TSolutionObj

TSolutionObj
Type-access	Command	Description
Implements the following properties/methods as in 3.3.15: InitPropertyValues DumpProperties
Property-private	Converged	Returns a Boolean flag indicating if the latest simulation job converged.
Property-private	OK_for_Dynamics	Initializes the environment variables required for dynamics mode.
Property-private	OK_for_Harmonics	Initializes the environment variables required for harmonics mode.
Method-private	DoNewtonSolution	Implements a version of the solution algorithm using Newton-Raphson.
Method-private	DoNormalSolution	Implements the standard solution algorithm in OpenDSS-X based on floating-point solver.
Method-private	SetGeneratordQdV	Save the generator dispatch level and set on high enough to turn all generators on.
Method-private	SumAllCurrents	Sums terminal currents into system Currents Array.
Method-private	Set_Frequency	Forces Rebuild of all Y Primitives and to rebuild of System Y using the given frequency.
Method-private	Set_Mode	Sets the given simulation mode and initializes the environment variables to the default values for the mode.
Method-private	Set_Year	Sets the simulation time variables using the given year.
Method-private	Set_Total_Time	Stores the given time into the total time variable.
Method-public	ZeroAuxCurrents	Sets the aux. currents array to zero.
Method-public	SolveZeroLoadSnapShot	Solves a power flow using the Y series matrix only (no shunt elements).
Method-public	DoPFLOWsolution	Executes the active power flow solution algorithm.
Method-public	Solve	Main Solution dispatch.
Method-public	SnapShotInit	Initializes the variables and environment for a snapshot simulation.
Property-public	SolveSnap	Solves the model once.
Property-public	SolveDirect	Solves for now once, direct solution (non-iterative).
Property-public	SolveYDirect	Like SolveDirect; used for initialization.
Property-public	SolveCircuit	SolveSnap sans control iteration.
Method-public	CheckControls	Snapshot checks with matrix rebuild, it takes place after a solution has been calculated.
Method-public	SampleControlDevices	Commands all control devices in the model for the active actor to take a sample.
Method-public	DoControlActions	Commands all control devices in the model for the active actor to perform all pending control actions in the control queue.
Method-public	Sample_DoControlActions	Calls SampleControlDevices and DoControlActions routines.
Method-public	Check_Fault_Status	Checks the status of all the faults within the circuit model.
Property-public	SolveAD	Solves one of the A-Diakoptics stages locally.
Method-public	SetGeneratorDispRef	Sets the global generator dispatch reference.
Method-public	SetVoltageBases	Sets voltage bases using voltage at first node (phase) of a bus.
Method-public	SaveVoltages	Saves the present voltages into a txt file.
Method-public	UpdateVBus	Updates voltages for each bus from NodeV.
Method-public	RestoreNodeVfromVbus	Opposite of updatebus.
Property-public	VDiff	Calculates the difference between two node voltages.
Method-public	Get_Yiibus	Updates voltages for each bus from NodeV.
Property-public	Get_Yij	Gets Gij + j Bij.
Method-public	WriteConvergenceReport	Writes the convergence report to the hard drive.
Method-public	Update_dblHour	Updates the time in the floating-point time register (DBL) in hours.
Method-public	Increment_time	Increments the solution time according to the simulation time step.
Method-public	UpdateLoopTime	Update Loop time is called from end of time step cleanup. Timer is based on beginning of SolveSnap time.
Property-public	Mode	PA dynavars.SolutionMode (variable) and Set_Mode.
Property-public	Frequency	PA FFrequency (variable) and Set_Frequency.
Property-public	Year	PA FYear (variable) and Set_Year.
Property-public	Time_Solve	PA Solve_Time_Elapsed.
Property-public	Time_TotalSolve	PA Total_Solve_Time_Elapsed.
Property-public	Time_Step	PA Step_Time_Elapsed.
Property-public	Total_Time	PA Total_Time_Elapsed and Set_Total_Time.
Method-public	AddInAuxCurrents	Only AutoAdd Obj uses this.
Property-public	SolveSystem	Solves the circuit using KLUsolve. It needs several initializations before being called.
Method-public	GetPCInjCurr	Gets injected currents from all enabled PC devices.
Method-public	GetSourceInjCurrents	Gets injected currents from all enabled Source devices (VSource, ISource).
Method-public	ZeroInjCurr	Clears the injection currents vector (0 + j0)
Method-public	Upload2IncMatrix	Uploads the values to the incidence matrix.
Method-public	Calc_Inc_Matrix	Calculates the incidence matrix for the Circuit.
Method-public	Calc_Inc_Matrix_Org	Calculates the incidence matrix hierarchically organized for the Circuit.
Property-public	get_IncMatrix_Row	Gets the index of the Row connected to the specified Column.
Property-public	get_IncMatrix_Col	Gets the index of the Column connected to the specified Row.
Property-public	CheckLocationIdx	Evaluates the area covered by the tearing point to see if there is a better one.
Property-public	get_PDE_Bus1_Location	Gets the index of myPDE -> bus1 within the Inc matrix.
Method-public	AddLines2IncMatrix	Adds the Lines to the Incidence matrix arrays.
Method-public	AddXfmr2IncMatrix	Adds the Xfmrs to the Incidence matrix arrays.
Method-public	AddSeriesCap2IncMatrix	Adds capacitors in series to the Incidence matrix arrays.
Method-public	AddSeriesReac2IncMatrix	Adds Reactors in series to the Incidence matrix arrays.
Method-public	SendCmd2Actors	Sends a message to other actors different than 1.
Method-public	UploadV2Master	Uploads the local solution into the master's (actor 1) voltage array.
Method-public	UpdateISrc	Updates the local ISources using the data available at Ic for actor 1.
Property-public	VoltInActor1	Returns the voltage indicated in NodeIdx in the context of the actor 1.

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