public Map()
{
SetStyle(ControlStyles.OptimizedDoubleBuffer, true);
SetStyle(ControlStyles.AllPaintingInWmPaint, true);
// Generate map
this.viewLayer = new Evolve.ViewLayer();
viewLayer.layerOre = true;
viewLayer.layerFood = true;
viewLayer.layerGold = true;
MapOptions mapOptions;
mapOptions.foodLayerOptions.density = 50;
mapOptions.foodLayerOptions.mapScale = 0.05f;
mapOptions.foodLayerOptions.octaves = 1;
mapOptions.foodLayerOptions.persistence = 0.5f;
mapOptions.oreLayerOptions.density = 50;
mapOptions.oreLayerOptions.mapScale = 0.05f;
mapOptions.oreLayerOptions.octaves = 1;
mapOptions.oreLayerOptions.persistence = 0.5f;
mapOptions.goldLayerOptions.density = 50;
mapOptions.goldLayerOptions.mapScale = 0.05f;
mapOptions.goldLayerOptions.octaves = 1;
mapOptions.goldLayerOptions.persistence = 0.5f;
// Pass rand to creatures
Creature.rand = rand;
// Generate map
Generate(300, 300, 300, mapOptions);
// View Transform
viewTransform = new Matrix();
}
public Tile(int X, int Y, float food, float ore, float gold, ViewLayer viewLayer, Random rand, Map map)
{
// Record map
this.map = map;
// Record location
this.tileX = X;
this.tileY = Y;
//ore /= int.MaxValue / 100;
gold /= int.MaxValue / 100;
// Assign Food
//food = (int)(food / (long)int.MaxValue * 100);
if (food < 0)
{
throw new System.ArgumentException("Creating tile with negative food");
}
this.foodFertility = (int)(food * foodMax);
this.food = foodFertility;
// Assign Ore
if (ore < 0)
{
throw new System.ArgumentException("Creating tile with negative ore");
}
this.oreFertility = (int)(ore * oreMax);
this.ore = oreFertility;
// Assign Gold
if (gold < 0)
{
throw new System.ArgumentException("Creating tile with negative gold");
}
this.goldFertility = (int)(gold * goldMax);
this.gold = goldFertility;
brush = new SolidBrush(Color.FromArgb(255, viewLayer.layerOre?bodyR:0, viewLayer.layerFood?bodyG:0, viewLayer.layerGold?bodyB:0));
pen = new Pen(Color.FromArgb(255, rand.Next() % 256, rand.Next() % 256, rand.Next() % 256));
landRectangle = new Rectangle(X * tileSize, Y * tileSize, tileSize, tileSize);
borderRectangle = new Rectangle(X * tileSize + 1, Y * tileSize + 1, tileSize - 1, tileSize - 1);
// Create grass rectangles
grassRectangle = new Point[10];
for (int i = 0; i < grassRectangle.Count(); i++)
{
//grassRectangle[i] = new Point(rand.Next() % (tileSize - 6) + pixelX, rand.Next() % (tileSize - 6) + pixelY);
//grassRectangle[i] = new Point(rand.Next() % (tileSize - 6) + pixelX, rand.Next() % (tileSize - 6) + pixelY);
}
}
public int mine(Creature creature, ViewLayer viewLayer)
{
// Let oreProduction = rate of ore produced
// oreProduction = (oreProductionBalance * miningSkill * tileImprovement * ore) / (miningDuration * creatureAverageMiningSkill * oreMax)
int oreProduction = (Map.oreProductionBalance * creature.mineSkill * (tileOreImprovementDenomenator + tileOreImprovementNumerator) * ore) / (miningDuration * Creature.creatureAverageMiningSkill * oreMax);
ore -= oreProduction;
return(oreProduction);
//int initialOre = this.ore;
//ore -= (int)((long)creature.mineSkill++ * initialOre / int.MaxValue);
//UpdateBrush(viewLayer);
//return (initialOre - ore);
}
// Let foodExtraction = rate of food depletion on the tile due to farming activity (food / tick)
// Let foodProduction = rate of food produced (food / tick)
// We multiply these by farmDuration to get amount extracted or produced in one farm activity
public int farm(Creature creature, ViewLayer viewLayer)
{
// foodExtraction = ln(2) * foodMax * foodRegrowthModifier * (1 - foodRegrowthBalance) / tHalf
// foodExtraction = 693 * foodMax * (tileImprovementFoodregrowthDenomenator - tileImprovementFoodregrowthNumerator) * (foodRegrowthBalanceDenomenator - foodRegrowthBalanceNumerator) / (tHalf * 1000 * tileImprovementFoodregrowthDenomenator * foodRegrowthBalanceDenomenator)
food -= (int)(693L * foodMax * (tileImprovementFoodregrowthDenomenator - tileImprovementFoodregrowthNumerator) * (Map.foodRegrowthBalanceDenomenator - Map.foodRegrowthBalanceNumerator) * farmDuration / (tHalf * 1000L * tileImprovementFoodregrowthDenomenator * Map.foodRegrowthBalanceDenomenator));
if (food < 0)
{
food = 0;
}
UpdateBrush(viewLayer);
// foodProduction = (farmSkill * tileImprovement * food * foodConsumptionActive) / (creatureAverageFarmSkill * foodMax * foodProductionBalance)
return((int)(((long)creature.farmSkill * (tileFoodImprovementDenomenator + tileFoodImprovementNumerator) * food * Creature.foodConsumptionActiveNumerator * Map.foodProductionBalanceDenomenator * farmDuration) /
((long)Creature.creatureAverageFarmSkill * tileFoodImprovementDenomenator * foodMax * Creature.foodConsumptionActiveDenomenator * Map.foodProductionBalanceNumerator)));
}
internal void UpdateBrush(ViewLayer viewLayer)
{
brush.Color = Color.FromArgb(255, viewLayer.layerOre?bodyR:0, viewLayer.layerFood?bodyG:0, viewLayer.layerGold?bodyB:0);
}
