BINARY CONVERTER

import java.util.ArrayList;
import java.util.Collections;
import java.util.Scanner;
//Convert numbers in base 10 to user specified base or negative base 2
public class Binary
{
     public static void main ( String [] args )
     {
         Scanner input = new Scanner( System.in );

         System.out.print("Enter Number in base 10: ");
         int base10 = input.nextInt();
       
         System.out.print("Enter Number in required base: ");
         int base = input.nextInt();

         ArrayList<Integer> result = new ArrayList<Integer>();//Create dynamic array
         
         //Convert from positive base 10 to specified base
         if (base10 > 0) {
           while ( base10 != 0 ) {
              result.add(base10%base);
               base10 = base10/base;
         }
          Collections.reverse(result);//reverse the order of the array

          System.out.println( "\nResult in Binary is " + result +"." );
           }
          //Convert negative base 10 digit to base 2
          else {
             base10 = (base10 + 1) * -1;
             while ((base10 != 0) && (base == 2)) {
              if (base10%base == 0) result.add(1);
               else if (base10%base == 1)
                result.add(0);                
                  base10 = base10/base;
            }
          Collections.reverse(result);//reverse the order of the array

          System.out.println( "\nResult in Binary is " + result +"." );
          }
     }
}
/*The program works perfectly for unsigned integers
   however signed integers seem to be a problem. In
   all honesty, i can't be asked to create a proper functioning
   logic for signed integers. It's not like most of you view this
   blog anyway lol.*/

       

A Java Program That Rolls A Pair OF Dice and Sums Up the Outcomes. Now Who Wants To Gamble ;)

import java.util.Scanner;
public class DiceRoll
{
     private static final int dice = 6;

     public static void main( String[] args )
     {
          Scanner input = new Scanner( System.in );
           int x = 0;
           int y = 0;
           int z = 0;
           /*Rolls and sums up outcome of Dice till the loop breaks if 7 is entered at  
           prompt*/
          while ( z != 7 ) {
             System.out.println( "Press Any Number To Roll First Die" );
              x = input.nextInt();
               x = (int) (Math.random() * dice) + 1;
                System.out.println( "First Roll = " + x );
                 System.out.println( "Press Any Number To Roll Second Die" );
                  y = input.nextInt();
                   y = (int) (Math.random() * dice) + 1;
                    System.out.println( "Second Roll = " + y );
                     System.out.println( "You Rolled a " + (x + y) + "\n" );
                      System.out.println( "Press 7 To quit Or Any Number To Keep On Rolling" );
                       z = input.nextInt();
          }
     }
}

A Little Java Game That Asks A User To Guess A Random Number From The Width Specified By The User.

import java.util.Scanner;
public class GuessNumber
{
    public static void main( String[] args )
    {
        Scanner input = new Scanner( System.in );

        System.out.print( "Please Enter A Number To Be Shuffled: " );
        int x = input.nextInt();//Asks for width Of Random Number to Be Generated
       
        int y = (int) (Math.random() * x);//Generates Random Number
        System.out.print( "Now Guess The Random Number Generated: " );

        int z = input.nextInt();//Asks For The User's Number

        /*Requests for User number and checks if it
        is the newly generated random number*/
        while (z != y) {
            System.out.println( "\nThis is the right Number " + y );
             System.out.print( "Please Try again Till You Get the Right Number: " );
               z = input.nextInt();
                y = ( int ) ( Math.random() * x );
        }
        System.out.println( "CORRECT" );//Breaks Loop and Prints if Number Matches
    }
}

Dynamic Multiplication Table

import java.util.Scanner;
public class MultiplyLoop
{
   public static void main( String[] args )
   {
     Scanner input = new Scanner( System.in ); 
     int counter = 0;    
     int result = 0;
    
     System.out.print( "Please Enter Time Table To Be Displayed: " );
    
     int table = input.nextInt();
     //Creates a Multiplication Table Based On User Input.
     while ( counter <= 12 ) {
        result = counter * table;       
        System.out.println( counter + " * " + table + " = " + result );       
        counter++;
            }       
    }
}

A Java Program That Converts Mbps to MBps.

import java.util.Scanner;
public class Mbps2MBps
{
    public static void main( String[] args )
    {
         Scanner input = new Scanner( System.in );
         double mbps, mBps;
         System.out.print( "Please Enter Value in Mbps in two decimal places: " );
         mbps = input.nextDouble();
         //Converts Values from Mega bits/second to Mega bytes/second
         mBps = mbps * 0.125;
         System.out.println( mbps + "Mbps is " + mBps + "MBps." );
   }
}

A Java Program That Assesses Numbers and Displays Results

import java.util.Scanner;
public class VariousSelections //A Java Program That Will Blow Your Mind (215) lines.
{
     public static void main( String[] args)
     {
          Scanner input = new Scanner( System.in );
          int num1, num2, num3, num4, num5, num6, num7, num8,
            num9, num10, num11, num12;
           
          System.out.print( "Please Enter a Number For Assessment: " ); 
          num1 = input.nextInt();         
          numerousSelections( num1 );
         
          System.out.print( "\nPlease Enter First Number: " );
          num2 = input.nextInt();
         
          System.out.print( "Please Enter Second Number: " );
          num3 = input.nextInt();
          twoNumbers( num2, num3 );
         
          System.out.print( "\nPlease Enter Your Age: " );
          num4 = input.nextInt();
          age( num4 );
         
          System.out.print( "\nPlease Enter First Number: " );
          num5 = input.nextInt();
        
          System.out.print( "Please Enter Second Number: " );
          num6 = input.nextInt();
          largerNumber( num5, num6 );
         
          System.out.print( "\nPlease Enter First Number: " );
          num7 = input.nextInt();
          System.out.print( "Please Enter Second Number: " );
          num8 = input.nextInt();
 
          System.out.print( "Please Enter Third Number: " );
          num9 = input.nextInt();
         
          System.out.print( "Please Enter Fourth Number: " );
          num10 = input.nextInt();
          largerSmallerNumber( num7, num8, num9, num10 );
         
          System.out.print( "\nPlease Enter A Month Number: " );
          num11 = input.nextInt();
          month( num11 );
         
          System.out.print( "\nPlease Enter A Month Number: " );
          num12 = input.nextInt();
          monthDays( num12 );         
     }
     public static void numerousSelections( int num1 )
     {
          if ( num1 == 0 ) {
            System.out.println( "Your number is equal to 0" );
            }
             if ( num1!= 0 ) {
              System.out.println( "Your number is not equal to 0" );
              }
               if ( num1 <= 0 ) {
                System.out.println( "Your number is less than or equal to 0" );
                }
                 if (( num1 >= 1 ) && ( num1<= 20 )) {
                  System.out.println( "Your number is between 1 and 20" );
                  }
                    if ((( num1 >= 1 ) && ( num1 <= 20 )) || (( num1 >= 100 ) && ( num1 <= 120 ))) {
                     System.out.println( "Your number is between 1 and 10 or 100 and 120" );
                     }
     }
    
     public static void twoNumbers( int num2, int num3 )
     {              
           if ( num2 == num3 ){
            System.out.println( "The Numbers Are Equal" );
           }
            else {
              System.out.println( "The Numbers Are Not Equal" );
            }
      }
     public static void age( int num4 )
     {
           if ( num4 < 18 ) {
            System.out.println( "User is a teenager who recently hit puberty" );
           }
            else if (( num4 >= 18 ) && ( num4 <= 21 )) {
             System.out.println( "User can Drink Beer" );
            }
             else {
               System.out.println( "User is an Adult" );
             }
     }
     public static void largerNumber( int num5, int num6 )
     {
          if ( num5 > num6 ) {
           System.out.println( num5 + " is the larger of the numbers" );
          }
            else if ( num5 == num6 ) {
              System.out.println( num5 + num6 + " are equal" );
            }
              else {
                System.out.println( num6 + " is the greater of the numbers" );
              }
     }
     public static void largerSmallerNumber( int num7, int num8, int num9, int num10 )
     {
          if (( num7 > num8) && ( num7 > num9 ) && ( num7 > num10 )) {
            System.out.print( num7 + " is larger than the rest while " );
          }
             if (( num8 > num7) && ( num8 > num9 ) && ( num8 > num10 )) {
               System.out.print( num8 + " is larger than the rest while " );
             }
                if (( num9 > num7) && ( num9 > num8 ) && ( num9 > num10 )) {
                  System.out.print( num9 + " is larger than the rest while " );
                }
                  if (( num10 > num7) && ( num10 > num8 ) && ( num10 > num9 )) {
                    System.out.print( num10 + " is larger than the rest while " );
                  }
                      if (( num7 < num8) && ( num7 < num9 ) && ( num7 < num10 )) {
                        System.out.println( + num7 + " is smaller than the rest" );
                      }
                         if (( num8 < num7 ) && ( num8 < num9 ) && ( num8 < num10 )) {
                           System.out.println( + num8 + " is smaller than the rest" );
                         }
                            if (( num9 < num7) && ( num9 < num8 ) && ( num9 < num10 )) {
                              System.out.println( + num9 + " is smaller than the rest" );
                            }
                               if (( num10 < num7) && ( num10 < num8 ) && ( num10 < num9 )) {
                                  System.out.println( + num10 + " is smaller than the rest" );
                               }
     }
     public static void month( int num11 )
     {
          if ( num11 == 1) {
            System.out.println( "You Are In The Month Of January" );
          }
            if ( num11 == 2) {
              System.out.println( "You Are In The Month Of February" );
            }
              if ( num11 == 3) {
                System.out.println( "You Are In The Month Of March" );
              }
                if ( num11 == 4) {
                  System.out.println( "You Are In The Month Of April" );
                }
                  if ( num11 == 5) {
                    System.out.println( "You Are In The Month Of May" );
                  }
                    if ( num11 == 6) {
                      System.out.println( "You Are In The Month Of June" );
                    }
                      if ( num11 == 7) {
                        System.out.println( "You Are In The Month Of July" );
                      }
                        if ( num11 == 8) {
                          System.out.println( "You Are In The Month Of August" );
                        }
                          if ( num11 == 9) {
                            System.out.println( "You Are In The Month Of September" );
                          }
                            if ( num11 == 10) {
                              System.out.println( "You Are In The Month Of October" );
                            }
                               if ( num11 == 11) {
                                 System.out.println( "You Are In The Month Of November" );
                               }
                                 if ( num11 == 12) {
                                   System.out.println( "You Are In The Month Of December" );
                                 }
     }
     public static void monthDays( int num12 )
     {          
          if ( num12 == 1) {
            System.out.println( "You Are In The Month Of January with 31 days" );
          }
            if ( num12 == 2) {
              System.out.println( "You Are In The Month Of February with 28 or 29 days" );
            }
              if ( num12 == 3) {
               System.out.println( "You Are In The Month Of March with 31 days" );
              }
                if ( num12 == 4) {
                  System.out.println( "You Are In The Month Of April with 30 days" );
                }
                  if ( num12 == 5) {
                    System.out.println( "You Are In The Month Of May with 31 days" );
                  }
                    if ( num12 == 6) {
                      System.out.println( "You Are In The Month Of June with 30 days" );
                    }
                      if ( num12 == 7) {
                        System.out.println( "You Are In The Month Of July with 31 days" );
                      }
                        if ( num12 == 8) {
                          System.out.println( "You Are In The Month Of August with 31 days" );
                        }
                          if ( num12 == 9) {
                            System.out.println( "You Are In The Month Of September with 30 days" );
                          }
                            if ( num12 == 10) {
                              System.out.println( "You Are In The Month Of October with 31 days" );
                            }
                               if ( num12 == 11) {
                                 System.out.println( "You Are In The Month Of November with 30 days" );
                               }
                                 if ( num12 == 12) {
                                   System.out.println( "You Are In The Month Of December with 31 days" );
                                 }
     }
}

Linear Programming

A video footage simplifying Linear Programming and its implementation in a real life scenario.
Hope you enjoy it, i find it exhilarating :)