convert data to single type

Author: MSenden

code/IRM.m

@@ -240,7 +240,7 @@ function create_timecourse(self,FUN,xdata)
             addOptional(p,'mask',[]);
             p.parse(data,varargin{:});
 
-            data = p.Results.data;
+            data = single(p.Results.data);
             threshold = p.Results.threshold;
             mask = p.Results.mask;
 

code/PEA.m

@@ -154,7 +154,7 @@ function set_direction(self,direction)
             F = exp(self.direction*2i*pi*self.f_stim*(self.t-self.delay));
             X = zscore([real(F)',imag(F)']);
             XX = (X'*X)\X';
-            data = zscore(reshape(data(1:self.n_samples,:,:,:),...
+            data = zscore(reshape(single(data(1:self.n_samples,:,:,:)),...
                 self.n_samples,self.n_total));
             std_signal = std(data);
             results.Phase = zeros(self.n_total,1);

code/RRT.m

@@ -191,7 +191,7 @@ function optimize_lambda(self,data,range,varargin)
             range = p.Results.range;
             mask = reshape(p.Results.mask,self.n_total,1);
             permute = p.Results.permute;
-            data = zscore(reshape(p.Results.data(1:self.n_samples,:,:,:),...
+            data = zscore(reshape(single(p.Results.data(1:self.n_samples,:,:,:)),...
                 self.n_samples,self.n_total));
 
             data = data(:,mask);

code/pRF.m

@@ -331,7 +331,7 @@ function create_timecourses(self,varargin)
             addOptional(p,'mask',[]);
             p.parse(data,varargin{:});
 
-            data = p.Results.data;
+            data = single(p.Results.data);
             threshold = p.Results.threshold;
             mask = p.Results.mask;