Lab changes

Classes/Warehouse_class/classes/minimalExample_gen2.m

@@ -0,0 +1,45 @@
+% Define input parameters for the DataStorage2
+inputParams.L = [1, 2, 10, 80];   % Length in kilometers
+inputParams.D = [16, 17, 18];      % Diameter in millimeters
+
+% Create a DataStorage2 instance with the input parameters
+dataStorage = DataStorage2(inputParams);  % Using DataStorage2 class
+
+% Display the current information about the data storage structure
+dataStorage.showInfo();
+
+% Add a storage variable named 'testStorage'
+dataStorage.addStorage('testStorage');
+
+% Add a value (e.g., 100) to the storage at specific physical parameter values
+% For example, we store the value 100 at L = 10 km and D = 17 mm
+dataStorage.addValueToStorage(100, 'testStorage', 10, 16);
+dataStorage.addValueToStorage(100, 'testStorage', 10, 17);
+dataStorage.addValueToStorage(100, 'testStorage', 10, 18);
+
+% Retrieve the value from the storage at the same physical parameter values
+storedValue = dataStorage.getStoValue('testStorage', 10, 16:18);
+disp('Retrieved value from storage:');
+disp(storedValue);
+
+% Retrieve another value at a non-existent location (L = 2 km, D = 8 mm)
+% This will show how the function handles empty storage entries
+nonExistentValue = dataStorage.getStoValue('testStorage', 2, 8);
+disp('Retrieved value from empty location:');
+disp(nonExistentValue);
+
+% Use the internal mappings to check how physical values map to indices
+% Get the linear index for physical values L = 10 km and D = 17 mm
+lin_idx = dataStorage.getIndicesByPhys(10, 17);
+disp('Linear index for L=10 km and D=17 mm:');
+disp(lin_idx);
+
+% Check the reverse mapping: physical value for index 2 of parameter L
+physValForIndex = dataStorage.parameter.L.getPhysForIndex(2);
+disp('Physical value for index 2 of parameter L:');
+disp(physValForIndex);
+
+% Check the mapping: index for physical value D = 21 mm
+indexForPhys = dataStorage.parameter.D.getIndexByPhys(21);
+disp('Index for physical value D=21 mm:');
+disp(indexForPhys);