public virtual void Set(String a, Vector2 p, NPC n, Vector2 v, int d, bool iE, bool collide, float dT, ManagerHelper mH)
{
asset = a;
position = p;
velocity = v;
damage = d; // set damage
existenceTime = 4; // Default 10 seconds
drawTime = dT; //set up draw time
affiliation = n.GetAffiliation(); //Sets up hurting
creator = n;
isExplosive = iE;
shouldCollide = collide;
//Get x and y values from angle and set up direction
rotation = DWMath.Atan2(velocity.Y, velocity.X);
//No friction
drag = 0;
LoadContent(mH.GetTextureManager());
if (!(this is Tossable))
{
setModeIndex();//set mode index
}
}
public static void Initialize()
{
for (int i = 0; i < NUM_DIRECTIONS; i++)
{
ROTATIONS[i] = MathHelper.TwoPi * i / NUM_DIRECTIONS;
DIRECTIONS[i] = new Vector2(DWMath.Cos(ROTATIONS[i]), DWMath.Sin(ROTATIONS[i]));
}
}
public static Vector2 CollideRandom(Vector2 v1, Vector2 v2)
{
var rand = new Random();
//Skew the angle slightly to nudge the collider out of the way gradulaly
var angle = PathHelper.Direction(v1, v2) + (((rand.Next(2) == 0) ? -1 : 1) * MathHelper.Pi * 4 / 5);
//Exctract the x and y values from the skewed angle
return(new Vector2(DWMath.Cos(angle), DWMath.Sin(angle)));
}
public Bomber(Vector2 p, AffliationTypes a, NPC t, ManagerHelper mH)
: base("", p)
{
hasBombed = false;
drawTarget = true;
targetPosition = t.GetOriginPosition();
health = 100;
movementSpeed = 1000;
affiliation = a;
//Set up rotation
rotation = PathHelper.Direction(GetOriginPosition(), targetPosition);
//Set up direction
float dir = PathHelper.Direction(GetOriginPosition(), t.GetOriginPosition());
velocity = new Vector2(DWMath.Cos(dir), DWMath.Sin(dir)) * movementSpeed;
//Set up path
path = new Path();
path.Add(targetPosition, mH);
string targeAsset = "";
//Set up affiliation
switch (a)
{
case AffliationTypes.red:
targeAsset = "Dots/Red/targetRed";
asset = "Dots/Red/bomber_red";
break;
case AffliationTypes.blue:
targeAsset = "Dots/Blue/targetBlue";
asset = "Dots/Blue/bomber_blue";
break;
case AffliationTypes.green:
targeAsset = "Dots/Green/targetGreen";
asset = "Dots/Green/bomber_green";
break;
case AffliationTypes.yellow:
targeAsset = "Dots/Yellow/targetYellow";
asset = "Dots/Yellow/bomber_yellow";
break;
}
targetSprite = new Sprite(targeAsset, targetPosition);
mH.GetAudioManager().Play(AudioManager.PLANE, AudioManager.RandomVolume(mH),
AudioManager.RandomPitch(mH), 0, false);
}
public static float Direction(Vector2 pA, Vector2 pB)
{
//Slope
float cX = pB.X - pA.X,
cY = pB.Y - pA.Y;
float angle = DWMath.Atan2(cY, cX);
if (angle < 0)
{
angle += MathHelper.TwoPi;
}
else if (angle >= MathHelper.TwoPi)
{
angle -= (MathHelper.TwoPi);
}
return(angle);
}
public override void Update(ManagerHelper mH)
{
foreach (Sprite section in poolSections)
{
section.Turn(10000.0f / (section.GetFrame().Width *section.GetFrame().Width) * mH.GetDeltaSeconds());
}
foreach (NPC a in mH.GetNPCManager().GetNPCs())
{
if (!(a is Bomber))
{
float tempDistance = PathHelper.DistanceSquared(GetOriginPosition(), a.GetOriginPosition());
if (tempDistance < 15 * 15)
{
//TODO: Modify
a.position = mH.GetLevelSize() * new Vector2(mH.GetRandom().Next(2), mH.GetRandom().Next(2));
}
else if (tempDistance < frame.Width / 2 * frame.Width / 2)
{
float tempRot = PathHelper.Direction(a.GetOriginPosition(), GetOriginPosition()) -
MathHelper.Pi / 9;
a.AddAcceleration(new Vector2(DWMath.Cos(tempRot), DWMath.Sin(tempRot)) * 4);
}
}
}
foreach (Particle e in mH.GetParticleManager().GetParticles())
{
float tempDistance = PathHelper.DistanceSquared(GetOriginPosition(), e.GetOriginPosition());
if (tempDistance < 15 * 15)
{
e.SetDrawTime(0);
}
else if (tempDistance < (frame.Width / 2) * (frame.Width / 2))
{
float tempRot = PathHelper.Direction(e.GetOriginPosition(), GetOriginPosition()) + MathHelper.Pi / 9;
e.AddAcceleration(new Vector2((float)DWMath.Cos(tempRot), (float)DWMath.Sin(tempRot)) * 100);
}
}
base.Update(mH);
}
public bool IsVectorObstructed(Vector2 pA, Vector2 pB)
{
var slope = new Vector2(pB.X - pA.X, pB.Y - pA.Y);
float theta = DWMath.Atan2(slope.Y, slope.X);
slope = new Vector2(DWMath.Cos(theta) * 32, DWMath.Sin(theta) * 32);
pB /= new Vector2(32);
pB.X = (int)pB.X;
pB.Y = (int)pB.Y;
var t = new Vector2((int)(pA.X / 32), (int)(pA.Y / 32));
if (t == pB)
{
return(false);
}
return(RecursiveVectorObstructed(pA, pB, slope));
}
public static Vector2 Direction(float r)
{
return(new Vector2(DWMath.Cos(r), DWMath.Sin(r)));
}
public static float Direction(Vector2 r)
{
return(DWMath.Atan2(r.Y, r.X));
}
