//this is the main method:
public void UpdateVirusesStateOfThePatient(PatientStatistics o_PatientStatistics)
{
GenerateReproducmentProbability(); // determine what is the real probability by the parameters of number of viruses compared to the number of cells times the given growth constant
int NumberOfVirusesThatReproduced = 0;
foreach (Virus virus in VirusPopulation)
{
bool DoesTheVirusReproduced = virus.UpdateSelfStateAndCheckWhetherToReproduce(ReproducmentProbability, VirusDisconnectionProbability);
if (DoesTheVirusReproduced)
{
NumberOfVirusesThatReproduced++;
}
}
// at the end of this phase, we add the new viruses that have been reproduced:
for (int i = 0; i < NumberOfVirusesThatReproduced; i++)
{
VirusPopulation.Add(new Virus());
}
// at the end, lets make a new record for our statistics object:
PatientDayRecord patientDayRecord = new PatientDayRecord(CalculateNumberOfAliveViruses(), CalculateNumberOfDeadViruses());
o_PatientStatistics.DaysRecords.Add(patientDayRecord);
}
public void UpdateVirusesStateOfThePatient(PatientStatistics o_PatientStatistics)
{
GenerateReproducmentProbability(); // determine what is the real probability by the parameters of number of viruses compared to the number of cells times the given growth constant
List <Virus> ReproducedViruses = new List <Virus>(); // the viruses that have been reproduced in one (this) phase
foreach (Virus virus in VirusPopulation)
{
Virus newVirus = virus.UpdateSelfStateAndCheckWhetherToReproduce(ReproducmentProbability);
if (newVirus != null)
{
ReproducedViruses.Add(newVirus);
}
}
// at the end of this phase, we add the new viruses that have been reproduced:
if (ReproducedViruses.Count > 0)
{
VirusPopulation.AddRange(ReproducedViruses);
}
// a day (iteration) has passed, so:
ADayPass();
// at the end, lets make a new record for our statistics object:
PatientDayRecord patientDayRecord = new PatientDayRecord(CalculateNumberOfAliveViruses(), CalculateNumberOfDeadViruses());
o_PatientStatistics.DaysRecords.Add(patientDayRecord);
}
