/// <summary>
/// Generate the forest
/// </summary>
/// <param name="argForestCenter">Center of the forest</param>
/// <param name="argForestSize">Forest size. Defines the square to border the forest</param>
/// <param name="argDensity">Forest density (0 - 1). Defines trees density in the forest square</param>
public void GenerateForest(Point argForestCenter, Size argForestSize, double argDensity)
{
logger.Debug("Generating new forest at {0} of size {1} with {2} density", argForestCenter, argForestSize, argDensity);
int chanceForNewTree = 50; //Chance for algorythm to create a new tree near the current
Random currentChance = new Random(); //Current counted chance to compare with chanceForNewTree
List <Point> newTrees = new List <Point>(); //Trees, that created in the current phase
List <Point> currentTreesArray = new List <Point>(); //Trees, that are using for creating new ones
int borderLeft = argForestCenter.X - argForestSize.Width / 2; //Left border of the forest
int borderRight = argForestCenter.X + argForestSize.Width / 2; //Right border of the forest
int borderTop = argForestCenter.Y - argForestSize.Height / 2; //Top border of the forest
int borderBottom = argForestCenter.Y + argForestSize.Height / 2; //Bottom border of the forest
int maxTrees = (int)(argForestSize.Height * argForestSize.Width * argDensity); //Max number of trees in the forest
int totalTreesAdded = 0; //Total new trees created
currentTreesArray.Add(argForestCenter);
while (currentTreesArray.Count != 0 && totalTreesAdded < maxTrees)
{
foreach (Point p in currentTreesArray)
{
for (int i = p.X - 1; i <= p.X + 1; i++)
{
if (i > borderRight || i < borderLeft)
{
continue;
}
for (int j = p.Y - 1; j <= p.Y + 1; j++)
{
if (totalTreesAdded > maxTrees / 10) //edges of the forest are more discontinuous, so we are not checking diagonal cells
{
if (j != p.Y && (i == p.X - 1 || i == p.X + 1))
{
continue;
}
if (i != p.X && (j == p.Y - 1 || j == p.Y + 1))
{
continue;
}
}
if (j > borderBottom || j < borderTop)
{
continue;
}
if (i == p.X && j == p.Y)
{
continue;
}
if (currentChance.Next(100) < chanceForNewTree)
{
if (GetAgentsAt(new Point(i, j)).Count != 0)
{
continue;
}
AgentTree currentAddingAgent = new AgentTree();
currentAddingAgent.Name = "Tree_at_" + i.ToString() + "_" + j.ToString();
currentAddingAgent.CurrentLocation = new Location(i, j);
AddAgent(currentAddingAgent);
newTrees.Add(new Point(i, j));
totalTreesAdded++;
}
}
}
}
currentTreesArray.Clear();
currentTreesArray.AddRange(newTrees);
newTrees.Clear();
}
logger.Info("Generated new forest. {0} trees created", totalTreesAdded);
}
/// <summary>
/// Here we basicly create world.
/// </summary>
public void Initialise()
{
Agent currentAddingAgent; //Agent, that is adding to the world now. This variable is necessary to configure the agent
Agents = new List <Agent>();
Actions = new List <ActionAbstract>();
worldCommands = new List <worldCommand>();
GenerateForest(new Point(-5, -5), new Size(10, 10), 0.50);
GenerateForest(new Point(-15, 5), new Size(20, 20), 0.20);
/*//Terrific test init (for hard and cruel test)
* for (int i = 0; i < 3; ++i)
* {
* currentAddingAgent = new AgentLivingIndigo();
* currentAddingAgent.Name = string.Format("Indigo{0}",i);
* currentAddingAgent.Location = new Point((i+1)*10, (i+1)*10);
* currentAddingAgent.CurrentState.Health.MaxValue = 100;
* currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
* (currentAddingAgent as AgentLivingIndigo).AgentsRangeOfView = 100;
* currentAddingAgent.Inventory.StorageSize = 3;
* AddAgent(currentAddingAgent);
* }*/
//Basic test init
currentAddingAgent = new AgentLivingIndigo();
currentAddingAgent.Name = "Indigo1";
currentAddingAgent.CurrentLocation = new Location(10, 10);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
(currentAddingAgent as AgentLivingIndigo).AgentsRangeOfView = 20;
currentAddingAgent.Inventory.StorageSize = 3;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentLivingIndigo();
currentAddingAgent.Name = "Indigo2";
currentAddingAgent.CurrentLocation = new Location(10, 15);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
(currentAddingAgent as AgentLivingIndigo).AgentsRangeOfView = 20;
currentAddingAgent.Inventory.StorageSize = 3;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentLivingIndigo();
currentAddingAgent.Name = "Indigo3";
currentAddingAgent.CurrentLocation = new Location(15, 15);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
(currentAddingAgent as AgentLivingIndigo).AgentsRangeOfView = 20;
currentAddingAgent.Inventory.StorageSize = 3;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentLivingIndigo();
currentAddingAgent.Name = "Indigo4";
currentAddingAgent.CurrentLocation = new Location(-20, 0);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
(currentAddingAgent as AgentLivingIndigo).AgentsRangeOfView = 10;
currentAddingAgent.Inventory.StorageSize = 3;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemFoodFruit();
currentAddingAgent.Name = "Fruit1";
currentAddingAgent.CurrentLocation = new Location(0, 2);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemFoodFruit();
currentAddingAgent.Name = "Fruit2";
currentAddingAgent.CurrentLocation = new Location(2, 0);
currentAddingAgent.CurrentState.Health.MaxValue = 100;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 100;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentPuddle();
currentAddingAgent.Name = "Puddle1";
currentAddingAgent.CurrentLocation = new Location(-2, -2);
currentAddingAgent.CurrentState.Health.MaxValue = 200;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 200;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentPuddle();
currentAddingAgent.Name = "Puddle2";
currentAddingAgent.CurrentLocation = new Location(-15, 0);
currentAddingAgent.CurrentState.Health.MaxValue = 200;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 200;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentPuddle();
currentAddingAgent.Name = "Puddle3";
currentAddingAgent.CurrentLocation = new Location(-10, 16);
currentAddingAgent.CurrentState.Health.MaxValue = 200;
currentAddingAgent.CurrentState.Health.CurrentUnitValue = 200;
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemResLog();
currentAddingAgent.Name = "Log1";
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemResLog();
currentAddingAgent.Name = "Log2";
currentAddingAgent.CurrentLocation = new Location(3, 4);
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemResLog();
currentAddingAgent.Name = "Log3";
currentAddingAgent.CurrentLocation = new Location(-3, 4);
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentItemResLog();
currentAddingAgent.Name = "Log4";
currentAddingAgent.CurrentLocation = new Location(-3, -4);
AddAgent(currentAddingAgent);
currentAddingAgent = new AgentTree();
currentAddingAgent.Name = "Tree_at_" + 1.ToString() + "_" + 1.ToString();
currentAddingAgent.CurrentLocation = new Location(1, 1);
AddAgent(currentAddingAgent);
}