v0.3 debugging

.gitignore

@@ -0,0 +1 @@
+Dev

@NCNPERCEPT_FILE/NCNPERCEPT_FILE.m

@@ -62,8 +62,6 @@
             obj.parameters.system_information.final_stimulation_status = nan;
             obj.parameters.system_information.medication_state = nan;
 
-            obj.parameters.mostrecent.artifactstatus = nan;
-
             obj.status.events       = 0;
             obj.status.events_FFT   = 0;
             obj.status.chronic      = 0;

@NCNPERCEPT_FILE/exportFieldtrip.m

@@ -128,7 +128,7 @@ function exportFieldtrip( obj )
 
     % Create headers
     hdr_lfp = obj.streaming_obj.streaming_parameters.time_domain;
-    hdr_lfp = rmfield(hdr_lfp, {'channel_map', 'data', 'time', 'ecg_clean'});
+    hdr_lfp = rmfield(hdr_lfp, {'data', 'time', 'ecg_clean'});
     hdr_stim = obj.streaming_obj.streaming_parameters.stim_amp;
     hdr_stim = rmfield(hdr_stim, {'data', 'time'});
 
@@ -188,7 +188,7 @@ function exportFieldtrip( obj )
         % Get variables
         trend_data              = obj.chronic_obj.chronic_parameters.time_domain.data;
         trend_time              = obj.chronic_obj.chronic_parameters.time_domain.time;
-        trend_channel_names     = obj.chronic_obj.chronic_parameters.time_domain.channel_names;
+        trend_channel_names     = obj.chronic_obj.chronic_parameters.time_domain.sensing;
         trend_hemispheres       = obj.chronic_obj.chronic_parameters.time_domain.hemispheres;
         trend_hemispheres       = strrep(trend_hemispheres, 'HemisphereLocationDef_', '');
 

@NCNPERCEPT_FILE/loadFile.m

@@ -70,13 +70,6 @@
 
     % Get System Information
     obj.fillSystemInformation( data );
-
-    % Get Artifact Status
-    if isfield(data.MostRecentInSessionSignalCheck, 'ArtifactStatus')
-        obj.parameters.mostrecent.artifactstatus = {data.MostRecentInSessionSignalCheck.ArtifactStatus};
-    else
-        obj.parameters.mostrecent.artifactstatus = [];
-    end
 
     % Get Groups Information
     obj.fillGroupsInformation( data );
@@ -110,7 +103,7 @@
     sprintf('%20s : %s\n', modes_strings(5), availability_string(obj.status.setup_on + 1)) + ...
     sprintf('%20s : %s\n', modes_strings(6), availability_string(obj.status.chronic + 1)) + ...
     sprintf('%20s : %s\n', modes_strings(7), availability_string(obj.status.events + 1)) + ...
-    sprintf('%20s : %s\n', modes_strings(8), availability_string(obj.status.streaming + 1));
+    sprintf('%20s : %s\n\n', modes_strings(8), availability_string(obj.status.streaming + 1));
 
 disp(text);
 

@WEARABLE_EXTERNAL/loadWearables.m

@@ -27,8 +27,8 @@ function loadWearables( obj, path, filenames )
 
     obj.data(file).wearable_id       = string(metadata(1));
     obj.data(file).task_id           = string(metadata(2));
-    obj.data(file).sampling_freq_Hz = str2double(metadata{3});
-    obj.data(file).recording_start  = datetime( metadata(4), "InputFormat", 'yyyyMMdd''T''HHmmss''.csv''' );
+    obj.data(file).sampling_freq_Hz  = str2double(metadata{3});
+    obj.data(file).recording_start   = datetime( metadata(4), "InputFormat", 'yyyyMMdd''T''HHmmss''.csv''' );
 
     data                    = readtable( [path filenames{file}] );
     obj.data(file).time     = datetime( uint64(data{:,1}), 'ConvertFrom', '.net', 'Format', 'yyyy-MM-dd HH:mm:ss.SSS' );