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- import java.io.* ;
- public class MclaLoops//Class
- {
- public static void main (String[] args) throws IOException //main method
- {
- BufferedReader objReader = new BufferedReader (new InputStreamReader(System.in));
- System.out.println("Please enter the cost for a purple ticket"); //input prompt for cost of purple ticket
- int purpleTicket = Integer.parseInt ((objReader.readLine())); //varible decleration for purple ticket
- System.out.println("Please enter the cost for a gray ticket"); //input prompt for cost of gray ticket
- int grayTicket = Integer.parseInt ((objReader.readLine()));// varible decleration for gray ticket
- System.out.println("Please enter the cost for a yellow ticket"); //inpur prompt for cost of yellow ticket
- int yellowTicket =Integer.parseInt ((objReader.readLine())); //variable decleration for yellow ticket
- System.out.println("Please enter the cost for a brown ticket"); // input prompt for cost of brown ticket
- int brownTicket = Integer.parseInt ((objReader.readLine())); // variable decleration for brown ticket
- System.out.println("PLease enter the amount of money you would want to rasie"); // input for raisedMoney money to be raised in ticket sales
- int raisedMoney = Integer.parseInt ((objReader.readLine ())); // variable decleration for the money that is to be raised
- int ctr1 = 0; //counter one, counting how many brown tickets there will be
- int ctr2 = 0; // counter two, counting how many yellow tickets there will be
- int ctr3 = 0; // counter three, counting how many gray tickets there will be
- int ctr4 = 0; //counter four, counting how many purple tickets there will be
- int ctrCombo = 0; // counter to keep track of raisedMoney combinations
- int brownMax = 0; // variable for max amount of brown tickets for a given raised amount
- int yellowMax = 0; // variable for max amount of yellow tickets for a given raised amount
- int grayMax = 0; // variable for max amount of gray tickets for a given raised amount
- int purpleMax = 0;// variable for max amount of purple tickets for a given raised amount
- int r = raisedMoney = 0; // declaring raised amount to r
- int ctr = 0;
- if (brownTicket <= r) // if the brown ticket cost is less than or equal to the raisedMoney raised amount then execute
- {
- r = raisedMoney;
- brownMax = (r / brownTicket); // finding the maximum times the brown ticket can go into the raisedMoney raised amount
- }
- if (yellowTicket <= r)//if the yellow ticket cost is less than or equal to the raisedMoney raised amount then execute
- {
- r = raisedMoney;
- yellowMax = (r / yellowTicket);// finding the maximum times the yellow ticket can go into the raisedMoney raised amount
- }
- if (grayTicket <= r) //if the gray ticket cost is less than or equal to the raisedMoney raised amount then execute
- {
- r = raisedMoney;
- grayMax = (r / grayTicket);// finding the maximum times the gray ticket can go into the raisedMoney raised amount
- }
- if (purpleTicket <= r) //if the purple ticket cost is less than or equal to the raisedMoney raised amount then execute
- {
- r = raisedMoney;
- purpleMax = (r / purpleTicket);// finding the maximum times the purple ticket can go into the raisedMoney raised amount
- }
- if((brownTicket > 0) || (yellowTicket >0) || (grayTicket >0) || (purpleTicket >0)) //Error checking
- {
- do
- {
- r = raisedMoney; // setting raised money to be assigned to r
- // resetting each ctr to 0 once the loop starts again
- ctr1 = 0;
- ctr2 = 0;
- ctr3 = 0;
- ctr4 = 0;
- r= r - (brownTicket * brownMax); // subtracting the max brown tickets from the raisedMoney raised amount needed
- ctr1 = ctr1 * brownMax; // adding a counter to brown
- while (yellowTicket <= r) //keep adding 1 to the counter while the yellowTicket is less than or equal too the raised amount
- {
- ctr2++;
- r = r - yellowTicket; // subtract the yellow ticket from the raised price if possible
- }
- while (grayTicket <= r)
- {
- ctr3++;
- r = r - grayTicket;
- }
- while (purpleTicket <= r)
- {
- ctr4++;
- r = r - purpleTicket;
- }
- if (r == raisedMoney)
- {
- ctrCombo = ctrCombo + 1;
- {
- ctr++;
- System.out.println ("# of PURPLE is " + ctr4 + " # of GRAY is " + ctr3 + "# of YELLOW is " + ctr2 + " # of PURPLE is " + ctr1);
- yellowMax = yellowMax -1;
- }
- }
- } while (yellowMax > 0);
- do
- {
- r = raisedMoney;
- ctr1 = 0;
- ctr2 = 0;
- ctr3 = 0;
- ctr4 = 0;
- r= r - (yellowTicket * yellowMax);
- ctr2 = ctr2 * yellowMax;
- while (grayTicket <= r)
- {
- ctr3++;
- r = r - grayTicket;
- }
- while (purpleTicket <= r)
- {
- ctr4++;
- r = r - purpleTicket;
- }
- if (r == raisedMoney)
- {
- ctrCombo = ctrCombo + 1;
- {
- ctr++;
- System.out.println ("# of PURPLE is " + ctr4 + " # of GRAY is " + ctr3 + "# of YELLOW is " + ctr2 + " # of PURPLE is " + ctr1);
- grayMax = grayMax -1;
- }
- }
- } while (yellowMax > 0);
- do
- {
- r = raisedMoney;
- ctr1 = 0;
- ctr2 = 0;
- ctr3 = 0;
- ctr4 = 0;
- r= r - (grayTicket * grayMax);
- ctr3 = ctr3 * grayMax;
- while (purpleTicket <= r)
- {
- ctr4++;
- r = r - purpleTicket;
- }
- if (r == raisedMoney)
- {
- ctrCombo = ctrCombo + 1;
- {
- ctr++;
- System.out.println ("# of PURPLE is " + ctr4 + " # of GRAY is " + ctr3 + "# of YELLOW is " + ctr2 + " # of PURPLE is " + ctr1);
- purpleMax = purpleMax -1;
- }
- }
- } while (grayMax > 0);
- do
- {
- r = raisedMoney;
- ctr1 = 0;
- ctr2 = 0;
- ctr3 = 0;
- ctr4 = 0;
- r= r - (purpleTicket * purpleMax);
- ctr2 = ctr2 * purpleMax;
- if (r == raisedMoney)
- {
- ctrCombo = ctrCombo + 1;
- {
- ctr++;
- System.out.println ("# of PURPLE is " + ctr4 + " # of GRAY is " + ctr3 + "# of YELLOW is " + ctr2 + " # of PURPLE is " + ctr1);
- brownMax = brownMax -1;
- }
- }
- } while (purpleMax == raisedMoney);
- }
- else
- {
- System.out.println("Invalid value(s)");
- }
- System.out.println ("there are " + ctrCombo + " combinations");
- }
- }
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