Add boiler building program (#9)
Addresses #7 and #8 Reviewed-on: Rubydragon/fusion-speedrun#9
This commit is contained in:
Anton Reinhard
parent
42370463a8
commit
2367fbe832
473
New Attempts/Boiler.lua
Normal file
473
New Attempts/Boiler.lua
Normal file
@ -0,0 +1,473 @@
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xRelPos = 0 -- "positive = forward"
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yRelPos = 0 -- "positive = right"
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zRelPos = 0 -- "positive = upwards"
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facing = {
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x = 1,
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y = 0
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}
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-- slots for all the items needed
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slot_bucket1 = 1
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slot_bucket2 = 2
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slot_lff = 3 -- 18 pieces + 1 for resupply
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slot_lpb1 = 4 -- 1 stack
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slot_lpb2 = 5 -- 10 pieces -> 64 + 10 = 74, 72 + 2 extra for 1 in each slot for resupply
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slot_liquiduct = 6 -- 12 pieces + 1 for resupply
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slot_aq_acc = 7
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slot_steam_cons = 8
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slot_energy_bridge = 9
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slot_hv_prod = 10
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slot_mfsu = 11
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slot_glass_fiber = 12
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slot_trash = 16
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num_lff = 19
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num_lpb1 = 64
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num_lpb2 = 10
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num_liquiduct = 13
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num_aq_acc = 2
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num_steam_cons = 2
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num_energy_bridge = 2
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num_hv_prod = 2
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num_mfsu = 1
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num_glass_fiber = 4
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function printPos()
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print("At (", xRelPos, ", ", yRelPos, ", ", zRelPos, ") facing (", facing.x, ", ", facing.y, ")")
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end
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-- helper functions for movement
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function forward()
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xRelPos = xRelPos + facing.x
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yRelPos = yRelPos + facing.y
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if turtle.forward() then
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return true
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end
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xRelPos = xRelPos - facing.x
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yRelPos = yRelPos - facing.y
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turtle.dig()
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turtle.attack()
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return false
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end
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function forceForward()
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-- try moving forward until it works
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while not forward() do end
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end
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function upwards()
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zRelPos = zRelPos + 1
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if turtle.up() then
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return true
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end
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zRelPos = zRelPos - 1
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turtle.digUp()
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turtle.attackUp()
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return false
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end
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function forceUpwards()
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-- try moving upwards until it works
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while not upwards() do end
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end
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function downwards()
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zRelPos = zRelPos - 1
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if turtle.down() then
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return true
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end
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zRelPos = zRelPos + 1
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turtle.digDown()
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turtle.attackDown()
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return false
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end
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function forceDownwards()
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-- try moving upwards until it works
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while not downwards() do end
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end
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function forcePlace()
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-- try placing until it works
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while not turtle.place() do
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turtle.dig()
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turtle.attack()
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enda
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end
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function forcePlaceDown()
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-- try placing until it works
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while not turtle.placeDown() do
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turtle.digDown()
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turtle.attackDown()
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end
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end
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function forcePlaceUp()
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-- try placing until it works
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while not turtle.placeUp() do
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turtle.digUp()
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turtle.attackUp()
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end
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end
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function turnRight()
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if facing.x == 1 and facing.y == 0 then -- facing forward
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facing.x = 0
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facing.y = 1
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elseif facing.x == 0 and facing.y == 1 then -- facing right
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facing.x = -1
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facing.y = 0
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elseif facing.x == -1 and facing.y == 0 then -- facing backward
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facing.x = 0
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facing.y = -1
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elseif facing.x == 0 and facing.y == -1 then -- facing left
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facing.x = 1
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facing.y = 0
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else
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print("turnRight: This should never happen")
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end
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turtle.turnRight()
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end
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function turnLeft()
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if facing.x == 1 and facing.y == 0 then -- facing forward
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facing.x = 0
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facing.y = -1
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elseif facing.x == 0 and facing.y == 1 then -- facing right
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facing.x = 1
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facing.y = 0
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elseif facing.x == -1 and facing.y == 0 then -- facing backward
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facing.x = 0
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facing.y = 1
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elseif facing.x == 0 and facing.y == -1 then -- facing left
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facing.x = -1
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facing.y = 0
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else
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print("turnLeft: This should never happen")
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end
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turtle.turnLeft()
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end
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function faceTo(x, y)
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if (x == facing.x) and (y == facing.y) then
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return
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end
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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
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turnRight()
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turnRight()
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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
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turnRight()
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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
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turnLeft()
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else
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print("faceTo: This should never happen")
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end
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end
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function moveTo(x, y)
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if (yRelPos > y) then
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faceTo(0, -1)
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while yRelPos > y do
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forward()
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end
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elseif (yRelPos < y) then
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faceTo(0, 1)
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while yRelPos < y do
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forward()
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end
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end
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if (xRelPos > x) then
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faceTo(-1, 0)
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while xRelPos > x do
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forward()
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end
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elseif (xRelPos < x) then
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faceTo(1, 0)
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while xRelPos < x do
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forward()
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end
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end
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end
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-- ask user to place <number> items with name <name> in slot <slot>
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function initSlot(name, slot, number)
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turtle.select(slot)
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print("Please put ", number, " ", name, " in the selected slot.")
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while turtle.getItemCount(slot) < number do
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sleep(1)
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end
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print("Got all required ", name)
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end
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function initSlots(num)
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-- setup building slots
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initSlot("Water Bucket", slot_bucket1, 1)
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initSlot("Water Bucket", slot_bucket2, 1)
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initSlot("Liquid Fueled Firebox", slot_lff, 1)
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initSlot("Low Pressure Boiler", slot_lpb1, 1)
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initSlot("Low Pressure Boiler", slot_lpb2, 1)
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initSlot("Liquiduct", slot_liquiduct, 1)
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initSlot("Aqueous Accumulators", slot_aq_acc, num_aq_acc * num)
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initSlot("Steam Consumers", slot_steam_cons, num_steam_cons * num)
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initSlot("Energy Bridges", slot_energy_bridge, num_energy_bridge * num)
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initSlot("HV Producers", slot_hv_prod, num_hv_prod * num)
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initSlot("MFSUs", slot_mfsu, num_mfsu * num)
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initSlot("Glass Fiber", slot_glass_fiber, num_glass_fiber * num)
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end
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function placeLeftRight(slot)
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turtle.select(slot)
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-- figure out whether to place left or right first depending on current rotation
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if (facing.y ~= 0) then
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-- if already facing left or right, place, turn twice, place is enough
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else
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turnRight()
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end
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forcePlace()
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turnRight(); turnRight()
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forcePlace()
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-- don't care about end rotation
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end
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function placeDown(slot)
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-- doesn't care about turtle rotation at all
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turtle.select(slot_trash)
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turtle.digDown()
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turtle.select(slot)
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forcePlaceDown()
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end
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function toNextLayer()
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forceUpwards()
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end
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function placeLayer(slots_down, slots_left_right, forwardX, forwardY)
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localFacingX = forwardX
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localFacingY = forwardY
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for i=1, 7 do
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if i ~= 1 then
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-- placeLeftRight does not necessarily rotate back
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faceTo(localFacingX, localFacingY)
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forceForward()
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end
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if (slots_down[i] ~= nil) then
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placeDown(slots_down[i])
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end
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if (slots_left_right[i] ~= nil) then
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placeLeftRight(slots_left_right[i])
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end
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end
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end
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function placeLowestLayer(forwardX, forwardY)
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localFacingX = forwardX
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localFacingY = forwardY
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for i = 1, 2 do
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placeDown(slot_bucket1)
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placeLeftRight(slot_lff)
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faceTo(localFacingX, localFacingY)
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forceForward()
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turtle.select(slot_trash)
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turtle.digDown()
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forceForward()
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placeDown(slot_bucket2)
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placeLeftRight(slot_lff)
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faceTo(-localFacingX, -localFacingY)
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forceForward()
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turtle.select(slot_bucket1)
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forcePlaceDown()
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placeLeftRight(slot_lff)
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turtle.select(slot_bucket2)
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forcePlaceDown()
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placeDown(slot_aq_acc)
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faceTo(localFacingX, localFacingY)
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forceForward()
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if i == 1 then
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forceForward()
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placeLeftRight(slot_liquiduct)
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faceTo(localFacingX, localFacingY)
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forceForward()
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end
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end
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end
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function buildUnit()
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-- build a single setup consisting of 2 boilers
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-- the initial positioning is like this, where b is the boiler, l is the liquiducts/glass fiber on top, and ^ is the turtle, looking north
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-- bbb
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-- bbb
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-- bbb
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-- llll
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-- bbb
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-- bbb
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-- bbb
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-- ^
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-- keep track of correct facing
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localFacingX = facing.x
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localFacingY = facing.y
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forceForward()
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-- turtle layer 1
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placeLowestLayer(localFacingX, localFacingY)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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toNextLayer()
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-- turtle layer 2
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placeLayer(
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{slot_lff, slot_lff, slot_lff, slot_liquiduct, slot_lff, slot_lff, slot_lff},
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{slot_lpb2, slot_lpb2, slot_lpb2, nil, slot_lpb2, slot_lpb1, slot_lpb1},
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localFacingX, localFacingY
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)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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toNextLayer()
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-- turtle layers 3-5
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for i = 3, 5 do
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placeLayer(
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{slot_lpb1, slot_lpb1, slot_lpb1, nil, slot_lpb1, slot_lpb1, slot_lpb1},
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{slot_lpb1, slot_lpb1, slot_lpb1, nil, slot_lpb1, slot_lpb1, slot_lpb1},
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localFacingX, localFacingY
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)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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toNextLayer()
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end
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-- turtle layer 6
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placeLayer(
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{slot_lpb2, slot_lpb1, slot_lpb1, nil, slot_lpb1, slot_lpb1, slot_lpb1},
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{nil, slot_liquiduct, nil, slot_glass_fiber, nil, slot_liquiduct},
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localFacingX, localFacingY
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)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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toNextLayer()
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-- turtle layer 7
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placeLayer(
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{slot_liquiduct, slot_steam_cons, slot_liquiduct, nil, slot_liquiduct, slot_steam_cons, slot_liquiduct},
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{nil, nil, nil, nil, nil, nil, nil},
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localFacingX, localFacingY
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)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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toNextLayer()
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-- turtle layer 8
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placeLayer(
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{nil, slot_energy_bridge, slot_hv_prod, slot_mfsu, slot_hv_prod, slot_energy_bridge, nil},
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{nil, nil, nil, nil, nil, nil, nil},
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localFacingX, localFacingY
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)
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localFacingX = -1 * localFacingX; localFacingY = -1 * localFacingY
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faceTo(localFacingX, localFacingY)
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-- end
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forceForward(); forceForward(); forceForward()
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turnRight();
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forceForward()
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turnRight(); turnRight()
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forceDownwards()
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turtle.select(slot_glass_fiber)
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turtle.digDown()
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forceDownwards()
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forcePlace()
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turnRight(); turnRight(); forceForward(); turnRight(); turnRight()
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forcePlace() -- place mined glass fiber back
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forceDownwards()
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forcePlaceUp()
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forceDownwards(); forceDownwards(); forceDownwards()
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turtle.select(slot_liquiduct)
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forcePlaceDown()
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end
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function throwTrash()
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turtle.select(slot_trash)
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turtle.drop()
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end
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function resupplyItem(name, slot, min_num)
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module = peripheral.wrap("right")
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module.link()
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if (turtle.getItemCount(slot) < min_num) then
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module.resupply(slot)
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end
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if (turtle.getItemCount(slot) >= min_num) then
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return
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end
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-- start complaining
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print("Insufficient ", name, " in resupply station, waiting...")
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while (turtle.getItemCount(slot) < min_num) do
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sleep(1)
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module.resupply(slot)
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end
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print("Got Items, continuing...")
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end
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function resupplyAll()
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-- expected position of the resupply station
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moveTo(0, 0)
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faceTo(-1, 0)
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resupplyItem("Liquid Fueled Fireboxes", slot_lff, num_lff)
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resupplyItem("Low Pressure Boilers", slot_lpb1, num_lpb1)
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resupplyItem("Low Pressure Boilers", slot_lpb2, num_lpb2)
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resupplyItem("Liquiducts", slot_liquiduct, num_liquiduct)
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end
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print("-- This program can not restart after the turtle was unloaded --")
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print("-- Keep the turtle loaded the entire time while it is building --")
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print("")
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print("Boilers will be built infront of the turtle, stretching to the right.")
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print("Please place a resupply station with liquiducts, liquid fueled fireboxes and low pressure boilers behind the turtle.")
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num_boilers = 0
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while num_boilers < 1 or num_boilers > 16 do
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print("How many pairs of boilers do you want to build?")
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write ("> ") input = io.read()
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num_boilers = tonumber(input)
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if (num_boilers < 1) then print("Enter at least 1") end
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if (num_boilers > 16) then print("Can build a maximum of 16 pairs at once") end
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end
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initSlots(num_boilers)
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resupplyAll()
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for i = 1, num_boilers do
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moveTo(1, i * 4 - 3)
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faceTo(1, 0)
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buildUnit()
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-- move back in x direction only
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faceTo(-1, 0)
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forceForward(); forceForward(); forceForward(); forceForward(); forceForward()
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forceDownwards()
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moveTo(0, 0)
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throwTrash()
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resupplyAll()
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end
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faceTo(1, 0)
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print("Finished building ", num_boilers, " boilers.")
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@ -2,29 +2,38 @@
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- place one ender chest, then 4 turtles facing away from it around it, with fuel and preferably labels set
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execute commands:
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**execute commands**:
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- pastebin get gGy2HWcF mine
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- mine
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## boiler builder
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- place turtle infront (facing away) from a resupply station
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- provide low pressure boilers, liquid fueled fireboxes and liquiducts in the resupply station
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- follow the instructions of the turtle after placing it and starting the program
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- give the turtle fuel beforehand
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**execute commands**:
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- pastebin get ZJt5uwjW boiler
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- boiler
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## lava refuel setup
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- place at edge of lava lake in the nether
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- place 1 bucket of lava in first slot
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execute commands:
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- label set miner<x>
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**execute commands**:
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- label set <name>
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- pastebin get nFSUKiYE lava
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- refuel
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- lava 10
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## grindstone turtle
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program code:
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```lua
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while true do
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turtle.attack()
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end
|
||||
```
|
||||
**execute commands**:
|
||||
- pastebin get pRPJkvnv grind
|
||||
- grind
|
||||
|
||||
same for the killing turtles in xp farm
|
||||
|
||||
# quarry program
|
||||
|
||||
@ -113,6 +113,7 @@ function forward()
|
||||
writeState()
|
||||
|
||||
turtle.dig()
|
||||
turtle.attack()
|
||||
return false
|
||||
end
|
||||
|
||||
@ -125,6 +126,7 @@ function upwards()
|
||||
zRelPos = zRelPos - 1
|
||||
writeState()
|
||||
turtle.digUp()
|
||||
turtle.attackUp()
|
||||
return false
|
||||
end
|
||||
|
||||
@ -137,6 +139,7 @@ function downwards()
|
||||
zRelPos = zRelPos + 1
|
||||
writeState()
|
||||
turtle.digDown()
|
||||
turtle.attackDown()
|
||||
return false
|
||||
end
|
||||
|
||||
|
||||
55
Notes.md
55
Notes.md
@ -143,33 +143,60 @@ total 32x Blast Furnaces, 4x2x4:
|
||||
|
||||
### Power Upgrade
|
||||
- +1 stack geothermal generators
|
||||
- start building centrifuges for lava -> copper and tin
|
||||
|
||||
### Plate-Bender setups:
|
||||
- 4x Iron plates, limit 2048
|
||||
- 2x Steel plates, limit 512
|
||||
|
||||
### Boiler
|
||||
Single Boiler Kosten:
|
||||
Single Boiler costs:
|
||||
- 1x Aqueous Accumulator
|
||||
- 9x Liquid Fueled Firebox
|
||||
- 36x Low Pressure Boiler
|
||||
- 8x Liquiducts for Steam on top (+ liquiducts for biofuel connection per layer)
|
||||
- 4x Liquiducts
|
||||
- 1x Steam Consumer
|
||||
- 1x Energy Bridge
|
||||
- 1x HV-Producer
|
||||
|
||||
Pro 4 Boiler:
|
||||
- 2x MFSU
|
||||
- ~10x Glass Fiber
|
||||
Per 2 Boilers:
|
||||
- 1x MFSU
|
||||
- 4x Glass Fiber
|
||||
- 4x more Liquiducts
|
||||
- 350EU/t power
|
||||
|
||||
Zum Bauen:
|
||||
- TODO Turtle zum aufbauen?
|
||||
- Chalice (ghast tear + emerald)
|
||||
to build:
|
||||
- see boiler program
|
||||
|
||||
Zum Betreiben:
|
||||
- 16x bio reactors
|
||||
- 4x Macerators Bone -> Bone Meal
|
||||
to run per layer (32 boilers):
|
||||
- 4 rotary macerators
|
||||
- 4 bioreactors
|
||||
- produce 5600EU/t
|
||||
|
||||
In 3x3 Chunk Fläche:
|
||||
- 2 x 12 Boiler pro Ebene
|
||||
- Etwa 3 Ebenen (mit Filler einfüllen) -> 72 Boiler
|
||||
- 2 x 16 boilers per layer
|
||||
- ~4 layers -> 128 boilers
|
||||
|
||||
**(Important) Costs for one 2x16 layer**:
|
||||
288 Liquid Fueled Fireboxes (4.5 stacks) -> **1152 steel**, **1080 iron**
|
||||
1152 Low Pressure Boilers (18 stacks) -> **2304 iron (plates)**
|
||||
192 Liquiducts (3 stacks) -> **48 hardened glass**
|
||||
32 hv producers -> ~2 stacks gold, ~10 stacks refined iron, 5 stacks redstone
|
||||
32 energy bridges -> 32 diamonds, 2 stacks gold, 1 stack redstone
|
||||
32 steam consumers -> 2 stacks gold, 6 stacks iron, 32 redstone
|
||||
16 mfsus -> 10 stacks lapis, 4.5 stacks iron, 16 stacks redstone
|
||||
64 glass fiber -> 8 diamonds, 16 electrum
|
||||
32 aqueous accumulators -> 4.5 stacks iron, 32 gold, 4 stacks glass, 32 redstone
|
||||
|
||||
**Rough raw item checklist for crafting one layer of boilers**:
|
||||
- Iron Plates: 2.5k
|
||||
- Iron Ingots: 2.2k
|
||||
- Refined Iron: 700
|
||||
- Steel Plates: 1.2k
|
||||
- Gold: 450
|
||||
- Diamonds: 40
|
||||
- Lapis Lazuli: 700
|
||||
- Hardened Glass: 48
|
||||
- Redstone: 1.5k
|
||||
|
||||
## Mid Game
|
||||
|
||||
|
||||
Loading…
x
Reference in New Issue
Block a user