Merge pull request 'Calculations for Titanium, Chrome and Iridium' (#2) from calcs into main

Reviewed-on: #2

.gitattributes

@@ -0,0 +1,2 @@
+*.jpg filter=lfs diff=lfs merge=lfs -text
+*.png filter=lfs diff=lfs merge=lfs -text

New Attempts/Commands.md

@@ -1,21 +1,33 @@
 ## miner setup
+- place one ender chest, then 4 turtles facing away from it around it, with fuel and preferably labels set, like this:
 
-- place one ender chest, then 4 turtles facing away from it around it, with fuel and preferably labels set
+![Mining Turtle Setup](../images/mining_setup.png)
+
+- give each turtle compare blocks before starting the program like this
+
+![Mining Turtle Compare Blocks](../images/mining_turtle_compare_blocks.png)
 
 **execute commands**:
-- pastebin get gGy2HWcF mine
-- mine
+- `pastebin get gGy2HWcF mine`
+- `mine`
 
 ## boiler builder
 
-- place turtle infront (facing away) from a resupply station
-- provide low pressure boilers, liquid fueled fireboxes and liquiducts in the resupply station
-- follow the instructions of the turtle after placing it and starting the program
-- give the turtle fuel beforehand
+- **give the turtle fuel beforehand**
+- place turtle infront (facing away) from a resupply station like this:
+
+![Boiler Turtle Station Setup](../images/boiler_turtle_station_setup.png)
+- the boilers are built infront of the turtle to the right, make sure the ground is even and is at least 2 blocks deep for the water
+- provide low pressure boilers, liquid fueled fireboxes and liquiducts in the resupply station like this:
+
+![Boiler Turtle Resupply Station](../images/boiler_turtle_resupply_station.png)
+- follow the instructions of the turtle after placing it and starting the program, required items will look like this:
+
+![Boiler Turtle Required Items](../images/boiler_turtle_required_items.png)
 
 **execute commands**:
-- pastebin get ZJt5uwjW boiler
-- boiler
+- `pastebin get ZJt5uwjW boiler`
+- `boiler`
 
 ## lava refuel setup
 
@@ -23,16 +35,31 @@
 - place 1 bucket of lava in first slot
 
 **execute commands**:
-- label set <name>
-- pastebin get nFSUKiYE lava
-- refuel
-- lava 10
+- `label set <name>`
+- `pastebin get nFSUKiYE lava`
+- `refuel`
+- `lava 10`
+
+## IBF Distribution turtle
+
+- **give the turtle fuel beforehand**
+- place above me interface, set the interface to keep 4 dust (titanium/chrome/tungsten)
+
+Like this:
+
+![IBF Setup](../images/ibf_setup.png)
+
+**execute commands**:
+- `pastebin get iq0Xe2KF ibf`
+- `ibf`
 
 ## grindstone turtle
 
+Place an engineering turtle (turtle with crescent hammer, 3 iron + 1 silver) facing the crank of a grindstone
+
 **execute commands**:
-- pastebin get pRPJkvnv grind
-- grind
+- `pastebin get pRPJkvnv startup`
+- `startup`
 
 same for the killing turtles in xp farm
 

Notes.md

@@ -228,11 +228,11 @@ In 3x3 Chunk Fläche:
 - 34x Reinforced Machine Casings (54x Steel (plates), 9x Advanced Machine Blocks, 18x Advanced Circuits)
 - 2x Lava inside
 
-End setup: 4 Stacked on top of each other
+End setup: 3 Stacked on top of each other
 - 4x Titanium
-- 7x Chrome (keep an eye on balancing, logistic pipes?)
-- 4x Tungsten (need 16x kanthal heating coils, no nichrome)
-- 1x Aluminium (if using aluminium for the mixed metal ingots, otherwise 1 is fine)
+- 4x Chrome
+- 1x Tungsten (need 4x kanthal heating coils, no nichrome) (only 30 total tungsten are needed, 1 IBF takes less than an hour to make those)
+- 3x Aluminium (if using aluminium for the mixed metal ingots, otherwise 1 is fine)
 
 ### Drop Mob Farms
 
@@ -271,37 +271,91 @@ Keep enough for Assemblers making Data Control Circuits etc.
 
 ## End Game
 
-### For Chrome (need 498)
-4 Electrolyzers on ruby dust -> chrome dust
-2+ stacks centrifuges for redstone -> ruby dust
+### For Iridium (need 200)
+- Mine 5-6 stacks of Sheldonite Ore
+- 2 Grinders for Sheldonite and Ferrous with Mercury Cells
+- 1 stack of centrifuges for platinum dust
+- Keep ~300 platinum for circuit boards for the fusion
 
-### For Titanium (need 252)
-16 Electrolyzers on bauxite dust
+More details [here](./material%20calculations/iridium_calcs.md)
 
-### For Beryllium (need 256)
-4 Electrolyzers on ender pearl dust
+### For Chrome (need 526)
+- 4 IBFs for chrome dust -> chrome ingots
+- 4 electrolyzers on ruby dust -> chrome dust
+- 3 stacks centrifuges for redstone -> ruby dust
 
-### For Helium (need 63)
-16 Centrifuges on end stone dust (make with tome of alkahest)
+More details [here](./material%20calculations/chrome_calcs.md)
+
+### For Titanium (need 280)
+- 16 electrolyzers on bauxite dust
+
+More details [here](./material%20calculations/titanium_calcs.md)
+
+### For Beryllium (need 264)
+- 4 electrolyzers on ender pearl dust
+
+### For Helium (need 45)
+- 16 centrifuges on end stone dust (make with tome of alkahest)
 
 
 ## Items for Fusion:
 
 33 Fusion Coils:
-	157 Energy Flow Circuits
-	132 Chrome Plates
-	132 Titanium Plates
-	66 Chrome Ingots
+- 132 Energy Flow Circuits
+- 33 Superconductors
+- 132 Chrome Plates
+- 66 Chrome Ingots
+- 132 Titanium Plates
+- 33 Iridium Plates
+- 264 Beryllium Cells
+- 1056 Dense Copper Plates
+- 4224 Coal Dust
+- 4224 Tin Dust
+
+120 Advanced Machine Casings (32 (below) + 30 (above) + 24 (inner) + 34 (outer)):
+- 60 Data Control Circuits
+- 300 Chrome Plates
+- 120 Titanium Plates
+
+1 Fusion Control Computer (not including the fusion coil):
+- 4 Data Orbs
+- 10 Energy Flow Circuits
+
+4 Fusion Energy Injectors
+- 24 Superconductors
+- 32 Energy Flow Circuits
+- 16 Chrome Plates
+- 16 Titanium Plates
+- 2 Iridium Plates
+- 16 Lapotron Crystals
+
+2 Fusion Material Injectors
+- 6 Energy Flow Circuits
+- 8 Chrome Plates
+- 8 Titanium Plates
+
+1 Fusion Material Extractor
+- 3 Energy Flow Circuits
+- 4 Chrome Plates
+- 4 Titanium Plates
+
+Total of 57 Superconductors required (15 recipes of 4):
+- 45 Helium cells
+- 30 Tungsten Plates
+- 15 Iridium Plates
+- 45 Energy Flow Circuits
 
 
-120 Advanced Machine Casings:
-	60 Data Control Circuits
-	300 Chrome Plates
-	120 Titanium Plates
+**Important Base Material Totals**:
+- 228 Energy Flow Circuits -> 228 Lapotron Crystals, 228 Platinum, 9576 Redstone (including redstone to lapis), 2052 Copper, 4104 Rubber
+- 526 Chrome
+- 280 Titanium
+- 50 Iridium Plates / 200 Iridium Ingots -> Maximum of 360 or ~6 Stacks of Sheldonite necessary!!
+- 264 Beryllium Cells
+- 1056 Dense Copper Plates
+- 289 Platinum Plates (including the ones for energy flow circuits)
 
-Other compos:
-	60 Energy Flow Circuit
-	4 Data Orb
+## Charging the Reactor:
+- Assuming full throughput, the 4 Energy Injectors can accept 32768EU/t, taking about 1 minute to fully charge the required 40 million EU.
+- This would require 64 boiler pairs (4 layers) with at least partially charged MFSUs, or 85 boiler pairs without any buffer dedicated to the charging.
 
-
-63 Helium Cells

material calculations/chrome_calcs.md

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+# Chrome Production Calculations
+
+**526 total chrome needed**
+
+## Chrome Ingots from Chrome Dust
+
+1 chrome dust in an IBF takes 40 seconds. For 526 chrome that would take ~5:50h. 4 IBF (one circle around a casing) take 1:27h.
+
+Power consumption is 128EU/t per IBF.
+
+## Chrome Dust from Ruby Dust
+
+9 ruby dust make 1 chrome dust in an electrolyzer in 25 seconds. For 526 chrome dust, 4734 ruby dust are necessary. In one electrolyzer, this would take ~3:39h. 4 electrolyzers need 55 minutes.
+
+Power consumption is 50EU/t per electrolyzer.
+
+## Ruby Dust from Redstone Dust
+
+10 redstone dust make 1 ruby dust in a centrifuge in 350 seconds. A stack of centrifuges produces 1 ruby dust every 5.47s or 0.183 ruby dust per second. For 4734 ruby dust, a stack of centrifuges needs 7:11h. Two stacks need 3:36h, 3 stacks 2:24h, 4 stacks 1:48h, 5 stacks 1:26h.
+
+Note that extra rubies will be found by the mining turtles/quarry.
+
+Each stack of centrifuges consumes 1.8 redstone per second or 110 redstone per minute. For the entire 526 chrome, 47.34k redstone are necessary.
+
+Power consumption is 320EU/t per stack of centrifuges.
+
+## Suggestion
+
+- 4 IBFs on chrome -> 1:27h, 512EU/t
+- 4 electrolyzers -> 0:55h, 200EU/t
+- 3 stacks of redstone centrifuges -> 2:24h, 1280EU/t
+
+In 1:27h, the centrifuges would produce 2865 ruby dust, so quarries would need to supplement 1868.
+
+Total power: ~2000EU/t, needs about 10 boilers
+
+## Centrifuge cost
+
+| Item | For 1 Centrifuge | For 1 Stack | For 3 Stacks |
+---|---|---|---
+refined iron | 31 | 1984 | 5952
+redstone | 14 | 896 | 2688
+copper | 9 | 576 | 1728
+rubber | 18 | 1152 | 3456
+glowstone | 4 | 256 | 768
+lapis | 4 | 256 | 768
+advanced alloys | 4 | 256 | 768
+coal dust (for carbon plates) | 32 | 2048 | 6144
+planks | 20 | 1280 | 3840

material calculations/iridium_calcs.md

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+# Iridium Production Calculations
+
+**200 total iridium ingots needed**
+
+## Making Plates
+
+*No iridium is needed in ingot form, everything can be converted to plates!*
+
+50 Plates are needed for the Fusion Reactor. Nothing needed for anything else!
+
+An Implosion Compressor makes 1 plate per second from Iridium Alloy Ingots. That takes a minute for all Iridium Plates needed in the run, using 32EU/t. Basically completely irrelevant other than having to place the machine once.
+
+For 50 Iridium Plates, 400 Industrial TNT are needed.
+
+## Making Iridium Alloy Ingots
+
+Make in a rolling machine using 4 Iridium Ingots, 4 Advanced Alloys and 1 Diamond Dust. Takes 5 seconds per Plate. For 50 Plates that is about 4 minutes. Uses MJ.
+
+## Making Ingots
+
+From Ore: Compress 1 ore to 1 ingot.
+
+From Sheldonite: Grind Sheldonite with mercury cells in the Industrial Grinder. Takes 5s per ore and 128EU/t. Produces 2 Iridium Nuggets and 3 Platinum Dust per ore. Platinum Dust can be centrifuged to Iridium Nuggets 1:1, so in total that is 5/9 Iridium Ingots per Sheldonite Ore. Compress the nuggets into ingots.
+
+From Ferrous Ore: Grind Ferrous with mercury cells in the Industrial Grinder. Takes 5s per ore and 128EU/t. Produces 1 Platinum Dust per ore.
+
+## Centrifuging Platinum Dust
+
+1 Centrifuge takes 1 Platinum Dust (no cells) and makes 1 Iridium Nugget (and 1 tiny pile of Nickel Dust) in 150s using 5EU/t. 
+
+One stack of centrifuges produces 0.427 Iridium Nuggets per second, which is 0.047 Iridium Ingots per second or 2.84 Iridium Ingots per Minute.

material calculations/titanium_calcs.md

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+# Titanium Production Calculations
+
+**280 total titanium needed**
+
+## Titanium Ingots from Titanium Dust
+
+1 titanium dust in an IBF takes 50 seconds. For 280 titanium that would take 3:53h. 4 IBF (one circle around a casing) take 58.3 minutes.
+
+Power consumption is 128EU/t per IBF.
+
+## Titanium Dust from Bauxite Dust
+
+12 Bauxite Dust make 0.5 (2 small piles) Titanium Dust in an electrolyzer in 100 seconds using 128EU/t. For 280 Titanium, 6720 Bauxite Dust are necessary. In one electrolyzer, this would take 15:33h. 4 electrolyzers take 3:53h, 16 electrolyzers take 58.3 minutes.
+
+## Bauxite Dust from Bauxite Ore
+
+1 Bauxite Ore can be macerated into 4 Bauxite Dust, so 1680 Bauxite Ore are needed.

splits.md

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+- Grind Stone
+- Minimum Stone
+- 4 Turtles Running
+- ME System