Prototype/RoboportEquipment: Difference between revisions

Revision as of 14:35, 29 October 2019

Prototype definitions » PrototypeBase » Prototype/Equipment » Prototype/RoboportEquipment

Prototype/RoboportEquipment — `roboport-equipment`
charge_approach_distance	::	float
charging_energy	::	Energy
construction_radius	::	float
recharging_animation	::	Animation
spawn_and_station_height	::	float
burner	::	EnergySource (optional)
charging_distance	::	float (optional)
charging_offsets	::	table of vector (optional)
charging_station_count	::	uint32 (optional)
charging_station_shift	::	vector (optional)
charging_threshold_distance	::	float (optional)
draw_construction_radius_visualization	::	bool (optional)
draw_logistic_radius_visualization	::	bool (optional)
power	::	Energy (optional)
recharging_light	::	LightDefinition (optional)
robot_limit	::	ItemCountType (optional)
robot_vertical_acceleration	::	float (optional)
robots_shrink_when_entering_and_exiting	::	bool (optional)
spawn_and_station_shadow_height_offset	::	float (optional)
spawn_minimum	::	Energy (optional)
stationing_offset	::	vector (optional)
Inherited from Prototype/Equipment
categories	::	table of string
energy_source	::	EnergySource
shape	::	EquipmentShape
sprite	::	Sprite
background_border_color	::	Color (optional)
background_color	::	Color (optional)
grabbed_background_color	::	Color (optional)
take_result	::	string (optional)
Inherited from PrototypeBase
name	::	string
type	::	string
localised_description	::	LocalisedString (optional)
localised_name	::	LocalisedString (optional)
order	::	Order (optional)

Mandatory properties

This prototype inherits all the properties from Prototype/Equipment.

recharging_animation

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

spawn_and_station_height

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

charge_approach_distance

Type: float
Presumably, the distance from the roboport at which robots will wait to charge.

construction_radius

Type: float
Can't be negative.

charging_energy

Type: Energy

Optional properties

spawn_and_station_shadow_height_offset

Type: float
Default: 0

draw_logistic_radius_visualization

Type: bool
Default: true

draw_construction_radius_visualization

Type: bool
Default: true

recharging_light

Type: LightDefinition
The light emitted when charging a robot.

charging_station_count

Type: uint32
Default: 0

charging_distance

Type: float
Default: 0.0

charging_station_shift

Type: vector

charging_threshold_distance

Type: float
Default: 1.0

robot_vertical_acceleration

Type: float
Default: 0.01

stationing_offset

Type: vector
The offset from the centre of the roboport at which robots will enter and exit.

robot_limit

Type: ItemCountType
Default: max uint
How many robots can exist in the network (cumulative).

robots_shrink_when_entering_and_exiting

Type: bool
Default: false

charging_offsets

Type: table of vector
The offsets from the centre of the roboport at which robots will charge.

spawn_minimum

Type: Energy
Default: 0.2 * energy_source.buffer_capacity
Minimum amount of energy that needs to available inside the roboport's buffer so that robots can be spawned.

burner

Type: EnergySource
Must be a burner energy source. Add this is if the roboport should be fueled directly instead of using power from the equipment grid.

power

Type: Energy
Mandatory if burner is present. The size of the buffer of the burner energy source, so effectively the amount of power that the energy source can produce per tick.

@@ Line 1: / Line 1: @@
-== Basics ==
+{{Prototype parent|Prototype/Equipment}}
-Prototype type: '''roboport-equipment'''
+Used by [[personal roboport]].
-Extends [[Prototype/Equipment]].
+{{Prototype TOC|roboport-equipment}}
 == Mandatory properties ==
-This prototype inherits all the properties from [[Prototype/Equipment]]. requiresLogisticsRadius = false
+This prototype inherits all the properties from [[Prototype/Equipment]].
-=== recharging_animation ===
-'''Type''': [[Types/Animation]]
+{{Prototype property|recharging_animation|[[Types/Animation|Animation]]}}
 The animation played at each charging point when a robot is charging there.
-=== spawn_and_station_height ===
+{{Prototype property|spawn_and_station_height|[[Types/float|float]]}}
-'''Type''': [[Types/float]]
 Presumably states the height of the charging stations and thus an additive offset for the charging_offsets.
-=== charge_approach_distance ===
+{{Prototype property|charge_approach_distance|[[Types/float|float]]}}
-'''Type''': [[Types/float]]
 Presumably, the distance from the roboport at which robots will wait to charge.
-=== construction_radius ===
+{{Prototype property|construction_radius|[[Types/float|float]]}}
-'''Type''': [[Types/float]]
 Can't be negative.
-=== charging_energy ===
+{{Prototype property|charging_energy|[[Types/Energy|Energy]]}}
-'''Type''': [[Types/Energy]]
 == Optional properties ==
-=== spawn_and_station_shadow_height_offset ===
+{{Prototype property|spawn_and_station_shadow_height_offset|[[Types/float|float]]|0|optional=true}}
-'''Type''': [[Types/float]]
-'''Default''': 0
-=== draw_logistic_radius_visualization ===
+{{Prototype property|draw_logistic_radius_visualization|[[Types/bool|bool]]|true|optional=true}}
-'''Type''': [[Types/bool]]
-'''Default''': true
+{{Prototype property|draw_construction_radius_visualization|[[Types/bool|bool]]|true|optional=true}}
-=== draw_construction_radius_visualization ===
-'''Type''': [[Types/bool]]
-'''Default''': true
-=== recharging_light ===
-'''Type''': [[Types/LightDefinition]]
+{{Prototype property|recharging_light|[[Types/LightDefinition|LightDefinition]]|optional=true}}
 The light emitted when charging a robot.
-=== charging_station_count ===
+{{Prototype property|charging_station_count|[[Types/uint32|uint32]]|0|optional=true}}
-'''Type''': [[Types/uint32]]
-'''Default''': 0
+{{Prototype property|charging_distance|[[Types/float|float]]|0.0|optional=true}}
-=== charging_distance ===
+{{Prototype property|charging_station_shift|[[Types/vector|vector]]|optional=true}}
-'''Type''': [[Types/float]]
-'''Default''': 0.0
+{{Prototype property|charging_threshold_distance|[[Types/float|float]]|1.0|optional=true}}
-=== charging_station_shift ===
+{{Prototype property|robot_vertical_acceleration|[[Types/float|float]]|0.01|optional=true}}
-'''Type''': [[Types/vector]]
-=== charging_threshold_distance ===
-'''Type''': [[Types/float]]
-'''Default''': 1.0
-=== robot_vertical_acceleration ===
-'''Type''': [[Types/float]]
-'''Default''': 0.01
-=== stationing_offset ===
-'''Type''': [[Types/vector]]
+{{Prototype property|stationing_offset|[[Types/vector|vector]]||optional=true}}
 The offset from the centre of the roboport at which robots will enter and exit.
-=== robot_limit ===
+{{Prototype property|robot_limit|[[Types/ItemCountType|ItemCountType]]|max uint|optional=true}}
-'''Type''': [[Types/ItemCountType]]
+How many robots can exist in the network (cumulative).
-'''Default''': max uint
+{{Prototype property|robots_shrink_when_entering_and_exiting|[[Types/bool|bool]]|false|optional=true}}
-How many robots can exist in the network (cumulative).
+{{Prototype property|charging_offsets|[[Types/table|table]] of [[Types/vector|vector]]|optional=true}}
+The offsets from the centre of the roboport at which robots will charge.
-=== robots_shrink_when_entering_and_exiting ===
-'''Type''': [[Types/bool]]
-'''Default''': false
+{{Prototype property|spawn_minimum|[[Types/Energy|Energy]]|0.2 * energy_source.buffer_capacity|optional=true}}
+Minimum amount of energy that needs to available inside the roboport's buffer so that robots can be spawned.
-=== charging_offsets ===
+{{Prototype property|burner|[[Types/EnergySource|EnergySource]]|optional=true}}
-'''Type''': [[Types/table]] of [[Types/vector]]
+Must be a burner energy source. Add this is if the roboport should be fueled directly instead of using power from the equipment grid.
-The offsets from the centre of the roboport at which robots will charge.
+{{Prototype property|power|[[Types/Energy|Energy]]|optional=true}}
+Mandatory if <code>burner</code> is present. The size of the buffer of the burner energy source, so effectively the amount of power that the energy source can produce per tick.