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FmCurveSet.C
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FmCurveSet.C
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// SPDX-FileCopyrightText: 2023 SAP SE
//
// SPDX-License-Identifier: Apache-2.0
//
// This file is part of FEDEM - https://openfedem.org
////////////////////////////////////////////////////////////////////////////////
#include "vpmDB/FmCurveSet.H"
#include "vpmDB/FmfDeviceFunction.H"
#include "vpmDB/FmMechanism.H"
#include "vpmDB/FmDB.H"
#include "FFaMathExpr/FFaMathExprFactory.H"
#include "FFaLib/FFaOS/FFaFilePath.H"
#include "FFaLib/FFaString/FFaStringExt.H"
#include "FFaLib/FFaDefinitions/FFaMsg.H"
#include "FFaLib/FFaString/FFaParse.H"
#include "FiDeviceFunctions/FiDeviceFunctionFactory.H"
Fmd_DB_SOURCE_INIT(FcCURVE_SET, FmCurveSet, FmResultBase);
FmCurveSet::FmCurveSet(InputMode defaultMode)
{
Fmd_CONSTRUCTOR_INIT(FmCurveSet);
FFA_REFERENCE_FIELD_INIT(myOwnerGraphField, myOwnerGraph, "OWNER_GRAPH");
FFA_FIELD_DEFAULT_INIT(myColor, "CURVE_COLOR");
FFA_FIELD_INIT(myCurveStyle, 0, "CURVE_STYLE");
FFA_FIELD_INIT(myCurveWidth, 1, "CURVE_WIDTH");
FFA_FIELD_INIT(myCurveSymbol, 0, "CURVE_SYMBOL");
FFA_FIELD_INIT(myCurveSymbolSize, 5, "CURVE_SYMBOL_SIZE");
FFA_FIELD_INIT(myNumCurveSymbols, 10, "CURVE_NUMBER_SYMBOLS");
FFA_FIELD_DEFAULT_INIT(myLegend, "LEGEND");
FFA_FIELD_INIT(myAutoLegend, true, "AUTOLEGEND");
FFA_FIELD_INIT(myScaleFactor[XAXIS], 1.0, "SCALE_FACTOR_X");
FFA_FIELD_INIT(myScaleFactor[YAXIS], 1.0, "SCALE_FACTOR_Y");
FFA_FIELD_INIT(myOffset[XAXIS], 0.0, "OFFSET_X");
FFA_FIELD_INIT(myOffset[YAXIS], 0.0, "OFFSET_Y");
FFA_FIELD_INIT(myZeroAdjust[XAXIS], false, "ZERO_ADJUST_X");
FFA_FIELD_INIT(myZeroAdjust[YAXIS], false, "ZERO_ADJUST_Y");
FFA_FIELD_INIT(myInputMode, defaultMode, "INPUT_MODE");
FFA_FIELD_INIT(myAutoCurveExportFlag, false, "EXPORT_AUTOMATICALLY");
if (defaultMode == TEMPORAL_RESULT) {
FFA_FIELD_INIT(myRDBResults[XAXIS], FFaTimeDescription(), "X_AXIS_RESULT");
FFA_FIELD_INIT(myRDBResultOpers[XAXIS], "None", "X_AXIS_RESULT_OPER");
}
else if (defaultMode == SPATIAL_RESULT) {
FFA_FIELD_DEFAULT_INIT(myRDBResults[XAXIS], "X_AXIS_RESULT");
FFA_FIELD_INIT(myRDBResultOpers[XAXIS], "Length", "X_AXIS_RESULT_OPER");
}
else {
FFA_FIELD_DEFAULT_INIT(myRDBResults[XAXIS], "X_AXIS_RESULT");
FFA_FIELD_DEFAULT_INIT(myRDBResultOpers[XAXIS], "X_AXIS_RESULT_OPER");
}
FFA_FIELD_DEFAULT_INIT(myRDBResults[YAXIS], "Y_AXIS_RESULT");
FFA_FIELD_DEFAULT_INIT(myRDBResultOpers[YAXIS], "Y_AXIS_RESULT_OPER");
FFA_REFERENCE_FIELD_INIT(myResultObjectField[XAXIS], myResultObject[XAXIS], "X_AXIS_RESULT_OBJECT");
FFA_REFERENCE_FIELD_INIT(myResultObjectField[YAXIS], myResultObject[YAXIS], "Y_AXIS_RESULT_OBJECT");
myResultObject[XAXIS].setPrintIfZero(false);
myResultObject[YAXIS].setPrintIfZero(false);
FFA_REFERENCELIST_FIELD_INIT(mySpatialObjectsField, mySpatialObjects, "SPATIAL_OBJECTS");
FFA_FIELD_INIT(myTimeRange, FmRange(0.0,1.0), "TIME_RANGE");
if (defaultMode == SPATIAL_RESULT) {
FFA_FIELD_INIT(myTimeOper, "None", "TIME_OPER");
}
else {
FFA_FIELD_DEFAULT_INIT(myTimeOper, "TIME_OPER");
}
FFA_FIELD_DEFAULT_INIT(myFilePath, "FILE_PATH");
FFA_FIELD_DEFAULT_INIT(myChannelName, "CHANNEL_NAME");
FFA_REFERENCE_FIELD_INIT(myFunctionField, myFunction, "FUNCTION");
myFunction.setPrintIfZero(false);
FFA_FIELD_INIT(myFuncDomain, FmRange(0.0,1.0), "FUNC_DOMAIN");
FFA_FIELD_INIT(myFuncInc, 0.1 , "FUNC_INC");
FFA_FIELD_INIT(myFuncAutoInc, false, "FUNC_AUTOINC");
FFA_FIELD_DEFAULT_INIT(myExpression, "COMBINE_EXPRESSION");
FFA_REFERENCELIST_FIELD_INIT(myCurvesField, myCurves, "COMBINE_CURVES");
FFA_FIELD_INIT(myAnalysisFlag, NONE, "DATA_ANALYSIS");
FFA_FIELD_INIT(myDftDomain, FmRange(0.0,1.0), "DFT_DOMAIN");
FFA_FIELD_INIT(myDftResampleRate, 0.01, "DFT_RESAMPLE_RATE");
FFA_FIELD_INIT(myDftEntireDomain, true, "DFT_USING_ENTIRE_DOMAIN");
FFA_FIELD_INIT(myDftRemoveComp, false, "DFT_REMOVE_STATIC_COMPONENT");
FFA_FIELD_INIT(myDftResample, false, "DFT_RESAMPLE_DATA");
FFA_FIELD_INIT(myFatigueDomain, FmRange(0.0,1.0), "FATIGUE_DOMAIN");
FFA_FIELD_INIT(myFatigueEntireDomain, true, "FATIGUE_USING_ENTIRE_DOMAIN");
FFA_FIELD_INIT(myFatigueLifeUnit, REPEATS, "FATIGUE_LIFE_UNIT");
FFA_FIELD_INIT(myFatigueGateValue, 1.0, "FATIGUE_GATE_VALUE");
FFA_FIELD_INIT(myFatigueSNCurve, 0, "FATIGUE_SN_CURVE");
FFA_FIELD_INIT(myFatigueSNStd, 0, "FATIGUE_SN_STD");
myXYDataChanged = false;
myScaleOrOffsetChanged = false;
myAnalysisOptionChanged = 0;
}
FmCurveSet::~FmCurveSet()
{
FmGraph* previewGraph = NULL;
if (myInputMode.getValue() == PREVIEW_FUNC)
previewGraph = this->getOwnerGraph();
this->disconnect();
// Erasing empty preview graphs
if (previewGraph)
if (!previewGraph->hasCurveSets())
previewGraph->erase();
}
bool FmCurveSet::connect(FmBase* parent)
{
if (parent && parent->isOfType(FmGraph::getClassTypeID()))
this->setOwnerGraph(static_cast<FmGraph*>(parent));
return this->mainConnect();
}
bool FmCurveSet::disconnect()
{
bool status = this->mainDisconnect();
this->setOwnerGraph(NULL);
return status;
}
void FmCurveSet::initAfterResolve()
{
this->FmResultBase::initAfterResolve();
// To initialize the myActiveCurves array
if (myInputMode.getValue() == COMB_CURVES)
this->setExpression(this->getExpression());
// Align EntryDescription and Reference. Reference is the preferred source.
// If it is empty, use the entry description, it is then probably a model file
// saved with R4.1.1 or older.
for (int axis = 0; axis < NAXES; axis++)
if (myResultObject[axis].isNull())
this->setResultObj(axis,myRDBResults[axis].getValue());
else {
FFaResultDescription& descr = myRDBResults[axis].getValue();
descr.OGType = myResultObject[axis]->getItemName();
descr.baseId = myResultObject[axis]->getItemBaseID();
descr.userId = myResultObject[axis]->getItemID();
}
}
bool FmCurveSet::setFilePath(const std::string& path)
{
if (!myFilePath.setValue(path))
return false;
return myXYDataChanged = true;
}
const std::string& FmCurveSet::getChannelName() const
{
if (!myChannelName.getValue().empty())
return myChannelName.getValue();
static const std::string channelNotSet("Not set");
return channelNotSet;
}
bool FmCurveSet::setChannelName(const std::string& name)
{
if (!myChannelName.setValue(name == "Not set" ? "" : name.c_str()))
return false;
return myXYDataChanged = true;
}
static const char* curveCompNames[17] = {
"A", "B", "C", "D", "E", "F", "G", "H",
"I", "J", "K", "L", "M", "N", "O", "P",
0 };
const char** FmCurveSet::getCompNames()
{
return curveCompNames;
}
size_t FmCurveSet::getCurveComps(std::vector<FmCurveSet*>& curves,
std::vector<bool>& active) const
{
myCurves.getPtrs(curves,true);
active = myActiveCurves;
return active.size() < curves.size() ? active.size() : curves.size();
}
size_t FmCurveSet::getActiveCurveComps(std::vector<FmCurveSet*>& curves) const
{
size_t nCurvs = curves.size();
for (size_t i = 0; i < myCurves.size(); i++)
if (i < myActiveCurves.size())
if (myActiveCurves[i] && !myCurves[i].isNull())
curves.push_back(myCurves.getPtr(i));
return curves.size() - nCurvs;
}
bool FmCurveSet::setCurveComp(FmCurveSet* curve, int icomp)
{
if (curve == myCurves.getPtr(icomp))
return false;
myCurves.setPtr(curve,icomp);
return myXYDataChanged = true;
}
bool FmCurveSet::setExpression(const std::string& expression)
{
FFaMathExprFactory::countArgs(expression,curveCompNames,&myActiveCurves);
if (!myExpression.setValue(expression))
return false;
return myXYDataChanged = true;
}
bool FmCurveSet::setScaleFactor(double scaleX, double scaleY)
{
bool changed = false;
if (myScaleFactor[XAXIS].setValue(scaleX))
changed = myScaleOrOffsetChanged = true;
if (myScaleFactor[YAXIS].setValue(scaleY))
{
changed = myScaleOrOffsetChanged = true;
if (this->doRainflow() && !myAnalysisOptionChanged)
myAnalysisOptionChanged = 1;
}
if (this->doDft() && myScaleOrOffsetChanged)
myAnalysisOptionChanged = 2;
return changed;
}
bool FmCurveSet::setOffset(double offsetX, double offsetY)
{
bool changed = false;
if (!myOffset[XAXIS].setValue(offsetX))
changed = myScaleOrOffsetChanged = true;
if (!myOffset[YAXIS].setValue(offsetY))
changed = myScaleOrOffsetChanged = true;
if (this->doDft() && myScaleOrOffsetChanged)
myAnalysisOptionChanged = 2;
return changed;
}
bool FmCurveSet::setZeroAdjust(bool doZeroAdjustX, bool doZeroAdjustY)
{
bool changed = false;
if (!myZeroAdjust[XAXIS].setValue(doZeroAdjustX))
changed = myScaleOrOffsetChanged = true;
if (!myZeroAdjust[YAXIS].setValue(doZeroAdjustY))
changed = myScaleOrOffsetChanged = true;
if (this->doDft() && myScaleOrOffsetChanged)
myAnalysisOptionChanged = 2;
return changed;
}
bool FmCurveSet::hasNonDefaultScaleShift() const
{
for (int a = 0; a < NAXES; a++)
if (myScaleFactor[a].getValue() != 1.0 ||
myOffset[a].getValue() != 0.0 ||
myZeroAdjust[a].getValue())
return true;
return false;
}
bool FmCurveSet::isTimeAxis(int axis)
{
switch (myInputMode.getValue())
{
case TEMPORAL_RESULT:
return this->getResult(axis).isTime();
case EXT_CURVE:
// External curves are always assumed to represent some time history
return (axis == XAXIS);
case INT_FUNCTION:
case PREVIEW_FUNC:
// Internal functions are assumed to be functions of time, only if
// used as general functions (Engines) or time history input files
if (axis != XAXIS || myFunction.isNull())
return false;
return (myFunction->getFunctionUse() <= FmMathFuncBase::DRIVE_FILE);
case COMB_CURVES:
for (size_t i = 0; i < myCurves.size() && i < myActiveCurves.size(); i++)
if (myActiveCurves[i] && !myCurves[i].isNull())
if (!myCurves[i]->isTimeAxis(axis))
return false;
return true;
default:
break;
}
return false;
}
bool FmCurveSet::isResultDependent() const
{
switch (myInputMode.getValue())
{
case TEMPORAL_RESULT:
case SPATIAL_RESULT:
return true;
case COMB_CURVES:
for (size_t i = 0; i < myCurves.size(); i++)
if (i >= myActiveCurves.size())
return false;
else if (myActiveCurves[i] && !myCurves[i].isNull())
if (myCurves[i]->isResultDependent())
return true;
default:
break;
}
return false;
}
bool FmCurveSet::needsManualRefresh() const
{
switch (myInputMode.getValue())
{
case TEMPORAL_RESULT:
return false;
case SPATIAL_RESULT:
case EXT_CURVE:
return true;
case INT_FUNCTION:
case PREVIEW_FUNC:
if (myFunction.isNull())
return false;
else
return myFunction->isOfType(FmfDeviceFunction::getClassTypeID());
case COMB_CURVES:
for (size_t i = 0; i < myCurves.size(); i++)
if (i >= myActiveCurves.size())
return false;
else if (myActiveCurves[i] && !myCurves[i].isNull())
if (myCurves[i]->needsManualRefresh())
return true;
default:
break;
}
return false;
}
bool FmCurveSet::setFuncDomain(const FmRange& domain)
{
if (!myFuncDomain.setValue(domain))
return false;
return myXYDataChanged = true;
}
bool FmCurveSet::setIncX(double incX)
{
if (!myFuncInc.setValue(incX))
return false;
return myXYDataChanged = true;
}
bool FmCurveSet::setUseSmartPoints(bool use)
{
if (!myFuncAutoInc.setValue(use))
return false;
return myXYDataChanged = true;
}
bool FmCurveSet::setFunctionRef(FmModelMemberBase* func)
{
if (func == myFunction.getPointer())
return false;
myFunction.setRef(dynamic_cast<FmMathFuncBase*>(func));
myXYDataChanged = true;
if (myFunction.isNull())
return false;
myFuncAutoInc.setValue(myFunction->hasSmartPoints());
return true;
}
bool FmCurveSet::setAnalysisFlag(Analysis flag, bool mChange)
{
bool wasNone = myAnalysisFlag.getValue() == NONE;
if (myAnalysisFlag.setValue(flag))
return false;
if (mChange)
myAnalysisOptionChanged = wasNone || flag == NONE ? 1 : 2;
return true;
}
bool FmCurveSet::hasDFTOptionsChanged(int opt) const
{
if (this->doAnalysis())
// Has options changed while analysis is ON?
return myAnalysisOptionChanged > opt;
else
// Has analysis just been switched OFF?
return myAnalysisOptionChanged == 1;
}
bool FmCurveSet::setDftRemoveComp(bool yesOrNo)
{
if (!myDftRemoveComp.setValue(yesOrNo))
return false;
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setDftDomain(const FmRange& domain)
{
if (!myDftDomain.setValue(domain))
return false;
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setDftEntireDomain(bool useOrNot)
{
if (!myDftEntireDomain.setValue(useOrNot))
return false;
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setDftResample(bool doOrDont)
{
if (!myDftResample.setValue(doOrDont))
return false;
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setDftResampleRate(double rate)
{
if (!myDftResampleRate.setValue(rate))
return false;
myAnalysisOptionChanged = 2;
return true;
}
DFTparams FmCurveSet::getDFTparameters() const
{
DFTparams dft;
dft.zeroAdjustX = myZeroAdjust[XAXIS].getValue();
dft.offsetX = myOffset[XAXIS].getValue();
dft.scaleX = myScaleFactor[XAXIS].getValue();
dft.zeroAdjustY = myZeroAdjust[YAXIS].getValue();
dft.offsetY = myOffset[YAXIS].getValue();
dft.scaleY = myScaleFactor[YAXIS].getValue();
dft.removeComp = myDftRemoveComp.getValue();
dft.startDomain = myDftDomain.getValue().first;
dft.endDomain = myDftDomain.getValue().second;
dft.entiredomain = myDftEntireDomain.getValue();
dft.resample = myDftResample.getValue();
dft.resampleRate = myDftResampleRate.getValue();
return dft;
}
bool FmCurveSet::useInputMode(enum InputMode mode, bool isChanged)
{
if (!myInputMode.setValue(mode))
return false;
// Don't set the changed flag in initializations, etc.
if (isChanged) myXYDataChanged = true;
return true;
}
const FFaResultDescription& FmCurveSet::getResult(int axis) const
{
if (!myResultObject[axis].isNull()) {
FFaResultDescription& descr = ((FmCurveSet*)this)->myRDBResults[axis].getValue();
descr.OGType = myResultObject[axis]->getItemName();
descr.baseId = myResultObject[axis]->getItemBaseID();
descr.userId = myResultObject[axis]->getItemID();
}
return myRDBResults[axis].getValue();
}
bool FmCurveSet::clearResult(int axis)
{
if (myInputMode.getValue() > RDB_RESULT)
return false; // this curve axis is not plotting results
if (myRDBResults[axis].getValue().empty() &&
myRDBResultOpers[axis].getValue().empty())
return false; // already cleared
myRDBResults[axis].getValue().clear();
myRDBResultOpers[axis].getValue().clear();
return myXYDataChanged = true;
}
bool FmCurveSet::setResult(int axis, const FFaResultDescription& descr)
{
if (myInputMode.getValue() > RDB_RESULT)
return false; // this curve axis is not plotting results
if (!myRDBResults[axis].setValue(descr))
return false; // unchanged
myXYDataChanged = true;
if (myInputMode.getValue() == TEMPORAL_RESULT)
return this->setResultObj(axis,descr);
else
return true;
}
bool FmCurveSet::setResultObj(int axis, const FFaResultDescription& descr)
{
FmBase* resObj = NULL;
if (descr.baseId > 0)
resObj = FmDB::findObject(descr.baseId);
else if (descr.userId > 0)
resObj = FmDB::findID(descr.OGType,descr.userId);
myResultObject[axis].setRef(dynamic_cast<FmIsPlottedBase*>(resObj));
return !myResultObject[axis].isNull();
}
bool FmCurveSet::setResultOper(int axis, const std::string& oper)
{
if (myInputMode.getValue() > RDB_RESULT)
return false; // this curve axis is not plotting results
if (!myRDBResultOpers[axis].setValue(oper))
return false; // unchanged
return myXYDataChanged = true;
}
void FmCurveSet::getSpatialObjs(std::vector<FmIsPlottedBase*>& objs) const
{
if (myInputMode.getValue() == SPATIAL_RESULT)
mySpatialObjects.getPtrs(objs);
}
bool FmCurveSet::setSpatialObjs(const std::vector<FmIsPlottedBase*>& objs)
{
if (myInputMode.getValue() != SPATIAL_RESULT)
return false; // not a spatial (beam diagram) curve
mySpatialObjects.setPtrs(objs);
return myXYDataChanged = true;
}
bool FmCurveSet::setTimeRange(const FmRange& tRange)
{
if (!myTimeRange.setValue(tRange))
return false;
return myXYDataChanged = true;
}
bool FmCurveSet::setTimeOper(const std::string& oper)
{
if (!myTimeOper.setValue(oper))
return false;
return myXYDataChanged = true;
}
void FmCurveSet::changedEvent()
{
if (!myXYDataChanged)
return; // no recent changes in the XY-data
// If this is a preview curve for some function, get the owner graph too
FmGraph* previewGraph = NULL;
if (myInputMode.getValue() == PREVIEW_FUNC)
{
previewGraph = this->getOwnerGraph();
// If preview graph description has been changed manually, don't touch it
if (previewGraph->getUserDescription() != this->getUserDescription() &&
previewGraph->getUserDescription() != "New Function preview")
previewGraph = NULL;
}
// Update curve legend and description
this->setAutoLegend(myAutoLegend.getValue());
if (previewGraph)
{
// Make the preview graph description equal to that of the preview curve
previewGraph->setUserDescription(this->getUserDescription());
previewGraph->onChanged();
}
// Also update any combined curves using this curve as one of its components
std::vector<FmCurveSet*> curves;
this->getReferringObjs(curves,"myCurves");
for (FmCurveSet* curve : curves) curve->reload(true);
}
void FmCurveSet::reload(bool)
{
if (myInputMode.getValue() >= INT_FUNCTION && !myFunction.isNull())
if (myFunction->isOfType(FmfDeviceFunction::getClassTypeID()))
static_cast<FmfDeviceFunction*>(myFunction.getPointer())->close();
myXYDataChanged = true;
this->onDataChanged();
}
void FmCurveSet::onDataChanged()
{
this->onChanged();
myXYDataChanged = myScaleOrOffsetChanged = false;
myAnalysisOptionChanged = 0;
}
static bool hasDefaultDescription(const FmCurveSet* curve)
{
std::string descr = curve->getUserDescription();
return descr.empty() || descr == curve->getLegend() || descr == "New Curve";
}
bool FmCurveSet::setAutoLegend(bool yesOrNo)
{
// Lambda function returning a shortened axis legend
// by removal of unneccesary text from the result description
auto&& axisText = [this](int axis)
{
if (this->getResult(axis).isTime())
return std::string("Time");
std::string text = this->getResult(axis).getText();
std::string textToRemove = " joint variables";
size_t tPos = text.find(textToRemove);
if (tPos != std::string::npos)
text.erase(tPos,textToRemove.size());
textToRemove = " variables";
tPos = text.find(textToRemove);
if (tPos != std::string::npos)
text.erase(tPos,textToRemove.size());
textToRemove = "Damper coefficient";
tPos = text.find(textToRemove);
if (tPos != std::string::npos)
text.replace(tPos,textToRemove.size(),"Coefficient");
textToRemove = ", Position matrix";
tPos = text.find(textToRemove);
if (tPos != std::string::npos)
text.erase(tPos,textToRemove.size());
textToRemove = "Gage str";
tPos = text.find(textToRemove);
if (tPos != std::string::npos)
text.replace(tPos,textToRemove.size(),"Str");
textToRemove = "Mechanism [1], ";
if (text.find(textToRemove) == 0)
text.erase(0,textToRemove.size());
else if (!myResultObject[axis].isNull())
{
// Insert the user description of the plotted object
std::string description = this->myResultObject[axis]->getUserDescription();
if (!description.empty())
{
tPos = text.find(",");
if (tPos != std::string::npos)
text.insert(tPos, " " + description);
else
text += " " + description;
}
}
// Append the result operation, if any
const std::string& oper = myRDBResultOpers[axis].getValue();
if (!oper.empty() && oper != "None")
text += ", " + oper;
return text;
};
bool isDefaultDescription = hasDefaultDescription(this);
bool changed = myAutoLegend.setValue(yesOrNo);
if (myAutoLegend.getValue() && this->areAxesComplete())
switch (myInputMode.getValue())
{
case TEMPORAL_RESULT:
case SPATIAL_RESULT:
myLegend = axisText(YAXIS) + " vs " + axisText(XAXIS);
break;
case INT_FUNCTION:
case PREVIEW_FUNC:
myLegend = "Function: " + myFunction->getInfoString();
break;
case EXT_CURVE:
myLegend = "File: " + myFilePath.getValue();
if (!myChannelName.getValue().empty())
myLegend.getValue() += " - " + myChannelName.getValue();
break;
case COMB_CURVES:
myLegend = "Curve combination: " + myExpression.getValue();
break;
default:
break;
}
if (isDefaultDescription)
changed |= this->setUserDescription(myLegend.getValue());
return changed;
}
bool FmCurveSet::setLegend(const std::string& legend)
{
bool isDefaultDescription = hasDefaultDescription(this);
bool changed = myLegend.setValue(legend);
if (isDefaultDescription)
this->setUserDescription(myLegend.getValue());
return changed || isDefaultDescription;
}
bool FmCurveSet::setFatigueDomain(const FmRange& domain)
{
if (!myFatigueDomain.setValue(domain))
return false;
if (this->doRainflow())
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setFatigueEntireDomain(bool useOrNot)
{
if (!myFatigueEntireDomain.setValue(useOrNot))
return false;
if (this->doRainflow())
myAnalysisOptionChanged = 2;
return true;
}
bool FmCurveSet::setFatigueGateValue(double value)
{
if (!myFatigueGateValue.setValue(value))
return false;
if (this->doRainflow())
myAnalysisOptionChanged = 2;
return true;
}
/*!
Checks if fatigue calculation can be performed on the curve data.
*/
bool FmCurveSet::isFatigueCurve() const
{
switch (myInputMode.getValue())
{
case TEMPORAL_RESULT:
break;
case EXT_CURVE:
case COMB_CURVES:
return true;
default:
return false;
}
if (!this->getResult(XAXIS).isTime())
return false;
std::string result = this->getResult(YAXIS).getText();
if (result.find("Strain rosette") == std::string::npos)
return false;
else if (result.find("Gage stress") != std::string::npos)
return true;
else if (result.find("Stress tensor") != std::string::npos)
return this->getResultOper(YAXIS).find("Signed Abs Max") != std::string::npos;
else
return false;
}
bool FmCurveSet::clone(FmBase* obj, int depth)
{
return cloneInherited(obj, depth);
}
bool FmCurveSet::cloneLocal(FmBase* obj, int depth)
{
if (!obj->isOfType(FmCurveSet::getClassTypeID()))
return false;
FmCurveSet* copyObj = static_cast<FmCurveSet*>(obj);
myActiveCurves = copyObj->myActiveCurves; // TT #3018
if (depth >= FmBase::DEEP_APPEND)
{
this->disconnect();
this->connect(copyObj->getOwnerGraph());
}
return true;
}
bool FmCurveSet::areAxesComplete() const
{
switch (myInputMode.getValue()) {
case EXT_CURVE:
if (!myFilePath.getValue().empty())
{
const std::string& cFile = myFilePath.getValue();
const std::string& mPath = FmDB::getMechanismObject()->getAbsModelFilePath();
int fileType = FiDeviceFunctionFactory::identify(cFile,mPath);
if (fileType == NON_EXISTING)
return false;
else if (fileType != RPC_TH_FILE && fileType != ASC_MC_FILE)
return true;
else if (!myChannelName.getValue().empty())
return true;
}
break;
case INT_FUNCTION:
case PREVIEW_FUNC:
if (!myFunction.isNull())
{
if (myFuncDomain.getValue().first == myFuncDomain.getValue().second)
return true;
else if (myFuncDomain.getValue().first < myFuncDomain.getValue().second)
{
if (myFuncAutoInc.getValue())
return true;
else if (myFuncInc.getValue() > 0.0)
return true;
}
}
break;
case COMB_CURVES:
if (myExpression.getValue().empty())
return false;
for (size_t i = 0; i < myActiveCurves.size(); i++)
if (myActiveCurves[i])
{
if (i >= myCurves.size() || myCurves[i].isNull())
return false;
else if (!myCurves[i]->areAxesComplete())
return false;
}
return true;
case SPATIAL_RESULT:
if (mySpatialObjects.size() < 2)
return false;
else if (mySpatialObjects[0].isNull())
return false;
else if (mySpatialObjects[1].isNull())
return false;
else if (myTimeOper.getValue().empty())
return false;
else if (this->getResult(YAXIS).empty())
return false;
else if (myRDBResultOpers[YAXIS].getValue().empty())
return false;
return true;
case TEMPORAL_RESULT:
for (int axis = 0; axis < NAXES; axis++)
if (this->getResult(axis).empty())
return false;
else if (myRDBResultOpers[axis].getValue().empty())
return false;
return true;
default:
break;
}
return false;
}
/***********************************************************************
*