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scenario_72_infiltrate.lua
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scenario_72_infiltrate.lua
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-- Name: Infiltrate
-- Description: Join defensive fleet around primary Human Navy station and fight off enemies. Along the way, operational orders will be expanded.
---
--- Mission designed as a single ship mission for the Phobos M3P
--- The broad outlines of the mission are the same each time,
--- but some of the specifics vary for each mission run.
---
--- Duration: two hours at least
---
--- Version 1
---
--- USN Discord: https://discord.gg/PntGG3a where you can join a game online. There's one every weekend. All experience levels are welcome.
-- Type: Replayable Mission
-- Author: Xansta
-- Setting[Enemies]: Configures strength and/or number of enemies in this scenario
-- Enemies[Easy]: Fewer or weaker enemies
-- Enemies[Normal|Default]: Normal number or strength of enemies
-- Enemies[Hard]: More or stronger enemies
-- Enemies[Extreme]: Much stronger, many more enemies
-- Enemies[Quixotic]: Insanely strong and/or inordinately large numbers of enemies
-- Setting[Murphy]: Configures the perversity of the universe according to Murphy's law
-- Murphy[Easy]: Random factors are more in your favor
-- Murphy[Normal|Default]: Random factors are normal
-- Murphy[Hard]: Random factors are more against you
-- Setting[Fortress]: Configures the size of the enemy fortress. Default is large.
-- Fortress[Medium]: Medium sized fortress
-- Fortress[Large|Default]: Large sized fortress
-- Fortress[Huge]: Huge sized fortress
require("utils.lua")
require("place_station_scenario_utility.lua")
require("cpu_ship_diversification_scenario_utility.lua")
require("generate_call_sign_scenario_utility.lua")
-- also uses files border_defend_station.lua, platform_drop.lua, supply_drop.lua
--------------------
-- Initialization --
--------------------
function init()
scenario_version = "0.1.0"
ee_version = "2023.06.17"
print(string.format(" ---- Scenario: Infiltrate ---- Version %s ---- Tested wuth EE version %s ----",scenario_version,ee_version))
print(_VERSION)
setVariations() --numeric difficulty, Kraylor fortress size
setConstants() --missle type names, template names and scores, deployment directions, player ship names, etc.
constructEnvironment()
mainGMButtons()
end
function setPlayer(p)
if p == nil then
return
end
p:setTemplate("Phobos M3P")
p.maxRepairCrew = p:getRepairCrewCount()
p.shipScore = playerShipStats["Phobos M3P"].strength
p.maxCargo = playerShipStats["Phobos M3P"].cargo
p:setLongRangeRadarRange(playerShipStats["Phobos M3P"].long_range_radar)
p:setShortRangeRadarRange(playerShipStats["Phobos M3P"].short_range_radar)
p.normal_long_range_radar = p:getLongRangeRadarRange()
p.tractor = playerShipStats["Phobos M3P"].tractor
p.mining = playerShipStats["Phobos M3P"].mining
local name = tableRemoveRandom(player_ship_names)
if name ~= nil then
p:setCallSign(name)
end
p.cargo = p.maxCargo
p.initialCoolant = p:getMaxCoolant()
p.healthyShield = 1.0
p.prevShield = 1.0
p.healthyReactor = 1.0
p.prevReactor = 1.0
p.healthyManeuver = 1.0
p.prevManeuver = 1.0
p.healthyImpulse = 1.0
p.prevImpulse = 1.0
p.healthyBeam = 1.0
p.prevBeam = 1.0
p.healthyMissile = 1.0
p.prevMissile = 1.0
local system_types = {"reactor","beamweapons","missilesystem","maneuver","impulse","warp","jumpdrive","frontshield","rearshield"}
p.normal_coolant_rate = {}
p.normal_power_rate = {}
for _, system in ipairs(system_types) do
p.normal_coolant_rate[system] = p:getSystemCoolantRate(system)
p.normal_power_rate[system] = p:getSystemPowerRate(system)
end
end
function setVariations()
if getScenarioSetting == nil then
enemy_power = 1
difficulty = 1
kraylor_fort_size = "Large Station"
else
local enemy_config = {
["Easy"] = {number = .5},
["Normal"] = {number = 1},
["Hard"] = {number = 2},
["Extreme"] = {number = 3},
["Quixotic"] = {number = 5},
}
enemy_power = enemy_config[getScenarioSetting("Enemies")].number
local murphy_config = {
["Easy"] = {number = .5, },
["Normal"] = {number = 1, },
["Hard"] = {number = 2, },
}
difficulty = murphy_config[getScenarioSetting("Murphy")].number
local fortress_config = {
["Medium"] = "Medium Station",
["Large"] = "Large Station",
["Huge"] = "Huge Station",
}
kraylor_fort_size = fortress_config[getScenarioSetting("Fortress")]
end
end
function setConstants()
distance_diagnostic = false
stationCommsDiagnostic = false
change_enemy_order_diagnostic = false
healthDiagnostic = false
local c_x, c_y = vectorFromAngleNorth(random(0,360),random(0,60000))
center_x = 909000 + c_x
center_y = 151000 + c_y
zone_reveal_count = 0
max_iff_time = 19 - (4 * difficulty) --length of time in minutes
cover_blown = "No"
plotCI = cargoInventory
plotH = healthCheck --Damage to ship can kill repair crew members
healthCheckTimerInterval = 8
healthCheckTimer = healthCheckTimerInterval
repeatExitBoundary = 100
prefix_length = 0
suffix_index = 0
system_list = {
"reactor",
"beamweapons",
"missilesystem",
"maneuver",
"impulse",
"warp",
"jumpdrive",
"frontshield",
"rearshield",
}
player_ship_names = {
"Blinder",
"Shadow",
"Distortion",
"Diemos",
"Ganymede",
"Castillo",
"Thebe",
"Retrograde",
}
missile_types = {'Homing', 'Nuke', 'Mine', 'EMP', 'HVLI'}
pool_selectivity = "full"
template_pool_size = 5
ship_template = { --ordered by relative strength
["Gnat"] = {strength = 2, create = gnat},
["Lite Drone"] = {strength = 3, create = droneLite},
["Jacket Drone"] = {strength = 4, create = droneJacket},
["Ktlitan Drone"] = {strength = 4, create = stockTemplate},
["Heavy Drone"] = {strength = 5, create = droneHeavy},
["MT52 Hornet"] = {strength = 5, create = stockTemplate},
["MU52 Hornet"] = {strength = 5, create = stockTemplate},
["MV52 Hornet"] = {strength = 6, create = hornetMV52},
["Adder MK3"] = {strength = 5, create = stockTemplate},
["Adder MK4"] = {strength = 6, create = stockTemplate},
["Fighter"] = {strength = 6, create = stockTemplate},
["Ktlitan Fighter"] = {strength = 6, create = stockTemplate},
["K2 Fighter"] = {strength = 7, create = k2fighter},
["Adder MK5"] = {strength = 7, create = stockTemplate},
["WX-Lindworm"] = {strength = 7, create = stockTemplate},
["K3 Fighter"] = {strength = 8, create = k3fighter},
["Adder MK6"] = {strength = 8, create = stockTemplate},
["Ktlitan Scout"] = {strength = 8, create = stockTemplate},
["WZ-Lindworm"] = {strength = 9, create = wzLindworm},
["Adder MK7"] = {strength = 9, create = stockTemplate},
["Adder MK8"] = {strength = 10, create = stockTemplate},
["Adder MK9"] = {strength = 11, create = stockTemplate},
["Phobos R2"] = {strength = 13, create = phobosR2},
["Missile Cruiser"] = {strength = 14, create = stockTemplate},
["Waddle 5"] = {strength = 15, create = waddle5},
["Jade 5"] = {strength = 15, create = jade5},
["Phobos T3"] = {strength = 15, create = stockTemplate},
["Piranha F8"] = {strength = 15, create = stockTemplate},
["Piranha F12"] = {strength = 15, create = stockTemplate},
["Piranha F12.M"] = {strength = 16, create = stockTemplate},
["Phobos M3"] = {strength = 16, create = stockTemplate},
["Farco 3"] = {strength = 16, create = farco3},
["Farco 5"] = {strength = 16, create = farco5},
["Karnack"] = {strength = 17, create = stockTemplate},
["Gunship"] = {strength = 17, create = stockTemplate},
["Phobos T4"] = {strength = 18, create = phobosT4},
["Cruiser"] = {strength = 18, create = stockTemplate},
["Nirvana R5"] = {strength = 19, create = stockTemplate},
["Farco 8"] = {strength = 19, create = farco8},
["Nirvana R5A"] = {strength = 20, create = stockTemplate},
["Adv. Gunship"] = {strength = 20, create = stockTemplate},
["Ktlitan Worker"] = {strength = 21, create = stockTemplate},
["Farco 11"] = {strength = 21, create = farco11},
["Storm"] = {strength = 22, create = stockTemplate},
["Stalker R5"] = {strength = 22, create = stockTemplate},
["Stalker Q5"] = {strength = 22, create = stockTemplate},
["Farco 13"] = {strength = 24, create = farco13},
["Ranus U"] = {strength = 25, create = stockTemplate},
["Stalker Q7"] = {strength = 25, create = stockTemplate},
["Stalker R7"] = {strength = 25, create = stockTemplate},
["Whirlwind"] = {strength = 26, create = whirlwind},
["Adv. Striker"] = {strength = 27, create = stockTemplate},
["Elara P2"] = {strength = 28, create = stockTemplate},
["Tempest"] = {strength = 30, create = tempest},
["Strikeship"] = {strength = 30, create = stockTemplate},
["Fiend G3"] = {strength = 33, create = stockTemplate},
["Fiend G4"] = {strength = 35, create = stockTemplate},
["Cucaracha"] = {strength = 36, create = cucaracha},
["Fiend G5"] = {strength = 37, create = stockTemplate},
["Fiend G6"] = {strength = 39, create = stockTemplate},
["Predator"] = {strength = 42, create = predator},
["Ktlitan Breaker"] = {strength = 45, create = stockTemplate},
["Hurricane"] = {strength = 46, create = hurricane},
["Ktlitan Feeder"] = {strength = 48, create = stockTemplate},
["Atlantis X23"] = {strength = 50, create = stockTemplate},
["K2 Breaker"] = {strength = 55, create = k2breaker},
["Ktlitan Destroyer"] = {strength = 50, create = stockTemplate},
["Atlantis Y42"] = {strength = 60, create = atlantisY42},
["Blockade Runner"] = {strength = 65, create = stockTemplate},
["Starhammer II"] = {strength = 70, create = stockTemplate},
["Enforcer"] = {strength = 75, create = enforcer},
["Dreadnought"] = {strength = 80, create = stockTemplate},
["Starhammer III"] = {strength = 85, create = starhammerIII},
["Starhammer V"] = {strength = 90, create = starhammerV},
["Battlestation"] = {strength = 100, create = stockTemplate},
["Tyr"] = {strength = 150, create = tyr},
["Odin"] = {strength = 250, create = stockTemplate},
}
formation_delta = {
["square"] = {
x = {0,1,0,-1, 0,1,-1, 1,-1,2,0,-2, 0,2,-2, 2,-2,2, 2,-2,-2,1,-1, 1,-1,0, 0,3,-3,1, 1,3,-3,-1,-1, 3,-3,2, 2,3,-3,-2,-2, 3,-3,3, 3,-3,-3,4,0,-4, 0,4,-4, 4,-4,-4,-4,-4,-4,-4,-4,4, 4,4, 4,4, 4, 1,-1, 2,-2, 3,-3,1,-1,2,-2,3,-3,5,-5,0, 0,5, 5,-5,-5,-5,-5,-5,-5,-5,-5,-5,-5,5, 5,5, 5,5, 5,5, 5, 1,-1, 2,-2, 3,-3, 4,-4,1,-1,2,-2,3,-3,4,-4},
y = {0,0,1, 0,-1,1,-1,-1, 1,0,2, 0,-2,2,-2,-2, 2,1,-1, 1,-1,2, 2,-2,-2,3,-3,0, 0,3,-3,1, 1, 3,-3,-1,-1,3,-3,2, 2, 3,-3,-2,-2,3,-3, 3,-3,0,4, 0,-4,4,-4,-4, 4, 1,-1, 2,-2, 3,-3,1,-1,2,-2,3,-3,-4,-4,-4,-4,-4,-4,4, 4,4, 4,4, 4,0, 0,5,-5,5,-5, 5,-5, 1,-1, 2,-2, 3,-3, 4,-4,1,-1,2,-2,3,-3,4,-4,-5,-5,-5,-5,-5,-5,-5,-5,5, 5,5, 5,5, 5,5, 5},
},
["hexagonal"] = {
x = {0,2,-2,1,-1, 1,-1,4,-4,0, 0,2,-2,-2, 2,3,-3, 3,-3,6,-6,1,-1, 1,-1,3,-3, 3,-3,4,-4, 4,-4,5,-5, 5,-5,8,-8,4,-4, 4,-4,5,5 ,-5,-5,2, 2,-2,-2,0, 0,6, 6,-6,-6,7, 7,-7,-7,10,-10,5, 5,-5,-5,6, 6,-6,-6,7, 7,-7,-7,8, 8,-8,-8,9, 9,-9,-9,3, 3,-3,-3,1, 1,-1,-1,12,-12,6,-6, 6,-6,7,-7, 7,-7,8,-8, 8,-8,9,-9, 9,-9,10,-10,10,-10,11,-11,11,-11,4,-4, 4,-4,2,-2, 2,-2,0, 0},
y = {0,0, 0,1, 1,-1,-1,0, 0,2,-2,2,-2, 2,-2,1,-1,-1, 1,0, 0,3, 3,-3,-3,3,-3,-3, 3,2,-2,-2, 2,1,-1,-1, 1,0, 0,4,-4,-4, 4,3,-3, 3,-3,4,-4, 4,-4,4,-4,2,-2, 2,-2,1,-1, 1,-1, 0, 0,5,-5, 5,-5,4,-4, 4,-4,3,-3, 3,-7,2,-2, 2,-2,1,-1, 1,-1,5,-5, 5,-5,5,-5, 5,-5, 0, 0,6, 6,-6,-6,5, 5,-5,-5,4, 4,-4,-4,3, 3,-3,-3, 2, 2,-2, -2, 1, 1,-1, -1,6, 6,-6,-6,6, 6,-6,-6,6,-6},
},
["pyramid"] = {
[1] = {
{angle = 0, distance = 0},
},
[2] = {
{angle = -1, distance = 1},
{angle = 1, distance = 1},
},
[3] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
},
[4] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = 0, distance = 2},
},
[5] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
},
[6] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
},
[7] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
},
[8] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
},
[9] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = -4, distance = 4},
{angle = 4, distance = 4},
},
[10] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = -2, distance = 3},
{angle = 2, distance = 3},
},
[11] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = -4, distance = 4},
{angle = 4, distance = 4},
{angle = -3, distance = 4},
{angle = 3, distance = 4},
},
[12] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = -2, distance = 3},
{angle = 2, distance = 3},
{angle = -1, distance = 3},
{angle = 1, distance = 3},
},
[13] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = 0, distance = 3},
{angle = -2, distance = 4},
{angle = 2, distance = 4},
{angle = -1, distance = 5},
{angle = 1, distance = 5},
{angle = 0, distance = 6},
},
[14] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = 0, distance = 4},
{angle = -2, distance = 4},
{angle = 2, distance = 4},
{angle = -1, distance = 5},
{angle = 1, distance = 5},
{angle = 0, distance = 6},
},
[15] = {
{angle = 0, distance = 0},
{angle = -1, distance = 1},
{angle = 1, distance = 1},
{angle = -2, distance = 2},
{angle = 2, distance = 2},
{angle = 0, distance = 2},
{angle = -3, distance = 3},
{angle = 3, distance = 3},
{angle = 0, distance = 3},
{angle = 0, distance = 4},
{angle = -2, distance = 4},
{angle = 2, distance = 4},
{angle = -1, distance = 5},
{angle = 1, distance = 5},
{angle = 0, distance = 6},
},
},
}
max_pyramid_tier = 15
playerShipStats = {
["MP52 Hornet"] = { strength = 7, cargo = 3, distance = 100, long_range_radar = 18000, short_range_radar = 4000, tractor = false, mining = false },
["Piranha"] = { strength = 16, cargo = 8, distance = 200, long_range_radar = 25000, short_range_radar = 6000, tractor = false, mining = false },
["Flavia P.Falcon"] = { strength = 13, cargo = 15, distance = 200, long_range_radar = 40000, short_range_radar = 5000, tractor = true, mining = true },
["Phobos M3P"] = { strength = 19, cargo = 10, distance = 200, long_range_radar = 25000, short_range_radar = 5000, tractor = true, mining = false },
["Atlantis"] = { strength = 52, cargo = 6, distance = 400, long_range_radar = 30000, short_range_radar = 5000, tractor = true, mining = true },
["Player Cruiser"] = { strength = 40, cargo = 6, distance = 400, long_range_radar = 30000, short_range_radar = 5000, tractor = false, mining = false },
["Player Missile Cr."] = { strength = 45, cargo = 8, distance = 200, long_range_radar = 35000, short_range_radar = 6000, tractor = false, mining = false },
["Player Fighter"] = { strength = 7, cargo = 3, distance = 100, long_range_radar = 15000, short_range_radar = 4500, tractor = false, mining = false },
["Benedict"] = { strength = 10, cargo = 9, distance = 400, long_range_radar = 30000, short_range_radar = 5000, tractor = true, mining = true },
["Kiriya"] = { strength = 10, cargo = 9, distance = 400, long_range_radar = 35000, short_range_radar = 5000, tractor = true, mining = true },
["Striker"] = { strength = 8, cargo = 4, distance = 200, long_range_radar = 35000, short_range_radar = 5000, tractor = false, mining = false },
["ZX-Lindworm"] = { strength = 8, cargo = 3, distance = 100, long_range_radar = 18000, short_range_radar = 5500, tractor = false, mining = false },
["Repulse"] = { strength = 14, cargo = 12, distance = 200, long_range_radar = 38000, short_range_radar = 5000, tractor = true, mining = false },
["Ender"] = { strength = 100, cargo = 20, distance = 2000,long_range_radar = 45000, short_range_radar = 7000, tractor = true, mining = false },
["Nautilus"] = { strength = 12, cargo = 7, distance = 200, long_range_radar = 22000, short_range_radar = 4000, tractor = false, mining = false },
["Hathcock"] = { strength = 30, cargo = 6, distance = 200, long_range_radar = 35000, short_range_radar = 6000, tractor = false, mining = true },
["Maverick"] = { strength = 45, cargo = 5, distance = 200, long_range_radar = 20000, short_range_radar = 4000, tractor = false, mining = true },
["Crucible"] = { strength = 45, cargo = 5, distance = 200, long_range_radar = 20000, short_range_radar = 6000, tractor = false, mining = false },
["Proto-Atlantis"] = { strength = 40, cargo = 4, distance = 400, long_range_radar = 30000, short_range_radar = 4500, tractor = false, mining = true },
["Stricken"] = { strength = 40, cargo = 4, distance = 200, long_range_radar = 20000, short_range_radar = 4000, tractor = false, mining = false },
["Surkov"] = { strength = 35, cargo = 6, distance = 200, long_range_radar = 35000, short_range_radar = 6000, tractor = false, mining = false },
["Redhook"] = { strength = 11, cargo = 8, distance = 200, long_range_radar = 20000, short_range_radar = 6000, tractor = false, mining = false },
["Pacu"] = { strength = 18, cargo = 7, distance = 200, long_range_radar = 20000, short_range_radar = 6000, tractor = false, mining = false },
["Phobos T2"] = { strength = 19, cargo = 9, distance = 200, long_range_radar = 25000, short_range_radar = 5000, tractor = true, mining = false },
["Wombat"] = { strength = 13, cargo = 3, distance = 100, long_range_radar = 18000, short_range_radar = 6000, tractor = false, mining = false },
["Holmes"] = { strength = 35, cargo = 6, distance = 200, long_range_radar = 35000, short_range_radar = 4000, tractor = true, mining = false },
["Focus"] = { strength = 35, cargo = 4, distance = 200, long_range_radar = 32000, short_range_radar = 5000, tractor = false, mining = true },
["Flavia 2C"] = { strength = 25, cargo = 12, distance = 200, long_range_radar = 30000, short_range_radar = 5000, tractor = false, mining = true },
["Destroyer IV"] = { strength = 25, cargo = 5, distance = 400, long_range_radar = 30000, short_range_radar = 5000, tractor = false, mining = false },
["Destroyer III"] = { strength = 25, cargo = 7, distance = 200, long_range_radar = 30000, short_range_radar = 5000, tractor = false, mining = false },
["MX-Lindworm"] = { strength = 10, cargo = 3, distance = 100, long_range_radar = 30000, short_range_radar = 5000, tractor = false, mining = false },
["Striker LX"] = { strength = 16, cargo = 4, distance = 200, long_range_radar = 20000, short_range_radar = 4000, tractor = false, mining = false },
["Maverick XP"] = { strength = 23, cargo = 5, distance = 200, long_range_radar = 25000, short_range_radar = 7000, tractor = true, mining = false },
["Era"] = { strength = 14, cargo = 14, distance = 200, long_range_radar = 50000, short_range_radar = 5000, tractor = true, mining = true },
["Squid"] = { strength = 14, cargo = 8, distance = 200, long_range_radar = 25000, short_range_radar = 5000, tractor = false, mining = false },
["Atlantis II"] = { strength = 60, cargo = 6, distance = 400, long_range_radar = 30000, short_range_radar = 5000, tractor = true, mining = true },
["Chavez"] = { strength = 8, cargo = 6, distance = 200, long_range_radar = 20000, short_range_radar = 4500, tractor = true, mining = true },
}
commonGoods = {"food","medicine","nickel","platinum","gold","dilithium","tritanium","luxury","cobalt","impulse","warp","shield","tractor","repulsor","beam","optic","robotic","filament","transporter","sensor","communication","autodoc","lifter","android","nanites","software","circuit","battery"}
componentGoods = {"impulse","warp","shield","tractor","repulsor","beam","optic","robotic","filament","transporter","sensor","communication","autodoc","lifter","android","nanites","software","circuit","battery"}
mineralGoods = {"nickel","platinum","gold","dilithium","tritanium","cobalt"}
vapor_goods = {"gold pressed latinum","unobtanium","eludium","impossibrium"}
artifactCounter = 0
artifactNumber = 0
sensor_impact = 1 --normal
sensor_jammer_list = {}
sensor_jammer_range = 60000
sensor_jammer_impact = 40000
sensor_jammer_scan_complexity = 3
sensor_jammer_scan_depth = 3
sensor_jammer_power_units = false --false means percentage, true is units
end
function constructEnvironment()
place_space = {}
transport_stations = {}
kraylor_fort_angle = random(0,360)
kraylor_fort_distance = random(80000,120000)
kraylor_fort_x, kraylor_fort_y = vectorFromAngleNorth(kraylor_fort_angle,kraylor_fort_distance)
kraylor_fort_x = kraylor_fort_x + center_x
kraylor_fort_y = kraylor_fort_y + center_y
kraylor_fort = placeStation(kraylor_fort_x,kraylor_fort_y,"Sinister","Kraylor",kraylor_fort_size)
kraylor_fort:onDestroyed(winTheGame)
table.insert(place_space,{obj=kraylor_fort,dist=25000})
table.insert(transport_stations,kraylor_fort)
-- Spawn player
local p = PlayerSpaceship():setTemplate("Phobos M3P")
p:onTakingDamage(playerDamage)
p.pidx = 1
setPlayer(p)
p:setPosition(center_x, center_y)
allowNewPlayerShips(false)
table.insert(place_space,{obj=p,dist=100})
-- Kraylor fort defensive fleet
kraylor_fort_defense_fleet = spawnEnemies(kraylor_fort_x, kraylor_fort_y, 3, "Kraylor", 95)
for _, ship in ipairs(kraylor_fort_defense_fleet) do
ship:orderDefendTarget(kraylor_fort)
end
local inner_points = {}
local outer_points = {}
local ip_x, ip_y = vectorFromAngleNorth(kraylor_fort_angle,10000)
local op_x, op_y = vectorFromAngleNorth(kraylor_fort_angle,25000)
table.insert(inner_points,{x = kraylor_fort_x + ip_x, y = kraylor_fort_y + ip_y})
table.insert(outer_points,{x = kraylor_fort_x + op_x, y = kraylor_fort_y + op_y})
for i=1,5 do
ip_x, ip_y = vectorFromAngleNorth((kraylor_fort_angle + i * 60) % 360,10000)
op_x, op_y = vectorFromAngleNorth((kraylor_fort_angle + i * 60) % 360,25000)
table.insert(inner_points,{x = kraylor_fort_x + ip_x, y = kraylor_fort_y + ip_y})
table.insert(outer_points,{x = kraylor_fort_x + op_x, y = kraylor_fort_y + op_y})
end
table.insert(inner_points,{x = inner_points[1].x, y = inner_points[1].y})
table.insert(outer_points,{x = outer_points[1].x, y = outer_points[1].y})
region = {}
for i=1,6 do
local zone = Zone():setPoints(
inner_points[i].x, inner_points[i].y, outer_points[i].x, outer_points[i].y,
outer_points[i+1].x, outer_points[i+1].y, inner_points[i+1].x, inner_points[i+1].y
)
zone.name = string.format("Region %i",i-1)
zone:setLabel(zone.name)
region[i-1] = zone
end
fort_zone_color = {
["G1"] = {r=128, g=0, b=0},
["G2"] = {r=0, g=128, b=0},
["G3"] = {r=0, g=0, b=128},
["G4"] = {r=128, g=0, b=128},
["G5"] = {r=128, g=128, b=0},
["G6"] = {r=0, g=128, b=128},
["G7"] = {r=255, g=69, b=0},
["G8"] = {r=95, g=158, b=160},
["G9"] = {r=255, g=127, b=80},
["G11"] = {r=65, g=105, b=225},
["G12"] = {r=186, g=85, b=211},
["G13"] = {r=138, g=43, b=226},
["G14"] = {r=160, g=82, b=45},
["G15"] = {r=178, g=150, b=80},
["G16"] = {r=85, g=107, b=47},
["G17"] = {r=178, g=34, b=34},
["G18"] = {r=34, g=139, b=34},
["G19"] = {r=153, g=153, b=255},
["G21"] = {r=64, g=0, b=0},
["G22"] = {r=0, g=64, b=0},
["G23"] = {r=0, g=0, b=64},
["G24"] = {r=64, g=0, b=64},
["G25"] = {r=64, g=64, b=0},
["G26"] = {r=0, g=64, b=64},
["G27"] = {r=128, g=128, b=128},
["G28"] = {r=64, g=64, b=64},
["G29"] = {r=192, g=192, b=192},
["G31"] = {r=32, g=50, b=112},
["G32"] = {r=93, g=42, b=106},
["G33"] = {r=69, g=21, b=113},
["G34"] = {r=80, g=41, b=23},
["G35"] = {r=89, g=75, b=40},
["G36"] = {r=42, g=53, b=24},
["G37"] = {r=87, g=17, b=17},
["G38"] = {r=17, g=69, b=17},
["G39"] = {r=77, g=77, b=128},
["G41"] = {r=32, g=0, b=0},
["G42"] = {r=0, g=32, b=0},
["G43"] = {r=0, g=0, b=32},
["G44"] = {r=32, g=0, b=32},
["G45"] = {r=32, g=32, b=0},
["G46"] = {r=0, g=32, b=32},
["G47"] = {r=96, g=96, b=96},
["G48"] = {r=32, g=32, b=32},
["G49"] = {r=155, g=155, b=155},
["G51"] = {r=192, g=0, b=0},
["G52"] = {r=0, g=192, b=0},
["G53"] = {r=0, g=0, b=192},
["G54"] = {r=192, g=0, b=192},
["G55"] = {r=192, g=192, b=0},
["G56"] = {r=0, g=192, b=192},
["G57"] = {r=255, g=0, b=128},
["G58"] = {r=120, g=140, b=80},
["G59"] = {r=130, g=120, b=160},
}
fort_zones = {}
named_fort_zones = {}
local top_points = {} --innermost ring of points
local top_mid_points = {} --next highest, bounding the top and the middle layer
local mid_bot_points = {} --next highest, bounding the middle and bottom layer
local bot_points = {} --outermost ring of points
local tp_x, tp_y = vectorFromAngleNorth(kraylor_fort_angle,10000)
local tmp_x, tmp_y = vectorFromAngleNorth(kraylor_fort_angle,14000)
local mbp_x, mbp_y = vectorFromAngleNorth(kraylor_fort_angle,18000)
local bp_x, bp_y = vectorFromAngleNorth(kraylor_fort_angle,22000)
table.insert(top_points,{x = kraylor_fort_x + tp_x, y = kraylor_fort_y + tp_y})
table.insert(top_mid_points,{x = kraylor_fort_x + tmp_x, y = kraylor_fort_y + tmp_y})
table.insert(mid_bot_points,{x = kraylor_fort_x + mbp_x, y = kraylor_fort_y + mbp_y})
table.insert(bot_points,{x = kraylor_fort_x + bp_x, y = kraylor_fort_y + bp_y})
for i=1,17 do
tp_x, tp_y = vectorFromAngleNorth((kraylor_fort_angle + i * 20) % 360,10000)
tmp_x, tmp_y = vectorFromAngleNorth((kraylor_fort_angle + i * 20) % 360,14000)
mbp_x, mbp_y = vectorFromAngleNorth((kraylor_fort_angle + i * 20) % 360,18000)
bp_x, bp_y = vectorFromAngleNorth((kraylor_fort_angle + i * 20) % 360,22000)
table.insert(top_points,{x = kraylor_fort_x + tp_x, y = kraylor_fort_y + tp_y})
table.insert(top_mid_points,{x = kraylor_fort_x + tmp_x, y = kraylor_fort_y + tmp_y})
table.insert(mid_bot_points,{x = kraylor_fort_x + mbp_x, y = kraylor_fort_y + mbp_y})
table.insert(bot_points,{x = kraylor_fort_x + bp_x, y = kraylor_fort_y + bp_y})
end
-- add the first set of points after the last to make the code simpler when building the zones
table.insert(top_points,{x = top_points[1].x, y = top_points[1].y})
table.insert(top_mid_points,{x = top_mid_points[1].x, y = top_mid_points[1].y})
table.insert(mid_bot_points,{x = mid_bot_points[1].x, y = mid_bot_points[1].y})
table.insert(bot_points,{x = bot_points[1].x, y = bot_points[1].y})
local ksl = 0 --Kraylor section label (region index)
local kll = 0 --Kraylor local label
local ship_impact = populateShipImpact()
kraylor_fort_defense_platforms = {}
current_region = region[ksl]
current_region.zones = {}
for i=1,18 do
-- First of three zones (innermost)
local zone = Zone():setPoints(
top_points[i].x, top_points[i].y, top_mid_points[i].x, top_mid_points[i].y,
top_mid_points[i+1].x, top_mid_points[i+1].y, top_points[i+1].x, top_points[i+1].y
)
zone.center_x = (top_points[i].x + top_mid_points[i].x + top_mid_points[i+1].x + top_points[i+1].x)/4
zone.center_y = (top_points[i].y + top_mid_points[i].y + top_mid_points[i+1].y + top_points[i+1].y)/4
zone:setFaction("Kraylor")
kll = kll + 1
zone.name = string.format("G%i",ksl * 10 + kll)
zone:setLabel(zone.name)
zone.group = ksl
zone.radius = distance(zone.center_x,zone.center_y,top_mid_points[i].x,top_mid_points[i].y)
if #ship_impact < 1 then
ship_impact = populateShipImpact()
end
zone.ship_impact = tableRemoveRandom(ship_impact)
named_fort_zones[zone.name] = zone
table.insert(current_region.zones,zone)
table.insert(fort_zones,zone)
-- Items in the inner zones
if kll == 4 then
local dp = CpuShip():setTemplate("Defense platform"):setFaction("Kraylor"):orderStandGround():setPosition(zone.center_x,zone.center_y)
dp.region = ksl
table.insert(kraylor_fort_defense_platforms,dp)
end
if kll == 1 or kll == 7 then
sensorJammer(zone.center_x,zone.center_y)
end
-- Second of three zones (middle)
zone = Zone():setPoints(
top_mid_points[i].x, top_mid_points[i].y, mid_bot_points[i].x, mid_bot_points[i].y,
mid_bot_points[i+1].x, mid_bot_points[i+1].y, top_mid_points[i+1].x, top_mid_points[i+1].y
)
zone.center_x = (top_mid_points[i].x + mid_bot_points[i].x + mid_bot_points[i+1].x + top_mid_points[i+1].x)/4
zone.center_y = (top_mid_points[i].y + mid_bot_points[i].y + mid_bot_points[i+1].y + top_mid_points[i+1].y)/4
zone:setFaction("Kraylor")
kll = kll + 1
zone.name = string.format("G%i",ksl * 10 + kll)
zone:setLabel(zone.name)
zone.group = ksl
zone.radius = distance(zone.center_x,zone.center_y,mid_bot_points[i].x,mid_bot_points[i].y)
if #ship_impact < 1 then
ship_impact = populateShipImpact()
end
zone.ship_impact = tableRemoveRandom(ship_impact)
named_fort_zones[zone.name] = zone
table.insert(current_region.zones,zone)
table.insert(fort_zones,zone)
-- Items in the middle zones
if kll == 5 then
WarpJammer():setPosition(zone.center_x,zone.center_y):setFaction("Kraylor"):setRange(8000)
end
if difficulty >= 1 then
if kll == 2 or kll == 8 then
local st = sniperTower("Kraylor")
st:setPosition(zone.center_x,zone.center_y):orderStandGround()
end
end
-- Third of three zones (outermost)
zone = Zone():setPoints(
mid_bot_points[i].x, mid_bot_points[i].y, bot_points[i].x, bot_points[i].y,
bot_points[i+1].x, bot_points[i+1].y, mid_bot_points[i+1].x, mid_bot_points[i+1].y
)
zone.center_x = (mid_bot_points[i].x + bot_points[i].x + bot_points[i+1].x + mid_bot_points[i+1].x)/4
zone.center_y = (mid_bot_points[i].y + bot_points[i].y + bot_points[i+1].y + mid_bot_points[i+1].y)/4
zone:setFaction("Kraylor")
kll = kll + 1
zone.name = string.format("G%i",ksl * 10 + kll)
zone:setLabel(zone.name)
zone.group = ksl
zone.radius = distance(zone.center_x,zone.center_y,bot_points[i].x,bot_points[i].y)
if #ship_impact < 1 then
ship_impact = populateShipImpact()
end
zone.ship_impact = tableRemoveRandom(ship_impact)
named_fort_zones[zone.name] = zone
table.insert(current_region.zones,zone)
table.insert(fort_zones,zone)
-- Items in outer zones
if kll == 3 or kll == 9 then
zone.outer_edge_x = (bot_points[i].x + bot_points[i+1].x)/2
zone.outer_edge_y = (bot_points[i].y + bot_points[i+1].y)/2
end
if difficulty >= 2 then
if kll == 6 then
local mt = missilePodTX16("Kraylor")
mt:setPosition(zone.center_x,zone.center_y)
end
if kll == 3 or kll == 9 then
local mt = missilePodTX8("Kraylor")
mt:setPosition(zone.center_x,zone.center_y)
end
end
if kll >= 9 then
kll = 0
ksl = ksl + 1
if ksl <= 5 then
current_region = region[ksl]
current_region.zones = {}
end
end
end
plotFortZone = fortZoneCheck
stalker_patrol = {}
stalker_patrol_timer = 30
stalkerPatrolPlot = stalkerPatrolDelay
-- Primary human station
phs_x, phs_y = vectorFromAngle(random(0,360),random(1000,4000))
phs_x = phs_x + center_x
phs_y = phs_y + center_y
primary_human_station = placeStation(phs_x, phs_y, "RandomHumanNeutral", "Human Navy")
local station_dist = {
["Small Station"] = 300,
["Medium Station"] = 1000,
["Large Station"] = 1300,
["Huge Station"] = 1500,
}
local station_defend_dist = {
["Small Station"] = 2800,
["Medium Station"] = 4200,
["Large Station"] = 4800,
["Huge Station"] = 5200,
}
table.insert(transport_stations,primary_human_station)
table.insert(place_space,{obj=primary_human_station,dist=station_defend_dist[primary_human_station:getTypeName()]})
primary_fighter_defense = setPrimaryFighterDefense(phs_x,phs_y,"Human Navy")
primary_adder_defense = setPrimaryAdderDefense(phs_x,phs_y,"Human Navy")
primary_nirvana_defense = setPrimaryNirvanaDefense(phs_x,phs_y,"Human Navy")
primary_phobos_defense = setPrimaryPhobosDefense(phs_x,phs_y,"Human Navy")
primary_check_timer = 8
primaryDefensePlot = primaryFighterCheck
p:addToShipLog(string.format("Welcome to %s. You will be helping the %s defensive fleet against any enemy aggression. Good Luck.",primary_human_station:getCallSign(),primary_human_station:getCallSign()),"Magenta")
primary_orders = string.format("Defend %s",primary_human_station:getCallSign())
-- Kraylor harassing fighters
kraylor_fighters = {}
setKraylorFighters()
plotKraylorFighters = kraylorFighterCheck
-- USN station
local usn_angle = random(0,360)
local usn_distance = random(26000,50000)
usn_station_x, usn_station_y = vectorFromAngleNorth(usn_angle,usn_distance)
usn_station_x = usn_station_x + center_x
usn_station_y = usn_station_y + center_y
usn_station = placeStation(usn_station_x, usn_station_y, "RandomHumanNeutral", "USN")
table.insert(transport_stations,usn_station)
table.insert(place_space,{obj=usn_station,dist=station_dist[usn_station:getTypeName()]})
-- TSN station
local tsn_angle = (usn_angle + random(120,240)) % 360
local tsn_distance = random(26000,50000)
tsn_station_x, tsn_station_y = vectorFromAngleNorth(tsn_angle,tsn_distance)
tsn_station_x = tsn_station_x + center_x
tsn_station_y = tsn_station_y + center_y
tsn_station = placeStation(tsn_station_x, tsn_station_y, "RandomHumanNeutral", "TSN")
table.insert(transport_stations,tsn_station)
table.insert(place_space,{obj=tsn_station,dist=station_dist[tsn_station:getTypeName()]})
-- CUF station
local cuf_station_size = szt()
local o_x = 0
local o_y = 0
local base_area_radius = 50000
local area_radius = base_area_radius
local compression_interval = 2000
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,station_dist[cuf_station_size]))
cuf_station = placeStation(o_x, o_y, "RandomHumanNeutral", "CUF", cuf_station_size)
table.insert(transport_stations,cuf_station)
table.insert(place_space,{obj=cuf_station,dist=station_dist[cuf_station:getTypeName()]})
-- Spawn Independent mining station
local mining_station_names = {"Grasberg","Impala","Outpost-15","Outpost-21","Krik","Krak","Kruk"}
local mining_station_size = szt()
base_area_radius = 50000
area_radius = base_area_radius
compression_interval = 1000
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,station_dist[mining_station_size]))
repeat
local independent_mining_station_name = tableRemoveRandom(mining_station_names)
mining_station = placeStation(o_x, o_y, independent_mining_station_name, "Independent", mining_station_size)
if mining_station == nil then
print("Something went wrong when placing a mining station. o_x:",o_x,"o_y:",o_y,"Name:",independent_mining_station_name,"Size:",mining_station_size)
end
until(mining_station ~= nil)
table.insert(transport_stations,mining_station)
table.insert(place_space,{obj=mining_station,dist=station_dist[mining_station:getTypeName()]})
-- Spawn Human mining station
mining_station_size = szt()
base_area_radius = 50000
area_radius = base_area_radius
compression_interval = 1000
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,station_dist[mining_station_size]))
local human_mining_station_name = tableRemoveRandom(mining_station_names)
human_mining_station = placeStation(o_x, o_y, human_mining_station_name, "Human Navy", mining_station_size)
table.insert(transport_stations,human_mining_station)
table.insert(place_space,{obj=human_mining_station,dist=station_dist[human_mining_station:getTypeName()]})
-- Spawn Black Hole
area_radius = base_area_radius
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,6000))
local bh = BlackHole():setPosition(o_x,o_y)
table.insert(place_space,{obj=bh,dist=6000})
-- Spawn Planet
area_radius = base_area_radius
local planet_list = {
{radius = random(600,1400), distance = random(-2500,-1400),
name = {"Gamma Piscium","Beta Lyporis","Sigma Draconis","Iota Carinae","Theta Arietis","Epsilon Indi","Beta Hydri"},
color = {
red = random(0.8,1), green = random(0.8,1), blue = random(0.8,1)
},
texture = {
atmosphere = "planets/star-1.png"
},
},
{radius = random(1700,3400), distance = random(-3500,-1200), rotation = random(200,350),
name = {"Bespin","Aldea","Bersallis"},
texture = {
surface = "planets/gas-1.png"
},
},
{radius = random(1700,3400), distance = random(-3500,-1200), rotation = random(200,350),
name = {"Farius Prime","Deneb","Mordan"},
texture = {
surface = "planets/gas-2.png"
},
},
{radius = random(1700,3400), distance = random(-3500,-1200), rotation = random(200,350),
name = {"Kepler-7b","Alpha Omicron","Nelvana"},
texture = {
surface = "planets/gas-3.png"
},
},
{radius = random(1500,2500), distance = random(-3100,-1200), rotation = random(350,500),
name = {"Alderaan","Dagobah","Dantooine","Rigel"},
color = {
red = random(0,0.2), green = random(0,0.2), blue = random(0.8,1)
},
texture = {
surface = "planets/planet-1.png", cloud = "planets/clouds-1.png", atmosphere = "planets/atmosphere.png"
},
},
{radius = random(1500,2500), distance = random(-3100,-1200), rotation = random(350,500),
name = {"Pahvo","Penthara","Scalos"},
color = {
red = random(0,0.2), green = random(0,0.2), blue = random(0.8,1)
},
texture = {
surface = "planets/planet-4.png", cloud = "planets/clouds-3.png", atmosphere = "planets/atmosphere.png"
},
},
{radius = random(1500,2500), distance = random(-3100,-1200), rotation = random(350,500),
name = {"Tanuga","Vacca","Terlina","Timor"},
color = {
red = random(0,0.2), green = random(0,0.2), blue = random(0.8,1)
},
texture = {
surface = "planets/planet-5.png", cloud = "planets/clouds-2.png", atmosphere = "planets/atmosphere.png"
},
},
}
local selected_planet_index = math.random(1,#planet_list)
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,planet_list[selected_planet_index].radius))
local planet = Planet():setPosition(o_x,o_y):setPlanetRadius(planet_list[selected_planet_index].radius):setDistanceFromMovementPlane(planet_list[selected_planet_index].distance)
planet:setCallSign(planet_list[selected_planet_index].name[math.random(1,#planet_list[selected_planet_index].name)])
if planet_list[selected_planet_index].texture.surface ~= nil then
planet:setPlanetSurfaceTexture(planet_list[selected_planet_index].texture.surface)
end
if planet_list[selected_planet_index].texture.atmosphere ~= nil then
planet:setPlanetAtmosphereTexture(planet_list[selected_planet_index].texture.atmosphere)
end
if planet_list[selected_planet_index].texture.cloud ~= nil then
planet:setPlanetCloudTexture(planet_list[selected_planet_index].texture.cloud)
end
if planet_list[selected_planet_index].color ~= nil then
planet:setPlanetAtmosphereColor(planet_list[selected_planet_index].color.red,planet_list[selected_planet_index].color.green,planet_list[selected_planet_index].color.blue)
end
if planet_list[selected_planet_index].rotation ~= nil then
planet:setAxialRotationTime(planet_list[selected_planet_index].rotation)
end
table.insert(place_space,{obj=planet,dist=planet_list[selected_planet_index].radius})
-- Spawn Arlenian station
local arlenian_station_size = szt()
area_radius = base_area_radius
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,station_dist[arlenian_station_size]))
arlenian_station = placeStation(o_x, o_y, "RandomHumanNeutral", "Arlenians", arlenian_station_size)
table.insert(transport_stations,arlenian_station)
table.insert(place_space,{obj=arlenian_station,dist=station_dist[arlenian_station:getTypeName()]})
-- Spawn Kraylor station
local kraylor_station_size = szt()
area_radius = base_area_radius
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,6*station_defend_dist[kraylor_station_size]))
kraylor_station = placeStation(o_x, o_y, "Sinister", "Kraylor", kraylor_station_size)
table.insert(transport_stations,kraylor_station)
table.insert(place_space,{obj=kraylor_station,dist=6*station_defend_dist[kraylor_station:getTypeName()]})
local kraylor_fleet = spawnEnemies(o_x, o_y, 1, "Kraylor", 99)
for _, ship in ipairs(kraylor_fleet) do
ship:orderDefendTarget(kraylor_station):onDestroyed(enemyVesselDestroyed)
end
local last_x = center_x
local last_y = center_y
for i=1,20 do
-- print("index:",i)
local station_size = szt()
local start_area = i
area_radius = base_area_radius
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
if start_area % 2 == 0 then
o_x = o_x + center_x
o_y = o_y + center_y
else
o_x = o_x + last_x
o_y = o_y + last_y
end
start_area = start_area + 1
area_radius = area_radius + compression_interval
until(farEnough(o_x,o_y,station_defend_dist[station_size]))
last_x = o_x
last_y = o_y
local station_choice = random(1,100)
if station_choice < 50 then
selected_faction = "Independent"
elseif station_choice < 57 then
selected_faction = "Kraylor"
elseif station_choice < 64 then
selected_faction = "Arlenians"
elseif station_choice < 71 then
selected_faction = "Human Navy"
elseif station_choice < 78 then
selected_faction = "TSN"
elseif station_choice < 85 then
selected_faction = "Exuari"
elseif station_choice < 92 then
selected_faction = "USN"
else
selected_faction = "CUF"
end
-- print("selected faction:",selected_faction)
local station = placeStation(o_x, o_y, "RandomHumanNeutral", selected_faction, station_size)
-- print("station:",station:getSectorName(),station:getCallSign())
local defense_fleet = spawnEnemies(o_x,o_y,1,selected_faction,math.random(20,40))
-- print("size of defense fleet:",#defense_fleet)
for _, ship in ipairs(defense_fleet) do
ship:orderDefendTarget(station)
-- print(" name:",ship:getCallSign())
end
table.insert(transport_stations,station)
table.insert(place_space,{obj=station,dist=station_defend_dist[station:getTypeName()]})
end
-- Spawn working transports
transport_list = {}
for _, station in ipairs(transport_stations) do
local transport, transport_size = randomTransportType()
transport.home_station = station
area_radius = base_area_radius
repeat
o_x, o_y = vectorFromAngle(random(0,360),random(0,area_radius))
o_x = o_x + center_x
o_y = o_y + center_y
area_radius = area_radius + compression_interval
until(farEnough(o_x, o_y, 100 + transport_size * 50))
transport:setPosition(o_x, o_y):setFaction(station:getFaction())
transport:setCallSign(generateCallSign(nil,station:getFaction()))
transport.normal_transport_plot = true
transport.target = pickTransportTarget(transport)
if transport.target ~= nil then
transport:orderDock(transport.target)
end
table.insert(place_space,{obj=transport,dist=100 + transport_size * 50})
table.insert(transport_list,transport)
end
transportPlot = directTransportsToStations
local gap_neb_count = math.random(1,2 + difficulty*2)
gap_nebulae = {}
for i=1,gap_neb_count do
local neb_group_count = math.random(1,3)
for j=1,neb_group_count do