}//end loadQueues():int
/**
* determines if registrant has finished registering<br>
*
* <hr>
* Date created: Nov 12, 2013<br>
* Date last modified: Nov 16, 2013<br>
* <hr>
* @author Stan Seiferth
*/
public int CheckDone(int i, double currentTime)
{
int result = -1;
Registrant temp = new Registrant();
if ((whenDone[i] <= currentTime) && (whenDone[i] > 0))
{
line[i].Dequeue();
whenDone[i] = 0;
if (line[i].Count > 0)
{
temp = line[i].Peek() as Registrant;
whenDone[i] = (temp.ArrTime / 100) + currentTime;
}
result = i;
return(result);
}
return(result);
}//end CheckDone(double):int
}//end Events()
/**
* determines how long it takes to register for each registrant<br>
*
* <hr>
* Date created: Nov 12, 2013<br>
* Date last modified: Nov 16, 2013<br>
* <hr>
* @author Stan Seiferth
*/
public void FindTimeInLine(int people, double expected, double shortest)
{
double arrival;
double observed;
double xSqr;
double result = 0;
Registrant temp;
Random time = new Random();
this.people = people;
//StreamWriter sw = new StreamWriter("excel.csv");
registrants = new List <Registrant>();
for (int i = 0; i < people; i++)
{
for (int j = 0; j < 256; j++)
{
observed = time.Next(15, 200); //cast statistical mojo
observed = observed / 10.0; //make random numbers follow chi square distribution
xSqr = observed - 4.25;
result += (xSqr * xSqr) / 4.25;
}
result = (result / 255) - (12.34 + (4.25 - expected)); //adjust average to match user input
if (result < shortest) //if less than shortest time make shortest time
{
result = shortest;
}
arrival = ArrEvent(time.Next(1000)); //find arrival time for individual
arrival = Math.Round((arrival * EventTimeSpan) + OpenTime, 2);
temp = new Registrant(); //make a temporary registrant to hold values
temp.TimeInLine = result; //assign time needed to register
temp.ArrTime = arrival; //assign time arrived to register
registrants.Add(temp); // add that temporary to list
//sw.Write(result + ",");Math.Round(, 2)
result = 0;
}
registrants.Sort();
//SinkSort(registrants);
}
