def _initialise():
"""Set cppcore initial values"""
cppcore.Initialize(_settings.dependencyfile_path, "log")
# First set some settings that are used by the feature extraction
for setting_name, int_setting in list(_int_settings.items()):
cppcore.setFeatureInt(setting_name, [int_setting])
for setting_name, double_setting in list(_double_settings.items()):
cppcore.setFeatureDouble(setting_name, [double_setting])
def _initialise():
"""Set cppcore initial values"""
cppcore.Initialize(_settings.dependencyfile_path, "log")
# First set some settings that are used by the feature extraction
cppcore.setFeatureDouble('spike_skipf', [0.1])
cppcore.setFeatureInt('max_spike_skip', [2])
cppcore.setFeatureDouble('Threshold', [_settings.threshold])
cppcore.setFeatureDouble('DerivativeThreshold',
[_settings.derivative_threshold])
cppcore.setFeatureDouble('interp_step', [0.1])
cppcore.setFeatureDouble('burst_factor', [1.5])
cppcore.setFeatureDouble("initial_perc", [0.1])
def getFeatureNames():
"""Return a list with the name of all the available features
Returns
=======
feature_names : list of strings
A list that contains all the feature names available in
the eFEL. These names can be used in the featureNames
argument of e.g. getFeatureValues()
"""
cppcore.Initialize(_settings.dependencyfile_path, "log")
feature_names = []
cppcore.getFeatureNames(feature_names)
return feature_names