def add_emission(self, chunksize=2**19, comp_filter=default_compression,
                     overwrite=False, params=dict(), chunkslice='bytes'):
        """Add the `emission` array in '/trajectories'.
        """
        nparams = self.numeric_params
        num_particles = nparams['np']

        return self.add_trajectory('emission', shape=(num_particles, 0),
                                   overwrite=overwrite, chunksize=chunksize,
                                   comp_filter=comp_filter,
                                   atom=tables.Float32Atom(),
                                   title='Emission trace of each particle',
                                   params=params)
def add_emission(self, chunksize=2**19, comp_filter=default_compression,
                     overwrite=False, params=dict(), chunkslice='bytes'):
        """Add the `emission` array in '/trajectories'.
        """
        nparams = self.numeric_params
        num_particles = nparams['np']

        return self.add_trajectory('emission', shape=(num_particles, 0),
                                   overwrite=overwrite, chunksize=chunksize,
                                   comp_filter=comp_filter,
                                   atom=tables.Float32Atom(),
                                   title='Emission trace of each particle',
                                   params=params)
def add_emission ( self , chunksize = 2 ** 19 , comp_filter = default_compression , overwrite = False , params = dict ( ) , chunkslice = 'bytes' ) : nparams = self . numeric_params num_particles = nparams [ 'np' ] return self . add_trajectory ( 'emission' , shape = ( num_particles , 0 ) , overwrite = overwrite , chunksize = chunksize , comp_filter = comp_filter , atom = tables . Float32Atom ( ) , title = 'Emission trace of each particle' , params = params )
Add the `emission` array in '/trajectories'.
Add the emission array in / trajectories .