bob.io.HDF5File.cd

All Samples(140) | Call(140) | Derive(0) | Import(0)

src/a/n/antispoofing.lbp-1.3.0/antispoofing/lbp/script/svmtrain_lbp.py antispoofing.lbp(Download)

  if args.normalize: 
    fout.create_group('norm')
    fout.cd('norm')
    fout.set_attribute('mins', mins)
    fout.set_attribute('maxs', maxs)
    fout.cd('..')
  if args.pca_reduction:  
    fout.create_group('pca_machine')
    fout.cd('pca_machine')

    fout.cd('pca_machine')
    pca_machine.save(fout)
    fout.cd('..')
  fout.create_group('svm_machine')
  fout.cd('svm_machine')

src/a/n/antispoofing.lbp-1.3.0/antispoofing/lbp/script/svmeval_lbp.py antispoofing.lbp(Download)

  fin = bob.io.HDF5File(os.path.join(args.infile), 'r')
  if fin.has_group('norm'):
    fin.cd('norm')
    mins = fin.get_attribute('mins')
    maxs = fin.get_attribute('maxs')
    fin.cd('..')
  else:
    mins = None; maxs = None  
  if fin.has_group('pca_machine'):
    fin.cd('pca_machine')

    fin.cd('pca_machine')
    pca_machine = bob.machine.LinearMachine(fin)
    fin.cd('..')
  else:
    pca_machine = None  
  fin.cd('svm_machine')

src/x/b/xbob.thesis.elshafey2014-0.0.1a0/xbob/thesis/elshafey2014/scripts/para_jfa.py xbob.thesis.elshafey2014(Download)

      hdf5file = bob.io.HDF5File(self.m_tool.m_projector_toreplace, "w")
      hdf5file.create_group('Projector')
      hdf5file.cd('Projector')
      ubm.save(hdf5file)
 
      hdf5file.cd('/')
      hdf5file.create_group('Enroller')
      hdf5file.cd('Enroller')

      hdf5file = bob.io.HDF5File(self.m_tool.m_projector_toreplace, "w")
      hdf5file.create_group('Projector')
      hdf5file.cd('Projector')
      ubm.save(hdf5file)
 
      hdf5file.cd('/')

src/x/b/xbob.thesis.elshafey2014-0.0.1a0/xbob/thesis/elshafey2014/tools/JFA.py xbob.thesis.elshafey2014(Download)

  def _save_projector_together(self, projector_file):
    """Save the GMM and the JFA model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_jfabase = bob.machine.JFABase(hdf5file)
    # add UBM model from base class

src/x/b/xbob.thesis.elshafey2014-0.0.1a0/xbob/thesis/elshafey2014/tools/IVector.py xbob.thesis.elshafey2014(Download)

  def _save_projector_together(self, projector_file):
    """Save the GMM and the ISV model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_tv = bob.machine.IVectorMachine(hdf5file)
    # add UBM model from base class

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

  def _save_projector_together(self, projector_file):
    """Save the GMM and the ISV model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_tv = bob.machine.IVectorMachine(hdf5file)
    # add UBM model from base class

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

  def _save_projector_together(self, projector_file):
    """Save the GMM and the ISV model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_isvbase = bob.machine.ISVBase(hdf5file)
    # add UBM model from base class

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

  def _save_projector_together(self, projector_file):
    """Save the GMM and the ISV model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_tv = bob.machine.IVectorMachine(hdf5file)
    # add UBM model from base class

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

  def _save_projector_together(self, projector_file):
    """Save the GMM and the ISV model in the same HDF5 file"""
    hdf5file = bob.io.HDF5File(projector_file, "w")
    hdf5file.create_group('Projector')
    hdf5file.cd('Projector')
    self.m_ubm.save(hdf5file)
 
    hdf5file.cd('/')
    hdf5file.create_group('Enroller')
    hdf5file.cd('Enroller')

 
    # Load Projector
    hdf5file.cd('/Projector')
    # read UBM
    self.m_ubm = bob.machine.GMMMachine(hdf5file)

 
    # Load Enroller
    hdf5file.cd('/Enroller')
    self.m_isvbase = bob.machine.ISVBase(hdf5file)
    # add UBM model from base class

src/f/a/facereclib-1.2.1/facereclib/utils/video.py facereclib(Download)

      # Read content (frames) from HDF5File
      f = bob.io.HDF5File(filename, "r")
      f.cd('/data/')
      for path in f.paths():
        # Resolve frame_id

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