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industrialtest/guide.lua

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-- IndustrialTest
-- Copyright (C) 2025 mrkubax10
-- This program is free software: you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation, either version 3 of the License, or
-- (at your option) any later version.
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
local S=minetest.get_translator("industrialtest")
-- \brief Creates hypertext table with rows
-- \param rows table
-- \param withTitleRow bool
-- \param description (optional) string
-- \returns string
local function createTable(rows,withTitleRow,description)
local columnWidths={}
for _,row in ipairs(rows) do
for i,cell in ipairs(row) do
-- Add 3 here because of cell padding (2 spaces at each side of column text) and right cell separator
columnWidths[i]=math.max(columnWidths[i] or 0,string.len(cell)+3)
end
end
-- Begin with width of 1 because of left edge
local tableWidth=1
for _,width in ipairs(columnWidths) do
tableWidth=tableWidth+width
end
local horizontalEdge=string.rep("-",tableWidth).."\n"
local hypertextRows={horizontalEdge}
for i,row in ipairs(rows) do
local hypertextRow={"|"}
for o,cell in ipairs(row) do
local cellWidth=string.len(cell)+3
local rightPadding=string.rep(" ",columnWidths[o]-cellWidth)
table.insert(hypertextRow,string.format(" %s%s |",cell,rightPadding))
end
table.insert(hypertextRow,"\n")
table.insert(hypertextRows,table.concat(hypertextRow,""))
-- Insert horizontal edge if title row is present
if withTitleRow and i==1 then
table.insert(hypertextRows,horizontalEdge)
end
end
table.insert(hypertextRows,horizontalEdge)
return "<mono>"..table.concat(hypertextRows,"")..(description or "").."</mono>\n"
end
-- \brief Creates table with machine information while providing few shortcuts for common fields
-- \param fields table
-- \param machineName string
-- \param num (optional) number
-- \returns string
local function createMachineInformationTable(fields,machineName,num)
local fieldLabels={
inputVoltage="Input voltage level",
outputVoltage="Output voltage level",
recipe="Recipe type",
powerCapacity="Power capacity",
opPower="Power per operation",
powerPerFuel="Power per fuel unit",
efficiency="Default efficiency"
}
local rows={}
for _,field in ipairs(fields) do
local label=fieldLabels[field.name] or field.name
table.insert(rows,{
label,
field.value
})
end
return createTable(rows,false,string.format("Figure %d. Machine information for %s",(num or 1),machineName))
end
local pages={
{
name="introduction",
title=S("Introduction"),
icon=industrialtest.elementKeys.paper,
content={
[[
<big>||Introduction||</big>
<left>
||IndustrialTest implements finite power functionality which can be used to perform various tasks using generators and consumers. Such features are not a new thing in Luanti, as there are older mods which do that already. This mod, however, proves to be more flexible.||
</left>
<img name="industrialtest_guide_introduction.png" width="{{IMAGE_WIDTH}}">
]]
}
},
{
name="electricalNetwork",
title=S("Electrical network"),
icon="industrialtest:insulated_copper_cable",
content={
[[
<big>||Electrical network||</big>
<left>
||In order to attach electricity consumers to power sources (like generators, batteries, further just called generators) electrical network is used. Consumers can get connected either directly to generators or through various cables. Each generator can output certain voltage (this is actually amperage, however since this mod doesn't simulate electricity accurately, it's called voltage), the same situation is for consumers as they can only handle up to certain voltage.||
||Figure 1 shows voltage levels present in this mod.||
||If voltage is too high for cable it will melt without dropping anything while consumer will explode also without dropping anything and possibly destroying terrain around. Power capacity is measured in EU (Energy Units) and the voltage is EU/update.||
||Picture 1 shows environment after consumer explosion.||
</left>
]],
createTable({
{
"Voltage level",
"EU/update",
"Cable"
},
{
"LV",
"600",
"Tin"
},
{
"MV",
"2400",
"Copper"
},
{
"HV",
"10200",
"Gold"
},
{
"EV",
"40800",
"Iron"
},
{
"IV",
"163800",
"Glass Fibre"
}
},true,S("Figure 1. Voltage levels and respective cables")),
[[
<img name="industrialtest_guide_explosion.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Environment after consumer explosion||</left>
]]
}
},
{
name="cableFormer",
title=S("Cable Former"),
icon="industrialtest:cable_former",
content={
[[
<big>||Cable Former||</big>
<left>
||Cable Former can be used to produce cables with higher material efficiency. It can, however, only produce cables from metals so for example <item name="industrialtest:glass_fibre_cable" height="{{ITEM_HEIGHT}}"> <b>Glass Fibre Cable</b> can't be produced in it.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Cable forming"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.CableFormer.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.CableFormer.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.CableFormer.efficiency)
}
},S("Cable Former")),
[[
<img name="industrialtest_guide_cable_former.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Cable Former running||</left>
]]
}
},
{
name="canningMachine",
title=S("Canning Machine"),
icon="industrialtest:canning_machine",
content={
[[
<big>||Canning Machine||</big>
<left>
||Canning Machine is used to move certain fluid from one item to another. The common usage is to refill fuel in <item name="industrialtest:jetpack_v" height="{{ITEM_HEIGHT}}"> <b>Jetpack</b> or <item name="industrialtest:fuel_can" height="{{ITEM_HEIGHT}}"> <b>Fuel Can</b>.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.CanningMachine.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.CanningMachine._opPower)
},
{
name="Canning completion time",
value=string.format("%d seconds",industrialtest.CanningMachine._canningTime)
}
},S("Canning Machine")),
[[
<img name="industrialtest_guide_canning_machine.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Canning Machine refilling <item name="industrialtest:fuel_can" height="{{ITEM_HEIGHT}}"> <b>Fuel Can</b> with fuel from <item name="industrialtest:coalfuel_cell" height="{{ITEM_HEIGHT}}"> <b>Coalfuel Cell</b>||</left>
]]
}
},
{
name="compressor",
title=S("Compressor"),
icon="industrialtest:compressor",
content={
[[
<big>||Compressor||</big>
<left>
||Compressor as the name suggests is used to compress various materials. Mostly required to produce items for crafting other items.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Compressing"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Compressor.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Compressor.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.Compressor.efficiency)
}
},S("Compressor")),
[[
<img name="industrialtest_guide_compressor.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Compressor compressing <item name="industrialtest:plantball" height="{{ITEM_HEIGHT}}"> <b>Plantball</b> into <item name="industrialtest:compressed_plantball" height="{{ITEM_HEIGHT}}"> <b>Compressed Plantball</b>||</left>
]]
}
},
{
name="electricFurnace",
title=S("Electric Furnace"),
icon="industrialtest:electric_furnace",
content={
[[
<big>||Electric Furnace||</big>
<left>
||Electric Furnace like regular furnace can be used to smelt items. The difference is that Electric Furnace is slightly faster even without any upgrades and, well, it's electric so it doesn't require fuel.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Smelting"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.ElectricFurnace.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.ElectricFurnace.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.ElectricFurnace.efficiency)
}
},S("Electric Furnace")),
[[
<img name="industrialtest_guide_electric_furnace.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Electric Furnace smelting <item name="industrialtest:iron_dust" height="{{ITEM_HEIGHT}}"> <b>Iron Dust</b> into <item name="{{elementKeyIronIngot}}" height="{{ITEM_HEIGHT}}"> <b>Iron Ingot</b>||</left>
]]
}
},
{
name="extractor",
title=S("Extractor"),
icon="industrialtest:extractor",
content={
[[
<big>||Extractor||</big>
<left>
||Extractor is used to separate materials from within other materials, often when it's not possible by other means.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Extracting"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Extractor.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Extractor.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.Extractor.efficiency)
}
},S("Extractor")),
[[
<img name="industrialtest_guide_extractor.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Extractor extracting <item name="{{elementKeyRubber}}" height="{{ITEM_HEIGHT}}"> <b>Rubber</b> from <item name="{{elementKeyRubberWood}}" height="{{ITEM_HEIGHT}}"> <b>Rubber Wood</b>||</left>
]]
}
},
{
name="generator",
title=S("Generator"),
icon="industrialtest:generator",
content={
[[
<big>||Generator||</big>
<left>
||Generator produces energy from various fuels which can be used for smelting. It is the most basic way of powering electric machines and also the simplest to obtain.||
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Generator.capacity)
},
{
name="powerPerFuel",
value="200 EU"
}
},S("Generator")),
[[
<img name="industrialtest_guide_generator.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Generator producing power from <item name="{{elementKeyCoal}}" height="{{ITEM_HEIGHT}}"> <b>Coal</b>||</left>
]]
}
},
{
name="geothermalGenerator",
title=S("Geothermal Generator"),
icon="industrialtest:geothermal_generator",
content={
[[
<big>||Geothermal Generator||</big>
<left>
||Geothermal Generator produces energy using heat from fluids like lava. Hot fluids can be transferred into Geothermal Generator for example by using <item name="industrialtest:empty_cell" height="{{ITEM_HEIGHT}}"> <b>Empty Cell</b> or <item name="{{elementKeyBucket}}" height="{{ITEM_HEIGHT}}"> <b>Empty Bucket</b>.||
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.GeothermalGenerator.capacity)
}
},S("Geothermal Generator")),
[[
<img name="industrialtest_guide_geothermal_generator.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Geothermal Generator producing power from <b>Lava</b>||</left>
]]
}
},
{
name="inductionFurnace",
title=S("Induction Furnace"),
icon="industrialtest:induction_furnace",
content={
[[
<big>||Induction Furnace||</big>
<left>
||Induction Furnace like Electric Furnace uses electricity to smelt items. The difference between those is that Induction Furnace when running builds up heat internally over time. This property results in Induction Furnace smelting items faster the longer it's running. Once smelting is finished Induction Furnace begins to slowly lose heat. The heat level is indicated on the left of formspec.||
||Furthermore Induction Furnace allows to smelt 2 different items at once increasing efficiency even more.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="MV"
},
{
name="recipe",
value="Smelting"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.InductionFurnace.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.InductionFurnace._opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.InductionFurnace._efficiency)
}
},S("Induction Furnace")),
[[
<img name="industrialtest_guide_induction_furnace.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Induction Furnace smelting <item name="industrialtest:copper_dust" height="{{ITEM_HEIGHT}}"> <b>Copper Dust</b> and <item name="industrialtest:iron_dust" height="{{ITEM_HEIGHT}}"> <b>Iron Dust</b> into <item name="{{elementKeyCopperIngot}}" height="{{ITEM_HEIGHT}}"> <b>Copper Ingot</b> and <item name="{{elementKeyIronIngot}}" height="{{ITEM_HEIGHT}}"> <b>Iron Ingot</b>.||</left>
]]
}
},
{
name="ironFurnace",
title=S("Iron Furnace"),
icon="industrialtest:iron_furnace",
content={
[[
<big>||Iron Furnace||</big>
<left>
||Iron Furnace works in similar way to regular furnace but it smelts items faster.||
</left>
]],
createMachineInformationTable({
{
name="recipe",
value="Smelting"
}
},S("Iron Furnace")),
[[
<img name="industrialtest_guide_iron_furnace.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Iron Furnace smelting <item name="industrialtest:iron_dust" height="{{ITEM_HEIGHT}}"> <b>Iron Dust</b> into <item name="{{elementKeyIronIngot}}" height="{{ITEM_HEIGHT}}"> <b>Iron Ingot</b> using <item name="{{elementKeyCoal}}" height="{{ITEM_HEIGHT}}"> <b>Coal</b>.||</left>
]]
}
},
{
name="macerator",
title=S("Macerator"),
icon="industrialtest:macerator",
content={
[[
<big>||Macerator||</big>
<left>
||Macerator allows to crush various materials into their dust form. This is particularly useful with ores where it can be used for obtaining twice as much resources in some cases.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Macerating"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Macerator.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Macerator.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.Macerator.efficiency)
}
},S("Macerator")),
[[
<img name="industrialtest_guide_macerator.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Macerator crushing <item name="{{elementKeyIronLump}}" height="{{ITEM_HEIGHT}}"> <b>Iron Lump</b> into <item name="industrialtest:iron_dust" height="{{ITEM_HEIGHT}}"> <b>Iron Dust</b>.||</left>
]]
}
},
{
name="magnetizer",
title=S("Magnetizer"),
icon="industrialtest:magnetizer",
content={
[[
<big>||Magnetizer||</big>
<left>
||Magnetizer when used together with vertical rail made of <item name="industrialtest:iron_fence" height="{{ITEM_HEIGHT}}"> <b>Iron Fence</b> next to it creates small magnetic field around the fence. Such field allows for moving (as long as player wears some metal boots) upwards when jump key is pressed or downwards when sneak key is pressed. Each fence in rail adds to total power capacity that can be stored. Magnetizer automatically changes rotation to face detected fence rail.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU + %d EU per fence in rail",industrialtest.Magnetizer.capacity,industrialtest.Magnetizer._capacityPerFence)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Magnetizer._opPower)
}
},S("Magnetizer")),
[[
<img name="industrialtest_guide_magnetizer.png">
<left>||Picture 1. Magnetizer powered by <item name="industrialtest:solar_panel" height="{{ITEM_HEIGHT}}"> <b>Solar Panel</b> with fence rail next to it.||</left>
]]
}
},
{
name="massFabricator",
title=S("Mass Fabricator"),
icon="industrialtest:mass_fabricator",
content={
[[
<big>||Mass Fabricator||</big>
<left>
||Mass Fabricator can transform energy and <item name="industrialtest:scrap" height="{{ITEM_HEIGHT}}"> <b>Scrap</b> into <item name="industrialtest:uu_matter" height="{{ITEM_HEIGHT}}"> <b>UU-Matter</b> which then can be later used to produce various materials.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="EV"
},
{
name="recipe",
value="Mass fabricating"
},
{
name="Scraps per UU-Matter",
value="34"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.MassFabricator.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.MassFabricator.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.MassFabricator.efficiency)
}
},S("Mass Fabricator")),
[[
<img name="industrialtest_guide_mass_fabricator.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Mass Fabricator producing <item name="industrialtest:uu_matter" height="{{ITEM_HEIGHT}}"> <b>UU-Matter</b> from <item name="industrialtest:scrap" height="{{ITEM_HEIGHT}}"> <b>Scrap</b>.||</left>
]]
}
},
{
name="miner",
title=S("Miner"),
icon="industrialtest:miner",
content={
[[
<big>||Miner||</big>
<left>
||Miner when placed on ground will use drill and <item name="industrialtest:mining_pipe" height="{{ITEM_HEIGHT}}"> <b>Mining Pipe</b> put in appropriate slots to dig below it. Besides that one can put <item name="industrialtest:ov_scanner" height="{{ITEM_HEIGHT}}"> <b>OV Scanner</b> or <item name="industrialtest:od_scanner" height="{{ITEM_HEIGHT}}"> <b>OD Scanner</b> to increase horizontal range of digging.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Miner.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Miner._opPower)
},
{
name="Power per scanner operation",
value=string.format("%d EU",industrialtest.Miner._scannerOpPower)
}
},S("Miner")),
[[
<img name="industrialtest_guide_miner_formspec.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Miner formspec with <item name="industrialtest:electric_drill" height="{{ITEM_HEIGHT}}"> <b>Electric Drill</b> and <item name="industrialtest:mining_pipe" height="{{ITEM_HEIGHT}}"> <b>Mining Pipe</b>.||</left>
<mono>
</mono>
<img name="industrialtest_guide_miner_digging.png">
<left>||Picture 2. Miner digging.||</left>
]]
}
},
{
name="nuclearReactor",
title=S("Nuclear Reactor"),
icon="industrialtest:nuclear_reactor",
content={
[[
<big>||Nuclear Reactor||</big>
<left>
||Nuclear Reactor produces energy via fission of <item name="industrialtest:uranium_cell" height="{{ITEM_HEIGHT}}"> <b>Uranium Cell</b>. It needs to be cooled using <item name="industrialtest:coolant_cell" height="{{ITEM_HEIGHT}}"> <b>Coolant Cell</b> or otherwise after keeping too much heat it will explode. The amount of generated energy depends on how many <item name="industrialtest:uranium_cell" height="{{ITEM_HEIGHT}}"> <b>Uranium Cell</b> is next to each other. It is possible to extend the capacity of the reactor to put more uranium and coolant by placing some <item name="industrialtest:nuclear_reactor_chamber" height="{{ITEM_HEIGHT}}"> <b>Nuclear Reactor Chamber</b> next to the reactor.||
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="EV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Reactor.capacity)
}
},S("Nuclear Reactor")),
[[
<img name="industrialtest_guide_nuclear_reactor_formspec.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Nuclear Reactor formspec with <item name="industrialtest:uranium_cell" height="{{ITEM_HEIGHT}}"> <b>Uranium Cell</b> and <item name="industrialtest:coolant_cell" height="{{ITEM_HEIGHT}}"> <b>Coolant Cell</b>.||</left>
<mono>
</mono>
<img name="industrialtest_guide_nuclear_reactor_chambers.png">
<left>||Picture 2. Nuclear Reactor with some <item name="industrialtest:nuclear_reactor_chamber" height="{{ITEM_HEIGHT}}"> <b>Nuclear Reactor Chamber</b>.||</left>
]]
}
},
{
name="powerStorage",
title=S("Power storage"),
icon="industrialtest:batbox",
content={
[[
<big>||Power storage||</big>
<left>
||This mod introduces a few nodes which allow for storing energy in them. It is useful in case some energy deficit happens or to charge electric items in them. Each of those have power input on each side except one marked with connector which is the output. Those are following:||
</left>
<mono>
</mono>
<left>
<item name="industrialtest:batbox" height="{{ITEM_HEIGHT}}"> <b>||BatBox||</b>
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="outputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.BatBox.capacity)
}
},S("BatBox")),
[[
<mono></mono>
<left>
<item name="industrialtest:cesu" height="{{ITEM_HEIGHT}}"> <b>||CESU||</b>
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="MV"
},
{
name="outputVoltage",
value="MV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.CESU.capacity)
}
},S("CESU"),2),
[[
<mono></mono>
<left>
<item name="industrialtest:mfe" height="{{ITEM_HEIGHT}}"> <b>||MFE||</b>
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="HV"
},
{
name="outputVoltage",
value="HV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.MFE.capacity)
}
},S("MFE"),3),
[[
<mono></mono>
<left>
<item name="industrialtest:mfsu" height="{{ITEM_HEIGHT}}"> <b>||MFSU||</b>
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="EV"
},
{
name="outputVoltage",
value="EV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.MFSU.capacity)
}
},S("MFSU"),4),
[[
<mono></mono>
<img name="industrialtest_guide_batbox.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. BatBox with some energy.||</left>
]]
}
},
{
name="pump",
title=S("Pump"),
icon="industrialtest:pump",
content={
[[
<big>||Pump||</big>
<left>
||Pump is used to pump fluids under it into internal fluid storage. It is later possible to move that fluid into some item, for example <item name="industrialtest:empty_cell" height="{{ITEM_HEIGHT}}"> <b>Empty Cell</b>. Pump when used together with <item name="industrialtest:miner" height="{{ITEM_HEIGHT}}"> <b>Miner</b> can pump fluids found.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Pump.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Pump._opPower)
},
{
name="Fluid capacity",
value=string.format("%d mB",industrialtest.Pump._fluidCapacity)
},
{
name="Pump time",
value=string.format("%d seconds",industrialtest.Pump._pumpTime)
}
},S("Pump")),
[[
<img name="industrialtest_guide_pump_formspec.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Pump with some fluid.||</left>
<mono>
</mono>
<img name="industrialtest_guide_pump.png">
<left>||Picture 1. Pump attached to <item name="industrialtest:miner" height="{{ITEM_HEIGHT}}"> <b>Miner</b>.||</left>
]]
}
},
{
name="recycler",
title=S("Recycler"),
icon="industrialtest:recycler",
content={
[[
<big>||Recycler||</big>
<left>
||Recycler with chance of 1/8 allows for transforming any item into <item name="industrialtest:scrap" height="{{ITEM_HEIGHT}}"> <b>Scrap</b>.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Recycling"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.Recycler.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.Recycler.opPower)
},
{
name="efficiency",
value=tostring(1/industrialtest.Recycler.efficiency)
}
},S("Recycler")),
[[
<img name="industrialtest_guide_recycler.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Recycler transforming some items.||</left>
]]
}
},
{
name="rotaryMacerator",
title=S("Rotary Macerator"),
icon="industrialtest:rotary_macerator",
content={
[[
<big>||Rotary Macerator||</big>
<left>
||Rotary Macerator works in similar way to regular Macerator with few differences. Like Induction Furnace the longer it runs the faster it works. Furthermore it provides additional slot for recipe modifier which can slightly alter the result.||
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="LV"
},
{
name="recipe",
value="Macerating + modifier"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.RotaryMacerator.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.RotaryMacerator._opPower)
},
{
name="Power while maintaining energy",
value=string.format("%d EU",industrialtest.RotaryMacerator._maintainSpeedOpPower)
}
},S("Rotary Macerator")),
[[
<img name="industrialtest_guide_rotary_macerator.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Rotary Macerator running with altered recipe.||</left>
]]
}
},
{
name="solarPanels",
title=S("Solar panels"),
icon="industrialtest:solar_panel",
content={
[[
<big>||Solar panels||</big>
<left>
||Solar panels are generators which allow for producting power from sun energy. There are few of them in this mod for different voltages. Those are:||
</left>
<mono>
</mono>
<left>
<item name="industrialtest:solar_panel" height="{{ITEM_HEIGHT}}"> <b>||Solar Panel||</b>
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.SolarPanel.capacity)
},
{
name="Generation multiplier",
value=tostring(industrialtest.SolarPanel.multiplier)
}
},S("Solar Panel")),
[[
<mono></mono>
<left>
<item name="industrialtest:lv_solar_array" height="{{ITEM_HEIGHT}}"> <b>||LV Solar Array||</b>
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="LV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.LVSolarArray.capacity)
},
{
name="Generation multiplier",
value=tostring(industrialtest.LVSolarArray.multiplier)
}
},S("LV Solar Array"),2),
[[
<mono></mono>
<left>
<item name="industrialtest:mv_solar_array" height="{{ITEM_HEIGHT}}"> <b>||MV Solar Array||</b>
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="MV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.MVSolarArray.capacity)
},
{
name="Generation multiplier",
value=tostring(industrialtest.MVSolarArray.multiplier)
}
},S("MV Solar Array"),3),
[[
<mono></mono>
<left>
<item name="industrialtest:hv_solar_array" height="{{ITEM_HEIGHT}}"> <b>||HV Solar Array||</b>
</left>
]],
createMachineInformationTable({
{
name="outputVoltage",
value="HV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.HVSolarArray.capacity)
},
{
name="Generation multiplier",
value=tostring(industrialtest.HVSolarArray.multiplier)
}
},S("HV Solar Array"),4),
[[
<mono></mono>
<img name="industrialtest_guide_solar_panel_full.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Solar Panel generating in full sunlight.||</left>
<mono>
</mono>
<img name="industrialtest_guide_solar_panel_none.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 2. Solar Panel not generating.||</left>
]]
}
},
{
name="toolWorkshop",
title=S("Tool Workshop"),
icon="industrialtest:tool_workshop",
content={
[[
<big>||Tool Workshop||</big>
<left>
Tool Workshop can be used to repair various tools with cost of energy. The process requires quite a lot energy and is slow.
</left>
]],
createMachineInformationTable({
{
name="inputVoltage",
value="HV"
},
{
name="powerCapacity",
value=string.format("%d EU",industrialtest.ToolWorkshop.capacity)
},
{
name="opPower",
value=string.format("%d EU",industrialtest.ToolWorkshop._opPower)
},
{
name="efficiency",
value=tostring(industrialtest.ToolWorkshop._efficiency)
}
},S("Tool Workshop")),
[[
<img name="industrialtest_guide_tool_workshop.png" width="{{IMAGE_WIDTH}}">
<left>||Picture 1. Tool Workshop repairing <item name="{{elementKeyIronPickaxe}}" height="{{ITEM_HEIGHT}}"> <b>Iron Pickaxe</b>.||</left>
]]
}
}
}
local function preprocessHypertext(content,vars)
-- Find and replace strings which should be translated, this pattern matches any string that doesn't include | which is contained within || at both ends
content=string.gsub(content,"||([^|]+)||",function(sourceString)
return S(sourceString)
end)
for key,value in pairs(vars) do
content=string.gsub(content,string.format("{{%s}}",key),value)
end
return content
end
local function getGuideFormspec(playerName,pageName)
local formspec={
"formspec_version[4]",
"size[15,10.8]",
"label[0.1,0.2;"..S("IndustrialTest Guide").."]",
--"scrollbaroptions[]",
"scrollbar[3.6,0.4;0.5,10.3;vertical;scrollbarList;0]",
"scroll_container[0.1,0.4;4,10.3;scrollbarList;vertical]"
}
-- Contents sidebar
local PAGE_BUTTON_HEIGHT=0.7
for i,page in ipairs(pages) do
table.insert(formspec,string.format("container[0,%f]",(i-1)*PAGE_BUTTON_HEIGHT))
table.insert(formspec,string.format("item_image[0,0;%f,%f;%s]",PAGE_BUTTON_HEIGHT,PAGE_BUTTON_HEIGHT,page.icon))
table.insert(formspec,string.format("button[%f,0;%f,%f;%s;%s]",PAGE_BUTTON_HEIGHT+0.05,3.45-PAGE_BUTTON_HEIGHT,PAGE_BUTTON_HEIGHT,page.name,page.title))
table.insert(formspec,"container_end[]")
end
table.insert(formspec,"scroll_container_end[]")
-- Introduction page is shown by default
pageName=(pageName or "introduction")
for _,page in ipairs(pages) do
if page.name==pageName then
local content=preprocessHypertext(table.concat(page.content,""),{
IMAGE_WIDTH=550,
ITEM_HEIGHT=16,
elementKeyBucket=industrialtest.elementKeys.bucket,
elementKeyCoal=industrialtest.elementKeys.coal,
elementKeyCopperIngot=industrialtest.elementKeys.copperIngot,
elementKeyIronIngot=industrialtest.elementKeys.ironIngot,
elementKeyIronLump=industrialtest.elementKeys.ironLump,
elementKeyIronPickaxe=industrialtest.elementKeys.ironPickaxe,
elementKeyRubber=industrialtest.elementKeys.rubber,
elementKeyRubberWood=industrialtest.elementKeys.rubberWood
})
table.insert(formspec,string.format("hypertext[4.2,0.4;10.7,10.3;content;%s]",content))
break
end
end
return table.concat(formspec,"")
end
local function showGuide(playerName,page)
minetest.show_formspec(playerName,"industrialtest:guide",getGuideFormspec(playerName,page))
return true
end
local function handleGuideFields(player,formname,fields)
if formname~="industrialtest:guide" then
return
end
for _,page in ipairs(pages) do
if fields[page.name] then
minetest.close_formspec(player:get_player_name(),formname)
showGuide(player:get_player_name(),page.name)
break
end
end
end
minetest.register_on_player_receive_fields(handleGuideFields)
minetest.register_chatcommand("industrialtest_guide",{
description=S("Shows graphical guide for content and features provided by IndustrialTest"),
func=function(playerName)
showGuide(playerName)
end
})
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