Function GetHeatPowerOrEnergy2( _
   ByVal BHeatEnergy As System.Boolean, _
   ByVal ArraySelectedEntities As System.Object, _
   ByVal NUnits As System.Integer, _
   ByVal NStepNumber As System.Integer, _
   ByVal NStepNumber2 As System.Integer, _
   ByRef ErrorCode As System.Integer _
) As System.Object

Dim instance As ICWResults
Dim BHeatEnergy As System.Boolean
Dim ArraySelectedEntities As System.Object
Dim NUnits As System.Integer
Dim NStepNumber As System.Integer
Dim NStepNumber2 As System.Integer
Dim ErrorCode As System.Integer
Dim value As System.Object
 
value = instance.GetHeatPowerOrEnergy2(BHeatEnergy, ArraySelectedEntities, NUnits, NStepNumber, NStepNumber2, ErrorCode)

System.object GetHeatPowerOrEnergy2( 
   System.bool BHeatEnergy,
   System.object ArraySelectedEntities,
   System.int NUnits,
   System.int NStepNumber,
   System.int NStepNumber2,
   out System.int ErrorCode
)

System.Object^ GetHeatPowerOrEnergy2( 
&   System.bool BHeatEnergy,
&   System.Object^ ArraySelectedEntities,
&   System.int NUnits,
&   System.int NStepNumber,
&   System.int NStepNumber2,
&   [Out] System.int ErrorCode
) 

Parameters

BHeatEnergy

0 or false for heat power, -1 or true for heat energy

ArraySelectedEntities

Array of geometric entities

NUnits

Units as defined in swsUnit_e

NStepNumber

Solution step number (use 1 for steady state)

NStepNumber2

End solution step number (use 1 for steady state); valid only if BHeatEnergy is 1

ErrorCode

Error as defined in swsResultsError_e

Return Value

This method returns the following array:

{

     sel_power_or_energy_in,

     sel_power_or_energy_out,

     sel_net_power,

     model_power_or_energy_in,

     model_power_or_energy_out,

     model_net_power_or_energy

},

where sel_power_or_energy_in and sel_power_or_energy_out are the sum of individual entity in and out values, and model_power_or_energy_in and model_power_or_energy_out are total in and out values for the entire model.

   sel_net_power = (sel_power_or_energy_in - sel_power_or_energy_out)

   model_net_power_or_energy = (model_power_or_energy_in - model_power_or_energy_out)