void CScope::ClearF()
{
m_TimeListF.clear();
m_ValueListF.clear();
UpdateCurve();
SetValueF(0.0);
}
//----------------------------------------------------------------------------------
//! Handle field changes of the field field.
//----------------------------------------------------------------------------------
void StringToCurve::handleNotification (Field * /*field*/)
{
ML_TRACE_IN("StringToCurve::handleNotification ()");
UpdateCurve();
f_OutCurveList->notifyAttachments();
}
void CScope::ClearD()
{
m_TimeListD.clear();
m_ValueListD.clear();
UpdateCurve();
SetValueD(0.0);
}
void CScope::ClearE()
{
m_TimeListE.clear();
m_ValueListE.clear();
UpdateCurve();
SetValueE(0.0);
}
void CScope::ClearB()
{
m_TimeListB.clear();
m_ValueListB.clear();
UpdateCurve();
SetValueB(0.0);
}
void CScope::ClearC()
{
m_TimeListC.clear();
m_ValueListC.clear();
UpdateCurve();
SetValueC(0.0);
}
void CScope::ClearA()
{
m_TimeListA.clear();
m_ValueListA.clear();
UpdateCurve();
SetValueA(0.0);
}
bool VCurve2DBase::DataExchangeXML(TiXmlElement *pCurveNode, bool bWrite)
{
if (!pCurveNode)
return false;
const char *szPointNodeName = "point";
// curve points
int iCount = GetNumPoints();
XMLHelper::Exchange_Int(pCurveNode,"numpoints",iCount,bWrite);
if (bWrite)
{
// write out points
VCurvePoint2D *p = m_pPoints;
for (int i=0;i<iCount;i++,p++)
{
TiXmlElement *pPointNode = XMLHelper::SubNode(pCurveNode,szPointNodeName,bWrite);
p->DataExchangeXML(pPointNode,bWrite);
}
}
else
{
// allocate and read points
AllocatePoints(iCount);
int iIndex = 0;
TiXmlNode *pFirstPoint = pCurveNode->FirstChild(szPointNodeName);
if (pFirstPoint)
{
for (TiXmlElement *pPoint=pFirstPoint->ToElement(); pPoint!=NULL; pPoint=pPoint->NextSiblingElement(szPointNodeName),iIndex++)
{
VASSERT(iIndex<iCount && "More point nodes defined than defined via 'numpoints' attribute");
// First point should have x = 0.f
if (iIndex == 0)
m_pPoints[iIndex].m_vPos.x = 0.f;
if (iIndex<iCount)
m_pPoints[iIndex].DataExchangeXML(pPoint,bWrite);
}
}
UpdateCurve();
}
return true;
}
void CScope::Clear()//分别删除方波和正弦波相关函数，释放内存
{
m_TimeListA.clear();
m_ValueListA.clear();
m_TimeListB.clear();
m_ValueListB.clear();
m_TimeListC.clear();
m_ValueListC.clear();
m_TimeListD.clear();
m_ValueListD.clear();
m_TimeListE.clear();
m_ValueListE.clear();
m_TimeListF.clear();
m_ValueListF.clear();
UpdateCurve();
SetValueA(0.0);
SetValueB(0.0);
SetValueC(0.0);
SetValueD(0.0);
SetValueE(0.0);
SetValueF(0.0);
}
void StringToCurve::activateAttachments()
{
UpdateCurve();
f_OutCurveList->notifyAttachments();
BaseOp::activateAttachments();
}
