//this method will not look like this at all. just an idea infrastructure
public void attack(Player checker, List<NPC> entities)
{
for (int k = 0; k < entities.Count; k++)
{
entities[k].takeDamage(damageFormula(checker, entities[k]));
}
}
public void attack(NPC checker, Player entity)
{
//check to see if NPC attacks Player
if (checker.withinRange)
{
confirmedHit(checker, entity);
}
}
/// <summary>
/// Allows the game to perform any initialization it needs to before starting to run.
/// This is where it can query for any required services and load any non-graphic
/// related content. Calling base.Initialize will enumerate through any components
/// and initialize them as well.
/// </summary>
protected override void Initialize()
{
// TODO: Add your initialization logic here
player = new Player(new Vector2(400, 300), "Player1");
ListHolder.Instance.NPCList = new List<NPC>();
ListHolder.Instance.WallList = new List<Wall>();
ListHolder.Instance.setGame(this);
ListHolder.Instance.player = player;
//initialize map npc spawns
MakeNPCList(levelOneLayout);
pathfinding = new Pathfinding(level1);
ListHolder.Instance.setPathFinder(pathfinding);
//path = pathfinding.FindPath(startPoint, endPoint);
//newPath = pathfinding.FindPath(TSP, TEP);
Vector2 start = new Vector2(startPoint.X*50, startPoint.Y*50);
Vector2 end = new Vector2(endPoint.X * 50, endPoint.Y * 50);
npcMover = new NPC(start, "NPC");
// pathEndPoint = new GameObject(Content.Load<Texture2D>("endPoint"),end);
base.Initialize();
}
public bool wallCollision(Player player, List<Wall> walls)
{
foreach (Wall w in walls)
{
if (player.rectangle.Intersects(w.rectangle))
{
return true;
}
}
return false;
}
public void setPlayer(Player NewPlayer)
{
player=NewPlayer;
}
//Proximity Sensor
public void Proximity(Player owner, int radius, List<NPC> npcs)
{
List<NPC> prox = new List<NPC>();
int[] quadrant = new int[4];
Vector2 main = new Vector2(owner.rectangle.Center.X, owner.rectangle.Center.Y); // reference point 1
foreach (NPC npc in npcs)
{
Vector2 V2 = new Vector2(npc.rectangle.Center.X, npc.rectangle.Center.Y);
Vector2 Distance = main - V2;
if (Vector2.Distance(main, V2) < radius)
{
prox.Add(npc);
float radians = (float)Math.Atan2(V2.Y - main.Y, V2.X - main.X);
npcAngle = MathHelper.ToDegrees(radians);
if (owner.rectangle.Center.Y > V2.Y)
npcAngle = (owner.faceDirection - npcAngle) % 360;
else
npcAngle = (360 - npcAngle + owner.faceDirection) % 360;
if (npcAngle >= 0 && npcAngle < 90)
quadrant[0]++;
else if (npcAngle >= 90 && npcAngle < 180)
quadrant[1]++;
else if (npcAngle >= 180 && npcAngle < 270)
quadrant[2]++;
else
quadrant[3]++;
}
}
owner.proxList = prox;
owner.quadrants = quadrant;
}
//wall sensor
public bool WeaponSensor(Player owner, NPC npc, int weaponRange)
{
List<NPC> npcInFront = new List<NPC>();
float[] npcSense = new float[3];
//If face down
setNPCDefaults(owner, npc, weaponRange);
Vector2 distance = new Vector2();
//straight down
if (Intersects(main, sightRangeCenter, npcLeft, npcRight, out distance))
{
owner.npcSensors[1] = Vector2.Distance(main, distance);
return true;
}
else
{
owner.npcSensors[0] = 0;
}
//left 45 degrees
if (Intersects(npcLeft45, sightRangeLeft, npcLeft, npcRight, out distance))
{
owner.npcSensors[0] = Vector2.Distance(main, distanceLeft);
return true;
}
else
{
owner.npcSensors[0] = 0;
}
//right 45 degrees
if (Intersects(npcRight45, sightRangeRight, npcLeft, npcRight, out distance))
{
owner.npcSensors[2] = Vector2.Distance(main, distanceRight);
return true;
}
else
{
owner.npcSensors[2] = 0;
}
owner.npcList = npcInFront;
return false;
}
public void WallScan(Player owner, List<Wall> walls)
{
List<Wall> wallsInFront = new List<Wall>();
float[] wallSense = new float[3];
//If face down
foreach (Wall wall in walls)
{
setWallDefaults(owner, wall);
Vector2 distance = new Vector2();
//straight down
if (Intersects(main, sightRangeCenter, wallLeft, wallRight, out distance))
{
owner.wallSensors[1] = Vector2.Distance(main, distance);
}
else
{
owner.wallSensors[0] = 0;
}
//left 45 degrees
if (Intersects(wallLeft45, sightRangeLeft, wallLeft, wallRight, out distance))
{
owner.wallSensors[0] = Vector2.Distance(main, distanceLeft);
}
else
{
owner.wallSensors[0] = 0;
}
//right 45 degrees
if (Intersects(wallRight45, sightRangeRight, wallLeft, wallRight, out distance))
{
owner.wallSensors[2] = Vector2.Distance(main, distanceRight);
}
else
{
owner.wallSensors[2] = 0;
}
owner.wallList = wallsInFront;
}
}
public void setWallDefaults(Player owner, Wall wall)
{
if (owner.faceDirection <= 235 && owner.faceDirection >= 135)
{
main = new Vector2(owner.rectangle.Center.X, owner.rectangle.Bottom); // reference point 1
wallLeft = new Vector2(wall.rectangle.Left, wall.rectangle.Top);
wallRight = new Vector2(wall.rectangle.Right, wall.rectangle.Top);
wallCenter = new Vector2(main.X, wall.rectangle.Top);
dTmp = Vector2.Distance(main, wallCenter);
wallLeft45 = new Vector2((float)(main.X - dTmp * Math.Tan(45)), main.Y);
wallRight45 = new Vector2((float)(main.X + dTmp * Math.Tan(45)), main.Y);
sightRangeCenter = new Vector2(main.X, (main.Y + sightRange));
sightRangeLeft = new Vector2(wallLeft45.X, sightRangeCenter.Y);
sightRangeRight = new Vector2(wallRight45.X, sightRangeCenter.Y);
distanceLeft = new Vector2(wallLeft45.X, wall.rectangle.Top);
distanceRight = new Vector2(wallRight45.X, wall.rectangle.Top);
}
else if (owner.faceDirection <= 270 && owner.faceDirection <= 45)
{
main = new Vector2(owner.rectangle.Center.X, owner.rectangle.Top); // reference point 1
wallLeft = new Vector2(wall.rectangle.Left, wall.rectangle.Bottom);
wallRight = new Vector2(wall.rectangle.Right, wall.rectangle.Bottom);
wallCenter = new Vector2(main.X, wall.rectangle.Bottom);
dTmp = Vector2.Distance(main, wallCenter);
wallLeft45 = new Vector2((float)(main.X - dTmp * Math.Tan(45)), main.Y);
wallRight45 = new Vector2((float)(main.X + dTmp * Math.Tan(45)), main.Y);
sightRangeCenter = new Vector2(main.X, (main.Y - sightRange));
sightRangeLeft = new Vector2(wallLeft45.X, sightRangeCenter.Y);
sightRangeRight = new Vector2(wallRight45.X, sightRangeCenter.Y);
distanceLeft = new Vector2(wallLeft45.X, wall.rectangle.Bottom);
distanceRight = new Vector2(wallRight45.X, wall.rectangle.Bottom);
}
else if (owner.faceDirection <= 315 && owner.faceDirection >= 225)
{
main = new Vector2(owner.rectangle.Left, owner.rectangle.Center.Y); // reference point 1
wallLeft = new Vector2(wall.rectangle.Right, wall.rectangle.Top);
wallRight = new Vector2(wall.rectangle.Right, wall.rectangle.Bottom);
sightRangeCenter = new Vector2(main.X - sightRange, main.Y);
wallCenter = new Vector2(wall.rectangle.Right, main.Y);
dTmp = Vector2.Distance(main, wallCenter);
wallLeft45 = new Vector2(main.X, (float)(main.Y - dTmp * Math.Tan(45)));
wallRight45 = new Vector2(main.X, (float)(main.Y + dTmp * Math.Tan(45)));
sightRangeCenter = new Vector2(main.X - sightRange, main.Y);
sightRangeLeft = new Vector2(sightRangeCenter.X, wallLeft45.Y);
sightRangeRight = new Vector2(sightRangeCenter.X, wallRight45.Y);
distanceLeft = new Vector2(wall.rectangle.Right, wallLeft45.Y);
distanceRight = new Vector2(wall.rectangle.Right, wallRight45.Y);
}
else if (owner.faceDirection >= 45 && owner.faceDirection <= 135)
{
main = new Vector2(owner.rectangle.Right, owner.rectangle.Center.Y); // reference point 1
wallLeft = new Vector2(wall.rectangle.Left, wall.rectangle.Top);
wallRight = new Vector2(wall.rectangle.Left, wall.rectangle.Bottom);
sightRangeCenter = new Vector2(main.X + sightRange, main.Y);
wallCenter = new Vector2(wall.rectangle.Left, main.Y);
dTmp = Vector2.Distance(main, wallCenter);
wallLeft45 = new Vector2(main.X, (float)(main.Y - dTmp * Math.Tan(45)));
wallRight45 = new Vector2(main.X, (float)(main.Y + dTmp * Math.Tan(45)));
sightRangeCenter = new Vector2(main.X + sightRange, main.Y);
sightRangeLeft = new Vector2(sightRangeCenter.X, wallLeft45.Y);
sightRangeRight = new Vector2(sightRangeCenter.X, wallRight45.Y);
distanceLeft = new Vector2(wall.rectangle.Left, wallLeft45.Y);
distanceRight = new Vector2(wall.rectangle.Left, wallRight45.Y);
}
}
public void setNPCDefaults(Player owner, NPC npc, int weaponRange)
{
if (owner.faceDirection <= 235 && owner.faceDirection >= 135)
{
main = new Vector2(owner.rectangle.Center.X, owner.rectangle.Bottom); // reference point 1
npcLeft = new Vector2(npc.rectangle.Left, npc.rectangle.Top);
npcRight = new Vector2(npc.rectangle.Right, npc.rectangle.Top);
npcCenter = new Vector2(main.X, npc.rectangle.Top);
dTmp = Vector2.Distance(main, npcCenter);
npcLeft45 = new Vector2((float)(main.X - dTmp * Math.Tan(45)), main.Y);
npcRight45 = new Vector2((float)(main.X + dTmp * Math.Tan(45)), main.Y);
sightRangeCenter = new Vector2(main.X, (main.Y + weaponRange));
sightRangeLeft = new Vector2(npcLeft45.X, sightRangeCenter.Y);
sightRangeRight = new Vector2(npcRight45.X, sightRangeCenter.Y);
distanceLeft = new Vector2(npcLeft45.X, npc.rectangle.Top);
distanceRight = new Vector2(npcRight45.X, npc.rectangle.Top);
}
else if (owner.faceDirection <= 270 && owner.faceDirection <= 45)
{
main = new Vector2(owner.rectangle.Center.X, owner.rectangle.Top); // reference point 1
npcLeft = new Vector2(npc.rectangle.Left, npc.rectangle.Bottom);
npcRight = new Vector2(npc.rectangle.Right, npc.rectangle.Bottom);
npcCenter = new Vector2(main.X, npc.rectangle.Bottom);
dTmp = Vector2.Distance(main, npcCenter);
npcLeft45 = new Vector2((float)(main.X - dTmp * Math.Tan(45)), main.Y);
npcRight45 = new Vector2((float)(main.X + dTmp * Math.Tan(45)), main.Y);
sightRangeCenter = new Vector2(main.X, (main.Y - weaponRange));
sightRangeLeft = new Vector2(npcLeft45.X, sightRangeCenter.Y);
sightRangeRight = new Vector2(npcRight45.X, sightRangeCenter.Y);
distanceLeft = new Vector2(npcLeft45.X, npc.rectangle.Bottom);
distanceRight = new Vector2(npcRight45.X, npc.rectangle.Bottom);
}
else if (owner.faceDirection <= 315 && owner.faceDirection >= 225)
{
main = new Vector2(owner.rectangle.Left, owner.rectangle.Center.Y); // reference point 1
npcLeft = new Vector2(npc.rectangle.Right, npc.rectangle.Top);
npcRight = new Vector2(npc.rectangle.Right, npc.rectangle.Bottom);
sightRangeCenter = new Vector2(main.X - weaponRange, main.Y);
npcCenter = new Vector2(npc.rectangle.Right, main.Y);
dTmp = Vector2.Distance(main, npcCenter);
npcLeft45 = new Vector2(main.X, (float)(main.Y - dTmp * Math.Tan(45)));
npcRight45 = new Vector2(main.X, (float)(main.Y + dTmp * Math.Tan(45)));
sightRangeCenter = new Vector2(main.X - weaponRange, main.Y);
sightRangeLeft = new Vector2(sightRangeCenter.X, npcLeft45.Y);
sightRangeRight = new Vector2(sightRangeCenter.X, npcRight45.Y);
distanceLeft = new Vector2(npc.rectangle.Right, npcLeft45.Y);
distanceRight = new Vector2(npc.rectangle.Right, npcRight45.Y);
}
else if (owner.faceDirection >= 45 && owner.faceDirection <= 135)
{
main = new Vector2(owner.rectangle.Right, owner.rectangle.Center.Y); // reference point 1
npcLeft = new Vector2(npc.rectangle.Left, npc.rectangle.Top);
npcRight = new Vector2(npc.rectangle.Left, npc.rectangle.Bottom);
sightRangeCenter = new Vector2(main.X + weaponRange, main.Y);
npcCenter = new Vector2(npc.rectangle.Left, main.Y);
dTmp = Vector2.Distance(main, npcCenter);
npcLeft45 = new Vector2(main.X, (float)(main.Y - dTmp * Math.Tan(45)));
npcRight45 = new Vector2(main.X, (float)(main.Y + dTmp * Math.Tan(45)));
sightRangeCenter = new Vector2(main.X + weaponRange, main.Y);
sightRangeLeft = new Vector2(sightRangeCenter.X, npcLeft45.Y);
sightRangeRight = new Vector2(sightRangeCenter.X, npcRight45.Y);
distanceLeft = new Vector2(npc.rectangle.Left, npcLeft45.Y);
distanceRight = new Vector2(npc.rectangle.Left, npcRight45.Y);
}
}