Replacement of "table" parameters by their corresponding structure or array of values

api-mockup/adjustor.lua

@@ -48,21 +48,21 @@ function Adjustor()
     function self.getMaxThrustBase() error("Adjustor.getMaxThrustBase() is deprecated, use Adjustor.getMaxThrust().") end
 
     --- Returns the adjustor exhaust thrust direction in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getThrustAxis() end
 
     --- Returns the adjustor torque axis in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getTorqueAxis() end
 
     --- Returns the adjustor exhaust thrust direction in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldThrustAxis() end
     ---@deprecated Adjustor.thrustAxis() is deprecated, use Adjustor.getWorldThrustAxis().
     function self.thrustAxis() error("Adjustor.thrustAxis() is deprecated, use Adjustor.getWorldThrustAxis().") end
 
     --- Returns the adjustor torque axis in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldTorqueAxis() end
     ---@deprecated Adjustor.torqueAxis() is deprecated, use Adjustor.getWorldTorqueAxis().
     function self.torqueAxis() error("Adjustor.torqueAxis() is deprecated, use Adjustor.getWorldTorqueAxis().") end

api-mockup/airfoil.lua

@@ -62,21 +62,21 @@ function Airfoil()
     function self.getMaxThrustEfficiency() error("Airfoil.getMaxThrustEfficiency() is deprecated, use Airfoil.getMaxLiftEfficiency().") end
 
     --- Returns the airfoil lift direction in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getLiftAxis() end
 
     --- Returns the airfoil torque axis in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getTorqueAxis() end
 
     --- Returns the airfoil lift direction in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldLiftAxis() end
     ---@deprecated Airfoil.thrustAxis() is deprecated, use Airfoil.getWorldLiftAxis().
     function self.thrustAxis() error("Airfoil.thrustAxis() is deprecated, use Airfoil.getWorldLiftAxis().") end
 
     --- Returns the adjustor torque axis in world coordinates
-    ---@return table 
+    ---@return Vector3 
     function self.getWorldTorqueAxis() end
     ---@deprecated Airfoil.torqueAxis() is deprecated, use Airfoil.getWorldTorqueAxis().
     function self.torqueAxis() error("Airfoil.torqueAxis() is deprecated, use Airfoil.getWorldTorqueAxis().") end

api-mockup/baseshieldgenerator.lua

@@ -74,7 +74,7 @@ function BaseShieldGenerator()
     function self.getMaxShieldHitpoints() end
 
     --- Returns distribution of resistance pool over resistance types
-    ---@return table resistances Resistance to damage type {antimatter, electromagnetic, kinetic, thermic}
+    ---@return number[] resistances Resistance to damage type {antimatter, electromagnetic, kinetic, thermic}
     function self.getResistances() end
 
     --- Distribute the resistance pool according to damage type
@@ -102,11 +102,11 @@ function BaseShieldGenerator()
     function self.getResistancesRemaining() end
 
     --- Returns ratio per damage type of recent weapon impacts after applying resistance
-    ---@return table stress Stress ratio due to damage type {antimatter, electromagnetic, kinetic, thermic}
+    ---@return number[] stress Stress ratio due to damage type {antimatter, electromagnetic, kinetic, thermic}
     function self.getStressRatio() end
 
     --- Returns ratio per damage type of recent weapon impacts without resistance
-    ---@return table stress Stress ratio due to damage type {antimatter, electromagnetic, kinetic, thermic}
+    ---@return number[] stress Stress ratio due to damage type {antimatter, electromagnetic, kinetic, thermic}
     function self.getStressRatioRaw() end
 
     --- Returns stress, that is the total hit points of recent weapon impacts after applying resistance

api-mockup/brakeengine.lua

@@ -68,11 +68,11 @@ function BrakeEngine()
     function self.getMaxThrustEfficiency() end
 
     --- Returns the brake thrust direction in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getThrustAxis() end
 
     --- Returns the brake thrust direction in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldThrustAxis() end
     ---@deprecated BrakeEngine.thrustAxis() is deprecated, use BrakeEngine.getWorldThrustAxis().
     function self.thrustAxis() error("BrakeEngine.thrustAxis() is deprecated, use BrakeEngine.getWorldThrustAxis().") end

api-mockup/container.lua

@@ -33,7 +33,7 @@ function Container()
     function self.getMaxVolume() end
 
     --- Returns a table describing the contents of the container, as a pair itemId and quantity per slot.
-    ---@return table content The content of the container as a table with fields {[int] id, [float] quantity} per slot
+    ---@return ItemQuantity[] content The content of the container as a table with fields {[int] id, [float] quantity} per slot
     function self.getContent() end
     ---@deprecated Container.getItemsList() is deprecated, use Container.getContent() instead.
     function self.getItemsList() error("Container.getItemsList() is deprecated, use Container.getContent() instead.")  end

api-mockup/controlunit.lua

@@ -92,8 +92,8 @@ function ControlUnit()
     --- to approximate it
     --- This function must be used on a piloting controller in onFlush event
     ---@param taglist string Comma (for union) or space (for intersection) separated list of tags. You can set tags directly on the engines in the right-click menu
-    ---@param acceleration table The desired acceleration expressed in world coordinates in m/s2
-    ---@param angularAcceleration table The desired angular acceleration expressed in world coordinates in rad/s2
+    ---@param acceleration Vector3 The desired acceleration expressed in world coordinates in m/s2
+    ---@param angularAcceleration Vector3 The desired angular acceleration expressed in world coordinates in rad/s2
     ---@param keepForceCollinearity boolean Forces the resulting acceleration vector to be collinear to the acceleration parameter
     ---@param keepTorqueCollinearity boolean Forces the resulting angular acceleration vector to be collinear to the angular acceleration parameter
     ---@param priority1SubTags string Comma (for union) or space (for intersection) separated list of tags of included engines to use as priority 1
@@ -112,7 +112,7 @@ function ControlUnit()
     --- Returns the total thrust values of all engines in the tag list
     --- This function must be used on a piloting controller
     ---@param taglist string Comma separated list of tags. You can set tags directly on the engines in the right-click menu
-    ---@return table The total thrust in newtons
+    ---@return Vector3 The total thrust in newtons
     function self.getEngineThrust(taglist) end
 
     --- Set the value of throttle in the cockpit, which will be displayed in the cockpit widget when flying
@@ -132,7 +132,7 @@ function ControlUnit()
     --- These properties will be used to display the command in UI
     ---@param axis integer Longitudinal = 0, lateral = 1, vertical = 2
     ---@param commandType integer By throttle = 0, by target speed = 1, hidden = 2
-    ---@param targetSpeedRanges table This is to specify the cruise control target speed ranges (for now, only for the longitudinal axis) in m/s
+    ---@param targetSpeedRanges number[] This is to specify the cruise control target speed ranges (for now, only for the longitudinal axis) in m/s
     function self.setupAxisCommandProperties(axis, commandType, targetSpeedRanges) end
 
     --- Returns the current control mode. The mode is set by clicking the UI button or using the associated keybinding
@@ -180,7 +180,7 @@ function ControlUnit()
 
     --- Returns ground engine stabilization altitude capabilities (lower and upper ranges)
     --- This function must be used on a piloting controller
-    ---@return table range Stabilization altitude capabilities for the least powerful engine and the most powerful engine
+    ---@return number[] range Stabilization altitude capabilities for the least powerful engine and the most powerful engine
     function self.computeGroundEngineAltitudeStabilizationCapabilities() end
 
     --- Return the current throttle value

api-mockup/coreunit.lua

@@ -162,7 +162,7 @@ function CoreUnit()
 
 
     --- Returns the list of all the local IDs of the Elements of this construct
-    ---@return table
+    ---@return integer[]
     function self.getElementIdList() end
 
     --- Returns the name of the Element, identified by its local ID
@@ -204,27 +204,27 @@ function CoreUnit()
 
     --- Returns the position of the Element, identified by its local ID, in construct local coordinates.
     ---@param localId integer The local ID of the Element
-    ---@return table
+    ---@return Vector3
     function self.getElementPositionById(localId) end
 
     --- Returns the up direction vector of the Element, identified by its local ID, in construct local coordinates
     ---@param localId integer The local ID of the Element
-    ---@return table
+    ---@return Vector3
     function self.getElementUpById(localId) end
 
     --- Returns the right direction vector of the Element, identified by its local ID, in construct local coordinates
     ---@param localId integer The local ID of the Element
-    ---@return table
+    ---@return Vector3
     function self.getElementRightById(localId) end
 
     --- Returns the forward direction vector of the Element, identified by its local ID, in construct local coordinates
     ---@param localId integer The local ID of the Element
-    ---@return table
+    ---@return Vector3
     function self.getElementForwardById(localId) end
 
     --- Returns the status of the Industry Unit Element, identified by its local ID
     ---@param localId integer The local ID of the Element
-    ---@return table info If the Element is an Industry Unit, a table with fields {[int] state, [bool] stopRequested, [int] schematicId (deprecated = 0), [int] schematicsRemaining, [int] unitsProduced, [int] remainingTime, [int] batchesRequested, [int] batchesRemaining, [float] maintainProductAmount, [int] currentProductAmount, [table] currentProducts:{{[int] id, [double] quantity},...}}
+    ---@return IndustryInfo info If the Element is an Industry Unit, a table with fields {[int] state, [bool] stopRequested, [int] schematicId (deprecated = 0), [int] schematicsRemaining, [int] unitsProduced, [int] remainingTime, [int] batchesRequested, [int] batchesRemaining, [float] maintainProductAmount, [int] currentProductAmount, [table] currentProducts:{{[int] id, [double] quantity},...}}
     function self.getElementIndustryInfoById(localId) end
     ---@deprecated CoreUnit.getElementIndustryStatusById(localId) is deprecated, use CoreUnit.getElementIndustryInfoById(localId) instead.
     function self.getElementIndustryStatusById(localId) error("CoreUnit.getElementIndustryStatusById(localId) is deprecated, use CoreUnit.getElementIndustryInfoById(localId) instead.") end
@@ -246,11 +246,11 @@ function CoreUnit()
     function self.g() error("CoreUnit.g() is deprecated, use CoreUnit.getGravityIntensity() instead.") end
 
     --- Returns the local gravity vector in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldGravity() end
 
     --- Returns the vertical unit vector along gravity, in world coordinates (0 in space)
-    ---@return table
+    ---@return Vector3
     function self.getWorldVertical() end
 
     --- Returns the id of the current close stellar body

api-mockup/databank.lua

@@ -25,7 +25,7 @@ function Databank()
     function self.getNbKeys() end
 
     --- Returns all the keys in the Databank
-    ---@return table value The key list, as a list of string
+    ---@return string[] value The key list, as a list of string
     function self.getKeyList() end
     ---@deprecated Databank.getKeys() is deprecated, use Databank.getKeyList().
     function self.getKeys() error("Databank.getKeys() is deprecated, use Databank.getKeyList().") end

api-mockup/detectionzone.lua

@@ -22,7 +22,7 @@ function DetectionZone()
     function self.getRadius() end
 
     --- Returns the list of ids of the players in the detection zone
-    ---@return table
+    ---@return integer[]
     function self.getPlayers() end
 
     --- Emitted when a player enters in the detection zone

api-mockup/element.lua

@@ -87,39 +87,39 @@ function Element()
     function self.getMaxRestorations() end
 
     --- Returns the position of the Element in construct local coordinates.
-    ---@return table
+    ---@return Vector3
     function self.getPosition() end
 
     --- Returns the bounding box dimensions of the element.
-    ---@return table
+    ---@return Vector3
     function self.getBoundingBoxSize() end
 
     --- Returns the position of the center of bounding box of the element in local construct coordinates.
-    ---@return table
+    ---@return Vector3
     function self.getBoundingBoxCenter() end
 
     --- Returns the up direction vector of the Element in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getUp() end
 
     --- Returns the right direction vector of the Element in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getRight() end
 
     --- Returns the forward direction vector of the Element in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getForward() end
 
     --- Returns the up direction vector of the Element in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldUp() end
 
     --- Returns the right direction vector of the Element in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldRight() end
 
     --- Returns the forward direction vector of the Element in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldForward() end
 
     --- Set the value of a signal in the specified IN plug of the Element.

api-mockup/fueledengine.lua

@@ -77,21 +77,21 @@ function FueledEngine()
 
 
     --- Returns the engine thrust direction in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getThrustAxis() end
 
     --- Returns the engine torque axis in construct local coordinates
-    ---@return table
+    ---@return Vector3
     function self.getTorqueAxis() end
 
     --- Returns the engine exhaust thrust direction in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldThrustAxis() end
     ---@deprecated FueledEngine.thrustAxis() is deprecated, use FueledEngine.getWorldThrustAxis().
     function self.thrustAxis() error("FueledEngine.thrustAxis() is deprecated, use FueledEngine.getWorldThrustAxis().") end
 
     --- Returns the engine torque axis in world coordinates
-    ---@return table
+    ---@return Vector3
     function self.getWorldTorqueAxis() end
     ---@deprecated FueledEngine.torqueAxis() is deprecated, use FueledEngine.getWorldTorqueAxis().
     function self.torqueAxis() error("FueledEngine.torqueAxis() is deprecated, use FueledEngine.getWorldTorqueAxis().") end

api-mockup/industry.lua

@@ -49,7 +49,7 @@ function Industry()
     function self.getStatus() error("Industry.getStatus() is deprecated, use Industry.getState() instead.") end
 
     --- Returns the complete information of the industry
-    ---@return integer value The complete state of the industry, a table with fields {[int] state, [bool] stopRequested, [int] schematicId (deprecated = 0), [int] schematicsRemaining, [int] unitsProduced, [int] remainingTime, [int] batchesRequested, [int] batchesRemaining, [float] maintainProductAmount, [int] currentProductAmount, [table] currentProducts:{{[int] id, [double] quantity},...}}
+    ---@return IndustryInfo value The complete state of the industry, a table with fields {[int] state, [bool] stopRequested, [int] schematicId (deprecated = 0), [int] schematicsRemaining, [int] unitsProduced, [int] remainingTime, [int] batchesRequested, [int] batchesRemaining, [float] maintainProductAmount, [int] currentProductAmount, [table] currentProducts:{{[int] id, [double] quantity},...}}
     function self.getInfo() end
 
     --- Get the count of completed cycles since the player started the unit
@@ -68,11 +68,11 @@ function Industry()
 
 
     --- Returns the list of items required to run the selected output product.
-    ---@return table outputs Returns the list of products
+    ---@return ItemQuantity[] outputs Returns the list of products
     function self.getInputs() end
 
     --- Returns the list of id of the items currently produced.
-    ---@return table outputs The first entry in the table is always the main product produced
+    ---@return ItemQuantity[] outputs The first entry in the table is always the main product produced
     function self.getOutputs() end
     ---@deprecated Industry.getCurrentSchematic() is deprecated.
     function self.getCurrentSchematic() error("Industry.getCurrentSchematic() is deprecated.") end
@@ -90,7 +90,7 @@ function Industry()
     function self.updateBank() end
 
     --- Returns a table describing the contents of the schematic bank, as a pair itemId and quantity per slot
-    ---@return table content The content of the schematic bank as a table with fields {[int] id, [float] quantity} per slot
+    ---@return ItemQuantity[] content The content of the schematic bank as a table with fields {[int] id, [float] quantity} per slot
     function self.getBank() end
 
 

api-mockup/library.lua

@@ -20,23 +20,23 @@ function Library()
 
 
     --- Solve the 3D linear system M*x=c0 where M is defined by its column vectors c1,c2,c3
-    ---@param c1 table The first column of the matrix M
-    ---@param c2 table The second column of the matrix M
-    ---@param c3 table The third column of the matrix M
-    ---@param c0 table The target column vector of the system
-    ---@return table value The vec3 solution of the above system
+    ---@param c1 Vector3 The first column of the matrix M
+    ---@param c2 Vector3 The second column of the matrix M
+    ---@param c3 Vector3 The third column of the matrix M
+    ---@param c0 Vector3 The target column vector of the system
+    ---@return Vector3 value The vec3 solution of the above system
     function self.systemResolution3(c1,c2,c3,c0) end
 
     --- Solve the 2D linear system M*x=c0 where M is defined by its column vectors c1,c2
-    ---@param c1 table The first column of the matrix M
-    ---@param c2 table The second column of the matrix M
-    ---@param c0 table The target column vector of the system
-    ---@return table value The vec2 solution of the above system
+    ---@param c1 Vector3 The first column of the matrix M
+    ---@param c2 Vector3 The second column of the matrix M
+    ---@param c0 Vector3 The target column vector of the system
+    ---@return vector2 value The vec2 solution of the above system
     function self.systemResolution2(c1,c2,c0) end
 
     --- Returns the position of the given point in world coordinates system, on the game screen
-    ---@param worldPos table: The world position of the point
-    ---@return table value The position in percentage (between 0 and 1) of the screen resolution as vec3 with {x, y, depth}
+    ---@param worldPos Vector3: The world position of the point
+    ---@return Vector3 value The position in percentage (between 0 and 1) of the screen resolution as vec3 with {x, y, depth}
     function self.getPointOnScreen(worldPos) end
 
 

api-mockup/light.lua

@@ -42,7 +42,7 @@ function Light()
     function self.setRGBColor(r,g,b) error("Light.setRGBColor(r,g,b) is deprecated, use Light.setColor(r,g,b) instead.") end
 
     --- Returns the light color in RGB
-    ---@return table color  A vec3 for the red, blue and green components of the light, with values between 0.0 and 1.0, up to 5.0.
+    ---@return number[] color  A vec3 for the red, blue and green components of the light, with values between 0.0 and 1.0, up to 5.0.
     function self.getColor() end
     ---@deprecated Light.getRGBColor() is deprecated, use Light.getColor() instead.
     function self.getRGBColor() error("Light.getRGBColor() is deprecated, use Light.getColor() instead.") end