void RenderWindowOSD::RenderLayers()
{
SME::MiscGunk::ScopedSetter<bool> Sentry(RenderingLayers, true);
for (auto Itr : AttachedLayers)
{
if (Itr->IsEnabled())
Itr->Draw(this, Pipeline);
}
}
/* DJ_ee differential of the Stress Function
See declaration in Duda & Hart
the matrix M is a (pointcount*DIM)x1 matrix
----------------------------------------------*/
void DJ_ee(matrix M,matrix D)
{
int i,j,k,q;
double tot_delta,stat_coeff,Dij();
double coeff_i,d_kj;
matrix Y_k=NULL,Y_j=NULL,vec_kj=NULL,diff_k=NULL;
tot_delta = 0.0;
for (i=1; i<=pointcount; i++)
for (j=1 ; j<i; j++)
if (delta[i][j] != LARGE_COEFF)
tot_delta += delta[i][j]*delta[i][j];
stat_coeff = 2.0/tot_delta;
for (k=1; k<=pointcount; k++) {
Y_k = mtx_ver_cut(M,Sentry(k,Dim),Eentry(k,Dim));
alloc_mtx(&diff_k,Dim,1);
for (j=1; j<=pointcount; j++) {
if ((j!=k) && (delta[k][j] != LARGE_COEFF) ){
d_kj = Dij(M,k,j);
coeff_i = (d_kj - delta[k][j])/d_kj;
Y_j = mtx_ver_cut(M,Sentry(j,Dim),Eentry(j,Dim));
vec_kj = sub_mtx(Y_k,Y_j);
mul_scalar_in_mtx(vec_kj,coeff_i);
add_in_mtx(diff_k,vec_kj,1,1);
free_all_mtx(2,&Y_j,&vec_kj);
}
}
mul_scalar_in_mtx(diff_k,stat_coeff);
for (q=1; q<=Dim; q++)
VecEntry(D,Dim,k,q) = diff_k[q][1] ;
free_all_mtx(2,&Y_k,&diff_k);
}
}
void ActorEquipmentOverrider::ApplyOverride(int BodyPart, ActorBodyModelData * ModelData, TESForm* ModelSource)
{
if (HandlerTable.size() == 0)
return;
else if (GetEnabled() == false)
return;
SME_ASSERT(OverrideInProgress == false);
SME::MiscGunk::ScopedSetter<bool> Sentry(OverrideInProgress, true);
TESObjectREFR* CurrentRef = ModelData->parentRef;
SME_ASSERT(CurrentRef && CurrentRef->baseForm && CurrentRef->baseForm->typeID == kFormType_NPC);
TESNPC* CurrentNPC = OBLIVION_CAST(CurrentRef->baseForm, TESForm, TESNPC);
TESBipedModelForm* CurrentBiped = OBLIVION_CAST(ModelSource, TESForm, TESBipedModelForm);
SME_ASSERT(CurrentBiped);
ActorBodyModelData::BodyPartData* CurrentBodyPart = NULL;
if (BodyPart == -1
|| (((CurrentBiped->partMask & (1 << ActorBodyModelData::kBodyPart_LeftRing)) == false) // need to check for rings additionally as TESNPC::InitWorn passes those as the partID
&& ((CurrentBiped->partMask & (1 << ActorBodyModelData::kBodyPart_RightRing)) == false)))
{
// pick the first part in the part mask, like the engine does
UInt32 PartID = ActorBodyModelData::kBodyPart_Head;
while ((PartID == ActorBodyModelData::kBodyPart_Hair && (CurrentBiped->partMask & (1 << ActorBodyModelData::kBodyPart_Head)) == true)
|| (CurrentBiped->partMask & (1 << PartID)) == false)
{
PartID++;
if (PartID >= ActorBodyModelData::kBodyPart__MAX)
{
// the biped item has no slots, so bugger off
return;
}
}
BodyPart = PartID;
}
SME_ASSERT(BodyPart >= ActorBodyModelData::kBodyPart_Head && BodyPart < ActorBodyModelData::kBodyPart__MAX);
CurrentBodyPart = &ModelData->bodyParts[BodyPart];
_MESSAGE("Attempting to override equipment model for NPC Ref %s (%08X) | Body Part = %d, Source Item = %s (%08X)",
InstanceAbstraction::GetFormName(CurrentNPC), CurrentRef->refID, BodyPart, InstanceAbstraction::GetFormName(ModelSource), ModelSource->refID);
gLog.Indent();
OverrideHandler::OverrideResultListT Overrides;
for each (auto Itr in HandlerTable)
{
OverrideHandler& ThisHandler = Itr.second;
ThisHandler.HandleEquipment(ModelData, ModelSource, CurrentRef, CurrentNPC, Overrides);
}