public new void Tick(int FrameCount)
{
base.Tick(FrameCount);
if (this.SubClassData == null)
{
if (this.Data == null)
{
return;
}
SubClassData = Data as ProjectileTowerData;
}
if (ProjectileColor == Colors.Transparent)
{
ProjectileColor = System.Windows.Media.Color.FromRgb((byte)R.Next(255), (byte)R.Next(255), (byte)R.Next(255));
// Arena.instance.AddToArena(TargetLaserD);
//Arena.instance.AddToArena(TargetLaserB);
}
if (RefireCount > 0)
{
RefireCount--;
}
CurrentTarget = null;
double TXV;
double TYV;
double V;
//System.Windows.Media.Color bc = Color.FromScRgb(1f, (float)(Heat / Data.ShutdownHeat), 0f, 0f);//(float)(Target.LockDuration / 255)
//Body.Fill = new System.Windows.Media.SolidColorBrush(HeatColor(Heat, Data.ShutdownHeat));
Body.Fill = StaticHelpers.HeatBrush(Heat, Data.ShutdownHeat);
// Are we already locked on?
if (Target.LockedTarget != null && Target.LockedTarget.IsAlive == true)
{
// is the locked target still in range?
TXV = (Target.LockedTarget.XPos - PivotPoint.X);
TYV = (Target.LockedTarget.YPos - PivotPoint.Y);
V = (TXV)*(TXV) + (TYV)*(TYV);
if (V < (SubClassData.Range * SubClassData.Range))
{
CurrentTarget = Target.LockedTarget;
Target.LockDuration++;
}
}
// Find a new target
if (CurrentTarget == null)
{
CurrentTarget = NearestCreep(SubClassData.Range);
Target.LockedTarget = CurrentTarget;
Target.LockDuration = 0;
return;
}
// No valid targets
if (CurrentTarget == null)
{
// Body.Fill = Brushes.Blue;
return;
}
Point TargetPoint = new Point(CurrentTarget.XPos, CurrentTarget.YPos);
//lastsetrotation = new CoercedAngle(StaticHelpers.Angle(PivotPoint, TargetPoint));
if (Target.LockDuration > 0)
{
float MuzzleVelocity = 25;
// TargetLaserB.X1 = this.PivotPoint.X;
// TargetLaserB.Y1 = this.PivotPoint.Y;
// TargetLaserB.X2 = CurrentTarget.XPos;
// TargetLaserB.Y2 = CurrentTarget.YPos;
// TargetLaserB.Stroke = Brushes.Green;
// TargetLaserB.StrokeThickness = 1;
//calculate the distance to the target
TXV = (CurrentTarget.XPos - PivotPoint.X);
TYV = (CurrentTarget.YPos - PivotPoint.Y);
V = Math.Sqrt((TXV)*(TXV) + (TYV)*(TYV));
//calculate the targets velocity
double VelocityX = TXV - Target.LockedTargetPriorX;
double VelocityY = TYV - Target.LockedTargetPriorY;
//save the current position to calc velocity next frame
Target.LockedTargetPriorX = TXV;
Target.LockedTargetPriorY = TYV;
// calculate where the target will be in the time it takes the projectile to travel to it's current location.
double ExPosX = CurrentTarget.XPos + (VelocityX * V / MuzzleVelocity);
double ExPosY = CurrentTarget.YPos + (VelocityY * V / MuzzleVelocity);
TargetPoint = new Point(ExPosX, ExPosY);
// TargetLaserA.X1 = this.PivotPoint.X;
// TargetLaserA.Y1 = this.PivotPoint.Y;
// TargetLaserA.X2 = ExPosX;
// TargetLaserA.Y2 = ExPosY;
// TargetLaserA.Stroke = Brushes.Red;
// TargetLaserA.StrokeThickness = 1;
//Arena.instance.AddToArena(TargetLaserA);
//calculate the distance to the new position.
TXV = (ExPosX - PivotPoint.X);
TYV = (ExPosY - PivotPoint.Y);
V = Math.Sqrt((TXV)*(TXV) + (TYV)*(TYV));
// re-calculate where the target will be in the time it takes the projectile to travel to it's current location.
ExPosX = CurrentTarget.XPos + (VelocityX * V / MuzzleVelocity);
ExPosY = CurrentTarget.YPos + (VelocityY * V / MuzzleVelocity);
// TargetLaserC.X1 = this.PivotPoint.X;
// TargetLaserC.Y1 = this.PivotPoint.Y;
// TargetLaserC.X2 = ExPosX;
// TargetLaserC.Y2 = ExPosY;
// TargetLaserC.Stroke = Brushes.Blue;
// TargetLaserC.StrokeThickness = 1;
//Arena.instance.AddToArena(TargetLaserC);
//calculate the distance to the new position.
TXV = (ExPosX - PivotPoint.X);
TYV = (ExPosY - PivotPoint.Y);
V = Math.Sqrt((TXV)*(TXV) + (TYV)*(TYV));
// re-re-calculate where the target will be in the time it takes the projectile to travel to it's current location.
ExPosX = CurrentTarget.XPos + (VelocityX * V / MuzzleVelocity);
ExPosY = CurrentTarget.YPos + (VelocityY * V / MuzzleVelocity);
// TargetLaserD.X1 = this.PivotPoint.X;
// TargetLaserD.Y1 = this.PivotPoint.Y;
// TargetLaserD.X2 = ExPosX;
// TargetLaserD.Y2 = ExPosY;
// TargetLaserD.Stroke = Brushes.White;
// TargetLaserD.StrokeThickness = 1;
// DoubleCollection dc = new DoubleCollection();
// dc.Add(1);
// dc.Add(4);
// TargetLaserD.StrokeDashArray = dc;
TargetPoint = new Point(ExPosX, ExPosY);
// Rotate barrel if not aligned with leading point.
if (!IsAlignedTo(TargetPoint, SubClassData.TrackingSpeed))
{
CoercedAngle diff = new CoercedAngle(StaticHelpers.Angle(PivotPoint, TargetPoint) - currentrotation.Angle);
if (diff.Angle > 180)
{
currentrotation.Angle -= SubClassData.TrackingSpeed;
}
else
{
currentrotation.Angle += SubClassData.TrackingSpeed;
}
// Body.Fill = Brushes.Yellow;
Barrel.RenderTransform = new RotateTransform(currentrotation.Angle);
//return;
}
else
{
// We are aligned (within tracking speed margin of error) with the targets predicted position.
currentrotation.Angle = StaticHelpers.Angle(PivotPoint, TargetPoint);
this.Barrel.RenderTransform = new RotateTransform(StaticHelpers.Angle(PivotPoint, TargetPoint));
//Are we ready to fire?
if (RefireCount <= 0 && Target.LockDuration > 1 && this.Heat <= this.Data.ShutdownHeat)
{
//FIRE!!!
Projectile P = Projectile.Create(
FrameCount,
(float)PivotPoint.X,
(float)PivotPoint.Y,
(float)(TXV / V) * (float)MuzzleVelocity,
(float)(TYV / V) * (float)MuzzleVelocity,
Projectile.GenericHitCreep
);
RefireCount = SubClassData.RefireDelay;
this.Heat += this.SubClassData.FiringHeat;
}
}
}
}
public HeatTowerData SubClassData;// = new ProjectileTowerData();
// public TargetLock Target = new TargetLock();
// public Creep CurrentTarget;
// public Shape Barrel;
// public float RefireCount = 0;
// static Random R = new Random();
// System.Windows.Media.Color ProjectileColor = Colors.Transparent;
public new void Tick(int Frame)
{
if (this.SubClassData == null)
{
if (this.Data == null)
{
return;
}
SubClassData = Data as HeatTowerData;
}
//Shape bb = LogicalTreeHelper.FindLogicalNode(VisualObject, "_Grill") as Shape;
//Body.Fill = new System.Windows.Media.VisualBrush(this);
//System.Windows.Media.Color bc = Color.FromScRgb(1f, (float)(Heat / Data.ShutdownHeat), 0f, 0f);
//Body.Fill = new System.Windows.Media.SolidColorBrush(bc);
List <Tower> HotNeighbor = new List <Tower>();
float TotalNeighborHeat = 0;
float startingheat = this.Heat;
float HottestNeighborHeat = 0;
//Make of list of neighbors who's heat level is higher than self.
foreach (EmptyCell C in this.OwningCell.Adjacent)
{
Tower CT = C.Occupant as Tower;
if (CT != null)
{
if (CT.Heat / CT.Data.ShutdownHeat > startingheat / Data.ShutdownHeat)
{
HotNeighbor.Add(CT);
TotalNeighborHeat += (CT.Heat - startingheat);
HottestNeighborHeat = Math.Max(HottestNeighborHeat, CT.Heat);
}
}
}
if (HotNeighbor.Count > 0 && TotalNeighborHeat > 1)
{
float RemainingHeatAbsorb = SubClassData.HeatAbsorb;
// if self is close to overheating, don't take more heat than capacity, and never get hotter than hottest neighbor.
float ModifiedHeatLimit = Math.Min(this.Data.ShutdownHeat, HottestNeighborHeat);
if (RemainingHeatAbsorb + startingheat > ModifiedHeatLimit)
{
RemainingHeatAbsorb = ModifiedHeatLimit - startingheat;
}
//ModifiedHeatAbsorb = SubClassData.HeatAbsorb / HotNeighbor.Count;
foreach (Tower HN in HotNeighbor)
{
float SplitHeatAbsorb;
float HeatDiff = (HN.Heat - startingheat);
//figure this neighors 'share' of heat absorbtion.
SplitHeatAbsorb = (HeatDiff / TotalNeighborHeat) * RemainingHeatAbsorb;
//Take no more than half the heat differance.
if (HeatDiff < SplitHeatAbsorb * 2)
{
//float s = (this.Heat +CT.Heat)
this.Heat += HeatDiff / 2;
HN.Heat -= HeatDiff / 2;
}
else
{
this.Heat += SplitHeatAbsorb;
HN.Heat -= SplitHeatAbsorb;
}
}
}
//Body.Fill = new System.Windows.Media.SolidColorBrush(HeatColor(Heat, Data.ShutdownHeat));
Body.Fill = StaticHelpers.HeatBrush(Heat, Data.ShutdownHeat);
base.Tick(Frame);
}
public bool IsAlignedTo(Point TargetPoint, double tolerance)
{
CoercedAngle diff = new CoercedAngle(StaticHelpers.Angle(PivotPoint, TargetPoint) - currentrotation.Angle);
return(diff.Angle < tolerance || diff.Angle > (360 - tolerance));
}
public new void Tick(int FrameCount)
{
base.Tick(FrameCount);
if (this.SubClassData == null)
{
if (this.Data == null)
{
return;
}
SubClassData = Data as BeamTowerData;
}
//if (ProjectileColor == Colors.Transparent)
{
// ProjectileColor = System.Windows.Media.Color.FromRgb((byte)R.Next(255), (byte)R.Next(255), (byte)R.Next(255));
// Arena.instance.AddToArena(TargetLaserD);
//Arena.instance.AddToArena(TargetLaserB);
}
CurrentTarget = null;
double TXV;
double TYV;
double V;
//System.Windows.Media.Color bc = Color.FromScRgb(1f, (float)(Heat / Data.ShutdownHeat), 0f, 0f);//(float)(Target.LockDuration / 255)
//Body.Fill = new System.Windows.Media.SolidColorBrush(HeatColor(Heat, Data.ShutdownHeat));
Body.Fill = StaticHelpers.HeatBrush(Heat, Data.ShutdownHeat);
// Are we already locked on?
if (Target.LockedTarget != null && Target.LockedTarget.IsAlive == true)
{
// is the locked target still in range?
TXV = (Target.LockedTarget.XPos - PivotPoint.X);
TYV = (Target.LockedTarget.YPos - PivotPoint.Y);
V = (TXV)*(TXV) + (TYV)*(TYV);
if (V < (SubClassData.Range * SubClassData.Range))
{
CurrentTarget = Target.LockedTarget;
Target.LockDuration++;
}
}
else
{
Arena.instance.Children.Remove(Beam);
Beam.Stroke = Brushes.Transparent;
Arena.instance.AddToArena(Beam);
}
// Find a new target
if (CurrentTarget == null)
{
CurrentTarget = NearestCreep(SubClassData.Range);
Target.LockedTarget = CurrentTarget;
Target.LockDuration = 0;
return;
}
// No valid targets
if (CurrentTarget == null)
{
return;
}
if (RefireCount > 0)
{
RefireCount--;
}
Point TargetPoint = new Point(CurrentTarget.XPos, CurrentTarget.YPos);
//lastsetrotation = new CoercedAngle(StaticHelpers.Angle(PivotPoint, TargetPoint));
if (Target.LockDuration > 0)
{
// float MuzzleVelocity = 25;
Beam.X1 = this.PivotPoint.X;
Beam.Y1 = this.PivotPoint.Y;
Beam.X2 = CurrentTarget.XPos;
Beam.Y2 = CurrentTarget.YPos;
// Beam.Stroke = Brushes.Green;
Beam.StrokeThickness = 3;
//calculate the distance to the target
TXV = (CurrentTarget.XPos - PivotPoint.X);
TYV = (CurrentTarget.YPos - PivotPoint.Y);
V = Math.Sqrt((TXV)*(TXV) + (TYV)*(TYV));
// Rotate barrel if not aligned with leading point.
if (!IsAlignedTo(TargetPoint, SubClassData.TrackingSpeed))
{
CoercedAngle diff = new CoercedAngle(StaticHelpers.Angle(PivotPoint, TargetPoint) - currentrotation.Angle);
if (diff.Angle > 180)
{
currentrotation.Angle -= SubClassData.TrackingSpeed;
}
else
{
currentrotation.Angle += SubClassData.TrackingSpeed;
}
// Body.Fill = Brushes.Yellow;
Barrel.RenderTransform = new RotateTransform(currentrotation.Angle);
//return;
}
else
{
// We are aligned (within tracking speed margin of error) with the targets predicted position.
currentrotation.Angle = StaticHelpers.Angle(PivotPoint, TargetPoint);
this.Barrel.RenderTransform = new RotateTransform(StaticHelpers.Angle(PivotPoint, TargetPoint));
//Are we ready to fire?
if (this.Heat > this.Data.ShutdownHeat)
{
RefireCount += 5;
}
if (RefireCount <= 0 && Target.LockDuration > 1 && this.Heat <= this.Data.ShutdownHeat)
{
//FIRE!!!
/*
* Projectile P = Projectile.Create(
* FrameCount,
* (float)PivotPoint.X,
* (float)PivotPoint.Y,
* (float)(TXV / V) * (float)MuzzleVelocity,
* (float)(TYV / V) * (float)MuzzleVelocity,
* Projectile.GenericHitCreep
* );
* RefireCount = SubClassData.RefireDelay;
*/
Beam.Stroke = StaticHelpers.HeatBrush((float)Target.LockDuration + 50, 100f);
CurrentTarget.TakeDamage(Target.LockDuration / 20);
this.Heat += this.SubClassData.FiringHeat;
}
else
{
Beam.Stroke = Brushes.Transparent;
}
}
}
else
{
Beam.Stroke = Brushes.Transparent;
}
}
