bonii-xx · October 15, 2023 17:31 · Jan 18, 2015 · Jan 13, 2015 · Dec 30, 2014 · Nov 28, 2014
diff --git a/ToolMaterials b/ToolMaterials
@@ -26,6 +26,16 @@ tag.setFloat("Projectile_Fragility", 0.9f); // This is a multiplier to the shaft
 
 FMLInterModComms.sendMessage("TConstruct", "addMaterial", tag);
 
+/* SINCE 1.8.3 - material mappings
+ * This maps an item to a material so it can be used for repairing etc. */
+tag = new NBTTagCompound();
+tag.setInteger("MaterialId", 50);
+tag.setInteger("Value", 2); // 1 material ever 2 value. See PartMapping IMC
+item = new NBTTagCompound();
+(new ItemStack(TinkerTools.materials, 1, 2)).writeToNBT(item); // seared brick item
+tag.setTag("Item", item);
+
+FMLInterModComms.sendMessage("TConstruct", "addMaterialItem", tag);
 
 /* This part adds mappigs, so that you can convert items to toolparts in the Part Builder.
    Stone Parts are used as the baseline for what exists */

diff --git a/ToolMaterials b/ToolMaterials
@@ -89,4 +89,10 @@ tag.setString("FluidName", FluidRegistry.WATER.getName());
 tag.setInteger("Temperature", 9001);
 // but also used up very quickly
 tag.setInteger("Duration", 1); // this means 15 mb last 1 tick. Therefore 1 second of use drains 15*20 = 300mb water
-FMLInterModComms.sendMessage("TConstruct", "addSmelteryFuel", tag);
+FMLInterModComms.sendMessage("TConstruct", "addSmelteryFuel", tag);
+
+/* SINCE 1.8.3
+This allows you to register your custom IEnergyContainerItems as a valid item for adding the Redstone Flux Modifier to your tool
+you can add any item you like, just make sure that the item implements IEnergyContainerItem interface from the cofh/api/energy api */
+ItemStack battery = new ItemStack(ModItems.battery); 
+FMLInterModComms.sendMessage("TConstruct", "addFluxBattery", battery);
diff --git a/ToolMaterials b/ToolMaterials
@@ -13,6 +13,17 @@ tag.setFloat("Stonebound", 0); // optional, cannot be used if jagged
 tag.setString("Style", EnumChatFormatting.RED.toString()); // optional, color of the material text
 tag.setInteger("Color", 255 << 24 | 45 << 16 | 45 << 8 | 40); // argb
 
+/* SINCE 1.8.2 - bow and arrow stats
+ * for bow and arrow stats, best compare to other materials to find good values
+ */
+// additional stats for bows
+tag.setInteger("Bow_DrawSpeed", 100); // the higher the longer it takes to draw the bow
+tag.setFloat("Bow_ProjectileSpeed", 1.0f); // the higher the faster the projectile goes
+
+// additional stats for arrows
+tag.setFloat("Projectile_Mass", 2.0f);
+tag.setFloat("Projectile_Fragility", 0.9f); // This is a multiplier to the shafts break-chance
+
 FMLInterModComms.sendMessage("TConstruct", "addMaterial", tag);
 
 

diff --git a/ToolMaterials b/ToolMaterials
@@ -2,6 +2,7 @@
 NBTTagCompound tag = new NBTTagCompound();
 tag.setInteger("Id", 50); // Unique material ID. Reseved IDs: 0-40 Tinker, 41-45 Iguana Tinker Tweaks, 100-200 ExtraTiC
 tag.setString("Name", "Seared Stone"); // Unique material name
+tag.setInteger("HarvestLevel", 3); // diamond level
 tag.setInteger("Durability", 100);
 tag.setInteger("MiningSpeed", 100);
 tag.setInteger("Attack", 0); // optional

diff --git a/ToolMaterials b/ToolMaterials
@@ -58,7 +58,7 @@ item = new NBTTagCompound();
 (new ItemStack(TinkerSmeltery.smeltery, 1, 4)).writeToNBT(item); // seared stone block
 tag.setTag("Block", item);
 // liquid to produce. This time the amount DOES matter!
-(new FluidStack(TinkerSmeltery.moltenStoneFluid, TConstruct.ingotLiquidValue/4)).writeToNBT(tag); // this also works, amount doesn't matter
+(new FluidStack(TinkerSmeltery.moltenStoneFluid, TConstruct.ingotLiquidValue/4)).writeToNBT(tag); // this also works
 // the temperature required
 tag.setInteger("Temperature", 850);
 FMLInterModComms.sendMessage("TConstruct", "addSmelteryMelting", tag);

diff --git a/ToolMaterials b/ToolMaterials
@@ -44,7 +44,7 @@ tag.setString("FluidName", TinkerSmeltery.moltenStoneFluid.getName());
 tag.setInteger("MaterialId", 50); // output material id
 FMLInterModComms.sendMessage("TConstruct", "addPartCastingMaterial", tag);
 
-// Smeltery stuff since 1.7.0d5
+// Smeltery stuff since 1.7.1
 /* This part adds Smeltery melting. Give it an item, a block to render in the smeltery, the temperature required and the liquid to produce.
    For reference: Iron has temperature 600, Stone has 800, Water has 20.
    Melting duration is directly related to temperature required. */

diff --git a/ToolMaterials b/ToolMaterials
@@ -44,7 +44,7 @@ tag.setString("FluidName", TinkerSmeltery.moltenStoneFluid.getName());
 tag.setInteger("MaterialId", 50); // output material id
 FMLInterModComms.sendMessage("TConstruct", "addPartCastingMaterial", tag);
 
-// Since 1.7.0d5
+// Smeltery stuff since 1.7.0d5
 /* This part adds Smeltery melting. Give it an item, a block to render in the smeltery, the temperature required and the liquid to produce.
    For reference: Iron has temperature 600, Stone has 800, Water has 20.
    Melting duration is directly related to temperature required. */
@@ -61,4 +61,20 @@ tag.setTag("Block", item);
 (new FluidStack(TinkerSmeltery.moltenStoneFluid, TConstruct.ingotLiquidValue/4)).writeToNBT(tag); // this also works, amount doesn't matter
 // the temperature required
 tag.setInteger("Temperature", 850);
-FMLInterModComms.sendMessage("TConstruct", "addSmelteryMelting", tag);
+FMLInterModComms.sendMessage("TConstruct", "addSmelteryMelting", tag);
+
+/* This part adds Smeltery fuel. Give it a fuel, how hot it is and how long it lasts.
+   The temperature determines WHAT it can melt (e.g. stone needs at least temperature 800) and how FAST it melts
+   The duration depends on how long one "portion" of fuel lasts.
+
+   For reference: Lava has a temperature of 1300 and a duration of 80
+   The duration has to be divided through 20 to get the seconds.
+   One "portion" is 15mb. */
+tag = new NBTTagCompound();
+// fuel liquid. Amount doesn't matter if you use the fluidstack variant
+tag.setString("FluidName", FluidRegistry.WATER.getName());
+// water is totally OP
+tag.setInteger("Temperature", 9001);
+// but also used up very quickly
+tag.setInteger("Duration", 1); // this means 15 mb last 1 tick. Therefore 1 second of use drains 15*20 = 300mb water
+FMLInterModComms.sendMessage("TConstruct", "addSmelteryFuel", tag);
diff --git a/ToolMaterials b/ToolMaterials
@@ -42,4 +42,23 @@ tag.setString("FluidName", TinkerSmeltery.moltenStoneFluid.getName());
 // or this way, it's equal
 (new FluidStack(TinkerSmeltery.moltenStoneFluid, 1)).writeToNBT(tag); // this also works, amount doesn't matter
 tag.setInteger("MaterialId", 50); // output material id
-FMLInterModComms.sendMessage("TConstruct", "addPartCastingMaterial", tag);
+FMLInterModComms.sendMessage("TConstruct", "addPartCastingMaterial", tag);
+
+// Since 1.7.0d5
+/* This part adds Smeltery melting. Give it an item, a block to render in the smeltery, the temperature required and the liquid to produce.
+   For reference: Iron has temperature 600, Stone has 800, Water has 20.
+   Melting duration is directly related to temperature required. */
+tag = new NBTTagCompound();
+// the item
+item = new NBTTagCompound();
+(new ItemStack(TinkerTools.materials, 1, 2)).writeToNBT(item); // seared brick item
+tag.setTag("Item", item);
+// the block to render
+item = new NBTTagCompound();
+(new ItemStack(TinkerSmeltery.smeltery, 1, 4)).writeToNBT(item); // seared stone block
+tag.setTag("Block", item);
+// liquid to produce. This time the amount DOES matter!
+(new FluidStack(TinkerSmeltery.moltenStoneFluid, TConstruct.ingotLiquidValue/4)).writeToNBT(tag); // this also works, amount doesn't matter
+// the temperature required
+tag.setInteger("Temperature", 850);
+FMLInterModComms.sendMessage("TConstruct", "addSmelteryMelting", tag);
diff --git a/ToolMaterials b/ToolMaterials
@@ -15,7 +15,6 @@ tag.setInteger("Color", 255 << 24 | 45 << 16 | 45 << 8 | 40); // argb
 FMLInterModComms.sendMessage("TConstruct", "addMaterial", tag);
 
 
-
 /* This part adds mappigs, so that you can convert items to toolparts in the Part Builder.
    Stone Parts are used as the baseline for what exists */
 tag = new NBTTagCompound();

diff --git a/gistfile1.java → ToolMaterials b/gistfile1.java → ToolMaterials
@@ -35,7 +35,8 @@
 
 
 /* This part adds Smeltery casting. Give it a liquid, and which material to output. BAM toolpart casting.
-   Iron parts are used as the baseline for what exists */
+   Iron parts are used as the baseline for what exists.
+   Note that the Liquid has to exist. */
 tag = new NBTTagCompound();
 // liquid to use
 tag.setString("FluidName", TinkerSmeltery.moltenStoneFluid.getName());

diff --git a/gistfile1.java b/gistfile1.java
@@ -0,0 +1,45 @@
+/* This first part adds Seared Stone as a material. Toolparts and tool graphics are created automatically by color */
+NBTTagCompound tag = new NBTTagCompound();
+tag.setInteger("Id", 50); // Unique material ID. Reseved IDs: 0-40 Tinker, 41-45 Iguana Tinker Tweaks, 100-200 ExtraTiC
+tag.setString("Name", "Seared Stone"); // Unique material name
+tag.setInteger("Durability", 100);
+tag.setInteger("MiningSpeed", 100);
+tag.setInteger("Attack", 0); // optional
+tag.setFloat("HandleModifier", 0.1f);
+tag.setInteger("Reinforced", 0); // optional
+tag.setFloat("Stonebound", 0); // optional, cannot be used if jagged
+//tag.setFloat("Jagged", 0); // optional, cannot be used if stonebound
+tag.setString("Style", EnumChatFormatting.RED.toString()); // optional, color of the material text
+tag.setInteger("Color", 255 << 24 | 45 << 16 | 45 << 8 | 40); // argb
+
+FMLInterModComms.sendMessage("TConstruct", "addMaterial", tag);
+
+
+
+/* This part adds mappigs, so that you can convert items to toolparts in the Part Builder.
+   Stone Parts are used as the baseline for what exists */
+tag = new NBTTagCompound();
+tag.setInteger("MaterialId", 50); // output material id
+NBTTagCompound item = new NBTTagCompound();
+(new ItemStack(TinkerSmeltery.smeltery, 1, 2)).writeToNBT(item); // seared brick block
+tag.setTag("Item", item);
+
+item = new NBTTagCompound();
+(new ItemStack(TinkerTools.materials, 1, 2)).writeToNBT(item); // seared brick item
+tag.setTag("Shard", item);
+
+// 1 value = 1 shard. So 1 blocks like stone usually have value 2.
+// Seared Brick is the shard, the block consists of 4 bricks, therefore value 4
+tag.setInteger("Value", 4);
+FMLInterModComms.sendMessage("TConstruct", "addPartBuilderMaterial", tag);
+
+
+/* This part adds Smeltery casting. Give it a liquid, and which material to output. BAM toolpart casting.
+   Iron parts are used as the baseline for what exists */
+tag = new NBTTagCompound();
+// liquid to use
+tag.setString("FluidName", TinkerSmeltery.moltenStoneFluid.getName());
+// or this way, it's equal
+(new FluidStack(TinkerSmeltery.moltenStoneFluid, 1)).writeToNBT(tag); // this also works, amount doesn't matter
+tag.setInteger("MaterialId", 50); // output material id
+FMLInterModComms.sendMessage("TConstruct", "addPartCastingMaterial", tag);