qr code reader java app Algorithms, Function Objects, and Other STL Components in Java

Drawer QR Code JIS X 0510 in Java Algorithms, Function Objects, and Other STL Components

Algorithms, Function Objects, and Other STL Components
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list<char> result(26); list<char>::iterator res_end; // First, demonstrate merge() for(int i=0; i < 26; i+=2) vpush_back('A'+i); for(int i=0; i < 26; i+=2) dqpush_back('B'+i); show_range("Original contents of v:\n", vbegin(), vend()); cout << endl; show_range("Original contents of dq:\n", dqbegin(), dqend()); cout << endl; // Merge v with dq res_end = merge(vbegin(), vend(), dqbegin(), dqend(), resultbegin()); show_range("Result of merging v with dq:\n", resultbegin(), res_end); cout << "\n\n"; // Now, demonstrate inplace_merge() vector<char> v2; for(int i=0; i < 26; i+=2) v2push_back('B'+i); for(int i=0; i < 26; i+=2) v2push_back('A'+i); show_range("Original contents of v2:\n", v2begin(), v2end()); cout << endl; // Merge two ranges within v2 inplace_merge(v2begin(), v2begin()+13, v2end()); show_range("Contents of v2 after in-place merge:\n", v2begin(), v2end()); return 0; } // Show a range of elements template<class InIter> void show_range(const char *msg, InIter start, InIter end) { InIter itr; cout << msg; for(itr = start; itr != end; ++itr) cout << *itr << " "; cout << endl; }
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Original contents of v: A C E G I K M O Q S U W Y Original contents of dq: B D F H J L N P R T V X Z Result of merging v with dq: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z Original contents of v2: B D F H J L N P R T V X Z A C E G I K M O Q S U W Y Contents of v2 after in-place merge: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
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There is a second form of merge( ) that lets you specify a comparison function that determines when one element is less than another It is shown here: template <class InIter1, class InIter2, class OutIter, class Comp> OutIter merge(InIter1 start1, InIter1 end1, InIter2 start2, InIter2 end2, OutIter result, Comp cmpfn) It works just like the first form, except that cmpfn is used to compare two elements When using this form, the sequences being merged must also be ordered in accordance with compfn There is also a second form of inplace_merge( ) that lets you specify a comparison function It is shown here: template <class BiIter, class Comp> void inplace_merge(BiIter start, BiIter mid, BiIter end, Comp cmpfn) It works like the first version, except that it uses cmpfn to determine when one element is less than another As you would expect, the sequences must also be sorted in accordance with cmpfn
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Algorithms, Function Objects, and Other STL Components
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Create and Manage a Heap
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Key Ingredients
Headers <algorithm> Classes Functions template <class RandIter> void make_heap(RandIter start, RandIter end) template <class RandIter> void pop_heap(RandIter start, RandIter end) template <class RandIter> void push_heap(RandIter start, RandIter end) template <class RandIter> void sort_heap(RandIter start, RandIter end)
A heap is a data structure in which the top element (also called the first element) is the largest element in the sequence Heaps allow fast (logarithmic time) insertion and removal of an element They are useful in creating priority queues in which the highest priority item must be immediately available but a completely sorted list is not needed The STL provides four algorithms that support heap operations, and this recipe demonstrates their use
Step-by-Step
To create and manage a heap involves these steps: 1 To create a heap, call make_heap( ), specifying the range of elements to be made into a heap 2 To add an element into the heap, call push_heap( ) 3 To remove an element from the heap, call pop_heap( ) 4 To sort the heap, call sort_heap( )
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