def __init__(self, Width=40, Height=40, Pixel_mm=10, label=0, SPML=False):
    '\n\t\tConstructor of the Class NewImage\n\n\t\t@param Width      Width of the Scenario\n\t\t@param Height     Height of the Scenario\n\t\t@param Pixel_mm   Ratio Pixel per mm\n\t\t@param label      Label\n\t\t@param SPML       Flag used to indicate the boundary conditions\n\n\n\t\t'
    self.Width = Width
    self.Height = Height
    self.Pixel_mm = Pixel_mm
    self.Label = label
    self.SPML = SPML
    self.M = int((self.Height * self.Pixel_mm))
    self.N = int((self.Width * self.Pixel_mm))
    self.I = (np.ones((self.M, self.N), dtype=np.uint8) * label)
    self.Itemp = 0
    self.Tap = 0
    self.AirBoundary = False
Constructor of the Class NewImage

@param Width      Width of the Scenario
@param Height     Height of the Scenario
@param Pixel_mm   Ratio Pixel per mm
@param label      Label
@param SPML       Flag used to indicate the boundary conditions
def __init__(self, Width=40, Height=40, Pixel_mm=10, label=0, SPML=False):
    '\n\t\tConstructor of the Class NewImage\n\n\t\t@param Width      Width of the Scenario\n\t\t@param Height     Height of the Scenario\n\t\t@param Pixel_mm   Ratio Pixel per mm\n\t\t@param label      Label\n\t\t@param SPML       Flag used to indicate the boundary conditions\n\n\n\t\t'
    self.Width = Width
    self.Height = Height
    self.Pixel_mm = Pixel_mm
    self.Label = label
    self.SPML = SPML
    self.M = int((self.Height * self.Pixel_mm))
    self.N = int((self.Width * self.Pixel_mm))
    self.I = (np.ones((self.M, self.N), dtype=np.uint8) * label)
    self.Itemp = 0
    self.Tap = 0
    self.AirBoundary = False