original_docstring: Initializer function for phase of drifting grating nodes.
  
         pos  : position (x,y) of node, in degree
         lam  : wavelength of grating, in degree
         alpha: angle of grating in radian, zero is horizontal
  
         Returns number to be used as phase of sinusoidal Poisson generator.
      
docstring: Initializer function for phase of drifting grating nodes.
  pos  : position (x,y) of node, in degree
  lam  : wavelength of grating, in degree
  alpha: angle of grating in radian, zero is horizontal
  
  Returns number to be used as phase of sinusoidal Poisson generator.
docstring_tokens: Initializer function for phase of drifting grating nodes . pos : position ( x y ) of node in degree lam : wavelength of grating in degree alpha : angle of grating in radian zero is horizontal Returns number to be used as phase of sinusoidal Poisson generator .
code: def phaseInit(pos, lam, alpha):
      '''Initializer function for phase of drifting grating nodes.
  
         pos  : position (x,y) of node, in degree
         lam  : wavelength of grating, in degree
         alpha: angle of grating in radian, zero is horizontal
  
         Returns number to be used as phase of sinusoidal Poisson generator.
      '''
      return 360.0 / lam * (math.cos(alpha) * pos[0] + math.sin(alpha) * pos[1])
code_tokens: def phaseInit ( pos , lam , alpha ) : return 360.0 / lam * ( math . cos ( alpha ) * pos [ 0 ] + math . sin ( alpha ) * pos [ 1 ] )
short_docstring: Initializer function for phase of drifting grating nodes.
short_docstring_tokens: Initializer function for phase of drifting grating nodes .
comment: '''Initializer function for phase of drifting grating nodes.
  
         pos  : position (x,y) of node, in degree
         lam  : wavelength of grating, in degree
         alpha: angle of grating in radian, zero is horizontal
  
         Returns number to be used as phase of sinusoidal Poisson generator.
      '''