void octreeSolid::constructTree(SurfaceObj *obj, float voxelSize)
{
sufObj = obj;
boxSize = voxelSize;
Vec3f ld = sufObj->getBVH()->root()->LeftDown;
Vec3f ru = sufObj->getBVH()->root()->RightUp;
centerMesh = (ld + ru) / 2;
Vec3f diag = ru - ld;
float maxEdge = Util::max_(Util::max_(diag[0], diag[1]), diag[2]);
int maxSizei = round(maxEdge / boxSize);
int octreeSizei = 1;
treeDepth = 0;
while (octreeSizei < maxSizei)
{
treeDepth++;
octreeSizei *= 2;
}
float octreeSizef = octreeSizei * boxSize;
Vec3f newDiag(octreeSizef, octreeSizef, octreeSizef);
m_root = new octreeSNode;
m_root->leftDownf = centerMesh - newDiag / 2;
m_root->rightUpf = centerMesh + newDiag / 2;
m_root->nodeDepth = 0;
constructTreeRecur(m_root, treeDepth);
}
//////////////////
// Autosplit line
void AudioKaraoke::AutoSplit() {
// Get lengths
int timelen = (diag->End.GetMS() - diag->Start.GetMS())/10;
int letterlen = diag->Text.Length();
int round = letterlen / 2;
int curlen;
int acumLen = 0;
wxString newText;
// Parse words
wxStringTokenizer tkz(diag->Text,_T(" "),wxTOKEN_RET_DELIMS);
while (tkz.HasMoreTokens()) {
wxString token = tkz.GetNextToken();
curlen = (token.Length() * timelen + round) / letterlen;
acumLen += curlen;
if (acumLen > timelen) {
curlen -= acumLen - timelen;
acumLen = timelen;
}
newText += wxString::Format(_T("{\\k%i}"),curlen) + token;
}
// Load
must_rebuild = true;
AssDialogue newDiag(diag->GetEntryData());
newDiag.Text = newText;
//newDiag.ParseASSTags();
ParseDialogue(&newDiag);
}
Diagonal<T> Diagonal<T>::operator* (const T& rhs)
{
if (MatrixBase<T>::size()==0)
throw std::length_error("Can not perform operations on an empty Diagonal.");
Diagonal newDiag(MatrixBase<T>::m_size);
for(unsigned int i=0; i < MatrixBase<T>::size(); i++)
newDiag[i] = m_matrix[i] * rhs;
return newDiag;
}
Diagonal<T> Diagonal<T>::operator* (const Diagonal<T>& rhs)
{
if(MatrixBase<T>::size() != rhs.MatrixBase<T>::size())
throw std::length_error("Both Diagonals must be of the same size");
Diagonal newDiag(MatrixBase<T>::m_size);
for(unsigned int i=0; i < MatrixBase<T>::m_size; i++)
newDiag[i] = m_matrix[i] * rhs.m_matrix[i];
return newDiag;
}
