def drawFile(dataset, matrix, patterns, cells, w, fnum):
  '''The similarity of two patterns in the bit-encoding space is displayed alongside
  their similarity in the sp-coinc space.'''
  score=0
  count = 0
  assert len(patterns)==len(cells)
  for p in xrange(len(patterns)-1):
    matrix[p+1:,p] = [len(set(patterns[p]).intersection(set(q)))*100/w for q in patterns[p+1:]]
    matrix[p,p+1:] = [len(set(cells[p]).intersection(set(r)))*5/2 for r in cells[p+1:]]
    
    score += sum(abs(np.array(matrix[p+1:,p])-np.array(matrix[p,p+1:])))
    count += len(matrix[p+1:,p])
  
  print 'Score', score/count
  
  fig = pyl.figure(figsize = (10,10), num = fnum)
  pyl.matshow(matrix, fignum = fnum)
  pyl.colorbar()
  pyl.title('Coincidence Space', verticalalignment='top', fontsize=12)
  pyl.xlabel('The Mirror Image Visualization for '+dataset, fontsize=17)
  pyl.ylabel('Encoding space', fontsize=12)
def drawFile(dataset, matrix, patterns, cells, w, fnum):
  '''The similarity of two patterns in the bit-encoding space is displayed alongside
  their similarity in the sp-coinc space.'''
  score=0
  count = 0
  assert len(patterns)==len(cells)
  for p in xrange(len(patterns)-1):
    matrix[p+1:,p] = [len(set(patterns[p]).intersection(set(q)))*100/w for q in patterns[p+1:]]
    matrix[p,p+1:] = [len(set(cells[p]).intersection(set(r)))*5/2 for r in cells[p+1:]]
    
    score += sum(abs(np.array(matrix[p+1:,p])-np.array(matrix[p,p+1:])))
    count += len(matrix[p+1:,p])
  
  print 'Score', score/count
  
  fig = pyl.figure(figsize = (10,10), num = fnum)
  pyl.matshow(matrix, fignum = fnum)
  pyl.colorbar()
  pyl.title('Coincidence Space', verticalalignment='top', fontsize=12)
  pyl.xlabel('The Mirror Image Visualization for '+dataset, fontsize=17)
  pyl.ylabel('Encoding space', fontsize=12)
def drawFile ( dataset , matrix , patterns , cells , w , fnum ) : score = 0 count = 0 assert len ( patterns ) == len ( cells ) for p in xrange ( len ( patterns ) - 1 ) : matrix [ p + 1 : , p ] = [ len ( set ( patterns [ p ] ) . intersection ( set ( q ) ) ) * 100 / w for q in patterns [ p + 1 : ] ] matrix [ p , p + 1 : ] = [ len ( set ( cells [ p ] ) . intersection ( set ( r ) ) ) * 5 / 2 for r in cells [ p + 1 : ] ] score += sum ( abs ( np . array ( matrix [ p + 1 : , p ] ) - np . array ( matrix [ p , p + 1 : ] ) ) ) count += len ( matrix [ p + 1 : , p ] ) print 'Score' , score / count fig = pyl . figure ( figsize = ( 10 , 10 ) , num = fnum ) pyl . matshow ( matrix , fignum = fnum ) pyl . colorbar ( ) pyl . title ( 'Coincidence Space' , verticalalignment = 'top' , fontsize = 12 ) pyl . xlabel ( 'The Mirror Image Visualization for ' + dataset , fontsize = 17 ) pyl . ylabel ( 'Encoding space' , fontsize = 12 )
The similarity of two patterns in the bit-encoding space is displayed alongside
  their similarity in the sp-coinc space.
The similarity of two patterns in the bit - encoding space is displayed alongside their similarity in the sp - coinc space .