bob.machine.GaborGraphMachine

All Samples(8) | Call(8) | Derive(0) | Import(0)

src/f/a/facereclib-1.2.1/facereclib/features/GridGraph.py facereclib(Download)

    if eyes is not None:
      self.m_graph_machine = bob.machine.GaborGraphMachine(
          righteye = eyes['reye'],
          lefteye = eyes['leye'],
          between = nodes_between_eyes,

      # take the specified nodes
      self.m_graph_machine = bob.machine.GaborGraphMachine(
          first = first_node,
          last = last_node,
          step = node_distance

src/f/a/facereclib-HEAD/facereclib/features/GridGraph.py facereclib(Download)

    if eyes is not None:
      self.m_graph_machine = bob.machine.GaborGraphMachine(
          righteye = eyes['reye'],
          lefteye = eyes['leye'],
          between = nodes_between_eyes,

      # take the specified nodes
      self.m_graph_machine = bob.machine.GaborGraphMachine(
          first = first_node,
          last = last_node,
          step = node_distance

src/x/b/xbob.example.faceverify-1.0.0/xbob/example/faceverify/gabor_graph.py xbob.example.faceverify(Download)

  print("Creating Gabor graph machine")
  # create a machine that will produce tight Gabor graphs with inter-node distance (4,4)
  graph_machine = bob.machine.GaborGraphMachine((8,6), (104,86), (4,4))
 
  #####################################################################

src/x/b/xbob.example.faceverify-1.0.0/xbob/example/faceverify/tests/__init__.py xbob.example.faceverify(Download)

 
    # extract features; for test purposes we wil use smaller features with inter-node-distance 8
    graph_machine = bob.machine.GaborGraphMachine((0,0), (111,91), (8,8))
 
    # check the the projection is the same

src/f/a/facereclib-1.2.1/facereclib/tools/GaborJets.py facereclib(Download)

 
    # graph machine for enrolling models and comparing graphs
    self.m_graph_machine = bob.machine.GaborGraphMachine()
 
    # the Gabor wavelet transform; used by (some of) the Gabor jet similarities

src/f/a/facereclib-HEAD/facereclib/tools/GaborJets.py facereclib(Download)

 
    # graph machine for enrolling models and comparing graphs
    self.m_graph_machine = bob.machine.GaborGraphMachine()
 
    # the Gabor wavelet transform; used by (some of) the Gabor jet similarities