MovingPeak::MovingPeak(ParamMap &v):Problem((v[param_proId]),(v[param_numDim]),string(),1),\
DynamicContinuous((v[param_proId]), (v[param_numDim]),(v[param_numPeak]),1){
setDimensionChange((v[param_flagNumDimChange]));
setNumPeakChangeMode((v[param_peakNumChangeMode]));
setNumPeaksChange((v[param_flagNumPeakChange]));
setNoiseFlag((v[param_flagNoise]));
setTimeLinkageFlag((v[param_flagTimeLinkage]));
setChangeFre((v[param_changeFre]));
setChangeType(CT_Random);
m_vlength=(v[param_shiftLength]);
if((v[param_flagNoise])==true) setNoiseSeverity_((v[param_noiseSeverity]));
if((v[param_flagTimeLinkage])==true) setTimeLinkageSeverity((v[param_timelinkageSeverity]));
if(!readData()) exit(0);
m_peaksFound=0;
allocateMemory(m_numDim,m_numPeaks);
m_name="DYN_CONT_MovingPeak";
initialize();
setNumberofChanges((double)v[param_changeRatio]);
m_globalOpt.setFlagLocTrue();
m_proPar<<"Vlength:"<<m_vlength<<"; ";
}
void ossimProperty::setCacheRefreshBit()
{
setChangeType(ossimPropertyChangeType_CACHE_REFRESH);
}
void ossimProperty::setFullRefreshBit()
{
setChangeType(ossimPropertyChangeType_FULL_REFRESH);
}