Method Detail

• getEffectView

  public EffectView getEffectView()

• generateHitPoint

  public abstract Point3D generateHitPoint(EffectView arView,
                                           int x,
                                           int y)

  Get the collision point

  Parameters:

  x - screen coordinate X

  y - screen coordinate Y

• setCurrentPartID

  public void setCurrentPartID(java.lang.Integer[] currentPartID)

  Sets the current index ID

  Parameters:

  currentPartID -

• getTopVertices

  public java.util.ArrayList<Point3D> getTopVertices()

  Gets the set of vertices at the top of the dug hole

  Returns:

• getBottomVertices

  public java.util.ArrayList<Point3D> getBottomVertices()

  Gets the set of vertices at the bottom of the dug hole

  Returns:

• getArGeometry

  public ARGeometry getArGeometry()

  Gets AR geometry object

  Returns:

• calculate

  public void calculate(ExcavationParameter parameter)

  Calculate

  Parameters:

  parameter - Excavation parameters

• getScreenPoint

  public java.util.ArrayList<int[]> getScreenPoint(ErrorCallback errorCallback)

  gets screen point

  Returns:

• getBottomMeshScreenPoint

  public java.util.ArrayList<int[]> getBottomMeshScreenPoint(ErrorCallback errorCallback)

  Gets the screen vertices transformed by the bottom

  Parameters:

  errorCallback -

  Returns:

• getCurrentExcavationParameter

  public ExcavationParameter getCurrentExcavationParameter()

  Gets the excavation parameters at the current moment

  Returns:

• getCurrentPartID

  public java.lang.Integer[] getCurrentPartID()

• toScreenPoint

  public java.util.ArrayList<int[]> toScreenPoint(java.util.List<Point3D> point3DList,
                                                  ErrorCallback errorCallback)

  Converts to screen coordinates

  Parameters:

  point3DList - end-to-end sets of points to be converted

  Returns: