bool EBLProp::UpdateProperties( EBL *pInEBL )
{
SetGlobalLocale();
wxString s;
m_checkBoxEBLFixedEndPosition->SetValue( pInEBL->m_bFixedEndPosition );
m_radioBoxPathPersistence->SetSelection( pInEBL->m_iPersistenceType );
m_checkBoxPathShowArrow->SetValue( pInEBL->m_bDrawArrow );
m_checkBoxShowVRM->SetValue( pInEBL->m_bVRM );
m_checkBoxShowEBLInfo->SetValue( pInEBL->m_bAlwaysShowInfo );
m_checkBoxShowPerpLine->SetValue( pInEBL->m_bPerpLine );
m_checkBoxRotateWithBoat->SetValue( pInEBL->m_bRotateWithBoat );
m_radioBoxMaintainWith->SetSelection( pInEBL->m_iMaintainWith );
if(pInEBL->m_bCentreOnBoat)
m_checkBoxRotateWithBoat->Enable(true);
else
m_checkBoxRotateWithBoat->Enable(false);
if(pInEBL->m_bFixedEndPosition) {
m_radioBoxMaintainWith->Enable(false);
m_textCtrlEBLAngle->Enable(false);
m_textCtrlTotalLength->SetEditable(false);
} else {
m_radioBoxMaintainWith->Enable(true);
m_textCtrlEBLAngle->Enable(true);
m_textCtrlTotalLength->SetEditable(true);
}
#if wxCHECK_VERSION(3,0,0) && !defined(__WXMSW__)
if(pInEBL->m_dEBLAngle > 180)
m_dODEBLAngleValidator = pInEBL->m_dEBLAngle - 360;
else
m_dODEBLAngleValidator = pInEBL->m_dEBLAngle;
m_dODEBLLengthValidator = toUsrDistance_Plugin(pInEBL->m_dLength);
#else
if(pInEBL->m_dEBLAngle > 180)
s.Printf( _T("%.2f"), pInEBL->m_dEBLAngle - 360 );
else
s.Printf( _T("%.2f"), pInEBL->m_dEBLAngle );
m_textCtrlEBLAngle->SetValue(s);
s.Printf( _T("%5.2f"), toUsrDistance_Plugin(m_pEBL->m_dLength) );
m_textCtrlTotalLength->SetValue(s);
#endif
if(pInEBL->m_bRotateWithBoat) {
m_checkBoxEBLFixedEndPosition->Enable(false);
} else {
m_checkBoxEBLFixedEndPosition->Enable(true);
}
m_bLockUpdate = false;
ResetGlobalLocale();
return ODPathPropertiesDialogImpl::UpdateProperties( pInEBL );
}
void TacticsInstrument_FromOwnship::SetData(int st, double data, wxString unit)
{
if (st == m_cap_flag1)
{
c_lat = data;
}
else if (st == m_cap_flag2)
{
c_lon = data;
}
else if (st == m_cap_flag3)
{
s_lat = data;
}
else if (st == m_cap_flag4)
{
s_lon = data;
}
else
return;
if ( s_lat < 99999999 && s_lon < 99999999 )
{
double brg,dist;
DistanceBearingMercator_Plugin(c_lat, c_lon, s_lat, s_lon, &brg, &dist);
m_data1.Printf(_T("%03d ") + DEGREE_SIGN,(int)brg);
m_data2.Printf(_T("%3.2f %s"), toUsrDistance_Plugin(dist, g_iDashDistanceUnit), getUsrDistanceUnit_Plugin(g_iDashDistanceUnit).c_str());
}
Refresh(false);
}
void ObjSearchDialogImpl::AddObject(const wxString& feature, const wxString& objectname, double lat, double lon, double dist, double scale, int nativescale, const wxString& chart)
{
wxListItem item;
int n = m_listCtrlResults->GetItemCount();
item.SetId(n);
item.SetText( objectname );
m_listCtrlResults->InsertItem( item );
m_listCtrlResults->SetItem(n, 0, HumanizeFeatureName(feature));
m_listCtrlResults->SetItem(n, 1, objectname);
m_listCtrlResults->SetItem(n, 2, toSDMM_PlugIn(1, lat));
m_listCtrlResults->SetItem(n, 3, toSDMM_PlugIn(2, lon));
m_listCtrlResults->SetItem(n, 4, wxString::Format(_T("%.1f"), toUsrDistance_Plugin(dist, -1)));
m_listCtrlResults->SetItem(n, 5, wxString::Format(_T("%.4f"), scale));
m_listCtrlResults->SetItem(n, 6, wxString::Format(_T("%i"), nativescale));
m_listCtrlResults->SetItem(n, 7, chart);
m_listCtrlResults->SetItemData(n, (int) (dist * 10) );
}
bool EBLProp::UpdateProperties( void )
{
wxString s;
if(m_bLockUpdate) return true;
ODPathPropertiesDialogImpl::UpdateProperties();
if(!m_bLockEBLAngle){
if(m_pEBL->m_dEBLAngle > 180)
s.Printf( _T("%.2f"), m_pEBL->m_dEBLAngle - 360 );
else
s.Printf( _T("%.2f"), m_pEBL->m_dEBLAngle );
m_textCtrlEBLAngle->SetValue(s);
}
if(!m_bLockEBLLength) {
s.Printf( _T("%.2f"), toUsrDistance_Plugin(m_pEBL->m_dLength) );
m_textCtrlTotalLength->SetValue(s);
}
return true;
}
void objsearch_pi::FindObjects( const wxString& feature_filter, const wxString& search_string, double lat, double lon, double dist )
{
if (!m_bDBUsable)
{
wxMessageBox(_("There is a problem with your database, check the OpenCPN logfile for more information."));
return;
}
m_pObjSearchDialog->ClearObjects();
wxString safe_value = search_string;
safe_value.Replace(_T("'"), _T("''"));
wxSQLite3ResultSet set;
if ( dist > 0.1 )
set = SelectFromDB( m_db, wxString::Format( wxT("SELECT COUNT(*) FROM object o LEFT JOIN feature f ON (o.feature_id = f.id) WHERE instr('%s', featurename) > 0 AND objname LIKE '%%%s%%' AND distanceMercator(lat, lon, %f, %f) <= %f"), feature_filter.c_str(), safe_value.c_str(), lat, lon, dist ) );
else
set = SelectFromDB( m_db, wxString::Format( wxT("SELECT COUNT(*) FROM object o LEFT JOIN feature f ON (o.feature_id = f.id) WHERE instr('%s', featurename) > 0 AND objname LIKE '%%%s%%'"), feature_filter.c_str(), safe_value.c_str() ) );
int objects_found = 0;
if (m_bDBUsable)
{
objects_found = set.GetInt(0);
}
set.Finalize();
int show = wxYES;
if ( objects_found > 1000 )
{
show = wxMessageBox( wxString::Format( _("Your search resulted in %i objects found. This is a lot, do you really want to show all of them?"), objects_found ), _("Too many objects found"), wxYES_NO | wxCENTER );
}
if ( show == wxYES )
{
if (m_bDBUsable)
{
if ( dist > 0.1 )
set = SelectFromDB( m_db, wxString::Format( wxT("SELECT f.featurename, o.objname, o.lat, o.lon, ch.scale, ch.nativescale, ch.chartname, distanceMercator(lat, lon, %f, %f) FROM object o LEFT JOIN feature f ON (o.feature_id = f.id) LEFT JOIN chart ch ON (o.chart_id = ch.id) WHERE instr('%s', featurename) > 0 AND objname LIKE '%%%s%%' AND distanceMercator(lat, lon, %f, %f) <= %f"),lat, lon, feature_filter.c_str(), safe_value.c_str(), lat, lon, dist ) );
else
set = SelectFromDB( m_db, wxString::Format( wxT("SELECT f.featurename, o.objname, o.lat, o.lon, ch.scale, ch.nativescale, ch.chartname, distanceMercator(lat, lon, %f, %f) FROM object o LEFT JOIN feature f ON (o.feature_id = f.id) LEFT JOIN chart ch ON (o.chart_id = ch.id) WHERE instr('%s', featurename) > 0 AND objname LIKE '%%%s%%'"), lat, lon, feature_filter.c_str(), safe_value.c_str() ) );
if (m_bDBUsable)
{
while (set.NextRow())
{
m_pObjSearchDialog->AddObject( set.GetAsString(0), set.GetAsString(1), set.GetDouble(2), set.GetDouble(3), toUsrDistance_Plugin(set.GetDouble(7)), set.GetDouble(4), set.GetInt(5), set.GetAsString(6) );
}
m_pObjSearchDialog->SortResults();
}
set.Finalize();
}
}
}
bool PathProp::UpdateProperties( Path *pPath )
{
if( NULL == pPath ) return false;
::wxBeginBusyCursor();
m_PathNameCtl->SetValue( pPath->m_PathNameString );
m_textDescription->SetValue( pPath->m_PathDescription);
m_pPathActive->SetValue( pPath->IsActive() );
double brg;
double join_distance = 0.;
ODPoint *first_point = pPath->GetPoint( 1 );
if( first_point )
DistanceBearingMercator_Plugin( first_point->m_lat, first_point->m_lon, g_dLat, g_dLon, &brg, &join_distance );
// Update the "tides event" column header
wxListItem column_info;
if( m_opList->GetColumn( 6, column_info ) ) {
wxString c = _("Next tide event");
if( gpIDX && m_starttime.IsValid() ) {
c = _T("@~~");
c.Append( wxString( gpIDX->IDX_station_name, wxConvUTF8 ) );
int i = c.Find( ',' );
if( i != wxNOT_FOUND ) c.Remove( i );
}
column_info.SetText( c );
m_opList->SetColumn( 6, column_info );
}
// Total length
double total_length = pPath->m_path_length;
wxString slen;
slen.Printf( wxT("%5.2f ") + getUsrDistanceUnit_Plugin(), toUsrDistance_Plugin( total_length ) );
m_TotalDistCtl->SetValue( slen );
wxString time_form;
wxString tide_form;
// Iterate on Route Points
wxODPointListNode *node = pPath->m_pODPointList->GetFirst();
int i = 0;
double slat = g_dLat;
double slon = g_dLon;
int stopover_count = 0;
bool arrival = true; // marks which pass over the wpt we do - 1. arrival 2. departure
bool enroute = true; // for active route, skip all points up to the active point
wxString nullify = _T("----");
while( node ) {
ODPoint *prp = node->GetData();
long item_line_index = i + stopover_count;
// Leg
wxString t;
t.Printf( _T("%d"), i );
if( i == 0 ) t = _T("Boat");
if( arrival ) m_opList->SetItem( item_line_index, 0, t );
// Mark Name
if( arrival ) m_opList->SetItem( item_line_index, 1, prp->GetName() );
// Store Dewcription
if( arrival ) m_opList->SetItem( item_line_index, 8, prp->GetDescription() );
// Distance
// Note that Distance/Bearing for Leg 000 is as from current position
double brg, leg_dist;
bool starting_point = false;
starting_point = ( i == 0 ) && enroute;
if( m_pEnroutePoint && !starting_point ) starting_point = ( prp->m_GUID
== m_pEnroutePoint->m_GUID );
DistanceBearingMercator_Plugin( prp->m_lat, prp->m_lon, slat, slon, &brg, &leg_dist );
// calculation of course at current WayPoint.
double course=10, tmp_leg_dist=23;
wxODPointListNode *next_node = node->GetNext();
ODPoint * _next_prp = (next_node)? next_node->GetData(): NULL;
if (_next_prp )
{
DistanceBearingMercator_Plugin( _next_prp->m_lat, _next_prp->m_lon, prp->m_lat, prp->m_lon, &course, &tmp_leg_dist );
}else
{
course = 0.0;
tmp_leg_dist = 0.0;
}
//prp->SetCourse(course); // save the course to the next waypoint for printing.
// end of calculation
t.Printf( _T("%6.2f ") + getUsrDistanceUnit_Plugin(), toUsrDistance_Plugin( leg_dist ) );
if( arrival )
m_opList->SetItem( item_line_index, 2, t );
if( !enroute )
m_opList->SetItem( item_line_index, 2, nullify );
prp->SetDistance(leg_dist); // save the course to the next waypoint for printing.
// Bearing
if( g_bShowMag )
t.Printf( _T("%03.0f Deg. M"), g_ocpn_draw_pi->GetTrueOrMag( brg ) );
else
t.Printf( _T("%03.0f Deg. T"), g_ocpn_draw_pi->GetTrueOrMag( brg ) );
// if( arrival )
// m_opList->SetItem( item_line_index, 3, t );
// if( !enroute )
// m_opList->SetItem( item_line_index, 3, nullify );
// Course (bearing of next )
if (_next_prp){
if( g_bShowMag )
t.Printf( _T("%03.0f Deg. M"), g_ocpn_draw_pi->GetTrueOrMag( course ) );
else
t.Printf( _T("%03.0f Deg. T"), g_ocpn_draw_pi->GetTrueOrMag( course ) );
if( arrival )
m_opList->SetItem( item_line_index, 7, t );
}
else
m_opList->SetItem( item_line_index, 7, nullify );
// Lat/Lon
wxString tlat = toSDMM_PlugIn( 1, prp->m_lat, prp->m_bIsInTrack ); // low precision for routes
if( arrival ) m_opList->SetItem( item_line_index, 4, tlat );
wxString tlon = toSDMM_PlugIn( 2, prp->m_lon, prp->m_bIsInTrack );
if( arrival ) m_opList->SetItem( item_line_index, 5, tlon );
tide_form = _T("");
//LMT_Offset = long( ( prp->m_lon ) * 3600. / 15. );
// Save for iterating distance/bearing calculation
slat = prp->m_lat;
slon = prp->m_lon;
// if stopover (ETD) found, loop for next output line for the same point
// with departure time & tide information
if( arrival && ( prp->m_seg_etd.IsValid() ) ) {
stopover_count++;
arrival = false;
} else {
arrival = true;
i++;
node = node->GetNext();
}
}
if( pPath->m_ActiveLineColour == wxEmptyString ) m_chColor->Select( 0 );
else {
for( unsigned int i = 0; i < sizeof( ::GpxxColorNames ) / sizeof(wxString); i++ ) {
if( pPath->m_ActiveLineColour == ::GpxxColorNames[i] ) {
m_chColor->Select( i + 1 );
break;
}
}
}
if( pPath->m_ActiveFillColour == wxEmptyString ) m_chLineColor->Select( 0 );
else {
for( unsigned int i = 0; i < sizeof( ::GpxxColorNames ) / sizeof(wxString); i++ ) {
if( pPath->m_ActiveFillColour == ::GpxxColorNames[i] ) {
m_chLineColor->Select( i + 1 );
break;
}
}
}
for( unsigned int i = 0; i < sizeof( ::StyleValues ) / sizeof(int); i++ ) {
if( pPath->m_style == ::StyleValues[i] ) {
m_chStyle->Select( i );
break;
}
}
for( unsigned int i = 0; i < sizeof( ::WidthValues ) / sizeof(int); i++ ) {
if( pPath->m_width == ::WidthValues[i] ) {
m_chWidth->Select( i );
break;
}
}
::wxEndBusyCursor();
return true;
}
void TacticsInstrument_BearingCompass::SetData(int st, double data, wxString unit)
{
if (st == OCPN_DBP_STC_COG) {
m_Cog = data;
}
else if (st == OCPN_DBP_STC_HDT) {
m_AngleStart = -data;
m_MainValue = data;
m_MainValueUnit = unit;
m_Hdt = data;
}
else if (st == OCPN_DBP_STC_CURRDIR) {
m_CurrDir = data;
m_CurrDirUnit = unit;
}
else if (st == OCPN_DBP_STC_CURRSPD) {
m_CurrSpeed = data;
m_CurrSpeedUnit = unit;
}
else if (st == OCPN_DBP_STC_DTW) {
if (!GetSingleWaypoint(_T("TacticsWP"), m_pMark)){
m_ExtraValueDTW = data;
m_ExtraValueDTWUnit = unit;
}
}
else if (st == OCPN_DBP_STC_TWA) {
m_curTack = unit;
m_TWA = data;
}
else if (st == OCPN_DBP_STC_TWD) {
m_TWD = data;
}
else if (st == OCPN_DBP_STC_AWA) {
m_AWA = data;
}
else if (st == OCPN_DBP_STC_TWS) {
m_TWS = data;
}
else if (st == OCPN_DBP_STC_LEEWAY) {
m_Leeway = data;
m_LeewayUnit = unit;
}
else if (st == OCPN_DBP_STC_LAT) {
m_lat = data;
}
else if (st == OCPN_DBP_STC_LON) {
m_lon = data;
}
else if (st == OCPN_DBP_STC_STW) {
m_StW = data;
}
if (m_Cog != -999 && m_Hdt != -999){
m_diffCogHdt = m_Cog - m_Hdt;
}
if (st == OCPN_DBP_STC_BRG) {
//if (!GetSingleWaypoint(_T("TacticsWP"), m_pMark)){
m_Bearing = data;
m_ToWpt = unit;
/*}
else{
if (m_pMark) {
double dist;
DistanceBearingMercator_Plugin(m_pMark->m_lat, m_pMark->m_lon, m_lat, m_lon, &m_Bearing, &dist);
m_ToWpt = _T("TacticsWP");
m_ExtraValueDTW = toUsrDistance_Plugin(dist, g_iDashDistanceUnit);
m_ExtraValueDTWUnit = getUsrDistanceUnit_Plugin(g_iDashDistanceUnit);
}
}*/
m_BearingUnit = _T("\u00B0");
}
if (!GetSingleWaypoint(_T("TacticsWP"), m_pMark)) m_pMark = NULL;
if (m_pMark && !wxIsNaN(m_lat) && !wxIsNaN(m_lon)) {
double dist;
DistanceBearingMercator_Plugin(m_pMark->m_lat, m_pMark->m_lon, m_lat, m_lon, &m_Bearing, &dist);
m_ToWpt = _T("TacticsWP");
m_ExtraValueDTW = toUsrDistance_Plugin(dist, g_iDashDistanceUnit);
m_ExtraValueDTWUnit = getUsrDistanceUnit_Plugin(g_iDashDistanceUnit);
m_BearingUnit = _T("\u00B0");
}
if (!m_pMark && wxIsNaN(m_Bearing)){
m_ToWpt = _T("---");
m_ExtraValueDTW = NAN;
m_predictedSog = NAN;
m_ExtraValueDTWUnit = getUsrDistanceUnit_Plugin(g_iDashDistanceUnit);
m_BearingUnit = _T("\u00B0");
}
CalculateLaylineDegreeRange();
}
