//<Summary>
//get value from a simulation
//</Summary>
public override void recvFromSim(sinter_Sim o_sim)
{
//this reads back the inputs
// It's handy for default generation.
// try
// {
if (!isSetting)
{
if (type == sinter_IOType.si_DY_DOUBLE_VEC)
{
o_sim.recvVectorFromSim <double>(addressStrings[0], get_vectorIndicies(o_sim), (double[])o_value);
((double[][])o_TimeSeriesValues)[o_TimeSeriesIndex] = (double[])o_value; //Store it properly in the timevalues
}
else if (type == sinter_IOType.si_DY_INTEGER_VEC)
{
o_sim.recvVectorFromSim <int>(addressStrings[0], get_vectorIndicies(o_sim), (int[])o_value);
((int[][])o_TimeSeriesValues)[o_TimeSeriesIndex] = (int[])o_value; //Store it properly in the timevalues
}
else if (type == sinter_IOType.si_DY_STRING_VEC)
{
o_sim.recvVectorFromSim <string>(addressStrings[0], get_vectorIndicies(o_sim), (string[])o_value);
((string[][])o_TimeSeriesValues)[o_TimeSeriesIndex] = (string[])o_value; //Store it properly in the timevalues
}
}
}
//<Summary>
//get value from a simulation
//</Summary>
public override void recvFromSim(sinter_Sim o_sim)
{
if (!isSetting)
{
if (type == sinter_IOType.si_DOUBLE_VEC)
{
o_sim.recvVectorFromSim <double>(addressStrings[0], get_vectorIndicies(o_sim), (double[])o_value);
}
else if (type == sinter_IOType.si_INTEGER_VEC)
{
o_sim.recvVectorFromSim <int>(addressStrings[0], get_vectorIndicies(o_sim), (int[])o_value);
}
else
{
o_sim.recvVectorFromSim <string>(addressStrings[0], get_vectorIndicies(o_sim), (string[])o_value);
}
}
}
