ssrs qr code This function will duplicate an ordinary array as a Vet t or. For example, the code in Software

Generator QR Code in Software This function will duplicate an ordinary array as a Vet t or. For example, the code

This function will duplicate an ordinary array as a Vet t or. For example, the code
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String names[] = { "Ann", "Bob", "Cal", Vector<String> v(names);
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"Dan", "Eve"
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would create the string Vet tor
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with the same values that the names array has.
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13.20 Add the following two member functions to the Vet tor class template: T min(); T max(>; // returns the minimum element in the vector // returns the minimum element in the vector
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Use of these functions, of course, presume that the order operators <, >, etc., are defined for the type T. For example, they would not work on an instance of Vector<Complex>.
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13.21 Add the following member function to the Vet t or class template: int find(T t);
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This function searches for the element t in the Vet tor. If found, it returns the index of the element; otherwise, it returns -1. Use the sequential search algorithm.
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TEMPLATES AND ITERATORS
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[CHAP. 13
13.22 Add the following two I/O functions for the Vet
t or
class template:
friend
ostream&
friend istream&
operator<< ostream&, operator>> istream&,
const Vector<T>&); Vector<T>&);
13.23 Add the following member function to the Vet t or class template: void sort();
This function rearranges the elements of the Vet t or so that they are in increasing order. Use your favorite sorting algorithm. Use of this function, of course, requires that the order operators C, >, etc., are defined for the type T.
13.24 Add the following member function to the Vet t or class template: int find(T t);
This function searches for the element t in the Vet tor. If found, it returns the index of the element; otherwise, it returns - 1. Use the binary search algorithm, assuming that the Vet tor has already been sorted.
Add a constructor to the Vet tor class template that replicates an ordinary array of elements of type T. This will allow the following simpler way to initialize a vector:
String a[] = { "Adams, Ned", "Blair, Tim", "Cooke, Sam" } friends(a); VectorcString>
13.26 Replace the Array subclass template (Example 13.5) with an independent class template
that replaces the sz data member with one that holds the last subscript value. Your new Array class template should have the same member functions as the Array subclass template.
Add a constructor to the Matrix class template that replicates an ordinary two-dimensional array as a matrix. (See Problem 13.8.) This will allow the following simpler way to initialize a matrix:
float a[]
= ( (2.2, 4.4, 6.6}, (3.3, 5.5, 7.7) }
Matrixcfloab
m(a);
13.28 Add the following two I/O functions for the Matrix class template: friend ostream& friend istream& operatorcc(ostream&, operator>>(istream&, const Matrix<T>&); Matrix<T>&);
13.29 Add the following member function to the Matrix class template: MatrixcT> transposeo;
The transpose of a matrix is the matrix with the same elements except that the rows and columns have been interchanged. For example, the transpose of the 2-by-3 matrix on page 364 is the following 3-by-2 matrix:
d ra1
13.30 Add the following member function to the Matrix class template: Vector<T> column(int j);
This function returns the j th column of the matrix.
CHAP. 131
TEMPLATES AND ITERATORS
13.31 Usethe
Vector<String> and Matrix<short> quiz scores for a student group: Name Adams, Baker, Cohen, Davis, Evans, Flynn, Gross, Hayes, Q2 Q3 78 91 88 81 94 97 8'5 86 87 82 56 75 75 77 70 83 79 88 86 87 88 91 94 99
classes to process the following table of
Q4 Q5
J. P. A. M. C. R. W. J.
83 90, 88 81 78 90 89 87
80 89 89 88 74 81 90 92
Your program should do the following: a. Declare the table and read in the test scores. 6. Print the scores in tabular form. c. Compute and print each student s quiz average. d. Compute and print the group average for each quiz.
13.32 Add a constructor to the Li s t class template. that replicates an ordinary array of elements of type T. This will allow the following simpler way to initialize a list: String a[] = { "Adams, Ned", "Blair, Tim", "Cooke, Sam" } List<String> friends(a); 13.33 Add the following two I/O functions for the Li s t class template: friend ostream& operatorcc(ostream&, const ListcT>&); friend istream& operator>>(istream&, ListcT>&); 13.34 Use composition to implement the s tack class template using the Li s The only data member you need is L i s t < T> 1 i s t . 13.35 Use composition to implement the Queue class template using the Li s
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