private void FirstDay()
{
// Clear the console
Console.Clear();
// Print the terrarium to the console using colors
Terrarium.CreateEmptyTerrarium();
if (!loadedGame)
{
// Add Organisms to List
for (int i = 0; i < TerrariumSettings.Carnivores; i++)
{
addIOrganism(new Carnivore());
}
for (int i = 0; i < TerrariumSettings.Herbivores; i++)
{
addIOrganism(new Herbivore());
}
for (int i = 0; i < TerrariumSettings.Plants; i++)
{
addIOrganism(new Plant());
}
for (int i = 0; i < TerrariumSettings.Humans; i++)
{
addIOrganism(new Human());
}
}
// Render the animals
Terrarium.RenderAnimals();
Terrarium.RenderPlants();
// Update timestep according to n organisms (n / animals)
// This way turns always last n ms
TimeController.SetStepTimeout();
// Wait for input
Console.ForegroundColor = ConsoleColor.White;
Console.SetCursorPosition(0, Terrarium.Height + 3);
Console.Write("Press 'Enter' to start");
string input = Console.ReadLine();
Console.SetCursorPosition(0, Terrarium.Height + 3);
Console.WriteLine(" ");
}
/* Methods */
public void Start()
{
int width = Terrarium.Width + 1;
int height = Terrarium.Height + 5;
// Scale window size with Terrarium width and height
Console.SetWindowSize(width, height);
// Set buffersize to remove scroll bars from window
Console.SetBufferSize(width, height);
// Initial day (different from regular next day)
FirstDay();
TimeController.Step();
// Game loop (user presses enter to see terrarium)
GameLoop();
// Close game
Terrarium.RenderAnimals();
Console.SetCursorPosition(0, Terrarium.Height + 4);
Console.ForegroundColor = ConsoleColor.White;
Console.WriteLine("Thanks for playing!");
}
private void NextDay()
{
Console.CursorVisible = false;
ClearLines();
// Go to next day and print in console
Console.ForegroundColor = ConsoleColor.White;
Console.SetCursorPosition(0, Terrarium.Height + 2);
Console.Write(TimeController);
TimeController.ChangeTimeStep();
// Add organisms
addIOrganism(new Plant());
// For every organism, perform its actions
OrganismActions();
// Print Terrarium to console
Terrarium.RenderAnimals();
// Update timestep according to n organisms (n / animals)
// This way turns always last n ms
TimeController.SetStepTimeout();
}
public void Activate(Terrarium terrarium, TimeController timeController)
{
AudioController.PlayVulcano();
List <Position> vulcanoPositions = new List <Position>();
List <IOrganism> organismsToDelete = new List <IOrganism>();
string vulcChar = StringManager.GetExtendedAsciiCodeAsString(176);
Console.ForegroundColor = ConsoleColor.Yellow;
Console.BackgroundColor = ConsoleColor.Red;
int size = 5;
for (int i = 0; i < size; i++)
{
if (Position.X + i < terrarium.Width && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X + i, Position.Y + i);
vulcanoPositions.Add(new Position(Position.X + i, Position.Y + i));
Console.Write(vulcChar);
}
if (Position.X - i >= 0 && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X - i, Position.Y + i);
vulcanoPositions.Add(new Position(Position.X - i, Position.Y + i));
Console.Write(vulcChar);
}
if (Position.X - i >= 0 && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X - i, Position.Y - i);
vulcanoPositions.Add(new Position(Position.X - i, Position.Y - i));
Console.Write(vulcChar);
}
if (Position.X + i < terrarium.Width && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X + i, Position.Y - i);
vulcanoPositions.Add(new Position(Position.X + i, Position.Y - i));
Console.Write(vulcChar);
}
for (int j = 0; j < size - 3; j++)
{
if (Position.X + i < terrarium.Width && Position.Y + j < terrarium.Height)
{
Console.SetCursorPosition(Position.X + i, Position.Y + j);
vulcanoPositions.Add(new Position(Position.X + i, Position.Y + j));
Console.Write(vulcChar);
}
if (Position.X - j >= 0 && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X - j, Position.Y + i);
vulcanoPositions.Add(new Position(Position.X - j, Position.Y + i));
Console.Write(vulcChar);
}
if (Position.X - i >= 0 && Position.Y - j >= 0)
{
Console.SetCursorPosition(Position.X - i, Position.Y - j);
vulcanoPositions.Add(new Position(Position.X - i, Position.Y - j));
Console.Write(vulcChar);
}
if (Position.X + j < terrarium.Width && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X + j, Position.Y - i);
vulcanoPositions.Add(new Position(Position.X + j, Position.Y - i));
Console.Write(vulcChar);
}
}
timeController.Step(50);
}
foreach (IOrganism organism in terrarium.Organisms)
{
foreach (Position pos in vulcanoPositions)
{
if (organism.Position.Equals(pos) && !organismsToDelete.Contains(organism))
{
organismsToDelete.Add(organism);
}
}
}
foreach (IOrganism organism in organismsToDelete)
{
terrarium.Organisms.Remove(organism);
}
Console.ResetColor();
}
public WorldController(Terrarium terrarium, TimeController timecontroller)
{
Terrarium = terrarium;
TimeController = timecontroller;
}
/* Constructor */
public WorldController(Terrarium terrarium, TimeController timecontroller, TerrariumSettings terrariumSettings)
{
TerrariumSettings = terrariumSettings;
Terrarium = terrarium;
TimeController = timecontroller;
}
private void OrganismActions()
{
// List to save organisms to delete later (cannot modify list while looping through)
List <IOrganism> organismsToDelete = new List <IOrganism>();
List <IOrganism> organismsToAdd = new List <IOrganism>();
// Go through the list of all organisms
foreach (IOrganism organism in Terrarium.Organisms)
{
// Only perform organisms action if it is not going to be deleted
if (!organismsToDelete.Contains(organism))
{
if (organism is Herbivore)
{
Herbivore herbivore = organism as Herbivore;
IOrganism organismRight = herbivore.CheckRight();
if (organismRight == null)
{
herbivore.Move();
}
else if (organismRight is Plant)
{
herbivore.Eat(organismRight, organismsToDelete);
//Console.WriteLine("Herbivore ate Plant");
}
else if (organismRight is Herbivore)
{
herbivore.Breed(organismsToAdd);
// Console.WriteLine("Hebrivore breeds with Herbivore");
}
// After action re-render terrarium
Terrarium.RenderAnimals();
// Wait before rendering next step
TimeController.Step();
}
else if (organism is Carnivore)
{
Carnivore carnivore = organism as Carnivore;
IOrganism organismRight = carnivore.CheckRight();
if (organismRight == null || organismRight is Plant)
{
carnivore.Move();
}
else if (organismRight is Herbivore)
{
carnivore.Eat(organismRight, organismsToDelete);
//Console.WriteLine("Carnivore ate Herbivore");
}
else if (organismRight is Carnivore)
{
carnivore.Fight(organismRight, organismsToDelete);
}
else if (organismRight is Human)
{
carnivore.Fight(organismRight, organismsToDelete);
}
// After action re-render terrarium
Terrarium.RenderAnimals();
// Wait before rendering next step
TimeController.Step();
}
else if (organism is Human)
{
Human human = organism as Human;
IOrganism organismRight = human.CheckRight();
if (organismRight == null || organismRight is Plant || organismRight is Herbivore)
{
human.Move();
}
else if (organismRight is Carnivore)
{
human.Fight(organismRight, organismsToDelete);
}
// After action re-render terrarium
Terrarium.RenderAnimals();
// Wait before rendering next step
TimeController.Step();
}
}
}
// If there are organisms to delete
if (organismsToDelete.Count > 0)
{
// Remove all killed organisms from list
foreach (IOrganism organism in organismsToDelete)
{
Terrarium.Organisms.Remove(organism);
}
}
// If there are organisms to add
if (organismsToAdd.Count > 0)
{
// Add organisms to terrarium
foreach (IOrganism organism in organismsToAdd)
{
if (Terrarium.IsEmptySpaceInTerrarium())
{
Terrarium.Organisms.Add(organism);
}
}
}
}
public SaveObject(Terrarium terrarium, TimeController timeController, TerrariumSettings terrariumSettings)
{
Terrarium = terrarium;
TimeController = timeController;
TerrariumSettings = terrariumSettings;
}
public void Activate(Terrarium terrarium, TimeController timeController)
{
AudioController.PlayEarthquake();
List <Position> earthQuakePositions = new List <Position>();
List <IOrganism> organismsToShuffle = new List <IOrganism>();
string quakeChar = StringManager.GetExtendedAsciiCodeAsString(176);
Console.ForegroundColor = ConsoleColor.DarkYellow;
Console.BackgroundColor = ConsoleColor.DarkRed;
int size = 7;
for (int i = 0; i < size; i++)
{
if (Position.X + i < terrarium.Width && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X + i, Position.Y + i);
earthQuakePositions.Add(new Position(Position.X + i, Position.Y + i));
Console.Write(quakeChar);
}
if (Position.X - i >= 0 && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X - i, Position.Y + i);
earthQuakePositions.Add(new Position(Position.X - i, Position.Y + i));
Console.Write(quakeChar);
}
if (Position.X - i >= 0 && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X - i, Position.Y - i);
earthQuakePositions.Add(new Position(Position.X - i, Position.Y - i));
Console.Write(quakeChar);
}
if (Position.X + i < terrarium.Width && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X + i, Position.Y - i);
earthQuakePositions.Add(new Position(Position.X + i, Position.Y - i));
Console.Write(quakeChar);
}
for (int j = 0; j < size - 2; j++)
{
if (Position.X + i < terrarium.Width && Position.Y + j < terrarium.Height)
{
Console.SetCursorPosition(Position.X + i, Position.Y + j);
earthQuakePositions.Add(new Position(Position.X + i, Position.Y + j));
Console.Write(quakeChar);
}
if (Position.X - j >= 0 && Position.Y + i < terrarium.Height)
{
Console.SetCursorPosition(Position.X - j, Position.Y + i);
earthQuakePositions.Add(new Position(Position.X - j, Position.Y + i));
Console.Write(quakeChar);
}
if (Position.X - i >= 0 && Position.Y - j >= 0)
{
Console.SetCursorPosition(Position.X - i, Position.Y - j);
earthQuakePositions.Add(new Position(Position.X - i, Position.Y - j));
Console.Write(quakeChar);
}
if (Position.X + j < terrarium.Width && Position.Y - i >= 0)
{
Console.SetCursorPosition(Position.X + j, Position.Y - i);
earthQuakePositions.Add(new Position(Position.X + j, Position.Y - i));
Console.Write(quakeChar);
}
}
timeController.Step(50);
}
foreach (IOrganism organism in terrarium.Organisms)
{
foreach (Position pos in earthQuakePositions)
{
if (organism.Position.Equals(pos) && !organismsToShuffle.Contains(organism))
{
organismsToShuffle.Add(organism);
}
}
}
foreach (IOrganism organism in organismsToShuffle)
{
organism.LastPosition.X = organism.Position.X;
organism.LastPosition.Y = organism.Position.Y;
Position randomPositionInQuake = earthQuakePositions[random.Next(earthQuakePositions.Count)];
organism.Position.X = randomPositionInQuake.X;
organism.Position.Y = randomPositionInQuake.Y;
}
Console.ResetColor();
terrarium.RenderPlants();
terrarium.RenderAnimals();
}
