calllib: migrate most to include ctx_

Author: PMeira

+DSS_MATLAB/IActiveClass.m

@@ -43,61 +43,61 @@
                 options = 0;
             end
 
-            result = calllib(obj.libname, 'ActiveClass_ToJSON', options);
+            result = calllib(obj.libname, 'ctx_ActiveClass_ToJSON', obj.dssctx, options);
             obj.CheckForError();
         end
     end
     methods
 
         function result = get.ActiveClassName(obj)
             % (read-only) Returns name of active class.
-            result = calllib(obj.libname, 'ActiveClass_Get_ActiveClassName');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_ActiveClassName', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.AllNames(obj)
             % (read-only) Array of strings consisting of all element names in the active class.
-            result = obj.apiutil.get_string_array('ActiveClass_Get_AllNames');
+            result = obj.apiutil.get_string_array('ctx_ActiveClass_Get_AllNames', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Count(obj)
             % (read-only) Number of elements in Active Class. Same as NumElements Property.
-            result = calllib(obj.libname, 'ActiveClass_Get_Count');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_Count', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.First(obj)
             % (read-only) Sets first element in the active class to be the active DSS object. If object is a CktElement, ActiveCktELment also points to this element. Returns 0 if none.
-            result = calllib(obj.libname, 'ActiveClass_Get_First');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_First', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Name(obj)
             % Name of the Active Element of the Active Class
-            result = calllib(obj.libname, 'ActiveClass_Get_Name');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_Name', obj.dssctx);
             obj.CheckForError();
         end
         function obj = set.Name(obj, Value)
-            calllib(obj.libname, 'ActiveClass_Set_Name', Value);
+            calllib(obj.libname, 'ctx_ActiveClass_Set_Name', obj.dssctx, Value);
             obj.CheckForError();
         end
 
         function result = get.Next(obj)
             % (read-only) Sets next element in active class to be the active DSS object. If object is a CktElement, ActiveCktElement also points to this element.  Returns 0 if no more.
-            result = calllib(obj.libname, 'ActiveClass_Get_Next');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_Next', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.NumElements(obj)
             % (read-only) Number of elements in this class. Same as Count property.
-            result = calllib(obj.libname, 'ActiveClass_Get_NumElements');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_NumElements', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.ActiveClassParent(obj)
             % Get the name of the parent class of the active class
-            result = calllib(obj.libname, 'ActiveClass_Get_ActiveClassParent');
+            result = calllib(obj.libname, 'ctx_ActiveClass_Get_ActiveClassParent', obj.dssctx);
             obj.CheckForError();
         end
     end

+DSS_MATLAB/IBus.m

@@ -84,12 +84,12 @@
         end
 
         function result = GetUniqueNodeNumber(obj, StartNumber)
-            result = calllib(obj.libname, 'Bus_GetUniqueNodeNumber', StartNumber);
+            result = calllib(obj.libname, 'ctx_Bus_GetUniqueNodeNumber', obj.dssctx, StartNumber);
             obj.CheckForError();
         end
 
         function result = ZscRefresh(obj)
-            result = (calllib(obj.libname, 'Bus_ZscRefresh') ~= 0);
+            result = (calllib(obj.libname, 'ctx_Bus_ZscRefresh', obj.dssctx) ~= 0);
             obj.CheckForError();
         end
 
@@ -98,222 +98,222 @@
 
         function result = get.Coorddefined(obj)
             % (read-only) False=0 else True. Indicates whether a coordinate has been defined for this bus
-            result = (calllib(obj.libname, 'Bus_Get_Coorddefined') ~= 0);
+            result = (calllib(obj.libname, 'ctx_Bus_Get_Coorddefined', obj.dssctx) ~= 0);
             obj.CheckForError();
         end
 
         function result = get.CplxSeqVoltages(obj)
             % (read-only) Complex Double array of Sequence Voltages (0, 1, 2) at this Bus.
-            calllib(obj.libname, 'Bus_Get_CplxSeqVoltages_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_CplxSeqVoltages_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Cust_Duration(obj)
             % (read-only) Accumulated customer outage durations
-            result = calllib(obj.libname, 'Bus_Get_Cust_Duration');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Cust_Duration', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Cust_Interrupts(obj)
             % (read-only) Annual number of customer-interruptions from this bus
-            result = calllib(obj.libname, 'Bus_Get_Cust_Interrupts');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Cust_Interrupts', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Distance(obj)
             % (read-only) Distance from energymeter (if non-zero)
-            result = calllib(obj.libname, 'Bus_Get_Distance');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Distance', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Int_Duration(obj)
             % (read-only) Average interruption duration, hr.
-            result = calllib(obj.libname, 'Bus_Get_Int_Duration');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Int_Duration', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Isc(obj)
             % (read-only) Short circuit currents at bus; Complex Array.
-            calllib(obj.libname, 'Bus_Get_Isc_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Isc_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Lambda(obj)
             % (read-only) Accumulated failure rate downstream from this bus; faults per year
-            result = calllib(obj.libname, 'Bus_Get_Lambda');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Lambda', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.N_Customers(obj)
             % (read-only) Total numbers of customers served downline from this bus
-            result = calllib(obj.libname, 'Bus_Get_N_Customers');
+            result = calllib(obj.libname, 'ctx_Bus_Get_N_Customers', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.N_interrupts(obj)
             % (read-only) Number of interruptions this bus per year
-            result = calllib(obj.libname, 'Bus_Get_N_interrupts');
+            result = calllib(obj.libname, 'ctx_Bus_Get_N_interrupts', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Name(obj)
             % (read-only) Name of Bus
-            result = calllib(obj.libname, 'Bus_Get_Name');
+            result = calllib(obj.libname, 'ctx_Bus_Get_Name', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.Nodes(obj)
             % (read-only) Integer Array of Node Numbers defined at the bus in same order as the voltages.
-            calllib(obj.libname, 'Bus_Get_Nodes_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Nodes_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_int32_gr_array();
         end
 
         function result = get.NumNodes(obj)
             % (read-only) Number of Nodes this bus.
-            result = calllib(obj.libname, 'Bus_Get_NumNodes');
+            result = calllib(obj.libname, 'ctx_Bus_Get_NumNodes', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.SectionID(obj)
             % (read-only) Integer ID of the feeder section in which this bus is located.
-            result = calllib(obj.libname, 'Bus_Get_SectionID');
+            result = calllib(obj.libname, 'ctx_Bus_Get_SectionID', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.SeqVoltages(obj)
             % (read-only) Double Array of sequence voltages at this bus.
-            calllib(obj.libname, 'Bus_Get_SeqVoltages_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_SeqVoltages_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.TotalMiles(obj)
             % (read-only) Total length of line downline from this bus, in miles. For recloser siting algorithm.
-            result = calllib(obj.libname, 'Bus_Get_TotalMiles');
+            result = calllib(obj.libname, 'ctx_Bus_Get_TotalMiles', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.VLL(obj)
             % (read-only) For 2- and 3-phase buses, returns array of complex numbers represetin L-L voltages in volts. Returns -1.0 for 1-phase bus. If more than 3 phases, returns only first 3.
-            calllib(obj.libname, 'Bus_Get_VLL_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_VLL_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.VMagAngle(obj)
             % (read-only) Array of doubles containing voltages in Magnitude (VLN), angle (deg)
-            calllib(obj.libname, 'Bus_Get_VMagAngle_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_VMagAngle_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Voc(obj)
             % (read-only) Open circuit voltage; Complex array.
-            calllib(obj.libname, 'Bus_Get_Voc_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Voc_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Voltages(obj)
             % (read-only) Complex array of voltages at this bus.
-            calllib(obj.libname, 'Bus_Get_Voltages_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Voltages_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.YscMatrix(obj)
             % (read-only) Complex array of Ysc matrix at bus. Column by column.
-            calllib(obj.libname, 'Bus_Get_YscMatrix_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_YscMatrix_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Zsc0(obj)
             % (read-only) Complex Zero-Sequence short circuit impedance at bus.
-            calllib(obj.libname, 'Bus_Get_Zsc0_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Zsc0_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.Zsc1(obj)
             % (read-only) Complex Positive-Sequence short circuit impedance at bus..
-            calllib(obj.libname, 'Bus_Get_Zsc1_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_Zsc1_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.ZscMatrix(obj)
             % (read-only) Complex array of Zsc matrix at bus. Column by column.
-            calllib(obj.libname, 'Bus_Get_ZscMatrix_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_ZscMatrix_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.kVBase(obj)
             % (read-only) Base voltage at bus in kV
-            result = calllib(obj.libname, 'Bus_Get_kVBase');
+            result = calllib(obj.libname, 'ctx_Bus_Get_kVBase', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.puVLL(obj)
             % (read-only) Returns Complex array of pu L-L voltages for 2- and 3-phase buses. Returns -1.0 for 1-phase bus. If more than 3 phases, returns only 3 phases.
-            calllib(obj.libname, 'Bus_Get_puVLL_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_puVLL_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.puVmagAngle(obj)
             % (read-only) Array of doubles containig voltage magnitude, angle pairs in per unit
-            calllib(obj.libname, 'Bus_Get_puVmagAngle_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_puVmagAngle_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.puVoltages(obj)
             % (read-only) Complex Array of pu voltages at the bus.
-            calllib(obj.libname, 'Bus_Get_puVoltages_GR');
+            calllib(obj.libname, 'ctx_Bus_Get_puVoltages_GR', obj.dssctx);
             obj.CheckForError();
             result = obj.apiutil.get_float64_gr_array();
         end
 
         function result = get.x(obj)
             % X Coordinate for bus (double)
-            result = calllib(obj.libname, 'Bus_Get_x');
+            result = calllib(obj.libname, 'ctx_Bus_Get_x', obj.dssctx);
             obj.CheckForError();
         end
         function obj = set.x(obj, Value)
-            calllib(obj.libname, 'Bus_Set_x', Value);
+            calllib(obj.libname, 'ctx_Bus_Set_x', obj.dssctx, Value);
             obj.CheckForError();
         end
 
         function result = get.y(obj)
             % Y coordinate for bus(double)
-            result = calllib(obj.libname, 'Bus_Get_y');
+            result = calllib(obj.libname, 'ctx_Bus_Get_y', obj.dssctx);
             obj.CheckForError();
         end
         function obj = set.y(obj, Value)
-            calllib(obj.libname, 'Bus_Set_y', Value);
+            calllib(obj.libname, 'ctx_Bus_Set_y', obj.dssctx, Value);
             obj.CheckForError();
         end
 
         function result = get.LoadList(obj)
             % List of strings: Full Names of LOAD elements connected to the active bus.
-            result = obj.apiutil.get_string_array('Bus_Get_LoadList');
+            result = obj.apiutil.get_string_array('ctx_Bus_Get_LoadList', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.LineList(obj)
             % List of strings: Full Names of LINE elements connected to the active bus.
-            result = obj.apiutil.get_string_array('Bus_Get_LineList');
+            result = obj.apiutil.get_string_array('ctx_Bus_Get_LineList', obj.dssctx);
             obj.CheckForError();
         end
 
         function result = get.AllPCEatBus(obj)
             % Returns an array with the names of all PCE connected to the active bus
-            result = obj.apiutil.get_string_array('Bus_Get_AllPCEatBus');
+            result = obj.apiutil.get_string_array('ctx_Bus_Get_AllPCEatBus', obj.dssctx);
             obj.CheckForError();
             if (~isempty(result))
                 result{end + 1} = '';
@@ -324,7 +324,7 @@
 
         function result = get.AllPDEatBus(obj)
             % Returns an array with the names of all PDE connected to the active bus
-            result = obj.apiutil.get_string_array('Bus_Get_AllPDEatBus');
+            result = obj.apiutil.get_string_array('ctx_Bus_Get_AllPDEatBus', obj.dssctx);
             obj.CheckForError();
             if (~isempty(result))
                 result{end + 1} = '';