GraphicString& GraphicString::operator=( const std::string& str)
{
if(!this->m_Text.compare(str))
return *this;
this->m_Text = str;
BuildModel();
return *this;
}
Projectile::Projectile(): Body()
{
if (!s_sideMat) BuildModel();
SetOrient(matrix3x3d::Identity());
m_type = 1;
m_age = 0;
m_parent = 0;
m_flags |= FLAG_DRAW_LAST;
}
GraphicString::GraphicString(const ivec2& stringPosition, const std::string& stringText, const Color& stringColor, const std::string& stringFont, int stringSize) :
Displayable(new Transform(vec3(stringPosition.x,stringPosition.y,0.0f))),
m_Text (stringText),
m_color (stringColor),
m_Font (stringFont),
m_Size (stringSize)
{
BuildModel();
}
void Test(int niter, int time_dimension, int burn = 0) {
SimulateData(time_dimension);
BuildModel();
CreateObservationSpace(niter);
if (burn > 0) {
Burn(burn);
}
RunMcmc(niter);
Check();
}
void EditTOC::CreateTOCModel()
{
m_NCXModel->SetBook(m_Book);
NCXModel::NCXEntry ncx_entry = m_NCXModel->GetRootNCXEntry();
m_TableOfContents->clear();
QStringList header;
header.append(tr("TOC Entry"));
header.append(tr("Target"));
m_TableOfContents->setHorizontalHeaderLabels(header);
BuildModel(ncx_entry);
}
// Main entry point
//
Main::Main(CkArgMsg *msg) {
// Display title
CkPrintf("Simulation Tool for Asynchrnous Cortical Streams (stacs)\n");
// Command line arguments
std::string configfile;
if (msg->argc < 2) {
configfile = "config.yml"; // default
}
else {
configfile = msg->argv[1];
}
delete msg;
// Parsing config
if (ParseConfig(configfile)) {
CkPrintf("Error loading config...\n");
CkExit();
}
// Charm information
real_t netpe = (real_t)npnet/CkNumPes();
if (netpe < 1) { netpe = 1; }
// Display configuration information
CkPrintf("Loaded config from %s\n"
" Data Files (npdat): %" PRIidx "\n"
" Network Parts (npnet): %" PRIidx "\n"
" Processing Elements: %d\n"
" Network Parts per PE: %.2g\n"
" Total Simulation Time (tmax): %" PRItick "\n"
" Simulation Time Step (tstep): %" PRItick "\n"
" Checkpoint Interval (tcheck): %" PRItick "\n",
configfile.c_str(), npdat, npnet,
CkNumPes(), netpe, tmax, tstep, tcheck);
// Read vertex distribution
CkPrintf("Initializing simulation\n");
if (ReadDist()) {
CkPrintf("Error loading distribution...\n");
CkExit();
}
// Read model information
if (ReadModel()) {
CkPrintf("Error loading models...\n");
CkExit();
}
// Setup Charm++ variables
mainProxy = thisProxy;
mCastGrpId = CProxy_CkMulticastMgr::ckNew();
// Initialize coordination
cinit = 0;
ninit = 0;
#ifdef STACS_WITH_YARP
// Initialize YARP
yarp.init();
#endif
// Setup chare arrays
CkCallback *cb = new CkCallback(CkReductionTarget(Main, InitSim), mainProxy);
// netdata
++ninit;
mDist *mdist = BuildDist();
netdata = CProxy_NetData::ckNew(mdist, npdat);
netdata.ckSetReductionClient(cb);
// network
++ninit;
mModel *mmodel = BuildModel();
network = CProxy_Network::ckNew(mmodel, npnet);
network.ckSetReductionClient(cb);
#ifdef STACS_WITH_YARP
// streamrpc
++ninit;
mVtxDist *mvtxdist = BuildVtxDist();
streamrpc = CProxy_StreamRPC::ckNew(mvtxdist);
#endif
}
