public Encounter(LandCreature anchor, Land land)
: base(land)
{
this.anchor = anchor;
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = true;
physicalProperties.collisionType = LandCollisionTypes.Static;
physicalProperties.radius = encounterRadius;
Dummy = new DrawableTexture("whiteCircle100x100", this);
Dummy.size = new Vector2(100f, 100f);
Dummy.filter = Color.Transparent;
Dummy.layer = 0.98f;
}
public Encounter(LandCreature anchor, Land land)
: base(land)
{
this.anchor = anchor;
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = true;
physicalProperties.collisionType = LandCollisionTypes.Static;
physicalProperties.radius = encounterRadius;
Dummy = new DrawableTexture("whiteCircle100x100", this);
Dummy.size = new Vector2(100f, 100f);
Dummy.filter = Color.Transparent;
Dummy.layer = 0.98f;
}
public LandHumanPlayer(Land world, HumanPlayer human, GameManager gameManager)
: base(world,human)
{
this.gameManager = gameManager;
guy = new DrawableTexture("whiteSquare", this);
guy.size.X = 10f;
guy.size.Y = 10f;
encounterTrigger.encounterHandlers += CreatureEncountered;
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = true;
physicalProperties.radius = 10f;
physicalProperties.collisionType = LandCollisionTypes.Solid;
}
public LandHumanPlayer(Land world, HumanPlayer human, GameManager gameManager)
: base(world, human)
{
this.gameManager = gameManager;
guy = new DrawableTexture("whiteSquare", this);
guy.size.X = 10f;
guy.size.Y = 10f;
encounterTrigger.encounterHandlers += CreatureEncountered;
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = true;
physicalProperties.radius = 10f;
physicalProperties.collisionType = LandCollisionTypes.Solid;
}
public Tree(int seed, float radius, Land world)
: base(world)
{
Random rdm = new Random(seed);
drawTexture = new DrawableTexture(world.getTextureForTree(radius),this);
//texture.filter = Color.ForestGreen;
drawTexture.size = Vector2.One * radius*2f;
drawTexture.layer = 0.05f;
drawTexture.rotation = (float)rdm.NextDouble() * 2f * (float)Math.PI;
this.radius = radius;
oscilation += (float)rdm.NextDouble()*(float)Math.PI*2f;
shadowTexture = new DrawableTexture(world.getTextureForTree(radius), this);
shadowTexture.size = Vector2.One * radius * 2f * 1.1f;
shadowTexture.layer = 0.1f;
shadowTexture.rotation = drawTexture.rotation;
shadowTexture.filter = Color.Lerp(Color.Transparent,Color.Black, 0.9f);
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = false;
physicalProperties.collisionType = LandCollisionTypes.Static;
physicalProperties.radius = 2f;
}
public Tree(int seed, float radius, Land world)
: base(world)
{
Random rdm = new Random(seed);
drawTexture = new DrawableTexture(world.getTextureForTree(radius), this);
//texture.filter = Color.ForestGreen;
drawTexture.size = Vector2.One * radius * 2f;
drawTexture.layer = 0.05f;
drawTexture.rotation = (float)rdm.NextDouble() * 2f * (float)Math.PI;
this.radius = radius;
oscilation += (float)rdm.NextDouble() * (float)Math.PI * 2f;
shadowTexture = new DrawableTexture(world.getTextureForTree(radius), this);
shadowTexture.size = Vector2.One * radius * 2f * 1.1f;
shadowTexture.layer = 0.1f;
shadowTexture.rotation = drawTexture.rotation;
shadowTexture.filter = Color.Lerp(Color.Transparent, Color.Black, 0.9f);
physicalProperties = new LandPhysicalProperties();
physicalProperties.activelyColliding = false;
physicalProperties.collisionType = LandCollisionTypes.Static;
physicalProperties.radius = 2f;
}
