[Matlab] Refactor Dimension function names

- Refactors all Sampled- and RangeDimension function names to CamelCase.
- Refactors all affected tests.

Author: mpsonntag

+nix/RangeDimension.m

@@ -26,13 +26,13 @@
             nix.Dynamic.add_dyn_attr(obj, 'ticks', 'rw');
         end
 
-        function r = tick_at(obj, index)
+        function r = tickAt(obj, index)
             index = nix.Utils.handle_index(index);
             fname = strcat(obj.alias, '::tickAt');
             r = nix_mx(fname, obj.nix_handle, index);
         end
 
-        function r = index_of(obj, position)
+        function r = indexOf(obj, position)
             fname = strcat(obj.alias, '::indexOf');
             r = nix_mx(fname, obj.nix_handle, position);
         end

+nix/SampledDimension.m

@@ -26,12 +26,12 @@
             nix.Dynamic.add_dyn_attr(obj, 'offset', 'rw');
         end
 
-        function r = index_of(obj, position)
+        function r = indexOf(obj, position)
             fname = strcat(obj.alias, '::indexOf');
             r = nix_mx(fname, obj.nix_handle, position);
         end
 
-        function r = position_at(obj, index)
+        function r = positionAt(obj, index)
             index = nix.Utils.handle_index(index);
             fname = strcat(obj.alias, '::positionAt');
             r = nix_mx(fname, obj.nix_handle, index);

tests/TestDimensions.m

@@ -7,16 +7,15 @@
 % LICENSE file in the root of the Project.
 
 function funcs = TestDimensions
-%TestDimensions tests for Dimensions
-%   Detailed explanation goes here
+% TestDimensions tests for Dimensions
 
     funcs = {};
-    funcs{end+1} = @test_set_dimension;
-    funcs{end+1} = @test_sample_dimension;
-    funcs{end+1} = @test_range_dimension;
+    funcs{end+1} = @testSetDimension;
+    funcs{end+1} = @testSampleDimension;
+    funcs{end+1} = @testRangeDimension;
 end
 
-function [] = test_set_dimension( varargin )
+function [] = testSetDimension( varargin )
 %% Test: set dimension
     f = nix.File(fullfile(pwd, 'tests', 'testRW.h5'), nix.FileMode.Overwrite);
     b = f.createBlock('daTestBlock', 'test nixBlock');
@@ -50,7 +49,7 @@
     end;
 end
 
-function [] = test_sample_dimension( varargin )
+function [] = testSampleDimension( varargin )
 %% Test: sampled dimension
     f = nix.File(fullfile(pwd, 'tests', 'testRW.h5'), nix.FileMode.Overwrite);
     b = f.createBlock('daTestBlock', 'test nixBlock');
@@ -83,8 +82,8 @@
     assert(length(axis) == 10);
     assert(axis(end) == (length(axis) - 1) * d1.samplingInterval + d1.offset);
 
-    assert(d1.position_at(1) == d1.offset);
-    assert(d1.position_at(10) == d1.offset + 9 * d1.samplingInterval);
+    assert(d1.positionAt(1) == d1.offset);
+    assert(d1.positionAt(10) == d1.offset + 9 * d1.samplingInterval);
 
     d1.label = '';
     d1.unit = '';
@@ -99,11 +98,11 @@
     assert(axis(1) == 0);
     assert(axis(end) == (length(axis) - 1) * d1.samplingInterval + d1.offset);
 
-    assert(d1.position_at(1) == d1.offset);
-    assert(d1.position_at(10) == d1.offset + 9 * d1.samplingInterval);
+    assert(d1.positionAt(1) == d1.offset);
+    assert(d1.positionAt(10) == d1.offset + 9 * d1.samplingInterval);
 end
 
-function [] = test_range_dimension( varargin )
+function [] = testRangeDimension( varargin )
 %% Test: range dimension
     f = nix.File(fullfile(pwd, 'tests', 'testRW.h5'), nix.FileMode.Overwrite);
     b = f.createBlock('daTestBlock', 'test nixBlock');
@@ -121,17 +120,17 @@
     assert(length(axis) == 3);
     assert(axis(end) == ticks(length(axis)));
 
-    assert(d1.tick_at(1) == ticks(1));
-    assert(d1.tick_at(3) == ticks(3));
+    assert(d1.tickAt(1) == ticks(1));
+    assert(d1.tickAt(3) == ticks(3));
 
-    new_ticks = [5 6 7 8];
+    newTicks = [5 6 7 8];
     d1.label = 'foo';
     d1.unit = 'mV';
-    d1.ticks = new_ticks;
+    d1.ticks = newTicks;
 
     assert(strcmp(d1.label, 'foo'));
     assert(strcmp(d1.unit, 'mV'));
-    assert(isequal(d1.ticks, new_ticks));
+    assert(isequal(d1.ticks, newTicks));
 
     d1.label = '';
     d1.unit = '';