remove some small obvious issues

brainStates/SleepScoreMaster/ConvertTwoLFPFilessToOne.m

@@ -103,11 +103,7 @@ function ConvertTwoLFPFilessToOne(datasetfolder,recordingname,varargin)
             sf_LFP = sf_LFP./5;
 
             save(scorelfppath,'thLFP','swLFP','THchannum','SWchannum','sf_LFP');
-<<<<<<< HEAD
 %             delete(swlfppath,thetalfppath)
-=======
-            delete(swlfppath,thetalfppath)
->>>>>>> origin/master
         else
             display('LFP was not saved at 1250... bug?')
             keyboard

brainStates/SleepScoreMaster/private/readmulti_ss.m

@@ -1,48 +1,48 @@
 % reads multi-channel recording file to a matrix
 % function .lfp] = function readmulti(fname,numchannel,chselect)
-% last argument is optional (if omitted, it will read all the 
+% last argument is optional (if omitted, it will read all the
 % channels
 
-function .lfp] = readmulti_ss(fname,numchannel,chselect)
+function lfp = readmulti_ss(fname,numchannel,chselect)
 
 if nargin == 2
-  datafile = fopen(fname,'r');
- .lfp = fread(datafile,[numchannel,inf],'int16');
-  fclose(datafile);
- .lfp =.lfp';
-  return
+    datafile = fopen(fname,'r');
+    lfp = fread(datafile,[numchannel,inf],'int16');
+    fclose(datafile);
+    lfp =lfp';
+    return
 end
 
 if nargin == 3
-
-  % the real buffer will be buffersize * numch * 2 bytes
-  % (short = 2bytes)
-
-  buffersize = 4096;
-
-  % get file size, and calculate the number of samples per channel
-  fileinfo = dir(fname);
-  N_EL = ceil(fileinfo(1).bytes / 2 / numchannel);
-
-  datafile = fopen(fname,'r');
-
-  mmm = sprintf('%d elements',N_EL);
-%  disp(mmm);  
-
- .lfp=zeros(length(chselect),N_EL);
-  N_EL=0;
-  numelm=0;
-  while ~feof(datafile),
-    [data,count] = fread(datafile,[numchannel,buffersize],'int16');
-    numelm = count/numchannel;
-    if numelm>0 % Kenji modified 061009.Otherwise if numelm == 0 an error occur.
-       .lfp(:,N_EL+1:N_EL+numelm) = data(chselect,:);
-        N_EL = N_EL+numelm;
-    end % Kenji modified 061009.Otherwise if numelm == 0 an error occur.
 
-end
-fclose(datafile);
-
+    % the real buffer will be buffersize * numch * 2 bytes
+    % (short = 2bytes)
+
+    buffersize = 4096;
+
+    % get file size, and calculate the number of samples per channel
+    fileinfo = dir(fname);
+    N_EL = ceil(fileinfo(1).bytes / 2 / numchannel);
+
+    datafile = fopen(fname,'r');
+
+    mmm = sprintf('%d elements',N_EL);
+    %  disp(mmm);
+
+    lfp=zeros(length(chselect),N_EL);
+    N_EL=0;
+    numelm=0;
+    while ~feof(datafile)
+        [data,count] = fread(datafile,[numchannel,buffersize],'int16');
+        numelm = count/numchannel;
+        if numelm>0 % Kenji modified 061009.Otherwise if numelm == 0 an error occur.
+            lfp(:,N_EL+1:N_EL+numelm) = data(chselect,:);
+            N_EL = N_EL+numelm;
+        end % Kenji modified 061009.Otherwise if numelm == 0 an error occur.
+
+    end
+    fclose(datafile);
+
 end
 
-eeg =.lfp';
+eeg = lfp';