Update Frame Quarry requirements (#5)

The requirements for the frame quarry were pretty outdated, some items were only used when we did the runs on the Bedcraft server with TickThreading.

This updates the requirements to the latest version of the Mystcraft-based (eternal day, Meadow single biome, flat) frame quarry.

I haven't figured out a good design for overworld frame quarries that are protected against falling blocks or liquids from above, so this must do for now.

Co-authored-by: ThePixelbrain <19214217+ThePixelbrain@users.noreply.github.com>
Reviewed-on: #5
Co-authored-by: Pixelbrain <pixelbrain@noreply.localhost>
Co-committed-by: Pixelbrain <pixelbrain@noreply.localhost>

.gitattributes

@@ -0,0 +1,3 @@
+*.jpg filter=lfs diff=lfs merge=lfs -text
+*.png filter=lfs diff=lfs merge=lfs -text
+*.pdf filter=lfs diff=lfs merge=lfs -text

New Attempts/Commands.md

@@ -1,48 +0,0 @@
-## miner setup
-
-- place one ender chest, then 4 turtles facing away from it around it, with fuel and preferably labels set
-
-**execute commands**:
-- 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
-
-**execute commands**:
-- pastebin get ZJt5uwjW boiler
-- boiler
-
-## lava refuel setup
-
-- place at edge of lava lake in the nether
-- place 1 bucket of lava in first slot
-
-**execute commands**:
-- label set <name>
-- pastebin get nFSUKiYE lava
-- refuel
-- lava 10
-
-## IBF Distribution turtle
-
-- place above me interface with the dust to smelt set to 4
-
-**execute commands**:
-- pastebin get iq0Xe2KF ibf
-- ibf
-
-## grindstone turtle
-
-**execute commands**:
-- pastebin get pRPJkvnv grind
-- grind
-
-same for the killing turtles in xp farm
-
-# quarry program
-quarry -oreQuarry true -enderChest 16 -doRefuel false -dumpCompareItems false -invert false -rednet false -dim 16 16 70

README.md

@@ -80,6 +80,18 @@ Total:
 - 1 Diamond
 - 13 Glass
 
+### Early EU machines
+Get the following:
+- Plate Bending Machine
+- Singularity Compressor
+- Induction Furnace
+- Rotary Macerator
+
+Also needed:
+- Alloy Furnace for brass
+
+For more details see [here](./calculations/early_machines.md)
+
 ### Early Necessary MF Machines
 - MV Consumer
 - Energy Bridge
@@ -98,7 +110,7 @@ Total:
 - ~3 Farms needed at the end
 
 ### Autospawner Mob Farm
-**Wichtige Mobs**
+**Important Mobs**
 - Ghast (for Safari Nets, find the small ghasts in the twilight forest, take magic map, icon is the cactus-looking white symbol)
 - Enderman
 - Witch (get by transformation powder on skeleton druid in the twilight forest)
@@ -114,19 +126,22 @@ Total:
 
 ### ME Automation
 
-**5x5x5 Crafter**:
+**4x4x5 ME crafting cube**
-- 44 Containment Walls
+- 6 pattern provider
-- 54 Heat Vents
+- 6 crafting cpus
-- 18 Crafting CPUs
+- 32 heat vent
-- 9 Pattern Provider
+- 36 containment walls
 
-*probably balance more towards more crafting CPUs, fewer pattern providers*
+**Total resources**:
+- 96 quartz
+- 56 quartz dust (32 for silicone -> 12 adv. + 20. basic circuits)
+- 164 gold
+- 12 diamonds
 
-**Total**:
+- 416 iron
-- 160 Quartz
+- 176 redstone
-- 96 Quartz Dust
+- 12 glowstone
-- 27 Diamonds
+- 48 glass
-- 235 Gold
 
 ### Blast Furnace
 34x Blocks
@@ -144,6 +159,8 @@ total 32x Blast Furnaces, 4x2x4:
 ### Power Upgrade
 - +1 stack geothermal generators
 
+For details see [here](./calculations/geothermial_power.md).
+
 ### Plate-Bender setups:
 - 4x Iron plates, limit 2048
 - 2x Steel plates, limit 512
@@ -172,7 +189,7 @@ to run per layer (32 boilers):
 - 4 bioreactors
 - produce 5600EU/t
 
-In 3x3 Chunk Fläche:
+In 3x3 Chunk Area:
 - 2 x 16 boilers per layer
 - ~4 layers -> 128 boilers
 
@@ -200,39 +217,51 @@ In 3x3 Chunk Fläche:
 
 ## Mid Game
 
+### Lava centrifuges
+At some point, start building centrifuges for lava producing copper and tin! Start with 32 or 64, then expand later.
+
+For more details [see here](./calculations/lava_calcs.md).
+
 ### Frame Quarry
-- 144 Support Frames (+32-64 later)
+
+This material list is optimized for running in a eternal day, Meadow single biome, flat Mystcraft world.
+It's not protected against falling gravel or flowing liquids from above.
+
+- 128 Support Frames
 - 120 Redstone Tube Frames
 - 16 Tube Frames
 
 **Other Mats**:
-48 Mining Wells
+- 48 Mining Wells
-24 Deployer
+- 16 Deployer
-80 Block Breaker
+- 81 Block Breaker
-8 Item Tesseracts
+- 9 Item Tesseracts
-8 Energy Tesseracts
+- 9 Energy Tesseracts
-64 Red Alloy Wire
+- 64 Red Alloy Wire
-2 Repeater
+- 3 Repeater
-1 Timer
+- 1 Timer
-2 Frame Motors
+- 1 Lever
-9 Solar Panels
+- 2 Frame Motors
-1 Battery Box
+- 8 Solar Panels
-1 Wireless Receiver
+- 1 Battery Box
-1 Wireless Transmitter
+- 17 Jacketed Wire
-20 Jacketed Wire
+- ca. 128 Cobblestone Panel
-1 Ender Chest
+- ca. 128 Cobblestone Cover
-3 Control Tracks
+- 2 Cobblestone Cover Strip
+- 1 Ender Chest / Item Tesseract
+- 1 Chunk Loader
+- 1 Screwdriver
 
 ### Industrial Blast
 
 - 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 Chrome
-- 4x Tungsten (need 16x kanthal heating coils, no nichrome)
+- 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)
-- 1x Aluminium (if using aluminium for the mixed metal ingots, otherwise 1 is fine)
+- 3x Aluminium (if using aluminium for the mixed metal ingots, otherwise 1 is fine)
 
 ### Drop Mob Farms
 
@@ -271,37 +300,90 @@ Keep enough for Assemblers making Data Control Circuits etc.
 
 ## End Game
 
-### For Chrome (need 498)
+### For Iridium (need 200)
-4 Electrolyzers on ruby dust -> chrome dust
+- Mine 5-6 stacks of Sheldonite Ore
-2+ stacks centrifuges for redstone -> ruby dust
+- 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)
+More details [here](./calculations/iridium_calcs.md)
-16 Electrolyzers on bauxite dust
 
-### For Beryllium (need 256)
+### For Chrome (need 526)
-4 Electrolyzers on ender pearl dust
+- 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)
+More details [here](./calculations/chrome_calcs.md)
-16 Centrifuges on end stone dust (make with tome of alkahest)
+
+### For Titanium (need 280)
+- 16 electrolyzers on bauxite dust
+
+More details [here](./calculations/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 Energy Flow Circuits
-	132 Chrome Plates
+- 33 Superconductors
-	132 Titanium Plates
+- 132 Chrome Plates
-	66 Chrome Ingots
+- 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:
+**Important Base Material Totals**:
-	60 Data Control Circuits
+- 228 Energy Flow Circuits -> 228 Lapotron Crystals, 228 Platinum, 9576 Redstone (including redstone to lapis), 2052 Copper, 4104 Rubber
-	300 Chrome Plates
+- 526 Chrome
-	120 Titanium Plates
+- 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:
+## Charging the Reactor:
-	60 Energy Flow Circuit
+- Assuming full throughput, the 4 Energy Injectors can accept 32768EU/t, taking about 1 minute to fully charge the required 40 million EU.
-	4 Data Orb
+- 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

calculations/chrome_calcs.md

@@ -0,0 +1,49 @@
+# 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

calculations/early_machines.md

@@ -0,0 +1,26 @@
+# Early EU machines
+
+Assuming a geothermal generator already exists
+
+## Suggested Crafting order:
+
+### First
+- Craft 9 electronic circuits, one of them to advanced
+- Craft 1 battery
+- Craft 7 machine blocks
+- Craft 3 compressors
+- Craft plate bending machine
+
+### Second
+- Use leftover cable to connect compressor and plate bending machine to power
+- Make invar through dust mixing (2 iron + 1 nickel/ferrous)
+- Make brass in alloy furnace (3 copper ingots + 1 tin ingot)
+- Make 6 mixed metal ingots from 3 invar plates + 3 brass plates + 3 tin plates
+- Make 6 carbon plates from 48 coal dust
+
+### Third
+- Take the compressor
+- Craft singularity compressor
+- Craft rotary macerator
+- Craft induction furnace
+- Put levers on them

calculations/geothermial_power.md

@@ -0,0 +1,31 @@
+# Power from lava in geothermial generators
+
+## Production 
+
+1 Geothermal Generator produces 20EU/t with lava and consumes 1 bucket of lava in 50s at max capacity. 32 Generators produce 640EU/t and 64 produce 1280EU/t.
+
+## Cost
+
+1 Geothermal Generator needs:
+- 10 refined iron
+- 6 tin
+- 4 glass
+- 2 redstone
+- 1/2 copper
+- 1 rubber
+
+32 need:
+- 5 stacks of iron (320)
+- 3 stacks of tin (192)
+- 2 stacks of glass (128)
+- 1 stack of redstone (64)
+- 18 copper -> 36x cable
+- 36 rubber -> 36x cable
+
+64 need:
+- 10 stacks of iron (640)
+- 6 stacks of tin (384)
+- 4 stacks of glass (256)
+- 2 stacks of redstone (128)
+- 33 copper -> 66x cable
+- 66 rubber -> 66x cable

calculations/iridium_calcs.md

@@ -0,0 +1,31 @@
+# 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.

calculations/lava_calcs.md

@@ -0,0 +1,29 @@
+# Lava centrifuging to Copper and Tin
+
+## Production
+
+One centrifuge converts 16 Lava buckets to 4 Copper Ingots, 2 Tin Ingots, 1 Electrum Ingot and 2 tiny piles of Tungsten in 500 seconds, using 5EU/t.
+
+| Item | 1 centrifuge | 64 | 128 | 192 | 256 | 6 stacks | 8 stacks | 10 stacks |
+|------|--------------|----|-----|-----|-----|----------|----------|-----------|
+| Lava per Minute | 1.92 | 123 | 246 | 369 | 492 | 737 | 983 | 1229 |
+| Copper per Minute | 0.48 | 31 | 61 | 92 | 123 | 184 | 246 | 307 |
+| Tin per Minute | 0.24 | 15 | 31 | 46 | 61 | 92 | 123 | 154 |
+| Electrum per Minute | 0.12 | 7.7 | 15 | 23 | 31 | 46 | 61 | 77 |
+| EU/t | 5 | 320 | 640 | 960 | 1280 | 1920 | 2560 | 3200 |
+
+Roughly one pair of boilers needed per stack of centrifuges, or 16 Geothermal Generators.
+
+## 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

calculations/titanium_calcs.md

@@ -0,0 +1,17 @@
+# 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.

original_code/README.md

@@ -0,0 +1,6 @@
+# Original Programs
+
+The code in this directory is not written by me and only here for reference.
+
+## quarry program
+`quarry -oreQuarry true -enderChest 16 -doRefuel false -dumpCompareItems false -invert false -rednet false -dim 16 16 70`

soulcage_statistics/data.csv

@@ -0,0 +1,21 @@
+spawners,redstone,glowstone,sugar,sticks,bottles,gunpowder,eyes
+1,134,128,175,324,135,149,170
+2,313,339,333,575,339,322,279
+3,466,468,506,940,469,504,463
+4,627,620,599,1171,558,644,601
+5,773,710,791,1451,736,782,741
+6,768,815,800,1735,863,889,854
+7,976,890,963,2054,966,951,916
+8,997,977,1015,2102,1024,1071,1078
+9,1089,1053,1112,2137,1093,1057,1052
+10,1084,1052,1108,2226,1143,1128,1128
+11,1154,1152,1223,2342,1194,1150,1130
+12,1232,1188,1151,2236,1215,1190,1135
+13,1292,1232,1273,2432,1264,1273,1223
+14,1358,1308,1360,2536,1284,1350,1357
+15,1251,1356,1236,2742,1233,1334,1263
+16,1321,1395,1393,2768,1345,1440,1346
+17,1495,1379,1472,2764,1440,1456,1408
+18,1506,1496,1382,2829,1450,1528,1416
+19,1526,1314,1455,2988,1574,1453,1469
+20,1559,1602,1471,2942,1531,1577,1531

soulcage_statistics/main.jl

@@ -0,0 +1,105 @@
+using Plots
+using CSV
+using DataFrames
+
+df = CSV.read("data.csv", DataFrame)
+
+@. df.total = (df.redstone + df.glowstone + df.sugar + df.sticks + df.bottles + df.gunpowder + df.eyes)
+@. df.total_rate = df.total / 5
+
+scatter(
+    df.spawners,
+    df.total_rate,
+    title="Total items per minute",
+    label="Single drop tower",
+    xlabel="Spawners",
+    ylabel="Items per Minute",
+    ylim=(0, :auto),
+    xticks=[1, 4, 8, 12, 16, 20]
+)
+savefig("total.pdf")
+savefig("total.png")
+
+@. df.per_spawner = df.total_rate / df.spawners
+
+scatter(
+    df.spawners,
+    df.per_spawner,
+    title="Items per minute per spawner",
+    label="Single drop tower",
+    xlabel="Spawners",
+    ylabel="Items per Minute",
+    ylim=(0, :auto),
+    xticks=[1, 4, 8, 12, 16, 20]
+)
+savefig("per_spawner.pdf")
+savefig("per_spawner.png")
+
+@. df.redstone_rate_per_spawner = df.redstone / df.spawners / 5
+@. df.glowstone_rate_per_spawner = df.glowstone / df.spawners / 5
+@. df.bottles_rate_per_spawner = df.bottles / df.spawners / 5
+@. df.sugar_rate_per_spawner = df.sugar / df.spawners / 5
+@. df.gunpowder_rate_per_spawner = df.gunpowder / df.spawners / 5
+@. df.sticks_rate_per_spawner = df.sticks / df.spawners / 5
+@. df.eyes_rate_per_spawner = df.eyes / df.spawners / 5
+
+scatter(
+    df.spawners,
+    [df.redstone_rate_per_spawner df.glowstone_rate_per_spawner df.bottles_rate_per_spawner df.sugar_rate_per_spawner df.gunpowder_rate_per_spawner df.sticks_rate_per_spawner df.eyes_rate_per_spawner],
+    title="Individual items per minute per spawner",
+    label=["Redstone" "Glowstone" "Bottles" "Sugar" "Gunpowder" "Sticks" "Eyes"],
+    xlabel="Spawners",
+    ylabel="Items per minute per spawner",
+    ylim=(0, :auto),
+    xticks=[1, 4, 8, 12, 16, 20]
+)
+
+savefig("individual_items_rates.pdf")
+savefig("individual_items_rates.png")
+
+@. df.redstone_ratio = df.redstone / df.total * 100
+@. df.glowstone_ratio = df.glowstone / df.total * 100
+@. df.bottles_ratio = df.bottles / df.total * 100
+@. df.sugar_ratio = df.sugar / df.total * 100
+@. df.gunpowder_ratio = df.gunpowder / df.total * 100
+@. df.sticks_ratio = df.sticks / df.total * 100
+@. df.eyes_ratio = df.eyes / df.total * 100
+
+scatter(
+    df.spawners,
+    [df.redstone_ratio df.glowstone_ratio df.bottles_ratio df.sugar_ratio df.gunpowder_ratio df.sticks_ratio df.eyes_ratio],
+    title="Item share",
+    label=["Redstone" "Glowstone" "Bottles" "Sugar" "Gunpowder" "Sticks" "Eyes"],
+    xlabel="Spawners",
+    ylabel="Percentage",
+    ylim=(0, :auto),
+    xticks=[1, 4, 8, 12, 16, 20]
+)
+
+savefig("item_ratios.pdf")
+savefig("item_ratios.png")
+
+@. df.redstone_rate = df.redstone / 5
+@. df.glowstone_rate = df.glowstone / 5
+@. df.bottles_rate = df.bottles / 5
+@. df.sugar_rate = df.sugar / 5
+@. df.gunpowder_rate = df.gunpowder / 5
+@. df.sticks_rate = df.sticks / 5
+@. df.eyes_rate = df.eyes / 5
+
+@. df.low_rate_items_rate = (df.redstone_rate + df.glowstone_rate + df.bottles_rate + df.sugar_rate + df.gunpowder_rate + df.eyes_rate) / 6
+@. df.high_rate_items_rate = df.sticks_rate
+
+scatter(
+    df.spawners,
+    [df.low_rate_items_rate df.high_rate_items_rate],
+    title="Items per tower",
+    label=["Low rate items" "High rate items"],
+    xlabel="Spawners",
+    ylabel="Items per minute per tower",
+    ylim=(0, :auto),
+    xticks=[1, 4, 8, 12, 16, 20]
+)
+
+savefig("items_per_tower.pdf")
+savefig("items_per_tower.png")

splits.md

@@ -0,0 +1,4 @@
+- Grind Stone
+- Minimum Stone
+- 4 Turtles Running
+- ME System

turtle_code/README.md

@@ -0,0 +1,82 @@
+## 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 startup`
+- `startup`
+
+same for the killing turtles in xp farm
+
+## lava refuel setup
+
+- place at edge of lava lake in the nether
+- place 1 bucket of lava in first slot
+
+**execute commands**:
+- `label set <name>`
+- `pastebin get nFSUKiYE lava`
+- `refuel`
+- `lava 10`
+
+## miner setup
+- place one ender chest, then 4 turtles facing away from it around it, with fuel and preferably labels set, like this:
+
+![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`
+
+## boiler builder
+
+- **give the turtle fuel beforehand**
+- give the turtle a **resupply module on its right side**
+- 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`
+
+## 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`
+
+## centrifuge turtle
+
+Place a turtle with an **inventory module** connected on the right like in the following image:
+
+![Centrifuge Turtle Setup](../images/centrifuge_turtle_setup.png)
+
+The leftmost interface should have a stack of cells, the middle one a stack of ingredients, e.g., redstone dust, and the rightmost should be empty.
+
+This program **does not** survive reboots/unloading! Keep it chunk-loaded and do not restart the server after starting the turtle.
+
+Make sure the turtle always has enough resources to keep going. If it has to wait too long, it will break eventually!! If this happens, manually take out all products from the centrifuges to fix it.
+
+**execute commands**:
+- `pastebin get 1reqCa4x cent` (for **redstone**)
+- `pastebin get 793PtXnD cent` (for **platinum**)
+- `cent`

turtle_code/centrifuges_platinum.lua

@@ -0,0 +1,425 @@
+
+xRelPos = 0 -- "positive = forward"
+yRelPos = 0 -- "positive = right"
+zRelPos = 0 -- "positive = upwards"
+
+facing = {
+    x = 1,
+    y = 0
+}
+
+cells_drop = 0
+slot_cells_min = 0
+slot_cells_max = 0
+slot_cells_cur = 0
+
+input_drop = 0
+slot_input_min = 0
+slot_input_max = 0
+slot_input_cur = 0
+
+output_1_take = 0
+slot_output_1_min = 0
+slot_output_1_max = 0
+slot_output_1_cur = 0
+
+output_2_take = 0
+slot_output_2_min = 0
+slot_output_2_max = 0
+slot_output_2_cur = 0
+
+output_3_take = 0
+slot_output_3_min = 0
+slot_output_3_max = 0
+slot_output_3_cur = 0
+
+output_4_take = 0
+slot_output_4_min = 0
+slot_output_4_max = 0
+slot_output_4_cur = 0
+
+function printPos()
+    print("At (", xRelPos, ", ", yRelPos, ", ", zRelPos, ") facing (", facing.x, ", ", facing.y, ")")
+end
+
+-- helper functions for movement
+function forward()
+    xRelPos = xRelPos + facing.x
+    yRelPos = yRelPos + facing.y
+
+    if turtle.forward() then
+        return true
+    end
+    
+    xRelPos = xRelPos - facing.x
+    yRelPos = yRelPos - facing.y
+
+    turtle.dig()
+    turtle.attack()
+    return false
+end
+
+function forceForward()
+    -- try moving forward until it works
+    while not forward() do end
+end
+
+function upwards()
+    zRelPos = zRelPos + 1
+    if turtle.up() then
+        return true
+    end
+    zRelPos = zRelPos - 1
+    turtle.digUp()
+    turtle.attackUp()
+    return false
+end
+
+function forceUpwards()
+    -- try moving upwards until it works
+    while not upwards() do end
+end
+
+function downwards()
+    zRelPos = zRelPos - 1
+    if turtle.down() then
+        return true
+    end
+    zRelPos = zRelPos + 1
+    turtle.digDown()
+    turtle.attackDown()
+    return false
+end
+
+function forceDownwards()
+    -- try moving upwards until it works
+    while not downwards() do end
+end
+
+function forcePlace()
+    -- try placing until it works
+    while not turtle.place() do 
+        turtle.dig()
+        turtle.attack()
+    end
+end
+
+function forcePlaceDown()
+    -- try placing until it works
+    while not turtle.placeDown() do 
+        turtle.digDown()
+        turtle.attackDown()
+    end
+end
+
+function forcePlaceUp()
+    -- try placing until it works
+    while not turtle.placeUp() do 
+        turtle.digUp()
+        turtle.attackUp()
+    end
+end
+
+function turnRight()
+    if facing.x == 1 and facing.y == 0 then -- facing forward
+        facing.x = 0
+        facing.y = 1
+    elseif facing.x == 0 and facing.y == 1 then -- facing right
+        facing.x = -1
+        facing.y = 0
+    elseif facing.x == -1 and facing.y == 0 then -- facing backward
+        facing.x = 0
+        facing.y = -1
+    elseif facing.x == 0 and facing.y == -1 then -- facing left
+        facing.x = 1
+        facing.y = 0
+    else 
+        print("turnRight: This should never happen")
+    end
+    turtle.turnRight()
+end
+
+function turnLeft()
+    if facing.x == 1 and facing.y == 0 then -- facing forward
+        facing.x = 0
+        facing.y = -1
+    elseif facing.x == 0 and facing.y == 1 then -- facing right
+        facing.x = 1
+        facing.y = 0
+    elseif facing.x == -1 and facing.y == 0 then -- facing backward
+        facing.x = 0
+        facing.y = 1
+    elseif facing.x == 0 and facing.y == -1 then -- facing left
+        facing.x = -1
+        facing.y = 0
+    else 
+        print("turnLeft: This should never happen")
+    end
+    turtle.turnLeft()
+end
+
+function faceTo(x, y)
+    if (x == facing.x) and (y == facing.y) then
+        return
+    end
+    if (x == 1 and facing.x == -1) or (x == -1 and facing.x == 1) or (y == 1 and facing.y == -1) or (y == -1 and facing.y == 1) then
+        turnRight()
+        turnRight()
+    elseif (facing.y == -1 and x == 1) or (facing.y == 1 and x == -1) or (facing.x == 1 and y == 1) or (facing.x == -1 and y == -1) then
+        turnRight()
+    elseif (facing.y == -1 and x == -1) or (facing.y == 1 and x == 1) or (facing.x == 1 and y == -1) or (facing.x == -1 and y == 1) then
+        turnLeft()
+    else
+        print("faceTo: This should never happen")
+    end
+end
+
+function moveTo(x, y)
+    if (yRelPos > y) then
+        faceTo(0, -1)
+        while yRelPos > y do
+            forward()
+        end
+    elseif (yRelPos < y) then
+        faceTo(0, 1)
+        while yRelPos < y do
+            forward()
+        end
+    end
+
+    if (xRelPos > x) then
+        faceTo(-1, 0)
+        while xRelPos > x do
+            forward()
+        end
+    elseif (xRelPos < x) then
+        faceTo(1, 0)
+        while xRelPos < x do
+            forward()
+        end
+    end
+end
+
+function resupplyItem(slot, num)
+    module = peripheral.wrap("right")
+    
+    turtle.select(slot)
+    items = turtle.getItemCount(slot)
+    while (items < num) do
+        module.suckSneaky(1, num - items)
+        sleep(1)
+        items = turtle.getItemCount(slot)
+    end
+end
+
+function resupplyAll()
+    -- reset current slot numbers
+    slot_output_1_cur = slot_output_1_min
+    slot_output_2_cur = slot_output_2_min
+    slot_output_3_cur = slot_output_3_min
+    slot_output_4_cur = slot_output_4_min
+
+    -- clean entire inventory
+    moveTo(0, 2); faceTo(-1, 0)
+    for i = 1, 16 do
+        while turtle.getItemCount(i) > 0 do
+            turtle.select(i)
+            turtle.drop()
+        end
+    end
+
+    -- get ingredient
+    moveTo(0, 1); faceTo(-1, 0)
+    slot_input_cur = slot_input_min
+    for i = slot_input_min, slot_input_max do
+        if (turtle.getItemCount(i) < 64) then
+            resupplyItem(i, 64)
+        end
+    end
+
+    -- get cells
+    moveTo(0, 0); faceTo(-1, 0)
+    slot_cells_cur = slot_cells_min
+    for i = slot_cells_min, slot_cells_max do
+        if (turtle.getItemCount(i) < 64) then
+            resupplyItem(i, 64)
+        end
+    end
+end
+
+function supplyCentrifuge()
+    module = peripheral.wrap("right")
+
+    -- drop cells from below (side 0)
+    if (cells_drop > 0) then
+        turtle.select(slot_cells_cur)
+        drop = cells_drop
+        if (turtle.getItemCount(slot_cells_cur) < drop) then
+            drop = drop - turtle.getItemCount(slot_cells_cur)
+            module.dropSneakyUp(0)
+            slot_cells_cur = slot_cells_cur + 1
+            turtle.select(slot_cells_cur)
+        end
+        module.dropSneakyUp(0, drop)
+    end
+
+    -- drop input from above (side 1)
+    turtle.select(slot_input_cur)
+    drop = input_drop
+    if (turtle.getItemCount(slot_input_cur) < drop) then
+        drop = drop - turtle.getItemCount(slot_input_cur)
+        module.dropSneakyUp(1)
+        slot_input_cur = slot_input_cur + 1
+        turtle.select(slot_input_cur)
+    end
+    module.dropSneakyUp(1, drop)
+end
+
+function emptyCentrifuge()
+    module = peripheral.wrap("right")
+
+    -- get output 1
+    turtle.select(slot_output_1_cur)
+    take = output_1_take
+    if (turtle.getItemCount(slot_output_1_cur) + take > 64) then
+        take_now = 64 - turtle.getItemCount(slot_output_1_cur)
+        take = take - take_now
+        module.suckSneakyUp(2, take_now)
+        slot_output_1_cur = slot_output_1_cur + 1
+        turtle.select(slot_output_1_cur)
+    end
+    -- if no input is ready, move on immediately
+    if module.suckSneakyUp(2, take) == false then
+        return
+    end
+
+    -- get output 2
+    turtle.select(slot_output_2_cur)
+    take = output_2_take
+    if (turtle.getItemCount(slot_output_2_cur) + take > 64) then
+        take_now = 64 - turtle.getItemCount(slot_output_2_cur)
+        take = take - take_now
+        module.suckSneakyUp(2, take_now)
+        slot_output_2_cur = slot_output_2_cur + 1
+        turtle.select(slot_output_2_cur)
+    end
+    module.suckSneakyUp(2, take)
+
+    -- get output 3
+    turtle.select(slot_output_3_cur)
+    take = output_3_take
+    if (turtle.getItemCount(slot_output_3_cur) + take > 64) then
+        take_now = 64 - turtle.getItemCount(slot_output_3_cur)
+        take = take - take_now
+        module.suckSneakyUp(2, take_now)
+        slot_output_3_cur = slot_output_3_cur + 1
+        turtle.select(slot_output_3_cur)
+    end
+    module.suckSneakyUp(2, take)
+
+    -- get output 4
+    turtle.select(slot_output_4_cur)
+    take = output_4_take
+    if (turtle.getItemCount(slot_output_4_cur) + take > 64) then
+        take_now = 64 - turtle.getItemCount(slot_output_4_cur)
+        take = take - take_now
+        module.suckSneakyUp(2, take_now)
+        slot_output_4_cur = slot_output_4_cur + 1
+        turtle.select(slot_output_4_cur)
+    end
+    module.suckSneakyUp(2, take)
+end
+
+-- sets up slot numbers with <cells> slots for cells and <input> slots for input ingredient, and output 1 through 4 numbers of slots
+function setupSlots(cells, input, output_1, output_2, output_3, output_4)
+    slot_cells_min = 1
+    slot_cells_max = cells
+    slot_cells_cur = slot_cells_min
+    cells_drop = cells
+
+    slot_input_min = slot_cells_max + 1
+    slot_input_max = slot_input_min + input - 1
+    slot_input_cur = slot_input_min
+    input_drop = input
+
+    slot_output_1_min = 1
+    slot_output_1_max = output_1
+    slot_output_1_cur = slot_output_1_min
+    output_1_take = output_1
+
+    slot_output_2_min = slot_output_1_max + 1
+    slot_output_2_max = slot_output_2_min + output_2 - 1
+    slot_output_2_cur = slot_output_2_min
+    output_2_take = output_2
+
+    slot_output_3_min = slot_output_2_max + 1
+    slot_output_3_max = slot_output_3_min + output_3 - 1
+    slot_output_3_cur = slot_output_3_min
+    output_3_take = output_3
+
+    slot_output_4_min = slot_output_3_max + 1
+    slot_output_4_max = slot_output_4_min + output_4 - 1
+    slot_output_4_cur = slot_output_4_min
+    output_4_take = output_4
+end
+
+function enterSupplyLoop()
+    module = peripheral.wrap("right")
+
+    while true do
+        print("Resupplying...")
+        resupplyAll()
+
+        -- go to first centrifuge and wait to start (by checking  ingredient)
+        moveTo(1, 0)
+        turtle.select(16)
+        while module.suckSneakyUp(1, input_drop) do
+            putBack = turtle.getItemCount(16)
+            sleep(1)
+            module.dropSneakyUp(1, putBack)
+            sleep(5)
+        end
+
+        print("Putting cells and ingredient in the centrifuges...")
+        -- putting in ingredients on the way there
+        for i = 1, 7, 2 do
+            for j = 0, 7, 1 do -- moving right
+                moveTo(i, j)
+                supplyCentrifuge()
+            end
+            for j = 7, 0, -1 do -- moving left
+                moveTo(i + 1, j)
+                supplyCentrifuge()
+            end
+        end
+
+        sleep(5)
+        -- wait a little so all centrifuges are ready for having their outputs taken
+
+        print("Getting outputs from the centrifuges...")
+        -- getting outputs out on the way back
+        for i = 7, 1, -2 do
+            for j = 0, 7, 1 do -- moving right
+                moveTo(i + 1, j)
+                emptyCentrifuge()
+            end
+            for j = 7, 0, -1 do -- moving left
+                moveTo(i, j)
+                emptyCentrifuge()
+            end
+        end
+    end
+end
+
+function platinumLoop()
+    print("Supplying Platinum Dust Centrifuges")
+    setupSlots(0, 1, 1, 1, 0, 0) -- 0 slots cells, 1 slot platinum dust
+    print("Starting in 5s...")
+    sleep(5)
+
+    enterSupplyLoop()
+end
+
+print("Centrifuges even item distribution program")
+
+redstoneLoop()

turtle_code/centrifuges_redstone.lua

@@ -201,9 +201,14 @@ function moveTo(x, y)
 end
 
 function resupplyItem(slot, num)
+    module = peripheral.wrap("right")
+    
     turtle.select(slot)
-    while (turtle.getItemCount(slot) < num) do
+    items = turtle.getItemCount(slot)
-        turtle.suck(num - turtle.getItemCount(slot))
+    while (items < num) do
+        module.suckSneaky(1, num - items)
+        sleep(1)
+        items = turtle.getItemCount(slot)
     end
 end
 
@@ -246,15 +251,17 @@ function supplyCentrifuge()
     module = peripheral.wrap("right")
 
     -- drop cells from below (side 0)
-    turtle.select(slot_cells_cur)
+    if (cells_drop > 0) then
-    drop = cells_drop
-    if (turtle.getItemCount(slot_cells_cur) < drop) then
-        drop = drop - turtle.getItemCount(slot_cells_cur)
-        module.dropSneakyUp(0)
-        slot_cells_cur = slot_cells_cur + 1
         turtle.select(slot_cells_cur)
+        drop = cells_drop
+        if (turtle.getItemCount(slot_cells_cur) < drop) then
+            drop = drop - turtle.getItemCount(slot_cells_cur)
+            module.dropSneakyUp(0)
+            slot_cells_cur = slot_cells_cur + 1
+            turtle.select(slot_cells_cur)
+        end
+        module.dropSneakyUp(0, drop)
     end
-    module.dropSneakyUp(0, drop)
 
     -- drop input from above (side 1)
     turtle.select(slot_input_cur)
@@ -357,16 +364,19 @@ function setupSlots(cells, input, output_1, output_2, output_3, output_4)
 end
 
 function enterSupplyLoop()
+    module = peripheral.wrap("right")
+
     while true do
         print("Resupplying...")
         resupplyAll()
 
-        -- go to first centrifuge and wait to start
+        -- go to first centrifuge and wait to start (by checking  ingredient)
         moveTo(1, 0)
         turtle.select(16)
-        while turtle.suckUp() do
+        while module.suckSneakyUp(1, input_drop) do
             putBack = turtle.getItemCount(16)
-            turtle.dropUp(putBack)
+            sleep(1)
+            module.dropSneakyUp(1, putBack)
             sleep(5)
         end
 
@@ -410,15 +420,6 @@ function redstoneLoop()
     enterSupplyLoop()
 end
 
-function platinumLoop()
-    print("Supplying Platinum Dust Centrifuges")
-    setupSlots(0, 1, 1, 0, 0, 0) -- 0 slots cells, 1 slot platinum dust
-    print("Starting in 5s...")
-    sleep(5)
-
-    enterSupplyLoop()
-end
-
 print("Centrifuges even item distribution program")
 
 redstoneLoop()