def __init__(self):
Simulation.__init__(self)
# Used by the super save and load function.
self.set_name("sphere")
self.debug = False
self.run_param['N'] = 1000
self.run_param['R'] = 50
self.run_param['sigma'] = 0.3
self.run_param['ext_method'] = 'som_as_point'
self.run_param['seed'] = 1234
self.process_param['amp_option'] = 'both'
self.process_param['pre_dur'] = 16.7 * 0.5
self.process_param['post_dur'] = 16.7 * 0.5
self.process_param['threshold'] = 3
self.process_param['width_half_thresh'] = 0.5
self.process_param['bins'] = 11
self.process_param['spike_to_measure'] = 0
self.process_param['assert_width'] = False
self.process_param['assert_width_I_low'] = 0.2 # ms
self.process_param['assert_width_I_high'] = 3 # ms
self.process_param['assert_width_II_low'] = 0.1 # ms
self.process_param['assert_width_II_high'] = 2.0 # ms
self.plot_param['elec_to_plot'] = []
self.plot_param['use_tex'] = True
def __init__(self):
Simulation.__init__(self)
# Used by the super save and load function.
self.set_name("grid_x_y")
# Used by the custom simulate and plot function.
self.run_param['n_elec_x'] = 11
self.run_param['n_elec_y'] = 11
self.run_param['x_lim'] = [-100, 100]
self.run_param['y_lim'] = [-100, 100]
self.run_param['ext_method'] = 'som_as_point'
self.process_param['amp_option'] = 'both'
self.process_param['pre_dur'] = 16.7 * 0.5
self.process_param['post_dur'] = 16.7 * 0.5
self.process_param['threshold'] = 4
# Index of the spike to measure from.
self.process_param['spike_to_measure'] = 0
self.plot_param['use_tex'] = True
def __init__(self):
Simulation.__init__(self)
# Used by the super save and load function.
self.set_name("widthdef")
self.verbose = False
self.run_param['sigma'] = 0.3
self.run_param['ext_method'] = 'som_as_point'
self.run_param['r'] = 50
# self.run_param['random_elec'] = True
self.run_param['N'] = 1
self.run_param['seed'] = 1234
self.process_param['amp_option'] = 'both'
self.process_param['pre_dur'] = 16.7 * 0.5
self.process_param['post_dur'] = 16.7 * 0.5
self.process_param['threshold'] = 4
# Index of the spike to measure from.
self.process_param['spike_to_measure'] = 0
self.plot_param['freq_end'] = 3*pq.kHz
self.plot_param['use_tex'] = True
def __init__(self):
Simulation.__init__(self)
# Used by the super save and load function.
self.set_name("sym")
self.verbose = False
self.run_param['n'] = 9
self.run_param['n_phi'] = 8
self.run_param['theta'] = [10, 50, 90, 130, 170]
self.run_param['R'] = 50
self.run_param['sigma'] = 0.3
self.run_param['R_0'] = 10
self.run_param['ext_method'] = 'som_as_point'
self.process_param['amp_option'] = 'both'
self.process_param['pre_dur'] = 16.7 * 0.5
self.process_param['post_dur'] = 16.7 * 0.5
self.process_param['threshold'] = 4
# Index of the spike to measure from.
self.process_param['spike_to_measure'] = 0
self.plot_param['plot_detailed'] = False
# kHz.
self.plot_param['freq_end'] = None
