/*
 * File:    warmup.cpp
 * Author:  Michael H. Goldwasser
 * Date:    05 January 2005
 *
 * This is a partially written source code for a programming
 * assignment.  The eventual goal is to gain practice in various
 * syntactical issues involving the use of both locally and
 * dynamically declared arrays and vectors.
 */
#include <cstdlib>
#include <iostream>
#include <vector>

using namespace std;


/***********************************************
 *  Place your various subroutines here
 ***********************************************/





int main() {

  /****************************************************************
   *  Phase 0:  ask user how many numbers to be given
   ****************************************************************/
  int n;
  cout << "How many number will follow? ";
  cin >> n;


  /****************************************************************
   *  Phase 1:  read data into array and vector declared "locally"
   ****************************************************************/
  double A[n];
  vector<double> V(n);


  // read the data here...


  // echo the contents of A and V to the standard output
  cout << "=================== phase 1 ===================\n";

  cout << "-----Array A contents-----\n";
  // call print routine for A

  cout << "-----Vector V contents-----\n";
  // call print routine for V


  /****************************************************************
   *  Phase 2:  locally declare array B and vectors W and X,
   *    copying data from original structures as described in assignment 
   *
   *    Then reverse contents of these copies.
   *    Then print contents of both original and copies.
   ****************************************************************/


  // Locally declare B, W and X here, ensuring that data is cloned



  // call reversal subroutine for B, W and X



  // echo the contents of new and original structures
  cout << "=================== phase 2 ===================\n";

  cout << "-----Array A contents-----\n";
  // call print routine for A

  cout << "-----Array B contents-----\n";
  // call print routine for B

  cout << "-----Vector V contents-----\n";
  // call print routine for V

  cout << "-----Vector W contents-----\n";
  // call print routine for W

  cout << "-----Vector X contents-----\n";
  // call print routine for X


  /****************************************************************
   *  Phase 3:  dynamically declare array C and vectors Y and Z,
   *    copying data from original structures as described in assignment 
   *
   *    Then reverse contents of these copies.
   *    Then print contents of both original and copies.
   ****************************************************************/

  // Dynamically declare C, Y and Z here, ensuring that data is cloned



  // call reversal subroutine for C, Y and Z



  // echo the contents of new and original structures
  cout << "=================== phase 3 ===================\n";

  cout << "-----Array A contents-----\n";
  // call print routine for A

  cout << "-----Array C contents-----\n";
  // call print routine for C

  cout << "-----Vector V contents-----\n";
  // call print routine for V

  cout << "-----Vector Y contents-----\n";
  // call print routine for Y

  cout << "-----Vector Z contents-----\n";
  // call print routine for Z





  return EXIT_SUCCESS;
}