RoboportPrototype

A roboport.

Parent

• EntityWithOwnerPrototype

Properties

energy_source

• Type: ElectricEnergySource | VoidEnergySource
• Optional: false
• Override: false

The roboport's energy source.

energy_usage

• Type: Energy
• Optional: false
• Override: false

The amount of energy the roboport uses when idle.

Examples

energy_usage = "50kW"

recharge_minimum

• Type: Energy
• Optional: false
• Override: false

Minimum charge that the roboport has to have after a blackout (0 charge/buffered energy) to begin working again. Additionally, freshly placed roboports will have their energy buffer filled with 0.25 × recharge_minimum energy.

Must be larger than or equal to energy_usage otherwise during low power the roboport will toggle on and off every tick.

Examples

recharge_minimum = "40MJ"

robot_slots_count

• Type: ItemStackIndex
• Optional: false
• Override: false

The number of robot slots in the roboport.

material_slots_count

• Type: ItemStackIndex
• Optional: false
• Override: false

The number of repair pack slots in the roboport.

base

• Type: Sprite
• Optional: true
• Override: false

base_patch

• Type: Sprite
• Optional: true
• Override: false

frozen_patch

• Type: Sprite
• Optional: true
• Override: false

base_animation

• Type: Animation
• Optional: true
• Override: false

The animation played when the roboport is idle.

door_animation_up

• Type: Animation
• Optional: true
• Override: false

door_animation_down

• Type: Animation
• Optional: true
• Override: false

request_to_open_door_timeout

• Type: uint32
• Optional: false
• Override: false

radar_range

• Type: uint32
• Optional: true
• Override: false

In chunks. The radius of how many chunks this roboport charts around itself. Defaults to the max of logistic range or construction range rounded up to chunks.

radar_visualisation_color

• Type: Color
• Optional: true
• Override: false

recharging_animation

• Type: Animation
• Optional: true
• Override: false

The animation played at each charging point when a robot is charging there.

spawn_and_station_height

• Type: float
• Optional: false
• Override: false

Presumably states the height of the charging stations and thus an additive offset for the charging_offsets.

charge_approach_distance

• Type: float
• Optional: false
• Override: false

The distance (in tiles) from the roboport at which robots will wait to charge. Notably, if the robot is already in range, then it will simply wait at its current position.

logistics_radius

• Type: float
• Optional: false
• Override: false

Can't be negative.

construction_radius

• Type: float
• Optional: false
• Override: false

Can't be negative.

charging_energy

• Type: Energy
• Optional: false
• Override: false

The maximum power provided to each charging station.

Examples

charging_energy = "1000kW"

open_door_trigger_effect

• Type: TriggerEffect
• Optional: true
• Override: false

close_door_trigger_effect

• Type: TriggerEffect
• Optional: true
• Override: false

default_available_logistic_output_signal

• Type: SignalIDConnector
• Optional: true
• Override: false

default_total_logistic_output_signal

• Type: SignalIDConnector
• Optional: true
• Override: false

default_available_construction_output_signal

• Type: SignalIDConnector
• Optional: true
• Override: false

default_total_construction_output_signal

• Type: SignalIDConnector
• Optional: true
• Override: false

default_roboport_count_output_signal

• Type: SignalIDConnector
• Optional: true
• Override: false

circuit_wire_max_distance

• Type: double
• Optional: true
• Override: false

The maximum circuit wire distance for this entity.

draw_copper_wires

• Type: boolean
• Optional: true
• Override: false

draw_circuit_wires

• Type: boolean
• Optional: true
• Override: false

circuit_connector

• Type: CircuitConnectorDefinition
• Optional: true
• Override: false

render_recharge_icon

• Type: boolean
• Optional: true
• Override: false

Whether to render the no charge icon if the roboport has less energy than recharge_minimum in its internal buffer and is recovering from a blackout.

max_logistic_slots

• Type: LogisticFilterIndex
• Optional: true
• Override: false

spawn_and_station_shadow_height_offset

• Type: float
• Optional: true
• Override: false

stationing_render_layer_swap_height

• Type: float
• Optional: true
• Override: false

When robot ascends or descends to this roboport, at which height is should switch between "air-object" and "object" render layer.

draw_logistic_radius_visualization

• Type: boolean
• Optional: true
• Override: false

draw_construction_radius_visualization

• Type: boolean
• Optional: true
• Override: false

recharging_light

• Type: LightDefinition
• Optional: true
• Override: false

The light emitted when charging a robot.

charging_station_count

• Type: uint32
• Optional: true
• Override: false

How many charging points this roboport has. If this is 0, the length of the charging_offsets table is used to calculate the charging station count.

charging_station_count_affected_by_quality

• Type: boolean
• Optional: true
• Override: false

charging_distance

• Type: float
• Optional: true
• Override: false

charging_station_shift

• Type: Vector
• Optional: true
• Override: false

charging_threshold_distance

• Type: float
• Optional: true
• Override: false

Unused.

robot_vertical_acceleration

• Type: float
• Optional: true
• Override: false

stationing_offset

• Type: Vector
• Optional: true
• Override: false

The offset from the center of the roboport at which robots will enter and exit.

robot_limit

• Type: ItemCountType
• Optional: true
• Override: false

Unused.

robots_shrink_when_entering_and_exiting

• Type: boolean
• Optional: true
• Override: false

charging_offsets

• Type: Array<Vector>
• Optional: true
• Override: false

The offsets from the center of the roboport at which robots will charge. Only used if charging_station_count is equal to 0.

logistics_connection_distance

• Type: float
• Optional: true
• Override: false

Must be >= logistics_radius.