/**
 *  <PRE>
 *  ArrayTest.java
 *
 *  Revisions: 1.0 Sep. 02, 2002
 *               Created the ArrayTest class
 *             1.1 Sep. 02, 2002
 *               Compiled, Tested, Coding Done
 *             1.2 Sep. 05, 2002
 *               Thanks to a failed WinXP SP1 Install, had to recomment
 *
 *  </PRE>
 *
 *  Collaboration Statement:
 *    I worked on the homework assignment alone, using only             
 *    course materials.
 *  
 *  Created with JCreatorLE, some indents are off when viewed through notepad
 *    or EMACS
 *
 *  @author <A HREF="mailto:gtg184g@mail.gatech.edu">Jose Manuel Caban</A>
 *  @version Version 1.2, Sep. 05, 2002
 */

public class ArrayTest {
  public static final boolean bDebug = false;
  
  //////////////////
  //from Phase III//
  //////////////////
   
    ///////////
    //Methods//
    ///////////
  
  /**
   *Loop through array and return sum
   *@return sum of array elements
   */
   public int sum(int intArray[]){
   	int sum = 0;
   	
   	if(bDebug){
    	System.out.println("Begin iteration sum");
    }
    
   	//function code
   	for(int i=0;i<intArray.length; i++){
   		sum += intArray[i];
   	}
    
    if(bDebug){
    	System.out.println("End iteration sum");
    }

    return sum;
   } //end of sum(int intArray[]);

  /**
   *create array of size "size" and set set each element .1 higher
   *than the previous starting with 0.0
   *@return array with each element 0.1 larger than the previous
   */
   public double[] buildArray(int size){
   	double[] array = new double[size];
   	array[0] = 0.0;
   	
   	if(bDebug){
    	System.out.println("Begin iteration buildArray");
    }

   	//actual code
   	for(int i = 1; i<array.length;i++){
   		array[i] = array[i-1] + 0.1;
   	}
    
    if(bDebug){
    	System.out.println("End iteration buildArray");
    }
    return array;
   } //end of buildArray(int size)
   		
  /**
   *Create an array containing the smallest and largest element of intArray
   *@return the array containing the smallest and largest element of intArray
   */
   public int[] bounds(int intArray[]){
   	int min = intArray[0], max = intArray[0];
   	
   	if(bDebug){
    	System.out.println("Begin iteration bounds");
    }

   	//actual code, again
   	for(int i = 0; i<intArray.length;i++){
   		if(intArray[i] > max){
   			max = intArray[i];
   		}
   		if(intArray[i] < min){
   			min = intArray[i];
   		}
    } //end for loop
	
	if(bDebug){
    	System.out.println("End iteration bounds");
    }

	int bounds[] = new int[2];
	bounds[0] = min;
	bounds[1] = max;
	return bounds;
   } //end bounds(int intArray[])

  /********************************************************/
  
  /////////////////
  //From Phase IV//
  /////////////////
    
    ///////////
    //Methods//
    ///////////
  /**
   *Traverse through twoDArray
   *@return the sum of the elements of twoDArray
   */  
   public static int sum(int twoDArray[][]){
   	int sum=0;
   	
   	if(bDebug){
    	System.out.println("Begin iteration sum(twoDArray)");
    }
   	
   	for(int row=0; row<twoDArray.length; row++){
   		for(int col=0; col<twoDArray[row].length; col++){
   			sum += twoDArray[row][col];
   		}
    }//end for loop
    
    if(bDebug){
    	System.out.println("End iteration sum(twoDArray)");
    }
	return sum;
   }//end of sum(int twoDArray[][])
  
  /**
   *Traverse grid
   *@return the number of "true's"
   */
   public static int[] getRowCounts(boolean grid[][]){
   	int[] total = new int[grid.length];
   	
   	if(bDebug){
    	System.out.println("Begin iteration getRowCounts");
    }

   	for(int row=0; row<grid.length; row++){
   		total[row] = 0;
   		for(int col=0; col<grid[row].length; col++){
   			if(grid[row][col] == true){
   				total[row]++;
   			}
   	    }
    }//end for loop
	
	if(bDebug){
    	System.out.println("End iteration getRowCounts");
    }
	return total;
   }//end of getRowCounts

  /**********************************************************/
  
  /**
   *  Debugging main for class ArrayTest.  
   *  This method will rigorously test my code.
   *
   *  <br><br>
   *  @param args a String array of command line arguments.
   */
   public static void main(String[] args) {
   
  //////////////////
  //from Phase III//
  //////////////////
  	
  	//////////////////
  	//test Phase III//
  	//////////////////
    ArrayTest arraytest = new ArrayTest();
    
    //test sum()
    int[] array = new int[10];
    for(int i = 0; i<array.length;i++){
    	array[i] = i+1;
    }
    
    System.out.println(arraytest.sum(array));
    
    //test buildArray()
    double[] array1;
    array1 = arraytest.buildArray(8);
    for(int i=0;i<array1.length;i++){
    	System.out.println(array1[i]);
    }
    
    //test bounds
    int[] array2;
    array2 = arraytest.bounds(array);
    for(int i = 0; i<array2.length;i++){
    	System.out.println(array2[i]);
    }
    
  //////////////////
  //from Phase IV//
  //////////////////
    
    System.out.println("\nPhase IV begins here\n");
    
    /////////////////
    //test Phase IV//
    /////////////////
    int[][] array2D = new int[5][4];
    
    //test sum(twoDArray())
    for(int row=0; row<array2D.length; row++){
    	for(int col=0; col<array2D[row].length; col++){
    		array2D[row][col] = row+col;
    	}
    }
	System.out.println(arraytest.sum(array2D) + "\n");
	
	//test getRowCounts()
	boolean[][] array2D_1 = new boolean[4][5];
	for(int row=0; row<array2D_1.length; row++){
    	for(int col=0; col<array2D_1[row].length; col++){
    		if(col%2 != 0){
    			array2D_1[row][col] = false;
    		}
    		else { //col%2 == 0
    			array2D_1[row][col] = true;
    		}
    	}
    }
	int[] truthtellers = arraytest.getRowCounts(array2D_1);
	for(int i=0; i<truthtellers.length; i++){
		System.out.println(truthtellers[i]);
	}
   
  }// end of main(String[] args)

}// end of class ArrayTest