Fix matlab tests (#3886)

* update API to latest per 4.5.1

* use randi rather than randsample that was moved to a different toolbox

* Add tolerance to floating point comparisons after applying a transformation

Bindings/Java/Matlab/tests/testConnectorsInputsOutputs.m

@@ -13,8 +13,8 @@
 source = TableSource();
 source.setName('source');
 table = TimeSeriesTable();
-labels = StdVectorString(4);
-labels.set(0, 'c1'); labels.set(1, 'c2'); labels.set(2, 'c3'); labels.set(3, 'c4');
+labels = StdVectorString();
+labels.add('c1'); labels.add('c2'); labels.add('c3'); labels.add('c4');
 table.setColumnLabels(labels);
 row = RowVector(4, 1.0);
 table.appendRow(0.0, row);

Bindings/Java/Matlab/tests/testOsimC3D.m

@@ -48,8 +48,8 @@
 % col numbers.
 
 % Test Marker Rotations
-randomRows = randsample(markers.getNumRows(),10)-1;
-randomCols = randsample(markers.getNumColumns(),10)-1;
+randomRows = randi(markers.getNumRows(),10)-1;
+randomCols = randi(markers.getNumColumns(),10)-1;
 for i = 1 : 10
     % Get the values in the original and rotated marker tables
     loc = osimVec3ToArray(markers.getRowAtIndex(randomRows(i)).get(randomCols(i)));
@@ -68,8 +68,8 @@
 end
 
 % Test Force Rotations
-randomRows = randsample(forces.getNumRows(),6)-1;
-randomCols = randsample(forces.getNumColumns(),6)-1;
+randomRows = randi(forces.getNumRows(),6)-1;
+randomCols = randi(forces.getNumColumns(),6)-1;
 for i = 1 : 6
     % Get the values in the original and rotated marker tables
     val = osimVec3ToArray(forces.getRowAtIndex(randomRows(i)).get(randomCols(i)));
@@ -93,7 +93,7 @@
 
 % Forces should remain unchanged, point and moments should be in meters
 % (divided by 1000)
-randomRows = randsample(forces.getNumRows(),101)-1;
+randomRows = randi(forces.getNumRows(),101)-1;
 for i =  0 : forces_m.getNumColumns() - 1
 
     col =  forces_rotated.getDependentColumnAtIndex(i);
@@ -106,17 +106,18 @@
             d   = col.get(randomRows(u));
             d_m = col_m.get(randomRows(u));
 
-            assert(d.get(0)==d_m.get(0),'Force Data has been incorrectly altered');
-            assert(d.get(1)==d_m.get(1),'Force Data has been incorrectly altered')
-            assert(d.get(2)==d_m.get(2),'Force Data has been incorrectly altered')
+            assert(abs(d.get(0)-d_m.get(0))<.001,'Force Data has been incorrectly altered');
+            assert(abs(d.get(1)-d_m.get(1))<.001,'Force Data has been incorrectly altered');
+            assert(abs(d.get(2)-d_m.get(2))<.001,'Force Data has been incorrectly altered');
+
         else
             % Get the values
             d   = col.get(randomRows(u));
             d_m = col_m.get(randomRows(u));
-
-            assert(d.get(0)/1000==d_m.get(0),'Point or Moment Data has been incorrectly altered');
-            assert(d.get(1)/1000==d_m.get(1),'Point or Moment Data has been incorrectly altered');
-            assert(d.get(2)/1000==d_m.get(2),'Point or Moment Data has been incorrectly altered');
+            assert(abs(d.get(0)/1000-d_m.get(0))<.001,'Point or Moment Data has been incorrectly altered');
+            assert(abs(d.get(1)/1000-d_m.get(1))<.001,'Point or Moment Data has been incorrectly altered');
+            assert(abs(d.get(2)/1000-d_m.get(2))<.001,'Point or Moment Data has been incorrectly altered');
+
         end
     end
 end