297 lines
18 KiB
Lua
297 lines
18 KiB
Lua
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---------------------------------------------------
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-- ___ _ --
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-- | __| |___ _ __ _____ __ _____ _ _ --
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-- | _|| / -_) '_ \/ _ \ V V / -_) '_| --
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-- |___|_\___| .__/\___/\_/\_/\___|_| --
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-- |_| --
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-- _____ --
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-- |_ _|__ _ __ ___ --
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-- | |/ _ \ ' \/ -_) --
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-- |_|\___/_|_|_\___| --
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---------------------------------------------------
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-- Additional Information --
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---------------------------------------------------
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-- This is a store of custom text and data metrics used
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-- by the tome. In some cases some of these could be added
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-- to the node/craft registrations but this would clutter
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-- those even more and they are across multiple mods making
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-- updates more difficult.
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-- Main table for storing additional info
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eletome.ai = {}
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---------------------------------------------------------
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-- General Info for Machine Pages (Simple and Complex) --
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---------------------------------------------------------
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-- note must be setup as
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-- eletome.ai.<page_heading_name>
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-- Values
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-- eletome.ai.<page_heading_name>.img - <optional> Image sized 800/1000 x 600 sized image
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--works best, appears at the bottom of the left page if set
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--eletome.ai.<page_heading_name>.part - <optional> Used for Complex Machine pages -
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-- This is a table list of the machine nodes that is used to
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-- assemble the complex machine, node names should be entered
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-- in the order you wish them to output on the right hand page.
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--eletome.ai.<page_heading_name>.over - <optional> text block that appears on the left page
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-- 500-600 characters works best but can enter more or less
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--eletome.ai.<page_heading_name>.sort_by - <optional> an optional field to sort all the nodes by, has to be
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-- a field avaliable on the node registrations for all nodes
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-- using "no_sort" will prevent any sorting from occuring
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-- info for Generators page
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eletome.ai.generators = {}
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eletome.ai.generators.img = "power_network_simple_examples.png"
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eletome.ai.generators.over = "Generators produce EpU/s by taking something from the natural "..
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"environment and converting it to power that can be used by machines. "..
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"There are both low and high tech solutions for producing power so choose "..
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"a power generation method that best fits with what your current needs are "..
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"and the resources you have avaliable.\n\n"..
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"Generators produce power (EpU/s) every second, they then distribute this "..
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"power across their network to all connected machines that require power.\n\n"..
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"A single power network is a group of machines and conduits which is connected "..
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"in one single un-broken group two examples of simple valid power networks "..
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"is pictured below."
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-- info for Powercells page
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eletome.ai.powercells = {}
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eletome.ai.powercells.sort_by = "ele_output"
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eletome.ai.powercells.over = "Powercells will charge from the network when power is avaliable."..
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"Once power supply on a network is 0 ie generators no longer "..
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"producing EpUs. The powercell(s) will provide power only to active "..
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"machines on the network. Powercells will provide the minimum EpUs "..
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"to the machine ie the usage amount not the max amount the machine "..
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"can recieve.\nFor example the Sawmill when active(being used) uses "..
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"32 EpUs, however the Sawmill can accept upto 64 EpUs of power until "..
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"fully charged. Powercell(s) will only provide the Sawmill with 32 "..
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"EpUs of power if the Sawmill is active."
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-- info for (Simple/Single node) Machine page
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eletome.ai.machine = {}
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-- info for Fluid Pump page
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eletome.ai.fluid_pump = {}
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eletome.ai.fluid_pump.sort_by = "no_sort"
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eletome.ai.fluid_pump.img = "elepower_tome_complex_water_pump.png"
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eletome.ai.fluid_pump.part = {"elepower_machines:pump",
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"fluid_transfer:fluid_transfer_pump",
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"elepower_machines:accumulator",
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"elepower_machines:accumulator_heavy"}
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eletome.ai.fluid_pump.over = "The simplest fluid Pump is assembled from two components:"..
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"the 'Pickup Pump Tank' and the 'Fluid Transfer Pump'\n"..
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"The 'Pickup Pump Tank' must be placed above a body of fluid, "..
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"and provided with power. The black end of the "..
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"'Fluid Transfer Pump' must be placed up against the 'Pickup Pump Tank'.\n"..
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"Once completed fluid ducting can then be used to run fluid to machines "..
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"that require fluid - For example water to the Electrolyzer."
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-- info for Miner page
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eletome.ai.miner = {}
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eletome.ai.miner.sort_by = "no_sort"
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eletome.ai.miner.instruct = "y"
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eletome.ai.miner.img = "elepower_tome_complex_miner.png"
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eletome.ai.miner.part = {"elepower_mining:miner_controller",
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"elepower_mining:miner_core",
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"elepower_mining:miner_drill"}
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eletome.ai.miner.over = "The miner uses significant volumes of power and water to sift metals "..
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"from the surronding electro-molecular environment. The miner then "..
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"gathers the molecules together until enough are gathered for a lump "..
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"of metal to materialise.\n"..
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"Assembly requires an incoming water supply from a fluid pump, a power "..
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"source providing at least 128 EpUs of power. 1-9 mining drills, 1 central core, "..
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"1 miner controller and some lengths of fluid duct. Place the 1-9 mining drills "..
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"down as 1x1 to 3x3 grid, place the central core ontop of the center drill and place "..
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"the controller ontop of the central core. Join them all togther with fluid duct "..
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"ensure one fluid duct is going into the side of the controller. Supply power "..
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"and water to the miner and it will start functioning."
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-- info for Evaporation Plant page
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eletome.ai.evaporation_plant = {}
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eletome.ai.evaporation_plant.sort_by = "no_sort"
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eletome.ai.evaporation_plant.instruct = "y"
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eletome.ai.evaporation_plant.img = "elepower_tome_complex_thermal_evap.png"
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eletome.ai.evaporation_plant.part = {"elepower_thermal:evaporator_controller",
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"elepower_thermal:evaporator_input",
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"elepower_thermal:evaporator_output",
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"elepower_machines:heat_casing",
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"elepower_solar:solar_generator"}
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eletome.ai.evaporation_plant.over = "The Thermal Evaporation Plant is a machine which converts Water into Brine "..
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"and Brine into liquid Lithium. It is powered via solar panels around the top "..
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"edge.\n"..
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"The plant consists of a Thermal Evaporation Plant Controller, Heat Casings, "..
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"Thermal Evaporation Plant Inputs and Thermal Evaporation Plant Outputs. It "..
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"is a 4x4 structure which can be built between 3 and 18 nodes high. The first "..
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"layer is a solid 4x4 of Heat Casings. The controller must be placed on top of "..
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"this floor of heat casings and on an outside edge. The center must be left "..
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"hollow. On top of the top layer of heat casings you place Solar Generators "..
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"this is in order to increase the heat inside the plant, More heat increases the "..
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"production rate per second of the plant. The plant has a maximum temp of 1000 Kelvin.\n"..
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"Note: If the controller fails to verify your structure (PUNCH the controller) or "..
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"try placing it on a different side."
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-- info for Transporter page
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eletome.ai.transporter = {}
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eletome.ai.transporter.sort_by = "no_sort"
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eletome.ai.transporter.part = {"elepower_wireless:dialler",
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"elepower_wireless:matter_transmitter",
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"elepower_wireless:matter_receiver"}
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eletome.ai.transporter.over = "Once setup the Teleporter allows for instanaeous travel from the sending pad "..
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"to the recieveing pad.\n"..
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"To construct the teleporter simply place the transmission pad down were you would like "..
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"to travel from and the reciever pad were you would like to travel too. Both ends will "..
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"need to be provided with power to function. It is suggested "..
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"you place a sending and recieving pad at both ends so you can teleport back and forth easily."
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-- info for Wind Turbine page
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eletome.ai.wind_turbine = {}
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eletome.ai.wind_turbine.sort_by = "no_sort"
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eletome.ai.wind_turbine.part = {"elepower_machines:wind_turbine",
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"elepower_machines:wind_turbine_blade"
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}
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eletome.ai.wind_turbine.over = ""
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-- info for Fission page
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eletome.ai.fission_reactor = {}
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eletome.ai.fission_reactor.sort_by = "no_sort"
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eletome.ai.fission_reactor.instruct= "y"
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eletome.ai.fission_reactor.img = "elepower_tome_complex_fission_reactor.png"
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eletome.ai.fission_reactor.part = {"elepower_nuclear:fission_controller",
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"elepower_nuclear:fission_core",
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"elepower_nuclear:reactor_fluid_port",
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"elepower_nuclear:heat_exchanger",
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"elepower_nuclear:enrichment_plant",
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"elepower_nuclear:bucket_coolant",
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}
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eletome.ai.fission_reactor.over = "The Nuclear (Fission) Reactor is a type of Nuclear Reactor in Elepower used for power generation. "..
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"The reactor itself is composed of three nodes:\n"..
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"Fission Control Module - Used for controlling the power of the reactor (top node)\n"..
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"Fission Reactor Core - The core of the reactor (middle node)\n"..
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"Reactor Fluid Port - Used to turn Cold Coolant into Hot Coolant (bottom node)\n"..
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"The Reactor Core takes Fissile Fuel Rods and turns them into Depleted Fuel Rods after 2 hours (7200 seconds). "..
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"The reactor assembly needs to have area of Water Source nodes surrounding it in order to keep "..
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"the reactor cool (9x9x9 block of water). If the reactor heat reaches above 80%, it will start to melt down. The Control Rods "..
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"can be raised or lowered to control the power output of the reactor core. Lowered control rods mean "..
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"that the reactor is slowed down and raised mean that the reactor is accelerated.\nTo gather power from the reactor "..
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"you will need to add a heat exchanger, water pump, steam turbine and at least 1 bucket of cold coolant as well "..
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"as the fluid ducts and fluid transfer pumps to move the fluids and steam around.\n"..
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"This reactor is inspired by the real world pressurized water reactor design.\n\n"
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-- info for Fusion page
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eletome.ai.fusion_reactor = {}
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eletome.ai.fusion_reactor.sort_by = "no_sort"
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eletome.ai.fusion_reactor.part = {"elepower_nuclear:fusion_coil",
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"elepower_nuclear:reactor_controller",
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"elepower_nuclear:reactor_power",
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"elepower_nuclear:reactor_fluid",
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"elepower_nuclear:reactor_output",
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"elepower_nuclear:solar_neutron_activator",
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"elepower_machines:advanced_machine_block"}
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eletome.ai.fusion_reactor.over = ""
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-- will also accept image names (png only), table keys
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-- equate to craft grid eg [5] equals center node in 3x3 grid
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--{[4] = "reg_node_name_1",[5] = "image_name_1.png", [6] = "reg_node_name_1"}
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------------------------------------------------
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-- Node/Image specific additional information --
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------------------------------------------------
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-- Used to supply additional information to specific
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-- nodes or to images being used in recipes or summary block
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--
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-- Values (all optional) - use if unknown appears or customising
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-- lb_top_img = left page, left box, top image (.png) or registered node name
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-- lb_top_tt = left page, left box, top tooltip
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-- lb_mid_img = left page, left box, mid image
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-- lb_mid_tt = left page, left box, mid tooltip
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-- lb_btm_img = left page, left box, btm image_name or number
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-- lb_btm_tt = left page, left box, btm tooltip
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-- mb_title_txt = left page, middle box, topline title txt - good for custom craft or action
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--only use when recipe dosen't have slots [1],[2] or [3].
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-- mb_recipe_items = left page, middle box; table keys
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-- equate to craft grid eg [5] equals center node in 3x3 grid
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-- Structure - {[4] = "reg_node_name_1",
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-- [5] = "image_name_1.png",
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-- [6] = "reg_node_name_1"}
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eletome.ai.nodes = {}
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-- Generators Page
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eletome.ai.nodes["elepower_machines:generator"] = {lb_top_img = "default:coal_lump",
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lb_top_tt = "Burnable Items",
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lb_btm_tt = " EpU generated\nper second"
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}
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eletome.ai.nodes["elepower_machines:lava_generator"] = {lb_top_img = "default:lava_source",
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lb_btm_tt = " EpU generated\nper 125 lava/second"
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}
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eletome.ai.nodes["elepower_machines:fuel_burner"] = {lb_top_img = "elepower_farming:biofuel_source",
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lb_btm_tt = " EpU generated\nper 12.5 biofuel/second"
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}
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eletome.ai.nodes["elepower_solar:solar_generator"] = {lb_top_img = "elepower_tome_sunlight.png",
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lb_top_tt ="Sunlight",
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lb_btm_tt = " EpU generated\nper second"
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}
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eletome.ai.nodes["elepower_machines:steam_turbine"] = {lb_top_img = "elepower_tome_steam.png",
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lb_top_tt ="Steam",
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lb_btm_tt = " EpU generated\nper 500 steam/second"
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}
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eletome.ai.nodes["elepower_machines:wind_turbine"] = {lb_top_img = "elepower_tome_wind.png",
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lb_top_tt ="Wind",
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lb_btm_tt = " EpU generated\nper second"
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}
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-- Powercells
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eletome.ai.nodes["elepower_machines:power_cell_0"] = {lb_top_img = "elepower_gui_icon_power_stored.png",
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lb_top_tt = "Storage "..minetest.registered_nodes["elepower_machines:power_cell_0"].ele_capacity.." EpUs",
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lb_btm_tt = " EpU max output\nper second"
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}
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eletome.ai.nodes["elepower_machines:hardened_power_cell_0"] = {lb_top_img = "elepower_gui_icon_power_stored.png",
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lb_top_tt = "Storage "..minetest.registered_nodes["elepower_machines:hardened_power_cell_0"].ele_capacity.." EpUs",
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lb_btm_tt = " EpU max output\nper second"
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}
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eletome.ai.nodes["elepower_machines:reinforced_power_cell_0"] = {lb_top_img = "elepower_gui_icon_power_stored.png",
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||
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lb_top_tt = "Storage "..minetest.registered_nodes["elepower_machines:reinforced_power_cell_0"].ele_capacity.." EpUs",
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||
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lb_btm_tt = " EpU max output\nper second"
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}
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eletome.ai.nodes["elepower_machines:resonant_power_cell_0"] = {lb_top_img = "elepower_gui_icon_power_stored.png",
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lb_top_tt = "Storage "..minetest.registered_nodes["elepower_machines:resonant_power_cell_0"].ele_capacity.." EpUs",
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lb_btm_tt = " EpU max output\nper second"
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}
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eletome.ai.nodes["elepower_machines:super_power_cell_0"] = {lb_top_img = "elepower_gui_icon_power_stored.png",
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lb_top_tt = "Storage "..minetest.registered_nodes["elepower_machines:super_power_cell_0"].ele_capacity.." EpUs",
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lb_btm_tt = " EpU max output\nper second"
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}
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-- (Simple) Machines Page
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eletome.ai.nodes["elepower_machines:alloy_furnace"] = {lb_top_img = "default_tin_ingot.png",
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lb_top_tt ="2 Materials\nto be Alloyed",
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lb_btm_tt = " used per second"}
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-- Fluid Pump Page
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eletome.ai.nodes["elepower_machines:pump"] = {lb_top_img = "elepower_gui_icon_fluid_electrolyzer_in.png", lb_top_tt = "Fluid"}
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eletome.ai.nodes["fluid_transfer:fluid_transfer_pump"] = {lb_top_img = "elepower_gui_icon_fluid_electrolyzer_in.png", lb_top_tt = "Fluid"}
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eletome.ai.nodes["elepower_machines:accumulator"] = {lb_top_img = "elepower_gui_icon_fluid_water.png", lb_top_tt = "Water"}
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||
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eletome.ai.nodes["elepower_machines:accumulator_heavy"] = {lb_top_img = "elepower_gui_icon_fluid_water.png",
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||
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lb_top_tt = "Heavy Water",
|
||
|
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mb_title_txt = "Right Click",
|
||
|
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mb_recipe_items = {[4] = "elepower_machines:heavy_filter",
|
||
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[5] = "elepower_tome_mouse_rght_click.png",
|
||
|
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[6] = "elepower_machines:accumulator"}
|
||
|
|
}
|
||
|
|
|
||
|
|
-- Evaporation Plant page
|
||
|
|
eletome.ai.nodes["elepower_thermal:evaporator_controller"] = {lb_top_img = "elepower_gui_icon_fluid_water_brine_lithium.png", lb_top_tt = " Water\n Brine\nLithium"}
|
||
|
|
eletome.ai.nodes["elepower_thermal:evaporator_input"] = {lb_top_img = "elepower_gui_icon_fluid_water_brine.png", lb_top_tt = "Water\nBrine"}
|
||
|
|
eletome.ai.nodes["elepower_thermal:evaporator_output"] = {lb_top_img = "elepower_gui_icon_fluid_brine_lithium.png", lb_top_tt = " Brine\nLithium"}
|
||
|
|
eletome.ai.nodes["elepower_machines:heat_casing"] = {lb_top_img = "elepower_machines:heat_casing"}
|
||
|
|
|
||
|
|
|
||
|
|
-- Miner Page
|
||
|
|
eletome.ai.nodes["elepower_mining:miner_controller"] = {lb_top_img ="elepower_gui_icon_fluid_water.png",lb_top_tt ="Requires\nWater"}
|
||
|
|
eletome.ai.nodes["elepower_mining:miner_core"] = {lb_top_img ="elepower_gui_icon_fluid_water.png",lb_top_tt ="Requires\nWater"}
|
||
|
|
eletome.ai.nodes["elepower_mining:miner_drill"] = {lb_top_img ="elepower_tome_icon_metal_lump.png",lb_top_tt ="Produces\n Metal lumps" ,lb_btm_img = "elepower_gui_icon_power_water.png", lb_btm_tt = "128 EpUs & 500 Water\n used per drill"}
|