Sim.lua

---@meta
---@diagnostic disable: lowercase-global

---@class SimCommand

-- TODO : Needs Definision
---@alias Task table
---@alias CSimSoundManager any
---@alias EconomyEvent moho.EconomyEvent
---@alias ArmyPlans any

---@alias Faction
---| 0 # UEF
---| 1 # Aeon
---| 2 # Cybran
---| 3 # Seraphim
---| 4 # (Nomads if enabled)

---@alias ResourceDepositType "Mass" | "Hydrocarbon"
---@alias ResourceType "MASS" | "ENERGY"
---@alias DecalType
---| "Albedo"
---| "AlbedoXP"
---| "Alpha Normals"
---| "Glow"
---| "Glow Mask"
---| "Normals"
---| "Water Albedo"
---| "Water Mask"
---| "Water Normals"

---@alias Object Blip | CollisionBeam | moho.entity_methods | moho.prop_methods | moho.projectile_methods | moho.unit_methods
---@alias BoneObject moho.entity_methods | moho.prop_methods | moho.projectile_methods | moho.unit_methods
---@alias ReclaimObject moho.prop_methods | moho.unit_methods
---@alias TargetObject moho.prop_methods | moho.unit_methods | moho.projectile_methods

--- restricts the army from building the unit category
---@param army Army
---@param category EntityCategory
function AddBuildRestriction(army, category)
end

--- it is unknown what this function does or where it gets its value from
---@param army Army
---@deprecated
function ArmyGetHandicap(army)
end

--- initializes the prebuilt units of an army via `AIBrain:OnSpawnPreBuiltUnits()`
---@param army Army
function ArmyInitializePrebuiltUnits(army)
end

--- returns true if the indicated army is a civilian army
---@param army Army
---@return boolean
function ArmyIsCivilian(army)
end

--- returns true if the indicated army has been defeated by having the flag been set with
--- `SetArmyOutOfGame(army)`
---@param army Army
---@return boolean
function ArmyIsOutOfGame(army)
end

--- attaches a beam between two entities
---@param entityA BoneObject
---@param boneA Bone
---@param entityB BoneObject
---@param boneB Bone
---@param army Army
---@param texture string
---@return moho.IEffect
function AttachBeamEntityToEntity(entityA, boneA, entityB, boneB, army, texture)
end

--- attaches a beam to an entity
---@param emitter moho.IEffect
---@param entity BoneObject
---@param bone Bone
---@param army Army
---@return moho.IEffect
function AttachBeamToEntity(emitter, entity, bone, army)
end

-- engine patched to allow commanders to be able to be shared

--- changes the army of a unit, returning the new unit and destroying the old one
---@param unit Unit
---@param army Army
---@return Unit
function ChangeUnitArmy(unit, army)
end

--- returns true if cheats are enabled and logs the cheat attempt no matter what
---@return boolean
function CheatsEnabled()
end

--- it is not known what this does or what its parameters are
---@deprecated
function CoordinateAttacks()
end

--- Creates a bone manipulator for a weapon, allowing it to aim at a target  
--- At least one bone must be defined.
---@param weapon Weapon
---@param label string
---@param yawBone? Bone # turret bone
---@param pitchBone? Bone # barrel bone
---@param muzzleBone? Bone
---@return moho.AimManipulator
function CreateAimController(weapon, label, yawBone, pitchBone, muzzleBone)
end

--- Creates a bone manipulator for a unit, allowing it to be animated
---@param object BoneObject
---@param alignWithSpeed? boolean    # if set, animation rate takes into account the speed of the unit. Defaults to false
---@return moho.AnimationManipulator
function CreateAnimator(object, alignWithSpeed)
end

--- Creates a beam that is attached to an entity
---@param object BoneObject
---@param bone Bone
---@param army Army
---@param length number
---@param thickness number
---@param blueprint FileName
---@return moho.IEffect
function CreateAttachedBeam(object, bone, army, length, thickness, blueprint)
end

--- creates an emitter that is attached to an entity at a bone
---@see CreateEmitterAtBone(object, bone, army, blueprint) # to create the emitter at an entity's bone without attaching it there
---@see CreateEmitterAtEntity(object, bone, army, blueprint) # to create the emitter at an entity without attaching it there
---@param object BoneObject
---@param bone Bone
---@param army Army
---@param blueprint FileName
---@return moho.IEffect
function CreateAttachedEmitter(object, bone, army, blueprint)
end

--- creates a beam, which then needs to be attached to a bone
---@see AttachBeamToEntity(emitter, entity, bone, army) # to attach the beam to an entity bone
---@see CreateBeamEmitterOnEntity(object, tobone, army, blueprint) # to create an attached beam emitter at once
---@param blueprint FileName
---@param army Army
---@return moho.IEffect
function CreateBeamEmitter(blueprint, army)
end

--- creates a beam and attaches it to an entity, usually used for weaponry
---@see CreateBeamEmitter(blueprint, army) # to create the beam without attaching it to anything
---@param object BoneObject
---@param tobone Bone
---@param army Army
---@param blueprint FileName
---@return moho.IEffect
function CreateBeamEmitterOnEntity(object, tobone, army, blueprint)
end

--- creates a beam collision entity (not a beam emitter) attached between two entities' bones
---@param object BoneObject
---@param bone Bone
---@param other BoneObject
---@param otherBone Bone
---@param army Army
---@param blueprint FileName
---@return moho.CollisionBeamEntity
function CreateBeamEntityToEntity(object, bone, other, otherBone, army, blueprint)
end

---@param object BoneObject
---@param bone Bone
---@param other BoneObject
---@param otherBone Bone
---@param army Army
---@param thickness number
---@param texture string
---@return moho.CollisionBeamEntity
function CreateBeamToEntityBone(object, bone, other, otherBone, army, thickness, texture)
end

--- Creates a builder arm controller that aims for the unit that is being built, repaired, or
--- reclaimed. Similar to an aim controller for weapons.
---@param unit Unit
---@param turretBone Bone
---@param barrelBone Bone
---@param aimBone Bone
---@return moho.BuilderArmManipulator
function CreateBuilderArmController(unit, turretBone, barrelBone, aimBone)
end

--- Creates a collision detection manipulator, calling the function
--- `self:OnAnimTerrainCollision(bone, x, y, z)`
--- when a bone that is being watched collides with the terrain
---@param unit Unit
---@return moho.CollisionManipulator
function CreateCollisionDetector(unit)
end

--- Creates a decal with supplied parameters. The decal is visible only to armies allied to `army`.
---@param position Vector
---@param heading number
---@param textureName1 FileName
---@param textureName2 FileName
---@param type DecalType
---@param sizeX number size on x axis in game units
---@param sizeZ number size on y axis in game units
---@param lodParam number distance in game units before the decals disappear
---@param duration number lifetime of the decal in seconds, 0 for infinite
---@param army Army
---@param fidelity? number
---@return moho.CDecalHandle
function CreateDecal(position, heading, textureName1, textureName2, type, sizeX, sizeZ, lodParam, duration, army, fidelity)
end

--- Creates an economy event for the unit that consumes resources over given time.
---@param unit Unit
---@param totalEnergy number
---@param totalMass number
---@param timeInSeconds number
---@param callback? fun(unit: Unit, economyEventProgress: number) # progress is (0,1]. Typically used with `Unit.SetWorkProgress` to show the orange build bar.
---@return EconomyEvent
function CreateEconomyEvent(unit, totalEnergy, totalMass, timeInSeconds, callback)
end

--- creates an emitter at an entity's bone, but does not attach the emitter to it
---@see CreateEmitterAtEntity(object, army, blueprint) # for an at-object version
---@see CreateEmitterOnEntity(object, army, blueprint) # for an on-object version
---@param object BoneObject
---@param army Army
---@param blueprint FileName
---@return moho.IEffect
function CreateEmitterAtBone(object, bone, army, blueprint)
end

--- creates an emitter at an entity, but does not attach the emitter to it
---@see CreateEmitterAtBone(object, bone, army, blueprint) # for an at-bone version
---@see CreateEmitterOnEntity(object, army, blueprint) # for an on-object version
---@param object BoneObject
---@param army Army
---@param blueprint FileName
---@return moho.IEffect
function CreateEmitterAtEntity(object, army, blueprint)
end

--- creates an emitter on an object and attaches the emitter to it
---@see CreateEmitterAtBone(object, bone, army, blueprint) # for an at-bone version
---@see CreateEmitterAtEntity(object, army, blueprint) # for an at-object version
---@param object BoneObject
---@param army Army
---@param blueprint FileName
---@return moho.IEffect
function CreateEmitterOnEntity(object, army, blueprint)
end

--- prevents a bone from going through the terrain (useful for units that walk)
---@param unit Unit
---@param footBone Bone
---@param kneeBone Bone
---@param hipBone Bone
---@param straightLegs? boolean
---@param maxFootFall? number
---@return moho.FootPlantManipulator
function CreateFootPlantController(unit, footBone, kneeBone, hipBone, straightLegs, maxFootFall)
end

--- spawns the initial unit for the given army
---@param army Army
---@param unitId UnitId
---@return Unit
function CreateInitialArmyUnit(army, unitId)
end

--- Creates a light particle that provides vision, is often used in combination with effects
---@see CreateLightParticleIntel() # intel-giving version
---@param object BoneObject
---@param bone Bone
---@param army Army
---@param size number
---@param lifetime number
---@param texture string
---@param rampName string
---@return moho.IEffect
function CreateLightParticle(object, bone, army, size, lifetime, texture, rampName)
end

--- Creates a light particle, is often used in combination with effects
---@see CreateLightParticle() # non intel-giving version
---@param object BoneObject
---@param bone Bone
---@param army Army
---@param size number
---@param lifetime number
---@param texture string
---@param rampName string
---@return moho.IEffect
function CreateLightParticleIntel(object, bone, army, size, lifetime, texture, rampName)
end

--- Spawns a prop, using the default orientation
---@see CreatePropHPR() # heading-pitch-roll version
---@param location Vector
---@param blueprintId string
---@return Prop
function CreateProp(location, blueprintId)
end

--- Spawns a prop with control over orientation
---@see CreateProp() # simple version
---@param blueprintPath string full path to the prop's blueprint
---@param x number
---@param y number
---@param z number
---@param heading number
---@param pitch number
---@param roll number
---@return Prop
function CreatePropHPR(blueprintPath, x, y, z, heading, pitch, roll)
end

--- Spawns mass and hydro deposits on the map
---@param type ResourceDepositType
---@param x number
---@param y number
---@param z number
---@param size number 1 for Mass, 3 for Hydro
function CreateResourceDeposit(type, x, y, z, size)
end

--- Creates a manipulator which rotates on a unit's bone
---@param object BoneObject
---@param bone Bone
---@param axis "x" | "y" | "z" | "-x" | "-y" | "-z"
---@param goal? unknown
---@param speed? number
---@param accel? number
---@param goalspeed? number
---@return moho.RotateManipulator
function CreateRotator(object, bone, axis, goal, speed, accel, goalspeed)
end

--- Creates a manipulator which copies the motion of `srcBone` onto `dstBone`.
--- Order matters! Only manipulators which come before the slave manipulator will be copied.
---@param object BoneObject
---@param destBone Bone
---@param srcBone Bone
---@return moho.SlaveManipulator
function CreateSlaver(object, destBone, srcBone)
end

--- Creates a slider similar to those used in robotics. When applied with other manipulators the
--- slider can cause the entire sequence to 'stutter' at one update per tick, usually you should
--- only manipulate a bone with a slider and nothing else
---@param object BoneObject
---@param bone Bone
---@param goalX? number
---@param goalY? number
---@param goalZ? number
---@param speed? number
---@param worldSpace? boolean
---@return moho.SlideManipulator
function CreateSlider(object, bone, goalX, goalY, goalZ, speed, worldSpace)
end

--- Adds a splat to the game at a position and heading
---@see CreateSplatOnBone() # adds the splat at an entity bone
---@param position Vector
---@param heading number
---@param texture string
---@param sizeX number
---@param sizeZ number
---@param lodParam number
---@param duration number
---@param army Army
---@param fidelity? number
function CreateSplat(position, heading, texture, sizeX, sizeZ, lodParam, duration, army, fidelity)
end

--- Adds a splat to the game at an entity bone position and heading
---@see CreateSplatOnBone() # adds the splat at a position
---@param object BoneObject
---@param offset Vector
---@param bone Bone
---@param texture string
---@param sizeX number
---@param sizeZ number
---@param lodParam number
---@param duration number
---@param army Army
function CreateSplatOnBone(object, offset, bone, texture, sizeX, sizeZ, lodParam, duration, army)
end

---@param object BoneObject
---@param bone Bone
---@param resource any
---@param minX number
---@param minY number
---@param minZ number
---@param maxX number
---@param maxY number
---@param maxZ number
---@return moho.StorageManipulator
function CreateStorageManip(object, bone, resource, minX, minY, minZ, maxX, maxY, maxZ)
end

---@param unit Unit
---@param label string
---@param thrustBone Bone
---@return moho.ThrustManipulator
function CreateThrustController(unit, label, thrustBone)
end

---@param object BoneObject
---@param bone Bone
---@param army Army
---@param trailBlueprint FileName
---@return moho.IEffect
function CreateTrail(object, bone, army, trailBlueprint)
end

--- Creates a unit from a blueprint for an army, at a position with quaternion orientation
---@see CreateUnit2() # simple version
---@see CreateUnitHPR() # heading-pitch-roll version
---@param blueprintId string
---@param army Army
---@param x number
---@param y number
---@param z number
---@param qx number
---@param qy number
---@param qz number
---@param qw number
---@param layer? number
---@return Unit
function CreateUnit(blueprintId, army, x, y, z, qx, qy, qz, qw, layer)
end

--- Creates a unit from a blueprint for an army, at an X-Z map point with a heading
---@see CreateUnit() # quaternion version
---@see CreateUnitHPR() # heading-pitch-roll version
---@param blueprintId string
---@param army Army
---@param layer Layer
---@param x number
---@param z number
---@param heading number
---@return Unit
function CreateUnit2(blueprintId, army, layer, x, z, heading)
end

--- Creates a unit from a blueprint for an army, at a position with heading, pitch, and roll
---@see CreateUnit() # quaternion version
---@see CreateUnit2() # simple version
---@param blueprint UnitId
---@param army Army
---@param x number
---@param y number
---@param z number
---@param heading number
---@param pitch number
---@param roll number
---@return Unit
function CreateUnitHPR(blueprint, army, x, y, z, heading, pitch, roll)
end

--- Deals damage to the target unit
---@param instigator TargetObject | nil
---@param location Vector origin of the damage, used for effects
---@param target Unit | Projectile | Prop
---@param amount number
---@param damageType DamageType
function Damage(instigator, location, target, amount, damageType)
end

--- Deals damage in an circle
---@param instigator TargetObject | nil
---@param location Vector
---@param radius number
---@param damage number
---@param damageType DamageType
---@param damageFriendly boolean
---@param damageSelf? boolean
function DamageArea(instigator, location, radius, damage, damageType, damageFriendly, damageSelf)
end

--- Deals damage in an ring
---@param instigator TargetObject | nil
---@param location Vector
---@param minRadius number
---@param maxRadius number
---@param damage number
---@param damageType DamageType
---@param damageFriendly boolean
---@param damageSelf? boolean
function DamageRing(instigator, location, minRadius, maxRadius, damage, damageType, damageFriendly, damageSelf)
end

--- Gets the selected units for debug purposes. Note that the selection depends on the player,
--- so it should not be used in synchronous code.
---@return Unit[]
function DebugGetSelection()
end

--- Draws a 3D circle
---@param center Vector
---@param diameter number
---@param color Color
function DrawCircle(center, diameter, color)
end

--- Draws a 3D line
---@param pointA Vector
---@param pointB Vector
---@param color Color
function DrawLine(pointA, pointB, color)
end

--- Draws a 3D line with a circle at the end
---@param start Vector
---@param finish Vector
---@param color Color
function DrawLinePop(start, finish, color)
end

--- Returns true if the economy event is finished
---@param event EconomyEvent
---@return boolean
function EconomyEventIsDone(event)
end

--- Signals the end of the game (acts like a permanent pause)
function EndGame()
end

--- Counts how many units fit the specified category.
---@param category EntityCategory
---@param tblUnits Unit[]
---@return number
function EntityCategoryCount(category, tblUnits)
end

--- Counts how many units fit the specified category around a position.
---@param category EntityCategory
---@param position Vector
---@return number
function EntityCategoryCountAroundPosition(category, position)
end

--- Changes elevation of the map in the desired area.
--- Used mainly for spawning buildings, so they don't float in air.
---@param x number
---@param z number
---@param sizeX number
---@param sizeZ number
---@param elevation number
function FlattenMapRect(x, z, sizeX, sizeZ, elevation)
end

--- Removes all recon blips from the target area. If the area is in radar range it generates unseen
--- recon blips.
---@param minX number
---@param minZ number
---@param maxX number
---@param maxZ number
function FlushIntelInRect(minX, minZ, maxX, maxZ)
end

---@param armyName string
function GenerateArmyStart(armyName)
end

---@return Quaternion
function GenerateRandomOrientation()
end

--- Returns an army's brain
---@param army Army
---@return AIBrain
function GetArmyBrain(army)
end

--- Returns the army's unit cap
---@param army Army
---@return number
function GetArmyUnitCap(army)
end

--- Returns the total unit cap cost of the army
---@param army Army
---@return number
function GetArmyUnitCostTotal(army)
end

--- Returns the currently active command source in the sim state. This number is the army index
--- of the army that sent the command.
---@return number
function GetCurrentCommandSource()
end

--- returns the entities inside the given rectangle
---@param rectangle Rectangle
function GetEntitiesInRect(rectangle)
end

--- Gets entity by entity ID. This ID is unique for each entity.
--- Note that entity ID's are recycled as entities are destroyed.
---@param id EntityId
---@return Entity
function GetEntityById(id)
end

--- Gets the current game time in ticks.
--- The game time is the simulation time, that stops when the game is paused.
---@return number
function GetGameTick()
end

--- Returns map size
---@return number sizeX
---@return number sizeZ
function GetMapSize()
end

---@overload fun(x0: number, z0: number, x1: number, z1: number): ReclaimObject[] | nil
--- Returns the reclaimable objects inside the given rectangle. This includes props, units and wrecks. Unlike the brain functions, this function uses either the collision box (OO) or the visual box (AAB) for the query and is therefore much more accurate.
---@param rectangle Rectangle
---@return ReclaimObject[] | nil
function GetReclaimablesInRect(rectangle)
end

--- Returns surface elevation at given position.
--- Takes water into count.
---@param x number
---@param z number
---@return number
function GetSurfaceHeight(x, z)
end

--- Returns System time in seconds
---@return number
function GetSystemTimeSecondsOnlyForProfileUse()
end

--- Returns elevation at given position.
--- Ignores water surface.
---@param x number
---@param z number
---@return number
function GetTerrainHeight(x, z)
end

--- Returns terrain type at given position
---@param x number
---@param z number
---@return TerrainType
function GetTerrainType(x, z)
end

---@return number
function GetTerrainTypeOffset(x, z)
end

--- Returns unit's blueprint given the blueprint's name
---@param bpName string
---@return UnitBlueprint
function GetUnitBlueprintByName(bpName)
end

---@overload fun(x1: number, z1: number, x2: number, z2: number): Unit[] | nil
--- retrieves all units in a rectangle
---@param rectangle Rectangle
---@return Unit[] | nil
function GetUnitsInRect(rectangle)
end

--- Starts the AI on given army
---@param army string
function InitializeArmyAI(army)
end

---@param object Object
---@return boolean
function IsBlip(object)
end

---@param object Object
---@return boolean
function IsCollisionBeam(object)
end

--- Returns true if the given command is finished
---@param cmd SimCommand
---@return boolean
function IsCommandDone(cmd)
end

--- Returns true if the given object is an Entity
---@param object Object
---@return boolean
function IsEntity(object)
end

--- Returns true if the game is over
---@return boolean
function IsGameOver()
end

--- Returns true if the target entity is a projectile
---@param object Object
---@return boolean
function IsProjectile(object)
end

--- Returns true if the target entity is a prop
---@param object Object
---@return boolean
function IsProp(object)
end

--- Returns true if the target entity is a unit
---@param object Object
---@return boolean
function IsUnit(object)
end

--- Orders a group of units to attack-move to a target
---@param units Unit[]
---@param target Unit | Vector | Prop | Blip
---@return SimCommand
function IssueAggressiveMove(units, target)
end

--- Orders a group of units to attack a target
---@param units Unit[]
---@param target Unit | Vector | Prop | Blip
---@return SimCommand
function IssueAttack(units, target)
end

--- Orders a group of units to build a unit
---@param units Unit[]
---@param blueprintID string
---@param count number
---@return SimCommand
function IssueBuildFactory(units, blueprintID, count)
end

--- Orders a group of units to build a unit, the nearest unit is given the order
--- Takes some time to apply (at least 3 ticks).
---@param units Unit[]
---@param position Vector
---@param blueprintID string
---@param table number[] # A list of alternative build locations, similar to AiBrain.BuildStructure. Doesn't appear to function properly
function IssueBuildMobile(units, position, blueprintID, table)
end

--- Orders a group of units to start building another unit by blueprint id
--- Takes some time to apply (at least 3 ticks).
---@param units Unit[]
---@param position Vector
---@param blueprintID string
---@param table number[] # A list of alternative build locations, similar to AiBrain.BuildStructure. Doesn't appear to function properly
function IssueBuildAllMobile(units, position, blueprintID, table)
end

--- Orders a group of units to capture a target, usually engineers
---@param units Unit[]
---@param target Unit
---@return SimCommand
function IssueCapture(units, target)
end

--- Clears out all commands issued on the group of units, this happens immediately. See `IssueToUnitClearCommands` when you want to computationally efficiently apply it to a single unit 
---@param units Unit[]
---@return SimCommand
function IssueClearCommands(units)
end

--- Clears out all commands issued on the group of factories without affecting
--- the build queue, allows you to change the rally point
---@param factories Unit[]
---@return SimCommand
function IssueClearFactoryCommands(factories)
end

--- Orders a group of units to destroy themselves, doesn't leave a wreckage
---@see IssueKillSelf() # an alternative that does leave a wreckage
---@param units Unit[]
---@return SimCommand
function IssueDestroySelf(units)
end

--- Orders a group of units to dive
---@param units Unit[]
---@return SimCommand
function IssueDive(units)
end

--- Orders a group of factories to assist another factory
---@param units Unit[]
---@param target Unit
---@return SimCommand
function IssueFactoryAssist(units, target)
end

--- Orders a group of factories to set their rally point
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueFactoryRallyPoint(units, position)
end

--- Orders a group of units to setup a ferry
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueFerry(units, position)
end

--- Orders a group of units to attack move to a position in formation
--- @param units Unit[]
--- @param position Vector
--- @param formation UnitFormations     # Unit formation to use as defined in `formations.lua`
--- @param degrees number               # Orientation the platoon takes when it reaches the position. South is 0 degrees, east is 90 degrees, etc.
--- @return SimCommand
function IssueFormAggressiveMove(units, position, formation, degrees)
end

--- Orders a group of units to attack a target in formation
--- @param units Unit[]
--- @param target Unit
--- @param formation UnitFormations     # Unit formation to use as defined in `formations.lua`
--- @param degrees number               # Orientation the platoon takes when it reaches the position. South is 0 degrees, east is 90 degrees, etc.
--- @return SimCommand
function IssueFormAttack(units, target, formation, degrees)
end

--- Orders a group of units to move to a position in formation
--- @param units Unit[]
--- @param position Vector
--- @param formation UnitFormations     # Unit formation to use as defined in `formations.lua`
--- @param degrees number               # Orientation the platoon takes when it reaches the position. South is 0 degrees, east is 90 degrees, etc.
--- @return SimCommand
function IssueFormMove(units, position, formation, degrees)
end

--- Orders a group of units to patrol to a position in formation
--- @param units Unit[]
--- @param position Vector
--- @param formation UnitFormations     # Unit formation to use as defined in `formations.lua`
--- @param degrees number               # Orientation the platoon takes when it reaches the position. South is 0 degrees, east is 90 degrees, etc.
--- @return SimCommand
function IssueFormPatrol(units, position, formation, degrees)
end

--- Orders a group of units to guard a target
---@param units Unit[]
---@param target Unit | Vector
---@return SimCommand
function IssueGuard(units, target)
end

--- Orders a group of units to kill themselves
---@see IssueDestroySelf() # an alternative that does not leave a wreckage
---@param units Unit[]
---@return SimCommand
function IssueKillSelf(units)
end

--- Orders a group of units to move to a position.  See `IssueToUnitMove` when you want to computationally efficiently apply it to a single unit 
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueMove(units, position)
end

--- Orders a group of units to move off a factory build site. See `IssueToUnitMoveOffFactory` when you want to computationally efficiently apply it to a single unit
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueMoveOffFactory(units, position)
end

--- Orders a group of units to launch a strategic missile at a position
---@see IssueTactical() # for tactical missiles
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueNuke(units, position)
end

--- Orders a group of units to use Overcharge at a target
---@param units Unit[]
---@param target Unit
---@return SimCommand
function IssueOverCharge(units, target)
end

--- Orders a group of units to patrol to a position
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssuePatrol(units, position)
end

--- Orders a unit to pause, this happens immediately
---@param unit Unit
function IssuePause(unit)
end

--- Orders a group of units to reclaim a target
---@param units Unit[]
---@param target ReclaimObject
---@return SimCommand
function IssueReclaim(units, target)
end

--- Orders a group of units to repair a target
---@param units Unit[]
---@param target Unit
---@return SimCommand
function IssueRepair(units, target)
end

--- Orders a group of units to sacrifice, yielding part of their build cost to a target
---@param tblUnits Unit[]
---@param target Unit
---@return SimCommand
function IssueSacrifice(tblUnits, target)
end

--- Orders a group of units to run a script sequence, as an example:
--- `{ TaskName = "EnhanceTask", Enhancement = "AdvancedEngineering" }`
---@param tblUnits Unit[]
---@param order Task
---@return ScriptTask
function IssueScript(tblUnits, order)
end

--- Orders a group of units (SML or SMD) to build a nuke
---@param units Unit[]
---@return SimCommand
function IssueSiloBuildNuke(units)
end

--- Orders a group of units to build a tactical missile
---@param units Unit[]
---@return SimCommand
function IssueSiloBuildTactical(units)
end

--- Orders a group of units to stop, this happens immediately
---@param units Unit[]
function IssueStop(units)
end

--- Orders a group of units to launch a tactical missile
---@see IssueNuke() # for nuclear missiles
---@param units Unit[]
---@param target Unit | Vector
---@return SimCommand
function IssueTactical(units, target)
end

--- Orders a group of units to teleport to a position
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueTeleport(units, position)
end

---@param units Unit[]
---@param beacon unknown
---@return SimCommand
function IssueTeleportToBeacon(units, beacon)
end

--- Orders a group of units to attach themselves to a transport
---@param units Unit[]
---@param transport Unit
---@return SimCommand
function IssueTransportLoad(units, transport)
end

--- Orders a group of transports to unload their cargo at a position
---@param units Unit[]
---@param position Vector
---@return SimCommand
function IssueTransportUnload(units, position)
end

--- Orders a group of ~~transports~~ or carriers to unload specific units,
--- appears to work only for carriers
---@param units Unit[]
---@param position Vector
---@param category EntityCategory
---@return SimCommand
function IssueTransportUnloadSpecific(units, category, position)
end

--- Orders a group of units to upgrade
---@param units Unit[]
---@param blueprintID string
---@return SimCommand
function IssueUpgrade(units, blueprintID)
end

--- Latent unit move
---@param unit Unit
---@param target Vector
function LUnitMove(unit, target)
end

--- Latent unit move near
---@param unit Unit
---@param target Vector
---@param range number
function LUnitMoveNear(unit, target, range)
end

--- Lists all armies in the game, as defined by the current army configuration of the
---@return string[]
function ListArmies()
end

---@param instigator Unit
---@param location Vector
---@param maxRadius number
---@param amount number
---@param affectsCategory? EntityCategory
---@param damageFriendly? boolean
---@deprecated
function MetaImpact(instigator, location, maxRadius, amount, affectsCategory, damageFriendly)
end

---@param from Unit
---@param to Unit
function NotifyUpgrade(from, to)
end

--- Returns true if the current command source is authorized to mess with the given army,
--- or if cheats are enabled
---@param army Army
---@return boolean
function OkayToMessWithArmy(army)
end

---@param manager CSimSoundManager
---@param sound SoundHandle
---@return SoundHandle
function PlayLoop(manager, sound)
end

--- Unrestricts the army from building the unit category
---@param army Army
---@param category EntityCategory
function RemoveBuildRestriction(army, category)
end

--- Removes economy event created by CreateEconomyEvent function from the unit
---@param unit Unit
---@param event EconomyEvent
function RemoveEconomyEvent(unit, event)
end

--- Returns the currently selected unit. For use at the lua console, so you can call Lua methods on a unit
---@return Unit
function SelectedUnit()
end

--- Sets alliance type between 2 armies, note that weapons do not reset their target
---@param army1 Army
---@param army2 Army
---@param alliance AllianceType
function SetAlliance(army1, army2, alliance)
end

--- Sets alliance type from army1 to army2, note that weapons do not reset their target
---@param army1 Army
---@param army2 Army
---@param alliance AllianceType
function SetAllianceOneWay(army1, army2, alliance)
end

--- Use `/lua/ui/game/diplomacy.lua#SetAlliedVectory(state)` instead
---@deprecated
---@param state boolean
function SetAlliedVictory(state)
end

--- Unfinished function related to AI, is not used
---@deprecated
---@param army Army
---@param personality AIPersonality
function SetArmyAIPersonality(army, personality)
end

--- Sets army's color using RGB values, `0` - `255`
---@param army Army
---@param r number
---@param g number
---@param b number
function SetArmyColor(army, r, g, b)
end

--- Sets the color index of the army
---@param army Army
---@param color number
function SetArmyColorIndex(army, color)
end

--- Sets mass and energy of the army
---@param army Army
---@param mass number
---@param energy number
function SetArmyEconomy(army, mass, energy)
end

--- Sets faction for the given army
---@param army Army
---@param index Faction
function SetArmyFactionIndex(army, index)
end

--- Indicates that the army has been defeated
---@param army Army
function SetArmyOutOfGame(army)
end

--- Unfinished function related to AI, is not used
---@deprecated
---@param army Army
---@param plans ArmyPlans
function SetArmyPlans(army, plans)
end

--- Determines if the user should be able to see the army score
---@param army Army
---@param show boolean
function SetArmyShowScore(army, show)
end

--- Sets the army starting position for the initial unit.
---@param army Army
---@param x number
---@param z number
function SetArmyStart(army, x, z)
end

--- Sets the army for which to sync army stats
---@param army Army
function SetArmyStatsSyncArmy(army)
end

--- Sets the unit cap for the army
---@param army Army
---@param unitCap number
function SetArmyUnitCap(army, unitCap)
end

--- Sets the command source of an army to match another army's command source.
---@param targetArmyIndex number
---@param sourceHumanIndex number
---@param enable boolean
function SetCommandSource(targetArmyIndex, sourceHumanIndex, enable)
end

--- sets an army to ignore unit cap
---@param army Army
---@param ignore boolean
function SetIgnoreArmyUnitCap(army, ignore)
end

--- Sets an army to ignore the playable area on a map.
--- Used in campaign for offmap attacks.
---@param army Army
---@param ignore boolean
function SetIgnorePlayableRect(army, ignore)
end

--- sets the playable area of a map
---@param minX number
---@param minZ number
---@param maxX number
---@param maxZ number
function SetPlayableRect(minX, minZ, maxX, maxZ)
end

--- Changes terrain type at given position
---@param x number
---@param z number
---@param type TerrainType
function SetTerrainType(x, z, type)
end

--- changes the terrain type in given area
---@param rect Rectangle
---@param type TerrainType
function SetTerrainTypeRect(rect, type)
end

---@return boolean createInitial
function ShouldCreateInitialArmyUnits()
end

--- performs a console command
---@param command string
function SimConExecute(command)
end

--- Sinks the entity into the ground. Used for dead trees, for example.
---@param velY number
function SinkAway(velY)
end

--- Splits a prop into multiple child props, spawning one prop per bone.
--- Used for breaking up tree groups at collision.
---@param original Prop
---@param blueprintId string
---@return Prop[]
function SplitProp(original, blueprintId)
end

---@param manager CSimSoundManager
---@param handle SoundHandle
function StopLoop(manager, handle)
end

--- requests that we submit XML army stats to GPG.net
function SubmitXMLArmyStats()
end

--- Attempts to copy animation pose from the unit to the prop.
--- Only works if the mesh and skeletons are the same, but will not produce an error if not.
---@param unitFrom Unit
---@param entityTo Prop
---@param copyWorldTransform boolean
function TryCopyPose(unitFrom, entityTo, copyWorldTransform)
end

--- instantly moves an entity to a location with an orientation
---@param object Object
---@param location Vector
---@param orientation? Quaternion no orientation change if absent
function Warp(object, location, orientation)
end

---@param entity Entity
---@param spec EntitySpec
function _c_CreateEntity(entity, spec)
end

---@param shield Shield
---@param spec UnitBlueprintDefenseShield
function _c_CreateShield(shield, spec)
end