//==== Load Active Geom Output ====//
void ManageGeomScreen::LoadActiveGeomOutput()
{
vector< string > activeVec = m_VehiclePtr->GetActiveGeomVec();
if ( activeVec.size() == 0 )
{
m_GeomUI->activeGeomInput->value( m_VehiclePtr->GetName().c_str() );
}
else if ( activeVec.size() == 1 )
{
Geom* gptr = m_VehiclePtr->FindGeom( activeVec[0] );
if ( gptr )
{
m_GeomUI->activeGeomInput->value( gptr->GetName().c_str() );
}
}
else
{
m_GeomUI->activeGeomInput->value( "<multiple>" );
}
}
bool CfdMeshScreen::Update()
{
int i;
LoadSetChoice();
CfdMeshMgr.UpdateSourcesAndWakes();
CfdMeshMgr.UpdateDomain();
//==== Base Len ====//
m_BodyEdgeSizeSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_BaseLen.GetID() );
m_MinEdgeSizeSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_MinLen.GetID() );
m_MaxGapSizeSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_MaxGap.GetID() );
m_NumCircSegmentSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_NCircSeg.GetID() );
m_GrowRatioSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_GrowRatio.GetID() );
m_IntersectSubSurfsButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_IntersectSubSurfs.GetID() );
m_FarXScaleSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarXScale.GetID() );
m_FarYScaleSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarYScale.GetID() );
m_FarZScaleSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarZScale.GetID() );
// char xstr[255];
// char ystr[255];
// char zstr[255];
// sprintf( xstr, "%0.4f", CfdMeshMgr.GetFarLength() );
// sprintf( ystr, "%0.4f", CfdMeshMgr.GetFarWidth() );
// sprintf( zstr, "%0.4f", CfdMeshMgr.GetFarHeight() );
// m_CfdMeshUI->farXScaleAbsInput->value(xstr);
// m_CfdMeshUI->farYScaleAbsInput->value(ystr);
// m_CfdMeshUI->farZScaleAbsInput->value(zstr);
m_FarXLocationSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarXLocation.GetID() );
m_FarYLocationSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarYLocation.GetID() );
m_FarZLocationSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_FarZLocation.GetID() );
m_FarEdgeLengthSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_FarMaxLen.GetID() );
m_FarGapSizeSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_FarMaxGap.GetID() );
m_FarCircSegmentSlider.Update( CfdMeshMgr.GetGridDensityPtr()->m_FarNCircSeg.GetID() );
m_WakeScaleSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_WakeScale.GetID() );
m_WakeAngleSlider.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_WakeAngle.GetID() );
//==== Load Geom Choice ====//
m_GeomVec = m_Vehicle->GetGeomVec();
m_CfdMeshUI->compChoice->clear();
m_CfdMeshUI->surfChoice->clear();
m_CfdMeshUI->wakeCompChoice->clear();
m_CfdMeshUI->farCompChoice->clear();
map< string, int > compIDMap;
map< string, int > wingCompIDMap;
m_WingGeomVec.clear();
int iwing = 0;
for ( i = 0 ; i < ( int )m_GeomVec.size() ; i++ )
{
char str[256];
Geom* g = m_Vehicle->FindGeom( m_GeomVec[i] );
if ( g )
{
sprintf( str, "%d_%s", i, g->GetName().c_str() );
m_CfdMeshUI->compChoice->add( str );
if( g->HasWingTypeSurfs() )
{
m_CfdMeshUI->wakeCompChoice->add( str );
wingCompIDMap[ m_GeomVec[i] ] = iwing;
m_WingGeomVec.push_back( m_GeomVec[i] );
iwing ++;
}
m_CfdMeshUI->farCompChoice->add( str );
compIDMap[ m_GeomVec[i] ] = i;
}
}
string currSourceGeomID = CfdMeshMgr.GetCurrSourceGeomID();
if( currSourceGeomID.length() == 0 && m_GeomVec.size() > 0 )
{
// Handle case default case.
currSourceGeomID = m_GeomVec[0];
CfdMeshMgr.SetCurrSourceGeomID( currSourceGeomID );
}
Geom* currGeom = m_Vehicle->FindGeom( currSourceGeomID );
m_CfdMeshUI->compChoice->value( compIDMap[ currSourceGeomID ] );
string wakeGeomID = CfdMeshMgr.GetWakeGeomID();
if( wakeGeomID.length() == 0 && m_WingGeomVec.size() > 0 )
{
// Handle case default case.
wakeGeomID = m_WingGeomVec[0];
CfdMeshMgr.SetWakeGeomID( wakeGeomID );
}
Geom* wakeGeom = m_Vehicle->FindGeom( wakeGeomID );
m_CfdMeshUI->wakeCompChoice->value( wingCompIDMap[ wakeGeomID ] );
string farGeomID = CfdMeshMgr.GetCfdSettingsPtr()->GetFarGeomID();
if( farGeomID.length() == 0 && m_GeomVec.size() > 0 )
{
// Handle case default case.
farGeomID = m_GeomVec[0];
CfdMeshMgr.GetCfdSettingsPtr()->SetFarGeomID( farGeomID );
}
m_CfdMeshUI->farCompChoice->value( compIDMap[ farGeomID ] );
BaseSource* source = CfdMeshMgr.GetCurrSource();
if ( source )
{
m_LengthSlider.Activate();
m_RadiusSlider.Activate();
m_CfdMeshUI->SourceNameInput->activate();
m_LengthSlider.Update( source->m_Len.GetID() );
m_RadiusSlider.Update( source->m_Rad.GetID() );
m_CfdMeshUI->SourceNameInput->value( source->GetName().c_str() );
if ( source->GetType() == vsp::POINT_SOURCE )
{
m_U1Slider.Activate();
m_W1Slider.Activate();
PointSource* ps = ( PointSource* )source;
m_U1Slider.Update( ps->m_ULoc.GetID() );
m_W1Slider.Update( ps->m_WLoc.GetID() );
m_CfdMeshUI->EditSourceTitle->label( "Edit Point Source" );
m_Length2Slider.Deactivate();
m_Radius2Slider.Deactivate();
m_U2Slider.Deactivate();
m_W2Slider.Deactivate();
}
else if ( source->GetType() == vsp::LINE_SOURCE )
{
m_Length2Slider.Activate();
m_Radius2Slider.Activate();
m_U1Slider.Activate();
m_W1Slider.Activate();
m_U2Slider.Activate();
m_W2Slider.Activate();
LineSource* ps = ( LineSource* )source;
m_U1Slider.Update( ps->m_ULoc1.GetID() );
m_W1Slider.Update( ps->m_WLoc1.GetID() );
m_U2Slider.Update( ps->m_ULoc2.GetID() );
m_W2Slider.Update( ps->m_WLoc2.GetID() );
m_Length2Slider.Update( ps->m_Len2.GetID() );
m_Radius2Slider.Update( ps->m_Rad2.GetID() );
m_CfdMeshUI->EditSourceTitle->label( "Edit Line Source" );
}
else if ( source->GetType() == vsp::BOX_SOURCE )
{
m_U1Slider.Activate();
m_W1Slider.Activate();
m_U2Slider.Activate();
m_W2Slider.Activate();
BoxSource* ps = ( BoxSource* )source;
m_U1Slider.Update( ps->m_ULoc1.GetID() );
m_W1Slider.Update( ps->m_WLoc1.GetID() );
m_U2Slider.Update( ps->m_ULoc2.GetID() );
m_W2Slider.Update( ps->m_WLoc2.GetID() );
m_CfdMeshUI->EditSourceTitle->label( "Edit Box Source" );
m_Length2Slider.Deactivate();
m_Radius2Slider.Deactivate();
}
}
else
{
m_LengthSlider.Deactivate();
m_RadiusSlider.Deactivate();
m_Length2Slider.Deactivate();
m_Radius2Slider.Deactivate();
m_U1Slider.Deactivate();
m_W1Slider.Deactivate();
m_U2Slider.Deactivate();
m_W2Slider.Deactivate();
m_CfdMeshUI->SourceNameInput->deactivate();
m_CfdMeshUI->EditSourceTitle->label( "" );
}
//==== Load Up Source Browser ====//
int currSourceID = -1;
m_CfdMeshUI->sourceBrowser->clear();
if( currGeom )
{
vector< BaseSource* > sVec = currGeom->GetCfdMeshMainSourceVec();
for ( i = 0 ; i < ( int )sVec.size() ; i++ )
{
if ( source == sVec[i] )
{
currSourceID = i;
}
m_CfdMeshUI->sourceBrowser->add( sVec[i]->GetName().c_str() );
}
if ( currSourceID >= 0 && currSourceID < ( int )sVec.size() )
{
m_CfdMeshUI->sourceBrowser->select( currSourceID + 1 );
}
int nmain = currGeom->GetNumMainSurfs();
for ( i = 0; i < nmain; i++ )
{
char str[256];
sprintf( str, "Surf_%d", i );
m_CfdMeshUI->surfChoice->add( str );
}
int currMainSurfID = CfdMeshMgr.GetCurrMainSurfIndx();
if( currMainSurfID >= 0 && currMainSurfID < nmain )
{
m_CfdMeshUI->surfChoice->value( currMainSurfID );
}
}
m_DrawMeshButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawMeshFlag.GetID() );
m_DrawSourceButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawSourceFlag.GetID() );
m_DrawFarButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawFarFlag.GetID() );
m_DrawFarPreButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawFarPreFlag.GetID() );
m_DrawBadButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawBadFlag.GetID() );
m_DrawSymmButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawSymmFlag.GetID() );
m_DrawWakeButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_DrawWakeFlag.GetID() );
m_DrawTagsButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->m_ColorTagsFlag.GetID() );
if ( CfdMeshMgr.GetCfdSettingsPtr()->GetHalfMeshFlag() )
{
m_CfdMeshUI->halfMeshButton->value( 1 );
}
else
{
m_CfdMeshUI->halfMeshButton->value( 0 );
}
if ( CfdMeshMgr.GetGridDensityPtr()->GetRigorLimit() )
{
m_CfdMeshUI->rigorLimitButton->value( 1 );
}
else
{
m_CfdMeshUI->rigorLimitButton->value( 0 );
}
string datname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_DAT_FILE_NAME );
m_CfdMeshUI->datName->value( truncateFileName( datname, 40 ).c_str() );
string keyname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_KEY_FILE_NAME );
m_CfdMeshUI->keyName->value( truncateFileName( keyname, 40 ).c_str() );
string objname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_OBJ_FILE_NAME );
m_CfdMeshUI->objName->value( truncateFileName( objname, 40 ).c_str() );
string polyname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_POLY_FILE_NAME );
m_CfdMeshUI->polyName->value( truncateFileName( polyname, 40 ).c_str() );
string stlname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_STL_FILE_NAME );
m_CfdMeshUI->stlName->value( truncateFileName( stlname, 40 ).c_str() );
string triname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_TRI_FILE_NAME );
m_CfdMeshUI->triName->value( truncateFileName( triname, 40 ).c_str() );
string gmshname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_GMSH_FILE_NAME );
m_CfdMeshUI->gmshName->value( truncateFileName( gmshname, 40 ).c_str() );
string srfname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_SRF_FILE_NAME );
m_CfdMeshUI->srfName->value( truncateFileName( srfname, 40 ).c_str() );
string tkeyname = CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileName( vsp::CFD_TKEY_FILE_NAME );
m_CfdMeshUI->tkeyName->value( truncateFileName( tkeyname, 40).c_str() );
//==== Export Flags ====//
m_DatToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_DAT_FILE_NAME )->GetID() );
m_KeyToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_KEY_FILE_NAME )->GetID() );
m_ObjToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_OBJ_FILE_NAME )->GetID() );
m_PolyToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_POLY_FILE_NAME )->GetID() );
m_StlToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_STL_FILE_NAME )->GetID() );
m_StlMultiSolidToggleButton.Update( m_Vehicle->m_STLMultiSolid.GetID() );
m_TriToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_TRI_FILE_NAME )->GetID() );
m_GmshToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_GMSH_FILE_NAME )->GetID() );
m_SrfToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_SRF_FILE_NAME )->GetID() );
m_TkeyToggleButton.Update( CfdMeshMgr.GetCfdSettingsPtr()->GetExportFileFlag( vsp::CFD_TKEY_FILE_NAME)->GetID() );
//==== Wake Flag ====//
if( wakeGeom )
{
if ( wakeGeom->GetWakeActiveFlag() )
{
m_CfdMeshUI->addWakeButton->value( 1 );
}
else
{
m_CfdMeshUI->addWakeButton->value( 0 );
}
}
//=== Domain tab GUI active areas ===//
if ( CfdMeshMgr.GetCfdSettingsPtr()->GetFarMeshFlag() )
{
m_CfdMeshUI->farParametersGroup->activate();
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarCompFlag() )
{
m_CfdMeshUI->farBoxGroup->deactivate();
m_CfdMeshUI->farCompGroup->activate();
}
else
{
m_CfdMeshUI->farBoxGroup->activate();
m_CfdMeshUI->farCompGroup->deactivate();
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarManLocFlag() )
{
m_CfdMeshUI->farXYZLocationGroup->activate();
}
else
{
m_CfdMeshUI->farXYZLocationGroup->deactivate();
}
}
}
else
{
m_CfdMeshUI->farParametersGroup->deactivate();
}
//=== Domain tab GUI radio & highlight buttons ===//
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarMeshFlag() )
{
m_CfdMeshUI->farMeshButton->value( 1 );
}
else
{
m_CfdMeshUI->farMeshButton->value( 0 );
}
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarCompFlag() )
{
m_CfdMeshUI->farComponentGenButton->setonly();
}
else
{
m_CfdMeshUI->farBoxGenButton->setonly();
}
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarAbsSizeFlag() )
{
m_CfdMeshUI->farAbsSizeButton->value( 1 );
m_CfdMeshUI->farRelSizeButton->value( 0 );
}
else
{
m_CfdMeshUI->farAbsSizeButton->value( 0 );
m_CfdMeshUI->farRelSizeButton->value( 1 );
}
if( CfdMeshMgr.GetCfdSettingsPtr()->GetFarManLocFlag() )
{
m_CfdMeshUI->farManLocButton->value( 1 );
m_CfdMeshUI->farCenLocButton->value( 0 );
}
else
{
m_CfdMeshUI->farManLocButton->value( 0 );
m_CfdMeshUI->farCenLocButton->value( 1 );
}
return false;
}
bool FitModelScreen::Update()
{
int i;
int index;
char str[256];
// Update the number of selected points.
sprintf( str, "%d", FitModelMgr.GetNumSelected() );
m_NSelOutput.Update( str );
m_TargetGeomPicker.Update();
m_UToggleGroup.Update( FitModelMgr.m_UType.GetID() );
m_USlider.Update( FitModelMgr.m_UTargetPt.GetID() );
m_WToggleGroup.Update( FitModelMgr.m_WType.GetID() );
m_WSlider.Update( FitModelMgr.m_WTargetPt.GetID() );
m_SelOneButton.Update( FitModelMgr.m_SelectOneFlag.GetID() );
m_SelBoxButton.Update( FitModelMgr.m_SelectBoxFlag.GetID() );
// Update Fixed target point browser
m_TargetPtBrowser->clear();
static int ptwidths[] = { 75, 35, 35, 35, 35, 37, 35, 38 }; // widths for each column
m_TargetPtBrowser->column_widths( ptwidths ); // assign array to widget
m_TargetPtBrowser->column_char( ':' ); // use : as the column character
sprintf( str, "@[email protected]:@b@[email protected]:@b@[email protected]:@b@[email protected]:@b@[email protected]:@b@[email protected]:@b@[email protected]:@b@[email protected]" );
m_TargetPtBrowser->add( str );
int num_fix = FitModelMgr.GetNumTargetPt();
for ( i = 0 ; i < num_fix ; i++ )
{
TargetPt* tpt = FitModelMgr.GetTargetPt( i );
if( tpt )
{
Geom* g = VehicleMgr.GetVehicle()->FindGeom( tpt->GetMatchGeom() );
if( g )
{
char *fix = "fix";
char *free = "free";
char *ut;
char *wt;
if( tpt->GetUType() == TargetPt::FIXED )
{
ut = fix;
}
else
{
ut = free;
}
if( tpt->GetWType() == TargetPt::FIXED )
{
wt = fix;
}
else
{
wt = free;
}
sprintf( str, "%s:%4.2f:%4.2f:%4.2f:%4.2f:%s:%4.2f:%s", g->GetName().c_str(), tpt->GetPt().x(), tpt->GetPt().y(), tpt->GetPt().z(), tpt->GetUW().x(), ut, tpt->GetUW().y(), wt );
m_TargetPtBrowser->add( str );
}
}
}
index = FitModelMgr.GetCurrTargetPtIndex();
if ( index >= 0 && index < num_fix )
{
m_TargetPtBrowser->select( index + 2 );
}
sprintf( str, "%d", num_fix );
m_NTgtOutput.Update( str );
// Check that all Parms exist. Needed in case a Geom with DesVars is
// deleted.
FitModelMgr.CheckVars();
// Re-sort DesVars. Needed in case a Geom's name is changed.
if ( !FitModelMgr.SortVars() )
{
RebuildAdjustTab();
}
//==== Update Parm Picker ====//
m_ParmPicker.Update();
//==== Update Parm Tree Picker ====//
m_ParmTreePicker.Update( FitModelMgr.GetVarVec() );
//==== Update Parm Browser ====//
varBrowser->clear();
static int widths[] = { 75, 75, 90 }; // widths for each column
varBrowser->column_widths( widths ); // assign array to widget
varBrowser->column_char( ':' ); // use : as the column character
sprintf( str, "@[email protected]_A:@[email protected]:@[email protected]" );
varBrowser->add( str );
int num_vars = FitModelMgr.GetNumVars();
for ( i = 0 ; i < num_vars ; i++ )
{
string c_name, g_name, p_name;
ParmMgr.GetNames( FitModelMgr.GetVar( i ), c_name, g_name, p_name );
sprintf( str, "%s:%s:%s", c_name.c_str(), g_name.c_str(), p_name.c_str() );
varBrowser->add( str );
}
index = FitModelMgr.GetCurrVarIndex();
if ( index >= 0 && index < num_vars )
{
varBrowser->select( index + 2 );
}
sprintf( str, "%d", num_vars );
m_NVarOutput.Update( str );
// Parameter GUI got out of sync. Probably from File->New or similar.
if ( m_NVarLast != num_vars )
{
RebuildAdjustTab();
}
//==== Update Parm Adjust Tab ====//
for ( int i = 0 ; i < num_vars ; i++ )
{
m_ParmSliderVec[i].Update( FitModelMgr.GetVar( i ) );
}
FitModelMgr.UpdateNumOptVars();
sprintf( str, "%d", FitModelMgr.GetNumOptVars() );
m_DOFOutput.Update( str );
sprintf( str, "%d", num_fix * 3 );
m_CondOutput.Update( str );
m_DistOutput.Update( std::to_string( static_cast<long double> (FitModelMgr.m_DistMetric) ) );
//===== Save/Load =====//
m_SaveOutput.Update( truncateFileName( FitModelMgr.GetSaveFitFileName(), 40 ) );
m_LoadOutput.Update( truncateFileName( FitModelMgr.GetLoadFitFileName(), 40 ) );
if ( m_SaveOutput.GetString() == "" )
{
m_Save.Deactivate();
}
else
{
m_Save.Activate();
}
if ( m_LoadOutput.GetString() == "" )
{
m_Load.Deactivate();
}
else
{
m_Load.Activate();
}
m_FLTK_Window->redraw();
return false;
}
//==== Load Geom Browser ====//
void ManageGeomScreen::LoadBrowser()
{
//==== Save List of Selected Geoms ====//
vector< string > activeVec = m_VehiclePtr->GetActiveGeomVec();
m_LastTopLine = m_GeomUI->geomBrowser->topline();
//==== Display Vehicle Name ====//
m_GeomUI->geomBrowser->clear();
m_GeomUI->geomBrowser->add( m_VehiclePtr->GetName().c_str() );
//==== Get Geoms To Display ====//
m_DisplayedGeomVec = m_VehiclePtr->GetGeomVec( true );
//==== Step Thru Comps ====//
for ( int i = 0 ; i < ( int )m_DisplayedGeomVec.size() ; i++ )
{
Geom* gPtr = m_VehiclePtr->FindGeom( m_DisplayedGeomVec[i] );
if ( gPtr )
{
string str;
//==== Check if Parent is Selected ====//
if ( IsParentSelected( m_DisplayedGeomVec[i], activeVec ) )
{
str.append( "@b@." );
}
int numindents = gPtr->CountParents( 0 );
for ( int j = 0 ; j < numindents ; j++ )
{
str.append( "--" );
}
if ( gPtr->m_TransAttachFlag() == GeomXForm::ATTACH_TRANS_NONE &&
gPtr->m_RotAttachFlag() == GeomXForm::ATTACH_ROT_NONE )
{
str.append( "> " );
}
else
{
str.append( "^ " );
}
if ( !gPtr->m_GuiDraw.GetDisplayChildrenFlag() )
{
str.append( "(+) " );
}
str.append( gPtr->GetName() );
if ( gPtr->m_GuiDraw.GetNoShowFlag() )
{
str.append( "(no show)" );
}
m_GeomUI->geomBrowser->add( str.c_str() );
}
}
//==== Restore List of Selected Geoms ====//
for ( int i = 0 ; i < ( int )activeVec.size() ; i++ )
{
SelectGeomBrowser( activeVec[i] );
}
}
bool VSPAEROScreen::Update()
{
Vehicle *veh = VehicleMgr.GetVehicle();
VSPAEROMgr.Update();
if( veh )
{
//check if the degenfile name has changed
string t_ModelNameBase = VSPAEROMgr.m_ModelNameBase; //m_ModelNameBase is built from calling veh->getExportFileName();
if( !t_ModelNameBase.empty() && strcmp( m_ModelNameBasePrevious.c_str(), t_ModelNameBase.c_str() ) != 0 )
{
ReadSetup();
}
m_ModelNameBasePrevious = t_ModelNameBase;
// Reference Wing Choice
// find & list all Wing type geometries
vector <string> geomVec = veh->GetGeomVec();
m_RefWingChoice.ClearItems();
m_WingGeomVec.clear();
map <string, int> WingCompIDMap;
int iwing = 0;
for ( int i = 0 ; i < ( int )geomVec.size() ; i++ )
{
char str[256];
Geom* g = veh->FindGeom( geomVec[i] );
if ( g )
{
sprintf( str, "%d_%s", i, g->GetName().c_str() );
if( g->GetType().m_Type == MS_WING_GEOM_TYPE )
{
m_RefWingChoice.AddItem( str );
WingCompIDMap[ geomVec[i] ] = iwing;
m_WingGeomVec.push_back( geomVec[i] );
iwing ++;
}
}
}
m_RefWingChoice.UpdateItems();
// Update selected value
string refGeomID = VSPAEROMgr.m_RefGeomID;
if( refGeomID.length() == 0 && m_WingGeomVec.size() > 0 )
{
// Handle case default case.
refGeomID = m_WingGeomVec[0];
VSPAEROMgr.m_RefGeomID = refGeomID;
// Re-trigger reference quantity update with default component.
VSPAEROMgr.Update();
}
m_RefWingChoice.SetVal( WingCompIDMap[ refGeomID ] );
// Update available set choices
m_GeomSetChoice.ClearItems();
m_CGSetChoice.ClearItems();
vector <string> setVec = veh->GetSetNameVec();
for ( int iSet = 0; iSet < setVec.size(); iSet++ )
{
m_GeomSetChoice.AddItem( setVec[iSet] );
m_CGSetChoice.AddItem( setVec[iSet] );
}
m_GeomSetChoice.UpdateItems();
m_CGSetChoice.UpdateItems();
m_GeomSetChoice.SetVal( VSPAEROMgr.m_GeomSet() );
m_CGSetChoice.SetVal( VSPAEROMgr.m_CGGeomSet() );
// Case Setup
m_AeroMethodToggleGroup.Update( VSPAEROMgr.m_AnalysisMethod.GetID() );
switch ( VSPAEROMgr.m_AnalysisMethod.Get() )
{
case vsp::VSPAERO_ANALYSIS_METHOD::VORTEX_LATTICE:
m_DegenFileName.Activate();
m_DegenFileButton.Activate();
m_CompGeomFileName.Deactivate();
m_CompGeomFileButton.Deactivate();
break;
case vsp::VSPAERO_ANALYSIS_METHOD::PANEL:
m_DegenFileName.Deactivate();
m_DegenFileButton.Deactivate();
m_CompGeomFileName.Activate();
m_CompGeomFileButton.Activate();
break;
default:
//do nothing; this should not be reachable
break;
}
m_DegenFileName.Update( veh->getExportFileName( vsp::DEGEN_GEOM_CSV_TYPE ) );
m_CompGeomFileName.Update( veh->getExportFileName( vsp::VSPAERO_PANEL_TRI_TYPE ) );
m_NCPUSlider.Update( VSPAEROMgr.m_NCPU.GetID() );
m_StabilityCalcToggle.Update( VSPAEROMgr.m_StabilityCalcFlag.GetID() );
m_BatchCalculationToggle.Update( VSPAEROMgr.m_BatchModeFlag.GetID() );
//printf("m_SolverProcess.m_ThreadID = %lu\n", m_SolverProcess.m_ThreadID);
if( m_SolverThreadIsRunning )
{
m_ComputeGeometryButton.Deactivate();
}
else
{
m_ComputeGeometryButton.Activate();
}
// Wake Options
m_WakeNumIterSlider.Update( VSPAEROMgr.m_WakeNumIter.GetID() );
m_WakeAvgStartIterSlider.Update( VSPAEROMgr.m_WakeAvgStartIter.GetID() );
m_WakeSkipUntilIterSlider.Update( VSPAEROMgr.m_WakeSkipUntilIter.GetID() );
// Reference Quantities
m_RefToggle.Update( VSPAEROMgr.m_RefFlag.GetID() );
m_SrefSlider.Update( VSPAEROMgr.m_Sref.GetID() );
m_brefSlider.Update( VSPAEROMgr.m_bref.GetID() );
m_crefSlider.Update( VSPAEROMgr.m_cref.GetID() );
// CG Position
m_NumSliceSlider.Update( VSPAEROMgr.m_NumMassSlice.GetID() );
m_XcgSlider.Update( VSPAEROMgr.m_Xcg.GetID() );
m_YcgSlider.Update( VSPAEROMgr.m_Ycg.GetID() );
m_ZcgSlider.Update( VSPAEROMgr.m_Zcg.GetID() );
// Flow Condition
// Alpha
m_AlphaStartInput.Update( VSPAEROMgr.m_AlphaStart.GetID() );
m_AlphaEndInput.Update( VSPAEROMgr.m_AlphaEnd.GetID() );
m_AlphaNptsInput.Update( VSPAEROMgr.m_AlphaNpts.GetID() );
if ( VSPAEROMgr.m_AlphaNpts.Get() == 1 )
{
m_AlphaEndInput.Deactivate();
}
else if ( VSPAEROMgr.m_AlphaNpts.Get() > 1 )
{
m_AlphaEndInput.Activate();
}
// Beta
m_BetaStartInput.Update( VSPAEROMgr.m_BetaStart.GetID() );
m_BetaEndInput.Update( VSPAEROMgr.m_BetaEnd.GetID() );
m_BetaNptsInput.Update( VSPAEROMgr.m_BetaNpts.GetID() );
if ( VSPAEROMgr.m_BetaNpts.Get() == 1 )
{
m_BetaEndInput.Deactivate();
}
else if ( VSPAEROMgr.m_BetaNpts.Get() > 1 )
{
m_BetaEndInput.Activate();
}
// Mach
m_MachStartInput.Update( VSPAEROMgr.m_MachStart.GetID() );
m_MachEndInput.Update( VSPAEROMgr.m_MachEnd.GetID() );
m_MachNptsInput.Update( VSPAEROMgr.m_MachNpts.GetID() );
if ( VSPAEROMgr.m_MachNpts.Get() == 1 )
{
m_MachEndInput.Deactivate();
}
else if ( VSPAEROMgr.m_MachNpts.Get() > 1 )
{
m_MachEndInput.Activate();
}
// Create Setup Button
if( veh->GetVSPAEROCmd().empty() ||
!FileExist( VSPAEROMgr.m_DegenFileFull ) ||
m_SolverThreadIsRunning ||
m_SolverSetupThreadIsRunning ||
( ( VSPAEROMgr.m_AnalysisMethod.Get() == vsp::VSPAERO_ANALYSIS_METHOD::PANEL ) && ( !FileExist( VSPAEROMgr.m_CompGeomFileFull ) ) ) )
{
m_SetupButton.Deactivate();
}
else
{
m_SetupButton.Activate();
}
// Kill Solver Setup Button
if( m_SolverSetupThreadIsRunning )
{
m_KillSolverSetupButton.Activate();
}
else
{
m_KillSolverSetupButton.Deactivate();
}
// Setup Text Display
m_SetupDividerBox->copy_label( std::string( "Setup File: " + GetFilename( VSPAEROMgr.m_SetupFile ) ).c_str() );
// Read Setup Button
if( !FileExist( VSPAEROMgr.m_SetupFile ) )
{
m_ReadSetup.Deactivate();
}
else
{
m_ReadSetup.Activate();
}
// Save Setup Button
if( veh->GetVSPAEROCmd().empty() || m_SolverThreadIsRunning || m_SolverSetupThreadIsRunning )
{
m_SaveSetup.Deactivate();
}
else
{
m_SaveSetup.Activate();
}
// Solver Button
if( veh->GetVSPAEROCmd().empty() ||
!FileExist( VSPAEROMgr.m_DegenFileFull ) ||
!FileExist( VSPAEROMgr.m_SetupFile ) ||
m_SolverThreadIsRunning ||
( VSPAEROMgr.m_AnalysisMethod.Get() == vsp::VSPAERO_ANALYSIS_METHOD::PANEL && !FileExist( VSPAEROMgr.m_CompGeomFileFull ) ) )
{
m_SolverButton.Deactivate();
}
else
{
m_SolverButton.Activate();
}
// Kill Solver Button
if( m_SolverThreadIsRunning )
{
m_KillSolverButton.Activate();
}
else
{
m_KillSolverButton.Deactivate();
}
// Plot Window Button
if( veh->GetVSPAEROCmd().empty() ||
!FileExist( VSPAEROMgr.m_DegenFileFull ) ||
!FileExist( VSPAEROMgr.m_SetupFile ) ||
( VSPAEROMgr.m_AnalysisMethod.Get() == vsp::VSPAERO_ANALYSIS_METHOD::PANEL && !FileExist( VSPAEROMgr.m_CompGeomFileFull ) ) )
{
m_PlotButton.Deactivate();
}
else
{
m_PlotButton.Activate();
}
// Viewer Button
if( veh->GetVIEWERCmd().empty() || m_SolverThreadIsRunning || m_ViewerProcess.IsRunning() || !FileExist( VSPAEROMgr.m_AdbFile ) )
{
m_ViewerButton.Deactivate();
}
else
{
m_ViewerButton.Activate();
}
// Export Button
if ( ResultsMgr.GetNumResults( "VSPAERO_Wrapper" ) == 0 )
{
m_ExportResultsToCsvButton.Deactivate();
}
else
{
m_ExportResultsToCsvButton.Activate();
}
}
m_FLTK_Window->redraw();
return false;
}
