bool HistoWidget::SaveToCurveSpec(CPlotItem * curve, const CPlotItem *original /*= NULL*/) const
{
C_INT32 Activity = 0;
if (mpCheckBefore->isChecked()) Activity += COutputInterface::BEFORE;
if (mpCheckDuring->isChecked()) Activity += COutputInterface::DURING;
if (mpCheckAfter->isChecked()) Activity += COutputInterface::AFTER;
std::string title = TO_UTF8(mpEditTitle->text());
CCopasiObjectName name = mpObjectX ? mpObjectX->getCN() : CCopasiObjectName("");
C_FLOAT64 increment = mpEditIncrement->text().toDouble();
bool thingsChanged = false;
if (original != NULL)
{
if (original->getType() != CPlotItem::histoItem1d)
thingsChanged = true;
if (thingsChanged || original->getTitle() != title)
thingsChanged = true;
if (thingsChanged || original->getValue< C_FLOAT64 >("increment") != increment)
thingsChanged = true;
if (thingsChanged || original->getActivity() != Activity)
thingsChanged = true;
if (thingsChanged || original->getChannels().size() != 1)
thingsChanged = true;
if (thingsChanged || original->getChannels()[0] != name)
thingsChanged = true;
}
else thingsChanged = true;
if (!thingsChanged)
return false;
//title
curve->setTitle(title);
//channels
curve->getChannels().clear();
curve->getChannels().push_back(CPlotDataChannelSpec(name));
//other parameters: TODO
curve->setValue("increment", increment);
curve->setActivity((COutputInterface::Activity) Activity);
return true;
}
void CQPlotSubwidget::createHistograms(std::vector<const CDataObject * >objects, const C_FLOAT64 &incr)
{
C_INT32 storeTab = getCurrentIndex();
size_t i;
for (i = 1; i < objects.size(); ++i)
{
if (objects[i])
addHisto1DTab("Histogram: " + objects[i]->getObjectDisplayName(),
CPlotDataChannelSpec(objects[i]->getCN()), incr);
// lineEditTitle->setText("Histogram: " + FROM_UTF8(mpObjectX->getObjectDisplayName()));
}
setCurrentIndex(storeTab);
}
void CQPlotSubwidget::addHisto1D()
{
addHisto1DTab("Histogram", CPlotDataChannelSpec(CCommonName("")), 1.0);
}
bool Curve2DWidget::SaveToCurveSpec(CPlotItem * curve, const CPlotItem *original /*= NULL*/) const
{
//if (!(mpObjectX && mpObjectY)) return false;
//curve->setType(CPlotItem::curve2d);
std::string title = TO_UTF8(mpEditTitle->text());
unsigned C_INT32 lineType = (unsigned C_INT32)mpBoxType->currentIndex();
unsigned C_INT32 lineSubType = (unsigned C_INT32)mpBoxLineSubType->currentIndex();
unsigned C_INT32 symbolSubType = (unsigned C_INT32)mpBoxSymbolSubType->currentIndex();
C_FLOAT64 lineWidth = (C_FLOAT64)mpSpinBoxWidth->value();
std::string color = TO_UTF8(mpBoxColor->currentText());
C_INT32 Activity = 0;
if (mpCheckBefore->isChecked()) Activity += COutputInterface::BEFORE;
if (mpCheckDuring->isChecked()) Activity += COutputInterface::DURING;
if (mpCheckAfter->isChecked()) Activity += COutputInterface::AFTER;
CCopasiObjectName xName = mpObjectX ? mpObjectX->getCN() : CCopasiObjectName("");
CCopasiObjectName yName = mpObjectY ? mpObjectY->getCN() : CCopasiObjectName("");
bool thingsChanged = false;
if (original != NULL)
{
// compare whether things changed
if (original->getTitle() != title)
thingsChanged = true;
if (thingsChanged || original->getType() != CPlotItem::curve2d)
thingsChanged = true;
if (thingsChanged || *original->getValue("Line type").pUINT != lineType)
thingsChanged = true;
if (thingsChanged || *original->getValue("Line subtype").pUINT != lineSubType)
thingsChanged = true;
if (thingsChanged || *original->getValue("Symbol subtype").pUINT != symbolSubType)
thingsChanged = true;
if (thingsChanged || *original->getValue("Line width").pDOUBLE != lineWidth)
thingsChanged = true;
if (thingsChanged || *original->getValue("Color").pSTRING != color)
thingsChanged = true;
if (thingsChanged || original->getActivity() != Activity)
thingsChanged = true;
if (thingsChanged || original->getChannels().size() != 2)
thingsChanged = true;
if (thingsChanged || original->getChannels()[0] != xName)
thingsChanged = true;
if (thingsChanged || original->getChannels()[1] != yName)
thingsChanged = true;
}
else thingsChanged = true;
if (!thingsChanged)
return false;
//title
curve->setTitle(title);
//channels
curve->getChannels().clear();
curve->getChannels().push_back(CPlotDataChannelSpec(xName));
curve->getChannels().push_back(CPlotDataChannelSpec(yName));
curve->setValue("Line type", lineType);
curve->setValue("Line subtype", lineSubType);
curve->setValue("Symbol subtype", symbolSubType);
curve->setValue("Line width", lineWidth);
//color
curve->setValue("Color", color);
curve->setActivity((COutputInterface::Activity) Activity);
return true;
}
bool
CQSpectogramWidget::SaveToCurveSpec(CPlotItem * curve, const CPlotItem *original /*= NULL*/) const
{
curve->setType(CPlotItem::spectogram);
std::string title = TO_UTF8(mpEditTitle->text());
CCopasiObjectName xName = mpObjectX ? mpObjectX->getCN() : CCopasiObjectName("");
CCopasiObjectName yName = mpObjectY ? mpObjectY->getCN() : CCopasiObjectName("");
CCopasiObjectName zName = mpObjectZ ? mpObjectZ->getCN() : CCopasiObjectName("");
C_INT32 Activity = 0;
if (mpCheckBefore->isChecked()) Activity += COutputInterface::BEFORE;
if (mpCheckDuring->isChecked()) Activity += COutputInterface::DURING;
if (mpCheckAfter->isChecked()) Activity += COutputInterface::AFTER;
bool thingsChanged = false;
if (original != NULL)
{
// compare whether things changed
if (original->getTitle() != title)
thingsChanged = true;
if (thingsChanged || original->getType() != CPlotItem::spectogram)
thingsChanged = true;
if (thingsChanged || original->getActivity() != Activity)
thingsChanged = true;
if (thingsChanged || original->getChannels().size() != 3)
thingsChanged = true;
if (thingsChanged || original->getChannels()[0] != xName)
thingsChanged = true;
if (thingsChanged || original->getChannels()[1] != yName)
thingsChanged = true;
if (thingsChanged || original->getChannels()[2] != zName)
thingsChanged = true;
if (thingsChanged || *curve->assertParameter("contours", CCopasiParameter::STRING, std::string("")) != TO_UTF8(mpContours->text()))
thingsChanged = true;
if (thingsChanged || *curve->assertParameter("maxZ", CCopasiParameter::STRING, std::string("")) != TO_UTF8(mpMaxZ->text()))
thingsChanged = true;
if (thingsChanged || *curve->assertParameter("colorMap", CCopasiParameter::STRING, std::string("")) != TO_UTF8(mpColorMap->currentText()))
thingsChanged = true;
if (thingsChanged || *curve->assertParameter("logZ", CCopasiParameter::BOOL, false) != mpLogZ->isChecked())
thingsChanged = true;
if (thingsChanged || *curve->assertParameter("bilinear", CCopasiParameter::BOOL, true) != mpBilinear->isChecked())
thingsChanged = true;
}
else thingsChanged = true;
if (!thingsChanged)
return false;
//title
curve->setTitle(title);
//channels
curve->getChannels().clear();
curve->getChannels().push_back(CPlotDataChannelSpec(xName));
curve->getChannels().push_back(CPlotDataChannelSpec(yName));
curve->getChannels().push_back(CPlotDataChannelSpec(zName));
curve->setActivity((COutputInterface::Activity) Activity);
bool* pLogZ = curve->assertParameter("logZ", CCopasiParameter::BOOL, false);
bool* pBilinear = curve->assertParameter("bilinear", CCopasiParameter::BOOL, true);
std::string* pContours = curve->assertParameter("contours", CCopasiParameter::STRING, std::string(""));
std::string* pMaxZ = curve->assertParameter("maxZ", CCopasiParameter::STRING, std::string(""));
std::string* pColorMap = curve->assertParameter("colorMap", CCopasiParameter::STRING, std::string("Default"));
*pLogZ = mpLogZ->isChecked();
*pBilinear = mpBilinear->isChecked();
*pContours = TO_UTF8(mpContours->text());
*pMaxZ = TO_UTF8(mpMaxZ->text());
*pColorMap = TO_UTF8(mpColorMap->currentText());
return true;
}
bool
BandedGraphWidget::SaveToCurveSpec(CPlotItem * curve, const CPlotItem *original /*= NULL*/) const
{
//curve->setType(CPlotItem::bandedGraph);
std::string title = TO_UTF8(mpEditTitle->text());
CCopasiObjectName xName = mpObjectX ? mpObjectX->getCN() : CCopasiObjectName("");
CCopasiObjectName yName1 = mpObjectYone ? mpObjectYone->getCN() : CCopasiObjectName("");
CCopasiObjectName yName2 = mpObjectYtwo ? mpObjectYtwo->getCN() : (mpObjectYone ? mpObjectYone->getCN() : CCopasiObjectName(""));
C_INT32 Activity = 0;
if (mpCheckBefore->isChecked()) Activity += COutputInterface::BEFORE;
if (mpCheckDuring->isChecked()) Activity += COutputInterface::DURING;
if (mpCheckAfter->isChecked()) Activity += COutputInterface::AFTER;
bool thingsChanged = false;
if (original != NULL)
{
// compare whether things changed
if (original->getTitle() != title)
thingsChanged = true;
if (thingsChanged || original->getType() != CPlotItem::bandedGraph)
thingsChanged = true;
if (thingsChanged || original->getActivity() != Activity)
thingsChanged = true;
if (thingsChanged || original->getChannels().size() != 3)
thingsChanged = true;
if (thingsChanged || original->getChannels()[0] != xName)
thingsChanged = true;
if (thingsChanged || original->getChannels()[1] != yName1)
thingsChanged = true;
if (thingsChanged || original->getChannels()[2] != yName2)
thingsChanged = true;
}
else thingsChanged = true;
if (!thingsChanged)
return false;
//title
curve->setTitle(title);
//channels
curve->getChannels().clear();
curve->getChannels().push_back(CPlotDataChannelSpec(xName));
curve->getChannels().push_back(CPlotDataChannelSpec(yName1));
curve->getChannels().push_back(CPlotDataChannelSpec(yName2));
curve->setActivity((COutputInterface::Activity) Activity);
return true;
}
