void SListBoxEx::NotifySelChange( int nOldSel,int nNewSel)
{
EventLBSelChanging evt1(this);
evt1.nOldSel=nOldSel;
evt1.nNewSel=nNewSel;
FireEvent(evt1);
if(evt1.bCancel) return ;
m_iSelItem=nNewSel;
if(nOldSel!=-1)
{
m_arrItems[nOldSel]->ModifyItemState(0,WndState_Check);
RedrawItem(nOldSel);
}
if(m_iSelItem!=-1)
{
m_arrItems[m_iSelItem]->ModifyItemState(WndState_Check,0);
RedrawItem(m_iSelItem);
}
EventLBSelChanged evt2(this);
evt2.nOldSel=nOldSel;
evt2.nNewSel=nNewSel;
FireEvent(evt2);
}
TGraph GetCurve(int Points,const double & hi_ex_set)
{
TGraph curve;
if(!gPrimaryReaction.IsSet()){
std::cout<<"Reaction Masses have not been set"<<std::endl;
exit(EXIT_FAILURE);
}
if(!gPrimaryReaction.BeamEnergy()){
std::cout<<"Beam Energy has not been set"<<std::endl;
exit(EXIT_FAILURE);
}
sim::RN_SimEvent evt1(gPrimaryReaction.BeamEnergy(),gPrimaryReaction.M_Beam(),gPrimaryReaction.M_Target(),gPrimaryReaction.M_Recoil(),gPrimaryReaction.M_Fragment());
// Fill the points of the kinematic curve
int p=0;
while(p<Points){
double theta_deg = 180.0*p/Points;
double phi=2.*M_PI*global::myRnd.Rndm();
TVector3 nv; nv.SetMagThetaPhi(1.,theta_deg*M_PI/180.0,phi);
if(!evt1.radiate_in_CM(nv,hi_ex_set))
continue;
else
curve.SetPoint(p, evt1.getLVrad().Theta()*180/3.14,(double)(evt1.getLVrad().E()-evt1.getLVrad().M()));
p++;
}
// end for(p)
return curve;
}
//region "Serializado y desserializado"
GNC::GCS::Widgets::WRule::WRule(IWidgetsManager* pManager, long vid, wxXmlNode* nodo):
GNC::GCS::Widgets::IWidget(pManager, vid, "Regla"),
GNC::GCS::Widgets::IWidgetSerializable(nodo),
m_MouseDown(false),
m_Angulo(0.0),
m_Pendiente(0.0),
m_Distancia(0),
m_SupportsCallibration(false)
{
if(nodo->GetName() != wxT("rule_widget")) {
std::cerr<< "Ha ocurrido un error al desserializar el widget regla"<<std::endl;
}
wxXmlNode *child = nodo->GetChildren();
while (child) {
if(child->GetName() == wxT("node0")) {
m_Vertices[0] = GNC::GCS::Nodo::Deserializar(child);
} else if(child->GetName() == wxT("node1")) {
m_Vertices[1] = GNC::GCS::Nodo::Deserializar(child);
}
child = child->GetNext();
}
GNC::GCS::Events::EventoModificacionImagen evt1(m_pManager->GetVista());
GNC::GCS::IEventsController::Instance()->Registrar(this, evt1);
m_pTextBox = new GNC::GCS::Widgets::WTextBox(m_pManager, m_VID, m_Vertices[1], GNC::GCS::Widgets::WTextBox::TNM_Dynamic, "ruleBox", "");
m_pTextBox->SetTexto("0");
m_pManager->InsertarWidget(m_pTextBox);
}
void EvtConnectionTestCase::MultiConnectionTest()
{
// events used below
wxTestEvent evt;
wxTestEvent evt1(wxEVT_TEST1);
wxTestEvent evt2(wxEVT_TEST2);
// One source
wxEvtHandler eh1;
evt.SetEventObject(&eh1);
gs_psrc1 = NULL;
gs_psrc2 = &eh1;
{
// ...and one sink
wxTestSink ts;
eh1.Connect(wxEVT_TEST, (wxObjectEventFunction)&wxTestSink::OnTestEvent,
NULL, &ts);
eh1.Connect(wxEVT_TEST1, (wxObjectEventFunction)&wxTestSink::OnTestEvent1,
NULL, &ts);
eh1.Connect(wxEVT_TEST2, (wxObjectEventFunction)&wxTestSink::OnTestEvent2,
NULL, &ts);
// Generate events
gs_value = 0;
eh1.ProcessEvent(evt);
eh1.ProcessEvent(evt1);
eh1.ProcessEvent(evt2);
CPPUNIT_ASSERT( gs_value==0x01010100 );
{
// Declare weak references to the objects (using same list)
wxEvtHandlerRef re(&eh1), rs(&ts);
}
// And now destroyed
eh1.Disconnect(wxEVT_TEST, (wxObjectEventFunction)&wxTestSink::OnTestEvent,
NULL, &ts);
eh1.ProcessEvent(evt);
eh1.ProcessEvent(evt1);
eh1.ProcessEvent(evt2);
CPPUNIT_ASSERT_EQUAL( 0x02010200, gs_value );
}
// No connection should be left now
gs_value = 0;
eh1.ProcessEvent(evt);
eh1.ProcessEvent(evt1);
eh1.ProcessEvent(evt2);
// Nothing should have been done
CPPUNIT_ASSERT_EQUAL( 0, gs_value );
}
void process( send_to_venue_command_ptr cmd )
{
message_ptr evt1( new send_to_venue_event );
message_ptr evt2( new send_to_venue_event );
evt1->data_ = "evt1";
evt2->data_ = "evt2";
cmd->data_ = "cmd";
persist( { evt1, evt2 }, [ cmd ]() {
std::cout << "complete: " << cmd->data_ << std::endl;
} );
}
void ReopenEditor::ShowList()
{
CodeBlocksLogEvent evt1(cbEVT_REMOVE_LOG_WINDOW, m_pListLog);
Manager::Get()->ProcessEvent(evt1);
CodeBlocksDockEvent evt2(cbEVT_REMOVE_DOCK_WINDOW);
evt2.pWindow = m_pListLog;
Manager::Get()->ProcessEvent(evt2);
if(m_IsManaged)
{
CodeBlocksLogEvent evt1(cbEVT_ADD_LOG_WINDOW, m_pListLog, _("Closed files list"), new wxBitmap(wxXmlResource::Get()->LoadBitmap(_T("bmp_clfile_log"))));
Manager::Get()->ProcessEvent(evt1);
CodeBlocksLogEvent evt2(cbEVT_SWITCH_TO_LOG_WINDOW, m_pListLog);
Manager::Get()->ProcessEvent(evt2);
}
else
{
m_pListLog->Reparent(Manager::Get()->GetAppFrame());
m_pListLog->SetSize(wxSize(800,94));
m_pListLog->SetInitialSize(wxSize(800,94));
CodeBlocksDockEvent evt(cbEVT_ADD_DOCK_WINDOW);
evt.name = _T("ReopenEditorListPane");
evt.title = _("Closed file list");
evt.pWindow = m_pListLog;
evt.dockSide = CodeBlocksDockEvent::dsBottom;
evt.shown = true;
evt.hideable = true;
evt.desiredSize.Set(800, 94);
evt.floatingSize.Set(800, 94);
evt.minimumSize.Set(350, 94);
Manager::Get()->ProcessEvent(evt);
}
}
GNC::GCS::Widgets::WRule::WRule(IWidgetsManager* pManager, long vid, GNC::GCS::Nodo nodos[2], bool supportsCallibration, const char* nombre) : GNC::GCS::Widgets::IWidget(pManager, vid, nombre,0,TID_USER_ANNOTATION_WIDGET),
GNC::GCS::Widgets::IWidgetSerializable(),
m_MouseDown(false),
m_Angulo(0.0),
m_Pendiente(0.0),
m_Distancia(0),
m_SupportsCallibration(supportsCallibration)
{
m_Vertices[0] = nodos[0];
m_Vertices[1] = nodos[1];
m_Oculto = false;
GNC::GCS::Events::EventoModificacionImagen evt1(m_pManager->GetVista());
GNC::GCS::IEventsController::Instance()->Registrar(this, evt1);
m_pTextBox = new GNC::GCS::Widgets::WTextBox(m_pManager, m_VID, m_Vertices[1], GNC::GCS::Widgets::WTextBox::TNM_Dynamic, "ruleBox", "");
m_pTextBox->SetTexto("0");
m_pManager->InsertarWidget(m_pTextBox);
}
void SListBox::NotifySelChange( int nOldSel,int nNewSel)
{
EventLBSelChanging evt1(this);
evt1.nOldSel=nOldSel;
evt1.nNewSel=nNewSel;
FireEvent(evt1);
if(evt1.bCancel) return;
m_iSelItem=nNewSel;
if(nOldSel!=-1)
RedrawItem(nOldSel);
if(m_iSelItem!=-1)
RedrawItem(m_iSelItem);
EventLBSelChanged evt2(this);
evt2.nOldSel=nOldSel;
evt2.nNewSel=nNewSel;
FireEvent(evt2);
}
void ReopenEditor::ShowList()
{
CodeBlocksLogEvent evt1(cbEVT_REMOVE_LOG_WINDOW, m_pListLog);
Manager::Get()->ProcessEvent(evt1);
CodeBlocksDockEvent evt2(cbEVT_REMOVE_DOCK_WINDOW);
evt2.pWindow = m_pListLog;
Manager::Get()->ProcessEvent(evt2);
if(m_IsManaged)
{
wxString prefix = ConfigManager::GetDataFolder() + _T("/images/16x16/");
wxBitmap * bmp = new wxBitmap(cbLoadBitmap(prefix + _T("undo.png"), wxBITMAP_TYPE_PNG));
CodeBlocksLogEvent evt3(cbEVT_ADD_LOG_WINDOW, m_pListLog, _("Closed files list"), bmp);
Manager::Get()->ProcessEvent(evt3);
CodeBlocksLogEvent evt4(cbEVT_SWITCH_TO_LOG_WINDOW, m_pListLog);
Manager::Get()->ProcessEvent(evt4);
}
else
{
m_pListLog->Reparent(Manager::Get()->GetAppFrame());
m_pListLog->SetSize(wxSize(800,94));
m_pListLog->SetInitialSize(wxSize(800,94));
CodeBlocksDockEvent evt(cbEVT_ADD_DOCK_WINDOW);
evt.name = _T("ReopenEditorListPane");
evt.title = _("Closed file list");
evt.pWindow = m_pListLog;
evt.dockSide = CodeBlocksDockEvent::dsBottom;
evt.shown = true;
evt.hideable = true;
evt.desiredSize.Set(800, 94);
evt.floatingSize.Set(800, 94);
evt.minimumSize.Set(350, 94);
Manager::Get()->ProcessEvent(evt);
}
}
TGraph GetSecondaryDecayCurve(int Points,const double & hi_ex_set,const double& decay_ex_set)
{
TGraph curve;
if(!gPrimaryReaction.IsSet()){
std::cout<<"Reaction Masses have not been set"<<std::endl;
exit(EXIT_FAILURE);
}
if(!gPrimaryReaction.BeamEnergy()){
std::cout<<"Beam Energy has not been set"<<std::endl;
exit(EXIT_FAILURE);
}
sim::RN_SimEvent evt1(gPrimaryReaction.BeamEnergy(),gPrimaryReaction.M_Beam(),gPrimaryReaction.M_Target(),gPrimaryReaction.M_Recoil(),gPrimaryReaction.M_Fragment());
sim::RN_SimEvent evt2(gPrimaryReaction.M_Fragment(),gPrimaryReaction.M_Decay_Product(),gPrimaryReaction.M_Heavy_Decay());
// Fill the points of the kinematic curve
int p=0;
while(p<Points){
double theta_deg = 175; // assume backward angle from inverse kinematics
double phi=2.*M_PI*global::myRnd.Rndm();
TVector3 nv; nv.SetMagThetaPhi(1.,theta_deg*M_PI/180.0,phi);
if(!evt1.radiate_in_CM(nv,hi_ex_set))
continue;
theta_deg = 180* p / Points;
phi = 2.*M_PI*global::myRnd.Rndm();
TVector3 pv; pv.SetMagThetaPhi(1.,theta_deg*M_PI/180.0,phi);
if(!evt2.radiate_in_CM(evt1.getLVhi(),pv,decay_ex_set))
continue;
curve.SetPoint(p, evt2.getLVrad().Theta()*180/3.14,(double)(evt2.getLVrad().E() - evt2.getLVrad().M()));
p++;
}
// end for(p)
return curve;
}
