/// <summary>
/// this method print the name of the dead bunny, what was died this year
/// </summary>
/// <param name="curDeadBunny"></param>
public static void PrintDeadBunny(Bunny curDeadBunny)
{
while (Times.stopFlow)
{
;
}
logger.Info(curDeadBunny.Name + " died");
Console.WriteLine(curDeadBunny.Name + " died");
}
/// <summary>
///
/// </summary>
/// <param name="curVampireBunny"></param>
public static void PrintVampireBunny(Bunny curVampireBunny)
{
while (Times.stopFlow)
{
;
}
logger.Info(curVampireBunny.Name + " is radioactive mutant vampire. Age: " + curVampireBunny.Age + " Color: " + curVampireBunny.Color + " Sex: " + curVampireBunny.Sex);
Console.WriteLine(curVampireBunny.Name + " is radioactive mutant vampire. Age: " + curVampireBunny.Age + " Color: " + curVampireBunny.Color + " Sex: " + curVampireBunny.Sex);
}
public static int countDeadBunnies = 0; //how many bunnies were died
/// <summary>
/// prints new bunnies
/// </summary>
/// <param name="newBunny"></param>
public static void PrintNewBunny(Bunny newBunny)
{
while (Times.stopFlow)
{
;
}
logger.Info("Bunny " + newBunny.Name + " was born. Color: " + newBunny.Color + ", Sex: " + newBunny.Sex);
Console.WriteLine("Bunny " + newBunny.Name + " was born. Color: " + newBunny.Color + ", Sex: " + newBunny.Sex);
countNewBunnies++;
}
/// <summary>
/// A method for generating new random born bunnies
/// </summary>
/// <param name="currentBunnies"></param>
/// <returns>A List of the generated bunnies</returns>
public static List <Bunny> GenerateRandomBunnies(List <Bunny> currentBunnies)
{
List <Bunny> newBunnies = new List <Bunny>();
int quantMaleBunnies = GetRegularAdultMaleBunnies(currentBunnies).Count; //quantity of regular adult male bunnies
List <Bunny> femaleBunnies = GetRegularAdultFemaleBunnies(currentBunnies); //all current regular adult female bunnies
Random random = new Random();
foreach (Bunny fBunny in femaleBunnies)
{
for (int i = 0; i < quantMaleBunnies; i++)
{
int generatedSex = random.Next(Enum.GetNames(typeof(Sex)).Length);
int generatedColor = (int)fBunny.Color;
string givenName; //the name is given from the list depending on the gender of the bunny
if (i % 2 == 0) // this so that there is an equal number of bunnies at the start
{
generatedSex = (int)Sex.Female;
givenName = ((FemaleNames)random.Next(Enum.GetNames(typeof(FemaleNames)).Length)).ToString();
}
else
{
generatedSex = (int)Sex.Male;
givenName = ((MaleNames)random.Next(Enum.GetNames(typeof(MaleNames)).Length)).ToString();
}
Bunny generatedBunny = new Bunny(givenName, generatedSex, generatedColor, Bunny.InitialAge);
if (generatedBunny.isRadioactiveMutantVampireBunny != true)//cheking whether the bunny was born a vampire or not
{
Print.PrintNewBunny(generatedBunny);
}
else
{
Print.PrintVampireBunny(generatedBunny);
Print.countNewBunnies++;
}
newBunnies.Add(generatedBunny);
}
}
return(newBunnies);
}
/// <summary>
/// A method for generating random bunnies, but with initial genders.
/// </summary>
/// <param name="initialNumberOfBunnies"></param>
/// <returns>A List of the generated bunnies</returns>
public static List <Bunny> GenerateInitialBunnies(int initialNumberOfBunnies)
{
List <Bunny> initialBunnies = new List <Bunny>();
Random random = new Random();
for (int i = 0; i < initialNumberOfBunnies; i++)
{
int generatedColor = random.Next(Enum.GetNames(typeof(Color)).Length);
int generatedSex;
string givenName; //the name is given from the list depending on the gender of the bunny
if (i % 2 == 0) // this so that there is an equal number of bunnies at the start
{
generatedSex = (int)Sex.Female;
givenName = ((FemaleNames)random.Next(Enum.GetNames(typeof(FemaleNames)).Length)).ToString();
}
else
{
generatedSex = (int)Sex.Male;
givenName = ((MaleNames)random.Next(Enum.GetNames(typeof(MaleNames)).Length)).ToString();
}
Bunny generatedBunny = new Bunny(givenName, generatedSex, generatedColor, Bunny.InitialAge);
if (generatedBunny.isRadioactiveMutantVampireBunny != true)//cheking whether the bunny was born a vampire or not
{
Print.PrintNewBunny(generatedBunny);
}
else
{
Print.PrintVampireBunny(generatedBunny);
Print.countNewBunnies++;
}
initialBunnies.Add(generatedBunny);
}
return(initialBunnies);
}
/// <summary>
/// every year the vampire bunny bites another regular rabbit and infects him with vampirism
/// </summary>
/// <param name="currentBunnies"></param>
public static void DoBite(List <Bunny> currentBunnies)
{
List <Bunny> vampireBunnies = GetRadioactiveMutantVampireBunnies(currentBunnies);
List <Bunny> regularBunnies = GetRegularBunnies(currentBunnies);//auxiliary variable
//if vampire bunnies are greater than or equal to the number of ordinary bunnies
//then there is no point in further loading the system - we make all ordinary bunnies vampires(also for fix the bug)
if (vampireBunnies.Count > regularBunnies.Count)
{
foreach (Bunny regularBunny in regularBunnies)
{
regularBunny.isRadioactiveMutantVampireBunny = true;
Print.PrintVampireBunny(regularBunny);
}
return;
}
//standart method
foreach (Bunny vampireBunny in vampireBunnies)
{
List <Bunny> regularCurrentBunneis = GetRegularBunnies(currentBunnies);
IEnumerator <Bunny> regularBunniesEnumerator = regularCurrentBunneis.GetEnumerator();
Random random = new Random();
Bunny randomBunny = regularCurrentBunneis[random.Next(regularCurrentBunneis.Count)]; //choose a random bunny to bite
while (regularBunniesEnumerator.Current != randomBunny) //move on the next until we find the one we need to bite
{
regularBunniesEnumerator.MoveNext();
}
regularBunniesEnumerator.Current.isRadioactiveMutantVampireBunny = true;
Print.PrintVampireBunny(regularBunniesEnumerator.Current);
}
}
public AirCraft(Bunny bunny, int damage)
{
this.Pilot = bunny;
this.Damage = damage;
this.Coordinates = new Map();
}
