private Plane GetPlaneRotation(MatrixCoordinate tileLocation)
{
var plane = new Plane
{
PlaneMatrix = _planeTemplate.PlaneMatrix,
KillPoints = _planeTemplate.KillPoints.ToList()
};
var planeRotator = new PlaneRotator();
switch (_planeOrientation)
{
case "up":
if (tileLocation.Row <= 6 && tileLocation.Column >= 1 && tileLocation.Column <= 8)
{
tileLocation.Column -= 1;
BuildPlane(tileLocation, plane);
}
break;
case "down":
if (tileLocation.Row >= 3 && tileLocation.Column >= 1 && tileLocation.Column <= 8)
{
tileLocation.Column -= 1;
tileLocation.Row -= 3;
planeRotator.SetPlaneDown(plane);
BuildPlane(tileLocation, plane);
}
break;
case "right":
if (tileLocation.Column >= 3 && tileLocation.Row >= 1 && tileLocation.Row <= 8)
{
tileLocation.Column -= 3;
tileLocation.Row -= 1;
planeRotator.SetPlaneRight(plane);
BuildPlane(tileLocation, plane);
}
break;
case "left":
if (tileLocation.Column <= 6 && tileLocation.Row >= 1 && tileLocation.Row <= 8)
{
tileLocation.Row -= 1;
planeRotator.SetPlaneLeft(plane);
BuildPlane(tileLocation, plane);
}
break;
}
return plane;
}
private void BuildOponentPlane(MatrixCoordinate startCoordinate, string direction)
{
var plane = new Plane();
var planeRotator = new PlaneRotator();
switch (direction)
{
case "up":
break;
case "down":
planeRotator.SetPlaneDown(plane);
break;
case "right":
planeRotator.SetPlaneRight(plane);
break;
case "left":
planeRotator.SetPlaneLeft(plane);
break;
}
plane.PlaneStartPosition = startCoordinate;
BuildDestroyedPlane(plane, false);
}
