SCD to generic SCDDS class

classes/SCD.m → classes/SCDDS.m

-classdef SCD
- % main interface class for interacting with SCD expcodes
+classdef SCDDS
+ % main interface class for interacting with SCDDS expcodes
  %
- % H = SCD.load(expcode);  % loads the obj for a desired expcode
- % H = SCD.init(expcode);  % loads and initialize
- % H = SCD.prepforcompile(expcode);  % loads, initialize, and setup (ready for compilation)
- % H = SCD.prepforsim(expcode,shot); % does load, init, setup, actualize
+ % (Static) methods:
+ % H = .load(expcode);  % loads the obj for a desired expcode
+ % H = .init(expcode);  % loads and initialize
+ % H = .prepforcompile(expcode);  % loads, initialize, and setup (ready for compilation)
+ % H = .prepforsim(expcode,shot); % does load, init, setup, actualize
  %
- % C = SCD.getexpcodecontainer; % get expcode container
+ % C = .getexpcodecontainer; % get expcode container
  
  methods (Static)
   function H=load(expcode)
     % Creating the experimental code container class
-    SCDexps = SCD.getexpcodecontainer();
-    H = SCDexps.getbymaincode(expcode);
+    expcodes = SCDDS.getexpcodecontainer();
+    H = expcodes.getbymaincode(expcode);
     SCDconf_setConf('SIM'); % set conf for simulation
   end
   
   function H=init(expcode)
-    H=SCD.load(expcode);
+    H=SCDDS.load(expcode);
     H.init;
   end
   
   function H=prepforcompile(expcode)
-    H = SCD.load(expcode);
+    H = SCDDS.load(expcode);
     H.init;
     H.setup;
   end
   
   function H=prepforsim(expcode,shot)
     fprintf('\n### EXPCODE LOAD PHASE ###\n');
-    H=SCD.load(expcode);
+    H=SCDDS.load(expcode);
     fprintf('\n### EXPCODE INIT PHASE ###\n');  
     H.init;
     fprintf('\n### EXPCODE SETUP PHASE ###\n');      
@@ -43,7 +44,7 @@ classdef SCD
   end
   
   function list()
-   SCD.help;
+   SCDDS.help;
   end
  
   function clean_dd()