GridPositioningSystem

AUTO-GENERATED FILE — DO NOT EDIT MANUALLY

Source: systems/grid/grid_positioning_system.gd

Version: 6.0

class_name: GridPositioningSystem extends: System

Signals

(none)

Exports

• default_grid_size: Vector2i = Vector2i(32, 32)
  • Performance settings
  • Private state
• default_alignment: GridPositionerComponent
  • Performance settings
  • Private state
• enable_global_constraints: bool = false
  • Performance settings
  • Private state
• global_min_position: Vector2i = Vector2i(-1000, -1000)
  • Performance settings
  • Private state
• global_max_position: Vector2i = Vector2i(1000, 1000)
  • Performance settings
  • Private state
• update_frequency: float = 30.0
  • Private state
• batch_size: int = 50
  • Private state
• cull_distance: float = 1000.0
  • Private state

Methods

• query -> QueryBuilder
• process(entities: Array, components: Array, delta: float) -> void
• setup -> void
  • Initialize positioning entities
• cleanup -> void
  • Clear positioning entities
• _process_grid_positioners_batched(entities: Array, grid_positioners: Array, delta: float) -> float
• _process_grid_positioner(entity: Entity, grid_positioner: GridPositionerComponent, grid_position: GridPositionComponent, delta: float) -> void
• _get_reference_grid_position(reference_entity: Entity) -> Vector2i
• _apply_positioning_mode(grid_positioner: GridPositionerComponent, grid_pos: GridPositionComponent) -> void
  • Apply grid positioner settings to grid position
• _apply_alignment_to_grid(grid_pos: Vector2i, alignment: GridPositionerComponent) -> Vector2i
• _apply_visual_effects(grid_positioner: GridPositionerComponent) -> void
  • This would integrate with rendering systems
• _setup_positioning_entities -> void
  • Create positioning entities for different purposes
• _apply_global_constraints(entities: Array, grid_positioners: Array) -> void
• create_grid_positioner(entity: Entity, mode: GridPositionerComponent) -> Entity
  • Configure grid positioner
• remove_grid_positioner(positioner_entity: Entity) -> void
• update_grid_positioner(entity: Entity, position: Vector2) -> void
• update_grid_positioner_at_grid(entity: Entity, grid_pos: Vector2i) -> void
• get_grid_positioner(entity: Entity) -> GridPositionerComponent
• get_all_grid_positioners -> Array
• get_grid_positioners_by_mode(mode: GridPositionerComponent) -> Array
• get_grid_positioners_in_area(bounds: Rect2) -> Array
• get_grid_positioners_in_bounds(min_pos: Vector2i, max_pos: Vector2i) -> Array
• _grid_to_world(grid_pos: Vector2i) -> Vector2
  • This should be implemented based on grid configuration
• _world_to_grid(world_pos: Vector2) -> Vector2i
  • This should be implemented based on grid configuration
• _snap_to_grid(grid_pos: Vector2i) -> Vector2i
• to_string -> String
• set_global_grid_size(size: Vector2i) -> void
• set_global_alignment(alignment: GridPositionerComponent) -> void
• set_global_constraints(min_pos: Vector2i, max_pos: Vector2i) -> void
• clear_all_grid_positioners -> void
• get_grid_positioner_at_position(position: Vector2) -> GridPositionerComponent
• get_grid_positioner_at_grid(grid_pos: Vector2i) -> GridPositionerComponent
• update_all_with_reference(reference_entity: Entity, position: Vector2) -> void
• update_all_with_area_bounds(bounds: Rect2, size: Vector2 = Vector2(100, 100)
• get_all_grid_positions -> Array
• get_all_world_positions -> Array
• get_entity_positioning_statistics(entity: Entity) -> Dictionary
• reset_all_grid_positioners -> void
• create_temporary_positioner -> Entity
• remove_temporary_positioner(entity: Entity) -> void