private void ComputeRowAndCol(MVector3D mousePos, out int row, out int col)
{
MVector3D worldPos = _inputDrive.ScreenToWorldPoint(mousePos);
col = (int)Math.Floor(worldPos.x - (_contexts.game.GetStartPosX() - 0.5));
row = (int)Math.Floor(worldPos.y - (_contexts.game.GetStartPosY() - 0.5));
}
protected override void BodyPartsUpdate(MVector3D first, MVector3D second)
{
var imaginedLine = second - first;
this.NotifyRotation(
this.GetAngleOnX(imaginedLine.Y, imaginedLine.Z),
this.GetAngleOnY(imaginedLine.X, imaginedLine.Z),
this.GetAngleOnZ(imaginedLine.X, imaginedLine.Y));
}
public void Execute()
{
if (_inputDrive.GetMouseButtonDown(0))
{
MVector3D vector3D = _inputDrive.MousePosition();
int row;
int col;
ComputeRowAndCol(vector3D, out row, out col);
if (_contexts.game.getEntityByRowAndCol(row, col) != null)
{
_contexts.game.CreateEntity().AddClickStar(row, col);
}
}
}
public RelativeMove RelativeTo(MVector3D position)
{
this._centerPosition = position;
return this;
}
internal RelativeMove(MoveableBodyPart moveable)
{
this._moveable = moveable;
this._centerPosition = null;
}
public MVector3D ScreenToWorldPoint(MVector3D vector3D)
{
Vector3 vector3 = vector3D.ToUnityVector3();
return(new MVector3D(Camera.main.ScreenToWorldPoint(vector3)));
}
protected override void SkeletonUpdate(uint user, Skeleton s)
{
this.FirstPartPosition = this._bodyParts.GetFirstBodyPart(s);
this.SecondPartPosition = this._bodyParts.GetSecondBodyPart(s);
this.BodyPartsUpdate(this.FirstPartPosition, this.SecondPartPosition);
}
protected abstract void BodyPartsUpdate(MVector3D first, MVector3D second);
private void DetermineIfAndHandleMove(MVector3D delta)
{
bool anyMove = this.HandleMovements(delta);
if (this._lastWasMove && !anyMove) this.NoSignificantMovement();
this._lastWasMove = anyMove;
}
private bool HandleMovements(MVector3D delta)
{
bool anyMove = false;
anyMove |= Condition(delta.X >= this.Settings.XMoveThreshold, this.MoveRight);
anyMove |= Condition(delta.X <= -this.Settings.XMoveThreshold, this.MoveLeft);
anyMove |= Condition(delta.Y >= this.Settings.YMoveThreshold, this.MoveDown);
anyMove |= Condition(delta.Y <= -this.Settings.YMoveThreshold, this.MoveUp);
anyMove |= Condition(delta.Z >= this.Settings.ZMoveThreshold, this.Pull);
anyMove |= Condition(delta.Z <= -this.Settings.ZMoveThreshold, this.Push);
return anyMove;
}
private void HandleDelta(MVector3D delta)
{
this.DetermineIfAndHandleMove(delta);
this.IsMoving();
}
