Is there anyway I can shorten this code? It look long and kind of repetitive. I can't use array for this one. What the program does is a dice stimulation. Ask user for amount of roll ( it an 11 side dice). Int count from 1-22 is a counter keeping count of the sum of the dice each role.(There might be alot of magic number, sorry )Thanks

import java.util.Random; import java.util.Scanner; public class DiceProbability { public static void main(String[] args) { //Declare and initialize variables and objects Scanner inRoll = new Scanner(System.in); int match = 0; //Number of times sum of dice matches the current sum int die1; int die2; //Random generated numbers int nRoll ; int nSides = 11; int totalCount = 0; int count2 = 0; int count3 = 0; int count4 = 0; int count5 = 0; int count6 = 0; int count7 = 0; int count8 = 0; int count9 = 0; int count10 = 0; int count11= 0; int count12= 0; int count13 = 0; int count14 = 0; int count15 = 0; int count16 = 0; int count17 = 0; int count18 = 0; int count19 = 0; int count20 = 0; int count21 = 0; int count22 = 0; //Input: ask user for number of rolls and number of sides on a die System.out.println("Enter the number of rolls: "); nRoll = inRoll.nextInt(); //Print heading for output table System.out.println("Number of rolls: "+ nRoll); //*************************************************************************************** //Using nested loops, cycle through the possible sums of the dice. //Roll the dice the given number of times for each sum. //Count how many times the sum of the dice match the current sum being looked for. //*************************************************************************************** //Loop to increment through the possible sums of the dice for(int sum = 2; sum <=2*nSides;sum++) { for(int roll = 0; roll < nRoll;roll++) { Random randNumList= new Random(); int randNum1 = randNumList.nextInt(nSides)+1; int randNum2 = randNumList.nextInt(nSides)+1; int sumOf = randNum1 + randNum2; {totalCount++; if(randNum1 + randNum2 == 2) count2++; else if(sumOf ==3) count3++; else if(sumOf ==4) count4++; else if(sumOf ==5) count5++; else if(sumOf ==6) count6++; else if(sumOf ==7) count7++; else if(sumOf ==8) count8++; else if(sumOf ==9) count9++; else if(sumOf ==10) count10++; else if(sumOf ==11) count11++; else if(sumOf ==12) count12++; else if(sumOf ==13) count13++; else if(sumOf ==14) count14++; else if(sumOf ==15) count15++; else if(sumOf==16) count16++; else if(sumOf ==17) count17++; else if(sumOf ==18) count18++; else if(sumOf ==19) count19++; else if(sumOf ==20) count20++; else if(sumOf ==21) count21++; else count22++; } } } System.out.println("Sum of Dice:"+ "\t Probability"); System.out.println("2s:"+ " \t\t"+((double)count2/totalCount)*100+" %"); System.out.println("3s:"+ " \t\t"+((double)count3/totalCount)*100+" %"); System.out.println("4s:"+ " \t\t"+((double)count4/totalCount)*100+" %"); System.out.println("5s:"+ " \t\t"+((double)count5/totalCount)*100+" %"); System.out.println("6s:"+ " \t\t"+((double)count6/totalCount)*100+" %"); System.out.println("7s:"+ " \t\t"+((double)count7/totalCount)*100+" %"); System.out.println("8s:"+ " \t\t"+((double)count8/totalCount)*100+" %"); System.out.println("9s:"+ " \t\t"+((double)count9/totalCount)*100+" %"); System.out.println("10s:"+ " \t\t"+((double)count10/totalCount)*100+" %"); System.out.println("11:"+ " \t\t"+((double)count11/totalCount)*100+" %"); System.out.println("12:"+ " \t\t"+((double)count12/totalCount)*100+" %"); System.out.println("13:"+ " \t\t"+((double)count13/totalCount)*100+" %"); System.out.println("14:"+ " \t\t"+((double)count14/totalCount)*100+" %"); System.out.println("15:"+ " \t\t"+((double)count15/totalCount)*100+" %"); System.out.println("16:"+ " \t\t"+((double)count16/totalCount)*100+" %"); System.out.println("17:"+ " \t\t"+((double)count17/totalCount)*100+" %"); System.out.println("18:"+ " \t\t"+((double)count18/totalCount)*100+" %"); System.out.println("19:"+ " \t\t"+((double)count19/totalCount)*100+" %"); System.out.println("20:"+ " \t\t"+((double)count20/totalCount)*100+" %"); System.out.println("21:"+ " \t\t"+((double)count21/totalCount)*100+" %"); System.out.println("22:"+ " \t\t"+((double)count22/totalCount)*100+" %"); } //end main }//end class DiceProbability