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Live10.1.19.xml
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Live10.1.19.xml
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<?xml-stylesheet href="Live10.1.19_fichiers/Live.css" type="text/css"?><Live>
Live API version 10.1.19
<Doc> Unofficial Live API documentation generated by the "API_MakeDoc" MIDI Remote Script.
<requirement xmlns:html="http://www.w3.org/1999/xhtml">
<html:a href="http://remotescripts.blogspot.com/">http://remotescripts.blogspot.com</html:a></requirement>
</Doc>
<Doc> This is unofficial documentation. Please do not contact Ableton with questions or problems relating to the use of this documentation.</Doc>
<Doc> For any courses, consulting or more, please contact: <requirement xmlns:html="http://www.w3.org/1999/xhtml"><html:a href="mailto:[email protected]">[email protected]</html:a></requirement></Doc>
<Module>Live<Description>Module</Description></Module>
<Module>Live.Application<Description>Module</Description></Module>
<Built-In>Live.Application.combine_apcs()<Description>Built-In</Description></Built-In>
<Doc> combine_apcs() -> bool : Returns true if multiple APCs should be combined. C++ signature : bool combine_apcs()</Doc>
<Built-In>Live.Application.encrypt_challenge()<Description>Built-In</Description></Built-In>
<Doc> encrypt_challenge( (int)dongle1, (int)dongle2 [, (int)key_index=0]) -> tuple : Returns an encrypted challenge based on the TEA algortithm C++ signature : boost::python::tuple encrypt_challenge(int,int [,int=0])</Doc>
<Built-In>Live.Application.encrypt_challenge2()<Description>Built-In</Description></Built-In>
<Doc> encrypt_challenge2( (int)arg1) -> int : Returns the UMAC hash for the given challenge. C++ signature : int encrypt_challenge2(int)</Doc>
<Built-In>Live.Application.get_application()<Description>Built-In</Description></Built-In>
<Doc> get_application() -> Application : Returns the application instance. C++ signature : TWeakPtr<TPyHandle<ASongApp> > get_application()</Doc>
<Built-In>Live.Application.get_random_int()<Description>Built-In</Description></Built-In>
<Doc> get_random_int( (int)arg1, (int)arg2) -> int : Returns a random integer from the given range. C++ signature : int get_random_int(int,int)</Doc>
<Class>Live.Application.Application<Description>Class</Description></Class>
<Doc> This class represents the Live application.</Doc>
<Property>Live.Application.Application._live_ptr<Description>Property</Description></Property>
<Property>Live.Application.Application.browser<Description>Property</Description></Property>
<Doc> Returns an interface to the browser.</Doc>
<Property>Live.Application.Application.canonical_parent<Description>Property</Description></Property>
<Doc> Returns the canonical parent of the application.</Doc>
<Property>Live.Application.Application.control_surfaces<Description>Property</Description></Property>
<Doc> Const access to a list of the control surfaces selected in preferences, in the same order.The list contains None if no control surface is active at that index.</Doc>
<Property>Live.Application.Application.current_dialog_button_count<Description>Property</Description></Property>
<Doc> Number of buttons on the current dialog.</Doc>
<Property>Live.Application.Application.current_dialog_message<Description>Property</Description></Property>
<Doc> Text of the last dialog that appeared; Empty if all dialogs just disappeared.</Doc>
<Property>Live.Application.Application.open_dialog_count<Description>Property</Description></Property>
<Doc> The number of open dialogs in Live. 0 if not dialog is open.</Doc>
<Property>Live.Application.Application.view<Description>Property</Description></Property>
<Doc> Returns the applications view component.</Doc>
<Method>Live.Application.Application.add_control_surfaces_listener()<Description>Method</Description></Method>
<Doc> add_control_surfaces_listener( (Application)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "control_surfaces" has changed. C++ signature : void add_control_surfaces_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.add_open_dialog_count_listener()<Description>Method</Description></Method>
<Doc> add_open_dialog_count_listener( (Application)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "open_dialog_count" has changed. C++ signature : void add_open_dialog_count_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.control_surfaces_has_listener()<Description>Method</Description></Method>
<Doc> control_surfaces_has_listener( (Application)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "control_surfaces". C++ signature : bool control_surfaces_has_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.get_bugfix_version()<Description>Method</Description></Method>
<Doc> get_bugfix_version( (Application)arg1) -> int : Returns an integer representing the bugfix version of Live. C++ signature : int get_bugfix_version(TPyHandle<ASongApp>)</Doc>
<Method>Live.Application.Application.get_document()<Description>Method</Description></Method>
<Doc> get_document( (Application)arg1) -> Song : Returns the current Live Set. C++ signature : TWeakPtr<TPyHandle<ASong> > get_document(TPyHandle<ASongApp>)</Doc>
<Method>Live.Application.Application.get_major_version()<Description>Method</Description></Method>
<Doc> get_major_version( (Application)arg1) -> int : Returns an integer representing the major version of Live. C++ signature : int get_major_version(TPyHandle<ASongApp>)</Doc>
<Method>Live.Application.Application.get_minor_version()<Description>Method</Description></Method>
<Doc> get_minor_version( (Application)arg1) -> int : Returns an integer representing the minor version of Live. C++ signature : int get_minor_version(TPyHandle<ASongApp>)</Doc>
<Method>Live.Application.Application.has_option()<Description>Method</Description></Method>
<Doc> has_option( (Application)arg1, (object)arg2) -> bool : Returns True if the given entry exists in Options.txt, False otherwise. C++ signature : bool has_option(TPyHandle<ASongApp>,TString)</Doc>
<Method>Live.Application.Application.open_dialog_count_has_listener()<Description>Method</Description></Method>
<Doc> open_dialog_count_has_listener( (Application)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "open_dialog_count". C++ signature : bool open_dialog_count_has_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.press_current_dialog_button()<Description>Method</Description></Method>
<Doc> press_current_dialog_button( (Application)arg1, (int)arg2) -> None : Press a button, by index, on the current message box. C++ signature : void press_current_dialog_button(TPyHandle<ASongApp>,int)</Doc>
<Method>Live.Application.Application.remove_control_surfaces_listener()<Description>Method</Description></Method>
<Doc> remove_control_surfaces_listener( (Application)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "control_surfaces". C++ signature : void remove_control_surfaces_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.remove_open_dialog_count_listener()<Description>Method</Description></Method>
<Doc> remove_open_dialog_count_listener( (Application)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "open_dialog_count". C++ signature : void remove_open_dialog_count_listener(TPyHandle<ASongApp>,boost::python::api::object)</Doc>
<Class>Live.Application.Application.View<Description>Class</Description></Class>
<Doc> This class represents the view aspects of the Live application.</Doc>
<Property>Live.Application.Application.View._live_ptr<Description>Property</Description></Property>
<Property>Live.Application.Application.View.browse_mode<Description>Property</Description></Property>
<Doc> Return true if HotSwap mode is active for any target.</Doc>
<Property>Live.Application.Application.View.canonical_parent<Description>Property</Description></Property>
<Doc> Get the canonical parent of the application view.</Doc>
<Property>Live.Application.Application.View.focused_document_view<Description>Property</Description></Property>
<Doc> Return the name of the document view ('Session' or 'Arranger')shown in the currently selected window.</Doc>
<Method>Live.Application.Application.View.add_browse_mode_listener()<Description>Method</Description></Method>
<Doc> add_browse_mode_listener( (View)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "browse_mode" has changed. C++ signature : void add_browse_mode_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.add_focused_document_view_listener()<Description>Method</Description></Method>
<Doc> add_focused_document_view_listener( (View)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "focused_document_view" has changed. C++ signature : void add_focused_document_view_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.add_is_view_visible_listener()<Description>Method</Description></Method>
<Doc> add_is_view_visible_listener( (View)arg1, (object)arg2, (object)arg3) -> None : Add a listener function or method, which will be called as soon as the property "is_view_visible" has changed. C++ signature : void add_is_view_visible_listener(TPyViewData<ASongApp>,TString,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.add_view_focus_changed_listener()<Description>Method</Description></Method>
<Doc> add_view_focus_changed_listener( (View)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "view_focus_changed" has changed. C++ signature : void add_view_focus_changed_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.available_main_views()<Description>Method</Description></Method>
<Doc> available_main_views( (View)arg1) -> StringVector : Return a list of strings with the available subcomponent views, which is to be specified, when using the rest of this classes functions. A 'subcomponent view' is a main view component of a document view, like the Session view, the Arranger or Detailview and so on... C++ signature : std::__1::vector<TString, std::__1::allocator<TString> > available_main_views(TPyViewData<ASongApp>)</Doc>
<Method>Live.Application.Application.View.browse_mode_has_listener()<Description>Method</Description></Method>
<Doc> browse_mode_has_listener( (View)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "browse_mode". C++ signature : bool browse_mode_has_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.focus_view()<Description>Method</Description></Method>
<Doc> focus_view( (View)arg1, (object)arg2) -> None : Show and focus one through the identifier string specified view. C++ signature : void focus_view(TPyViewData<ASongApp>,TString)</Doc>
<Method>Live.Application.Application.View.focused_document_view_has_listener()<Description>Method</Description></Method>
<Doc> focused_document_view_has_listener( (View)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "focused_document_view". C++ signature : bool focused_document_view_has_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.hide_view()<Description>Method</Description></Method>
<Doc> hide_view( (View)arg1, (object)arg2) -> None : Hide one through the identifier string specified view. C++ signature : void hide_view(TPyViewData<ASongApp>,TString)</Doc>
<Method>Live.Application.Application.View.is_view_visible()<Description>Method</Description></Method>
<Doc> is_view_visible( (View)arg1, (object)identifier [, (bool)main_window_only=True]) -> bool : Return true if the through the identifier string specified view is currently visible. If main_window_only is set to False, this will also check in second window. Notifications from the second window are not yet supported. C++ signature : bool is_view_visible(TPyViewData<ASongApp>,TString [,bool=True])</Doc>
<Method>Live.Application.Application.View.is_view_visible_has_listener()<Description>Method</Description></Method>
<Doc> is_view_visible_has_listener( (View)arg1, (object)arg2, (object)arg3) -> bool : Returns true, if the given listener function or method is connected to the property "is_view_visible". C++ signature : bool is_view_visible_has_listener(TPyViewData<ASongApp>,TString,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.remove_browse_mode_listener()<Description>Method</Description></Method>
<Doc> remove_browse_mode_listener( (View)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "browse_mode". C++ signature : void remove_browse_mode_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.remove_focused_document_view_listener()<Description>Method</Description></Method>
<Doc> remove_focused_document_view_listener( (View)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "focused_document_view". C++ signature : void remove_focused_document_view_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.remove_is_view_visible_listener()<Description>Method</Description></Method>
<Doc> remove_is_view_visible_listener( (View)arg1, (object)arg2, (object)arg3) -> None : Remove a previously set listener function or method from property "is_view_visible". C++ signature : void remove_is_view_visible_listener(TPyViewData<ASongApp>,TString,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.remove_view_focus_changed_listener()<Description>Method</Description></Method>
<Doc> remove_view_focus_changed_listener( (View)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "view_focus_changed". C++ signature : void remove_view_focus_changed_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.scroll_view()<Description>Method</Description></Method>
<Doc> scroll_view( (View)arg1, (int)arg2, (object)arg3, (bool)arg4) -> None : Scroll through the identifier string specified view into the given direction, if possible. Will silently return if the specified view can not perform the requested action. C++ signature : void scroll_view(TPyViewData<ASongApp>,int,TString,bool)</Doc>
<Method>Live.Application.Application.View.show_view()<Description>Method</Description></Method>
<Doc> show_view( (View)arg1, (object)arg2) -> None : Show one through the identifier string specified view. Will throw a runtime error if this is called in Live's initialization scope. C++ signature : void show_view(TPyViewData<ASongApp>,TString)</Doc>
<Method>Live.Application.Application.View.toggle_browse()<Description>Method</Description></Method>
<Doc> toggle_browse( (View)arg1) -> None : Reveals the device chain, the browser and starts hot swap for the selected device. Calling this function again stops hot swap. C++ signature : void toggle_browse(TPyViewData<ASongApp>)</Doc>
<Method>Live.Application.Application.View.view_focus_changed_has_listener()<Description>Method</Description></Method>
<Doc> view_focus_changed_has_listener( (View)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "view_focus_changed". C++ signature : bool view_focus_changed_has_listener(TPyViewData<ASongApp>,boost::python::api::object)</Doc>
<Method>Live.Application.Application.View.zoom_view()<Description>Method</Description></Method>
<Doc> zoom_view( (View)arg1, (int)arg2, (object)arg3, (bool)arg4) -> None : Zoom through the identifier string specified view into the given direction, if possible. Will silently return if the specified view can not perform the requested action. C++ signature : void zoom_view(TPyViewData<ASongApp>,int,TString,bool)</Doc>
<Sub-Class>Live.Application.Application.View.NavDirection<Description>Sub-Class</Description></Sub-Class>
<Value>Live.Application.Application.View.NavDirection.down<Description>Value</Description></Value>
<Value>Live.Application.Application.View.NavDirection.left<Description>Value</Description></Value>
<Value>Live.Application.Application.View.NavDirection.right<Description>Value</Description></Value>
<Value>Live.Application.Application.View.NavDirection.up<Description>Value</Description></Value>
<Module>Live.Base<Description>Module</Description></Module>
<Built-In>Live.Base.log()<Description>Built-In</Description></Built-In>
<Doc> log( (object)arg1) -> None : C++ signature : void log(TString)</Doc>
<Class>Live.Base.FloatVector<Description>Class</Description></Class>
<Doc> A simple container for returning floats from Live.</Doc>
<Method>Live.Base.FloatVector.append()<Description>Method</Description></Method>
<Doc> append( (FloatVector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<float, std::__1::allocator<float> > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Base.FloatVector.extend()<Description>Method</Description></Method>
<Doc> extend( (FloatVector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<float, std::__1::allocator<float> > {lvalue},boost::python::api::object)</Doc>
<Class>Live.Base.IntVector<Description>Class</Description></Class>
<Doc> A simple container for returning integers from Live.</Doc>
<Method>Live.Base.IntVector.append()<Description>Method</Description></Method>
<Doc> append( (IntVector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<int, std::__1::allocator<int> > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Base.IntVector.extend()<Description>Method</Description></Method>
<Doc> extend( (IntVector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<int, std::__1::allocator<int> > {lvalue},boost::python::api::object)</Doc>
<Class>Live.Base.LimitationError<Description>Class</Description></Class>
<Class>Live.Base.ObjectVector<Description>Class</Description></Class>
<Doc> A simple read only container for returning python objects.</Doc>
<Method>Live.Base.ObjectVector.append()<Description>Method</Description></Method>
<Doc> append( (ObjectVector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<boost::python::api::object, std::__1::allocator<boost::python::api::object> > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Base.ObjectVector.extend()<Description>Method</Description></Method>
<Doc> extend( (ObjectVector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<boost::python::api::object, std::__1::allocator<boost::python::api::object> > {lvalue},boost::python::api::object)</Doc>
<Class>Live.Base.StringVector<Description>Class</Description></Class>
<Doc> A simple container for returning strings from Live.</Doc>
<Method>Live.Base.StringVector.append()<Description>Method</Description></Method>
<Doc> append( (StringVector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<TString, std::__1::allocator<TString> > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Base.StringVector.extend()<Description>Method</Description></Method>
<Doc> extend( (StringVector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<TString, std::__1::allocator<TString> > {lvalue},boost::python::api::object)</Doc>
<Class>Live.Base.Timer<Description>Class</Description></Class>
<Doc> A timer that will trigger a callback after a certain inverval. The timer can be repeated and will trigger the callback every interval. Errors in the callback will stop the timer.</Doc>
<Property>Live.Base.Timer.running<Description>Property</Description></Property>
<Method>Live.Base.Timer.restart()<Description>Method</Description></Method>
<Doc> restart( (Timer)arg1) -> None : C++ signature : void restart(PythonTimer {lvalue})</Doc>
<Method>Live.Base.Timer.start()<Description>Method</Description></Method>
<Doc> start( (Timer)arg1) -> None : C++ signature : void start(PythonTimer {lvalue})</Doc>
<Method>Live.Base.Timer.stop()<Description>Method</Description></Method>
<Doc> stop( (Timer)arg1) -> None : C++ signature : void stop(PythonTimer {lvalue})</Doc>
<Class>Live.Base.Vector<Description>Class</Description></Class>
<Doc> A simple read only container for returning objects from Live.</Doc>
<Method>Live.Base.Vector.append()<Description>Method</Description></Method>
<Doc> append( (Vector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<TWeakPtr<TPyHandleBase>, std::__1::allocator<TWeakPtr<TPyHandleBase> > > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Base.Vector.extend()<Description>Method</Description></Method>
<Doc> extend( (Vector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<TWeakPtr<TPyHandleBase>, std::__1::allocator<TWeakPtr<TPyHandleBase> > > {lvalue},boost::python::api::object)</Doc>
<Module>Live.Browser<Description>Module</Description></Module>
<Class>Live.Browser.Browser<Description>Class</Description></Class>
<Doc> This class represents the live browser data base.</Doc>
<Property>Live.Browser.Browser._live_ptr<Description>Property</Description></Property>
<Property>Live.Browser.Browser.audio_effects<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Audio Effects content.</Doc>
<Property>Live.Browser.Browser.clips<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Clips content.</Doc>
<Property>Live.Browser.Browser.colors<Description>Property</Description></Property>
<Doc> Returns a list of browser items containing the configured colors.</Doc>
<Property>Live.Browser.Browser.current_project<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Current Project content.</Doc>
<Property>Live.Browser.Browser.drums<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Drums content.</Doc>
<Property>Live.Browser.Browser.filter_type<Description>Property</Description></Property>
<Doc> Bang triggered when the hotswap target has changed.</Doc>
<Property>Live.Browser.Browser.hotswap_target<Description>Property</Description></Property>
<Doc> Bang triggered when the hotswap target has changed.</Doc>
<Property>Live.Browser.Browser.instruments<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Instruments content.</Doc>
<Property>Live.Browser.Browser.legacy_libraries<Description>Property</Description></Property>
<Doc> Returns a list of browser items containing the installed legacy libraries. The list is always empty as legacy library handling has been removed.</Doc>
<Property>Live.Browser.Browser.max_for_live<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Max For Live content.</Doc>
<Property>Live.Browser.Browser.midi_effects<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Midi Effects content.</Doc>
<Property>Live.Browser.Browser.packs<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Packs content.</Doc>
<Property>Live.Browser.Browser.plugins<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Plugins content.</Doc>
<Property>Live.Browser.Browser.samples<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Samples content.</Doc>
<Property>Live.Browser.Browser.sounds<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the Sounds content.</Doc>
<Property>Live.Browser.Browser.user_folders<Description>Property</Description></Property>
<Doc> Returns a list of browser items containing all the user folders.</Doc>
<Property>Live.Browser.Browser.user_library<Description>Property</Description></Property>
<Doc> Returns a browser item with access to all the User Library content.</Doc>
<Method>Live.Browser.Browser.add_filter_type_listener()<Description>Method</Description></Method>
<Doc> add_filter_type_listener( (Browser)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "filter_type" has changed. C++ signature : void add_filter_type_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.add_full_refresh_listener()<Description>Method</Description></Method>
<Doc> add_full_refresh_listener( (Browser)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "full_refresh" has changed. C++ signature : void add_full_refresh_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.add_hotswap_target_listener()<Description>Method</Description></Method>
<Doc> add_hotswap_target_listener( (Browser)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "hotswap_target" has changed. C++ signature : void add_hotswap_target_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.filter_type_has_listener()<Description>Method</Description></Method>
<Doc> filter_type_has_listener( (Browser)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "filter_type". C++ signature : bool filter_type_has_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.full_refresh_has_listener()<Description>Method</Description></Method>
<Doc> full_refresh_has_listener( (Browser)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "full_refresh". C++ signature : bool full_refresh_has_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.hotswap_target_has_listener()<Description>Method</Description></Method>
<Doc> hotswap_target_has_listener( (Browser)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "hotswap_target". C++ signature : bool hotswap_target_has_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.load_item()<Description>Method</Description></Method>
<Doc> load_item( (Browser)arg1, (BrowserItem)arg2) -> None : Loads the provided browser item. C++ signature : void load_item(TPyHandle<ABrowserDelegate>,NPythonBrowser::TPythonBrowserItem)</Doc>
<Method>Live.Browser.Browser.preview_item()<Description>Method</Description></Method>
<Doc> preview_item( (Browser)arg1, (BrowserItem)arg2) -> None : Previews the provided browser item. C++ signature : void preview_item(TPyHandle<ABrowserDelegate>,NPythonBrowser::TPythonBrowserItem)</Doc>
<Method>Live.Browser.Browser.relation_to_hotswap_target()<Description>Method</Description></Method>
<Doc> relation_to_hotswap_target( (Browser)arg1, (BrowserItem)arg2) -> Relation : Returns the relation between the given browser item and the current hotswap target C++ signature : NBrowserUri::TRelation relation_to_hotswap_target(TPyHandle<ABrowserDelegate>,NPythonBrowser::TPythonBrowserItem)</Doc>
<Method>Live.Browser.Browser.remove_filter_type_listener()<Description>Method</Description></Method>
<Doc> remove_filter_type_listener( (Browser)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "filter_type". C++ signature : void remove_filter_type_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.remove_full_refresh_listener()<Description>Method</Description></Method>
<Doc> remove_full_refresh_listener( (Browser)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "full_refresh". C++ signature : void remove_full_refresh_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.remove_hotswap_target_listener()<Description>Method</Description></Method>
<Doc> remove_hotswap_target_listener( (Browser)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "hotswap_target". C++ signature : void remove_hotswap_target_listener(TPyHandle<ABrowserDelegate>,boost::python::api::object)</Doc>
<Method>Live.Browser.Browser.stop_preview()<Description>Method</Description></Method>
<Doc> stop_preview( (Browser)arg1) -> None : Stop the current preview. C++ signature : void stop_preview(TPyHandle<ABrowserDelegate>)</Doc>
<Class>Live.Browser.BrowserItem<Description>Class</Description></Class>
<Doc> This class represents an item of the browser hierarchy.</Doc>
<Property>Live.Browser.BrowserItem.children<Description>Property</Description></Property>
<Doc> Const access to the descendants of this browser item.</Doc>
<Property>Live.Browser.BrowserItem.is_device<Description>Property</Description></Property>
<Doc> Indicates if the browser item represents a device.</Doc>
<Property>Live.Browser.BrowserItem.is_folder<Description>Property</Description></Property>
<Doc> Indicates if the browser item represents folder.</Doc>
<Property>Live.Browser.BrowserItem.is_loadable<Description>Property</Description></Property>
<Doc> True if item can be loaded via the Browser's 'load_item' method.</Doc>
<Property>Live.Browser.BrowserItem.is_selected<Description>Property</Description></Property>
<Doc> True if the item is ancestor of or the actual selection.</Doc>
<Property>Live.Browser.BrowserItem.iter_children<Description>Property</Description></Property>
<Doc> Const iterable access to the descendants of this browser item.</Doc>
<Property>Live.Browser.BrowserItem.name<Description>Property</Description></Property>
<Doc> Const access to the canonical display name of this browser item.</Doc>
<Property>Live.Browser.BrowserItem.source<Description>Property</Description></Property>
<Doc> Specifies where does item come from -- i.e. Live pack, user library...</Doc>
<Property>Live.Browser.BrowserItem.uri<Description>Property</Description></Property>
<Doc> The uri describes a unique identifier for a browser item.</Doc>
<Class>Live.Browser.BrowserItemIterator<Description>Class</Description></Class>
<Doc> This class iterates over children of another BrowserItem.</Doc>
<Method>Live.Browser.BrowserItemIterator.next()<Description>Method</Description></Method>
<Doc> next( (BrowserItemIterator)arg1) -> BrowserItem : Retrieve next item C++ signature : NPythonBrowser::TPythonBrowserItem next(NPythonBrowser::TPythonBrowserItem::TPythonBrowserItemIterator {lvalue})</Doc>
<Class>Live.Browser.BrowserItemVector<Description>Class</Description></Class>
<Doc> A container for returning browser items from Live.</Doc>
<Method>Live.Browser.BrowserItemVector.append()<Description>Method</Description></Method>
<Doc> append( (BrowserItemVector)arg1, (object)arg2) -> None : C++ signature : void append(std::__1::vector<NPythonBrowser::TPythonBrowserItem, std::__1::allocator<NPythonBrowser::TPythonBrowserItem> > {lvalue},boost::python::api::object)</Doc>
<Method>Live.Browser.BrowserItemVector.extend()<Description>Method</Description></Method>
<Doc> extend( (BrowserItemVector)arg1, (object)arg2) -> None : C++ signature : void extend(std::__1::vector<NPythonBrowser::TPythonBrowserItem, std::__1::allocator<NPythonBrowser::TPythonBrowserItem> > {lvalue},boost::python::api::object)</Doc>
<Class>Live.Browser.FilterType<Description>Class</Description></Class>
<Value>Live.Browser.FilterType.audio_effect_hotswap<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.count<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.disabled<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.drum_pad_hotswap<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.hotswap_off<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.instrument_hotswap<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.midi_effect_hotswap<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.midi_track_devices<Description>Value</Description></Value>
<Value>Live.Browser.FilterType.samples<Description>Value</Description></Value>
<Class>Live.Browser.Relation<Description>Class</Description></Class>
<Value>Live.Browser.Relation.ancestor<Description>Value</Description></Value>
<Value>Live.Browser.Relation.descendant<Description>Value</Description></Value>
<Value>Live.Browser.Relation.equal<Description>Value</Description></Value>
<Value>Live.Browser.Relation.none<Description>Value</Description></Value>
<Module>Live.Chain<Description>Module</Description></Module>
<Class>Live.Chain.Chain<Description>Class</Description></Class>
<Doc> This class represents a group device chain in Live.</Doc>
<Property>Live.Chain.Chain._live_ptr<Description>Property</Description></Property>
<Property>Live.Chain.Chain.canonical_parent<Description>Property</Description></Property>
<Doc> Get the canonical parent of the chain.</Doc>
<Property>Live.Chain.Chain.color<Description>Property</Description></Property>
<Doc> Access the color index of the Chain.</Doc>
<Property>Live.Chain.Chain.color_index<Description>Property</Description></Property>
<Doc> Access the color index of the Chain.</Doc>
<Property>Live.Chain.Chain.devices<Description>Property</Description></Property>
<Doc> Return const access to all available Devices that are present in the chains</Doc>
<Property>Live.Chain.Chain.has_audio_input<Description>Property</Description></Property>
<Doc> return True, if this Chain can be feed with an Audio signal. This istrue for all Audio Chains.</Doc>
<Property>Live.Chain.Chain.has_audio_output<Description>Property</Description></Property>
<Doc> return True, if this Chain sends out an Audio signal. This istrue for all Audio Chains, and MIDI chains with an Instrument.</Doc>
<Property>Live.Chain.Chain.has_midi_input<Description>Property</Description></Property>
<Doc> return True, if this Chain can be feed with an Audio signal. This istrue for all MIDI Chains.</Doc>
<Property>Live.Chain.Chain.has_midi_output<Description>Property</Description></Property>
<Doc> return True, if this Chain sends out MIDI events. This istrue for all MIDI Chains with no Instruments.</Doc>
<Property>Live.Chain.Chain.is_auto_colored<Description>Property</Description></Property>
<Doc> Get/set access to the auto color flag of the Chain.If True, the Chain will always have the same color as the containingTrack or Chain.</Doc>
<Property>Live.Chain.Chain.mixer_device<Description>Property</Description></Property>
<Doc> Return access to the mixer device that holds the chain's mixer parameters:the Volume, Pan, and Sendamounts.</Doc>
<Property>Live.Chain.Chain.mute<Description>Property</Description></Property>
<Doc> Mute/unmute the chain.</Doc>
<Property>Live.Chain.Chain.muted_via_solo<Description>Property</Description></Property>
<Doc> Return const access to whether this chain is muted due to some other chainbeing soloed.</Doc>
<Property>Live.Chain.Chain.name<Description>Property</Description></Property>
<Doc> Read/write access to the name of the Chain, as visible in the track header.</Doc>
<Property>Live.Chain.Chain.solo<Description>Property</Description></Property>
<Doc> Get/Set the solo status of the chain. Note that this will not disable thesolo state of any other Chain in the same rack. If you want exclusive solo, you have to disable the solo state of the other Chains manually.</Doc>
<Method>Live.Chain.Chain.add_color_index_listener()<Description>Method</Description></Method>
<Doc> add_color_index_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "color_index" has changed. C++ signature : void add_color_index_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_color_listener()<Description>Method</Description></Method>
<Doc> add_color_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "color" has changed. C++ signature : void add_color_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_devices_listener()<Description>Method</Description></Method>
<Doc> add_devices_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "devices" has changed. C++ signature : void add_devices_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_is_auto_colored_listener()<Description>Method</Description></Method>
<Doc> add_is_auto_colored_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "is_auto_colored" has changed. C++ signature : void add_is_auto_colored_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_mute_listener()<Description>Method</Description></Method>
<Doc> add_mute_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "mute" has changed. C++ signature : void add_mute_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_muted_via_solo_listener()<Description>Method</Description></Method>
<Doc> add_muted_via_solo_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "muted_via_solo" has changed. C++ signature : void add_muted_via_solo_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_name_listener()<Description>Method</Description></Method>
<Doc> add_name_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "name" has changed. C++ signature : void add_name_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.add_solo_listener()<Description>Method</Description></Method>
<Doc> add_solo_listener( (Chain)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "solo" has changed. C++ signature : void add_solo_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.color_has_listener()<Description>Method</Description></Method>
<Doc> color_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "color". C++ signature : bool color_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.color_index_has_listener()<Description>Method</Description></Method>
<Doc> color_index_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "color_index". C++ signature : bool color_index_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.delete_device()<Description>Method</Description></Method>
<Doc> delete_device( (Chain)arg1, (int)arg2) -> None : Remove a device identified by its index from the chain. Throws runtime error if bad index. C++ signature : void delete_device(TChainPyHandle,int)</Doc>
<Method>Live.Chain.Chain.devices_has_listener()<Description>Method</Description></Method>
<Doc> devices_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "devices". C++ signature : bool devices_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.is_auto_colored_has_listener()<Description>Method</Description></Method>
<Doc> is_auto_colored_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "is_auto_colored". C++ signature : bool is_auto_colored_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.mute_has_listener()<Description>Method</Description></Method>
<Doc> mute_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "mute". C++ signature : bool mute_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.muted_via_solo_has_listener()<Description>Method</Description></Method>
<Doc> muted_via_solo_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "muted_via_solo". C++ signature : bool muted_via_solo_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.name_has_listener()<Description>Method</Description></Method>
<Doc> name_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "name". C++ signature : bool name_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_color_index_listener()<Description>Method</Description></Method>
<Doc> remove_color_index_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "color_index". C++ signature : void remove_color_index_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_color_listener()<Description>Method</Description></Method>
<Doc> remove_color_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "color". C++ signature : void remove_color_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_devices_listener()<Description>Method</Description></Method>
<Doc> remove_devices_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "devices". C++ signature : void remove_devices_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_is_auto_colored_listener()<Description>Method</Description></Method>
<Doc> remove_is_auto_colored_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "is_auto_colored". C++ signature : void remove_is_auto_colored_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_mute_listener()<Description>Method</Description></Method>
<Doc> remove_mute_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "mute". C++ signature : void remove_mute_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_muted_via_solo_listener()<Description>Method</Description></Method>
<Doc> remove_muted_via_solo_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "muted_via_solo". C++ signature : void remove_muted_via_solo_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_name_listener()<Description>Method</Description></Method>
<Doc> remove_name_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "name". C++ signature : void remove_name_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.remove_solo_listener()<Description>Method</Description></Method>
<Doc> remove_solo_listener( (Chain)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "solo". C++ signature : void remove_solo_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Method>Live.Chain.Chain.solo_has_listener()<Description>Method</Description></Method>
<Doc> solo_has_listener( (Chain)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "solo". C++ signature : bool solo_has_listener(TChainPyHandle,boost::python::api::object)</Doc>
<Module>Live.ChainMixerDevice<Description>Module</Description></Module>
<Class>Live.ChainMixerDevice.ChainMixerDevice<Description>Class</Description></Class>
<Doc> This class represents a Chain's Mixer Device in Live, which gives youaccess to the Volume, Panning, and Send properties of a Chain.</Doc>
<Property>Live.ChainMixerDevice.ChainMixerDevice._live_ptr<Description>Property</Description></Property>
<Property>Live.ChainMixerDevice.ChainMixerDevice.canonical_parent<Description>Property</Description></Property>
<Doc> Get the canonical parent of the mixer device.</Doc>
<Property>Live.ChainMixerDevice.ChainMixerDevice.chain_activator<Description>Property</Description></Property>
<Doc> Const access to the Chain's Activator Device Parameter.</Doc>
<Property>Live.ChainMixerDevice.ChainMixerDevice.panning<Description>Property</Description></Property>
<Doc> Const access to the Chain's Panning Device Parameter.</Doc>
<Property>Live.ChainMixerDevice.ChainMixerDevice.sends<Description>Property</Description></Property>
<Doc> Const access to the Chain's list of Send Amount Device Parameters.</Doc>
<Property>Live.ChainMixerDevice.ChainMixerDevice.volume<Description>Property</Description></Property>
<Doc> Const access to the Chain's Volume Device Parameter.</Doc>
<Method>Live.ChainMixerDevice.ChainMixerDevice.add_sends_listener()<Description>Method</Description></Method>
<Doc> add_sends_listener( (ChainMixerDevice)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "sends" has changed. C++ signature : void add_sends_listener(TPyHandle<ABranchMixerDevice>,boost::python::api::object)</Doc>
<Method>Live.ChainMixerDevice.ChainMixerDevice.remove_sends_listener()<Description>Method</Description></Method>
<Doc> remove_sends_listener( (ChainMixerDevice)arg1, (object)arg2) -> None : Remove a previously set listener function or method from property "sends". C++ signature : void remove_sends_listener(TPyHandle<ABranchMixerDevice>,boost::python::api::object)</Doc>
<Method>Live.ChainMixerDevice.ChainMixerDevice.sends_has_listener()<Description>Method</Description></Method>
<Doc> sends_has_listener( (ChainMixerDevice)arg1, (object)arg2) -> bool : Returns true, if the given listener function or method is connected to the property "sends". C++ signature : bool sends_has_listener(TPyHandle<ABranchMixerDevice>,boost::python::api::object)</Doc>
<Module>Live.Clip<Description>Module</Description></Module>
<Class>Live.Clip.AutomationEnvelope<Description>Class</Description></Class>
<Doc> Describes parameter automation per clip.</Doc>
<Method>Live.Clip.AutomationEnvelope.insert_step()<Description>Method</Description></Method>
<Doc> insert_step( (AutomationEnvelope)arg1, (float)arg2, (float)arg3, (float)arg4) -> None : C++ signature : void insert_step(AAutomation {lvalue},double,double,double)</Doc>
<Method>Live.Clip.AutomationEnvelope.value_at_time()<Description>Method</Description></Method>
<Doc> value_at_time( (AutomationEnvelope)arg1, (float)arg2) -> float : C++ signature : double value_at_time(AAutomation {lvalue},double)</Doc>
<Class>Live.Clip.Clip<Description>Class</Description></Class>
<Doc> This class represents a Clip in Live. It can be either an AudioClip or a MIDI Clip, in an Arrangement or the Session, dependingon the Track (Slot) it lives in.</Doc>
<Property>Live.Clip.Clip._live_ptr<Description>Property</Description></Property>
<Property>Live.Clip.Clip.available_warp_modes<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Get/Set the available warp modes, that can be used.</Doc>
<Property>Live.Clip.Clip.canonical_parent<Description>Property</Description></Property>
<Doc> Get the canonical parent of the Clip.</Doc>
<Property>Live.Clip.Clip.color<Description>Property</Description></Property>
<Doc> Get/set access to the color of the Clip (RGB).</Doc>
<Property>Live.Clip.Clip.color_index<Description>Property</Description></Property>
<Doc> Get/set access to the color index of the Clip.</Doc>
<Property>Live.Clip.Clip.end_marker<Description>Property</Description></Property>
<Doc> Get/Set the Clips end marker pos in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.end_time<Description>Property</Description></Property>
<Doc> Get the clip's end time.</Doc>
<Property>Live.Clip.Clip.file_path<Description>Property</Description></Property>
<Doc> Get the path of the file represented by the Audio Clip.</Doc>
<Property>Live.Clip.Clip.gain<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Read/write access to the gain setting of theAudio Clip</Doc>
<Property>Live.Clip.Clip.gain_display_string<Description>Property</Description></Property>
<Doc> Return a string with the gain as dB value</Doc>
<Property>Live.Clip.Clip.has_envelopes<Description>Property</Description></Property>
<Doc> Will notify if the clip gets his first envelope or the last envelope is removed.</Doc>
<Property>Live.Clip.Clip.is_arrangement_clip<Description>Property</Description></Property>
<Doc> return true if this Clip is an Arrangement Clip.A Clip can be either a Session or Arrangement Clip.</Doc>
<Property>Live.Clip.Clip.is_audio_clip<Description>Property</Description></Property>
<Doc> Return true if this Clip is an Audio Clip.A Clip can be either an Audioclip or a MIDI Clip.</Doc>
<Property>Live.Clip.Clip.is_midi_clip<Description>Property</Description></Property>
<Doc> return true if this Clip is a MIDI Clip.A Clip can be either an Audioclip or a MIDI Clip.</Doc>
<Property>Live.Clip.Clip.is_overdubbing<Description>Property</Description></Property>
<Doc> returns true if the Clip is recording overdubs</Doc>
<Property>Live.Clip.Clip.is_playing<Description>Property</Description></Property>
<Doc> Get/Set if this Clip is currently playing. If the Clips trigger modeis set to a quantization value, the Clip will not start playing immediately.If you need to know wether the Clip was triggered, use the is_triggered property.</Doc>
<Property>Live.Clip.Clip.is_recording<Description>Property</Description></Property>
<Doc> returns true if the Clip was triggered to record or is recording.</Doc>
<Property>Live.Clip.Clip.is_triggered<Description>Property</Description></Property>
<Doc> returns true if the Clip was triggered or is playing.</Doc>
<Property>Live.Clip.Clip.length<Description>Property</Description></Property>
<Doc> Get to the Clips length in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.loop_end<Description>Property</Description></Property>
<Doc> Get/Set the loop end pos of this Clip in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.loop_start<Description>Property</Description></Property>
<Doc> Get/Set the Clips loopstart pos in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.looping<Description>Property</Description></Property>
<Doc> Get/Set the Clips 'loop is enabled' flag.Only Warped Audio Clips or MIDI Clip can be looped.</Doc>
<Property>Live.Clip.Clip.muted<Description>Property</Description></Property>
<Doc> Read/write access to the mute state of the Clip.</Doc>
<Property>Live.Clip.Clip.name<Description>Property</Description></Property>
<Doc> Read/write access to the name of the Clip.</Doc>
<Property>Live.Clip.Clip.pitch_coarse<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Read/write access to the pitch (in halftones) setting of theAudio Clip, ranging from -48 to 48</Doc>
<Property>Live.Clip.Clip.pitch_fine<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Read/write access to the pitch fine setting of theAudio Clip, ranging from -500 to 500</Doc>
<Property>Live.Clip.Clip.playing_position<Description>Property</Description></Property>
<Doc> Constant access to the current playing position of the clip.The returned value is the position in beats for midi and warped audio clips,or in seconds for unwarped audio clips. Stopped clips will return 0.</Doc>
<Property>Live.Clip.Clip.position<Description>Property</Description></Property>
<Doc> Get/Set the loop position of this Clip in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.ram_mode<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Read/write access to the Ram mode setting of the Audio Clip</Doc>
<Property>Live.Clip.Clip.sample_length<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Get the sample length in sample time or -1 if there is no sample available.</Doc>
<Property>Live.Clip.Clip.signature_denominator<Description>Property</Description></Property>
<Doc> Get/Set access to the global signature denominator of the Clip.</Doc>
<Property>Live.Clip.Clip.signature_numerator<Description>Property</Description></Property>
<Doc> Get/Set access to the global signature numerator of the Clip.</Doc>
<Property>Live.Clip.Clip.start_marker<Description>Property</Description></Property>
<Doc> Get/Set the Clips start marker pos in beats/seconds (unit depends on warping).</Doc>
<Property>Live.Clip.Clip.start_time<Description>Property</Description></Property>
<Doc> Get the clip's start time offset.</Doc>
<Property>Live.Clip.Clip.view<Description>Property</Description></Property>
<Doc> Get the view of the Clip.</Doc>
<Property>Live.Clip.Clip.warp_mode<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Get/Set the warp mode for this audio clip.</Doc>
<Property>Live.Clip.Clip.warping<Description>Property</Description></Property>
<Doc> Available for AudioClips only.Get/Set if this Clip is timestreched.</Doc>
<Property>Live.Clip.Clip.will_record_on_start<Description>Property</Description></Property>
<Doc> returns true if the Clip will record on being started.</Doc>
<Method>Live.Clip.Clip.add_color_index_listener()<Description>Method</Description></Method>
<Doc> add_color_index_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "color_index" has changed. C++ signature : void add_color_index_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_color_listener()<Description>Method</Description></Method>
<Doc> add_color_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "color" has changed. C++ signature : void add_color_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_end_marker_listener()<Description>Method</Description></Method>
<Doc> add_end_marker_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "end_marker" has changed. C++ signature : void add_end_marker_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_end_time_listener()<Description>Method</Description></Method>
<Doc> add_end_time_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "end_time" has changed. C++ signature : void add_end_time_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_file_path_listener()<Description>Method</Description></Method>
<Doc> add_file_path_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "file_path" has changed. C++ signature : void add_file_path_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_gain_listener()<Description>Method</Description></Method>
<Doc> add_gain_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "gain" has changed. C++ signature : void add_gain_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_has_envelopes_listener()<Description>Method</Description></Method>
<Doc> add_has_envelopes_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "has_envelopes" has changed. C++ signature : void add_has_envelopes_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_is_overdubbing_listener()<Description>Method</Description></Method>
<Doc> add_is_overdubbing_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "is_overdubbing" has changed. C++ signature : void add_is_overdubbing_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_is_recording_listener()<Description>Method</Description></Method>
<Doc> add_is_recording_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "is_recording" has changed. C++ signature : void add_is_recording_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_loop_end_listener()<Description>Method</Description></Method>
<Doc> add_loop_end_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "loop_end" has changed. C++ signature : void add_loop_end_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_loop_jump_listener()<Description>Method</Description></Method>
<Doc> add_loop_jump_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "loop_jump" has changed. C++ signature : void add_loop_jump_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_loop_start_listener()<Description>Method</Description></Method>
<Doc> add_loop_start_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "loop_start" has changed. C++ signature : void add_loop_start_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_looping_listener()<Description>Method</Description></Method>
<Doc> add_looping_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "looping" has changed. C++ signature : void add_looping_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_muted_listener()<Description>Method</Description></Method>
<Doc> add_muted_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "muted" has changed. C++ signature : void add_muted_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_name_listener()<Description>Method</Description></Method>
<Doc> add_name_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "name" has changed. C++ signature : void add_name_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_notes_listener()<Description>Method</Description></Method>
<Doc> add_notes_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "notes" has changed. C++ signature : void add_notes_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_pitch_coarse_listener()<Description>Method</Description></Method>
<Doc> add_pitch_coarse_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "pitch_coarse" has changed. C++ signature : void add_pitch_coarse_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_pitch_fine_listener()<Description>Method</Description></Method>
<Doc> add_pitch_fine_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "pitch_fine" has changed. C++ signature : void add_pitch_fine_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_playing_position_listener()<Description>Method</Description></Method>
<Doc> add_playing_position_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "playing_position" has changed. C++ signature : void add_playing_position_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_playing_status_listener()<Description>Method</Description></Method>
<Doc> add_playing_status_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "playing_status" has changed. C++ signature : void add_playing_status_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_position_listener()<Description>Method</Description></Method>
<Doc> add_position_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "position" has changed. C++ signature : void add_position_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_ram_mode_listener()<Description>Method</Description></Method>
<Doc> add_ram_mode_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "ram_mode" has changed. C++ signature : void add_ram_mode_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_signature_denominator_listener()<Description>Method</Description></Method>
<Doc> add_signature_denominator_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "signature_denominator" has changed. C++ signature : void add_signature_denominator_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_signature_numerator_listener()<Description>Method</Description></Method>
<Doc> add_signature_numerator_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "signature_numerator" has changed. C++ signature : void add_signature_numerator_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>
<Method>Live.Clip.Clip.add_start_marker_listener()<Description>Method</Description></Method>
<Doc> add_start_marker_listener( (Clip)arg1, (object)arg2) -> None : Add a listener function or method, which will be called as soon as the property "start_marker" has changed. C++ signature : void add_start_marker_listener(TPyHandle<AClip>,boost::python::api::object)</Doc>