void PlnrExpVanderpauw::faces(
DbsPlnr* dbsplnr
, const ubigint refPlnrMDevice
, const ubigint refSruAll
, const ListPlnrMVertex& vtxs
, const ListPlnrMLineguide& lgs
, const ListPlnrMArcguide& ags
, ListPlnrMFace& fces
) {
vector<ubigint> strrefs;
vector<string> fsrefs;
vector<string> vsrefsstrs;
vector<string> rtesstrs;
vector<string> gsrefsstrs;
vector<string> dirsstrs;
strrefs.push_back(refSruAll);
fsrefs.push_back("f0");
vsrefsstrs.push_back("v1; v2; v10;v9; v12;v11;v15;v16;v13;v14;v6; v5; v8; v7; v3; v4");
rtesstrs.push_back ("lgd;lgd;lgd;agd;lgd;lgd;lgd;agd;lgd;lgd;lgd;agd;lgd;lgd;lgd;agd");
gsrefsstrs.push_back("l8; l1; l9; a2; l2; l10;l3; a3; l9; l4; l8; a1; l3; l7; l2; a0");
dirsstrs.push_back ("fwd;fwd;bwd;fwd;bwd;fwd;fwd;fwd;bwd;bwd;fwd;fwd;fwd;bwd;bwd;fwd");
addFaces(dbsplnr, 0, strrefs, fsrefs, vsrefsstrs, rtesstrs, gsrefsstrs, dirsstrs, vtxs, lgs, ags, fces);
};
//-----------------------------------------------------------------------------
void VisibleBspLeavesSearch::enumVisibleBspLeaves(Bsp::NodeBase* _nodeBase, const size_t* _planeIndices)
{
CameraInfo::PlaneIndices planeIndices2;
if(mCameraInfo->isVisibleBox(_nodeBase->getBoundingBoxCenter(), _nodeBase->getBoundingBoxHalfSize(),
_planeIndices, planeIndices2))
{
if(_nodeBase->isLeaf())
{
Bsp::Leaf* leaf = static_cast<Bsp::Leaf*>(_nodeBase);
/*
bool found = false;
for(size_t i = 0; i != mBsp->getNumSectors(); ++i)
{
const Bsp::Sector& sector = mBsp->getSector(1);
const vector<Bsp::Leaf*>::type& leaves = sector.getVisibleLeaves();
if(std::find(leaves.begin(), leaves.end(), leaf) != leaves.end())
{
found = true;
break;
}
}
if(found)*/
addFaces(leaf->getFirstFaceIndex(), leaf->getNumFaceIndices());
findVisibleSceneNodes(leaf, planeIndices2);
}
else
{
Bsp::Node* node = static_cast<Bsp::Node*>(_nodeBase);
enumVisibleBspLeaves(node->getBack(), planeIndices2);
enumVisibleBspLeaves(node->getFront(), planeIndices2);
}
}
}
void PlnrExpWgbendneg::faces(
DbsPlnr* dbsplnr
, const ubigint refPlnrMDevice
, const ubigint refSruAll
, const ListPlnrMVertex& vtxs
, const ListPlnrMLineguide& lgs
, const ListPlnrMArcguide& ags
, ListPlnrMFace& fces
) {
vector<ubigint> strrefs;
vector<string> fsrefs;
vector<string> vsrefsstrs;
vector<string> rtesstrs;
vector<string> gsrefsstrs;
vector<string> dirsstrs;
strrefs.push_back(refSruAll);
fsrefs.push_back("f0");
vsrefsstrs.push_back("vsw;vnw;v1; v3");
rtesstrs.push_back ("agd;lgd;agd;lgd");
gsrefsstrs.push_back("a1; l0; a0; l1");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f1");
vsrefsstrs.push_back("v4; v2; vne;vse");
rtesstrs.push_back ("agd;lgd;agd;lgd");
gsrefsstrs.push_back("a3; l0; a2; l1");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
addFaces(dbsplnr, 0, strrefs, fsrefs, vsrefsstrs, rtesstrs, gsrefsstrs, dirsstrs, vtxs, lgs, ags, fces);
};
void FontContext::addFont(const FontDescription& _ft, alfons::InputSource _source) {
// NB: Synchronize for calls from download thread
std::lock_guard<std::mutex> lock(m_fontMutex);
for (size_t i = 0; i < s_fontRasterSizes.size(); i++) {
auto font = m_alfons.getFont(_ft.alias, s_fontRasterSizes[i]);
font->addFace(m_alfons.addFontFace(_source, s_fontRasterSizes[i]));
// add fallbacks from default font
font->addFaces(*m_font[i]);
}
}
void ACIS_Internals::loadSAT(std::string fileName, GModel *gm)
{
FILE *f = Fopen (fileName.c_str(), "r");
if (!f){
return;
}
outcome prout = api_restore_entity_list(f,1,entities);
if (!prout.ok()){
Msg::Error("Unable to load ACIS FILE %d",fileName.c_str());
fclose(f);
return;
}
Msg::Info("ACIS FILE %d Loaded",fileName.c_str());
ENTITY *e;
entities.init();
while((e = entities.next())){
// printf("an entity\n");
if (is_VERTEX(e)){
// printf("VERTEX FOUND\n");
}
if (is_BODY(e)){
api_split_periodic_faces(e);
{
ENTITY_LIST vertex_list;
outcome prout = api_get_vertices (e,vertex_list);
addVertices (gm,vertex_list);
printf("BODY COUNT %d !\n",vertex_list.count());
}
{
ENTITY_LIST edge_list;
outcome prout = api_get_edges (e,edge_list);
addEdges (gm,edge_list);
printf("BODY COUNT %d !\n",edge_list.count());
}
{
ENTITY_LIST face_list;
outcome prout = api_get_faces(e,face_list);
addFaces (gm,face_list);
printf("BODY COUNT %d !\n",face_list.count());
}
}
}
}
void carveHole(GRegion *gr, int num, double distance, std::vector<int> &surfaces)
{
Msg::Info("Carving hole %d from surface %d at distance %g", num, surfaces[0], distance);
GModel *m = gr->model();
// add all points from carving surfaces into kdtree
int numnodes = 0;
for(unsigned int i = 0; i < surfaces.size(); i++){
GFace *gf = m->getFaceByTag(surfaces[i]);
if(!gf){
Msg::Error("Unknown carving surface %d", surfaces[i]);
return;
}
numnodes += gf->mesh_vertices.size();
}
ANNpointArray kdnodes = annAllocPts(numnodes, 3);
int k = 0;
for(unsigned int i = 0; i < surfaces.size(); i++){
GFace *gf = m->getFaceByTag(surfaces[i]);
for(unsigned int j = 0; j < gf->mesh_vertices.size(); j++){
kdnodes[k][0] = gf->mesh_vertices[j]->x();
kdnodes[k][1] = gf->mesh_vertices[j]->y();
kdnodes[k][2] = gf->mesh_vertices[j]->z();
k++;
}
}
ANNkd_tree *kdtree = new ANNkd_tree(kdnodes, numnodes, 3);
// remove the volume elements that are within 'distance' of the
// carved surface
carveHole(gr->tetrahedra, distance, kdtree);
carveHole(gr->hexahedra, distance, kdtree);
carveHole(gr->prisms, distance, kdtree);
carveHole(gr->pyramids, distance, kdtree);
delete kdtree;
annDeallocPts(kdnodes);
// TODO: remove any interior elements left inside the carved surface
// (could shoot a line from each element's barycenter and count
// intersections o see who's inside)
// generate discrete boundary mesh of the carved hole
GFace *gf = m->getFaceByTag(num);
if(!gf) return;
std::set<MFace, Less_Face> faces;
std::list<GFace*> f = gr->faces();
for(std::list<GFace*>::iterator it = f.begin(); it != f.end(); it++){
addFaces((*it)->triangles, faces);
addFaces((*it)->quadrangles, faces);
}
addFaces(gr->tetrahedra, faces);
addFaces(gr->hexahedra, faces);
addFaces(gr->prisms, faces);
addFaces(gr->pyramids, faces);
std::set<MVertex*> verts;
for(std::set<MFace, Less_Face>::iterator it = faces.begin(); it != faces.end(); it++){
for(int i = 0; i < it->getNumVertices(); i++){
it->getVertex(i)->setEntity(gf);
verts.insert(it->getVertex(i));
}
if(it->getNumVertices() == 3)
gf->triangles.push_back(new MTriangle(it->getVertex(0), it->getVertex(1),
it->getVertex(2)));
else if(it->getNumVertices() == 4)
gf->quadrangles.push_back(new MQuadrangle(it->getVertex(0), it->getVertex(1),
it->getVertex(2), it->getVertex(3)));
}
}
std::shared_ptr<alfons::Font> FontContext::getFont(const std::string& _family, const std::string& _style,
const std::string& _weight, float _size) {
// Pick the smallest font that does not scale down too much
float fontSize = s_fontRasterSizes.back();
size_t sizeIndex = s_fontRasterSizes.size() - 1;
auto fontSizeItr = std::lower_bound(s_fontRasterSizes.begin(), s_fontRasterSizes.end(), _size);
if (fontSizeItr != s_fontRasterSizes.end()) {
fontSize = *fontSizeItr;
sizeIndex = fontSizeItr - s_fontRasterSizes.begin();
}
std::lock_guard<std::mutex> lock(m_fontMutex);
auto font = m_alfons.getFont(FontDescription::Alias(_family, _style, _weight), fontSize);
if (font->hasFaces()) { return font; }
// First, try to load from the system fonts.
bool useFallbackFont = false;
auto systemFontHandle = m_platform->systemFont(_family, _weight, _style);
alfons::InputSource source;
switch (systemFontHandle.tag) {
case FontSourceHandle::FontPath:
source = alfons::InputSource(systemFontHandle.fontPath.path());
break;
case FontSourceHandle::FontName:
source = alfons::InputSource(systemFontHandle.fontName, true);
break;
case FontSourceHandle::FontLoader:
{
auto& loader = systemFontHandle.fontLoader;
auto fontData = loader();
if (fontData.size() > 0) {
source = alfons::InputSource(loader);
} else {
useFallbackFont = true;
}
break;
}
case FontSourceHandle::None:
default:
useFallbackFont = true;
}
if (!useFallbackFont) {
font->addFace(m_alfons.addFontFace(source, fontSize));
if (m_font[sizeIndex]) {
font->addFaces(*m_font[sizeIndex]);
}
} else {
LOGD("Loading fallback font for Family: %s, Style: %s, Weight: %s, Size %f",
_family.c_str(), _style.c_str(), _weight.c_str(), _size);
// Add fallbacks from default font.
if (m_font[sizeIndex]) {
font->addFaces(*m_font[sizeIndex]);
}
}
return font;
}
void PlnrExpRtresneg::faces(
DbsPlnr* dbsplnr
, const ubigint x1RefPlnrMDesign
, const ubigint refPlnrMDevice
, const bool wg2
, const ubigint refSruAll
, const ListPlnrMVertex& vtxs
, const ListPlnrMLineguide& lgs
, const ListPlnrMArcguide& ags
, ListPlnrMFace& fces
) {
vector<ubigint> strrefs;
vector<string> fsrefs;
vector<string> vsrefsstrs;
vector<string> rtesstrs;
vector<string> gsrefsstrs;
vector<string> dirsstrs;
strrefs.push_back(refSruAll);
fsrefs.push_back("f0");
if (wg2) {
vsrefsstrs.push_back("v7; v25;v17;v2; v3; v14;v22;v8");
rtesstrs.push_back ("lgd;agd;lgd;lgd;lgd;agd;lgd;lgd");
gsrefsstrs.push_back("l12;a3; l3; l17;l4; a2; l11;l17");
dirsstrs.push_back ("bwd;fwd;fwd;fwd;bwd;bwd;fwd;fwd");
} else {
vsrefsstrs.push_back("v6; v21;v17;v2; v3; v14;v22;v8");
rtesstrs.push_back ("lgd;agd;lgd;lgd;lgd;agd;lgd;lgd");
gsrefsstrs.push_back("l13;a3; l3; l17;l4; a2; l11;l17");
dirsstrs.push_back ("bwd;fwd;fwd;fwd;bwd;bwd;fwd;fwd");
};
strrefs.push_back(refSruAll);
fsrefs.push_back("f1");
vsrefsstrs.push_back("v9; v23;v15;v4; v5; v16;v24;v10");
rtesstrs.push_back ("lgd;agd;lgd;lgd;lgd;agd;lgd;lgd");
gsrefsstrs.push_back("l9; a1; l6; l17;l7; a0; l8; l17");
dirsstrs.push_back ("bwd;fwd;fwd;fwd;bwd;bwd;fwd;fwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f2");
vsrefsstrs.push_back("v9; v10;v40;v32;v5; v4; v31;v39");
rtesstrs.push_back ("lgd;lgd;agd;lgd;lgd;lgd;agd;lgd");
gsrefsstrs.push_back("l17;l8; a4; l7; l17;l6; a5; l9");
dirsstrs.push_back ("bwd;fwd;bwd;bwd;bwd;fwd;fwd;fwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f3");
if (wg2) {
vsrefsstrs.push_back("v7; v8; v38;v30;v3; v2; v33;v41");
rtesstrs.push_back ("lgd;lgd;agd;lgd;lgd;lgd;agd;lgd");
gsrefsstrs.push_back("l17;l11;a6; l4; l17;l3; a7; l12");
dirsstrs.push_back ("bwd;fwd;bwd;bwd;bwd;fwd;fwd;fwd");
} else {
vsrefsstrs.push_back("v6; v8; v38;v30;v3; v2; v33;v37");
rtesstrs.push_back ("lgd;lgd;agd;lgd;lgd;lgd;agd;lgd");
gsrefsstrs.push_back("l17;l11;a6; l4; l17;l3; a7; l13");
dirsstrs.push_back ("bwd;fwd;bwd;bwd;bwd;fwd;fwd;fwd");
};
strrefs.push_back(refSruAll);
fsrefs.push_back("f4");
vsrefsstrs.push_back("vwg1nw;v20;v36;vwg1sw");
rtesstrs.push_back ("lgd; lgd;lgd;lgd");
gsrefsstrs.push_back("l16; l0; l18;l1");
dirsstrs.push_back ("bwd; fwd;fwd;bwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f5");
vsrefsstrs.push_back("v18;v19;vwg1ne;v17");
rtesstrs.push_back ("lgd;lgd;lgd; agd");
gsrefsstrs.push_back("l5; l16;l3; a3");
dirsstrs.push_back ("bwd;bwd;fwd; bwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f6");
vsrefsstrs.push_back("v34;v33;vwg1se;v35");
rtesstrs.push_back ("agd;lgd;lgd; lgd");
gsrefsstrs.push_back("a7; l3; l18; l5");
dirsstrs.push_back ("bwd;fwd;fwd; bwd");
if (wg2) {
strrefs.push_back(refSruAll);
fsrefs.push_back("f7");
vsrefsstrs.push_back("vwg2ne;v28;v44;vwg2se");
rtesstrs.push_back ("lgd; lgd;lgd;lgd");
gsrefsstrs.push_back("l16; l15;l18;l14");
dirsstrs.push_back ("fwd; fwd;bwd;bwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f8");
vsrefsstrs.push_back("v25;vwg2nw;v27;v26");
rtesstrs.push_back ("lgd;lgd; lgd;agd");
gsrefsstrs.push_back("l12;l16; l10;a3");
dirsstrs.push_back ("bwd;bwd; fwd;bwd");
strrefs.push_back(refSruAll);
fsrefs.push_back("f9");
vsrefsstrs.push_back("v41;v42;v43;vwg2sw");
rtesstrs.push_back ("agd;lgd;lgd;lgd");
gsrefsstrs.push_back("a7; l10;l18;l12");
dirsstrs.push_back ("bwd;fwd;fwd;bwd");
};
addFaces(dbsplnr, x1RefPlnrMDesign, strrefs, fsrefs, vsrefsstrs, rtesstrs, gsrefsstrs, dirsstrs, vtxs, lgs, ags, fces);
};
void PlnrExpCorner::faces(
DbsPlnr* dbsplnr
, const ubigint x1RefPlnrMDesign
, const ubigint refPlnrMDevice
, const bool sq
, const ubigint refSruPos
, const ubigint refSruNeg
, const ubigint refSruAlnpos
, const ubigint refSruAlnneg
, const ubigint refSruSprpos
, const ubigint refSruSprneg
, const ListPlnrMVertex& vtxs
, const ListPlnrMLineguide& lgs
, ListPlnrMFace& fces
) {
ListPlnrMArcguide ags;
vector<ubigint> srurefs;
vector<string> fsrefs;
vector<string> vsrefsstrs;
vector<string> rtesstrs;
vector<string> gsrefsstrs;
vector<string> dirsstrs;
// -- cross (and square)
// - positive tone
srurefs.push_back(refSruPos);
fsrefs.push_back("f0");
vsrefsstrs.push_back("v0; v1; v2; v3; v4; v5");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l20;l12;l15;l7; l14");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;bwd;fwd");
if (sq) {
srurefs.push_back(refSruPos);
fsrefs.push_back("f3");
vsrefsstrs.push_back("v32;v34;v35;v37");
rtesstrs.push_back ("lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l3; l27;l2; l25");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
};
// - negative tone
if (!sq) {
srurefs.push_back(refSruNeg);
fsrefs.push_back("f6");
vsrefsstrs.push_back("v1; v15;v23;v19;v5; v4; v3; v2");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l22;l0; l14;l7; l15;l12;l20");
dirsstrs.push_back ("fwd;bwd;bwd;fwd;fwd;fwd;fwd;fwd");
};
if (sq) {
srurefs.push_back(refSruNeg);
fsrefs.push_back("f6");
vsrefsstrs.push_back("v1; v15;v22;v20;v25;v19;v5; v4; v3; v2");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l22;l5; l23;l0; l14;l7; l15;l12;l20");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;bwd;fwd;fwd;fwd;fwd;fwd");
srurefs.push_back(refSruNeg);
fsrefs.push_back("f7");
vsrefsstrs.push_back("v20;v21;v33;v32;v37;v36;v24;v25");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l5; l26;l3; l25;l2; l26;l0; l23");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;fwd;bwd;bwd;fwd");
srurefs.push_back(refSruNeg);
fsrefs.push_back("f8");
vsrefsstrs.push_back("v21;v22;v23;v24;v36;v35;v34;v33");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l5; l22;l0; l26;l2; l27;l3; l26");
dirsstrs.push_back ("fwd;bwd;bwd;fwd;fwd;fwd;bwd;fwd");
};
// -- aligmnent around cross (and square)
// - positive tone
srurefs.push_back(refSruAlnpos);
fsrefs.push_back("f1");
vsrefsstrs.push_back("v0; v6; v7; v8; v9; v10;v11;v12;v13;v14");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l21;l10;l19;l11;l16;l8; l17;l6; l14");
dirsstrs.push_back ("fwd;bwd;bwd;fwd;bwd;bwd;fwd;bwd;bwd;fwd");
if (sq) {
srurefs.push_back(refSruAlnpos);
fsrefs.push_back("f4");
vsrefsstrs.push_back("v26;v28;v29;v31");
rtesstrs.push_back ("lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l4; l28;l1; l24");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
};
// - negative tone
if (!sq) {
srurefs.push_back(refSruAlnneg);
fsrefs.push_back("f9");
vsrefsstrs.push_back("v6; v15;v23;v19;v14;v13;v12;v11;v10;v9; v8; v7");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l22;l0; l14;l6; l17;l8; l16;l11;l19;l10;l21");
dirsstrs.push_back ("fwd;bwd;bwd;fwd;fwd;fwd;bwd;fwd;fwd;bwd;fwd;fwd");
};
if (sq) {
srurefs.push_back(refSruAlnneg);
fsrefs.push_back("f9");
vsrefsstrs.push_back("v6; v15;v22;v20;v25;v19;v14;v13;v12;v11;v10;v9; v8; v7");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l22;l5; l23;l0; l14;l6; l17;l8; l16;l11;l19;l10;l21");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;bwd;fwd;fwd;fwd;bwd;fwd;fwd;bwd;fwd;fwd");
srurefs.push_back(refSruAlnneg);
fsrefs.push_back("f10");
vsrefsstrs.push_back("v20;v21;v27;v26;v31;v30;v24;v25");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l5; l26;l4; l24;l1; l26;l0; l23");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;fwd;bwd;bwd;fwd");
srurefs.push_back(refSruAlnneg);
fsrefs.push_back("f11");
vsrefsstrs.push_back("v21;v22;v23;v24;v30;v29;v28;v27");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l5; l22;l0; l26;l1; l28;l4; l26");
dirsstrs.push_back ("fwd;bwd;bwd;fwd;fwd;fwd;bwd;fwd");
};
// -- spare around cross (and square) & alignment
// - positive tone
srurefs.push_back(refSruSprpos);
fsrefs.push_back("f2");
vsrefsstrs.push_back("v0; v15;v16;v17;v18;v19");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l13;l22;l9; l18;l0; l14");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;bwd;fwd");
if (sq) {
srurefs.push_back(refSruSprpos);
fsrefs.push_back("f5");
vsrefsstrs.push_back("v20;v22;v23;v25");
rtesstrs.push_back ("lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l5; l22;l0; l23");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
};
// - negative tone
if (sq) {
srurefs.push_back(refSruSprneg);
fsrefs.push_back("f12");
vsrefsstrs.push_back("v17;v16;v22;v20;v25;v18");
rtesstrs.push_back ("lgd;lgd;lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l9; l22;l5; l23;l0; l18");
dirsstrs.push_back ("fwd;bwd;bwd;bwd;bwd;fwd");
} else {
srurefs.push_back(refSruSprneg);
fsrefs.push_back("f12");
vsrefsstrs.push_back("v17;v16;v23;v18");
rtesstrs.push_back ("lgd;lgd;lgd;lgd");
gsrefsstrs.push_back("l9; l22;l0; l18");
dirsstrs.push_back ("fwd;bwd;bwd;fwd");
};
addFaces(dbsplnr, x1RefPlnrMDesign, srurefs, fsrefs, vsrefsstrs, rtesstrs, gsrefsstrs, dirsstrs, vtxs, lgs, ags, fces);
};
