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////////////////////////////////////////////////////////////////////////////////
/*! @file DataTableRecord.cpp A record with a data table (as a dependence).
- Part of RANet - Research Assistant Net Library.
- Copyright(C) 2010-2017, Viktor E. Bursian, St.Petersburg, Russia.
Viktor_dot_Bursian_at_mail_dot_ioffe_dot_ru
*///////////////////////////////////////////////////////////////////////////////
#include "DataTableRecord.h"
//#include "Log.h"
namespace RA {
//------------------------------------------------------------------------------
//--------------------------------------------------------- sDataTableRecord ---
sDataTableRecord::~sDataTableRecord ()
{
if( XValues ){
delete [] XValues; XValues=NULL;
};
if( YValues ){
delete [] YValues; YValues=NULL;
};
}
sDataTableRecord::sDataTableRecord (int number_of_points)
:sTableDataFunction(number_of_points)
,sRecord()
{
}
sDataTableRecord::sDataTableRecord (rcsPhysPair multiplier
,int number_of_points)
:sTableDataFunction(multiplier,number_of_points)
,sRecord()
{
}
sDataTableRecord::sDataTableRecord (std::istream & a_stream
,rcsVersion version)
:sTableDataFunction(a_stream,version)
,sRecord(a_stream,version)
{
if( version <= sVersion(0,9) ){
sPhysPair M(a_stream,version);
TheMultiplier = M;
a_stream.READ_INTO(TheNumberOfPoints);
ASSERT( TheNumberOfPoints > 0 );
XValues= new real [TheNumberOfPoints];
YValues= new real [TheNumberOfPoints];
realIOv14 R;
for( int PointNo=0 ; PointNo < TheNumberOfPoints ; PointNo++ ){
a_stream.READ_INTO(R); XValues[PointNo]=R;
a_stream.READ_INTO(R); YValues[PointNo]=R;
}
}
}
void sDataTableRecord::Store (std::ostream & a_stream) const
{
sTableDataFunction::Store(a_stream);
sRecord::Store(a_stream);
}
void sDataTableRecord::CopyFrom (psNode other)
{
sRecord::CopyFrom(other);
psDataTableRecord Other = dynamic_cast<psDataTableRecord>(other);
if( Other ){
if( TheNumberOfPoints != Other->TheNumberOfPoints ){
if( XValues ){
delete [] XValues; XValues = NULL;
}
if( YValues ){
delete [] YValues; YValues = NULL;
}
TheNumberOfPoints = Other->TheNumberOfPoints;
if( TheNumberOfPoints > 0 ){
XValues = new real [TheNumberOfPoints];
YValues = new real [TheNumberOfPoints];
}
}
for( int PointNo=0 ; PointNo < TheNumberOfPoints ; PointNo++ ){
XValues[PointNo] = Other->XValues[PointNo];
YValues[PointNo] = Other->YValues[PointNo];
};
MarkAsEdited();
}
}
//sCurve::psTracer sDataTableRecord::GetCurveTracer (rcsScales scales) const
//{
// return new sDataTableRecord::sTracer(this,scales);
//}
sString sDataTableRecord::Text (eTextFormat format
,eTextDetalization detalization)
{
sString T;
T = sFunction::Text(format,detalization);
T += sRecord::Text(format,detalization);
if( detalization > Laconic ){
T += sString(" [") + TheMultiplier.Y.Units().Text(format)
+sString("(") + TheMultiplier.X.Units().Text(format) + sString(")]");
}
return T;
}
void sDataTableRecord::SetAppearance (psAppearance appearance)
{
QMutexLocker BodyLocker(&BodyMutex);
sTableDataFunction::SetAppearance(appearance);
MarkAsEdited();
}
psMathValue sDataTableRecord::MathValue ()
{
QMutexLocker BodyLocker(&BodyMutex);
return Replica();
}
void sDataTableRecord::SetValue (int N ,rcsPoint P)
{
QMutexLocker BodyLocker(&BodyMutex);
if( (N >= 0) && (N < TheNumberOfPoints) ){
XValues[N]=P.X;
YValues[N]=P.Y;
// if( ! RecalculateBoundaries )
// LastBoundaries |= sPhysPair( P.X*Multiplier().X , P.Y*Multiplier().Y );
RecalculateBoundaries = true;
MarkAsEdited();
}
}
void sDataTableRecord::SetXValue (int N ,real X)
{
QMutexLocker BodyLocker(&BodyMutex);
if( (N >= 0) && (N < TheNumberOfPoints) ){
XValues[N]=X;
// if( ! RecalculateBoundaries )
// LastBoundaries.X |= X * Multiplier().X;
RecalculateBoundaries = true;
MarkAsEdited();
}
}
void sDataTableRecord::SetYValue (int N ,real Y)
{
QMutexLocker BodyLocker(&BodyMutex);
if( (N >= 0) && (N < TheNumberOfPoints) ){
YValues[N]=Y;
// if( ! RecalculateBoundaries )
// LastBoundaries.Y |= Y * Multiplier().Y;
RecalculateBoundaries = true;
MarkAsEdited();
}
}
//------------------------------------------------------------------------------
} //namespace RA
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