void ConfigurationDialog::Update()
{
if(m_bBlockUpdate)
return;
bool refresh = false;
RouteMapConfiguration configuration;
std::list<RouteMapOverlay*> currentroutemaps = m_WeatherRouting.CurrentRouteMaps();
for(std::list<RouteMapOverlay*>::iterator it = currentroutemaps.begin();
it != currentroutemaps.end(); it++) {
configuration = (*it)->GetConfiguration();
GET_CHOICE(Start);
GET_CHOICE(End);
if(NO_EDITED_CONTROLS || std::find(m_edited_controls.begin(), m_edited_controls.end(), (wxObject*)m_dpStartDate) != m_edited_controls.end()) {
if(!m_dpStartDate->GetDateCtrlValue().IsValid())
continue;
// We must preserve the time in case only date but not time, is being changed by the user...
// configuration.StartTime is UTC, m_dpStartDate Local or UTC so adjust
wxDateTime time = configuration.StartTime;
if(m_WeatherRouting.m_SettingsDialog.m_cbUseLocalTime->GetValue())
time = time.FromUTC();
wxDateTime date = m_dpStartDate->GetDateCtrlValue();
// ... and add it afterwards
date.SetHour(time.GetHour());
date.SetMinute(time.GetMinute());
date.SetSecond(time.GetSecond());
if(m_WeatherRouting.m_SettingsDialog.m_cbUseLocalTime->GetValue())
date = date.ToUTC();
configuration.StartTime = date;
m_dpStartDate->SetForegroundColour(wxColour(0, 0, 0));
}
if(NO_EDITED_CONTROLS || std::find(m_edited_controls.begin(), m_edited_controls.end(), (wxObject*)m_tpTime) != m_edited_controls.end()) {
// must use correct data on UTC conversion to preserve Daylight Savings Time changes across dates
wxDateTime time = configuration.StartTime;
if(m_WeatherRouting.m_SettingsDialog.m_cbUseLocalTime->GetValue())
time = time.FromUTC();
time.SetHour(m_tpTime->GetTimeCtrlValue().GetHour());
time.SetMinute(m_tpTime->GetTimeCtrlValue().GetMinute());
time.SetSecond(m_tpTime->GetTimeCtrlValue().GetSecond());
if(m_WeatherRouting.m_SettingsDialog.m_cbUseLocalTime->GetValue())
time = time.ToUTC();
configuration.StartTime = time;
m_tpTime->SetForegroundColour(wxColour(0, 0, 0));
}
if(!m_tBoat->GetValue().empty()) {
configuration.boatFileName = m_tBoat->GetValue();
m_tBoat->SetForegroundColour(wxColour(0, 0, 0));
}
if(NO_EDITED_CONTROLS || std::find(m_edited_controls.begin(), m_edited_controls.end(), (wxObject*)m_sTimeStepHours) != m_edited_controls.end() || std::find(m_edited_controls.begin(), m_edited_controls.end(), (wxObject*)m_sTimeStepMinutes) != m_edited_controls.end() || std::find(m_edited_controls.begin(), m_edited_controls.end(), (wxObject*)m_sTimeStepSeconds) != m_edited_controls.end()) {
configuration.DeltaTime = 60*(60*m_sTimeStepHours->GetValue()
+ m_sTimeStepMinutes->GetValue())
+ m_sTimeStepSeconds->GetValue();
m_sTimeStepHours->SetForegroundColour(wxColour(0, 0, 0));
m_sTimeStepMinutes->SetForegroundColour(wxColour(0, 0, 0));
m_sTimeStepSeconds->SetForegroundColour(wxColour(0, 0, 0));
}
if(m_cIntegrator->GetValue() == _T("Newton"))
configuration.Integrator = RouteMapConfiguration::NEWTON;
else if(m_cIntegrator->GetValue() == _T("Runge Kutta"))
configuration.Integrator = RouteMapConfiguration::RUNGE_KUTTA;
GET_SPIN(MaxDivertedCourse);
GET_SPIN(MaxCourseAngle);
GET_SPIN(MaxSearchAngle);
GET_SPIN(MaxTrueWindKnots);
GET_SPIN(MaxApparentWindKnots);
GET_SPIN(MaxSwellMeters);
GET_SPIN(MaxLatitude);
GET_SPIN(TackingTime);
GET_SPIN(WindVSCurrent);
GET_CHECKBOX(AvoidCycloneTracks);
GET_SPIN(CycloneMonths);
GET_SPIN(CycloneDays);
GET_SPIN(SafetyMarginLand);
GET_CHECKBOX(DetectLand);
GET_CHECKBOX(DetectBoundary);
GET_CHECKBOX(Currents);
GET_CHECKBOX(OptimizeTacking);
GET_CHECKBOX(InvertedRegions);
GET_CHECKBOX(Anchoring);
GET_CHECKBOX(UseGrib);
if(m_cClimatologyType->GetSelection() != -1)
configuration.ClimatologyType = (RouteMapConfiguration::ClimatologyDataType)
m_cClimatologyType->GetSelection();
GET_CHECKBOX(AllowDataDeficient);
if(m_sWindStrength->IsEnabled()) \
configuration.WindStrength = m_sWindStrength->GetValue() / 100.0;
GET_SPIN(FromDegree);
GET_SPIN(ToDegree);
if(!m_tByDegrees->GetValue().empty())
m_tByDegrees->GetValue().ToDouble(&configuration.ByDegrees);
(*it)->SetConfiguration(configuration);
/* if the start position changed, we must reset the route */
RouteMapConfiguration newc = (*it)->GetConfiguration();
if(newc.StartLat != configuration.StartLat || newc.StartLon != configuration.StartLon) {
(*it)->Reset();
refresh = true;
} else if(newc.EndLat != configuration.EndLat || newc.EndLon != configuration.EndLon)
refresh = true; // update drawing
}
double by;
m_tByDegrees->GetValue().ToDouble(&by);
if(m_sToDegree->GetValue() - m_sFromDegree->GetValue() < 2*by) {
wxMessageDialog mdlg(this, _("Warning: less than 4 different degree steps specified\n"),
wxString(_("Weather Routing"), wxOK | wxICON_WARNING));
mdlg.ShowModal();
}
m_WeatherRouting.UpdateCurrentConfigurations();
if(refresh)
m_WeatherRouting.GetParent()->Refresh();
}
void ConfigurationDialog::Update()
{
if(m_bBlockUpdate)
return;
bool refresh = false;
RouteMapConfiguration configuration;
std::list<RouteMapOverlay*> currentroutemaps = m_WeatherRouting.CurrentRouteMaps();
for(std::list<RouteMapOverlay*>::iterator it = currentroutemaps.begin();
it != currentroutemaps.end(); it++) {
configuration = (*it)->GetConfiguration();
GET_CHOICE(Start);
GET_CHOICE(End);
if(m_dpStartDate->GetValue().IsValid())
configuration.StartTime = m_dpStartDate->GetValue();
if(!m_tStartHour->GetValue().empty()) {
double hour;
m_tStartHour->GetValue().ToDouble(&hour);
configuration.StartTime.SetHour((int)hour);
configuration.StartTime.SetMinute((int)(60*hour)%60);
}
if(m_WeatherRouting.m_SettingsDialog.m_cbUseLocalTime->GetValue())
configuration.StartTime = configuration.StartTime.ToUTC();
if(!m_tBoat->GetValue().empty())
configuration.boatFileName = m_tBoat->GetValue();
if(m_sTimeStepHours->IsEnabled()) {
configuration.dt = 60*(60*m_sTimeStepHours->GetValue()
+ m_sTimeStepMinutes->GetValue())
+ m_sTimeStepSeconds->GetValue();
}
if(m_cIntegrator->GetValue() == _T("Newton"))
configuration.Integrator = RouteMapConfiguration::NEWTON;
else if(m_cIntegrator->GetValue() == _T("Runge Kutta"))
configuration.Integrator = RouteMapConfiguration::RUNGE_KUTTA;
GET_SPIN(MaxDivertedCourse);
GET_SPIN(MaxCourseAngle);
GET_SPIN(MaxSearchAngle);
GET_SPIN(MaxTrueWindKnots);
GET_SPIN(MaxApparentWindKnots);
GET_SPIN(MaxSwellMeters);
GET_SPIN(MaxLatitude);
GET_SPIN(TackingTime);
GET_SPIN(WindVSCurrent);
GET_CHECKBOX(AvoidCycloneTracks);
GET_SPIN(CycloneMonths);
GET_SPIN(CycloneDays);
GET_CHECKBOX(DetectLand);
GET_CHECKBOX(Currents);
GET_CHECKBOX(InvertedRegions);
GET_CHECKBOX(Anchoring);
GET_CHECKBOX(UseGrib);
if(m_cClimatologyType->GetSelection() != -1)
configuration.ClimatologyType = (RouteMapConfiguration::ClimatologyDataType)
m_cClimatologyType->GetSelection();
GET_CHECKBOX(AllowDataDeficient);
if(m_sWindStrength->IsEnabled()) \
configuration.WindStrength = m_sWindStrength->GetValue() / 100.0;
GET_SPIN(FromDegree);
GET_SPIN(ToDegree);
if(!m_tByDegrees->GetValue().empty())
m_tByDegrees->GetValue().ToDouble(&configuration.ByDegrees);
(*it)->SetConfiguration(configuration);
/* if the start position changed, we must reset the route */
RouteMapConfiguration newc = (*it)->GetConfiguration();
if(newc.StartLat != configuration.StartLat || newc.StartLon != configuration.StartLon) {
(*it)->Reset();
refresh = true;
} else if(newc.EndLat != configuration.EndLat || newc.EndLon != configuration.EndLon)
refresh = true; // update drawing
}
double by;
m_tByDegrees->GetValue().ToDouble(&by);
if(m_sToDegree->GetValue() - m_sFromDegree->GetValue() < 2*by) {
wxMessageDialog mdlg(this, _("Warning: less than 4 different degree steps specified\n"),
wxString(_("Weather Routing"), wxOK | wxICON_WARNING));
mdlg.ShowModal();
}
m_WeatherRouting.UpdateCurrentConfigurations();
if(refresh)
m_WeatherRouting.GetParent()->Refresh();
}
