void CCmdBornObject::_Execute()
{
string modelname("");
size_t size = m_diff.vecEditModelFileNames.size();
if( size == 1 )
{
modelname = m_diff.vecEditModelFileNames[0];
m_diff.pParentModel = m_pEditContext->CreateEditModel(NULL);
m_diff.pParentModel->AddPieceGroup(modelname.c_str());
}
else
{
for ( size_t i = 0; i < size; ++i )
{
modelname = m_diff.vecEditModelFileNames[i];
if( modelname.empty() )
continue;
CEditModel* pChildModel = m_pEditContext->CreateEditModel(NULL);
pChildModel->AddPieceGroup(modelname.c_str());
m_diff.pParentModel->AddChild(pChildModel, LT_CENTER, "");
}
}
m_diff.pParentModel->SetScale(m_diff.fScale);
m_diff.pParentModel->RotateX(m_diff.vRotate.x);
m_diff.pParentModel->RotateY(m_diff.vRotate.y);
m_diff.pParentModel->RotateZ(m_diff.vRotate.z);
m_diff.pParentModel->SetIsVisibleByConfigure(m_diff.bVisibleByConfigure);
if( !m_diff.strAgpFileName.empty() )
m_diff.pParentModel->AddAnimationGroup(m_diff.strAgpFileName.c_str());
if( !m_diff.strEffectFileName.empty() && !m_diff.strEffectName.empty() )
m_diff.pParentModel->AddEffect(m_diff.strEffectFileName.c_str(), m_diff.strEffectName.c_str(), CEffectPlayer::PLAY_LOOP, NULL);
m_pEditContext->AddToRenderScene(m_diff.pParentModel);
m_pModelBrush->SetActiveModelState(EES_MOVING);
m_pModelBrush->SetActiveModel(m_diff.pParentModel);
}
void FNeuralNetLMBase::WriteLM(const string &outbase) {
string modelname(outbase);
modelname += ".model";
cout << "writing " << modelname << endl;
ofstream ofs;
ofs.open(modelname, ios::binary | ios::out);
if (ofs.fail()) {
cout << "unable to open " << modelname << endl;
exit(EXIT_FAILURE);
}
// TODO: write other parameters?
neuralnet::write_single(ofs, l2_regularization_param_);
neuralnet::write_single(ofs, adagrad_);
neuralnet::write_single(ofs, nce_);
neuralnet::write_single(ofs, num_negative_samples_);
neuralnet::write_single(ofs, independent_);
neuralnet::write_single(ofs, globalbias_);
neuralnet::write_single(ofs, bias_);
neuralnet::write_single(ofs, errorinput_cutoff_);
neuralnet::write_single(ofs, use_factor_input_);
neuralnet::write_single(ofs, use_factor_hidden_);
neuralnet::write_single(ofs, weight_factor_output_);
word_vocab_.WriteVocab(ofs);
factor_vocab_.WriteVocab(ofs);
neuralnet::write_2d_vector(ofs, factors_for_word_);
WriteLMImpl(ofs);
ofs.close();
}
