mh fix

Author: Remi-Gau

src/readAndFilterLogfile.m

@@ -19,7 +19,10 @@
     % :type filterBy: string
     % :param varargin: either ``cfg`` (to display the last run output) or the file path as string
     %
-    % :returns: - :outputFiltered: dataset with only the specified content to see it in the command window use display(outputFiltered)
+    % :returns: 
+    %
+    % - :outputFiltered: dataset with only the specified content to see it in the 
+    %                    command window use display(outputFiltered)
     %
     %
 

src/templates/templateFunction.m

@@ -1,29 +1,29 @@
-% (C) Copyright 2020 CPP_PTB developpers
+% (C) Copyright 2020 CPP_PTB developers
 
 function [argout1, argout2] = templateFunction(argin1, argin2, argin3)
-  %
-  % Short description of what the function does goes here.
-  %
-  % USAGE::
-  %
-  %   [argout1, argout2] = templateFunction(argin1, [argin2 == default,] [argin3])
-  %
-  % :param argin1: (dimension) obligatory argument. Lorem ipsum dolor sit amet,
-  %                consectetur adipiscing elit. Ut congue nec est ac lacinia.
-  % :type argin1: type
-  % :param argin2: optional argument and its default value. And some of the
-  %               options can be shown in litteral like ``this`` or ``that``.
-  % :type argin2: string
-  % :param argin3: (dimension) optional argument
-  %
-  % :returns: - :argout1: (type) (dimension)
-  %           - :argout2: (type) (dimension)
-  %
-  % .. todo:
-  %
-  %    - item 1
-  %    - item 2
+    %
+    % Short description of what the function does goes here.
+    %
+    % USAGE::
+    %
+    %   [argout1, argout2] = templateFunction(argin1, [argin2 == default,] [argin3])
+    %
+    % :param argin1: (dimension) obligatory argument. Lorem ipsum dolor sit amet,
+    %                consectetur adipiscing elit. Ut congue nec est ac lacinia.
+    % :type argin1: type
+    % :param argin2: optional argument and its default value. And some of the
+    %               options can be shown in litteral like ``this`` or ``that``.
+    % :type argin2: string
+    % :param argin3: (dimension) optional argument
+    %
+    % :returns: - :argout1: (type) (dimension)
+    %           - :argout2: (type) (dimension)
+    %
+    % .. todo:
+    %
+    %    - item 1
+    %    - item 2
 
-  % The code goes below
+    % The code goes below
 
 end

src/templates/templateFunctionExample.m

@@ -1,42 +1,42 @@
-% (C) Copyright 2020 CPP_PTB developpers
+% (C) Copyright 2020 CPP_PTB developers
 
 function templateFunctionExample()
-  % This function illustrates a documentation test defined for MOdox.
-  % Other than that it does absolutely nothinghort description of what
-  % the function does goes here.
-  %
-  % Examples:
-  %   a=2;
-  %   disp(a)
-  %   % Expected output is prefixed by '%||' as in the following line:
-  %   %|| 2
-  %   %
-  %   % The test continues because no interruption through whitespace,
-  %   % as the previous line used a '%' comment character;
-  %   % thus the 'a' variable is still in the namespace and can be
-  %   % accessed.
-  %   b=3+a;
-  %   disp(a+[3 4])
-  %   %|| [5 6]
-  %
-  %   % A new test starts here because the previous line was white-space
-  %   % only. Thus the 'a' and 'b' variables are not present here anymore.
-  %   % The following expression raises an error because the 'b' variable
-  %   % is not defined (and does not carry over from the previous test).
-  %   % Because the expected output indicates an error as well,
-  %   % the test passes
-  %   disp(b)
-  %   %|| error('Some error')
-  %
-  %   % A set of expressions is ignored if there is no expected output
-  %   % (that is, no lines starting with '%||').
-  %   % Thus, the following expression is not part of any test,
-  %   % and therefore does not raise an error.
-  %   error('this is never executed)
-  %
-  %
-  % % tests end here because test indentation has ended
+    % This function illustrates a documentation test defined for MOdox.
+    % Other than that it does absolutely nothinghort description of what
+    % the function does goes here.
+    %
+    % Examples:
+    %   a=2;
+    %   disp(a)
+    %   % Expected output is prefixed by '%||' as in the following line:
+    %   %|| 2
+    %   %
+    %   % The test continues because no interruption through whitespace,
+    %   % as the previous line used a '%' comment character;
+    %   % thus the 'a' variable is still in the namespace and can be
+    %   % accessed.
+    %   b=3+a;
+    %   disp(a+[3 4])
+    %   %|| [5 6]
+    %
+    %   % A new test starts here because the previous line was white-space
+    %   % only. Thus the 'a' and 'b' variables are not present here anymore.
+    %   % The following expression raises an error because the 'b' variable
+    %   % is not defined (and does not carry over from the previous test).
+    %   % Because the expected output indicates an error as well,
+    %   % the test passes
+    %   disp(b)
+    %   %|| error('Some error')
+    %
+    %   % A set of expressions is ignored if there is no expected output
+    %   % (that is, no lines starting with '%||').
+    %   % Thus, the following expression is not part of any test,
+    %   % and therefore does not raise an error.
+    %   error('this is never executed)
+    %
+    %
+    % % tests end here because test indentation has ended
 
-  % The code goes below
+    % The code goes below
 
 end

src/templates/templateFunctionNumpy.m

@@ -1,21 +1,21 @@
-% (C) Copyright 2020 CPP_PTB developpers
+% (C) Copyright 2020 CPP_PTB developers
 
 function [argout] = templateFunctionNumpy(argin1, argin2, argin3)
-  %
-  % Short description of what the function does goes here.
-  %
-  %  y = templateFunction(argin1, argin2, argin3)
-  %
-  % Parameters:
-  %    argin1: The first input value
-  %
-  %    argin2: The second input value
-  %
-  %    argin3: The third input value
-  %
-  % Returns:
-  %    The input value multiplied by two
+    %
+    % Short description of what the function does goes here.
+    %
+    %  y = templateFunction(argin1, argin2, argin3)
+    %
+    % Parameters:
+    %    argin1: The first input value
+    %
+    %    argin2: The second input value
+    %
+    %    argin3: The third input value
+    %
+    % Returns:
+    %    The input value multiplied by two
 
-  % The code goes below
+    % The code goes below
 
 end

src/waitForTrigger.m

@@ -5,7 +5,10 @@
     %
     % USAGE:
     %
-    %   [lastTriggerTimeStamp] = waitForTrigger([cfg,] [deviceNumber,] [quietMode,] [nbTriggersToWait])
+    %   [lastTriggerTimeStamp] = waitForTrigger([cfg,] ...
+    %                                           [deviceNumber,] ...
+    %                                           [quietMode,] ...
+    %                                           [nbTriggersToWait])
     %
     % :param cfg:
     % :type cfg: struct
@@ -16,7 +19,10 @@
     % :param nbTriggersToWait: number of triggers to wait
     % :type nbTriggersToWait: integer
     %
-    % :returns: - :lastTriggerTimeStamp: (optional) it can be used as experimentStart timestamp (``cfg.experimentStart``)
+    % :returns:
+    %
+    % - :lastTriggerTimeStamp: (optional) it can be used as experimentStart
+    %                          timestamp (``cfg.experimentStart``)
     %
     % If you are not using the quietMode, it flips and waits for half a TR before starting to
     % check for the next trigger (unless this was the last trigger to wait for and in