} // end of function Update()
private void CheckCollisionWithBlockList()
{
PointF nextPos = new PointF();
nextPos.X = position.X + velocity.X;
nextPos.Y = position.Y + velocity.Y;
#region works ok, but does overlap some
for (int i = 0; i < blockList.Count; i++)
{
Blockv0d1 temp = blockList[i];
if (DistanceBetween(temp.center, position) < temp.size.Width * 2.3 + radius)
{
for (int j = 0; j < blockList[i].ccMarkerList.Count; j++)
{
if (DistanceBetween(position, blockList[i].ccMarkerList[j].position) <= radius * 1.2)
{
//IsLaunched = false;
SetRectangleCollisionSide(blockList[i]);
BounceV3();
}
}
}
}
#endregion works ok, but does overlap some
#region works pretty good, but leaves a lot of open space
//for(int i = 0; i < blockList.Count; i++)
//{
// Blockv0d1 temp = blockList[i];
// if(DistanceBetween(temp.center, nextPos) <= temp.size.Width + radius)
// {
// tempPos = temp.center;
// angleTorc = AngleBetween2(position, tempPos);
// modAngle = AngleBetween(position, tempPos);
// if(modAngle > 40/180*pi && modAngle < 50/180*pi)
// {
// if(DistanceBetween(temp.center, position) < temp.size.Width * 0.8f + radius)
// {
// IsLaunched = false;
// }
// }
// else if(DistanceBetween(temp.center, position) < temp.size.Width * 0.5f + radius )
// {
// IsLaunched = false;
// }
// SetRectangleCollisionSide(temp);
// BounceV3();
// }
//}
#endregion works pretty good, but leaves a lot of open space
} // end of function CheckCollisionWithBlockList()
} // end of function Update()
#region original CheckCollisionWithRectangle(RectangleF r)
//public new void CheckCollisionWithRectangle(RectangleF r)
//{
// // Probably need to set where on the rectangle the collision occured,
// // (side or corner) N, E, S, or W for side and NE, SE, SW, NW for corner.
// #region code in Ballv5d5
// //speed = 1;
// //#region previous closest attempt at collision detection
// //distanceFromClosestCorner = DistanceBetween(position, closestCornerToBall);
// //angleToClosestCorner = AngleBetween2(position, closestCornerToBall);
// //#endregion previous closest attempt at collision detection
// //#region GIGGITY GIGGITY!!
// //PointF tempd = new PointF();
// //tempd.X = position.X + velocity.X;
// //tempd.Y = position.Y + velocity.Y;
// //if (UseHypLenAsTempDist())
// //{
// // tempDist = DistanceBetween(tempd, closestCornerToBall);
// // //tempDist = DistanceBetween(position, closestCornerToBall);
// //}
// //else
// //{
// // if ((position.X < tempRect.X || position.X > tempRect.X + tempRect.Width)
// // && position.Y > tempRect.Y && position.Y < tempRect.Y + tempRect.Height)
// // {
// // tempDist = (DistanceBetween(tempd, rc) - tempRect.Width / 2);
// // //tempDist = (DistanceBetween(position, rc) - tempRect.Width / 2);
// // }
// // if (position.X > tempRect.X && position.X < tempRect.X + tempRect.Width
// // && (position.Y < tempRect.Y || position.Y > tempRect.Y + tempRect.Height))
// // {
// // tempDist = (DistanceBetween(tempd, rc) - tempRect.Height / 2);
// // //tempDist = (DistanceBetween(position, rc) - tempRect.Height / 2);
// // }
// //}
// //if (tempDist < radius)
// // IsLaunched = false;
// //#endregion GIGGITY GIGGITY!!
// #endregion code in Ballv5d5
// base.CheckCollisionWithRectangle(r);
// if (collisionDetected)
// {
// IsLaunched = false;
// //BounceV2();
// BounceV3();
// collisionDetected = false;
// //IsLaunched = true;
// }
//} // end of function CheckCollisionWithRectangle(RectangleF r)
#endregion original CheckCollisionWithRectangle(RectangleF r)
public new void CheckCollisionWithRectangle(Blockv0d1 b)
{
base.CheckCollisionWithRectangle(b);
if (collisionDetected)
{
IsLaunched = false;
//BounceV2();
//BounceV3();
collisionDetected = false;
}
} // end of function CheckCollisionWithRectangle(RectangleF r)
} // end of function LocalLoadAndReset()
public void LoadBlockList(List <Blockv0d1> bList)
{
blockList.Clear();
collisionPointList.Clear();
for (int i = 0; i < bList.Count; i++)
{
blockList.Add(bList[i]);
}
for (int i = 0; i < blockList.Count; i++)
{
Blockv0d1 tempblock = blockList[i];
for (int j = 0; j < tempblock.ccMarkerList.Count; j++)
{
collisionPointList.Add(tempblock.ccMarkerList[j].position);
}
}
}
private void SetRectangleCollisionSide(Blockv0d1 b)
{
float angleToRectCenter = AngleBetween2(b.center, position);
if (angleToRectCenter <= pi / 4 || angleToRectCenter >= (2 * pi) - pi / 4)
{
rectCollisionSide = CardinalDirections.East;
}
if (angleToRectCenter > pi / 4 && angleToRectCenter <= pi - pi / 4)
{
rectCollisionSide = CardinalDirections.South;
}
if (angleToRectCenter > pi - pi / 4 && angleToRectCenter <= pi + pi / 4)
{
rectCollisionSide = CardinalDirections.West;
}
if (angleToRectCenter > pi + pi / 4 && angleToRectCenter < 2 * pi - pi / 4)
{
rectCollisionSide = CardinalDirections.North;
}
} // end of function SetRectangleCollisionSide(Blockv0d1 b)
private void SetRectangleCollisionSide(Blockv0d1 b, PointF cp)
{
rectCenter = b.center;
//cp = ccMarkerList[ccIndex].position; // moved to check collision function 07/18/2017
angleToRectCenter = AngleBetween2(rectCenter, cp);
#region attempt1
if (angleToRectCenter <= pi / 4 || angleToRectCenter >= (2 * pi) - pi / 4)
{
rectCollisionSide = CardinalDirections.East;
}
if (angleToRectCenter > pi / 4 && angleToRectCenter <= pi - pi / 4)
{
rectCollisionSide = CardinalDirections.South;
}
if (angleToRectCenter > pi - pi / 4 && angleToRectCenter <= pi + pi / 4)
{
rectCollisionSide = CardinalDirections.West;
}
if (angleToRectCenter > pi + pi / 4 && angleToRectCenter < 2 * pi - pi / 4)
{
rectCollisionSide = CardinalDirections.North;
}
#endregion
} // end of function SetRectangleCollisionSide(Blockv0d1 b, PointF cp)
} // end of function LocalLoadAndReset()
#region Original build 1
//public override void CheckCollisionWithRectangle(RectangleF r)
//{
// base.CheckCollisionWithRectangle(r);
// #region previous closest attempt at collision detection
// distanceFromClosestCorner = DistanceBetween(position, closestCornerToBall);
// angleToClosestCorner = AngleBetween2(position, closestCornerToBall);
// #endregion previous closest attempt at collision detection
// #region GIGGITY GIGGITY!!
// PointF tempd = new PointF();
// tempd.X = position.X + velocity.X;
// tempd.Y = position.Y + velocity.Y;
// if (UseHypLenAsTempDist())
// {
// tempDist = DistanceBetween(tempd, closestCornerToBall);
// //tempDist = DistanceBetween(position, closestCornerToBall);
// }
// else
// {
// if ((position.X < tempRect.X || position.X > tempRect.X + tempRect.Width)
// && position.Y > tempRect.Y && position.Y < tempRect.Y + tempRect.Height)
// {
// tempDist = (DistanceBetween(tempd, rc) - tempRect.Width / 2);
// //tempDist = (DistanceBetween(position, rc) - tempRect.Width / 2);
// }
// if (position.X > tempRect.X && position.X < tempRect.X + tempRect.Width
// && (position.Y < tempRect.Y || position.Y > tempRect.Y + tempRect.Height))
// {
// tempDist = (DistanceBetween(tempd, rc) - tempRect.Height / 2);
// //tempDist = (DistanceBetween(position, rc) - tempRect.Height / 2);
// }
// }
// if (tempDist < radius)
// {
// //IsLaunched = false;
// collisionDetected = true;
// }
// #endregion GIGGITY GIGGITY!!
// //base.CheckCollisionWithRectangle(r);
//} // end of function CheckCollisionWithRectangle(RectangleF r)
#endregion Original build 1
#region attempting rebuild
public new void CheckCollisionWithRectangle(Blockv0d1 b)
{
base.CheckCollisionWithRectangle(b);
} // end of function CheckCollisionWithRectangle(RectangleF r)
public void CheckCollisionWithRectangle(Blockv0d1 b)
{
// might add b.collisionLastFrame to prevent double bounce. 07/18/2017
collisionDetected = false;
block = b;
if (b.collisionLastFrame)
{
b.collisionLastFrame = false; // In testing 07/18/2017
//b.sb.Color = b.defaultColor;
}
else
{
for (int i = 0; i < b.ccMarkerList.Count; i++)
{
if (DistanceBetween(position, b.ccMarkerList[i].position) <= radius)
{
b.collisionLastFrame = true; // In testing 07/18/2017
//b.sb.Color = Color.Gold;
//b.collisionMarkerIndex = i;
for (int j = 0; j < ccMarkerList.Count; j++)
{
if (ccMarkerList[j].IsCollisionWithRect(b.rectangle))
{
ccIndex = j;
cp = ccMarkerList[j].position;
SetRectangleCollisionSide(b, cp);
collisionDetected = true;
}
}
}
}
if (collisionDetected)
{
BounceV3();
//IsLaunched = false;
}
}
//for (int i = 0; i < b.ccMarkerList.Count; i++)
//{
// if (DistanceBetween(position, b.ccMarkerList[i].position) <= radius
// /*&& b.collisionLastFrame == false*/)
// {
// for (int j = 0; j < ccMarkerList.Count; j++)
// {
// if (ccMarkerList[j].IsCollisionWithRect(b.rectangle))
// {
// ccIndex = j;
// cp = ccMarkerList[j].position;
// SetRectangleCollisionSide(b, cp);
// collisionDetected = true;
// }
// }
// }
//}
//if(collisionDetected)
//{
// BounceV3();
// //IsLaunched = false;
//}
} // end of function CheckCollisionWithRectangle(RectangleF r)