Documentation for this module may be created at Module:Equipment/Data/doc
local equipment = {
Hardpoint = {
['EMD-14 mass driver'] = {
title = 'EMD-14 Mass Driver',
price = 10000,
powerConsumptionPeak = 750,
projectileMass = 10,
projectileVelocity = 4500,
rateOfFire = 2,
mass = 3000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['MPI Railgun MkI'] = {
title = 'MPI Railgun Mk I',
price = 20000,
powerConsumptionPeak = 800,
projectileMass = 2,
projectileVelocity = 7500,
rateOfFire = 10,
mass = 2000,
manufacturer = 'Nars Power Industries',
mounting = {'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['ERFMD-17 mass driver'] = {
title = 'ERFMD-17 Mass Driver',
price = 30000,
powerConsumptionPeak = 500,
projectileMass = 10,
projectileVelocity = 3000,
rateOfFire = 5,
mass = 5000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['AEMD-14 mass driver'] = {
title = 'AEMD-14 Mass Driver',
price = 32000,
powerConsumptionPeak = 750,
projectileMass = 10,
gimbalSpeed = 36,
projectileVelocity = 4500,
rateOfFire = 2,
mass = 3000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['AR-1500 Manipulator'] = {
price = 56000,
armStrength = 1500,
reach = 40,
powerDrawPeak = 180,
mounting = {'High-Stress'},
mass = 8000,
manufacturer = 'Triskelion-Armstrong'
},
['MWG microwave emitter'] = {
price = 70000,
effectiveRange = 600,
powerConsumption = 50,
outputPower = 45,
wavelength = 10000000,
mass = 100,
manufacturer = 'Nakamura Dynamics',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Electromagnetic'}
},
['EINAT Kzinti Lesson MkII'] = {
title = 'EINAT Kzinti Lesson Mk II',
price = 100000,
effectiveRange = 100,
powerConsumption = 200,
thermalConsumption = 18.4,
outputPower = 18400,
mounting = {'High-Stress'},
mass = 2750,
manufacturer = 'Elon Interstellar',
categories = {'Energy'},
damage = {'Kinetic', 'Thermal'}
},
['CL-150 mining laser'] = {
price = 150000,
effectiveRange = 8000,
powerConsumption = 150,
outputPower = 125,
wavelength = 490,
mass = 4000,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal'}
},
['Point Defence microwave emitter'] = {
price = 180000,
effectiveRange = 600,
targetingAI = 'Class-1',
powerConsumption = 50,
outputPower = 45,
wavelength = 10000000,
mass = 1600,
manufacturer = 'Obonto-Nakamura',
mounting = {'Docking bay', 'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Electromagnetic'}
},
['CL-200AP pulse mining laser'] = {
price = 200000,
effectiveRange = 8000,
powerConsumption = 220,
gimbalSpeed = 36,
outputPower = 200,
pulses = 24,
wavelength = 650,
mass = 5500,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Kinetic'}
},
['MPI Tug drones'] = {
price = 250000,
powerDraw = 50,
effectiveRange = 400,
droneLaunchCapability = 50,
droneWetMass = 0.1,
droneThrust = 1,
mass = 4000,
manufacturer = 'Mars Power Industries',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['NANI'] = {
price = 300000,
effectiveRange = 1000,
powerConsumption = 200,
thermalConsumption = 2,
outputPower = 230000,
mounting = {'High-Stress'},
mass = 10000,
manufacturer = 'Omaewamou-Shindeiru',
categories = {'Energy'},
damage = {'Kinetic', 'Thermal'}
},
['CL-600P pulse mining laser'] = {
price = 320000,
effectiveRange = 8000,
powerConsumption = 660,
outputPower = 600,
pulses = 12,
wavelength = 540,
mass = 7000,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Kinetic'}
},
['MLF Haul Drones'] = {
price = 350000,
powerDraw = 50,
effectiveRange = 400,
droneLaunchCapability = 50,
droneWetMass = 0.1,
droneThrust = 1,
mass = 4000,
manufacturer = 'Minding LF',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['OME Maintenance Drones'] = {
price = 400000,
powerDraw = 50,
droneLaunchCapability = 32,
mass = 4000,
manufacturer = 'Obonto Micro Engineering',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['External Impact Absorber'] = {
price = 4000,
mass = 8000,
cradleMass = 500,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress'}
},
['B8 Claim Beacon'] = {
price = 43000,
dryMass = 8000,
propellant = 8000,
autonomyClass = 'C1',
cradleMass = 500,
manufacturer = 'Triskelion-Armstrong',
mounting = {'Docking bay', 'Low-Stress'}
},
['THI Cargo Container'] = {
price = 74000,
processedCargoCapacity = 15000,
powerUsage = 20,
cradleMass = 500,
manufacturer = 'Titan Heavy Industries',
mounting = {'Docking bay', 'Low-Stress'},
categories = {'Cargo'}
},
['THI Monocargo Container'] = {
price = 111000,
processedCargoCapacitySingle = 90000,
powerUsage = 20,
cradleMass = 500,
manufacturer = 'Titan Heavy Industries',
mounting = {'Docking bay', 'Low-Stress'},
categories = {'Cargo'}
},
['NT Mining Companion'] = {
price = 115000,
autonomyClass = 'C2',
powerUsage = 10,
cradleMass = 500,
manufacturer = 'Nakamura-Titan',
mounting = {'Docking bay', 'Low-Stress'}
},
['SPC Gungnir'] = {
price = 270000,
powerConsumption = 400,
maximumCharge = 11.2,
fullChargeTime = 30,
projectileVelocity = 298805,
projectileMass = 0.000000011,
mounting = {'Low-Stress'},
mass = 15000,
manufacturer = 'Omaewamou-Shindeiru',
categories = {'Projectile'},
damage = {'Kinetic', 'Thermal', 'Electromagnetic'}
}
},
['Kinetic Ammunition'] = {
['Projectile magazine'] = {
price = 5000,
storage = 1000,
delivery = 100,
manufacturer = 'Conlido RVM'
},
['Dual projectile magazine'] = {
price = 10000,
storage = 2000,
delivery = 200,
manufacturer = 'Conlido RVM'
},
['Heavy projectile magazine'] = {
price = 25000,
storage = 5000,
delivery = 200,
manufacturer = 'Tetsuo Engineering'
},
['Military projectile magazine'] = {
price = 50000,
storage = 10000,
delivery = 200,
manufacturer = 'Nakamura Dynamics'
},
['Frigate-class projectile magazine'] = {
price = 100000,
storage = 20000,
delivery = 500,
manufacturer = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
['Destroyer-class projectile magazine'] = {
price = 250000,
storage = 50000,
projectileDelivery = 500,
delivery = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
},
['Nanodrone Components'] = {
['Basic nanodrone storage'] = {
price = 20000,
storage = 1000,
delivery = 20,
manufacturer = 'Mars Power Industries'
},
['Industrial nanodrone storage'] = {
price = 120000,
storage = 5000,
delivery = 20,
manufacturer = 'Conlido RVM',
},
['Military nanodrone storage'] = {
price = 250000,
storage = 10000,
delivery = 100,
manufacturer = 'Nakamura Dynamics',
},
['Harvester-class nanodrone storage'] = {
price = 500000,
storage = 20000,
delivery = 100,
manufacturer = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
['Station-class nanodrone storage'] = {
price = 1250000,
storage = 50000,
delivery = 100,
manufacturer = 'Obonto Microengineering',
exclusiveTo = {'K225', 'OCP-209'}
},
},
['Propellant Tanks'] = {
['Short-range propellant tank'] = {
price = 6000,
storage = 15000
},
['Standard propellant tank'] = {
price = 12000,
storage = 30000
},
['Extended propellant tank'] = {
price = 20000,
storage = 50000
},
['Long-range propellant tank'] = {
price = 32000,
storage = 80000
},
['Interplanetary propellant tank'] = {
price = 160000,
storage = 200000
},
['Freighter propellant tank'] = {
price = 400000,
storage = 500000,
exclusiveTo = {'K225', 'OCP-209'}
}
},
['Reaction Control System'] = {
['NDSTR thruster'] = {
price = 1250,
thrust = 600,
exhaustVelocity = 7,
propellantConsumption = 85.7,
powerConsumption = 1,
thermalConsumption = 2.1,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 20,
manufacturer = 'Nakamura Dynamics',
},
['NDVTT thruster'] = {
price = 2500,
thrust = 500,
exhaustVelocity = 7,
propellantConsumption = 71.4,
powerConsumption = 1,
thermalConsumption = 1.8,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 30,
manufacturer = 'Nakamura Dynamics',
},
['RA-K37 thruster'] = {
price = 3125,
thrust = 200,
exhaustVelocity = 15,
propellantConsumption = 13.3,
powerConsumption = 5,
thermalConsumption = 1.5,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 70,
manufacturer = 'Rusatom-Antonoff',
},
['MA150HO thruster'] = {
price = 4375,
thrust = 150,
exhaustVelocity = 30,
propellantConsumption = 5,
powerConsumption = 40,
thermalConsumption = 2.3,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 80,
manufacturer = 'Mitsudaya-Starbus',
},
['RA-K44 thruster'] = {
price = 6250,
thrust = 400,
exhaustVelocity = 15,
propellantConsumption = 26.6,
powerConsumption = 15,
thermalConsumption = 1.5,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 75,
manufacturer = 'Rusatom-Antonoff',
},
['Elon Interstellar Ion Thruster'] = {
price = 8000,
thrust = 120,
exhaustVelocity = 50,
propellantConsumption = 2.4,
powerConsumption = 40,
thermalConsumption = 3,
operationMode = 'Variable thrust',
propellant = 'Hydrogen plasma',
mass = 90,
manufacturer = 'Elon Interstellar',
},
['ERS-NAGHET 5020'] = {
price = 8500,
thrust = 210,
exhaustVelocity = 27,
propellantConsumption = 7.8,
powerConsumption = 50,
thermalConsumption = 2.8,
operationMode = 'Variable thrust',
gimbalAngle = 20,
gimbalSpeed = 360,
propellant = 'Oxygen-Hydrogen plasma',
mass = 130,
manufacturer = 'Electo Ride Systems',
},
['MA350HO thruster'] = {
price = 10000,
thrust = 350,
exhaustVelocity = 25,
propellantConsumption = 14,
powerConsumption = 60,
thermalConsumption = 4.4,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 120,
manufacturer = 'Mitsudaya-Starbus',
},
['Elon Interstellar AGILE Thruster'] = {
price = 12000,
thrust = 120,
exhaustVelocity = 40,
propellantConsumption = 3,
powerConsumption = 60,
thermalConsumption = 2.5,
operationMode = 'Variable thrust',
gimbalAngle = 35,
gimbalSpeed = 160,
propellant = 'Hydrogen plasma',
mass = 120,
manufacturer = 'Elon Interstellar',
},
['RA-K69V thruster'] = {
price = 6250,
thrust = 400,
exhaustVelocity = 12,
propellantConsumption = 33.3,
powerConsumption = 25,
thermalConsumption = 3.6,
operationMode = 'Pulsed thrust',
gimbalAngle = 25,
gimbalSpeed = 540,
propellant = 'Oxygen-Hydrogen plasma',
mass = 150,
manufacturer = 'Rusatom-Antonoff',
categories = {'Racing'}
},
},
['Main Propulsion'] = {
['ND-PNTR engine'] = {
price = 7000,
thrust = 1500,
exhaustVelocity = 8,
propellantConsumption = 187.5,
powerConsumption = 180,
thermalConsumption = 6,
vectoredThrustAngle = 90,
operationMode = 'Pulsed thrust',
responseTime = 2.1,
propellant = 'Oxygen-Hydrogen plasma',
mass = 450,
manufacturer = 'Nakamura Dynamics',
other = 'Vectored thrust (90°)',
},
['RA-TNTRL-K37 engine'] = {
price = 15000,
thrust = 750,
exhaustVelocity = 15,
propellantConsumption = 50,
powerConsumption = 100,
thermalConsumption = 5.6,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1250,
manufacturer = 'Rusatom-Antonoff',
},
['ND-NTTR thruster'] = {
price = 30000,
thrust = 3500,
exhaustVelocity = 7,
propellantConsumption = 500,
powerConsumption = 20,
thermalConsumption = 12.2,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 650,
manufacturer = 'Nakamura Dynamics',
},
['RA-MHFTR-K44 engine'] = {
price = 40000,
thrust = 1500,
exhaustVelocity = 18,
propellantConsumption = 83.3,
powerConsumption = 100,
thermalConsumption = 13.5,
gimbalAngle = 9,
gimbalSpeed = 36,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1650,
manufacturer = 'Rusatom-Antonoff',
other = 'Gimbaled (9°)',
},
['BWM-T535'] = {
price = 120000,
thrust = 535,
exhaustVelocity = 29,
propellantConsumption = 18.4,
powerConsumption = 0.040,
thermalConsumption = 8.2,
operationMode = 'Variable thrust',
responseTime = 0.9,
propellant = 'Oxygen-Hydrogen plasma',
mass = 2000,
manufacturer = 'BWM',
other = 'Integrated turbine',
},
['ERS-DFMHD-2205'] = {
price = 175000,
thrust = 2200,
exhaustVelocity = 14,
propellantConsumption = 157.1,
powerConsumption = 120,
thermalConsumption = 15.4,
operationMode = 'Variable thrust',
responseTime = 0.6,
propellant = 'Oxygen-Hydrogen plasma',
mass = 2450,
manufacturer = 'Electro Ride Systems',
},
['MA-NMPD42 engine'] = {
price = 300000,
thrust = 320,
exhaustVelocity = 115,
propellantConsumption = 2.8,
powerConsumption = 150,
thermalConsumption = 18.4,
operationMode = 'Variable thrust',
propellant = 'Hydrogen plasma',
mass = 1850,
manufacturer = 'Mitsudaya-Starbus',
},
['Experimental NPMP engine'] = {
price = 700000,
thrust = 1100,
exhaustVelocity = 45,
propellantConsumption = 24.4,
powerConsumption = 200,
thermalConsumption = 24.7,
operationMode = 'Pulsed thrust',
propellant = 'Hydrogen plasma',
mass = 2750,
manufacturer = 'Elon Interstellar',
},
['Z-Axial Pinch fusion torch'] = {
price = 1000000,
thrust = 800,
exhaustVelocity = 1250,
propellantConsumption = 0.6,
ignitionConsumption = 150,
operationMode = 'Variable thrust',
gimbalAngle = 30,
gimbalSpeed = 28,
propellant = 'Hydrogen plasma',
fusionFuel = '3He-D',
burnTime = 30,
mass = 3000,
manufacturer = 'Elon Interstellar',
other = 'Gimbaled (30°), fusion drive with 30min burn time',
},
},
['Reactor Core'] = {
['4x SO6 fuel rod'] = {
price = 80000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 2000,
thermalPower = 4,
manufacturer = 'Rusatom-Antonoff'
},
['8x SO6 fuel rod'] = {
price = 16000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 4000,
thermalPower = 8,
manufacturer = 'Rusatom-Antonoff'
},
['12x SO6 fuel rod'] = {
price = 240000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 6000,
thermalPower = 12,
manufacturer = 'Rusatom-Antonoff'
},
['16x SO6 fuel rod'] = {
price = 320000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 8000,
thermalPower = 16,
manufacturer = 'Rusatom-Antonoff'
},
['20x SO6 fuel rod'] = {
price = 400000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 10000,
thermalPower = 20,
manufacturer = 'Rusatom-Antonoff'
},
['Nakamura Dynamics Yama-SSR12'] = {
price = 750000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 5000,
thermalPower = 30,
manufacturer = 'Nakamura Dynamics'
},
['Nakamura Dynamics Yama-SSR16'] = {
price = 1000000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 5500,
thermalPower = 40,
manufacturer = 'Nakamura Dynamics'
},
['Nakamura Dynamics Yama-SSR16S'] = {
price = 1500000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 6000,
thermalPower = 50,
manufacturer = 'Nakamura Dynamics',
categories = {'Racing'}
},
},
['Ultracapacitor Array'] = {
['Ultracapacitor'] = {
price = 25000,
energyCapacity = 500,
peakPower = 10,
mass = 2000,
manufacturer = 'Obonto Micro Engineering'
},
['Dual Ultracapacitor'] = {
price = 55000,
energyCapacity = 1000,
peakPower = 10,
mass = 4000,
manufacturer = 'Obonto Micro Engineering'
},
['Triple Ultracapacitor'] = {
price = 90000,
energyCapacity = 1500,
peakPower = 10,
mass = 6000,
manufacturer = 'Obonto Micro Engineering'
},
},
['Powerplant'] = {
['Turbine'] = {
price = 30000,
power = 100,
propellantConsumption = 0.1,
mass = 500,
manufacturer = 'Rusatom-Antonoff'
},
['Twin Turbine'] = {
price = 60000,
power = 200,
propellantConsumption = 0.2,
mass = 1000,
manufacturer = 'Rusatom-Antonoff'
},
['Military-Grade Turbine'] = {
price = 150000,
power = 500,
propellantConsumption = 0.5,
mass = 5000,
manufacturer = 'Rusatom-Antonoff'
}
},
['Auxiliary Power System'] = {
['MPD5035'] = {
price = 300000,
powerConsumption = 50,
thermalConsumption = 0.5,
power = 350,
mass = 2500,
apsType = 'MPDG',
manufacturer = 'Mitsudaya-Starbus',
categories = {'MPDG'}
},
['EIPFG MkIV Big Furnace Generator'] = {
price = 500000,
powerConsumption = 100,
thermalConsumption = 1,
power = 700,
mass = 4000,
apsType = 'MPDG',
manufacturer = 'Elon Interstellar',
categories = {'MPDG'}
},
['MPI Town-class MPDG'] = {
price = 800000,
powerConsumption = 150,
thermalConsumption = 1.5,
power = 1000,
mass = 8000,
apsType = 'MPDG',
manufacturer = 'Mars Power Industries',
categories = {'MPDG'}
},
['NDAPS'] = {
price = 400000,
energyCapacity = 18000,
chargePower = 100,
dischargePower = 3000,
mass = 1000,
apsType = 'SMES',
manufacturer = 'Nakamura Dynamics',
categories = {'SMES'}
},
['MPI Town-class storage'] = {
price = 800000,
energyCapacity = 32000,
chargePower = 150,
dischargePower = 3000,
mass = 2000,
apsType = 'SMES',
manufacturer = 'Mars Power Industries',
categories = {'SMES'}
},
['EIUP MkII Unlimited Power'] = {
price = 1200000,
energyCapacity = 50000,
chargePower = 200,
dischargePower = 6000,
mass = 3500,
apsType = 'SMES',
manufacturer = 'Elon Interstellar',
categories = {'SMES'}
}
},
['Cargo Bay'] = {
['Standard cargo bay'] = {
price = 0
},
['Cargo bay baffles'] = {
price = 2000
},
['Rusatom-Antonoff MPU'] = {
price = 350000,
processingCapacity = 20,
processingPower = 2,
mineralProcessingEfficiency = 40,
remassProcessingEfficiency = 40,
mass = 1700,
manufacturer = 'Rusatom-Antonoff',
categories = {'MPU'}
},
['Nakamura MPU'] = {
price = 500000,
processingCapacity = 50,
processingPower = 25,
mineralProcessingEfficiency = 70,
remassProcessingEfficiency = 30,
mass = 4200,
manufacturer = 'Nakamura Dynamics',
categories = {'MPU'}
},
['Mitsudaya Starbus MSU'] = {
price = 900000,
processingCapacity = 100,
processingPower = 150,
mineralProcessingEfficiency = 90,
mass = 2500,
manufacturer = 'Mitsudaya-Starbus',
categories = {'MPU'}
},
['Voyager RSLS Fabrication Plant'] = {
price = 1500000,
processingCapacity = 40,
processingPower = 20,
powerConsumption = 70,
mineralProcessingEfficiency = 50,
remassProcessingEfficiency = 60,
mass = 6000,
manufacturer = 'Nakamura-Obonto',
categories = {'MPU'}
},
},
['Autopilot'] = {
['MLF Autopilot'] = {
price = 10000,
manufacturer = 'Minding LF',
arl = true,
autopilotCapabilities = {
'LIDAR highlight'
}
},
['MA-337 Autopilot'] = {
price = 27000,
manufacturer = 'Mitsudaya-Starbus',
arl = true,
aat = true,
autopilotCapabilities = {
'LIDAR overlay'
}
},
['NDCI Autopilot'] = {
price = 60000,
manufacturer = 'Nakamura Dynamics',
rtc = true,
fbw = true,
autopilotCapabilities = {
'Firing solutions',
'Collision warnings'
}
},
['ER-42 Autopilot'] = {
price = 100000,
manufacturer = 'Electro Ride Systems',
arl = true,
aat = true,
rtc = true,
fbw = true,
autopilotCapabilities = {
'Trajectory prediction'
}
},
['EIAA-1337 Autopilot'] = {
price = 150000,
manufacturer = 'Elon Interstellar',
arl = true,
aat = true,
rtc = true,
fbw = true,
autopilotCapabilities = {
'Autonomic'
}
}
},
['Head-Up Display'] = {
['HAL9000'] = {
price = 500
},
['Eagle Prospector'] = {
price = 3000
},
['K37 TNTRL'] = {
price = 4000
},
['AT-K225'] = {
price = 6000
},
['Eagle Prospector (metric mod)'] = {
price = 10000
},
['OCP-209'] = {
price = 15000,
},
['Elon Interstellar Model E'] = {
price = 25000,
},
['Bald Eagle Racing HUD'] = {
price = 50000,
categories = {'Racing'}
}
},
['Reconnaissance Craft'] = {
['Obonto USV-R'] = {
price = 10000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5
},
['Runasimi Gravimetric USV'] = {
price = 40000,
manufacturer = 'Runasimi Inc.',
reconRange = 5,
reconCapability = 'Gravitational map',
},
['Obonto USV-D Microseismic Series'] = {
price = 60000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5,
reconCapability = 'Ore identification',
},
['Obonto USV-GOT'] = {
price = 200000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5,
reconCapability = 'Drone priority queue',
}
}
}
local hardpointTypes = {
['High-Stress'] = 'highStress',
['Low-Stress'] = 'lowStress',
['Drone'] = 'droneHardpoint',
['Docking bay'] = 'dockingBay'
}
local categories = {}
local addCategory = function(cats, cat, item)
cats[cat] = cats[cat] or {}
table.insert(cats[cat], item)
end
for equipmentType,items in pairs(equipment) do
for name,item in pairs(items) do
item.equipmentType = equipmentType
item.name = item.name or name
for i,hardpointType in ipairs(item.mounting or {}) do
if hardpointTypes[hardpointType] then
item[hardpointTypes[hardpointType]] = true
end
addCategory(categories, hardpointType, item)
end
if item.highStress and not item.lowStress then
addCategory(categories, 'High-Stress only', item)
end
if item.lowStress and not item.dockingBay then
addCategory(categories, 'Low-Stress required', item)
end
if item.dockingBay and not item.droneHardpoint then
addCategory(categories, 'Docking bay required', item)
end
for i,category in ipairs(item.categories or {}) do
addCategory(categories, category, item)
end
end
end
for k,items in pairs(categories) do
equipment[k] = items
end
for name,item in pairs(equipment['Head-Up Display']) do
item.title = item.title or ('Head-Up Display#' .. item.name)
end
return equipment