String PropertyUtils::getFormattedNumber( String numberStr, IsoString numberFormat )
{
if ( numberStr.IsEmpty() )
return numberStr;
size_t im = numberFormat.Find( 'm' );
if ( im == String::notFound )
return String().Format( numberFormat.c_str(), stringToFloatSafe( numberStr ) );
numberFormat.DeleteRight( im );
numberFormat.DeleteLeft( 1 );
StringList tokens;
numberFormat.Break( tokens, '.', true/*trim*/ );
size_t fraction = stringToIntSafe( tokens[1] );
size_t width = stringToIntSafe( tokens[0] ) - fraction;
assert( width > 0 );
int hours = Trunc( stringToFloatSafe( numberStr ) );
switch ( fraction )
{
case 3:
{
int minutes = Trunc( (stringToFloatSafe( numberStr ) - hours)*60 );
IsoString formatStr = '%' + IsoString().Format( "%dd",width ) + ":%02d";
return String().Format( formatStr.c_str(), hours, Abs( minutes ) );
}
case 5:
{
int minutes = Trunc( (stringToFloatSafe( numberStr ) - hours)*60 );
int minutesfrac = Trunc( ((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*10);
IsoString formatStr = '%' + IsoString().Format( "%dd", width ) + ":%02d.%d";
return String().Format( formatStr.c_str(), hours, Abs( minutes ), Abs( minutesfrac ) );
}
case 6:
{
int minutes = Trunc( (stringToFloatSafe( numberStr ) - hours)*60 );
int seconds = Trunc( ((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*60 );
IsoString formatStr = '%' + IsoString().Format( "%dd", width ) + ":%02d:%02d";
return String().Format( formatStr.c_str(), hours, Abs( minutes ), Abs( seconds ) );
}
case 8:
{
int minutes = Trunc( (stringToFloatSafe( numberStr ) - hours)*60 );
int seconds = Trunc( ((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*60 );
int secondsfrac = Trunc( (((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*60 - seconds)*10 );
IsoString formatStr = '%' + IsoString().Format( "%dd", width ) + ":%02d:%02d.%d";
return String().Format( formatStr.c_str(), hours, Abs( minutes ), Abs( seconds ), Abs( secondsfrac ) );
}
case 9:
{
int minutes = Trunc( (stringToFloatSafe( numberStr ) - hours)*60 );
int seconds = Trunc( ((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*60 );
int secondsfrac = Trunc( (((stringToFloatSafe( numberStr ) - hours)*60 - minutes)*60 - seconds)*100 );
IsoString formatStr = '%' + IsoString().Format( "%dd", width ) + ":%02d:%02d.%02d";
return String().Format( formatStr.c_str(), hours, Abs( minutes ), Abs( seconds ), Abs( secondsfrac ) );
}
default:
return String();
}
}
static IsoString GetDemangledFunctionName( const char* symbol, IsoString& addrStr )
{
IsoString symbolStr( symbol );
addrStr.Clear();
// Get mangled function name. Example:
// /opt/PixInsight/bin/lib/libQtGui.so.4(_ZN7QWidget5eventEP6QEvent+0x411) [0x7fa271347811]
StringList tokens;
symbolStr.Break( tokens, '(' , true/*trim*/ );
if ( tokens.Length() != 2 )
return symbolStr;
// Take second token and split again.
StringList tokens2;
tokens[1].Break( tokens2, '+' , true/*trim*/ );
if ( tokens2.Length() != 2 )
return symbolStr;
// If there is no function name, do not set the addr string.
if ( !tokens2[0].IsEmpty() )
{
addrStr = tokens2[1];
addrStr.DeleteChar( '(' );
addrStr.DeleteChar( ')' );
}
// The first token of tokens2 contains the mangled string. Demangle it.
size_t funcnameSize = 256;
char funcname[ funcnameSize ];
int status;
IsoString token( tokens2[0] );
const char* demangledFuncname = abi::__cxa_demangle( token.c_str(), funcname, &funcnameSize, &status );
return (status == 0) ? IsoString( demangledFuncname ) : symbolStr;
}
IsoString MetaModule::ReadableVersion() const
{
int major, minor, release, build;
IsoString dum1, dum2;
GetVersion( major, minor, release, build, dum1, dum2 );
return Name() + IsoString().Format( " module version %02d.%02d.%02d.%04d", major, minor, release, build );
}
ImageDescriptionArray JPEGInstance::Open( const String& filePath, const IsoString& hints )
{
Close();
try
{
Exception::EnableConsoleOutput();
JPEGImageOptions jpegOptions = JPEGFormat::DefaultOptions();
IsoStringList theHints;
hints.Break( theHints, ' ', true/*trim*/ );
theHints.Remove( IsoString() );
for ( IsoStringList::const_iterator i = theHints.Begin(); i < theHints.End(); ++i )
if ( *i == "verbosity" )
{
if ( ++i == theHints.End() )
break;
int n;
if ( i->TryToInt( n ) )
jpegOptions.verbosity = Range( n, 0, 3 );
}
m_reader = new JPEGReader;
m_reader->SetJPEGOptions( jpegOptions );
m_reader->Open( filePath );
return ImageDescriptionArray() << ImageDescription( m_reader->Info(), m_reader->Options() );
}
catch ( ... )
{
Close();
throw;
}
}
bool FileDataCacheItem::Load( const IsoString& keyPrefix, int index )
{
String s;
if ( !Settings::Read( keyPrefix + IsoString().Format( "%08d", index+1 ), s ) )
return false;
if ( s.IsEmpty() || !FromString( s ) )
throw CatchedException();
return true;
}
IsoString ExponentialFunctionType::ElementId( size_type i ) const
{
switch ( i )
{
case PIP: return "PIP";
case SMI: return "SMI";
}
return IsoString();
}
IsoString CSSColorName( RGBA c )
{
if ( c == 0 )
return "Transparent";
SetAlpha( c, 0xFF );
for ( const CSSColor& color : cssColors )
if ( color.value == c )
return color.name;
return IsoString();
}
api_bool InternalIconEnumerator::ProcessCallback( const char* iconId, void* data )
{
#define enumeration reinterpret_cast<ProcessIconsByProcessIdEnumerationData*>( data )
ProcessInstance instance( (*API->Process->CreateProcessInstanceFromIcon)( ModuleHandle(), iconId ) );
if ( instance.IsNull() ) // ?! should not happen
return api_false;
if ( instance.ParentProcess().Id() == enumeration->processId )
enumeration->icons.Add( IsoString( iconId ) );
return api_true;
#undef enumeration
}
MessageBox::std_button MessageBox::Execute()
{
if ( API == nullptr )
{
// Errors occurring before API initialization.
#ifdef __PCL_WINDOWS
::MessageBoxW( 0, (LPCWSTR)p->text.c_str(), (LPCWSTR)p->caption.c_str(), MB_OK|MB_ICONERROR|MB_TASKMODAL );
#else
IsoString cmd( "xmessage -buttons Ok:0 -default Ok -center " );
cmd.Append( '\"' );
if ( !p->caption.IsEmpty() )
{
cmd.Append( IsoString( p->caption ) );
cmd.Append( ": " );
}
if ( !p->text.IsEmpty() )
cmd.Append( IsoString( p->text ) );
cmd.Append( '\"' );
system( cmd.c_str() );
#endif // __PCL_WINDOWS
return StdButton::Ok;
}
// Request a PixInsight MessageBox primitive.
return std_button( (*API->Global->MessageBox)( p->text.c_str(), p->caption.c_str(),
p->button0, p->button1, p->button2,
p->defaultButton, p->escapeButton,
p->icon ) );
}
void JPEGInstance::Create( const String& filePath, int numberOfImages, const IsoString& hints )
{
Close();
Exception::EnableConsoleOutput();
m_writer = new JPEGWriter;
m_writer->Create( filePath );
JPEGImageOptions jpegOptions = JPEGFormat::DefaultOptions();
IsoStringList theHints;
hints.Break( theHints, ' ', true/*trim*/ );
theHints.Remove( IsoString() );
for ( IsoStringList::const_iterator i = theHints.Begin(); i < theHints.End(); ++i )
{
if ( *i == "quality" )
{
if ( ++i == theHints.End() )
break;
int q = jpegOptions.quality;
if ( i->TryToInt( q ) )
jpegOptions.quality = Range( q, 0, 100 );
}
else if ( *i == "optimized" )
jpegOptions.optimizedCoding = true;
else if ( *i == "no-optimized" )
jpegOptions.optimizedCoding = false;
else if ( *i == "arithmetic" )
jpegOptions.arithmeticCoding = true;
else if ( *i == "huffman" )
jpegOptions.arithmeticCoding = false;
else if ( *i == "progressive" )
jpegOptions.progressive = true;
else if ( *i == "no-progressive" )
jpegOptions.progressive = false;
else if ( *i == "verbosity" )
{
if ( ++i == theHints.End() )
break;
int n;
if ( i->TryToInt( n ) )
jpegOptions.verbosity = Range( n, 0, 3 );
}
}
m_writer->SetJPEGOptions( jpegOptions );
}
void FilterLibrary::SaveAs( const String& _filePath )
{
File f;
f.CreateForWriting( _filePath );
if ( !filters.IsEmpty() )
for ( filter_list::const_iterator i = filters.Begin(); ; )
{
f.OutText( i->ToSource() );
if ( ++i == filters.End() )
break;
f.OutTextLn( IsoString() );
}
f.Close();
filePath = _filePath;
}
static void FindPreviews( StringList& items, const String& imageId, const String& previewId )
{
if ( imageId.HasWildcards() )
{
Array<ImageWindow> W = ImageWindow::AllWindows();
for ( size_type i = 0; i < W.Length(); ++i )
if ( String( W[i].MainView().Id() ).WildMatch( imageId ) )
FindPreviews( items, W[i], previewId );
}
else
{
ImageWindow w = ImageWindow::WindowById( IsoString( imageId ) );
if ( w.IsNull() )
throw ParseError( "Image not found", imageId );
FindPreviews( items, w, previewId );
}
}
static void FindPreviews( StringList& items, const ImageWindow& w, const String& previewId )
{
if ( previewId.HasWildcards() )
{
Array<View> P = w.Previews();
for ( size_type i = 0; i < P.Length(); ++i )
if ( String( P[i].Id() ).WildMatch( previewId ) )
AddView( items, P[i] );
}
else
{
View p = w.PreviewById( IsoString( previewId ) );
if ( p.IsNull() )
throw ParseError( "Preview not found", previewId );
AddView( items, p );
}
}
IsoString CCDFrameProcess::Category() const
{
return IsoString("INDI"); // No category
}
api_bool InternalIconEnumerator::IconCallback( const char* iconId, void* data )
{
reinterpret_cast<IsoStringList*>( data )->Add( IsoString( iconId ) );
return api_true;
}
void JPCInstance::Create( const String& filePath, int/*numberOfImages*/, const IsoString& hints )
{
Close();
Exception::EnableConsoleOutput();
m_path = filePath;
IsoStringList theHints;
hints.Break( theHints, ' ', true/*trim*/ );
theHints.Remove( IsoString() );
for ( IsoStringList::const_iterator i = theHints.Begin(); i < theHints.End(); ++i )
{
if ( *i == "lossy" )
m_jp2Options.lossyCompression = true;
else if ( *i == "lossless" )
m_jp2Options.lossyCompression = false;
else if ( *i == "compression-rate" )
{
if ( ++i == theHints.End() )
break;
if ( i->TryToFloat( m_jp2Options.compressionRate ) )
m_jp2Options.compressionRate = Range( m_jp2Options.compressionRate, 0.01F, 0.99F );
}
else if ( *i == "signed" )
m_jp2Options.signedSample = true;
else if ( *i == "unsigned" )
m_jp2Options.signedSample = false;
else if ( *i == "tiled" )
m_jp2Options.tiledImage = true;
else if ( *i == "untiled" )
m_jp2Options.tiledImage = true;
else if ( *i == "tile-width" )
{
if ( ++i == theHints.End() )
break;
if ( i->TryToInt( m_jp2Options.tileWidth ) )
m_jp2Options.tileWidth = Range( m_jp2Options.tileWidth, 16, 8192 );
}
else if ( *i == "tile-height" )
{
if ( ++i == theHints.End() )
break;
if ( i->TryToInt( m_jp2Options.tileHeight ) )
m_jp2Options.tileHeight = Range( m_jp2Options.tileHeight, 16, 8192 );
}
else if ( *i == "layers" )
{
if ( ++i == theHints.End() )
break;
if ( i->TryToInt( m_jp2Options.numberOfLayers ) )
m_jp2Options.numberOfLayers = Range( m_jp2Options.numberOfLayers, 1, 10 );
}
else if ( *i == "lrcp" )
m_jp2Options.progressionOrder = JPEG2000ProgressionOrder::LRCP;
else if ( *i == "rlcp" )
m_jp2Options.progressionOrder = JPEG2000ProgressionOrder::RLCP;
else if ( *i == "rpcl" )
m_jp2Options.progressionOrder = JPEG2000ProgressionOrder::RPCL;
else if ( *i == "pcrl" )
m_jp2Options.progressionOrder = JPEG2000ProgressionOrder::PCRL;
else if ( *i == "cprl" )
m_jp2Options.progressionOrder = JPEG2000ProgressionOrder::CPRL;
}
}
FilterParser::token_list FilterParser::Tokenize( const IsoStringList& linesUTF8 )
{
token_list tokenList;
bool blockComment = false;
int row = 0;
for ( IsoStringList::const_iterator i = linesUTF8.Begin(); i < linesUTF8.End(); ++i, ++row )
{
IsoString token;
int tokenCol = 0;
for ( IsoString::const_iterator j = i->Begin(); j < i->End(); ++j )
{
if ( blockComment )
{
if ( *j == '*' )
if ( ++j < i->End() )
if ( *j == '/' )
{
blockComment = false;
/*
* Uncomment the next line to turn block comments into
* separators.
*
tokenCol = j - i->Begin() + 1;
*/
}
}
else
{
bool lineComment = false;
switch ( *j )
{
case ' ':
case '\t':
if ( !token.IsEmpty() )
{
tokenList.Add( Token( token, row, tokenCol ) );
token.Clear();
}
for ( IsoString::const_iterator k = j; ++k < i->End(); ++j )
if ( *k != ' ' && *k != '\t' )
break;
tokenCol = j - i->Begin() + 1;
break;
/*
case ',':
if ( token.IsEmpty() )
throw SourceCodeError( "Expected a token before ','", row+1, int( j - i->Begin() + 1 ) );
tokenList.Add( Token( token, row, tokenCol ) );
token.Clear();
tokenCol = j - i->Begin() + 1;
break;
*/
case '{':
case '}':
if ( !token.IsEmpty() )
{
tokenList.Add( Token( token, row, tokenCol ) );
token.Clear();
}
tokenList.Add( Token( IsoString( *j ), row, int( j - i->Begin() ) ) );
tokenCol = j - i->Begin() + 1;
break;
case '/':
if ( ++j < i->End() )
{
if ( *j == '/' )
lineComment = true;
else if ( *j == '*' )
{
blockComment = true;
/*
* Uncomment the next lines to turn block comments into
* separators.
*
if ( !token.IsEmpty() )
{
tokenList.Add( Token( token, row, tokenCol ) );
token.Clear();
}
*/
}
else
token += *--j;
}
break;
default:
token += *j;
break;
}
if ( lineComment )
break;
}
}
if ( !token.IsEmpty() )
tokenList.Add( Token( token, row, tokenCol ) );
}
return tokenList;
}
void FileDataCacheItem::Save( const IsoString& keyPrefix, int index ) const
{
Settings::Write( keyPrefix + IsoString().Format( "%08d", index+1 ), AsString() );
}
void INDIMountInterface::ComboItemSelected( ComboBox& sender, int itemIndex )
{
if ( sender == GUI->MountDevice_Combo )
{
m_Device = sender.ItemText( itemIndex );
if ( TheINDIDeviceControllerInterface != nullptr )
{
INDIDeviceControllerInstance* pInstance = &TheINDIDeviceControllerInterface->instance;
if ( pInstance == nullptr )
return;
// Start update timer
GUI->UpdateMount_Timer.Start();
}
pcl::Sleep( 2 );
// Download stars from simbad database
NetworkTransfer transfer;
IsoString url( "http://simbad.u-strasbg.fr/simbad/sim-tap/sync?request=doQuery&lang=adql&format=text&query=" );
//IsoString url( "http://simbad.cfa.harvard.edu/simbad/sim-tap/sync?request=doQuery&lang=adql&format=text&query=" );
SkyMap::geoCoord geoCoord;
geoCoord.geo_lat = m_geoLat;
SkyMap::filter filter;
filter.dec_lowerLimit = (m_geoLat < 0) ? 90.0 - m_geoLat : m_geoLat - 90.0;
filter.dec_upperLimit = (m_geoLat < 0) ? -90.0 : 90.0;
filter.v_upperLimit = m_limitStarMag;
m_skymap = new SkyMap( filter, geoCoord );
IsoString select_stmt = m_skymap->getASDLQueryString();
Console().WriteLn( "QueryStr = " + m_skymap->getASDLQueryString() );
url.Append( select_stmt );
transfer.SetURL( url );
transfer.OnDownloadDataAvailable(
(NetworkTransfer::download_event_handler) &INDIMountInterface::DownloadObjectCoordinates, *this );
if ( !transfer.Download() )
{
Console().WriteLn( "Download failed with error '" + transfer.ErrorInformation() + "'" );
if ( transfer.WasAborted() )
Console().WriteLn( "Download was aborted" );
}
else
{
Console().WriteLn( String().Format( "%u bytes downloaded @ %.3g KiB/s",
transfer.BytesTransferred(), transfer.TotalSpeed() ) );
StringList lines;
m_downloadedFile.Break( lines, '\n', true/*trim*/ );
Console().WriteLn( m_downloadedFile.c_str() );
for ( size_t i = 0; i < lines.Length(); i++ )
{
if ( i <= 1 )
continue;
StringList tokens;
lines[i].Break( tokens, '|', true/*trim*/ );
if ( tokens.Length() != 5 )
continue;
if ( !tokens[1].IsNumeral() || !tokens[2].IsNumeral() || !tokens[3].IsNumeral() )
continue;
SkyMap::object star;
star.mainId = tokens[0];
star.ra = tokens[1].ToDouble();
star.dec = tokens[2].ToDouble();
star.v = tokens[3].ToDouble();
star.spType = tokens[4];
#if DEBUG
Console().WriteLn( IsoString().Format(
"star=%s, ra=%f, dec=%f, vmag=%f, sp=%s", star.mainId.c_str(), star.ra, star.dec, star.v, star.spType.c_str() ) );
#endif
m_skymap->addObject( star );
}
}
m_downloadedFile.Clear();
}
}
void INDIMountInterface::TabPageSelected( TabBox& sender, int pageIndex )
{
if ( sender == GUI->SkyChart_TabBox )
{
if ( pageIndex == 0 ) // AllSky tab page
{
m_isAllSkyView = true;
}
else if ( pageIndex==1 ) // FoV tab page
{
double CCD_chipHeight = 2200;
double CCD_chipWidth = 2750;
double CCD_pixelSize = 4.54/1000;
double TEL_focalLength = 700;
double FoV_width = CCD_chipWidth*CCD_pixelSize / TEL_focalLength*3438/60;
double FoV_height = CCD_chipHeight*CCD_pixelSize / TEL_focalLength*3438/60;
double limitStarMag = 13;
double ra_center = m_scopeRA*360/24;
double dec_center = m_scopeDEC;
// download stars
NetworkTransfer transfer;
IsoString url( "http://simbad.u-strasbg.fr/simbad/sim-tap/sync?request=doQuery&lang=adql&format=text&query=" );
IsoString select_stmt = m_skymap->getASDLFoVQueryString( ra_center, dec_center, FoV_width, FoV_height, limitStarMag );
Console().WriteLn( "QueryStr = " + select_stmt );
url.Append( select_stmt );
transfer.SetURL( url );
transfer.OnDownloadDataAvailable(
(NetworkTransfer::download_event_handler)&INDIMountInterface::DownloadObjectCoordinates, *this );
if ( !transfer.Download() )
{
Console().WriteLn( "Download failed with error '" + transfer.ErrorInformation() + "'" );
}
else
{
Console().WriteLn( String().Format( "%d bytes downloaded @ %.3g KiB/s",
transfer.BytesTransferred(), transfer.TotalSpeed() ) );
StringList lines;
m_downloadedFile.Break( lines, '\n', true/*trim*/ );
m_skymap->clearFoVObjectList();
if ( lines.Length() > 0 )
{
for ( size_t i = 0; i < lines.Length(); i++ )
{
if (i <= 1)
continue;
StringList tokens;
lines[i].Break( tokens, '|', true/*trim*/ );
if ( tokens.Length() < 4 )
continue;
if ( !tokens[1].IsNumeral() || !tokens[2].IsNumeral() || !tokens[3].IsNumeral() )
continue;
SkyMap::object star;
star.mainId = tokens[0];
star.ra = tokens[1].ToDouble();
star.dec = tokens[2].ToDouble();
star.v = tokens[3].ToDouble();
if ( tokens.Length() == 6 )
star.spType = tokens[5];
#if DEBUG
Console().WriteLn( IsoString().Format( "star=%s, ra=%f, dec=%f", star.mainId.c_str(), star.ra, star.dec ) );
#endif
m_skymap->addObjectToFoV( star );
}
}
}
m_downloadedFile.Clear();
m_isAllSkyView = false;
}
}
}
EditEqCoordPropertyDialog::EditEqCoordPropertyDialog(String raCoord, String decCoord):m_ra_hour(0),m_ra_minute(0),m_ra_second(0),m_dec_deg(0),m_dec_arcsecond(0),m_dec_arcminute(0),m_DEC_TargetCoord(String("")){
pcl::Font fnt = Font();
int labelWidth = fnt.Width(String('0', 20));
int editWidth = fnt.Width(String('0', 4));
CoordUtils::HMS ra_hms = CoordUtils::parse(raCoord);
CoordUtils::HMS dec_hms = CoordUtils::parse(decCoord);
SetWindowTitle( "Set equatorial coordinates for target object." );
RA_Property_Label.SetMinWidth(labelWidth);
RA_Property_Label.SetText( "RA (hh:mm:ss.ss)" );
RA_Property_Label.SetTextAlignment(TextAlign::Left | TextAlign::VertCenter);
RA_Hour_Edit.SetMaxWidth(editWidth);
RA_Hour_Edit.SetText(IsoString(ra_hms.hour));
RA_Hour_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
RA_Colon1_Label.SetText(":");
RA_Minute_Edit.SetMaxWidth(editWidth);
RA_Minute_Edit.SetText(IsoString(ra_hms.minute));
RA_Minute_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
RA_Colon2_Label.SetText(":");
RA_Second_Edit.SetMaxWidth(editWidth);
RA_Second_Edit.SetText(IsoString(ra_hms.second));
RA_Second_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
DEC_Property_Label.SetMinWidth(labelWidth);
DEC_Property_Label.SetText( "Dec (dd:mm:ss.ss)" );
DEC_Property_Label.SetTextAlignment(TextAlign::Left | TextAlign::VertCenter);
DEC_Hour_Edit.SetMaxWidth(editWidth);
DEC_Hour_Edit.SetText(IsoString(dec_hms.hour));
DEC_Hour_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
DEC_Colon1_Label.SetText( ":" );
DEC_Minute_Edit.SetMaxWidth(editWidth);
DEC_Minute_Edit.SetText(IsoString(dec_hms.minute));
DEC_Minute_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
DEC_Colon2_Label.SetText( ":" );
DEC_Second_Edit.SetMaxWidth(editWidth);
DEC_Second_Edit.SetText(IsoString(dec_hms.second));
DEC_Second_Edit.OnEditCompleted(
(Edit::edit_event_handler) &EditEqCoordPropertyDialog::EditCompleted,
*this);
OK_PushButton.SetText( "OK" );
OK_PushButton.OnClick(
(Button::click_event_handler) &EditEqCoordPropertyDialog::Ok_Button_Click,
*this);
Cancel_PushButton.SetText( "Cancel" );
Cancel_PushButton.OnClick(
(Button::click_event_handler) &EditEqCoordPropertyDialog::Cancel_Button_Click,
*this);
RA_Property_Sizer.SetMargin(10);
RA_Property_Sizer.SetSpacing(4);
RA_Property_Sizer.Add(RA_Property_Label);
RA_Property_Sizer.Add(RA_Hour_Edit);
RA_Property_Sizer.Add(RA_Colon1_Label);
RA_Property_Sizer.Add(RA_Minute_Edit);
RA_Property_Sizer.Add(RA_Colon2_Label);
RA_Property_Sizer.Add(RA_Second_Edit);
RA_Property_Sizer.AddStretch();
DEC_Property_Sizer.SetMargin(10);
DEC_Property_Sizer.SetSpacing(4);
DEC_Property_Sizer.Add(DEC_Property_Label);
DEC_Property_Sizer.Add(DEC_Hour_Edit);
DEC_Property_Sizer.Add(DEC_Colon1_Label);
DEC_Property_Sizer.Add(DEC_Minute_Edit);
DEC_Property_Sizer.Add(DEC_Colon2_Label);
DEC_Property_Sizer.Add(DEC_Second_Edit);
DEC_Property_Sizer.AddStretch();
Buttons_Sizer.SetSpacing(4);
Buttons_Sizer.AddSpacing(10);
Buttons_Sizer.AddStretch();
Buttons_Sizer.Add(OK_PushButton);
Buttons_Sizer.AddStretch();
Buttons_Sizer.Add(Cancel_PushButton);
Buttons_Sizer.AddStretch();
Global_Sizer.Add(RA_Property_Sizer);
Global_Sizer.Add(DEC_Property_Sizer);
Global_Sizer.Add(Buttons_Sizer);
SetSizer(Global_Sizer);
}
ArgumentList ExtractArguments( const StringList& argv, argument_item_mode mode, ArgumentOptions options )
{
bool noItems = mode == ArgumentItemMode::NoItems;
bool itemsAsFiles = mode == ArgumentItemMode::AsFiles;
bool itemsAsViews = mode == ArgumentItemMode::AsViews;
bool allowWildcards = !noItems && options.IsFlagSet( ArgumentOption::AllowWildcards );
bool noPreviews = itemsAsViews && options.IsFlagSet( ArgumentOption::NoPreviews );
bool recursiveDirSearch = itemsAsFiles && allowWildcards && options.IsFlagSet( ArgumentOption::RecursiveDirSearch );
bool recursiveSearchArgs = recursiveDirSearch && options.IsFlagSet( ArgumentOption::RecursiveSearchArgs );
// This is the recursive search mode flag, controlled by --r[+|-]
bool recursiveSearch = false;
// The list of existing view identifiers, in case itemsAsViews = true.
SortedStringList imageIds;
// The list of extracted arguments
ArgumentList arguments;
for ( StringList::const_iterator i = argv.Begin(); i != argv.End(); ++i )
{
if ( i->StartsWith( '-' ) )
{
Argument arg( i->At( 1 ) );
if ( recursiveSearchArgs && arg.Id() == s_recursiveSearchArg )
{
if ( arg.IsSwitch() )
recursiveSearch = arg.SwitchState();
else if ( arg.IsLiteral() )
recursiveSearch = true;
else
arguments.Add( arg );
}
else
arguments.Add( arg );
}
else
{
if ( noItems )
throw ParseError( "Non-parametric arguments are not allowed", *i );
StringList items;
if ( itemsAsFiles )
{
String fileName = *i;
if ( fileName.StartsWith( '\"' ) )
fileName.Delete( 0 );
if ( fileName.EndsWith( '\"' ) )
fileName.Delete( fileName.UpperBound() );
fileName.Trim();
if ( fileName.IsEmpty() )
throw ParseError( "Empty path specification", *i );
fileName = File::FullPath( fileName );
if ( fileName.HasWildcards() )
{
if ( !allowWildcards )
throw ParseError( "Wildcards not allowed", fileName );
items = SearchDirectory( fileName, recursiveSearch );
}
else
items.Add( fileName );
}
else if ( itemsAsViews )
{
String viewId = *i;
if ( !allowWildcards )
if ( viewId.HasWildcards() )
throw ParseError( "Wildcards not allowed", viewId );
size_type p = viewId.Find( "->" );
if ( p != String::notFound )
{
if ( noPreviews )
throw ParseError( "Preview identifiers not allowed", viewId );
String imageId = viewId.Left( p );
if ( imageId.IsEmpty() )
throw ParseError( "Missing image identifier", viewId );
String previewId = viewId.Substring( p+2 );
if ( previewId.IsEmpty() )
throw ParseError( "Missing preview identifier", viewId );
FindPreviews( items, imageId, previewId );
}
else
{
if ( viewId.HasWildcards() )
{
Array<ImageWindow> W = ImageWindow::AllWindows();
for ( size_type i = 0; i < W.Length(); ++i )
{
View v = W[i].MainView();
if ( String( v.Id() ).WildMatch( viewId ) )
AddView( items, v );
}
}
else
{
ImageWindow w = ImageWindow::WindowById( IsoString( viewId ) );
if ( w.IsNull() )
throw ParseError( "Image not found", viewId );
AddView( items, w.MainView() );
}
}
}
else
items.Add( *i );
Argument arg( *i, items );
arguments.Add( arg );
}
}
return arguments;
}
int LinearFitProcess::ProcessCommandLine( const StringList& argv ) const
{
ArgumentList arguments =
ExtractArguments( argv, ArgumentItemMode::AsViews, ArgumentOption::AllowWildcards );
LinearFitInstance instance( this );
bool launchInterface = false;
int count = 0;
for ( ArgumentList::const_iterator i = arguments.Begin(); i != arguments.End(); ++i )
{
const Argument& arg = *i;
if ( arg.IsNumeric() )
{
if ( arg.Id() == "r0" || arg.Id() == "reject-low" )
{
CHECK_IN_NORM_RANGE;
instance.rejectLow = arg.NumericValue();
}
else if ( arg.Id() == "r1" || arg.Id() == "reject-high" )
{
CHECK_IN_NORM_RANGE;
instance.rejectHigh = arg.NumericValue();
}
else
throw Error( "Unknown numeric argument: " + arg.Token() );
}
else if ( arg.IsString() )
{
if ( arg.Id() == "v" || arg.Id() == "reference-view" )
instance.referenceViewId = arg.StringValue();
else
throw Error( "Unknown string argument: " + arg.Token() );
}
else if ( arg.IsSwitch() )
{
throw Error( "Unknown switch argument: " + arg.Token() );
}
else if ( arg.IsLiteral() )
{
if ( arg.Id() == "-interface" )
launchInterface = true;
else if ( arg.Id() == "-help" )
{
ShowHelp();
return 0;
}
else
throw Error( "Unknown argument: " + arg.Token() );
}
else if ( arg.IsItemList() )
{
++count;
if ( arg.Items().IsEmpty() )
{
Console().WriteLn( "No view(s) found: " + arg.Token() );
throw;
}
for ( StringList::const_iterator j = arg.Items().Begin(); j != arg.Items().End(); ++j )
{
View v = View::ViewById( *j );
if ( v.IsNull() )
throw Error( "No such view: " + *j );
if ( v.FullId() != IsoString( instance.referenceViewId ).Trimmed() )
instance.LaunchOn( v );
else
Console().WarningLn( "<end><cbr>** Skipping reference view: " + v.FullId() );
}
}
}
if ( launchInterface )
instance.LaunchInterface();
else if ( count == 0 )
{
if ( ImageWindow::ActiveWindow().IsNull() )
throw Error( "There is no active image window." );
instance.LaunchOnCurrentView();
}
return 0;
}
void CCDFrameInterface::StartExposureButton_Click(Button& sender, bool checked){
if (ThePixInsightINDIInterface!=0){
#if defined(WIN32)
const char* tmpDir = getenv("TMP");
#else
const char* tmpDir = getenv("TMPDIR");
#endif
if (tmpDir!=NULL) {
PixInsightINDIInstance* pInstance=&ThePixInsightINDIInterface->instance;
if (pInstance==NULL)
return;
GUI->StartExposure_PushButton.Disable();
INDIPropertyListItem uploadLocal;
bool serverSendsImage=true;
if (pInstance->getINDIPropertyItem(m_Device,"UPLOAD_MODE","UPLOAD_LOCAL",uploadLocal)){
serverSendsImage=!(uploadLocal.PropertyValue==String("ON"));
}
for (int num=0; num<m_NumOfExposures;++num){
GUI->ExpFrame_Edit.SetText(String(num));
INDINewPropertyListItem newPropertyListItem;
newPropertyListItem.Device=m_Device;
newPropertyListItem.Property=String("CCD_EXPOSURE");
newPropertyListItem.Element=String("CCD_EXPOSURE_VALUE");
newPropertyListItem.PropertyType=String("INDI_NUMBER");
newPropertyListItem.NewPropertyValue=String(m_ExposureDuration);
GUI->ExposureDuration_Timer.Start();
bool send_ok = pInstance->sendNewPropertyValue(newPropertyListItem,true/*isAsynchCall*/);
if (!send_ok){
break;
}
// TODO enable abort
if (serverSendsImage){
while (!pInstance->getImageDownloadedFlag() && !pInstance->getInternalAbortFlag()){Sleep(1);ProcessEvents();}
pInstance->setImageDownloadedFlag(false);
} else {
INDIPropertyListItem ccdExposure;
bool serverExposureIsBusy=false;
// timimg problem: wait until server sends BUSY
do {
pInstance->getINDIPropertyItem(m_Device,"CCD_EXPOSURE","CCD_EXPOSURE_VALUE",ccdExposure);
Sleep(1);
ProcessEvents();
serverExposureIsBusy = ccdExposure.PropertyState==IPS_BUSY ;
} while (!serverExposureIsBusy && (GUI->ExpDur_Edit.Text().ToFloat() < pcl_timeout) && !pInstance->getInternalAbortFlag());
do {
pInstance->getINDIPropertyItem(m_Device,"CCD_EXPOSURE","CCD_EXPOSURE_VALUE",ccdExposure);
Sleep(1);
ProcessEvents();
} while((ccdExposure.PropertyState==IPS_BUSY)&& !pInstance->getInternalAbortFlag());
}
if (pInstance->getInternalAbortFlag()){
// stop timer
GUI->ExposureDuration_Timer.Stop();
GUI->ExposureDelay_Timer.Stop();
break;
}
if (serverSendsImage) {
Array<ImageWindow> imgArray = ImageWindow::Open(String(tmpDir)+ String("/Image.fits"), IsoString("image"));
if (imgArray.Length()!=0){
imgArray[0].ZoomToFit( false ); // don't allow zoom > 1
imgArray[0].Show();
}
if (m_saveFrame) {
IsoString source = IsoString(String(tmpDir)+ String("/Image.fits"));
IsoString dest = IsoString(m_FrameFolder) + IsoString(this->m_FramePrefix) + IsoString("_") + IsoString(num) + IsoString(".fits");
std::ifstream infile(source.c_str(), std::ifstream::binary);
std::ofstream outfile(dest.c_str(), std::ofstream::binary);
// get size of file
infile.seekg(0, infile.end);
long size = infile.tellg();
infile.seekg(0);
// allocate memory for file content
char* buffer = new char[size];
// read content of infile
infile.read(buffer, size);
// write to outfile
outfile.write(buffer, size);
// release dynamically-allocated memory
delete[] buffer;
outfile.close();
infile.close();
}
}
// wait until next exposure
if (GUI->ExpDelayTime_Edit.Text().ToInt()!=0){
GUI->ExposureDelay_Timer.Start();
m_isWaiting=true;
}
while (m_isWaiting){ProcessEvents();}
}
pInstance->setInternalAbortFlag(false);
GUI->StartExposure_PushButton.Enable();
}
}
}
static void Apply( GenericImage<P>& img, const View& view, const FluxCalibrationInstance& instance )
{
FITSKeywordArray inputKeywords;
view.Window().GetKeywords( inputKeywords );
if ( KeywordExists( inputKeywords, "FLXMIN" ) ||
KeywordExists( inputKeywords, "FLXRANGE" ) ||
KeywordExists( inputKeywords, "FLX2DN" ) )
{
throw Error( "Already calibrated image" );
}
if ( img.IsColor() )
throw Error( "Can't calibrate a color image" );
float Wc = instance.p_wavelength.GetValue( inputKeywords );
float Tr = Max( 1.0F, instance.p_transmissivity.GetValue( inputKeywords ) );
float Delta = instance.p_filterWidth.GetValue( inputKeywords );
float Ap = instance.p_aperture.GetValue( inputKeywords ) / 10; // mm -> cm
float Cobs = Max( 0.0F, instance.p_centralObstruction.GetValue( inputKeywords ) ) / 10; // mm -> cm
float ExpT = instance.p_exposureTime.GetValue( inputKeywords );
float AtmE = Max( 0.0F, instance.p_atmosphericExtinction.GetValue( inputKeywords ) );
float G = Max( 1.0F, instance.p_sensorGain.GetValue( inputKeywords ) );
float QEff = Max( 1.0F, instance.p_quantumEfficiency.GetValue( inputKeywords ) );
if ( Wc <= 0 )
throw Error( "Invalid filter wavelength" );
if ( Tr <= 0 || Tr > 1 )
throw Error( "Invalid filter transmissivity" );
if ( Delta <= 0 )
throw Error( "Invalid filter width" );
if ( Ap <= 0 )
throw Error( "Invalid aperture" );
if ( Cobs < 0 || Cobs >= Ap )
throw Error( "Invalid central obstruction area" );
if ( ExpT <= 0 )
throw Error( "Invalid exposure time" );
if ( AtmE < 0 || AtmE >= 1 )
throw Error( "Invalid atmospheric extinction" );
if ( G <= 0 )
throw Error( "Invalid sensor gain" );
if ( QEff <= 0 || QEff > 1 )
throw Error( "Invalid quantum efficiency" );
FITSKeywordArray keywords;
float pedestal = 0;
bool foundPedestal = false;
for ( FITSKeywordArray::const_iterator i = inputKeywords.Begin(); i != inputKeywords.End(); ++i )
if ( i->name == "PEDESTAL" )
{
if ( i->value.TryToFloat( pedestal ) )
foundPedestal = true;
pedestal /= 65535; // 2^16-1 maximum value of a 16bit CCD.
}
else
keywords.Add( *i );
if ( foundPedestal )
Console().NoteLn( "<end><cbr><br>* FluxCalibration: PEDESTAL keyword found: " + view.FullId() );
// double F = Wc * inv_ch * (1 - Tr) * Delta * Ap * Cobs * ExpT * AtmE * G * QEff;
double F = Wc * inv_ch * (1 - AtmE) * Delta * ( Const<double>::pi() / 4 * ( Ap*Ap - Cobs*Cobs ) ) * ExpT * Tr * G * QEff;
size_type N = img.NumberOfPixels();
typename P::sample* f = img.PixelData( 0 );
const typename P::sample* fN = f + N;
double flxMin = DBL_MAX;
double flxMax = 0;
for ( ; f < fN; ++f, ++img.Status() )
{
double I; P::FromSample( I, *f );
I = (I - pedestal)/F;
*f = P::ToSample( I );
if ( I < flxMin )
flxMin = I;
if ( I > flxMax )
flxMax = I;
}
img.Rescale();
keywords.Add( FITSHeaderKeyword( "FLXMIN",
IsoString().Format( "%.8e", flxMin ),
"" ) );
keywords.Add( FITSHeaderKeyword( "FLXRANGE",
IsoString().Format( "%.8e", flxMax - flxMin ),
"FLXRANGE*pixel_value + FLXMIN = erg/cm^2/s/nm" ) );
keywords.Add( FITSHeaderKeyword( "FLX2DN",
IsoString().Format( "%.8e", F*65535 ),
"(FLXRANGE*pixel_value + FLXMIN)*FLX2DN = DN" ) );
view.Window().SetKeywords( keywords );
}
IsoString SandboxProcess::Category() const
{
return IsoString(); // No category
}
IsoString INDIMountProcess::Category() const
{
return IsoString("INDI"); // No category
}
static void CriticalSignalHandler( int sig_num )
{
sigset_t x;
sigemptyset( &x );
sigaddset( &x, SIGSEGV );
sigaddset( &x, SIGBUS );
sigaddset( &x, SIGFPE );
sigaddset( &x, SIGILL );
sigaddset( &x, SIGPIPE );
//sigprocmask( SIG_UNBLOCK, &x, NULL );
pthread_sigmask( SIG_UNBLOCK, &x, NULL );
void* addrList[ STACK_DEPTH ];
size_t addrLen = backtrace( addrList, sizeof( addrList )/sizeof( void* ) );
char** symbolList = backtrace_symbols( addrList, addrLen );
IsoString details;
if ( symbolList != NULL )
{
if ( symbolList[0] != NULL )
{
details = STACK_TRACE_TITLE + IsoString().Format( STACK_TRACE_HEADER, sig_num, symbolList[0] );
for ( size_t i = 1; i < addrLen; ++i )
{
if ( symbolList[i] != NULL )
{
IsoString addrOffsetStr;
IsoString demangledFuncname = GetDemangledFunctionName( symbolList[i], addrOffsetStr );
details.AppendFormat( "%d: ", addrLen-i );
details += demangledFuncname;
if ( !addrOffsetStr.IsEmpty() )
{
details += "(+";
details += addrOffsetStr;
details += ')';
}
details += '\n';
}
}
details += STACK_TRACE_BOTTOM;
fprintf( stderr, "%s", details.c_str() );
}
// symbolList must be freed
free( symbolList );
}
switch ( sig_num )
{
case SIGSEGV:
throw EUnixSegmentationViolation( details );
case SIGBUS:
throw EUnixBusError( details );
case SIGFPE:
throw EUnixFloatingPointException( details );
case SIGILL:
throw EUnixIllegalInstructionException( details );
case SIGPIPE:
throw EUnixIBrokenPipeException( details );
default:
throw UnixSignalException( sig_num, details );
}
}