parameters: (parameters,point)
return_statement: return parameters[0]*np.exp(sum([-parameters[i+1]*point[i] for i in range(len(point))]))
docstring: Compute y = C*exp(-w.x) where C = parameters[0] and w = parameters[1:]
docstring_summary: Compute y = C*exp(-w.x) where C = parameters[0] and w = parameters[1:]
docstring_tokens: Compute y = C * exp ( - w . x ) where C = parameters [ 0 ] and w = parameters [ 1 : ]
function: def geometricModel(parameters,point):
      """
      Compute y = C*exp(-w.x) where C = parameters[0] and w = parameters[1:]
      """
      return parameters[0]*np.exp(sum([-parameters[i+1]*point[i] for i in range(len(point))]))
function_tokens: def geometricModel ( parameters , point ) : return parameters [ 0 ] * np . exp ( sum ( [ - parameters [ i + 1 ] * point [ i ] for i in range ( len ( point ) ) ] ) )