ModelerControl & ModelerControl::operator=(const ModelerControl & o)
{
if (this != &o)
SetVals(o.m_name, o.m_minimum, o.m_maximum, o.m_stepsize,
o.m_value);
return *this;
}
bool PointsCurve::SetupOK(SC_SetupErr& errData)
{
pVals.Cleanup();
SetVals();
SC_SetupErr parErr;
if (pVals.IsEmpty())
parErr.SetConstantError("no curve points");
// check each point
double lastX;
double lastMaxX;
char varID[40];
for (int i = 0; i < pVals.Size(); i++)
{
PointsCurveValue& xVal = pVals.GetRef(i).xVal;
PointsCurveValue& yVal = pVals.GetRef(i).yVal;
// set IDs for individual error checking use
MakeString(varID, yVarID, ".", xVarID, 40);
xVal.SetID(varID, i);
MakeString(varID, yVarID, ".V", 40);
yVal.SetID(varID, i);
// set and check
if (control.IsOptimization())
{
if (xVal.IsOpt())
{
OptVarUnits& currOpt = *xVal.pOptData;
currOpt.optParSigma = xoptParSigma;
currOpt.optIsLinear = xoptIsLinear;
if (!currOpt.OptimizeSetupOK(parErr))
break;
}
if (yVal.IsOpt())
{
OptVarUnits& currOpt = *yVal.pOptData;
currOpt.optMinLim = yoptMinLim;
currOpt.optMaxLim = yoptMaxLim;
if (yIsLog10)
{
if ((currOpt.optMinLim <= 0.0) || (currOpt.optMaxLim <= 0.0))
{
parErr.SetConstantError("Y log10 limits are -ve");
break;
}
}
currOpt.optParSigma = yoptParSigma;
currOpt.optIsLinear = yoptIsLinear;
if (!currOpt.OptimizeSetupOK(parErr))
break;
}
}
// do basic check
if (!(xVal.SetupOK(parErr, xIsLog10) && yVal.SetupOK(parErr, yIsLog10)))
break;
// check for ascending X
if (i > 0)
{
// basic check
if (xVal.pVal <= lastX)
{
parErr.SetConstantError("X values must ascend");
break;
}
// optimized X ranges must not overlap
if (control.IsOptimization() && xVal.IsOpt())
{
if (xVal.pOptData->optMinLim <= lastMaxX)
{
parErr.SetConstantError("X optimization ranges overlap");
break;
}
lastMaxX = xVal.pOptData->optMaxLim;
}
if (!control.IsSampleSim() && xVal.IsVary())
{
double minX, maxX;
xVal.pVaryData->GetMinMax(minX, maxX);
if (minX <= lastMaxX)
{
parErr.SetConstantError("X range/suite ranges overlap");
break;
}
lastMaxX = maxX;
}
}
else
{
if (control.IsOptimization() && xVal.IsOpt())
lastMaxX = xVal.pOptData->optMaxLim;
else
lastMaxX = xVal.pVal;
}
lastX = xVal.pVal;
if (xVal.IsFixed())
lastMaxX = lastX;
}
if (parErr.NoErrors())
pointsCurve.CurveSetupOK(pVals.Size(), parErr);
return errData.SetupOK(yVarID, parErr);
}
ModelerControl::ModelerControl(const char* name, float minimum, float maximum, float stepsize, float value)
{
SetVals(name, minimum, maximum, stepsize, value);
}
