Fixed some formatting

Signed-off-by: Nicola Vigano <nicola.vigano@esrf.fr>

zUtil_Cryst/gtDisorientation.m

@@ -84,7 +84,7 @@ g1 = oriConversion(ori1);
 g2 = oriConversion(ori2);
 
 % Compute active/passive disorientation angle/axis
-if nargout > 1
+if (nargout > 1)
     mis_axis = zeros(Ngrain1, 3);
     
     tmp_info(Ngrain1).g1       = [];

zUtil_Cryst/gtMathsMisorientation.m

@@ -28,43 +28,40 @@ function mis = gtMathsMisorientation(r_vectors1, r_vectors2, symm, biunivocal, c
 %       Updated version
 
 
-if ~exist('symm','var') || isempty(symm)
-    parameters = [];
-    load('parameters.mat');
+if (~exist('symm','var') || isempty(symm))
+    parameters = gtLoadParameters();
     symm = gtCrystGetSymmetryOperators(parameters.cryst.crystal_system);
 end
-if ~exist('biunivocal','var') || isempty(biunivocal)
+if (~exist('biunivocal','var') || isempty(biunivocal))
     biunivocal = false;
 end
-if ~exist('cellarray','var') || isempty(cellarray)
+if (~exist('cellarray','var') || isempty(cellarray))
     cellarray = false;
 end
     
-if (biunivocal) && length(r_vectors1) ~= length(r_vectors2)
+if (biunivocal && (length(r_vectors1) ~= length(r_vectors2)))
     gtError('gtMathsMisorientation:wrongArgument','Different length of r_vector lists... Wrong value for the flag ''biunivocal''.')
 end
 
 if (biunivocal)
-  
-    [mis.dis_angle, mis.dis_axis, ~] = arrayfun(@(num) ...
-         gtDisorientation(r_vectors1(num,:).', r_vectors2(num,:).', symm, varargin{:}),...
-                          1:length(r_vectors1), 'UniformOutput', false);
+    [mis.dis_angle, mis.dis_axis, ~] = arrayfun(...
+        @(num)gtDisorientation(r_vectors1(num, :).', r_vectors2(num, :).', symm, varargin{:}), ...
+        1:length(r_vectors1), 'UniformOutput', false);
     mis.dis_angle = [mis.dis_angle{:}];
-    mis.dis_axis  = reshape([mis.dis_axis{:}],3,[]);
+    mis.dis_axis  = reshape([mis.dis_axis{:}], 3, []);
 
     mis.id1 = 1:length(mis.dis_angle);
     mis.id2 = 1:length(mis.dis_angle);
-    mis.biunivocal  = biunivocal;
-    mis.n_grain1    = length(r_vectors1);
-    mis.n_grain2    = length(r_vectors2);
-
+    mis.biunivocal = biunivocal;
+    mis.n_grain1   = length(r_vectors1);
+    mis.n_grain2   = length(r_vectors2);
 else
     if (cellarray)
         mis = cell(0,1);
-        for ii=1:size(r_vectors1,1)
+        for ii = 1:size(r_vectors1, 1)
             % calculate the misorientation angle and axis between each grain from 1 with
             % all the grains from 2
-            for jj=1:size(r_vectors2,1)
+            for jj = 1:size(r_vectors2, 1)
                 [dis_angle, dis_axis, ~] = gtDisorientation(r_vectors1(ii,:).', r_vectors2(jj,:).', symm, varargin{:});
 
                 mis{end+1}.dis_angle = dis_angle;
@@ -79,7 +76,7 @@ else
         mis.id1       = [];
         mis.id2       = [];
 
-        for ii=1:length(r_vectors1)
+        for ii = 1:length(r_vectors1)
             % calculate the misorientation angle and axis between each grain from 1 with
             % all the grains from 2
             [dis_angles, dis_axes, ~] = arrayfun(@(num) ...
@@ -98,8 +95,6 @@ else
         mis.n_grain1    = length(r_vectors1);
         mis.n_grain2    = length(r_vectors2);
     end
-
 end
 
-
-end % end of function
+end