Module Tile

Contains functions to query single tiles for information about objects on them.

Functions

abandonBuilding (x, y) Abandons the building at the given location.
countRoadDecos (x, y, level) Returns the number of decorations on the road at a given position and level.
extinguishBurningBuilding (x, y) Extinguishes the fire of a building at a given position.
getBuilding (x, y) Returns a building object that can be use to call building related functions more conveniently.
getBuildingAnimationColor (x, y[, slot=1]) Gets the color of an animation of a building.
getBuildingAnimationFrame (x, y[, slot=1]) Returns the current frame of an animation that is attached to a building.
getBuildingDaysBuilt (x, y) Returns the number of days since this building was constructed.
getBuildingDraft (x, y) Returns the draft of a building at a given position.
getBuildingFrame (x, y) Returns the current frame of a building at a given position.
getBuildingName (x, y) Gets the name of a building
getBuildingPerformance (x, y) Returns the current performance of a building at a given position.
getBuildingStorage (x, y) Returns the storage table of the building at a given position.
getBuildingXY (x, y) Returns the pivot position of a building at a given position.
getCornerTerrainHeight (x, y) Returns the terrain height of the tile corner at a given position.
getFenceDraft (x, y, edge) Returns the fence draft of the fence at the given location at the given edge.
getGroundDraft (x, y[, level=0]) Returns the ground draft at a given position.
getGroundHeight (x, y) Returns the legacy ground height at a given position.
getInfluence (influenceType, x, y) Returns the influence value of a influence type at a given position.
getPipeDraft (x, y) Returns the draft of the pipe at a given location.
getPipeFrame (x, y) Returns the active frame of the pipe at a given location.
getRoadCarCount (x, y, level) Returns the absolute car counter of the road at a given position and level.
getRoadChargeableCarCount (x, y, level) Returns the absolute chargeable car counter of the road at a given position and level.
getRoadDeco (x, y, level[, index=1]) Returns the draft of the road decoration on the road at a given position and level.
getRoadDraft (x, y, level) Returns the draft of the road at a given position and level.
getRoadFrame (x, y, level) Returns the frame of a road at a given position and level.
getRoadOccupation (x, y[, level=0]) Returns the draft of the road occupcation on the road at a given position and level.
getRoadStorage (x, y, level) Returns the storage table of the road at a given position and level.
getRoadTraffic (x, y, level) Returns the amount of traffic on a road tile.
getTerrainHeight (x, y) Returns the average terrain height at a given position.
getTreeDraft (x, y) Returns the draft of the tree at the given position.
getTreeFrame (x, y) Returns the frame of the tree at the given position.
getWireDraft (x, y[, level=0]) Returns the draft of the wire at a given location.
getWireFrame (x, y[, level=0]) Returns the frame of the wire at a given location.
getZoneDraft (x, y) Returns the draft of the zone at a given location.
hasBuildingNeededRoad (x, y) Returns true iff there's a building at a given position that needs a road connection but also has a road connection.
hasBuildingRoad (x, y) Returns true iff there's a building at a given position that has a road connection.
hasBuildingUpgrade (upgradeId, x, y) Returns true iff the building at a given position has a specific upgrade applied to it.
hasFence (x, y[, edge]) Returns true iff there is any fence at the given location.
hasFenceWithin (x, y, width, height) Returns true iff there is any fence within a specifiedc rectangle.
hasRoad (x, y) Returns true if there's any raod at the given position regardless of the level.
hasRoadOccupation (x, y, level) Returns true iff there's a road occupation on the road at a given position and level.
hasWire (x, y) Determines whether there is any wire at the given location regardless of the level.
isBuilding (x, y) Returns true iff there's a building at a given position.
isBuildingAnimationPaused (x, y[, slot=1]) Resumes an animation that is attached to a building.
isBuildingBurning (x, y) Returns true iff there is a building at the given position that is burning right now.
isBuildingEmpty (x, y) Returns true iff there's a building at a given position that is empty right now.
isBuildingFullOfDeadPeople (x, y) Returns true iff there's a building at a given position that has transport issues with dead bodies right now.
isBuildingFullOfWaste (x, y) Returns true iff there's a building at a given position that is full of garbage right now.
isBuildingIll (x, y) Returns true iff there's a building at a given position that contains ill people right now.
isBuildingInConstruction (x, y) Returns true iff there's a building at a given position that is in construction right now.
isBuildingUntouchable (x, y) Determines whether a RCI building is untouchable.
isBuildingUpgradeInConstruction (x, y) Returns true iff there's a building at a given position that has a pending upgrade right now.
isBuildingWorking (x, y) Returns true iff there's a building at a given position that is working right now.
isCoast (x, y) Returns true iff there's land at a given position and water on at least one of the four neighboring tiles.
isFlat (x, y) Determines whether the ground is flat at a given position.
isLand (x, y) Returns true iff there's land (the opposite of water) at a given position.
isPipe (x, y) Determines whether there is pipe at the given location.
isRoad (x, y, level) Returns true if there's a road at a given position and level.
isRoadDeco (x, y, level) Returns true iff there's a road decoration on the road at a given position and level.
isSlope (x, y) Determines whether there is a slope in the terrain at a given position.
isTree (x, y) Returns true iff there's a tree at a given position.
isValid (x, y) Returns true iff a position is on the map.
isWater (x, y) Returns true iff there's water at a given position.
isWire (x, y[, level=0]) Determines whether there is a wire at the given location and level.
pauseBuildingAnimation (x, y[, slot=1]) Pauses an animation that is attached to a building.
resumeBuildingAnimation (x, y[, slot=1[, speed=1.0]]) Resumes an animation that is attached to a building.
setBuildingAnimationColor (x, y, red, green, blue[, alpha=255[, slot=1]]) Sets the color of an animation of a building.
setBuildingAnimationFrame (x, y, frame[, slot=1]) Sets the current frame of an animation regardless of whether the animation is playing right now.
setBuildingFrame (x, y, frame) Sets the frame of a building at a given position.
setBuildingName (x, y, name) Sets the name of a building
setBuildingPerformance (x, y, performance) Sets the performance of a building.
setBuildingUntouchable (x, y[, state=true]) Marks a RCI building as untouchable/touchable.
setGroundHeight (x, y, height) Sets the legacy ground height of a tile.
setRoadOccupation (draft, x, y[, level=0]) Sets the road occupation on the road at a given position and level.

Fields

INFLUENCE_BODY_DISPOSAL Body disposal influence type.
INFLUENCE_COMMERCIAL Commercial influence type.
INFLUENCE_CULTURE Culture influence type.
INFLUENCE_DENSITY Density influence type.
INFLUENCE_EDUCATION_HIGH High education influence type.
INFLUENCE_EDUCATION_LOW Low education influence type.
INFLUENCE_FIREDEPARTMENT Fire department influence type.
INFLUENCE_HEALTH Health influence type.
INFLUENCE_INDUSTRIAL Industrial influence type.
INFLUENCE_LEVEL_HIGH High level influence type.
INFLUENCE_LEVEL_LOW Low level influence type.
INFLUENCE_LEVEL_MIDDLE Medium level influence type.
INFLUENCE_MANAGEMENT Management influence type.
INFLUENCE_NATURE Nature influence type.
INFLUENCE_NOISE Noise influence type.
INFLUENCE_PARK Park influence type.
INFLUENCE_PASSENGER_BUS Bus passenger influence type.
INFLUENCE_PASSENGER_TRAIN Train passenger influence type.
INFLUENCE_POLICE Police influence type.
INFLUENCE_POLLUTION Pollution influence type.
INFLUENCE_RADIOACTIVITY Radioactivity influence type.
INFLUENCE_RELIGION Religion influence type.
INFLUENCE_RESIDENTIAL Residential influence type.
INFLUENCE_SPORT Sport influence type.
INFLUENCE_TRAFFIC Traffic influence type.
INFLUENCE_WASTE_DISPOSAL Waste disposal influence type.


Functions

abandonBuilding (x, y)
Abandons the building at the given location.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
countRoadDecos (x, y, level)
Returns the number of decorations on the road at a given position and level.

New feature:

    This is a new feature that was added in version 1.9.96

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    int The number of decorations on the road or zero if there's no road and or decorations.
extinguishBurningBuilding (x, y)
Extinguishes the fire of a building at a given position.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
getBuilding (x, y)
Returns a building object that can be use to call building related functions more conveniently.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    Building A building object with convenient functions.
getBuildingAnimationColor (x, y[, slot=1])
Gets the color of an animation of a building. The default color is white which is expressed as 255,255,255,255.

New feature:

    This is a new feature that was added in version 1.10.49

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    int,int,int,int or nil If the operation was successful the color is returned as four integer numbers.
getBuildingAnimationFrame (x, y[, slot=1])
Returns the current frame of an animation that is attached to a building.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    int or nil The current frame of the animation or nil if something went wrong.
getBuildingDaysBuilt (x, y)
Returns the number of days since this building was constructed. Negative values indicate non finished buildings.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    int
getBuildingDraft (x, y)
Returns the draft of a building at a given position.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    draft
getBuildingFrame (x, y)
Returns the current frame of a building at a given position.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    int The zero based building frame if there is a building.
getBuildingName (x, y)
Gets the name of a building

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    string Name of the building or nil if no name is set.
getBuildingPerformance (x, y)
Returns the current performance of a building at a given position. 1.0 represents 100%.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    float
getBuildingStorage (x, y)
Returns the storage table of the building at a given position. Storage tables can be used to save information into cities/buildings/roads permanently.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    table
getBuildingXY (x, y)
Returns the pivot position of a building at a given position. That point can differ from the queried position for buildings that have a size bigger than 1.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    int,int X and Y component of the pivot position of the building.
getCornerTerrainHeight (x, y)
Returns the terrain height of the tile corner at a given position. Valid locations range from 0,0 to widht,height (inclusive) so the corners at the right edges of the city can be addressed. In contrast to "ground height" terrain height refers to the hill functionality that was added with the TheoTown66 release. A height step is 12 pixels in size visually. Ocean level has height 0. Smaller values are not possible.

New feature:

    This is a new feature that was added in version 1.10.87

Parameters:

  • x int X component of a corner position.
  • y int Y component of a corner position.

Returns:

    int An int value that indicates the height of the terrain at the corner.
getFenceDraft (x, y, edge)
Returns the fence draft of the fence at the given location at the given edge. As fences are technically placed in-between tiles two neighboring tiles always share an edge in between them.

Because of that the following formulas should hold true:

  • For edge 0 (south-east):

    Tile.getFenceDraft(x, y, 0) == Tile.getFenceDraft(x + 1, y, 2)

  • For edge 1 (north-east):

    Tile.getFenceDraft(x, y, 1) == Tile.getFenceDraft(x, y + 1, 3)

  • For edge 2 (north-west):

    Tile.getFenceDraft(x, y, 2) == Tile.getFenceDraft(x - 1, y, 0)

  • For edge 3 (south-west):

    Tile.getFenceDraft(x, y, 3) == Tile.getFenceDraft(x, y - 1, 1)

Queries to tiles that are not inside the city should behave accordingly.

New feature:

    This is a new feature that was added in version 1.9.99

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • edge int Fences can be located at all four edges of a tile. The edges are indexed as follows (for non rotated city): 0 is south-east, 1 is north-east, 2 is north-west, 3 is south-west

Returns:

    draft or nil The fence draft or nil if there is no fence.
getGroundDraft (x, y[, level=0])
Returns the ground draft at a given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int Level to query, must be -1 (water), 0 (main) or 1 (deco). Level -1 queries the water draft that is used to draw water for this tile. The water draft is determined by the level 0 draft of this and neighboring tiles. The default water draft will be returned if there are no water tiles nearby. (default 0)

Returns:

    draft
getGroundHeight (x, y)
Returns the legacy ground height at a given position. Ground height is a legacy system used for terrain shading and water depth coloring. It was added to the game before there were actual hills.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    int An integer that represents height. 0 means ocean level. Negative values are possible.
getInfluence (influenceType, x, y)
Returns the influence value of a influence type at a given position.

Parameters:

  • influenceType int A influence type constant like Tile.INFLUENCE_PARK.
  • x int X component of a position.
  • y int Y component of a position.

Returns:

    float A number in 0..1. 1 Means the influence is maxed out.
getPipeDraft (x, y)
Returns the draft of the pipe at a given location.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.

Returns:

    draft or nil The draft of the pipe if there is any.
getPipeFrame (x, y)
Returns the active frame of the pipe at a given location. This frame is independent of city rotation.

New feature:

    This is a new feature that was added in version 1.10.09

Parameters:

  • x int X component of a location.
  • y int Y component of a location.

Returns:

    int or nil The zero based frame index of the pipe if there is a pipe.
getRoadCarCount (x, y, level)
Returns the absolute car counter of the road at a given position and level. The car counter is incremented for each car that has entered that road. You can use it to track the number of passed by cars in a certain time frame.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    int Amount of cars.
getRoadChargeableCarCount (x, y, level)
Returns the absolute chargeable car counter of the road at a given position and level. The car counter is incremented for each chargeable car that has entered that road. You can use it to track the number of passed by chargeable cars in a certain time frame.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    int
getRoadDeco (x, y, level[, index=1])
Returns the draft of the road decoration on the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.
  • index int Index of the decoration. Reserved for future use. Starts with 1. (default 1)

Returns:

    draft
getRoadDraft (x, y, level)
Returns the draft of the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    draft Road draft object of the road.
getRoadFrame (x, y, level)
Returns the frame of a road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    int The frame of the road. Typically ranges from 0 to 15 dependent on the alignment (regardless city rotation).
getRoadOccupation (x, y[, level=0])
Returns the draft of the road occupcation on the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground. (default 0)

Returns:

    animationdraft The draft used for the occupation or nil if no occupation is set.
getRoadStorage (x, y, level)
Returns the storage table of the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    table The table can be used to save information permanently in a road.
getRoadTraffic (x, y, level)
Returns the amount of traffic on a road tile.

Parameters:

  • x int X component of a road position.
  • y int Y component of a road position.
  • level int A road level with 0 being ground.

Returns:

    float 0..1 with 1 being high traffic
getTerrainHeight (x, y)
Returns the average terrain height at a given position. Interpolates between the height of all four edges in case of a slope. In contrast to "ground height" terrain height refers to the hill functionality that was added with the TheoTown66 release. A height step is 12 pixels in size visually. Ocean level has height 0. Smaller values are not possible.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    float A float value that indicates the height of the terrain.
getTreeDraft (x, y)
Returns the draft of the tree at the given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    draft
getTreeFrame (x, y)
Returns the frame of the tree at the given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    int The zero based frame index of the tree
getWireDraft (x, y[, level=0])
Returns the draft of the wire at a given location.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • level int Level of the wire to look for. The level of normal wires is 0 (-1 for underground and 1 for long distance wires). (default 0)

Returns:

    draft or nil The draft of the wire if there is any.
getWireFrame (x, y[, level=0])
Returns the frame of the wire at a given location. Frame indices are zero based and city rotation independent.

New feature:

    This is a new feature that was added in version 1.10.09

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • level int Level of the wire to look for. The level of normal wires is 0 (-1 for underground and 1 for long distance wires). (default 0)

Returns:

    int or nil The zero based frame of the wire if there is any.
getZoneDraft (x, y)
Returns the draft of the zone at a given location.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.

Returns:

    draft or nil The draft of the zone or nil if there is no zone.
hasBuildingNeededRoad (x, y)
Returns true iff there's a building at a given position that needs a road connection but also has a road connection.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
hasBuildingRoad (x, y)
Returns true iff there's a building at a given position that has a road connection.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
hasBuildingUpgrade (upgradeId, x, y)
Returns true iff the building at a given position has a specific upgrade applied to it.

Parameters:

  • upgradeId string Id of an upgrade.
  • x int X component of a building position.
  • y int Y component of a building position.

Returns:

    bool
hasFence (x, y[, edge])
Returns true iff there is any fence at the given location.

New feature:

    This is a new feature that was added in version 1.9.99

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • edge int The edge to check for. If not specified the whole tile will be checked for any fences. (optional)

Returns:

    bool True iff there is at least once fence.
hasFenceWithin (x, y, width, height)
Returns true iff there is any fence within a specifiedc rectangle.

New feature:

    This is a new feature that was added in version 1.9.99

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • width int Width of the target area.
  • height int Height of the target area.

Returns:

    bool True iff there is at least once fence within the rectangle.
hasRoad (x, y)
Returns true if there's any raod at the given position regardless of the level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool True if there is road.
hasRoadOccupation (x, y, level)
Returns true iff there's a road occupation on the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    bool
hasWire (x, y)
Determines whether there is any wire at the given location regardless of the level.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.

Returns:

    bool True iff there is any wire.
isBuilding (x, y)
Returns true iff there's a building at a given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingAnimationPaused (x, y[, slot=1])
Resumes an animation that is attached to a building.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    bool or nil Is true iff the specified animation is paused right now, nil if an error occurred.
isBuildingBurning (x, y)
Returns true iff there is a building at the given position that is burning right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingEmpty (x, y)
Returns true iff there's a building at a given position that is empty right now. That means that people left it. Only happens for RCI buildings.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingFullOfDeadPeople (x, y)
Returns true iff there's a building at a given position that has transport issues with dead bodies right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingFullOfWaste (x, y)
Returns true iff there's a building at a given position that is full of garbage right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingIll (x, y)
Returns true iff there's a building at a given position that contains ill people right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingInConstruction (x, y)
Returns true iff there's a building at a given position that is in construction right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingUntouchable (x, y)
Determines whether a RCI building is untouchable. An untouchable building is protected in terms of it won't be replaced by automatically spawned buildings.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
isBuildingUpgradeInConstruction (x, y)
Returns true iff there's a building at a given position that has a pending upgrade right now.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isBuildingWorking (x, y)
Returns true iff there's a building at a given position that is working right now. A working building has road connection if needed, is not in construction and is not empty. It also has power and water if needed.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isCoast (x, y)
Returns true iff there's land at a given position and water on at least one of the four neighboring tiles.

New feature:

    This is a new feature that was added in version 1.9.80

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool Whether this is a land tile that is near water.
isFlat (x, y)
Determines whether the ground is flat at a given position. Ground is flat if there is not slope in it.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool True iff the ground is flat.
isLand (x, y)
Returns true iff there's land (the opposite of water) at a given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isPipe (x, y)
Determines whether there is pipe at the given location.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.

Returns:

    bool True iff there is a pipe.
isRoad (x, y, level)
Returns true if there's a road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    bool True iff there is road.
isRoadDeco (x, y, level)
Returns true iff there's a road decoration on the road at a given position and level.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground.

Returns:

    bool
isSlope (x, y)
Determines whether there is a slope in the terrain at a given position. The height step of a slope is 12 pixels in size visually.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool True iff there is a slope at the given position, false otherwise.
isTree (x, y)
Returns true iff there's a tree at a given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isValid (x, y)
Returns true iff a position is on the map.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool

Usage:

    print(Tile.isValid(-1,0))  --Prints false
print(Tile.isValid(0,0))  --Prints true
print(Tile.isValid(City.getWidth() - 1, City.getHeight() - 1))  --Prints true
print(Tile.isValid(City.getWidth(), City.getHeight()))  --Prints false
isWater (x, y)
Returns true iff there's water at a given position.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.

Returns:

    bool
isWire (x, y[, level=0])
Determines whether there is a wire at the given location and level.

Parameters:

  • x int X component of a location.
  • y int Y component of a location.
  • level int Level of the wire to look for. The level of normal wires is 0 (-1 for underground and 1 for long distance wires). (default 0)

Returns:

    bool True iff there is a wire.
pauseBuildingAnimation (x, y[, slot=1])
Pauses an animation that is attached to a building.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    int or nil The current frame of the animation or nil if something went wrong.
resumeBuildingAnimation (x, y[, slot=1[, speed=1.0]])
Resumes an animation that is attached to a building.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)
  • speed number A speed multiplier for the animation. (default 1.0)

Returns:

    int or nil The current frame of the animation or nil if something went wrong.
setBuildingAnimationColor (x, y, red, green, blue[, alpha=255[, slot=1]])
Sets the color of an animation of a building. The default color is white which is expressed as 255,255,255 or 255,255,255,255.

New feature:

    This is a new feature that was added in version 1.10.49

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • red int The red color component.
  • green int The green color component.
  • blue int The blue color component.
  • alpha int The alpha color component that is considered as transparency. (default 255)
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    bool or nil Only true if the operation was successful.
setBuildingAnimationFrame (x, y, frame[, slot=1])
Sets the current frame of an animation regardless of whether the animation is playing right now.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • frame int The frame to set.
  • slot int The index of the animation to pause. 1 is the first attached animation. (default 1)

Returns:

    bool or nil Only true if the operation was successful.
setBuildingFrame (x, y, frame)
Sets the frame of a building at a given position.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • frame int The zero based frame index to set.
setBuildingName (x, y, name)
Sets the name of a building

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • name string The name that should be used for the building. Use nil to reset it.
setBuildingPerformance (x, y, performance)
Sets the performance of a building. The performance value will be clipped by the min and max value defined in the building's draft.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • performance float The performance to set. 1 represents 100%.
setBuildingUntouchable (x, y[, state=true])
Marks a RCI building as untouchable/touchable. An untouchable building is protected in terms of it won't be replaced by automatically spawned buildings.

Parameters:

  • x int X component of a building position.
  • y int Y component of a building position.
  • state bool The untouchable state to set for the building. (default true)
setGroundHeight (x, y, height)
Sets the legacy ground height of a tile. Ground height is a legacy system used for terrain shading and water depth coloring. It was added to the game before there were actual hills.

Parameters:

  • x int X component of a position.
  • y int Y component of a position.
  • height int An integer that represents height. 0 means ocean level. Negative values are possible.
setRoadOccupation (draft, x, y[, level=0])
Sets the road occupation on the road at a given position and level.

Parameters:

  • draft draft The animation draft to set on the road.
  • x int X component of a position.
  • y int Y component of a position.
  • level int A road level with 0 being ground. (default 0)

Fields

INFLUENCE_BODY_DISPOSAL
Body disposal influence type.
INFLUENCE_COMMERCIAL
Commercial influence type.
INFLUENCE_CULTURE
Culture influence type.
INFLUENCE_DENSITY
Density influence type.
INFLUENCE_EDUCATION_HIGH
High education influence type.
INFLUENCE_EDUCATION_LOW
Low education influence type.
INFLUENCE_FIREDEPARTMENT
Fire department influence type.
INFLUENCE_HEALTH
Health influence type.
INFLUENCE_INDUSTRIAL
Industrial influence type.
INFLUENCE_LEVEL_HIGH
High level influence type.
INFLUENCE_LEVEL_LOW
Low level influence type.
INFLUENCE_LEVEL_MIDDLE
Medium level influence type.
INFLUENCE_MANAGEMENT
Management influence type.
INFLUENCE_NATURE
Nature influence type.
INFLUENCE_NOISE
Noise influence type.
INFLUENCE_PARK
Park influence type.
INFLUENCE_PASSENGER_BUS
Bus passenger influence type.
INFLUENCE_PASSENGER_TRAIN
Train passenger influence type.
INFLUENCE_POLICE
Police influence type.
INFLUENCE_POLLUTION
Pollution influence type.
INFLUENCE_RADIOACTIVITY
Radioactivity influence type.
INFLUENCE_RELIGION
Religion influence type.
INFLUENCE_RESIDENTIAL
Residential influence type.
INFLUENCE_SPORT
Sport influence type.
INFLUENCE_TRAFFIC
Traffic influence type.
INFLUENCE_WASTE_DISPOSAL
Waste disposal influence type.
generated by LDoc 1.4.3 Last updated 2022-12-02 06:09:56