PNL_END
#endif
PNL_BEGIN
void pnlRandNormal(floatVector* vls, floatVector &mean, floatVector &sigma )
{
int myid = PAR_OMP_NUM_CURR_THREAD;
int nEl = mean.size();
vls->resize(nEl);
if( nEl > 1 )
{
floatVector normVls(nEl);
//vsRngGaussian( VSL_METHOD_SGAUSSIAN_BOXMULLER2, g_RNG[myid].m_vslStream, nEl, &normVls.front(), 0, 1 );
pnlRandNormal(nEl,&normVls.front(), 0, 1);
CxMat matNormVls = cxMat( nEl, 1, CX_32FC1, &normVls.front() );
CxMat matMean = cxMat( nEl, 1, CX_32FC1, &mean.front() );
CxMat matCov = cxMat( nEl, nEl, CX_32FC1, &sigma.front() );
floatVector evecData( nEl*nEl );
CxMat evecMat = cxMat( nEl, nEl, CX_32FC1, &evecData.front() );
floatVector evalData( nEl*nEl );
CxMat evalMat = cxMat( nEl, nEl, CX_32FC1, &evalData.front() );
cxSVD( &matCov, &evalMat, &evecMat, NULL, CX_SVD_MODIFY_A );
int i;
for( i = 0; i < nEl; i++)
{
evalData[i*(nEl+1)] = float( sqrt( evalData[i*(nEl+1)] ) );
}
CxMat *prodMat1 = cxCreateMat( nEl, nEl, CX_32FC1 );
cxMatMul( &evecMat, &evalMat, prodMat1 );
CxMat matResultVls = cxMat( nEl, 1, CX_32FC1, &(vls->front()) );
cxMatMulAdd( prodMat1, &matNormVls, &matMean, &matResultVls );
cxReleaseMat( &prodMat1 );
}
else
{
//vsRngGaussian( VSL_METHOD_SGAUSSIAN_BOXMULLER2, g_RNG[myid].m_vslStream, 1,
// &(vls->front()), mean.front(), sigma.front() );
vls->front() = pnlRandNormal( mean.front(), sigma.front() );
}
}
void UGAAttributeComponent::ModifyAttributesOnSelf(const FGAAttributeData& EvalData, const FGAEffectContext& Context,
const FGameplayTagContainer& EffectTags, FGAEffectHandle& HandleIn)
{
//incoming
ModifiedAttribute.Mods.Empty();
FGAAttributeData FinalData = DefaultAttributes->PreModifyAttribute(EvalData);
FGAAttributeBase* attr = DefaultAttributes->GetAttribute(FinalData.Attribute);
float newValue = 0;
if (attr)
{
if (HandleIn.IsValid())
{
DefaultAttributes->SetAttributeAdditiveBonus(FinalData.Attribute, FinalData.Value);
}
}
else
{
//newValue = DefaultAttributes->AttributeOperation(FinalData.Attribute, FinalData.Value, FinalData.Mod);
FGAEvalData evalData(FinalData.Attribute, FinalData.Mod, FinalData.AttributeTag, FinalData.Value);
float finalValue = DefaultAttributes->UpdateAttributes(evalData, FinalData.Value);
FGAModifiedAttribute ModdedAttrRep;
ModdedAttrRep.Attribute = FinalData.Attribute;
ModdedAttrRep.InstigatorLocation = Context.Instigator->GetActorLocation();
ModdedAttrRep.TargetLocation = Context.TargetHitLocation;//AttributeIn.Target->GetActorLocation();
ModdedAttrRep.ModifiedByValue = finalValue;
ModdedAttrRep.ReplicationCounter = FMath::RandRange(0,255);
ModdedAttrRep.Causer = Context.InstigatorComp;
ModifiedAttribute.ForceUpdate++;
ModifiedAttribute.Mods.Add(ModdedAttrRep);
}
if (GetNetMode() == ENetMode::NM_Standalone)
{
for (FGAModifiedAttribute& attr : ModifiedAttribute.Mods)
{
Context.InstigatorComp->OnAttributeModifed.Broadcast(attr);
}
}
}
