local equipment = {
Hardpoint = {
['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'] = {
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'] = {
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'] = {
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'] = {
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',
},
['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,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1650,
manufacturer = 'Rusatom-Antonoff',
},
['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',
},
['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',
},
},
['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',
autopilotCapabilities = {
'Antipodal Reaction Limiter',
'LIDAR highlight'
}
},
['MA-337 Autopilot'] = {
price = 27000,
manufacturer = 'Mitsudaya-Starbus',
autopilotCapabilities = {
'Antipodal Reaction Limiter',
'Adaptive Angular Thrust',
'LIDAR overlay'
}
},
['NDCI Autopilot'] = {
price = 60000,
manufacturer = 'Nakamura Dynamics',
autopilotCapabilities = {
'Rotational Thrust Computation',
'Fly-By-Wire',
'Firing solutions',
'Collision warnings'
}
},
['ER-42 Autopilot'] = {
price = 100000,
manufacturer = 'Electro Ride Systems',
autopilotCapabilities = {
'Antipodal Reaction Limiter',
'Adaptive Angular Thrust',
'Rotational Thrust Computation',
'Fly-By-Wire',
'Trajectory prediction'
}
},
['EIAA-1337 Autopilot'] = {
price = 150000,
manufacturer = 'Elon Interstellar',
autopilotCapabilities = {
'Antipodal Reaction Limiter',
'Adaptive Angular Thrust',
'Rotational Thrust Computation',
'Fly-By-Wire',
'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',
}
}
}

for equipmentType,items in pairs(equipment) do
for name,item in pairs(items) do
item.equipmentType = equipmentType
item.name = item.name or name
end
end

for name,item in pairs(equipment['Head-Up Display']) do
item.title = item.title or ('Head-Up Display#' .. item.name)
end

for name,item in pairs(equipment['Autopilot']) do
local autopilotCapability = {}
for i,capability in ipairs(item.autopilotCapabilities) do
autopilotCapability[capability] = true
end
item.autopilotCapability = autopilotCapability
end

return equipment

Head-Up Display

2023-03-14T02:31:34Z

Cirdec: Use price data from equipment

The Head-Up Display you choose determines what information is displayed at what places on your screen.

{{#invoke:Equipment|list|Head-Up Display
|caption=Available head-up displays
|Title|Price}}

== HAL9000 ==
[[File:HAL9000 Hud.png|800x800px|center|frameless]]The HAL9000 Hud is yellow, and has monitors that bounce and cast reflections as you crash into things, which is neat. Cargo on the bottom left, a small LIDAR on the top right, and all the normal information divided between top and bottom. Its nice that the right edge of the screen is half empty, because that's where you are are going to be looking most of the time.

== K37 TNTRL ==
[[File:K37_TNTRL_Hud.png|center|frameless|800x800px]]
The K37 TNTRL Hud is green, and the standard hud for the K37. It boasts the largest useful LIDAR display in the top left, cargo in the bottom left, and normal information screens in the top right. This is a very good hud due to the large LIDAR screen and lack of distracting effects. The bottom right fuel gauge always shows a K37, regardless of what ship you are using, but its sort of a useless readout anyway.

== Eagle Prospector ==
Don't use this. use the metric mod.

== Eagle Prospector (metric mod) ==
[[File:Eagle_Prospector_Metic_Hud.png|center|frameless|800x800px]]
The Eagle Prospector Metric Hud takes all the information and mashes it into one big bottom bar. The LIDAR isn't as big as on the K37, but its a very clean hud with lots of space on the edges for you to see where you are going. The cargo display in the center always displays an eagle prospector regardless of what ship you are using, but it alters the cargo bay shape to be accurate, so its not too big of a deal.

== Model E ==
[[File:Elon_Interstellar_Model_E_Hud.png|center|frameless|800x800px]]
The Elon Interstellar Model E Hud is the standard hud for the Model E, and is the absolute worst thing ever created. Its so flashy, so shiny, so futuristic and modern, that its impossible to use in any meaningful way. Hud parts appear in hexagons when they change, and then fade out so you forget they changed. oh and the LIDAR map is overlayed on the entire screen, with the edges (the only important part) being off screen unless you scroll over there. if you hate LIDAR, and love shiny useless stuff, this is the hud for you!

== Bald Eagle Racing HUD ==
[[File:Racing_hud.png|center|frameless|800x800px]]
The Bald Eagle Racing Hud is unlocked by talking to a racer and asking where to buy stuff. Its a very sparse hud, with only critical information displayed. Top left is speed, acceleration and fuel. Top right is electrical and reactor temp. Across the top of the screen is a green line for capacitor and a red line for reactor temp. a small LIDAR is in the bottom right, and some of this info is repeated in a box at the bottom. the information NOT displayed is cargo hold (which you can still check on the geology tab), and what components are on or off or damaged (which you can still check in the mechanics tab). This is the best hud.
[[Category:Equipment]]

2023-03-14T00:24:13Z

Cirdec: thrusters, engines, reactor cores, and power plants

equipment = {
Hardpoint = {
['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'] = {
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'] = {
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'] = {
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'] = {
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',
},
['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,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1650,
manufacturer = 'Rusatom-Antonoff',
},
['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',
},
['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',
},
},
['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'
}
}
}

return equipment

Module:Equipment/Data

2023-03-13T21:28:54Z

Cirdec: storage equipment

2023-03-08T09:32:20Z

Cirdec: Produce sort values correctly

local p = {}
local d = require('Module:Data')

local makeGetter = function(path)
if type(path) == 'function' then
return path
elseif type(path) == 'string' then
return d.path{path}
elseif type(path) == 'table' then
return d.path(path)
end
end

p.makeView = function(args)
local path = table.remove(args, 1)
local getter = makeGetter(path)
local view = {}
for k,v in pairs(args) do
view[k] = v
end
return getter, view
end

p.viewNotFound = function(name)
return {
heading = string.format("View %s is not defined", name),
format = function(data) return nil end
}
end

p.displayTitle = function(title, text)
if title and text then
return string.format('[[%s|%s]]', title, p.displayValue(text))
elseif title then
return string.format('[[%s]]', title)
end
return text
end

p.title = function(args)
local getter, view = p.makeView(args)
local textGetter = nil
if args.text then
textGetter = makeGetter(args.text)
end
view.format = function(data)
local title = getter(data)
local text = nil
if textGetter then
text = textGetter(data)
end
return p.displayTitle(title, text)
end
return view
end

p.text = function(args)
local getter, view = p.makeView(args)
view.format = getter
return view
end

p.formatNum = function(n, ...)
local unit = select(1, ...)
if unit then
return string.format('%s %s', mw.getContentLanguage():formatNum(n), unit)
else
return mw.getContentLanguage():formatNum(n)
end
end

p.number = function(args)
local getter,view = p.makeView(args)

view.format = function(data)
local value = getter(data)
if args.omitZero and value == 0 then
return ''
end
if type(value) == 'number' then
return p.formatNum(value, args.unit)
end
return value
end
view.sortType = 'number'
view.sortValue = function(data)
local value = getter(data)
if type(value) == 'number' then
return value
end
end
return view
end

p.displayValue = function(value)
if value == nil then
return ''
end
return tostring(value)
end

p.displayTable = function(data, view, columns)
local views = {}
for i,col in ipairs(columns) do
v = view[col] or p.viewNotFound(col)
table.insert(views, v)
end

local result = {'{| class="wikitable sortable"', '|-'}
for j,v in ipairs(views) do
local cell = {'!'}
if v.sortType then
table.insert(cell, string.format('data-sort-type="%s"|', tostring(v.sortType)))
end
table.insert(cell, p.displayValue(v.heading))
table.insert(result, table.concat(cell))
end
for i,row in ipairs(data) do
table.insert(result ,'|-')
for j,v in ipairs(views) do
local cell = {'|'}
if v.sortValue then
local sortValue = v.sortValue(row)
if sortValue ~= nil then
table.insert(cell, string.format('data-sort-value="%s"|', p.displayValue(sortValue)))
end
end
table.insert(cell, p.displayValue(v.format(row)))
table.insert(result, table.concat(cell))
end
end
table.insert(result,'|}')
return table.concat(result, '\n')
end

return p

Eagle Prospector

2023-03-08T08:31:47Z

Cirdec: Eagle Prospector

The Eagle Prospector is a dedicated mining ship. It is equipped with an asteroid grinder capable of breaking up and ingesting small asteroids. Angled, rear mounted thrusters stay safely out of the way of mining operations, but become unwieldy when the cargo shifts or fills the front of the cargo bay.

== Variants ==

{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Docking bays
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]