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Two-dimensional arrays

import java.util.Scanner; public class Assignment { public static void main(String[] args) { // TODO Auto-generated method stub Scanner sc = new Scanner(System.in); // We have 4 days, and 5 classes per day // Fill the lecture rooms String[][] Woodward106 = new String[4][5]; String[][] Cameron171 = new String[4][5]; // CSC110 is in mondays and wednesdays, at the first class of day Woodward106[0][0] = "CSC1100"; Woodward106[0][1] = "CSC1213"; Woodward106[0][2] = "CSC2175"; Woodward106[0][3] = "ENGL2116"; Woodward106[0][4] = "CSC3155"; Woodward106[1][0] = "CSC2200"; Woodward106[1][1] = "ITCS3688"; Woodward106[1][2] = "CSC3146"; Woodward106[1][3] = "MATH1241"; Woodward106[1][4] = "CSC3181"; Woodward106[2][0] = "CSC1100"; Woodward106[2][1] = "CSC1213"; Woodward106[2][2] = "CSC2175"; Woodward106[2][3] = "ENGL2116"; Woodward106[2][4] = "CSC3155"; Woodward106[3][0] = "CSC1100"; Woodward106[3][1] = "CSC1213"; Woodward106[3][2] = "CSC2175"; Woodward106[3][3] = "ENGL2116"; Woodward106[3][4] = "CSC3155"; Woodward106[4][0] = "CSC2200"; Woodward106[4][1] = "CSC3688"; Woodward106[4][2] = "ITSC3146"; Woodward106[4][3] = "MATH1241"; Woodward106[4][4] = "CSC3181"; Cameron171[0][0] = "ITIS3130"; Cameron171[0][1] = "ITCS3134"; Cameron171[0][2] = "ITIS3200"; Cameron171[0][3] = "ITCS3153"; Cameron171[0][4] = "ITIS3216"; Cameron171[1][0] = "ITCS2600"; Cameron171[1][1] = "ITIS3135"; Cameron171[1][2] = "ITCS3160"; Cameron171[1][3] = "ITIS3320"; Cameron171[1][4] = "ITCS3166"; Cameron171[2][0] = "ITIS3130"; Cameron171[2][1] = "ITCS3134"; Cameron171[2][2] = "ITIS3200"; Cameron171[2][3] = "ITCS3153"; Cameron171[2][4] = "ITIS3216"; Cameron171[3][0] = "ITCS2600"; Cameron171[3][1] = "ITIS3135"; Cameron171[3][2] = "ITCS3160"; Cameron171[3][3] = "ITIS3320"; Cameron171[3][4] = "ITCS3166"; // Now, ask student for courses int stop = 0; int N = 5; // number of courses to be entered while(stop == 0) { String courses[] = new String[N]; for(int i = 0; i< N; i++) { System.out.print("Enter course No. " + (i+1) + ": "); courses[i] = sc.next(); } // Now, check if the courses are valid booleanvalid_schedule = true; for(int i = 0; i< N; i++) { boolean valid = false; // Iterate through days for(int day = 0; day < 4; day++ ) { // Iterate through classes for(int cl = 0; cl < 5; cl++) { if(Woodward106[day][cl].toLowerCase().compareTo(courses[i].toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(courses[i].toLowerCase()) == 0) // Course is valid { valid = true; break; } if(valid) break; } } if(!valid) // course not valid { System.out.println("Course " + courses[i] + " is not offered in the lecture rooms."); valid_schedule = false; } } if(!valid_schedule) { System.out.print("Some of the courses you entered are not valid. Do you want to enter the courses again? (y/n): "); String input = sc.next(); if(input == "n") stop = 1; } // At this point, we know that the courses are valid. Now, let's check if there is conflict with hours for(int i = 0; i< N; i++) { for(int j = 0; j < N; j++) { if(i != j) { String coursei = courses[i]; String coursej = courses[j]; // Check that both courses are not present at the same time for(int day = 0; day < 4; day++ ) { // Iterate through classes for(int cl = 0; cl < 5; cl++) { if(Woodward106[day][cl].toLowerCase().compareTo(coursei.toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(coursei.toLowerCase()) == 0) // Course is valid { if(Woodward106[day][cl].toLowerCase().compareTo(coursej.toLowerCase()) == 0 || Cameron171[day][cl].toLowerCase().compareTo(coursej.toLowerCase()) == 0) // Course is valid { if(coursei.toLowerCase().compareTo(coursej.toLowerCase()) != 0) { valid_schedule = false; System.out.println("Courses " + coursei + " and " + coursej + " are time conflict."); break; } } } } } } } } if(!valid_schedule) { System.out.print("Some of the courses you entered are not valid. Do you want to enter the courses again? (y/n): "); String input = sc.next(); if(input == "n") stop = 1; } else { // The schedule is valid System.out.println("Congratulations! Your schedule has been settled!"); stop = 1; } } } }

Understanding arrays and strings

#include #include #include #include using namespace std; //The function reads and stores data in the parallel array and 2D array from a text file(aidata.txt). void loadData(ifstream&infile, string occupations[], int nums[][2], int& rows); //This function finds and updates the highest percentage of the susceptibility of automation and the corresponding occupation. void findHigh(string occupations[], int nums[][2], int rows, string& occupation, double&highPercent); //This function finds and updates the lowest percentage of the susceptibility of automation and the corresponding occupation. void findLow(string occupations[], int nums[][2], int rows, string& occupation, double&lowPercent); int main() { // open the file ifstream input("aidata.txt"); // initialize arrays with a maximum size of 100 string occups[100]; int nums[100][2]; // this is a two dimensional array int size; // output of functions variables string highOcu, lowOcu; double highPerc, lowPerc; // checking file for errors if (!input.good()) { exit(-1); } cout<< "Highest/Lowest Occupations Susceptible to Automation:" <> occupations[rows]) { infile>>nums[rows][0] >>nums[rows][1]; rows++; } } void findHigh(string occupations[], int nums[][2], int rows, string& occupation, double&highPercent) { // set the high with the first value in the arrays highPercent = nums[0][1] / (double)nums[0][0]; occupation = occupations[0]; for (int i = 1; i< rows; i++) { // if it is greater thelan the current max set it to the max if (nums[i][1] / (double)nums[i][0] >highPercent) { highPercent = nums[i][1] / (double)nums[i][0]; occupation = occupations[i]; } } } void findLow(string occupations[], int nums[][2], int rows, string& occupation, double&lowPercent) { // set the low with the first value in the arrays lowPercent = nums[0][1] / (double)nums[0][0]; occupation = occupations[0]; for (int i = 1; i< rows; i++) { // if it is less than the current max set it to the max if (nums[i][1] / (double)nums[i][0]