`unreal.MusicClockComponent`¶

class unreal.MusicClockComponent(outer: Object | None = None, name: Name | str = 'None')¶

Bases: ActorComponent

Music Clock Component

C++ Source:

Plugin: Harmonix
Module: HarmonixMetasound
File: MusicClockComponent.h

Editor Properties: (see get_editor_property/set_editor_property)

asset_user_data (Array[AssetUserData]): [Read-Write] Array of user data stored with the component
asset_user_data_editor_only (Array[AssetUserData]): [Read-Write] Array of user data stored with the component
audio_render_music_time_discontinuity_event (MusicTimeDiscontinuityEvent): [Read-Write]
auto_activate (bool): [Read-Write] Whether the component is activated at creation or must be explicitly activated.
bar_event (BarEvent): [Read-Write]
beat_event (BeatEvent): [Read-Write]
can_ever_affect_navigation (bool): [Read-Write] Whether this component can potentially influence navigation
component_tags (Array[Name]): [Read-Write] Array of tags that can be used for grouping and categorizing. Can also be accessed from scripting.
default_clock_advance_rate (float): [Read-Write] Default Clock Advance Rate used for Wall clock with no tempo map

NOT THE CURRENT RUNNING TEMPO
default_tempo (float): [Read-Write] Default Tempo (BPM) used for Wall clock with no tempo map

NOT THE CURRENT RUNNING TEMPO
default_time_signature_denom (int32): [Read-Write] Default Time Signature (Denominator) used for the Wall clock with no tempo map

NOT THE CURRENT RUNNING TIME SIG
default_time_signature_num (int32): [Read-Write] Default Time Signature (Numerator) used for the Wall Clock with no tempo map

NOT THE CURRENT RUNNING TIME SIG
drive_method (MusicClockDriveMethod): [Read-Write]
editable_when_inherited (bool): [Read-Write] True if this component can be modified when it was inherited from a parent actor class
is_editor_only (bool): [Read-Write] If true, the component will be excluded from non-editor builds
metasound_output_name (Name): [Read-Write]
metasounds_audio_component (AudioComponent): [Read-Only]
music_clock_connected_event (MusicClockConnected): [Read-Write]
music_clock_disconnected_event (MusicClockDisconnected): [Read-Write]
music_clock_settings (InstancedStruct): [Read-Write]
on_component_activated (ActorComponentActivatedSignature): [Read-Write] Called when the component has been activated, with parameter indicating if it was from a reset
on_component_deactivated (ActorComponentDeactivateSignature): [Read-Write] Called when the component has been deactivated
play_state_event (PlayStateEvent): [Read-Write]
player_experience_music_time_discontinuity_event (MusicTimeDiscontinuityEvent): [Read-Write]
primary_component_tick (ActorComponentTickFunction): [Read-Write] Main tick function for the Component
replicate_using_registered_sub_object_list (bool): [Read-Write] When true the replication system will only replicate the registered subobjects list When false the replication system will instead call the virtual ReplicateSubObjects() function where the subobjects need to be manually replicated.
replicates (bool): [Read-Write] Is this component currently replicating? Should the network code consider it for replication? Owning Actor must be replicating first!
run_past_music_end (bool): [Read-Write]
section_event (SectionEvent): [Read-Write]
tempo_map (MidiFile): [Read-Write]
timebase_for_bar_and_beat_events (CalibratedMusicTimebase): [Read-Write]
video_render_music_time_discontinuity_event (MusicTimeDiscontinuityEvent): [Read-Write]

property audio_render_music_time_discontinuity_event: MusicTimeDiscontinuityEvent¶

[Read-Write]

Type:: (MusicTimeDiscontinuityEvent)

property bar_event: BarEvent¶

[Read-Write]

Type:: (BarEvent)

bar_to_ms(bar) → float¶

Bar to Ms

Parameters:: bar (float)
Return type:: float

property beat_event: BeatEvent¶

[Read-Write]

Type:: (BeatEvent)

beat_to_ms(beat) → float¶

Beat to Ms

Parameters:: beat (float)
Return type:: float

connect_to_custom_clock_with_settings(music_clock_settings) → None¶

Connect to Custom Clock with Settings

Parameters:: music_clock_settings (InstancedStruct)

connect_to_metasound_on_audio_component(audio_component) → bool¶

Connect to Metasound on Audio Component

Parameters:: audio_component (AudioComponent)
Return type:: bool

connect_to_wall_clock_for_midi(tempo_map) → None¶

Connect to Wall Clock for Midi

Parameters:: tempo_map (MidiFile)

continue_() → None¶: Continue the clock from paused

classmethod create_metasound_driven_music_clock(world_context_object, audio_component, metasound_ouput_pin_name='MIDI Clock', start=True) → MusicClockComponent¶

Create Metasound Driven Music Clock

Parameters:

world_context_object (Object)
audio_component (AudioComponent)
metasound_ouput_pin_name (Name)
start (bool)

Return type:

MusicClockComponent

classmethod create_music_clock_component(world_context_object: Object, audio_component: AudioComponent, metasound_ouput_pin_name: Name = 'MIDI Clock', start: bool = True) → MusicClockComponent¶: deprecated: ‘create_music_clock_component’ was renamed to ‘create_metasound_driven_music_clock’.

classmethod create_wall_clock_driven_music_clock(world_context_object, with_tempo_map, start=True) → MusicClockComponent¶

Create Wall Clock Driven Music Clock

Parameters:

world_context_object (Object)
with_tempo_map (MidiFile)
start (bool)

Return type:

MusicClockComponent

property default_clock_advance_rate: float¶

[Read-Write] Default Clock Advance Rate used for Wall clock with no tempo map

NOT THE CURRENT RUNNING TEMPO

Type:: (float)

property default_tempo: float¶

[Read-Write] Default Tempo (BPM) used for Wall clock with no tempo map

NOT THE CURRENT RUNNING TEMPO

Type:: (float)

property default_time_signature_denom: int¶

[Read-Write] Default Time Signature (Denominator) used for the Wall clock with no tempo map

NOT THE CURRENT RUNNING TIME SIG

Type:: (int32)

property default_time_signature_num: int¶

[Read-Write] Default Time Signature (Numerator) used for the Wall Clock with no tempo map

NOT THE CURRENT RUNNING TIME SIG

Type:: (int32)

get_bars_including_count_in(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Returns the fractional total bars from the beginning of the authored music content. NOTE: INCLUDES time for count-in and pickup bars.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_beat_in_bar_at_ms(ms) → float¶

Get Beat in Bar at Ms

Parameters:: ms (float)
Return type:: float

get_beats_including_count_in(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Returns the fractional total beats from the beginning of the authored music content. NOTE: INCLUDES time for count-in and pickup bars.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_count_in_seconds() → float¶

Get Count in Seconds

Return type:: float

get_current_bar_beat() -> (bar=float, beat_in_bar=float)¶

Get Current Bar Beat

Returns:

bar (float):

beat_in_bar (float):

Return type:

tuple

get_current_bars_per_second() → float¶

Get The Current Bars per Second. Based on the current tempo, advance rate and time signature

0 if the clock is stopped.

Return type:: float

get_current_beats_per_minute() → float¶

Get The Current BPM of the running clock 0 if the clock is stopped This is in units of our Beats, not Quarter notes. This does not consider the advance rate, if you want that, use GetBeats|BarsPerSecond.

Return type:: float

get_current_beats_per_second() → float¶

Get The Current Beats per Second. Based on the current tempo, advance rate and time signature

0 if the clock is stopped.

Return type:: float

get_current_clock_advance_rate() → float¶

Get The Current Clock advance rate

0 if the clock is stopped

Return type:: float

get_current_player_experienced_song_pos() → MidiSongPos¶

Get Current Player Experienced Song Pos

Return type:: MidiSongPos

get_current_raw_audio_render_song_pos() → MidiSongPos¶

Get Current Raw Audio Render Song Pos

Return type:: MidiSongPos

get_current_seconds_per_bar() → float¶

Get The Current Seconds per Bar Based on the current tempo, advance rate and time signature

0 if the clock is stopped Don’t use this method, use GetCurrentBarsPerSecond instead if possible because this method returns zero when the clock is stopped rather than inf, which is what it should be.

Return type:: float

get_current_seconds_per_beat() → float¶

Get The Current Seconds per Beat Based on the current tempo, advance rate and time signature

0 if the clock is stopped. Don’t use this method, use GetCurrentBeatsPerSecond instead if possible because this method returns zero when the clock is stopped rather than inf, which is what it should be.

Return type:: float

get_current_section_index(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → int32¶

Returns the index of the current section for the provided time base. [0, Num-1]

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: int32

get_current_section_length_ms(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Returns the length of the current section in milliseconds

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_current_section_name(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → str¶

Returns the name of the section that we’re currently in (intro, chorus, outro)

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: str

get_current_section_start_ms(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Returns the start time of the current section in milliseconds

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_current_smoothed_audio_render_song_pos() → MidiSongPos¶

Getter functions for the Blueprint properties exposed above…

Return type:: MidiSongPos

get_current_tempo() → float¶

Get The Current Tempo of the running clock 0 if the clock is stopped This is Midi Tempo, which is QuarterNotesPerMinute. This does not consider the advance rate, if you want that, use GetBeats|BarsPerSecond.

Return type:: float

get_current_time_signature() -> (out_numerator=int32, out_denominator=int32)¶

Get The Current Time Signature

0 if the clock is stopped

Returns:

out_numerator (int32):

out_denominator (int32):

Return type:

tuple

get_current_timestamp(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → MusicTimestamp¶

Returns the “classic” musical timestamp in the form Bar (int) & Beat (float). In this form…

Bar 1, Beat 1.0 is the “beginning of the song” AFTER count-in/pickups
Bar 0, Beat 1.0 would be one bar BEFORE the “beginning of the song”… eg. a bar of count-in or pickup.
While Bar can be positive or negative, Beat is always >= 1.0 and is read as “beat in the bar”. Again… ‘1’ based!

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: MusicTimestamp

get_current_video_render_song_pos() → MidiSongPos¶

Get Current Video Render Song Pos

Return type:: MidiSongPos

get_delta_bar(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Get Delta Bar

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_delta_beat(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Get Delta Beat

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_from_current_bar(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets a value expressed in bars between 0-1 that indicates how much progress we made towards the current bar to the next one.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_from_current_beat(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets a value expressed in beats between 0-1 that indicates how much progress we made in the current beat

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_to_closest_bar(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets value expressed in bars between 0-1 that indicates how close we are to the closest bar (current bar or next bar).

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_to_closest_beat(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets a value expressed in beats between 0-1 that indicates how close we are to the closest beat (current beat or next beat).

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_to_next_bar(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets a value expressed in bars between 0-1 that indicates how close we are to the next bar.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_distance_to_next_beat(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Gets a value expressed in beats between 0-1 that indicates how close we are to the next beat.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_ms_per_bar_at_ms(ms) → float¶

Get Ms Per Bar at Ms

Parameters:: ms (float)
Return type:: float

get_ms_per_beat_at_ms(ms) → float¶

Get Ms Per Beat at Ms

Parameters:: ms (float)
Return type:: float

get_num_beats_in_bar_at_ms(ms) → float¶

Get Num Beats in Bar at Ms

Parameters:: ms (float)
Return type:: float

get_num_sections() → int32¶

Get Num Sections

Return type:: int32

get_previous_player_experienced_song_pos() → MidiSongPos¶

Get Previous Player Experienced Song Pos

Return type:: MidiSongPos

get_previous_smoothed_audio_render_song_pos() → MidiSongPos¶

Get Previous Smoothed Audio Render Song Pos

Return type:: MidiSongPos

get_previous_song_pos(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → MidiSongPos¶

Get Previous Song Pos

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: MidiSongPos

get_previous_video_render_song_pos() → MidiSongPos¶

Get Previous Video Render Song Pos

Return type:: MidiSongPos

get_run_past_music_end() → bool¶

Get Run Past Music End

Return type:: bool

get_seconds_from_bar_one(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Time from Bar 1 Beat 1. The classic “start of the song”. NOTE: DOES NOT INCLUDE time for count-in and pickup bars.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_seconds_including_count_in(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Time from the beginning of the authored music content. NOTE: INCLUDES time for count-in and pickup bars.

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_section_end_ms_at_ms(ms) → float¶

Get Section End Ms at Ms

Parameters:: ms (float)
Return type:: float

get_section_length_ms_at_ms(ms) → float¶

Get Section Length Ms at Ms

Parameters:: ms (float)
Return type:: float

get_section_name_at_ms(ms) → str¶

Get Section Name at Ms

Parameters:: ms (float)
Return type:: str

get_section_start_ms_at_ms(ms) → float¶

Get Section Start Ms at Ms

Parameters:: ms (float)
Return type:: float

get_song_length_bars() → float¶

Get Song Length Bars

Return type:: float

get_song_length_beats() → float¶

Get Song Length Beats

Return type:: float

get_song_length_ms() → float¶

Get Song Length Ms

Return type:: float

get_song_pos(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → MidiSongPos¶

Get Song Pos

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: MidiSongPos

get_song_remaining_ms(timebase=CalibratedMusicTimebase.VIDEO_RENDER_TIME) → float¶

Returns the remaining time until the end of the MIDI in milliseconds based on the timestamp corresponding to the passed Timebase

Parameters:: timebase (CalibratedMusicTimebase)
Return type:: float

get_song_remaining_time(timebase: CalibratedMusicTimebase = Ellipsis) → float¶: deprecated: ‘get_song_remaining_time’ was renamed to ‘get_song_remaining_ms’.