MEDUSA© Kernel
v1.0.0
MEDUSA
»
Index
Index
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A
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B
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C
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D
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E
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F
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G
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I
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L
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M
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N
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O
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P
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R
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S
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T
_
__init__() (medusa.bci.cvep_spellers.CircularShiftingClassifier method)
(medusa.bci.cvep_spellers.CVEPModelCircularShifting method)
(medusa.bci.cvep_spellers.CVEPSpellerData method)
(medusa.bci.cvep_spellers.CVEPSpellerDataset method)
(medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.LFSR method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.CMDModelEEGInception method)
(medusa.bci.erp_spellers.CMDModelEEGNet method)
(medusa.bci.erp_spellers.CMDModelRLDA method)
(medusa.bci.erp_spellers.CSDModelEEGInception method)
(medusa.bci.erp_spellers.ERPSpellerData method)
(medusa.bci.erp_spellers.ERPSpellerDataset method)
(medusa.bci.erp_spellers.ERPSpellerModel method)
(medusa.bci.erp_spellers.StandardFeatureExtraction method)
(medusa.bci.erp_spellers.StandardPreprocessing method)
(medusa.bci.mi_paradigms.CSPFeatureExtraction method)
(medusa.bci.mi_paradigms.MIData method)
(medusa.bci.mi_paradigms.MIDataset method)
(medusa.bci.mi_paradigms.MIModel method)
(medusa.bci.mi_paradigms.MIModelCSP method)
(medusa.bci.mi_paradigms.MIModelEEGSym method)
(medusa.bci.mi_paradigms.StandardFeatureExtraction method)
(medusa.bci.mi_paradigms.StandardPreprocessing method)
(medusa.bci.nft_paradigms.FeatureExtraction method)
(medusa.bci.nft_paradigms.FilterBankPreprocessing method)
(medusa.bci.nft_paradigms.NeurofeedbackData method)
(medusa.bci.nft_paradigms.PowerBasedNFTModel method)
(medusa.bci.nft_paradigms.RatioBandNFT method)
(medusa.bci.nft_paradigms.RestrictionBandNFT method)
(medusa.bci.nft_paradigms.SingleBandNFT method)
A
absolute_band_power() (in module medusa.local_activation.spectral_parameteres)
aec() (in module medusa.connectivity.amplitude_connectivity)
assortativity() (in module medusa.graph_theory.assortativity)
autocorr_circular() (in module medusa.bci.cvep_spellers)
autocorr_zeropad() (in module medusa.bci.cvep_spellers)
B
ban_bands() (medusa.bci.nft_paradigms.FeatureExtraction method)
band_power() (medusa.bci.nft_paradigms.FeatureExtraction method)
betweenness() (in module medusa.graph_theory.betweeenness_centrality)
build() (medusa.bci.erp_spellers.CMDModelEEGInception method)
(medusa.bci.erp_spellers.CMDModelEEGNet method)
(medusa.bci.erp_spellers.CMDModelRLDA method)
(medusa.bci.erp_spellers.CSDModelEEGInception method)
(medusa.bci.erp_spellers.ERPSpellerModel method)
(medusa.bci.mi_paradigms.MIModel method)
(medusa.bci.mi_paradigms.MIModelCSP method)
(medusa.bci.mi_paradigms.MIModelEEGSym method)
C
calibration() (medusa.bci.nft_paradigms.PowerBasedNFTModel method)
(medusa.bci.nft_paradigms.RatioBandNFT method)
(medusa.bci.nft_paradigms.RestrictionBandNFT method)
(medusa.bci.nft_paradigms.SingleBandNFT method)
central_tendency_measure() (in module medusa.local_activation.nonlinear_parameters)
check_cutoff_settings() (medusa.bci.nft_paradigms.PowerBasedNFTModel method)
(medusa.bci.nft_paradigms.RatioBandNFT method)
(medusa.bci.nft_paradigms.RestrictionBandNFT method)
(medusa.bci.nft_paradigms.SingleBandNFT method)
check_for_non_control_data() (medusa.bci.erp_spellers.ERPSpellerModel static method)
check_if_shifted() (in module medusa.bci.cvep_spellers)
check_predict_feasibility() (medusa.bci.cvep_spellers.CVEPModelCircularShifting method)
CircularShiftingClassifier (class in medusa.bci.cvep_spellers)
clustering_coefficient() (in module medusa.graph_theory.clustering_coefficient)
CMDModelEEGInception (class in medusa.bci.erp_spellers)
CMDModelEEGNet (class in medusa.bci.erp_spellers)
CMDModelRLDA (class in medusa.bci.erp_spellers)
command_decoding_accuracy() (in module medusa.bci.erp_spellers)
command_decoding_accuracy_per_seq() (in module medusa.bci.erp_spellers)
compute_control_state_labels() (medusa.bci.erp_spellers.ERPSpellerData method)
compute_dev_epochs() (in module medusa.plots.erp_plots)
compute_erp_labels() (medusa.bci.erp_spellers.ERPSpellerData method)
compute_nearest_values() (in module medusa.plots.topographic_plots)
configure() (in module medusa.bci.remote.configure)
(medusa.bci.erp_spellers.CMDModelEEGInception method)
(medusa.bci.erp_spellers.CMDModelEEGNet method)
(medusa.bci.erp_spellers.CMDModelRLDA method)
(medusa.bci.erp_spellers.CSDModelEEGInception method)
(medusa.bci.erp_spellers.ERPSpellerModel method)
(medusa.bci.mi_paradigms.MIModel method)
(medusa.bci.mi_paradigms.MIModelCSP method)
(medusa.bci.mi_paradigms.MIModelEEGSym method)
control_state_detection_accuracy() (in module medusa.bci.erp_spellers)
control_state_detection_accuracy_per_seq() (in module medusa.bci.erp_spellers)
CSDModelEEGInception (class in medusa.bci.erp_spellers)
CSP (medusa.bci.mi_paradigms.CSPFeatureExtraction attribute)
CSPFeatureExtraction (class in medusa.bci.mi_paradigms)
custom_operations_on_recordings() (medusa.bci.cvep_spellers.CVEPSpellerDataset method)
(medusa.bci.erp_spellers.ERPSpellerDataset method)
(medusa.bci.mi_paradigms.MIDataset method)
CVEPModelCircularShifting (class in medusa.bci.cvep_spellers)
CVEPSpellerData (class in medusa.bci.cvep_spellers)
CVEPSpellerDataset (class in medusa.bci.cvep_spellers)
D
decode_commands() (in module medusa.bci.erp_spellers)
degree() (in module medusa.graph_theory.degree)
density() (in module medusa.graph_theory.density)
detect_control_state() (in module medusa.bci.erp_spellers)
E
ear_rho() (in module medusa.plots.topographic_plots)
efficiency() (in module medusa.graph_theory.efficiency)
eigen_centrality() (in module medusa.graph_theory.eigen_centrality)
ERPSpellerData (class in medusa.bci.erp_spellers)
ERPSpellerDataset (class in medusa.bci.erp_spellers)
ERPSpellerModel (class in medusa.bci.erp_spellers)
extract_log_var_features() (medusa.bci.mi_paradigms.CSPFeatureExtraction method)
F
factor() (in module medusa.plots.optimal_subplots)
FeatureExtraction (class in medusa.bci.nft_paradigms)
FilterBankPreprocessing (class in medusa.bci.cvep_spellers)
(class in medusa.bci.nft_paradigms)
fit() (medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.StandardPreprocessing method)
(medusa.bci.mi_paradigms.CSPFeatureExtraction method)
(medusa.bci.mi_paradigms.StandardPreprocessing method)
(medusa.bci.nft_paradigms.FilterBankPreprocessing method)
fit_dataset() (medusa.bci.cvep_spellers.CircularShiftingClassifier method)
(medusa.bci.cvep_spellers.CVEPModelCircularShifting method)
(medusa.bci.erp_spellers.CMDModelEEGInception method)
(medusa.bci.erp_spellers.CMDModelEEGNet method)
(medusa.bci.erp_spellers.CMDModelRLDA method)
(medusa.bci.erp_spellers.CSDModelEEGInception method)
(medusa.bci.erp_spellers.ERPSpellerModel method)
(medusa.bci.mi_paradigms.MIModel method)
(medusa.bci.mi_paradigms.MIModelCSP method)
(medusa.bci.mi_paradigms.MIModelEEGSym method)
fit_transform_dataset() (medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.StandardPreprocessing method)
(medusa.bci.mi_paradigms.StandardPreprocessing method)
fit_transform_signal() (medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.StandardPreprocessing method)
(medusa.bci.mi_paradigms.StandardPreprocessing method)
(medusa.bci.nft_paradigms.FilterBankPreprocessing method)
from_serializable_obj() (medusa.bci.cvep_spellers.CVEPSpellerData class method)
(medusa.bci.erp_spellers.ERPSpellerData class method)
(medusa.bci.mi_paradigms.MIData static method)
(medusa.bci.nft_paradigms.NeurofeedbackData class method)
G
get_batches_associated_to_cmd() (medusa.bci.erp_spellers.ERPSpellerData method)
get_control_data() (medusa.bci.erp_spellers.ERPSpellerModel static method)
get_items_by_sorted_sequences() (in module medusa.bci.cvep_spellers)
get_paradigm_conf_for_hox() (medusa.bci.erp_spellers.ERPSpellerData static method)
get_paradigm_conf_for_rcp() (medusa.bci.erp_spellers.ERPSpellerData static method)
get_selected_commands_info() (in module medusa.bci.erp_spellers)
get_unique_sequences_from_targets() (in module medusa.bci.cvep_spellers)
I
iac() (in module medusa.connectivity.amplitude_connectivity)
individual_alpha_frequency() (in module medusa.local_activation.spectral_parameteres)
itr() (in module medusa.bci.metrics)
L
lempelziv_complexity() (in module medusa.local_activation.nonlinear_parameters)
lempelziv_complexity_fast() (in module medusa.local_activation.nonlinear_parameters)
LFSR (class in medusa.bci.cvep_spellers)
lfsr() (medusa.bci.cvep_spellers.LFSR static method)
load_config() (in module medusa.bci.remote.configure)
M
mean_power() (in module medusa.bci.nft_paradigms)
median_frequency() (in module medusa.local_activation.spectral_parameteres)
medusa.bci
module
medusa.bci.cvep_spellers
module
medusa.bci.erp_spellers
module
medusa.bci.metrics
module
medusa.bci.mi_paradigms
module
medusa.bci.nft_paradigms
module
medusa.bci.remote
module
medusa.bci.remote.configure
module
medusa.bci.remote.utils
module
medusa.complexity
module
medusa.connectivity
module
medusa.connectivity.amplitude_connectivity
module
medusa.connectivity.phase_connectivity
module
medusa.graph_theory
module
medusa.graph_theory.assortativity
module
medusa.graph_theory.betweeenness_centrality
module
medusa.graph_theory.clustering_coefficient
module
medusa.graph_theory.degree
module
medusa.graph_theory.density
module
medusa.graph_theory.efficiency
module
medusa.graph_theory.eigen_centrality
module
medusa.graph_theory.modularity
module
medusa.graph_theory.participation_coefficient
module
medusa.graph_theory.path_length
module
medusa.graph_theory.surrogate_graph
module
medusa.graph_theory.transitivity
module
medusa.graph_theory_TBD
module
medusa.local_activation
module
medusa.local_activation.nonlinear_parameters
module
medusa.local_activation.spectral_parameteres
module
medusa.local_activation.statistics
module
medusa.plots
module
medusa.plots.erp_plots
module
medusa.plots.mi_plots
module
medusa.plots.optimal_subplots
module
medusa.plots.topographic_plots
module
MIData (class in medusa.bci.mi_paradigms)
MIDataset (class in medusa.bci.mi_paradigms)
MIModel (class in medusa.bci.mi_paradigms)
MIModelCSP (class in medusa.bci.mi_paradigms)
MIModelEEGSym (class in medusa.bci.mi_paradigms)
modularity() (in module medusa.graph_theory.modularity)
module
medusa.bci
medusa.bci.cvep_spellers
medusa.bci.erp_spellers
medusa.bci.metrics
medusa.bci.mi_paradigms
medusa.bci.nft_paradigms
medusa.bci.remote
medusa.bci.remote.configure
medusa.bci.remote.utils
medusa.complexity
medusa.connectivity
medusa.connectivity.amplitude_connectivity
medusa.connectivity.phase_connectivity
medusa.graph_theory
medusa.graph_theory.assortativity
medusa.graph_theory.betweeenness_centrality
medusa.graph_theory.clustering_coefficient
medusa.graph_theory.degree
medusa.graph_theory.density
medusa.graph_theory.efficiency
medusa.graph_theory.eigen_centrality
medusa.graph_theory.modularity
medusa.graph_theory.participation_coefficient
medusa.graph_theory.path_length
medusa.graph_theory.surrogate_graph
medusa.graph_theory.transitivity
medusa.graph_theory_TBD
medusa.local_activation
medusa.local_activation.nonlinear_parameters
medusa.local_activation.spectral_parameteres
medusa.local_activation.statistics
medusa.plots
medusa.plots.erp_plots
medusa.plots.mi_plots
medusa.plots.optimal_subplots
medusa.plots.topographic_plots
multiscale_entropy() (in module medusa.local_activation.nonlinear_parameters)
multiscale_lempelziv_complexity() (in module medusa.local_activation.nonlinear_parameters)
N
NeurofeedbackData (class in medusa.bci.nft_paradigms)
O
optimal_subplot_row_col() (in module medusa.plots.optimal_subplots)
P
participation_coefficient() (in module medusa.graph_theory.participation_coefficient)
path_length() (in module medusa.graph_theory.path_length)
phase_connectivity() (in module medusa.connectivity.phase_connectivity)
plot_erd_ers_freq() (in module medusa.plots.mi_plots)
plot_erd_ers_time() (in module medusa.plots.mi_plots)
plot_erp() (in module medusa.plots.erp_plots)
plot_r2_topoplot() (in module medusa.plots.mi_plots)
plot_topography() (in module medusa.plots.topographic_plots)
pol2cart() (in module medusa.plots.topographic_plots)
PowerBasedNFTModel (class in medusa.bci.nft_paradigms)
predict() (medusa.bci.cvep_spellers.CircularShiftingClassifier method)
(medusa.bci.cvep_spellers.CVEPModelCircularShifting method)
(medusa.bci.erp_spellers.CMDModelEEGInception method)
(medusa.bci.erp_spellers.CMDModelEEGNet method)
(medusa.bci.erp_spellers.CMDModelRLDA method)
(medusa.bci.erp_spellers.CSDModelEEGInception method)
(medusa.bci.erp_spellers.ERPSpellerModel method)
(medusa.bci.mi_paradigms.MIModel method)
(medusa.bci.mi_paradigms.MIModelCSP method)
(medusa.bci.mi_paradigms.MIModelEEGSym method)
predict_dataset() (medusa.bci.cvep_spellers.CircularShiftingClassifier method)
(medusa.bci.cvep_spellers.CVEPModelCircularShifting method)
project() (medusa.bci.mi_paradigms.CSPFeatureExtraction method)
R
RatioBandNFT (class in medusa.bci.nft_paradigms)
relative_band_power() (in module medusa.local_activation.spectral_parameteres)
relative_band_power_meeg() (in module medusa.local_activation.spectral_parameteres)
request_files_to_dict() (in module medusa.bci.remote.utils)
reshape_angles_loops() (in module medusa.connectivity.phase_connectivity)
RestrictionBandNFT (class in medusa.bci.nft_paradigms)
S
sample_entropy() (in module medusa.local_activation.nonlinear_parameters)
set_baseline() (medusa.bci.nft_paradigms.FeatureExtraction method)
shannon_spectral_entropy() (in module medusa.local_activation.spectral_parameteres)
signed_r2() (in module medusa.local_activation.statistics)
SingleBandNFT (class in medusa.bci.nft_paradigms)
split_erp_features() (in module medusa.bci.erp_spellers)
StandardFeatureExtraction (class in medusa.bci.erp_spellers)
(class in medusa.bci.mi_paradigms)
StandardPreprocessing (class in medusa.bci.cvep_spellers)
(class in medusa.bci.erp_spellers)
(class in medusa.bci.mi_paradigms)
std_power() (in module medusa.bci.nft_paradigms)
surrogate_graph() (in module medusa.graph_theory.surrogate_graph)
T
to_serializable_obj() (medusa.bci.cvep_spellers.CVEPSpellerData method)
(medusa.bci.erp_spellers.ERPSpellerData method)
(medusa.bci.mi_paradigms.MIData method)
(medusa.bci.nft_paradigms.NeurofeedbackData method)
training() (medusa.bci.nft_paradigms.PowerBasedNFTModel method)
(medusa.bci.nft_paradigms.RatioBandNFT method)
(medusa.bci.nft_paradigms.RestrictionBandNFT method)
(medusa.bci.nft_paradigms.SingleBandNFT method)
transform_dataset() (medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.StandardFeatureExtraction method)
(medusa.bci.mi_paradigms.CSPFeatureExtraction method)
(medusa.bci.mi_paradigms.StandardFeatureExtraction method)
transform_signal() (medusa.bci.cvep_spellers.FilterBankPreprocessing method)
(medusa.bci.cvep_spellers.StandardPreprocessing method)
(medusa.bci.erp_spellers.StandardFeatureExtraction method)
(medusa.bci.erp_spellers.StandardPreprocessing method)
(medusa.bci.mi_paradigms.StandardFeatureExtraction method)
(medusa.bci.mi_paradigms.StandardPreprocessing method)
(medusa.bci.nft_paradigms.FilterBankPreprocessing method)
transitivity() (in module medusa.graph_theory.transitivity)