ant_miner::ant_miner(int num, base_type base,struct method_coefs K ):
layer_num(num),ph_min(K.ph_min),ph_max(K.ph_max),eva_coef(K.evap_c), alpha(K.alpha),beta(K.beta),
ants_number(K.ants_number),covarage(K.covarage)
{
cout<<eva_coef<<endl;
start = new simpleNode(new test_empty("start"),1,1);
finish = new simpleNode (new test_empty("finish"),1,1);
vector <list<simpleNode*> > nodes (layer_num);
pre_node_type::iterator it;
for (int i=0;i<layer_num;++i)
{
for (it = base[i].begin();it!=base[i].end();++it )
{
cout<<(*it).first->toString()<<" "<<(*it).second.second<<" "<<(*it).second.first<<endl;
nodes[i].push_back(new simpleNode((*it).first,(*it).second.second,(*it).second.first));
}
}
make_connections(nodes,finish);
count_probability();
cout<<"done!!"<<endl;
iteration();
}
FormStreamingImp::FormStreamingImp(const QString & video_device , QWidget *parent ) : QWidget(parent)
{
setupUi(this);
current_webcam = new Webcam( video_device );
Q_ASSERT( current_webcam != NULL );
current_webcam->setControllerWidget(&WebcamController);
enableButtons(false);
RSW = new RealStreamWidget(frame_stream);
webcam_frame = new QImage(640,480,QImage::Format_RGB888);
Q_ASSERT( RSW != NULL);
QHBoxLayout *ns = new QHBoxLayout;
ns->addWidget(RSW);
frame_stream->setLayout(ns);
current_webcam->setDrawSurface( webcam_frame);
tet = new QTimer(this);//easy way.
make_connections();
webcam_opened = false;
show_fps = false;
safe_image_plugin = false; //Just for test purposes, True, go by copy/ref. False: go by pointer
on_movie_record = false;
#ifndef WITH_XVID_RECORD
pb_movie->hide();
#endif
}
int main ( int argc, char *argv[] ) {
// turn on data flow tracing and memory dump after load
CPUObject::debug |= CPUObject::trace | CPUObject::memload;
// make sure we've been given an object file name
if( argc != 2 ) {
cerr << "Usage: " << argv[0] << " object-file-name\n\n";
exit( 1 );
}
cout << hex; // change base for future printing
try {
make_connections();
run_simulation( argv[1] );
}
catch( ArchLibError &err ) {
cout << endl
<< "Simulation aborted - ArchLib runtime error"
<< endl
<< "Cause: " << err.what() << endl;
return( 1 );
}
return( 0 );
}
void dataset_t::work(mscomplex_ptr_t msc)
{
assign_max_facets<1>(*this,m_tcc->begin(1),m_tcc->end(1));
assign_max_facets<2>(*this,m_tcc->begin(2),m_tcc->end(2));
assign_pairs<0>(*this,m_tcc->begin(0),m_tcc->end(0));
assign_pairs<1>(*this,m_tcc->begin(1),m_tcc->end(1));
assign_pairs2<1>(*this,m_tcc->begin(1),m_tcc->end(1));
cellid_list_t ccells;
collect_cps(*this,m_tcc->begin(),m_tcc->end(),back_inserter(ccells));
for(cellid_list_t::iterator b = ccells.begin(),e =ccells.end();b!=e; ++b)
{
if(cell_dim(*b) == 2) bfs_owner_extrema<DES>(*this,*b);
if(cell_dim(*b) == 0) bfs_owner_extrema<ASC>(*this,*b);
}
make_connections(*msc,ccells,*this);
}
static EMBX_ERROR create_port(EMBX_TransportHandle_t *tp, const EMBX_CHAR *portName, EMBX_LocalPortHandle_t **port)
{
EMBX_ERROR res;
EMBX_INT freeSlot;
EMBXLB_LocalPortHandle_t *phlb;
EMBXLB_Transport_t *tplb;
tplb = (EMBXLB_Transport_t *)tp->transport;
res = find_free_port_table_entry(tplb, portName, &freeSlot);
switch (res)
{
case EMBX_SUCCESS:
{
break;
} /* EMBX_SUCCESS */
case EMBX_NOMEM:
{
/*
* If we have got to this point then there is no fixed
* transport limit to number of ports (this is checked
* in the shell) so try and grow the port table.
*/
if(grow_port_table(tplb, &freeSlot) != EMBX_SUCCESS)
return EMBX_NOMEM;
break;
} /* EMBX_NOMEM */
default:
{
return res;
}
}
phlb = (EMBXLB_LocalPortHandle_t *)EMBX_OS_MemAlloc(sizeof(EMBXLB_LocalPortHandle_t));
if(phlb != 0)
{
memcpy(phlb, &_embxlb_localport_handle_template, sizeof(EMBXLB_LocalPortHandle_t));
tplb->portTable[freeSlot] = phlb;
*port = &phlb->port;
/*
* The transportHandle,port name and state members of the local port base
* structure are filled in by the framework.
*/
/*
* Finally, make connections for any blocked connection requests waiting
* for this new port name.
*/
make_connections(tplb, phlb, portName);
return EMBX_SUCCESS;
}
return EMBX_NOMEM;
}
