Use the given code to Integer Functions: 1. find – Accepts an integer array, its length, and a…

Use the given code to Integer Functions: 1. find – Accepts an integer array, its length, and a integer value to find. It returns true if value exists in the array. Otherwise it returns false if not found. 2. isSorted – Accepts an integer array and length. It determines if it is sorted in ascending numeric order. Returns true, if it is sorted or false if it is not. 3. mean – Accepts a float vector. This function returns the mean of the elements of the vector. Return 0 if the vector is empty. 4. stddev – Given a float array and its length, return the population standard deviation as a double (

View complete question »Use the given code to Integer Functions: 1. find – Accepts an integer array, its length, and a integer value to find. It returns true if value exists in the array. Otherwise it returns false if not found. 2. isSorted – Accepts an integer array and length. It determines if it is sorted in ascending numeric order. Returns true, if it is sorted or false if it is not. 3. mean – Accepts a float vector. This function returns the mean of the elements of the vector. Return 0 if the vector is empty. 4. stddev – Given a float array and its length, return the population standard deviation as a double (divide by N not N-1). Return 0.0 if the array is empty. You may want use mean() function above. 5. removeDups – Accepts an int vector and returns a new vector. This function should return a new vector with all duplicate elements removed. 6. reverse – Accepts an integer vector. This function flips the order, so the first element becomes the last and the last, the first, etc. Returns nothing , but the provided vector will be changed. Should work for ANY sized vector. String Functions: 1. countUpperCaseChars – Given a string, return the number of uppercase characters. Use isupper from the cctype library. 2. convertToUpper – Given an input string convert all alphabetic characters to uppercase. Return a new string converted to uppercase. If the input string is empty just return the input string. 3. removeSpaces – Given an input string remove all spaces from this string. Return a new string with spaces removed. If the input string is empty return the original string. 4. numWords – Given a string, return the number of words it contains. A word is defined to be a sequence of alphabetic (isalpha) characters with non-alphabetic characters on each side. If alphabetic characters start or end the string, they are considered a word. The best method to solve this is to use the “isalpha” function to determine the beginning and end of each string. 5. characterCounts – Given a string, return a vector of ints of length 26 containing the number of times each letter was seen. Index 0 corresponds to ‘a’, 1 to ‘b’, etc… Treat upper-case letters as lower-case. #include #include #include #include #include #include #include #include using namespace std; bool find(int array[], int length, int value){ // TODO: Fill me in } bool isSorted(int array[], int length){ // TODO: Fill me in } void reverse(vector &reverse_me) { // TODO: Fill me in } float mean(const vector values) { // TODO: Fill me in } float stddev(const vector values) { // TODO: Fill me in // Should use mean above } vectorremoveDups(vectorarray){ // TODO: Fill me in // This is just to keep the compiler happy return vector(); } // Strings unsigned int countUpperCaseChars(const string &countme){ // TODO: Fill me in } unsigned int numWords(const string &countme){ // TODO: Fill me in } string convertToUpper(const string &to_be_converted){ // TODO: Fill me in } string removeSpaces(const string &remove_from_me){ // TODO: Fill me in } vector characterCounts(const string &countme){ // TODO: Fill me in } template string print(vectorvec); template string print(T array[], int length); int main(){ srand(time(0)); cout < int x1[10] = {1,2,3,5,5,6,7,8,9,0}; cout cout cout cout cout cout cout cout cout < vector v1 = {1,2,3,4,5}; reverse(v1); cout reverse(v1); cout vector v2 = {5}; cout vector v3 = {1,2,4,5}; reverse(v3); cout vector v4(100); v4[0] = 4; v4[1] = 2; reverse(v4); cout cout cout cout< vector f1 = {1.2, 2.4, 3.4}; vector f2 = {5.6, 5.6, 5.6, 5.6, 5.6, 5.6}; cout cout cout< cout cout cout< vector v5; v5.push_back(1); v5.push_back(2); v5.push_back(3); v5.push_back(3); v5.push_back(4); v5.push_back(5); v5.push_back(1); vector v12 = removeDups(v5); cout cout vector v6; for(int i = 0; i v6.push_back(i%17 + i %7); } vector v22 = removeDups(v6); cout cout < string upper_test = "aaABCdeFG"; cout < cout cout< cout< string no_upper_case = "aaaa"; cout cout < string test1 = "aa AB Cd e FG"; string test2 = "aaAB Cd e FG "; string test3 = " rrAB Cd e FG"; string test4 = " rrAB Cd e FG "; cout cout cout cout return 0; } // A sneaky way to allow 1 function to print any typed array, as long as // the passed array element can be sent to < // The stringstream allows us to 'print' information to a fake output // stream, and then get the result as a string. It's a simple way of // getting a non-string/character into a string. // Contense of this function will not be tested in this course! template string print(vectorvect) { stringstream out; out < for(int i = 0; i out < if(i != vect.size()-1)out < } out < return out.str(); } template string print(T array[], int length){ stringstream out; out < for(int i = 0; i out < if(i != length-1)out < } out < return out.str(); } View less »