unreal.MoverPredictTrajectoryParams

class unreal.MoverPredictTrajectoryParams(num_prediction_samples: int = 0, seconds_per_sample: float = 0.0, use_visual_component_root: bool = False, disable_gravity: bool = False, optional_start_sync_state: type = (), optional_start_aux_state: type = (), optional_input_cmds: None = [])

Bases: StructBase

FMoverPredictTrajectoryParams: parameter block for querying future trajectory samples based on a starting state See UMoverComponent::GetPredictedTrajectory

C++ Source:

• Plugin: Mover

• Module: Mover

• File: MoverSimulationTypes.h

Editor Properties: (see get_editor_property/set_editor_property)

• disable_gravity (bool): [Read-Write] If true, gravity will not taken into account during prediction

• num_prediction_samples (int32): [Read-Write] How many samples to predict into the future, including the first sample, which is always a snapshot of the starting state with 0 accumulated time.

• optional_input_cmds (Array[MoverInputCmdContext]): [Read-Write] Optional input cmds to use, one per sample. If none are specified, prediction will begin with last-used inputs. If too few are specified for the number of samples, the final input in the array will be used repeatedly to cover remaining samples.

• optional_start_aux_state (‘undefined’): [Read-Write] Optional starting aux state. If not set, prediction will begin from the current state.

• optional_start_sync_state (‘undefined’): [Read-Write] Optional starting sync state. If not set, prediction will begin from the current state.

• seconds_per_sample (float): [Read-Write] How much time between predicted samples

• use_visual_component_root (bool): [Read-Write] If true, samples are based on the visual component transform, rather than the ‘updated’ movement root. Typically, this is a mesh with its component location at the bottom of the collision primitive. If false, samples are from the movement root.

property disable_gravity: bool

[Read-Write] If true, gravity will not taken into account during prediction

Type:

(bool)

property num_prediction_samples: int

[Read-Write] How many samples to predict into the future, including the first sample, which is always a snapshot of the starting state with 0 accumulated time.

Type:

(int32)

property optional_input_cmds: None

[Read-Write] Optional input cmds to use, one per sample. If none are specified, prediction will begin with last-used inputs. If too few are specified for the number of samples, the final input in the array will be used repeatedly to cover remaining samples.

Type:

(Array[MoverInputCmdContext])

property optional_start_aux_state: type

[Read-Write] Optional starting aux state. If not set, prediction will begin from the current state.

Type:

(‘undefined’)

property optional_start_sync_state: type

[Read-Write] Optional starting sync state. If not set, prediction will begin from the current state.

Type:

(‘undefined’)

property seconds_per_sample: float

[Read-Write] How much time between predicted samples

Type:

(float)

property use_visual_component_root: bool

[Read-Write] If true, samples are based on the visual component transform, rather than the ‘updated’ movement root. Typically, this is a mesh with its component location at the bottom of the collision primitive. If false, samples are from the movement root.

Type:

(bool)