Module:Ships

This ship module exists to present the data from Module:Ships/Data in tables of ships, ship variants, and ship info boxes.

Infobox

K37 TNTRL

Top-down view of the K37
Make	Rusatom-Antonoff
High-Stress	1
Low-Stress	2
Crew	4
Dry mass	33,200 kg
Cargo bay	96 m^3
Processed cargo	7,000 kg
New price	365,999 E$
Hull Length	34.2 m
Hull Width	16 m
Min. Cargo Bay Width	2.4 m

Usage

{{#invoke:Ships|infobox|K37
|image=[[File:K37-tntrl.png|200px]]
|caption=Top-down view of the K37}}

The image and its caption are optional.

The infobox floats to the side of other content. Example output is to the right. The float is cleared here to keep it from being confused with the next section of the documentation.

Ship list

Usage

{{#invoke:Ships|list}}

Example output

Name	High-Stress	Low-Stress	Drone hardpoints	Docking bays	Crew	Dry mass	Processed cargo	Engines	EMP shielding	New price	Hull Length	Hull Width	Min. Cargo Bay Width	Variant
ND-LIS Kitsune	0	1	0	0	3	4,000 kg	18,000 kg (combined)	0			12.6 m	8 m	2.4 m
Cothon-212	0	4	0	0	3	83,700 kg	27,000 kg	1	100 MJ		54.4 m	28.9 m	3.6 m
Cothon-213 "Triplet"	0	4	0	0	3	84,700 kg	27,000 kg	3			54.4 m	28.9 m	3.6 m	Triple main engines
Cothon-211 "Chonker"	0	4	0	0	3	83,700 kg	27,000 kg	1	100 MJ		56.3 m	28.9 m	4 m	Larger excavator
Cothon-217 "Bender"	0	4	0	0	3	103,700 kg	108,000 kg (combined)	1	100 MJ		54.4 m	28.9 m	3.6 m	Variable processed cargo storage
K37 TNTRL	1	2	0	0	4	33,200 kg	7,000 kg	1		365,999 E$	34.2 m	16 m	2.4 m
KTA24 TNTRL	1	2	0	0	4	27,970 kg	3,000 kg	1			30.7 m	16 m	2.3 m	Tug with angled reverse thrust
KX37 TNTRL	1	2	0	0	4	37,970 kg	10,000 kg	1			38.6 m	16 m	2.4 m	Extended cargo hold
Runasimi KR37 TNTRL	1	2	0	0	6	47,500 kg	4,000 kg	1	200 MJ		34.2 m	16 m	2.2 m	EMP shielded
K44 MHFTR Prototype	0	4	0	0	4	54,600 kg	14,000 kg	1			42 m	16 m	2.4 m	Abandoned prototype
Eagle Prospector	0	2	2	0	6	27,500 kg	14,000 kg	2		2,539,999 E$	50.1 m	14.6 m	4.8 m
Bald Eagle	0	2	2	0	6	29,500 kg	14,000 kg	4		10,000,000 E$	33.2 m	14.6 m	4.9 m	Racing
Peacock Prospector	0	2	2	0	4	27,500 kg	14,000 kg	2			50.1 m	14.6 m	4.8 m	Luxury interior influences crew morale towards happy
Vulture Prospector	1	2	0	0	6	37,500 kg	14,000 kg	2			42.1 m	14.6 m	4.8 m	Drone hardpoints replaced with a high-stress hardpoint
Pelican Prospector	0	2	2	0	6	62,000 kg	14,000 kg	2			56.4 m	14.6 m	4.8 m	Larger cargo bay, grinders replaced with excavator
OCP-209	2	2	0	0	8	184,500 kg	50,000 kg (combined)	1			84.7 m	31.2 m	24.1 m
Antonoff-Titan K225	0	2	0	6	12	220,100 kg	7,000 kg	3		3,999,999 E$	83.8 m	31.5 m	3.8 m
Antonoff-Titan K225-BB	0	2	0	2	12	190,100 kg	7,000 kg	3			83.8 m	31.5 m	3.8 m	4 docking bays removed to fit a much larger cargo bay
Antonoff-Titan K225 (modified)	0	2	0	0	12	250,100 kg	7,000 kg	9	100 MJ		83.8 m	31.5 m	3.8 m	Custom research retrofit, replaced docking bays with torch fittings and a Faraday cage fitted to give EMP resistance
Elon Interstellar Model E	1	2	0	0	5	27,000 kg	11,000 kg	2		8,999,999 E$	38.8 m	19.1 m	12.6 m

A list of columns to display can be specified as additional arguments

{{#invoke:Ships|list|Name
|Make
|Cargo bay
|Thrusters}}

Name	Make	Cargo bay	Thrusters	Stripped hull price
ND-LIS Kitsune	Nakamura Dynamics	75 m^3	7	14,999 E$
Cothon-212	Conlido RVM	260 m^3	4	79,549 E$
Cothon-213 "Triplet"	Conlido RVM	260 m^3	4	78,149 E$
Cothon-211 "Chonker"	Conlido RVM	270 m^3	4	79,549 E$
Cothon-217 "Bender"	Conlido RVM	260 m^3	4	102,049 E$
K37 TNTRL	Rusatom-Antonoff	96 m^3	8	88,949 E$
KTA24 TNTRL	Rusatom-Antonoff / Triskellion-Armstrong	58 m^3	8	87,853 E$
KX37 TNTRL	Rusatom-Antonoff	110 m^3	8	140,249 E$
Runasimi KR37 TNTRL	Rusatom-Antonoff / Runasimi	100 m^3	8	207,299 E$
K44 MHFTR Prototype	Rusatom-Antonoff	136 m^3	8	523,200 E$
Eagle Prospector	Mitsudaya-Starbus	125 m^3	8	184,099 E$
Bald Eagle	Custom-built	40 m^3	4	297,499 E$
Peacock Prospector	Mitsudaya-Starbus	125 m^3	8	297,949 E$
Vulture Prospector	Mitsudaya-Starbus / Conlido RVM	90 m^3	8	455,449 E$
Pelican Prospector	Mitsudaya-Starbus / Titan Heavy Industries	240 m^3	8	860,449 E$
OCP-209	Obonto Microengineering	610 m^3	8	217,200 E$
Antonoff-Titan K225	Antonoff-Titan Heavy Industries	280 m^3	10	2,064,824 E$
Antonoff-Titan K225-BB	Antonoff-Titan Heavy Industries	710 m^3	10	2,674,749 E$
Antonoff-Titan K225 (modified)	Antonoff-Titan Heavy Industries, Custom Modification	280 m^3	10	5,174,749 E$
Elon Interstellar Model E	Elon Interstellar	140 m^3	6	6,024,649 E$

Ship variants

Usage

{{#invoke:Ships|variants|K37}}

Example output

Name	High-Stress	Low-Stress	Drone hardpoints	Docking bays	Crew	Dry mass	Processed cargo	Engines	EMP shielding	New price	Hull Length	Hull Width	Min. Cargo Bay Width	Variant
K37 TNTRL	1	2	0	0	4	33,200 kg	7,000 kg	1		365,999 E$	34.2 m	16 m	2.4 m
KTA24 TNTRL	1	2	0	0	4	27,970 kg	3,000 kg	1			30.7 m	16 m	2.3 m	Tug with angled reverse thrust
KX37 TNTRL	1	2	0	0	4	37,970 kg	10,000 kg	1			38.6 m	16 m	2.4 m	Extended cargo hold
Runasimi KR37 TNTRL	1	2	0	0	6	47,500 kg	4,000 kg	1	200 MJ		34.2 m	16 m	2.2 m	EMP shielded
K44 MHFTR Prototype	0	4	0	0	4	54,600 kg	14,000 kg	1			42 m	16 m	2.4 m	Abandoned prototype

A list of columns to display can be specified as additional arguments

{{#invoke:Ships|variants|K37
|Name|Make
|Crew|Dry mass|Cargo|Processed cargo|EMP shielding
|Variant}}

Name	Make	Crew	Dry mass	Cargo bay	Processed cargo	EMP shielding	Variant
K37 TNTRL	Rusatom-Antonoff	4	33,200 kg	96 m^3	7,000 kg
KTA24 TNTRL	Rusatom-Antonoff / Triskellion-Armstrong	4	27,970 kg	58 m^3	3,000 kg		Tug with angled reverse thrust
KX37 TNTRL	Rusatom-Antonoff	4	37,970 kg	110 m^3	10,000 kg		Extended cargo hold
Runasimi KR37 TNTRL	Rusatom-Antonoff / Runasimi	6	47,500 kg	100 m^3	4,000 kg	200 MJ	EMP shielded
K44 MHFTR Prototype	Rusatom-Antonoff	4	54,600 kg	136 m^3	14,000 kg		Abandoned prototype

---

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')
local capiunto = require 'capiunto'

local processedCargoTypes = 6

p.view = {}

p.view['Name'] = dv.title{'key', text='name'}
p.view['Make'] = dv.text{'make'}

local nonZero = function(n)
    return n and n ~= 0
end

p.view['Processed cargo'] = {
    format = function(ship)
        local pc  = dv.formatNum(ship.processedCargo, 'kg')
        local pcc = dv.formatNum(ship.processedCargoCombined, 'kg (combined)')
        if nonZero(ship.processedCargo) and nonZero(ship.processedCargoCombined) then
            return pc .. ' + ' .. pcc
        elseif nonZero(ship.processedCargoCombined) then
            return pcc
        elseif nonZero(ship.processedCargo) then
            return pc
        end
    end,
    sortType = 'number',
    sortValue = function(ship)
         return ship.processedCargo * processedCargoTypes + ship.processedCargoCombined
    end
}

p.view['Processed cargo (tons)'] = {
    format = function(ship)
        local pc  = dv.formatNum(ship.processedCargo/1000, 't')
        local pcc = dv.formatNum(ship.processedCargoCombined/1000, 't (combined)')
        if nonZero(ship.processedCargo) and nonZero(ship.processedCargoCombined) then
            return pc .. ' + ' .. pcc
        elseif nonZero(ship.processedCargoCombined) then
            return pcc
        elseif nonZero(ship.processedCargo) then
            return pc
        end
    end,
    sortType = 'number',
    sortValue = function(ship)
         return ship.processedCargo * processedCargoTypes + ship.processedCargoCombined
    end
}

p.view['High-Stress'] = dv.number{'highStress'}
p.view['Low-Stress'] = dv.number{'lowStress'}
p.view['Drone hardpoints'] = dv.number{'droneHardpoints'}
p.view['Docking bays'] = dv.number{'dockingBays'}
p.view['Crew'] = dv.number{'crew'}
p.view['Engines'] = dv.number{'engines'}
p.view['Thrusters'] = dv.number{'thrusters'}

p.view['Dry mass'] = dv.number{'dryMass', unit='kg'}

p.view['Dry mass (tons)'] = {
    format = function(ship)
        local pc  = dv.formatNum(ship.dryMass/1000, 't')
        if nonZero(ship.dryMass) then
            return pc
        elseif nonZero(ship.dryMass) then
            return pc
        end
    end,
    sortType = 'number',
    sortValue = function(ship)
         return ship.drymass
    end
}

p.view['Cargo bay'] = dv.number{'cargoBay', unit='m^3'}
p.view['EMP shielding'] = dv.number{'empShielding', unit='MJ', omitZero=true}
p.view['New price'] = dv.number{'priceNew', unit='E$'}
p.view['Stripped hull price'] = dv.number{'hullValue', unit='E$'}

p.view['Hull Width'] = dv.number{'width', unit='m'}
p.view['Hull Length'] = dv.number{'length', unit='m'}
p.view['Min. Cargo Bay Width'] = dv.number{'minBayWidth', unit='m'}

p.view['Variant'] = dv.text{'variant'}

for k,v in pairs(p.view) do
    v.heading = v.heading or k
end

p.infoboxRows = {
    'Make',
    'High-Stress', 'Low-Stress', 'Drone hardpoints', 'Docking bays', 'Crew',
    'Dry mass', 'Cargo bay', 'Processed cargo',
    'New price', 
    'Hull Length', 
    'Hull Width', 
    'Min. Cargo Bay Width'
}

p.infobox = function(f)
    local key = mw.text.trim(f.args[1])
    local data = mw.loadData('Module:Ships/Data')
    data = data[key]

    local cap = capiunto.create{title=p.view.Name.format(data)}

    if f.args.image then
        cap:addImage(f.args.image, f.args.caption)
    end

    for i,viewKey in ipairs(p.infoboxRows) do
        local view = p.view[viewKey]
        local dataPoint = view.format(data)
        -- Skip zeros
        if view.sortType == 'number' then
            local sortValue = view.sortValue(data)
            if sortValue == 0 then
                dataPoint = nil
            end
        end
        if dataPoint then
            cap:addRow(view.heading, dataPoint)
        end
    end
    return cap
end


p.defaultColumns = {
    'Name',
    'High-Stress', 'Low-Stress', 'Drone hardpoints', 'Docking bays', 'Crew',
    'Dry mass', 'Processed cargo',
    'Engines', 'EMP shielding', 'New price', 
    'Hull Length', 
    'Hull Width', 
    'Min. Cargo Bay Width',
    'Variant'
}

p.positionalArgs = function(f)
    local posArgs = {}
    for i,posArg in ipairs(f.args) do
        -- positional arguments don't get trimmed
        table.insert(posArgs, mw.text.trim(posArg))
    end
    return posArgs
end

p.list = function(f)
    local columns = p.positionalArgs (f)
    if table.getn(columns) == 0 then
        columns = p.defaultColumns
    end


    local data = mw.loadData('Module:Ships/Data')

    data = d.sort(data, {
        d.on(d.path{'baseModelData', 'hullValue'}, d.asc),
        d.on(d.path{'baseModelData', 'name'}, d.asc),
        d.on(d.path{'isVariant'}, d.asc),
        d.on(d.path{'hullValue'}, d.asc),
        d.on(d.path{'name'}, d.asc),
    })

    return dv.displayTable(data, p.view, columns)
end

p.variants = function(f)
    local posArgs = p.positionalArgs(f)
    local baseModel = table.remove(posArgs, 1)
    local columns = posArgs
    if table.getn(columns) == 0 then
        columns = p.defaultColumns
    end

    local data = mw.loadData('Module:Ships/Data')

    data = d.filter(data, function (ship)
         return ship.baseModel == baseModel
    end)

    data = d.sort(data, {
        d.on(d.path{'isVariant'}, d.asc),
        d.on(d.path{'hullValue'}, d.asc),
        d.on(d.path{'name'}, d.asc),
    })

    return dv.displayTable(data, p.view, columns)
end

p.minInfoboxRows = {
    'High-Stress', 'Low-Stress', 'Drone hardpoints', 'Docking bays', 'Crew',
    'Dry mass (tons)', 'Cargo bay', 'Processed cargo (tons)',
    'New price'
}

p.minInfobox = function(f)
    local key = mw.text.trim(f.args[1])
    local data = mw.loadData('Module:Ships/Data')
    data = data[key]

    local cap = capiunto.create{title=p.view.Name.format(data)}

    if f.args.image then
        cap:addImage(f.args.image, f.args.caption)
    end

    for i,viewKey in ipairs(p.minInfoboxRows) do
        local view = p.view[viewKey]
        local dataPoint = view.format(data)
        -- Skip zeros
        if view.sortType == 'number' then
            local sortValue = view.sortValue(data)
            if sortValue == 0 then
                dataPoint = nil
            end
        end
        if dataPoint then
            cap:addRow(view.heading, dataPoint)
        end
    end
    return cap
end


return p