def spatialDomainNoGrid(self):
    """
    Superposition of analytical solutions without a gridded domain
    """
    self.w = np.zeros(self.xw.shape)

    if self.Debug:
      print("w = ")
      print(self.w.shape)
    
    for i in range(len(self.q)):
      # More efficient if we have created some 0-load points
      # (e.g., for where we want output)
      if self.q[i] != 0:
        dist = np.abs(self.xw - self.x[i])
        self.w -= self.q[i] * self.coeff * np.exp(-dist/self.alpha) * \
          ( np.cos(dist/self.alpha) + np.sin(dist/self.alpha) )
def spatialDomainNoGrid ( self ) : self . w = np . zeros ( self . xw . shape ) if self . Debug : print ( "w = " ) print ( self . w . shape ) for i in range ( len ( self . q ) ) : if self . q [ i ] != 0 : dist = np . abs ( self . xw - self . x [ i ] ) self . w -= self . q [ i ] * self . coeff * np . exp ( - dist / self . alpha ) * ( np . cos ( dist / self . alpha ) + np . sin ( dist / self . alpha ) )
Superposition of analytical solutions without a gridded domain