Python movemodes.clear_selected_clips函数代码示例

def _cover_blank_from_next(data, called_from_next_clip=False):
    clip, track, item_id, item_data = data
    if not called_from_next_clip:
        clip_index = movemodes.selected_range_out + 1
        blank_index = movemodes.selected_range_in
        if clip_index < 0: # we are not getting a legal clip index
            return
        cover_clip = track.clips[clip_index]
    else:
        clip_index = track.clips.index(clip) + 1
        blank_index = clip_index - 1
        cover_clip = track.clips[clip_index]
        
    # Check that clip covers blank area
    total_length = 0
    for i in range(movemodes.selected_range_in,  movemodes.selected_range_out + 1):
        total_length += track.clips[i].clip_length()
    if total_length > cover_clip.clip_in: # handle not long enough to cover blanks
        primary_txt = _("Next clip does not have enough material to cover blank area")
        secondary_txt = _("Requested edit can't be done.")
        dialogutils.info_message(primary_txt, secondary_txt, gui.editor_window.window)
        return 

    # Do edit
    movemodes.clear_selected_clips()
    data = {"track":track, "clip":cover_clip, "blank_index":blank_index}
    action = edit.trim_start_over_blanks(data)
    action.do_edit()

def slide_trim_no_edit_init():
    stop_looping() # Stops looping 
    editorstate.edit_mode = editorstate.SLIDE_TRIM_NO_EDIT
    gui.editor_window.set_cursor_to_mode()
    tlinewidgets.set_edit_mode(None, None) # No overlays are drawn in this edit mode
    movemodes.clear_selected_clips() # Entering trim edit mode clears selection 
    updater.set_trim_mode_gui()

def cut_mode_pressed():
    stop_looping()
    current_sequence().clear_hidden_track()

    # Box tool is implemeted as sub mode of OVERWRITE_MOVE
    editorstate.edit_mode = editorstate.CUT
        
    tlinewidgets.set_edit_mode(None, tlinewidgets.draw_cut_overlay)
    movemodes.clear_selected_clips() # Entering trim edit mode clears selection 

def _delete_blank(data):
    clip, track, item_id, x = data
    movemodes.select_blank_range(track, clip)
    from_index = movemodes.selected_range_in
    to_index = movemodes.selected_range_out  
    movemodes.clear_selected_clips()
    data = {"track":track,"from_index":from_index,"to_index":to_index}
    action = edit.remove_multiple_action(data)
    action.do_edit()

def resync_everything():
    # Selection not valid after resync action
    if movemodes.selected_track == -1:
        movemodes.clear_selected_clips()
    
    action = edit.resync_all_action({})
    action.do_edit()
    
    updater.repaint_tline()

def clear_sync_relation(popup_data):
    clip, track, item_id, x = popup_data

    data = {"child_clip": clip, "child_track": track}
    action = edit.clear_sync_action(data)
    action.do_edit()

    # Edit consumes selection
    movemodes.clear_selected_clips()

    updater.repaint_tline()

def kftool_mode_pressed():
    stop_looping()
    current_sequence().clear_hidden_track()

    # Box tool is implemeted as sub mode of OVERWRITE_MOVE
    editorstate.edit_mode = editorstate.KF_TOOL
    kftoolmode.enter_mode = None
    kftoolmode.set_no_clip_edit_data()

    tlinewidgets.set_edit_mode(None, tlinewidgets.draw_kftool_overlay)
    movemodes.clear_selected_clips() # Entering trim edit mode clears selection 

def cut_pressed():
    if not timeline_visible():
        updater.display_sequence_in_monitor()

    if EDIT_MODE() == editorstate.ONE_ROLL_TRIM:
        editevent.oneroll_trim_no_edit_init()
        return

    if EDIT_MODE() == editorstate.TWO_ROLL_TRIM:
        editevent.tworoll_trim_no_edit_init()
        return
        
    tline_frame = PLAYER().current_frame()

    movemodes.clear_selected_clips()

    # Iterate tracks and do cut on all active that have non-blanck
    # clips and frame is not on previous edits
    for i in range(1, len(current_sequence().tracks)):
        track = get_track(i)
        if track.active == False:
            continue
        
        if editevent.track_lock_check_and_user_info(track, cut_pressed, "cut"): # so the other tracks get cut...
           continue 

        # Get index and clip
        index = track.get_clip_index_at(int(tline_frame))
        try:
            clip = track.clips[index]            
            # don't cut blanck clip
            if clip.is_blanck_clip:
                continue
        except Exception:
            continue # Frame after last clip in track

        # Get cut frame in clip frames
        clip_start_in_tline = track.clip_start(index)
        clip_frame = tline_frame - clip_start_in_tline + clip.clip_in

        # Dont edit if frame on cut.
        if clip_frame == clip.clip_in:
            continue

        # Do edit
        data = {"track":track,
                "index":index,
                "clip":clip,
                "clip_cut_frame":clip_frame}
        action = edit.cut_action(data)
        action.do_edit()
   
    updater.repaint_tline()

def oneroll_trim_no_edit_init():
    """
    This mode is entered and this method is called when:
    - user first selects trim tool
    - user does cut(X) action while in trim mode
    - user clicks empty and preference is to keep using trim tool (to not exit to INSERT_MOVE)
    """
    stop_looping()
    editorstate.edit_mode = editorstate.ONE_ROLL_TRIM_NO_EDIT
    gui.editor_window.set_cursor_to_mode()
    tlinewidgets.set_edit_mode(None, None) # No overlays are drawn in this edit mode
    movemodes.clear_selected_clips() # Entering trim edit mode clears selection 
    updater.set_trim_mode_gui()

def select_sync_parent_mouse_pressed(event, frame):
    _set_sync_parent_clip(event, frame)
    
    gdk_window = gui.tline_display.get_parent_window();
    gdk_window.set_cursor(gtk.gdk.Cursor(gtk.gdk.LEFT_PTR))
   
    global parent_selection_data
    parent_selection_data = None

    # Edit consumes selection
    movemodes.clear_selected_clips()

    updater.repaint_tline()

def kftool_mode_from_popup_menu(clip, track, edit_type):
    stop_looping()
    current_sequence().clear_hidden_track()

    kftoolmode.enter_mode = editorstate.edit_mode 
    editorstate.edit_mode = editorstate.KF_TOOL
        
    tlinewidgets.set_edit_mode(None, tlinewidgets.draw_kftool_overlay)
    movemodes.clear_selected_clips() # Entering this edit mode clears selection 

    kftoolmode.set_no_clip_edit_data()

    kftoolmode.init_tool_for_clip(clip, track, edit_type)
    gui.editor_window.set_cursor_to_mode()

def clear_filters():
    if movemodes.selected_track == -1:
        return

    track = get_track(movemodes.selected_track)
    clips = []
    for i in range(movemodes.selected_range_in, movemodes.selected_range_out + 1):
        clips.append(track.clips[i])

    data = {"clips":clips}
    action = edit.remove_multiple_filters_action(data)
    action.do_edit()
    
    movemodes.clear_selected_clips()
    updater.repaint_tline()

def change_edit_sequence():
    selection = gui.sequence_list_view.treeview.get_selection()
    (model, rows) = selection.get_selected_rows()
    row = max(rows[0])
    current_index = PROJECT().sequences.index(current_sequence())
    if row == current_index:
        dialogutils.warning_message(_("Selected sequence is already being edited"), 
                                _("Select another sequence. Press Add -button to create a\nnew sequence if needed."),
                                gui.editor_window.window)
        return 
    # Clear clips selection at exit. This is transient user focus state and
    # therefore is not saved.
    movemodes.clear_selected_clips()
    
    app.change_current_sequence(row)

def three_point_overwrite_pressed():
    # Check that state is good for edit
    if movemodes.selected_track == -1:
        primary_txt = _("No Clips are selected!")
        secondary_txt = _("You need to select clips to overwrite to perform this edit.")
        dialogutils.info_message(primary_txt, secondary_txt, gui.editor_window.window)
        return

    # Get data
    track = get_track(movemodes.selected_track)
    if editevent.track_lock_check_and_user_info(track, three_point_overwrite_pressed, "3 point overwrite"):
        return
    
    range_start_frame = track.clip_start(movemodes.selected_range_in)
    out_clip = track.clips[movemodes.selected_range_out]
    out_start = track.clip_start(movemodes.selected_range_out)
    range_end_frame = out_start + out_clip.clip_out - out_clip.clip_in
    range_length = range_end_frame - range_start_frame + 1 # calculated end is incl.

    over_clip = _get_new_clip_from_clip_monitor()
    if over_clip == None:
        no_monitor_clip_info(gui.editor_window.window)
        return
    over_length = over_clip.mark_out - over_clip.mark_in + 1 # + 1 out incl ?????????? what if over_clip.mark_out == -1  ?????????? 
    
    if over_length < range_length:
        monitor_clip_too_short(gui.editor_window.window)
        return
    
    over_clip_out = over_clip.mark_in + range_length - 1 # -1 out incl
    
    range_in = movemodes.selected_range_in
    range_out = movemodes.selected_range_out
    
    movemodes.clear_selected_clips() # edit consumes selection

    updater.save_monitor_frame = False # hack to not get wrong value saved in MediaFile.current_frame

    data = {"track":track,
            "clip":over_clip,
            "clip_in":over_clip.mark_in,
            "clip_out":over_clip_out,
            "in_index":range_in,
            "out_index":range_out}
    action = edit.three_point_overwrite_action(data)
    action.do_edit()

    updater.display_tline_cut_frame(track, range_in)

def resync_selected():
    if movemodes.selected_track == -1:
        return

    track = get_track(movemodes.selected_track)
    clip_list = []
    for index in range(movemodes.selected_range_in, movemodes.selected_range_out + 1):
        clip_list.append((track.clips[index], track))

    # Selection not valid after resync action
    movemodes.clear_selected_clips()

    # Chack if synced clips have same or consecutive parent clips
    all_same_or_consecutive = True
    master_id = -1
    current_master_clip = -1
    current_master_index = -1
    master_track = current_sequence().first_video_track()
    for t in clip_list:
        clip, track = t
        try:
            if master_id == -1:
                master_id = clip.sync_data.master_clip.id
                current_master_clip = clip.sync_data.master_clip
                current_master_index = master_track.clips.index(current_master_clip)
            else:
                if clip.sync_data.master_clip.id != master_id:
                    next_master_index = master_track.clips.index(clip.sync_data.master_clip)
                    if current_master_index + 1 == next_master_index:
                        # Masters are consecutive, save data to test next
                        master_id = clip.sync_data.master_clip.id
                        current_master_index = master_track.clips.index(current_master_clip)
                    else:
                        all_same_or_consecutive = False
        except:
            all_same_or_consecutive = False

    # If clips are all for same or consecutive sync parent clips, sync them as a unit.
    if len(clip_list) > 1 and all_same_or_consecutive == True:
        data = {"clips":clip_list}
        action = edit.resync_clips_sequence_action(data)
        action.do_edit()
    else: # Single or non-consecutive clips are synched separately
        data = {"clips":clip_list}
        action = edit.resync_some_clips_action(data)
        action.do_edit()

    updater.repaint_tline()