Module:Item/VehicleItem

require( 'strict' )

local VehicleItem = {}

local TNT = require( 'Module:Translate' ):new local common = require( 'Module:Common' ) local smwCommon = require( 'Module:Common/SMW' ) local data = mw.loadJsonData( 'Module:Item/VehicleItem/data.json' ) local config = mw.loadJsonData( 'Module:Item/config.json' )

--- Wrapper function for Module:Translate.translate --- --- @param key string The translation key --- @param addSuffix boolean Adds a language suffix if config.smw_multilingual_text is true --- @return string If the key was not found in the .tab page, the key is returned local function translate( key, addSuffix, ... ) return TNT:translate( 'Module:Item/VehicleItem/i18n.json', config, key, addSuffix, {...} ) end

--- Retrieve the quantum drive modes --- --- @param pageName string --- @return table local function loadQuantumDriveModes( pageName ) local subobjects = mw.smw.ask( {       '-Has subobject::' .. pageName .. ,         .. translate( 'SMW_QuantumTravelType' ) .. '::+',        string.format( '?%s', translate( 'SMW_QuantumTravelType' ) ),        string.format( '?%s', translate( 'SMW_QuantumTravelSpeed' ) ),        string.format( '?%s', translate( 'SMW_QuantumCooldownTime' ) ),        string.format( '?%s', translate( 'SMW_QuantumSpoolUpTime' ) ),        'mainlabel=-'    } ) local modes = {}

-- FIXME: System and Planet travel can come in random order -- We need a way to ensure the order that is always system > planet for _, subobject in ipairs( subobjects ) do       if subobject[ translate( 'SMW_QuantumTravelType' ) ] then table.insert( modes, subobject ) end end

return modes end

--- Adds the properties valid for this item to the SMW Set object --- --- @param smwSetObject table function VehicleItem.addSmwProperties( apiData, frameArgs, smwSetObject ) smwCommon.addSmwProperties(       apiData,        frameArgs,        smwSetObject,        translate,        config,        data,        'Item/VehicleItem'    )

local setData = {}

local function setModifiers( modifiers ) if modifiers == nil or type( modifiers ) ~= 'table' then return end

for _, modifier in pairs( modifiers ) do           local name = modifier.display_name or '' name = 'SMW_Modifier' .. name:gsub( ' ', '' )

if translate( name ) ~= nil then local value if modifier.name == 'size' then value = modifier.value else value = string.gsub( modifier.value, '%%', '' ) / 100 end

setData[ translate( name ) ] = value end end end

setModifiers( apiData:get( 'mining_laser.modifiers' ) ) setModifiers( apiData:get( 'mining_module.modifiers' ) )

mw.smw.set( setData ) end

--- Adds all SMW parameters set by this Module to the ASK object --- --- @param smwAskObject table --- @return void function VehicleItem.addSmwAskProperties( smwAskObject ) smwCommon.addSmwAskProperties(       smwAskObject,        translate,        config,        data    ) end

--- Adds entries to the infobox --- --- @param infobox table The Module:InfoboxNeue instance --- @param smwData table Data from Semantic MediaWiki --- @return void function VehicleItem.addInfoboxData( infobox, smwData, itemPageIdentifier ) local tabber = require( 'Module:Tabber' ).renderTabber local tabberData = {} local section

-- Cooler if smwData[ translate( 'SMW_CoolingRate' ) ] then -- Overview tabberData[ 'label1' ] = translate( 'LBL_Overview' ) section = { infobox:renderItem( translate( 'LBL_CoolingRate' ), common.formatNum( smwData[ translate( 'SMW_CoolingRate' ) ] ) ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true ) -- Power Plant elseif smwData[ translate( 'SMW_PowerOutput' ) ] then -- Overview tabberData[ 'label1' ] = translate( 'LBL_Overview' ) section = { infobox:renderItem( translate( 'LBL_PowerOutput' ), common.formatNum( smwData[ translate( 'SMW_PowerOutput' ) ] ) ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true ) -- Quantum Drive elseif smwData[ translate( 'SMW_QuantumFuelRequirement' ) ] then local function getQuantumDriveModesSection local modes = loadQuantumDriveModes( itemPageIdentifier )

if type( modes ) == 'table' then local modeTabberData = {} local modeCount = 1

for _, mode in ipairs( modes ) do                   modeTabberData[ 'label' .. modeCount ] = translate( mode[ translate( 'SMW_QuantumTravelType' ) ] ) section = { infobox:renderItem( translate( 'LBL_QuantumTravelSpeed' ), mode[ translate( 'SMW_QuantumTravelSpeed' ) ] ), infobox:renderItem( translate( 'LBL_QuantumCooldownTime' ), mode[ translate( 'SMW_QuantumCooldownTime' ) ] ), infobox:renderItem( translate( 'LBL_QuantumSpoolUpTime' ), mode[ translate( 'SMW_QuantumSpoolUpTime' ) ] ) }                   modeTabberData[ 'content' .. modeCount ] = infobox:renderSection( { content = section, col = 3 }, true ) modeCount = modeCount + 1 end

return infobox:renderSection( {                   title = translate( 'LBL_Modes' ),                    class = 'infobox__section--tabber',                    content = tabber( modeTabberData ),                    border = false                }, true ) end end

-- Overview tabberData[ 'label1' ] = translate( 'LBL_Overview' ) section = { infobox:renderItem( translate( 'LBL_QuantumFuelRequirement' ), smwData[ translate( 'SMW_QuantumFuelRequirement' ) ] ), infobox:renderItem( translate( 'LBL_QuantumTravelDisconnectRange' ), smwData[ translate( 'SMW_QuantumTravelDisconnectRange' ) ] ) -- Does range matter currently? The range seems to be limited by the QF fuel tank of the vehicle anyways --infobox:renderItem( translate( 'LBL_QuantumTravelRange' ), smwData[ translate( 'SMW_QuantumTravelRange' ) ] ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true ) .. getQuantumDriveModesSection -- Shield elseif smwData[ translate( 'SMW_ShieldHealthPoint' ) ] then -- We need raw number from SMW to calculate shield regen, so we add the unit back local function getShieldPoint if smwData[ translate( 'SMW_ShieldHealthPoint' ) ] == nil then return end return common.formatNum( math.ceil( smwData[ translate( 'SMW_ShieldHealthPoint' ) ] ) ) .. ' HP' end

local function getShieldRegen if smwData[ translate( 'SMW_ShieldPointRegeneration' ) ] == nil then return end if smwData[ translate( 'SMW_ShieldHealthPoint' ) ] == nil then return smwData[ translate( 'SMW_ShieldPointRegeneration' ) ] end

local fullChargeTime = math.ceil( smwData[ translate( 'SMW_ShieldHealthPoint' ) ] / smwData[ translate( 'SMW_ShieldPointRegeneration' ) ] )

return infobox.showDescIfDiff(               common.formatNum( math.ceil( smwData[ translate( 'SMW_ShieldPointRegeneration' ) ] ) ) .. ' HP/s',                translate( 'unit_secondtillfull', false, fullChargeTime )            ) end

local function getShieldRegenDelay if smwData[ translate( 'SMW_ShieldDownTime' ) ] == nil or smwData[ translate( 'SMW_ShieldDamageDelay' ) ] == nil then return end return infobox.showDescIfDiff(               smwData[ translate( 'SMW_ShieldDamageDelay' ) ],                translate( 'unit_whendown', false, smwData[ translate( 'SMW_ShieldDownTime' ) ] )            ) end

-- Overview tabberData[ 'label1' ] = translate( 'LBL_Overview' ) section = { infobox:renderItem( translate( 'LBL_ShieldHealthPoint' ), getShieldPoint ), infobox:renderItem( translate( 'LBL_ShieldPointRegeneration' ), getShieldRegen ), infobox:renderItem( translate( 'LBL_ShieldRegenDelay' ), getShieldRegenDelay ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true )

-- TODO: Add on API --infobox:renderSection( {       --    title = translate( 'LBL_Resistances' ),        --    col = 3,        --    content = {        --        infobox:renderItem( translate( 'LBL_ShieldPhysicalResistance' ), smwData[ translate( 'SMW_ShieldPhysicalResistance' ) ] ),        --        infobox:renderItem( translate( 'LBL_ShieldEnergyResistance' ), smwData[ translate( 'SMW_ShieldEnergyResistance' ) ] ),        --        infobox:renderItem( translate( 'LBL_ShieldDistortionResistance' ), smwData[ translate( 'SMW_ShieldDistortionResistance' ) ] ),        --        --        infobox:renderItem( translate( 'LBL_ShieldThermalResistance' ), smwData[ translate( 'SMW_ShieldThermalResistance' ) ] ),        --        infobox:renderItem( translate( 'LBL_ShieldBiochemicalResistance' ), smwData[ translate( 'SMW_ShieldBiochemicalResistance' ) ] ),        --        infobox:renderItem( translate( 'LBL_ShieldStunResistance' ), smwData[ translate( 'SMW_ShieldStunResistance' ) ] ), --   }        --} )    -- Quantum Drive    elseif smwData[ translate( 'SMW_MaxMissiles' ) ] then        -- Overview        tabberData[ 'label1' ] = translate( 'LBL_Overview' )        section = {            infobox:renderItem( translate( 'LBL_MaxMissiles' ), smwData[ translate( 'SMW_MaxMissiles' ) ] ),            infobox:renderItem( translate( 'LBL_MissileSize' ), smwData[ translate( 'SMW_MissileSize' ) ] )        }        tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true )    -- Mining Laser    elseif smwData[ translate( 'SMW_MiningLaserPower' ) ] then        -- Overview        tabberData[ 'label1' ] = translate( 'LBL_Overview' )        section = {            infobox:renderItem( translate( 'LBL_PowerTransfer' ), smwData[ translate( 'SMW_PowerTransfer' ) ] ),            infobox:renderItem( translate( 'LBL_OptimalRange' ), smwData[ translate( 'SMW_OptimalRange' ) ] ), infobox:renderItem( translate( 'LBL_MaximumRange' ), smwData[ translate( 'SMW_MaximumRange' ) ] ), infobox:renderItem( translate( 'LBL_ExtractionThroughput' ), smwData[ translate( 'SMW_ExtractionThroughput' ) ] ), infobox:renderItem( translate( 'LBL_MiningLaserPower' ), smwData[ translate( 'SMW_MiningLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ExtractionLaserPower' ), smwData[ translate( 'SMW_ExtractionLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ModuleSlots' ), smwData[ translate( 'SMW_ModuleSlots' ) ] ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true )

tabberData[ 'label2' ] = translate( 'LBL_Modifiers' ) section = { infobox:renderItem( translate( 'LBL_ModifierCatastrophicChargeRate' ), smwData[ translate( 'SMW_ModifierCatastrophicChargeRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierExtractionLaserPower' ), smwData[ translate( 'SMW_ModifierExtractionLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ModifierLaserInstability' ), smwData[ translate( 'SMW_ModifierLaserInstability' ) ] ), infobox:renderItem( translate( 'LBL_ModifierMiningLaserPower' ), smwData[ translate( 'SMW_ModifierMiningLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ModifierOptimalChargeWindowRate' ), smwData[ translate( 'SMW_ModifierOptimalChargeWindowRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierInertMaterials' ), smwData[ translate( 'SMW_ModifierInertMaterials' ) ] ), infobox:renderItem( translate( 'LBL_ModifierOptimalChargeRate' ), smwData[ translate( 'SMW_ModifierOptimalChargeRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierResistance' ), smwData[ translate( 'SMW_ModifierResistance' ) ] ), infobox:renderItem( translate( 'LBL_ModifierShatterDamage' ), smwData[ translate( 'SMW_ModifierShatterDamage' ) ] ), infobox:renderItem( translate( 'LBL_ModifierSize' ), smwData[ translate( 'SMW_ModifierSize' ) ] ) }       tabberData[ 'content2' ] = infobox:renderSection( { content = section, col = 3 }, true ) -- Mining Module -- FIXME: Need a better way to handle this since SMW_Uses is a generic property across consumables elseif smwData[ translate( 'SMW_Uses' ) ] then -- Overview tabberData[ 'label1' ] = translate( 'LBL_Overview' ) section = { infobox:renderItem( translate( 'LBL_Uses' ), smwData[ translate( 'SMW_Uses' ) ] ), infobox:renderItem( translate( 'LBL_Duration' ), smwData[ translate( 'SMW_Duration' ) ] ), infobox:renderItem( translate( 'LBL_ModifierCatastrophicChargeRate' ), smwData[ translate( 'SMW_ModifierCatastrophicChargeRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierExtractionLaserPower' ), smwData[ translate( 'SMW_ModifierExtractionLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ModifierLaserInstability' ), smwData[ translate( 'SMW_ModifierLaserInstability' ) ] ), infobox:renderItem( translate( 'LBL_ModifierMiningLaserPower' ), smwData[ translate( 'SMW_ModifierMiningLaserPower' ) ] ), infobox:renderItem( translate( 'LBL_ModifierOptimalChargeWindowRate' ), smwData[ translate( 'SMW_ModifierOptimalChargeWindowRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierInertMaterials' ), smwData[ translate( 'SMW_ModifierInertMaterials' ) ] ), infobox:renderItem( translate( 'LBL_ModifierOptimalChargeRate' ), smwData[ translate( 'SMW_ModifierOptimalChargeRate' ) ] ), infobox:renderItem( translate( 'LBL_ModifierResistance' ), smwData[ translate( 'SMW_ModifierResistance' ) ] ), infobox:renderItem( translate( 'LBL_ModifierShatterDamage' ), smwData[ translate( 'SMW_ModifierShatterDamage' ) ] ), infobox:renderItem( translate( 'LBL_ModifierSize' ), smwData[ translate( 'SMW_ModifierSize' ) ] ) }       tabberData[ 'content1' ] = infobox:renderSection( { content = section, col = 2 }, true ) end

-- Get the index of the last tab local tabCount = 0 for _, __ in pairs( tabberData ) do       tabCount = tabCount + 1 end tabCount = tabCount / 2

-- Engineering -- TODO: Make temperatures into a graph? -- FIXME: Instead of hardcoding the unit, can we use SMW query to get the unit? tabCount = tabCount + 1 tabberData[ 'label' .. tabCount ] = translate( 'LBL_Engineering' ) section = { infobox:renderItem( translate( 'LBL_PowerDraw' ), infobox.addUnitIfExists( infobox.formatRange( smwData[ translate( 'SMW_MinimumPowerDraw' ) ], smwData[ translate( 'SMW_MaximumPowerDraw' ) ], true ), '/s' ) ), infobox:renderItem( translate( 'LBL_ThermalEnergyOutput' ), infobox.addUnitIfExists( infobox.formatRange( smwData[ translate( 'SMW_MinimumThermalEnergyOutput' ) ], smwData[ translate( 'SMW_MaximumThermalEnergyOutput' ) ], true ), '/s' ) ), infobox:renderItem( translate( 'LBL_MaximumCoolingRate' ), smwData[ translate( 'SMW_MaximumCoolingRate' ) ] ), infobox:renderItem( translate( 'LBL_StartCoolingTemperature' ), smwData[ translate( 'SMW_StartCoolingTemperature' ) ] ), infobox:renderItem( translate( 'LBL_Temperature' ), infobox.addUnitIfExists( infobox.formatRange( smwData[ translate( 'SMW_MinimumTemperature' ) ], smwData[ translate( 'SMW_MaximumTemperature' ) ], true ), '°C' ) ), infobox:renderItem( translate( 'LBL_MisfireTemperature' ), infobox.addUnitIfExists( infobox.formatRange( smwData[ translate( 'SMW_MinimumMisfireTemperature' ) ], smwData[ translate( 'SMW_MaximumMisfireTemperature' ) ], true ), '°C' ) ), infobox:renderItem( translate( 'LBL_OverheatTemperature' ), smwData[ translate( 'SMW_OverheatTemperature' ) ] ) }   tabberData[ 'content' .. tabCount ] = infobox:renderSection( { content = section, col = 2 }, true )

-- Emission local function getMaxIR if smwData[ translate( 'SMW_IRTemperatureThreshold' ) ] == nil or smwData[ translate( 'SMW_TemperatureToIR' ) ] == nil and smwData[ translate( 'SMW_MinimumIR' ) ] == nil then return end return smwData[ translate( 'SMW_IRTemperatureThreshold' ) ] * smwData[ translate( 'SMW_TemperatureToIR' ) ] + smwData[ translate( 'SMW_MinimumIR' ) ] end

tabCount = tabCount + 1 tabberData[ 'label' .. tabCount ] = translate( 'LBL_Emission' ) section = { infobox:renderItem( translate( 'LBL_EM' ), infobox.formatRange( smwData[ translate( 'SMW_MinimumEM' ) ], smwData[ translate( 'SMW_MaximumEM' ) ], true ) ), infobox:renderItem( translate( 'LBL_PowerToEM' ), smwData[ translate( 'SMW_PowerToEM' ) ] ), infobox:renderItem( translate( 'LBL_EMDecayRate' ), smwData[ translate( 'SMW_EMDecayRate' ) ] ), infobox:renderItem( translate( 'LBL_IR' ), infobox.formatRange( smwData[ translate( 'SMW_MinimumIR' ) ], getMaxIR, true ) ), infobox:renderItem( translate( 'LBL_TemperatureToIR' ), smwData[ translate( 'SMW_TemperatureToIR' ) ] ) }   tabberData[ 'content' .. tabCount ] = infobox:renderSection( { content = section, col = 3 }, true )

-- Defense tabCount = tabCount + 1 tabberData[ 'label' .. tabCount ] = translate( 'LBL_Defense' ) section = { infobox:renderItem( translate( 'LBL_Health' ), smwData[ translate( 'SMW_HealthPoint' ) ] ), infobox:renderItem( translate( 'LBL_DistortionHealthPoint' ), smwData[ translate( 'SMW_DistortionHealthPoint' ) ] ), infobox:renderItem( translate( 'LBL_DistortionDecayRate' ), smwData[ translate( 'SMW_DistortionDecayRate' ) ] ), infobox:renderItem( translate( 'LBL_DistortionDecayDelay' ), smwData[ translate( 'SMW_DistortionDecayDelay' ) ] ) }   tabberData[ 'content' .. tabCount ] = infobox:renderSection( { content = section, col = 2 }, true )

-- Dimensions --tabberData[ 'label' .. tabCount ] = translate( 'LBL_Dimensions' ) --section = { --   infobox:renderItem( {    --        label = translate( 'LBL_Length' ),    --        data = smwData[ translate( 'SMW_EntityLength' ) ],    --    } ), --   infobox:renderItem( {    --        label = translate( 'LBL_Width' ),    --        data = smwData[ translate( 'SMW_EntityWidth' ) ],    --    } ), --   infobox:renderItem( {    --        label = translate( 'LBL_Height' ),    --        data = smwData[ translate( 'SMW_EntityHeight' ) ],    --    } ), --   infobox:renderItem( {    --        label = translate( 'LBL_Mass' ),    --        data = smwData[ translate( 'SMW_Mass' ) ],    --    } ) --}   --tabberData[ 'content' .. tabCount ] = infobox:renderSection( { content = section, col = 3 }, true )

infobox:renderSection( {		class = 'infobox__section--tabber',		content = tabber( tabberData ),       border = false	} ) end

--- Add categories that are set on the page. --- The categories table should only contain category names, no MW Links, i.e. 'Foo' instead of '' --- --- @param categories table The categories table --- @param frameArgs table Frame arguments from Module:Arguments --- @param smwData table Data from Semantic MediaWiki --- @return void function VehicleItem.addCategories( categories, frameArgs, smwData )

end

--- Set the short description for this object --- --- @param shortdesc string Short description --- @param frameArgs table Frame arguments from Module:Arguments --- @param smwData table Data from Semantic MediaWiki --- @return void function VehicleItem.getShortDescription( shortdesc, frameArgs, smwData ) end

return VehicleItem