bool FilterThreeWordsPhase::Filter(vector<NameProfile>& nameprofiles)
{
bool isok = false;
vector<NameProfile> Outnameprofiles;
try{
vector<NameProfile>::iterator iter = nameprofiles.begin();
for(iter = nameprofiles.begin(); iter != nameprofiles.end() ; ++iter){
bool bNeedAdd = false;
int nsky = 1 + iter->Get_lastname_num();
int npeople = iter->Get_lastname_num() + iter->Get_name1_num();
int nearth = iter->Get_name1_num() + iter->Get_name2_num();
int phasesky = GetPhase((nsky%10));
int phasepeople = GetPhase((npeople%10));
int phaseearth = GetPhase((nearth%10));
bool bsky_people = IsAdjacent(phasesky,phasepeople);
bool bpeople_earth = IsAdjacent(phasepeople,phaseearth);
if(true==bsky_people && true==bpeople_earth){
// Add to new vector
Outnameprofiles.push_back(*iter);
}
}
nameprofiles.clear();
nameprofiles = Outnameprofiles;
isok = true;
}
catch(...){
}
return isok;
}
void CQDM_Edit::FillHighlighted(bool CtrlDown) //fill the CurHighlighted array based on current drawing tool and coordinates
{
switch (CurDrawTool){
case DT_PEN:{
int ToAdd = V2DFindVoxelUnder(CurCoord);
if (!IsInHighlighted(ToAdd) && ToAdd != -1) CurHighlighted.push_back(ToAdd);
break;
}
case DT_BOX: { //could be shortened a little...
Vec3D<> Loc;
int x, y, z;
Vec3D<> BB = Vec3D<>(Lattice.GetXDimAdj(), Lattice.GetYDimAdj(), Lattice.GetZDimAdj())*GetLatticeDim()/2;
Vec3D<> V1 = CurCoord.Min(DownCoord);
Vec3D<> V2 = CurCoord.Max(DownCoord);
CurHighlighted.clear();
for (int i=0; i<Structure.GetArraySize(); i++){ //go through all voxels...
GetXYZNom(&x, &y, &z, i);
Loc = GetXYZ(i);
//float LatDim = GetLatticeDim();
switch(CurSecAxis){
case ZAXIS:
if (CurSecLayer != z) continue; //don't care if its not in this layer...
if (Loc.x>V1.x-BB.x && Loc.x<V2.x+BB.x && Loc.y>V1.y-BB.y && Loc.y<V2.y+BB.y) CurHighlighted.push_back(i);
break;
case YAXIS:
if (CurSecLayer != y) continue; //don't care if its not in this layer...
if (Loc.x>V1.x-BB.x && Loc.x<V2.x+BB.x && Loc.z>V1.z-BB.z && Loc.z<V2.z+BB.z) CurHighlighted.push_back(i);
break;
case XAXIS:
if (CurSecLayer != x) continue; //don't care if its not in this layer...
if (Loc.y>V1.y-BB.y && Loc.y<V2.y+BB.y && Loc.z>V1.z-BB.z && Loc.z<V2.z+BB.z) CurHighlighted.push_back(i);
break;
}
}
break;
}
case DT_ELLIPSE: {
Vec3D<> Offset, Off2, Size2;
int x, y, z;
Vec3D<> V1 = CurCoord.Min(DownCoord);
Vec3D<> V2 = CurCoord.Max(DownCoord);
int VoxN = V2DFindVoxelUnder(V1); //rounds to outside corners of voxels we've selected
int VoxP = V2DFindVoxelUnder(V2);
Vec3D<> LocN = GetXYZ(VoxN)-GetLatDimEnv()/2.0;
Vec3D<> LocP = GetXYZ(VoxP)+GetLatDimEnv()/2.0;
Vec3D<> Cen = (LocN+LocP)/2.0;
Vec3D<> Size = (LocP-LocN)/2.0;
CurHighlighted.clear();
for (int i=0; i<Structure.GetArraySize(); i++){ //go through all voxels...
GetXYZNom(&x, &y, &z, i);
Offset = GetXYZ(i)-Cen;
Off2 = Offset.Scale(Offset);
Size2 = Size.Scale(Size);
double LatDim = GetLatticeDim();
switch(CurSecAxis){
case ZAXIS:
if (CurSecLayer != z) continue; //don't care if its not in this layer...
if (Off2.x/Size2.x + Off2.y/Size2.y<1.0001) CurHighlighted.push_back(i);
break;
case YAXIS:
if (CurSecLayer != y) continue; //don't care if its not in this layer...
if (Off2.x/Size2.x + Off2.z/Size2.z<1.0001) CurHighlighted.push_back(i);
break;
case XAXIS:
if (CurSecLayer != x) continue; //don't care if its not in this layer...
if (Off2.y/Size2.y + Off2.z/Size2.z<1.0001) CurHighlighted.push_back(i);
break;
}
}
break;
}
case DT_BUCKET: {
int CVox = V2DFindVoxelUnder(CurCoord);
int ThisMat = GetMat(CVox);
CurHighlighted.clear();
CurHighlighted.push_back(CVox); //put the first index on the buffer...
// if (ViewSection)
int Iter = 0;
int Xi, Yi, Zi, curInd, tmpInd;
while (Iter != (int)CurHighlighted.size()){
curInd = CurHighlighted[Iter];
GetXYZNom(&Xi, &Yi, &Zi, curInd); //this location...
for (int i=-1; i<=1; i++){for (int j=-1; j<=1; j++){for (int k=-1; k<=1; k++){
if (i!=0 && !CtrlDown && (ViewSection && CurSecAxis == XAXIS)) continue; //if we are out of plane of current viewing section
if (j!=0 && !CtrlDown&& (ViewSection && CurSecAxis == YAXIS)) continue;
if (k!=0 && !CtrlDown && (ViewSection && CurSecAxis == ZAXIS)) continue;
tmpInd = GetIndex(Xi+i, Yi+j, Zi+k);
if (IsAdjacent(curInd, tmpInd, true) && GetMat(tmpInd) == ThisMat && !IsInHighlighted(tmpInd)) CurHighlighted.push_back(tmpInd);
}}}
Iter++;
}
}
}
}
