public Animal(string nm, Point start_location, World w, gametime clock)
: base(start_location, w, clock)
{
rest_data = new RestData(this,w,clock);
name = nm;
safety = 100;
}
// ---------------------------------------------------------------
// Main Functions
// ---------------------------------------------------------------
// Adam is a test person. This spawns him and adds him to the world'
static Person spawnAdam(World locale,gametime world_clock)
{
// the test person. Our Adam.
Person adam = new Person("Adam", new Point(100, 100), locale, world_clock);
Console.WriteLine("Adam spawned at: " + adam.world_clock.current_time);
// give him some food
Item mana = new Item("mana", 1000);
adam.inventory.Add(mana);
return adam;
}
// defines the object in the game and runs the game loop
static void Main(string[] args)
{
bool game_on = true;
// generate the world
World locale = new World(100, 100);
gametime world_clock = new gametime();
Console.WriteLine("new clock: " + world_clock.current_time);
// populate teh world with our test person
Person adam=spawnAdam(locale,world_clock);
// add him to the world
locale.inhabitants.Add(adam);
// the game loop
while (game_on)
{
world_clock.tick(locale.inhabitants);
}
}
private Animal owner; // a reference to the owner of this data
#endregion Fields
#region Constructors
// establishing the initial rest data
public RestData(Animal o, World w, gametime clock)
{
owner = o;
max_rest=48;
rest_drain = 1;
over_rested_level=0.9;
well_rested_level=0.7;
rested_level=0.6;
fatigued_level=0.5;
sleepy_level=0.4;
tired_level=0.3;
restfulness = (int)(max_rest * (rested_level + ((well_rested_level - rested_level) / 2)));
sleep_time = 0;
rest_rate = 4;
nocturnal = false;
locale = w;
world_clock = clock;
calcRestState();
//Console.WriteLine(owner+" rest data received time: " + world_clock.current_time);
}
// search a given area in the World and find the closest lot with the building type on it
// returns the lot.
// * this might be turned into a template later on for different kinds of area searches
public Lot typeRadialSearch(World locale, Point center, int radius, string type)
{
Point p=new Point(); // the search pointer
for (p.X = center.X; (p.X < center.X + radius); ++p.X)
{
for (p.Y = center.Y; p.Y < center.Y + radius; ++p.Y)
{
// skip checking places out of bounds
if (
p.X<0 ||
p.X> locale.world_size.X-1 ||
p.Y<0 ||
p.Y>locale.world_size.Y-1
)
continue;
// convert the 2d search into a 1d index lookup
int index = (p.Y * locale.world_size.X) + p.X;
if (locale.lot_list[index].building.type == type)
return locale.lot_list[index];
}
}
// failed search, return the null lot:
return new Lot();
}
public Person(string nm, Point start_location, World w, gametime clock)
: base(nm, start_location, w, clock)
{
//rest_data = new RestData(this, w, clock);
inventory = new List<Item>();
Console.WriteLine("Initiating a person: " + world_clock.current_time);
}
// When a life form is created, we can chose its starting nutrition
// and usualy, they start alive.
public LifeForm(Point start_location, World w,gametime clock)
{
id = Program.generateID(); // need to develop a global system to determine IDs and reference objects by their IDs
state = "alive";
hungry = false;
hunger_level = 0.5;
max_sation = 96;
burn_speed = 1;
nutrition = 75;
location = start_location;
locale = w;
action_queue=new Queue<Actionable>();
inventory= new List<Item>();
world_clock = clock;
// debug feedback
//Console.WriteLine("Lifeform created at coordinates "+location);
//Console.Write("Nutrition: " + nutrition +"\n");
}
public string type; // the type of demand made
#endregion Fields
#region Constructors
public Demand(World w, string t, Rectangle a, string p)
{
type = t;
origin = p;
area = Rectangle.Intersect(a,new Rectangle(0, 0, w.world_size.X, w.world_size.Y));
if (area.IsEmpty)
{
//Console.WriteLine("rectangle out of bounds error.");
}
}