Manipulatable

[param p_position] Final world position...

sort Weight: 10

[param p_position] Final world position for the root object [param p_rotation] Accumulated rotation in radians from ManipulationParent [param p_scale] Accumulated scale (may include negative values for flips)

Version: v5.0.0

STABLE

Inherits: GBGameNode
Source: manipulatable.gd
Parsing: AST-based for maximum accuracy with symbol typing

Constants

keep_during_preview

Special marker that tells building system to keep this script during preview

Value: true

Variables

_logger: GBLogger

Type: GBLogger

Signals

manipulation_finished(old_transform: Transform2D, new_transform: Transform2D)

  • new_transform: Transform2D - The transform after manipulation

Parameters:

  • old_transform: Transform2D
  • new_transform: Transform2D

Methods

resolve_gb_dependencies

Signature: resolve_gb_dependencies(p_container : GBCompositionContainer: Variant) -> void

Returns: void

Parameters:

  • p_container : GBCompositionContainer: Variant

is_root_hierarchy_valid

Signature: is_root_hierarchy_valid() -> bool

Returns true if the configured root is an ancestor (direct or indirect) of this Manipulatable node.

Returns: bool

create_copy

Signature: create_copy(p_name_postfix : String: Variant) -> Manipulatable

p_name_postfix: String - Name postfix to append to the duplicated root’s name

Returns: Manipulatable

Parameters:

  • p_name_postfix : String: Variant

get_move_rules

Signature: get_move_rules() -> Array

Gets move rules from the manipulatable settings, or empty array if no settings.

Returns: Array

is_demolishable

Signature: is_demolishable() -> bool

Checks the demolishable flag in the manipulatable settings.

Returns: bool

is_movable

Signature: is_movable() -> bool

Checks the movable flag in the manipulatable settings.

Returns: bool

validate_setup

Signature: validate_setup() -> bool

Returns true if setup is valid, false if required properties are missing.

Returns: bool

get_issues

Signature: get_issues() -> Array

Returns: Array

_on_root_exiting

Signature: _on_root_exiting() -> void

Step 3: Emit completion signal with before/after transforms

Returns: void

_apply_manipulation_transforms

Signature: _apply_manipulation_transforms(p_position: Vector2, p_rotation: float, p_scale: Vector2) -> void

[param p_scale] Accumulated scale (may include negative values for flips)

Returns: void

Parameters:

  • p_position: Vector2
  • p_rotation: float
  • p_scale: Vector2