public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
Connectionpoint[] connectionPoints = new Connectionpoint[8];
Vector3 directionVector = direction.ToVector3();
connectionPoints[0] = new ConnectorCrossPin(direction, directionVector * 7);
connectionPoints[1] = new ConnectorCrossPin(direction, directionVector * 6);
connectionPoints[2] = new ConnectorCrossPin(direction, directionVector * 5);
connectionPoints[3] = new ConnectorCrossPin(direction, directionVector * 4);
connectionPoints[4] = new ConnectorCrossPin(direction, directionVector * 3);
connectionPoints[5] = new ConnectorCrossPin(direction, directionVector * 2);
connectionPoints[6] = new ConnectorCrossPin(direction, directionVector);
connectionPoints[7] = new ConnectorCrossPin(direction.Opposite(), new Vector3(0f, 0f, 0f));
return(connectionPoints);
}
public ConnectorCrossPower(PartDirection facedDirection, Vector3 relativePosition)
{
type = ConnectorType.CROSS_POWER;
this.facedDirection = facedDirection;
connectorPosition = new Vector3Int(relativePosition.x, relativePosition.y, relativePosition.z);
//Vector3 addVector = Vector3.zero;
//if (facedDirection == PartDirection.East)
// addVector = new Vector3(1f, 0, 0);
//if (facedDirection == PartDirection.West)
// addVector = new Vector3(-1f, 0, 0);
//
//this.connectingPosition = relativePosition + addVector;
boxColliderDirections = new PartDirection[2];
boxColliderDirections[0] = facedDirection.Opposite();
boxColliderDirections[1] = facedDirection;
acceptedConnectortypes = new ConnectorType[1];
acceptedConnectortypes[0] = ConnectorType.CROSS_PIN;
boxColliders = new BoxCollider[2];
}
public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
Connectionpoint[] connectionPoints = new Connectionpoint[4];
Vector3 directionToGoIn = direction.ToVector3();
PartDirection firstHoleDirection = PartDirection.Down;
PartDirection secondHoleDirection = PartDirection.Down;
switch (direction)
{
case PartDirection.Down:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.Up:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
}
break;
case PartDirection.East:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.South;
break;
}
break;
case PartDirection.South:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.West:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.North;
break;
}
break;
case PartDirection.North:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
}
connectionPoints[0] = new ConnectorCrossHole(firstHoleDirection, Vector3.zero);
connectionPoints[1] = new ConnectorCrossHole(secondHoleDirection.Opposite(), -2f * directionToGoIn);
connectionPoints[2] = new ConnectorCrossPin(secondHoleDirection.Opposite(), secondHoleDirection.Opposite().ToVector3());
connectionPoints[3] = new ConnectorCrossPin(secondHoleDirection, secondHoleDirection.ToVector3());
return(connectionPoints);
//ConnectionpointInfos[] infos = new ConnectionpointInfos[10];
//for (int i = 0; i < infos.Length; i++)
//{
// infos[i] = new ConnectionpointInfos();
// infos[i].connectorType = ConnectorType.ROUND_HOLE;
// infos[i].size = new Vector3(1f, 1f, 1f);
// if (i < 5)
// {
// infos[i].direction = PartDirection.East;
// infos[i].relativePosition = new Vector3(-1f, 0.5f, 0.5f + i - 2.5f);
// }
// else
// {
// infos[i].direction = PartDirection.West;
// infos[i].relativePosition = new Vector3(1f, 0.5f, 0.5f + i - 7.5f);
// }
//}
//
//return infos;
}
public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
int lengthToBack = 5;
Connectionpoint[] connectionPoints = new Connectionpoint[9 + (lengthToBack - 1) * 9];
Vector3 directionVector = direction.ToVector3();
Vector3 sideVector = Vector3.zero;
PartDirection firstHoleDirection = PartDirection.Down;
PartDirection secondHoleDirection = PartDirection.Down;
switch (direction)
{
case PartDirection.Down:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.Up:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
}
break;
case PartDirection.East:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.South;
break;
}
break;
case PartDirection.South:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.West:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.North;
break;
}
break;
case PartDirection.North:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
}
sideVector = firstHoleDirection.ToVector3();
Vector3 upVector = secondHoleDirection.ToVector3();
connectionPoints[0] = new ConnectorCrossPower(direction.Opposite(), Vector3.zero);
connectionPoints[1] = new ConnectorRoundHole(direction.Opposite(), sideVector);
connectionPoints[2] = new ConnectorRoundHole(direction.Opposite(), -sideVector);
connectionPoints[3] = new ConnectorRoundHole(direction.Opposite(), upVector);
connectionPoints[4] = new ConnectorRoundHole(direction.Opposite(), -upVector);
connectionPoints[5] = new ConnectorSolid(direction, upVector + sideVector);
connectionPoints[6] = new ConnectorSolid(direction, upVector - sideVector);
connectionPoints[7] = new ConnectorSolid(direction, -upVector + sideVector);
connectionPoints[8] = new ConnectorSolid(direction, -upVector - sideVector);
for (int i = 1; i < lengthToBack; i++)
{
connectionPoints[i * 9] = new ConnectorSolid(direction, upVector + sideVector + directionVector * i);
connectionPoints[i * 9 + 1] = new ConnectorSolid(direction, upVector - sideVector + directionVector * i);
connectionPoints[i * 9 + 2] = new ConnectorSolid(direction, -upVector + sideVector + directionVector * i);
connectionPoints[i * 9 + 3] = new ConnectorSolid(direction, -upVector - sideVector + directionVector * i);
connectionPoints[i * 9 + 4] = new ConnectorSolid(direction, upVector + directionVector * i);
connectionPoints[i * 9 + 5] = new ConnectorSolid(direction, -upVector + directionVector * i);
connectionPoints[i * 9 + 6] = new ConnectorSolid(direction, sideVector + directionVector * i);
connectionPoints[i * 9 + 7] = new ConnectorSolid(direction, -sideVector + directionVector * i);
connectionPoints[i * 9 + 8] = new ConnectorSolid(direction, directionVector * i);
}
return(connectionPoints);
//ConnectionpointInfos[] infos = new ConnectionpointInfos[10];
//for (int i = 0; i < infos.Length; i++)
//{
// infos[i] = new ConnectionpointInfos();
// infos[i].connectorType = ConnectorType.ROUND_HOLE;
// infos[i].size = new Vector3(1f, 1f, 1f);
// if (i < 5)
// {
// infos[i].direction = PartDirection.East;
// infos[i].relativePosition = new Vector3(-1f, 0.5f, 0.5f + i - 2.5f);
// }
// else
// {
// infos[i].direction = PartDirection.West;
// infos[i].relativePosition = new Vector3(1f, 0.5f, 0.5f + i - 7.5f);
// }
//}
//
//return infos;
}
public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
Connectionpoint[] connectionPoints = new Connectionpoint[26];
Vector3 directionToGoIn = direction.ToVector3();
PartDirection firstHoleDirection = PartDirection.Down;
PartDirection secondHoleDirection = PartDirection.Down;
switch (direction)
{
case PartDirection.Down:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.Up:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
}
break;
case PartDirection.East:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.South;
break;
}
break;
case PartDirection.South:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.West:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.North;
break;
}
break;
case PartDirection.North:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
}
connectionPoints[0] = new ConnectorRoundHole(direction.Opposite(), firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[1] = new ConnectorRoundHole(direction.Opposite(), firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[2] = new ConnectorRoundHole(direction.Opposite(), -firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[3] = new ConnectorRoundHole(direction.Opposite(), -firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[4] = new ConnectorSolid(direction, Vector3.zero);
connectionPoints[5] = new ConnectorSolid(direction, firstHoleDirection.ToVector3());
connectionPoints[6] = new ConnectorSolid(direction, -firstHoleDirection.ToVector3());
connectionPoints[7] = new ConnectorSolid(direction, secondHoleDirection.ToVector3());
connectionPoints[8] = new ConnectorSolid(direction, -secondHoleDirection.ToVector3());
connectionPoints[9] = new ConnectorSolid(direction, directionToGoIn + firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[10] = new ConnectorSolid(direction, directionToGoIn + firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[11] = new ConnectorSolid(direction, directionToGoIn - firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[12] = new ConnectorSolid(direction, directionToGoIn - firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[13] = new ConnectorSolid(direction, directionToGoIn + Vector3.zero);
connectionPoints[14] = new ConnectorSolid(direction, directionToGoIn + firstHoleDirection.ToVector3());
connectionPoints[15] = new ConnectorSolid(direction, directionToGoIn - firstHoleDirection.ToVector3());
connectionPoints[16] = new ConnectorSolid(direction, directionToGoIn + secondHoleDirection.ToVector3());
connectionPoints[17] = new ConnectorSolid(direction, directionToGoIn - secondHoleDirection.ToVector3());
connectionPoints[18] = new ConnectorSolid(direction, 2 * directionToGoIn + firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[19] = new ConnectorSolid(direction, 2 * directionToGoIn + firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[20] = new ConnectorSolid(direction, 2 * directionToGoIn - firstHoleDirection.ToVector3() + secondHoleDirection.ToVector3());
connectionPoints[21] = new ConnectorSolid(direction, 2 * directionToGoIn - firstHoleDirection.ToVector3() - secondHoleDirection.ToVector3());
connectionPoints[22] = new ConnectorSolid(direction, 2 * directionToGoIn + Vector3.zero);
connectionPoints[23] = new ConnectorSolid(direction, 2 * directionToGoIn + firstHoleDirection.ToVector3());
connectionPoints[24] = new ConnectorSolid(direction, 2 * directionToGoIn - firstHoleDirection.ToVector3());
connectionPoints[25] = new ConnectorSolid(direction, 2 * directionToGoIn + secondHoleDirection.ToVector3());
connectionPoints[26] = new ConnectorSolid(direction, 2 * directionToGoIn - secondHoleDirection.ToVector3());
return(connectionPoints);
}
public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
Connectionpoint[] connectionPoints = new Connectionpoint[3];
Vector3 directionVector = direction.ToVector3();
PartDirection firstHoleDirection = PartDirection.Down;
PartDirection secondHoleDirection = PartDirection.Down;
switch (direction)
{
case PartDirection.Down:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.Up:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.East:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.North;
break;
}
break;
case PartDirection.South:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.West;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.East;
break;
}
break;
case PartDirection.West:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.South;
break;
}
break;
case PartDirection.North:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
}
connectionPoints[0] = new ConnectorRoundPin(secondHoleDirection.Opposite(), (-1 * secondHoleDirection.ToVector3()) + directionVector);
connectionPoints[1] = new ConnectorCrossHole(firstHoleDirection.Opposite(), directionVector);
connectionPoints[2] = new ConnectorSolid(direction, Vector3.zero);
return(connectionPoints);
}
public override Connectionpoint[] GetConnectionpoints(PartDirection direction, PartRotation rotation)
{
Connectionpoint[] connectionPoints = new Connectionpoint[7];
Vector3 directionVector = direction.ToVector3();
Vector3 sideVector = Vector3.zero;
PartDirection firstHoleDirection = PartDirection.Down;
PartDirection secondHoleDirection = PartDirection.Down;
switch (direction)
{
case PartDirection.Down:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.Up:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.West;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.East;
break;
}
break;
case PartDirection.East:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.North;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.South;
break;
}
break;
case PartDirection.South:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
case PartDirection.West:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.South;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.South;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.North;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.North;
break;
}
break;
case PartDirection.North:
switch (rotation)
{
case PartRotation.Down:
firstHoleDirection = PartDirection.West;
secondHoleDirection = PartDirection.Up;
break;
case PartRotation.Left:
firstHoleDirection = PartDirection.Up;
secondHoleDirection = PartDirection.East;
break;
case PartRotation.Up:
firstHoleDirection = PartDirection.East;
secondHoleDirection = PartDirection.Down;
break;
case PartRotation.Right:
firstHoleDirection = PartDirection.Down;
secondHoleDirection = PartDirection.West;
break;
}
break;
}
sideVector = firstHoleDirection.ToVector3();
connectionPoints[0] = new ConnectorRoundHole(firstHoleDirection, Vector3.zero);
connectionPoints[1] = new ConnectorRoundHole(secondHoleDirection, directionVector);
connectionPoints[2] = new ConnectorRoundHole(secondHoleDirection, -1 * directionVector);
connectionPoints[3] = new ConnectorRoundPin(firstHoleDirection, -1 * directionVector + sideVector);
connectionPoints[4] = new ConnectorRoundPin(firstHoleDirection.Opposite(), -1 * directionVector - sideVector);
connectionPoints[5] = new ConnectorRoundPin(firstHoleDirection, directionVector + sideVector);
connectionPoints[6] = new ConnectorRoundPin(firstHoleDirection.Opposite(), directionVector - sideVector);
return(connectionPoints);
}
