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The list class supports bidirectional iterators Thus, the container can be accessed through an iterator in both the forward and reverse directions However, random-access operations are not supported Thus, the at( ) function is not provided and the [ ] operator is not overloaded In addition to the required sequence and reversible sequence container functions, list implements the following optional ones: front( ), back( ), push_front( ), push_back( ), pop_front( ), and pop_back( ) These functions are described in the overview and in Basic Sequence Container Techniques (Additional discussions are found in Use vector and Use deque) The only optional functions that it does not implement are at( ) and operator[ ]( ) The list class adds several functions of its own, including merge( ), reverse( ), unique( ), remove( ), remove_if( ), and sort( ) These functions duplicate the functionality provided by the standard algorithms of the same names They are defined by list because they have been specially optimized for operation on objects of type list and offer a high-performance alternative to the standard algorithms You can add elements to a list by using the standard sequence container functions insert( ), push_front( ), and push_back( ) You can remove elements from a list by calling the standard sequence container functions erase( ), clear( ), pop_back( ), and pop_front( ) The list class supports both forward and reverse iterators Like the other sequence containers, these are objects of type iterator and reverse_iterator The functions begin( ) and end( ) return iterators to the beginning and the end of the list The functions rbegin( ) and rend( ) return reverse iterators to the end and one before the beginning, respectively These functions and the techniques required to use them to cycle through a container are described in Basic Sequence Container Techniques The contents of a list are not automatically ordered However, some operations, such as merging, require an ordered list To sort a list, call the sort( ) function It has two versions The one used by this recipe is shown here: void sort( ) After a call to sort( ), the list will be sorted in ascending order based on the natural ordering of the elements (The second version lets you specify a comparison function that will be used to determine the ordering of the elements See the Options and Alternatives section in this recipe for details) A particularly powerful function implemented by list is merge( ) It combines two ordered lists, which must be sorted using the same criteria During a merge, each element of the source list is inserted into its proper location in the target list Thus, the result is an ordered list that contains all of the elements of the two original lists The merge( ) function has two versions The one used by this recipe is shown here: void merge(list<T, Allocator> &ob) It merges the ordered list passed in ob with the ordered invoking list The result is ordered After the merge, the list contained in ob is empty An operation related to merging is splicing, which is performed by the splice( ) function When a splice occurs, the source list is inserted as a unit into the target list No element-byelement integration of the two lists takes place, and there is no requirement that either list.

Working on the PC, have your clips ready as files on your Desktop and then follow these steps: 1 Review each of your clips Load your clips in Movie Maker; you should see your clips in the Collections pane Click a thumbnail in the Collections pane, and watch the preview in the Preview pane to the right See Figure 2-2 2 Drag each clip, in the order of shots (refer to Figure 2-1), into the Timeline pane Once you ve done that, you now have yourself a storyboard, as shown in Figure 2-3 3 With the clips in order, select the first clip in the Storyboard and click the Play icon The Storyboard lets you watch each clip in order in the Preview pane 4 Click Show Timeline (located just above the active Storyboard and shown in Figure 2-4) to switch to the Timeline 5 Expand the Timeline pane so that it shows not just the Video track, but the Audio track as well, as shown in Figure 2-5 Do this by positioning your cursor over the divider between the upper panes and the Timeline pane and clicking and dragging up to expand the Timeline pane

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