//---------------------------------------
// Comunication with Simulation Program
//---------------------------------------
//<Summary>
//send value to simulation
//</Summary>
public override void sendToSim(sinter_InteractiveSim o_sim)
{
if ((mode != sinter_IOMode.si_OUT) && (!isSetting))
{
//This allows one to pass in simulation settings as a sinter varaible if it has a path of the form: setting(blah) = value
//So, setting( is a "reserved word" in sinter variable pathes (Maybe a special character would be better?
for (int addressIndex = 0; addressIndex <= (addressStrings.Length - 1); addressIndex++)
{
if (type == sinter_IOType.si_DOUBLE_VEC)
{
double[] t_value = unitsConversion(units, defaultUnits, (double[])o_value); //Do units conversion if required
o_sim.sendVectorToSim <double>(addressStrings[addressIndex], (double[])t_value);
}
else if (type == sinter_IOType.si_DY_INTEGER_VEC)
{
o_sim.sendVectorToSim <int>(addressStrings[addressIndex], (int[])o_value);
}
else if (type == sinter_IOType.si_DY_STRING_VEC)
{
o_sim.sendVectorToSim <string>(addressStrings[addressIndex], (string[])o_value);
}
else
{
throw new NotImplementedException(string.Format("Unknown type {0} passed to sinter_Vector.sendToSim", type));
}
}
}
}
/**
* createSinter parses part of the setup file passed in (as a string) to discover the
* extension of the simulation file provided.
* From that extension it creates the correct class for running that type of simulation.
**/
public static ISimulation createSinter(string setupFileString)
{
sinter_SetupFile thisSetupFile = sinter_SetupFile.determineFileTypeAndParse(setupFileString);
string extension = System.IO.Path.GetExtension(thisSetupFile.aspenFilename);
sinter_Sim thisAspen = null;
if (extension == ".bkp" || extension == ".apw")
{
thisAspen = new sinter_SimAspen();
thisAspen.setupFile = thisSetupFile;
}
else if (extension == ".acmf")
{
thisAspen = new sinter_SimACM();
thisAspen.setupFile = thisSetupFile;
}
else if (extension == ".xlsm" || extension == ".xls" || extension == ".xlsx")
{
thisAspen = new sinter_SimExcel();
thisAspen.setupFile = thisSetupFile;
}
else if (extension != null && extension.ToLower() == ".gencrypt")
{
thisAspen = new sinter.PSE.sinter_simGPROMS();
thisAspen.setupFile = thisSetupFile;
}
else if (extension != null && extension.ToLower() == ".gPJ")
{
throw new System.IO.IOException(String.Format(
"gPJ is not an allowed extension for sinter simulation run. SimSinter requires a .gENCRYPT file. filename: {1}.", setupFileString));
}
else
{
throw new System.IO.IOException(String.Format(
"Unknown Aspen File extension {0} on filename: {1}. Expecting either .bkp or .apw for Aspen+, .acmf for ACM, .xlsm .xls .xlsx for Excel, or .gencrypt for GPROMS", extension, setupFileString));
}
if (thisAspen == null)
{
throw new System.IO.IOException("Failed to create sinter object, reason unknown.");
}
if (thisAspen is sinter_InteractiveSim)
{
sinter_InteractiveSim sSim = (sinter_InteractiveSim)thisAspen;
sSim.makeIOTree();
}
return(thisAspen);
}
//---------------------------------------
// Comunication with Simulation Program
//---------------------------------------
//<Summary>
//send value to simulation
//</Summary>
public void sendToSim(sinter_InteractiveSim o_sim)
{
if (mode != sinter_Variable.sinter_IOMode.si_OUT)
{
//This allows one to pass in simulation settings as a sinter varaible if it has a path of the form: setting(blah) = value
//So, setting( is a "reserved word" in sinter variable pathes (Maybe a special character would be better?
for (int ii = 0; ii <= rowStringCount - 1; ii++)
{
for (int jj = 0; jj <= colStringCount - 1; jj++)
{
o_value[ii, jj].sendToSim(o_sim);
}
}
}
}
//<Summary>
//send value to simulation
//</Summary>
public virtual void sendToSim(sinter_InteractiveSim o_sim)
{
if ((mode != sinter_IOMode.si_OUT) && (!isSetting))
{
object t_value = o_value;
if (o_type == sinter_IOType.si_DOUBLE) //Really, only doubles support type conversion
{
t_value = unitsConversion(units, defaultUnits, Convert.ToDouble(o_value));
}
//Now that we have the correct converted value, pass it into each address inside the simulation
for (int addressIndex = 0; addressIndex <= (addressStrings.Length - 1); addressIndex++)
{
o_sim.sendValueToSim(addressStrings[addressIndex], t_value);
}
}
}
//---------------------------------------
// Comunication with Simulation Program
//---------------------------------------
//<Summary>
//send value to simulation
//</Summary>
public override void sendToSim(sinter_InteractiveSim o_sim)
{
if ((mode != sinter_IOMode.si_OUT) && (!isSetting))
{
if (o_type == sinter_IOType.si_DY_DOUBLE) //Really, only doubles support type conversion
{
double t_value = ((double[])o_TimeSeriesValues)[o_TimeSeriesIndex];
t_value = unitsConversion(units, defaultUnits, t_value);
//Now that we have the correct converted value, pass it into each address inside the simulation
for (int addressIndex = 0; addressIndex <= (addressStrings.Length - 1); addressIndex++)
{
o_sim.sendValueToSim(addressStrings[addressIndex], t_value);
}
}
else if (o_type == sinter_IOType.si_DY_INTEGER)
{
int t_value = ((int[])o_TimeSeriesValues)[o_TimeSeriesIndex];
//Now that we have the correct converted value, pass it into each address inside the simulation
for (int addressIndex = 0; addressIndex <= (addressStrings.Length - 1); addressIndex++)
{
o_sim.sendValueToSim(addressStrings[addressIndex], t_value);
}
}
else if (o_type == sinter_IOType.si_DY_STRING)
{
string t_value = ((string[])o_TimeSeriesValues)[o_TimeSeriesIndex];
//Now that we have the correct converted value, pass it into each address inside the simulation
for (int addressIndex = 0; addressIndex <= (addressStrings.Length - 1); addressIndex++)
{
o_sim.sendValueToSim(addressStrings[addressIndex], t_value);
}
}
else
{
throw new ArgumentException(string.Format("Invalid sinter_IOType passed to sinter_DynamicScalar.sendToSim", o_type));
}
}
}
/**
* This version of init attempts to discover as much as possible about the variable automatically.
* This is useful for the GUI, when the user selects a variable off the tree we need to try to figure out all about it.
**/
public virtual void init(sinter_InteractiveSim sim, sinter.sinter_Variable.sinter_IOType type, int TimeSeriesLen, string[] addStrings)
{
o_TimeSeriesLength = TimeSeriesLen;
base.init(sim, type, addStrings);
}