public PlatformMovement(
BackingBox BackingBox,
IPlatformInputHandler InputHandler,
int MaxSpeed,
int MinSpeed,
int JumpStrength,
int GravityStrength,
int Acceleration,
int Decceleration,
int AirAcceleration,
int AirDecceleration,
HitGroundBehavior HGB = HitGroundBehavior.None
)
{
this.BackingBox = BackingBox;
this.InputHandler = InputHandler;
this.MaxSpeed = MaxSpeed;
this.MinSpeed = MinSpeed;
this.JumpStrength = JumpStrength;
this.GravityStrength = GravityStrength;
this.Acceleration = Acceleration;
this.Decceleration = Decceleration;
this.AirAcceleration = AirAcceleration;
this.AirDecceleration = AirDecceleration;
MaxVelocityScaler = 1f;
DeccelerationScaler = 1f;
AccelerationScaler = 1f;
JumpStrengthScaler = 1f;
VelocityScaler = Vector3.One;
hitGroundBehavior = HGB;
}
public float GetFaceIntersectDistance(BackingBox Box2, Face ContactFace)
{
switch (ContactFace)
{
case Face.Left:
return(Right - Box2.Left);
case Face.Right:
return(Box2.Right - Left);
case Face.Bottom:
return(Top - Box2.Bottom);
case Face.Top:
if (Box2.B.isRamp)
{
return((Box2.Front - Back) * (Box2.Height / Box2.Depth) - (Bottom - Box2.Bottom));
}
return(Box2.Top - Bottom);
case Face.Back:
return(Front - Box2.Back);
case Face.Front:
return(Box2.Front - Back);
default:
return(0);
}
}
public BulletMovement(BackingBox BackingBox, Vector3 Velocity, bool IsGravityEnabled = false)
{
this.BackingBox = BackingBox;
this.Velocity = Velocity;
this.IsGravityEnabled = IsGravityEnabled;
World.GetWorldFromCurrentLevel().AddBox(this.BackingBox);
}
public bool DoesProjectionOverlapOther(BackingBox Other)
{
if (this == Dummy || Other == Dummy)
{
return(true);
}
return(B.Projection.Intersects(Other.B.Projection));
}
public static BackingBox Build(IType InteractionType, Box B, SortingMode SortMode = SortingMode.Box)
{
BackingBox b = boxPool.Rent();
b.InteractionType = InteractionType;
b.B = B;
b.SortMode = SortMode;
return(b);
}
public static BackingBox Build(IType InteractionType, float X, float Y, float Z, float Width, float Height, float Depth, bool IsTriangle = false, bool IsRamp = false, SortingMode SortMode = SortingMode.Front)
{
BackingBox b = boxPool.Rent();
b.InteractionType = InteractionType;
b.B = new Box(X, Y, Z, Width, Height, Depth, IsTriangle, IsRamp);
b.SortMode = SortMode;
return(b);
}
public int Compare(BackingBox OtherBox)
{
if (this == OtherBox)
{
return(0);
}
if (this == Dummy)
{
return(1);
}
else if (OtherBox == Dummy)
{
return(-1);
}
return(B.Compare(OtherBox.B));
}
public void MatchFace(BackingBox Box2, Face ContactFace, Vector3?Offset = null)
{
float x = X;
float y = Y;
float z = Z;
switch (ContactFace)
{
case Face.Left:
x = Box2.Left - Width;
break;
case Face.Right:
x = Box2.Right;
break;
case Face.Bottom:
y = Box2.Bottom - Height;
break;
case Face.Top:
if (Box2.B.isRamp)
{
y = (Box2.Front - Back) * (Box2.Height / Box2.Depth) + Box2.Bottom;
}
else
{
y = Box2.Top;
}
break;
case Face.Back:
z = Box2.Back - Depth;
break;
case Face.Front:
z = Box2.Front;
break;
}
Vector3 offset = Offset.HasValue ? Offset.Value : Vector3.Zero;
Teleport(new Vector3(x, y, z) + offset);
}
public static PlatformMovement GetStaticPlatformMovement(BackingBox B, HitGroundBehavior HGB = HitGroundBehavior.None)
{
return(new PlatformMovement(B, new StaticPlatformInputHandler(), 1000, 30, 0, 1000, 0, 3000, 0, 0, HGB));
}
public static void Return(BackingBox B)
{
boxPool.Return(B);
}
