And I'm struggling with defining "logical" in this context. Because right now my primary focus is deepening the set I already have, further exploring those subjects (something I'm doing right now with C++ and CG), and maybe learn a language like Lua. But on the other hand, after finding that job, I want to broaden my general CS knowledge, I'm really curious about cryptocurrencies and what I can do as a CS engineer to help solve the big problems of our time, such as climate change. So any answer going either direction is welcomed.
So far, technology has only created environmental problems. I don't think environmental problems created by technology can be solved with technology without creating another problems.
vulkan,
ray tracing
fluid simulation
physics engine
public class ArrayOfEmployees {
static Scanner kb = new Scanner (System.in);
public static void main ( ) {
final int SIZE = 100;
String [ ] empID = new String [SIZE]; //array of employee's id
String [ ] empName = new String [SIZE]; //array of employee's name
double [ ] empSal = new double [SIZE]; //array of employee's salary
int response;
System.out.println ("\fInput " + SIZE + " of Empolyees' Records");
accept (empID, empName, empSal);
System.out.println (“\nUnsorted lists output:”);
displayAllEmp (empID, empName, empSal);
do {
System.out.println (“\nEmployee ID is found in location “ + searchByID (empID, empName, empSal));
System.out.println (“\nThere are “ + countEmpSalary (empSal, sal) + “ whose salary is above “ + sal);
System.out.println ("\nReapeat? Press [0] to stop. >>> ");
response = kb.nextInt();
}while (response != 0);
sortBySalaryInDescending (empID, empName, empSal);
System.out.println (“\nSorted lists output by Employee's Salary in Descending Order”);
displayAllEmp (empID, empName, empSal);
sortByEmpNameInAscending (empID, empName, empSal);
System.out.println (“\nSorted lists output by Employee's Name in Ascending Order”);
displayAllEmp (empID, empName, empSal);
do {
System.out.println (“\nEmployee's name is found in location “ + searchByName (empID, empName, empSal));
System.out.println (“\nThere are “ + countEmpSalary (empSal, sal) + “ whose salary is above “ + sal);
deleteSpecificEmpByID (empID, empName, empSal);
System.out.println ("\nReapeat? Press [0] to stop. >>> ");
response = kb.nextInt();
}while (response != 0);
}//End of method main
//Method Descriptions.
//You may also add a code in the main method if you think it is necessary but never delete from the existing code.
2. displayAllEmp (empID, empName, empSal) – 5 points - display all employees’ records in table form
3. searchByID (empID, empName, empSal)) – 5 points - Input employee’s ID to be searched. Display employee’s information if found, otherwise, display an appropriate message. Use linear search in searching.
4. searchByName (empID, empName, empSal)) – 5 points - Input employee’s name to be searched. Display employee’s information if found, otherwise, display an appropriate message. Use binary search in searching.
5. countEmpSalary (empSal, sal) – 5 points - count and returns the number of employee whose salary is greater than sal
6. sortBySalaryInDescending (empID, empName, empSal) – 5 points - arrange the records in descending order using salary as the key
7. sortByEmpNameInAscending (empID, empName, empSal) - 5 points - arrange the records in ascending order using name as the key
8. deleteSpecificEmpByID (empID, empName, empSal) – 5 points - Inputs ID to be deleted. If found, remove the record, otherwise, display appropriate message.
}