"+
- "Energy Buffers can output 4A from the output side, however accept 16A as input.",
- //Page 4
- "The Power Sub-Station"+
- " \n"+
- "Is used for storing Insane amounts of power later game."+"\n"+
- "Consumes 2% of the average voltage of all energy type hatches every tick."+"\n",
- //Page 5
- "Allows Insertation/Removal of power from the rear face of the controller, swap with a screwdriver."+"\n"+
- "Variable Height Structure, between 4-16Y. Inserted Redox Cells dictate max energy tier of structure."+"\n",
- //Page 6
- "Redox Cells cannot be placed into the Top or Bottom layer and only take up 3xhx3 internally."+"\n"+
- "Different Tier cells CANNOT be mixed together."+"\n",
- //Page 7
- "All Hatches Must be HV at a Minimum, this minimum tier is in place to stop people abusing ULV/LV hatches to lower the avg/t."+"\n"+
- "Currently the GUI will NOT display anything at all until the structure forms, this is a known bug."+"\n",
- //Page 8
- "Valid Hatches:\n"+
- "Energy Hatch,\n"+
- "Dynamo Hatch,\n"+
- "Charging Bus,\n"+
- "Discharging Bus,\n"+
- "Dynamo Buffer,\n"+
- "Multi-Amp Dynamo Hatch.\n\n\n"+
- "Structure MUST contain at least one energy input and one energy output hatch."
+ //Page 1
+ "So, when it comes to power storage you relaly have three seperate options:\n"+
+ " \n"+
+ "Battery Buffers,\n"+
+ "Energy Buffers,\n"+
+ "The Power Sub-Station\n",
+ //Page 2
+ "Battery Buffer\n" +
+ " \n" +
+ "Is rather portable. Allowing you to throw set one up and insert batteries where ever you may need."+"\n"+
+ "They output 1A for each battery stored inside, upto a maximum of 16A.",
+ //Page 3
+ "Energy Buffer\n" +
+ " \n" +
+ "Is a more optimal choice for storage in your base. Once placed down, they cannot be moved without losing all stored power."+"\n"+
+ "Energy Buffers can output 4A from the output side, however accept 16A as input.",
+ //Page 4
+ "The Power Sub-Station"+
+ " \n"+
+ "Is used for storing Insane amounts of power later game."+"\n"+
+ "Consumes 2% of the average voltage of all energy type hatches every tick."+"\n",
+ //Page 5
+ "Allows Insertation/Removal of power from the rear face of the controller, swap with a screwdriver."+"\n"+
+ "Variable Height Structure, between 4-16Y. Inserted Redox Cells dictate max energy tier of structure."+"\n",
+ //Page 6
+ "Redox Cells cannot be placed into the Top or Bottom layer and only take up 3xhx3 internally."+"\n"+
+ "Different Tier cells CANNOT be mixed together."+"\n",
+ //Page 7
+ "All Hatches Must be HV at a Minimum, this minimum tier is in place to stop people abusing ULV/LV hatches to lower the avg/t."+"\n"+
+ "Currently the GUI will NOT display anything at all until the structure forms, this is a known bug."+"\n",
+ //Page 8
+ "Valid Hatches:\n"+
+ "Energy Hatch,\n"+
+ "Dynamo Hatch,\n"+
+ "Charging Bus,\n"+
+ "Discharging Bus,\n"+
+ "Dynamo Buffer,\n"+
+ "Multi-Amp Dynamo Hatch.\n\n\n"+
+ "Structure MUST contain at least one energy input and one energy output hatch."
});
//Test Novel
@@ -103,7 +105,7 @@ public class BookHandler {
"Manual_Modular_Bauble", "How to: Modular Baubles", "Alkalus",
new String[] {
"Concept: This idea came from wanting flexibility. \n" +
- "First step, Build a Modularity table to begin customisation of your Bauble. \n"
+ "First step, Build a Modularity table to begin customisation of your Bauble. \n"
+ " After this has been constructed, you can now combine the upgrades listed within this book to improve the baubles level/100.",
"Defence:\n"
+ "Can be upgraded by combining metal plates with the bauble. \n"
@@ -128,7 +130,7 @@ public class BookHandler {
"[Fluid Work] Mode B - Allows the multiblock to function as a Fermenter, a Fluid Extractor or an Extractor. To allow a hatch to run in Fermenter mode, insert a No. 20 circuit. For Fluid Extractor, use No. 21 and for Extractor use No. 22.",
"[Misc. Work] Mode C - Allows the multiblock to function as a Laser Engraver, an Autoclave or a Fluid Solidifier. To allow a hatch to run in Laser Engraver mode, insert a No. 20 circuit. For Autoclave, use No. 21 and for Solidifier use No. 22.",
});
-
+
book_NuclearManual = writeBookTemplate(
"Manual_NuclearStuff_1", "Nuclear Chemistry [FFPP]", "Alkalus",
new String[] {
@@ -178,20 +180,167 @@ public class BookHandler {
"Processing Plant"+
"----------------------\n"+
"This structure is used to produce the Molten Salts required to run a Liquid Fluorine Thorium Reactor [LFTR]."
-
+
});
-
+
+
book_MultiChemicalPlant = writeBookTemplate(
"book_Multi_ChemicalPlant", "Chemical Plant Manual", "Alkalus",
new String[] {
- "This Multiblock, depending upon the mode used, can function as a variety of different machines. The idea behind this, was that most of these machines are rather niche compared to any others, as such, not used often.",
- "To build, you need to construct a hollow 3x3x3 structure made from Multi-Use casings, With a minimum of 6. Any Casing position can be substituted out with an Input Hatch/Bus, an Output Hatch/Bus, Muffler, Maint. Hatch or Energy Injector Hatch.",
- "The Mode can be set by using a Screwdriver on the controller block. Each mode allows the use of Numbered Circuits, to allow a different machine 'type' for each input bus.",
- "[Metal Work] Mode A - Allows the multiblock to function as a Compressor, a Lathe or an Electro-Magnet. To allow a hatch to run in Compressor mode, insert a No. 20 circuit. For Lathe, use No. 21 and for Electro-Magnet use No. 22.",
- "[Fluid Work] Mode B - Allows the multiblock to function as a Fermenter, a Fluid Extractor or an Extractor. To allow a hatch to run in Fermenter mode, insert a No. 20 circuit. For Fluid Extractor, use No. 21 and for Extractor use No. 22.",
- "[Misc. Work] Mode C - Allows the multiblock to function as a Laser Engraver, an Autoclave or a Fluid Solidifier. To allow a hatch to run in Laser Engraver mode, insert a No. 20 circuit. For Autoclave, use No. 21 and for Solidifier use No. 22.",
+
+ // Intro
+ "This book will explain how the Chemical Plant is constructed, which blocks are valid to upgrade it and also how the upgrades work.",
+
+ // Info
+ "Solid Casings = Plant tier" + "\n" +
+ "Machine Casings = Hatch tier" + "\n" +
+ "Higher tier coils More Speed" + "\n" +
+ "T1 50% , T2 100% , T3 150%, etc" + "\n",
+
+ "Higher tier pipe casings boost parallel"+ "\n" +
+ "and reduce catalyst consumption" + "\n" +
+ "+2 parallel per tier, 20% extra chance of"+ "\n" +
+ "not damaging catalyst per tier" + "\n",
+
+
+ // Machine Casings
+ "Valid Solid Machine Casings:" + "\n" +
+ "0 - Strong Bronze" + "\n" +
+ "1 - Solid Steel" + "\n" +
+ "2 - Sturdy Aluminium" + "\n" +
+ "3 - Clean Stainless Steel" + "\n" +
+ "4 - Stable Titanium" + "\n" +
+ "5 - Robust Tungstensteel" + "\n" +
+ "6 - Vigorous Laurenium" + "\n" +
+ "7 - Rugged Botmium",
+
+ // Machine Casings
+ "Valid Tiered Machine Casings:" + "\n" + "\n" +
+ "1 - " + GT_Values.VN[0] + "\n" +
+ "2 - " + GT_Values.VN[1] + "\n" +
+ "3 - " + GT_Values.VN[2] + "\n" +
+ "4 - " + GT_Values.VN[3] + "\n" +
+ "5 - " + GT_Values.VN[4] + "\n" +
+ "6 - " + GT_Values.VN[5] + "\n" +
+ "7 - " + GT_Values.VN[6] + "\n" +
+ "8 - " + GT_Values.VN[7] + "\n" +
+ "9 - " + GT_Values.VN[8] + "\n" +
+ "10 - " + GT_Values.VN[9],
+
+ // Pipe Casings
+ "Valid Pipe Casings:" + "\n" + "\n" +
+ "1 - Bronze" + "\n" +
+ "2 - Steel" + "\n" +
+ "3 - Titanium" + "\n" +
+ "4 - Tungstensteel",
+
+ //Coils
+ "Valid Coils:" + "\n" + "\n" +
+ "1 - Cupronickel" + "\n" +
+ "2 - Kanthal" + "\n" +
+ "3 - Nichrome" + "\n" +
+ "4 - Tungstensteel" + "\n" +
+ "5 - HSS-G" + "\n" +
+ "6 - Naquadah" + "\n" +
+ "7 - Naquadah Alloy",
+
+ // Requirements
+ "Multiblock Requirements:" + "\n" + "\n" +
+ "27x Coils" + "\n" +
+ "18x Pipe Casings" + "\n" +
+ "57x Tiered Machine Casings" + "\n" +
+ "80+ Solid Casings",
+
+ // Construction Guide
+ "Construction Guide Pt1:" + "\n" + "\n" +
+ "Controller is placed on a middle casing in the bottom layer" + "\n" +
+ "Hatches can only be placed on the bottom layer edges",
+
+ "Construction Guide Pt2:" + "\n" + "\n" +
+ "7x7x7 Hollow frame of solid casings" + "\n" +
+ "5x1x5 layer of solid casings (fills in top layer)" + "\n" +
+ "5x1x5 layer of machine casings (fills in bottom layer)",
+
+ "Construction Guide Pt3:" + "\n" +
+ "In the central 3x5x3:" + "\n" +
+ "3x1x3 layer of Coils, surrounded by ring of Machine Casings" + "\n" +
+ "3x1x3 layer of Pipe Casings" + "\n" +
+ "3x1x3 layer of Coils" + "\n" +
+ "3x1x3 layer of Pipe Casings" + "\n" +
+ "3x1x3 layer of Coils, surrounded by ring of Machine Casings",
+
+ // Construction Guide Info
+ "Information:" + "\n" + "\n" +
+ "A = Air" + "\n" +
+ "X = Solid Casing" + "\n" +
+ "M = Machine Casing" + "\n" +
+ "P = Pipe Casing" + "\n" +
+ "C = Coil Casing",
+
+ "Layer 1:" + "\n" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XMMMMMX" + "\n" +
+ "XMMMMMX" + "\n" +
+ "XMMMMMX" + "\n" +
+ "XMMMMMX" + "\n" +
+ "XMMMMMX" + "\n" +
+ "XXXXXXX",
+
+ "Layer 2:" + "\n" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AMMMMMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMMMMMA" + "\n" +
+ "AAAAAAA",
+
+ "Layer 3:" + "\n" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA",
+
+ "Layer 4:" + "\n" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AACCCAA" + "\n" +
+ "AACCCAA" + "\n" +
+ "AACCCAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA",
+
+ "Layer 5:" + "\n" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAPPPAA" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AAAAAAA",
+
+ "Layer 6:" + "\n" + "\n" +
+ "AAAAAAA" + "\n" +
+ "AMMMMMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMCCCMA" + "\n" +
+ "AMMMMMA" + "\n" +
+ "AAAAAAA",
+
+ "Layer 7:" + "\n" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX" + "\n" +
+ "XXXXXXX",
});
-
+
}
@@ -218,6 +367,13 @@ public class BookHandler {
RecipeUtils.addShapelessGregtechRecipe(new ItemStack[]{ItemUtils.getSimpleStack(Items.writable_book), ItemUtils.getItemStackOfAmountFromOreDict("wireGt01Tin", 1)}, ItemBookWritten_MultiPowerStorage);
RecipeUtils.addShapelessGregtechRecipe(new ItemStack[]{ItemUtils.getSimpleStack(Items.writable_book), ItemUtils.getItemStackOfAmountFromOreDict("dustUranium", 1)}, ItemBookWritten_NuclearManual);
RecipeUtils.addShapelessGregtechRecipe(new ItemStack[]{ItemUtils.getSimpleStack(Items.writable_book), ItemUtils.getItemStackOfAmountFromOreDict("wireGt01Copper", 1)}, ItemBookWritten_MultiChemicalPlant);
+
+ for (int i=0;i<mBookKeeperCount;i++){
+ ItemStack bookstack = ItemUtils.simpleMetaStack(ModItems.itemCustomBook, i, 1);
+ GT_OreDictUnificator.registerOre("bookWritten", bookstack);
+ GT_OreDictUnificator.registerOre("craftingBook", bookstack);
+ }
+
}
private static BookTemplate writeBookTemplate(String aMapping, String aTitle, String aAuthor, String[] aPages){
generated by cgit (git 2.46.0) at 2025-04-07 05:25:33 +0000