original_docstring: A function that takes in an arbitrary number of 2D blobs and intersects and colors every
      single  intersection area.
      
docstring: A function that takes in an arbitrary number of 2D blobs and intersects and colors every
  single  intersection area.
docstring_tokens: A function that takes in an arbitrary number of 2D blobs and intersects and colors every single intersection area .
code: def ven_diagram(*blobs, show_outlines=False):
      """A function that takes in an arbitrary number of 2D blobs and intersects and colors every
      single  intersection area.
      """
      # First we fill in the blobs
      for blob in blobs:
          tikz.draw(blob)
      # Next we compute all of the intersections of the blobs we must make.
      tuple_indices = []
      for tuple_size in range(2, len(blobs) + 1):
          tuple_indices += list(combinations(range(1, len(blobs) + 1), tuple_size))
  
      # Now we clip and draw the blobs.
      for j, tuple_index in enumerate(tuple_indices):
          scope = tikz.scope()
          clip_draw_blobs = []
          for ind in tuple_index:
              clip_draw_blobs.append(blobs[ind - 1])
  
          # We create the scope environment
          scope = tikz.scope()
          # Now we clip and draw. We clip all the blobs except the last one, which we draw.
          for i, blob in enumerate(clip_draw_blobs):
              blob_copy = blob.copy()
  
              if i != len(clip_draw_blobs) - 1:
                  scope.clip(blob_copy)
              else:
                  blob_copy.options = f"fill = {rainbow_colors(j)}, opacity = 0.7"
                  scope.draw(blob_copy)
  
      # We're done, draw the outline
      if show_outlines:
          for blob in blobs:
              draw_blob = blob.copy(options="", action="draw")
              tikz.draw(draw_blob)
      tikz.write()
      tikz.show()
code_tokens: def ven_diagram ( * blobs , show_outlines = False ) : for blob in blobs : tikz . draw ( blob ) tuple_indices = [ ] for tuple_size in range ( 2 , len ( blobs ) + 1 ) : tuple_indices += list ( combinations ( range ( 1 , len ( blobs ) + 1 ) , tuple_size ) ) for j , tuple_index in enumerate ( tuple_indices ) : scope = tikz . scope ( ) clip_draw_blobs = [ ] for ind in tuple_index : clip_draw_blobs . append ( blobs [ ind - 1 ] ) scope = tikz . scope ( ) for i , blob in enumerate ( clip_draw_blobs ) : blob_copy = blob . copy ( ) if i != len ( clip_draw_blobs ) - 1 : scope . clip ( blob_copy ) else : blob_copy . options = f"fill = {rainbow_colors(j)}, opacity = 0.7" scope . draw ( blob_copy ) if show_outlines : for blob in blobs : draw_blob = blob . copy ( options = "" , action = "draw" ) tikz . draw ( draw_blob ) tikz . write ( ) tikz . show ( )
short_docstring: A function that takes in an arbitrary number of 2D blobs and intersects and colors every
  single  intersection area.
short_docstring_tokens: A function that takes in an arbitrary number of 2D blobs and intersects and colors every single intersection area .
comment: """A function that takes in an arbitrary number of 2D blobs and intersects and colors every
      single  intersection area.
      """$SEP$# First we fill in the blobs$SEP$# Next we compute all of the intersections of the blobs we must make.$SEP$# Now we clip and draw the blobs.$SEP$# We create the scope environment$SEP$# Now we clip and draw. We clip all the blobs except the last one, which we draw.$SEP$# We're done, draw the outline