DeepSkyObject::DeepSkyObject( const CatalogEntryData &data, CatalogComponent *cat )
{
// FIXME: This assumes that CatalogEntryData coordinates have
// J2000.0 as epoch as opposed to the catalog's epoch!!! -- asimha
qWarning() << "Creating a DeepSkyObject from CatalogEntryData assumes that coordinates are J2000.0";
setType( data.type );
setRA0( data.ra/15.0 ); // NOTE: CatalogEntryData stores RA in degrees, whereas setRA0() wants it in hours.
setDec0( data.dec );
setLongName( data.long_name );
if( ! data.catalog_name.isEmpty() )
setName( data.catalog_name + ' ' + QString::number( data.ID ) );
else {
setName( data.long_name );
setLongName( QString() );
}
MajorAxis = data.major_axis;
MinorAxis = data.minor_axis;
PositionAngle = data.position_angle;
setMag( data.magnitude );
PGC = 0;
UGC = 0;
setCatalog( data.catalog_name );
updateID = updateNumID = 0;
customCat = cat;
Flux = data.flux;
// Disable image loading on init
//loadImage();
}
KSComet::KSComet( KStarsData *_kd, QString _s, QString imfile,
long double _JD, double _q, double _e, dms _i, dms _w, dms _Node, double Tp )
: KSPlanetBase(_kd, _s, imfile), kd(_kd), JD(_JD), q(_q), e(_e), i(_i), w(_w), N(_Node) {
setType( 9 ); //Comet
//Find the Julian Day of Perihelion from Tp
//Tp is a double which encodes a date like: YYYYMMDD.DDDDD (e.g., 19730521.33333
int year = int( Tp/10000.0 );
int month = int( (int(Tp) % 10000)/100.0 );
int day = int( int(Tp) % 100 );
double Hour = 24.0 * ( Tp - int(Tp) );
int h = int( Hour );
int m = int( 60.0 * ( Hour - h ) );
int s = int( 60.0 * ( 60.0 * ( Hour - h) - m ) );
JDp = KStarsDateTime( ExtDate( year, month, day ), QTime( h, m, s ) ).djd();
//compute the semi-major axis, a:
a = q/(1.0-e);
//Compute the orbital Period from Kepler's 3rd law:
P = 365.2568984 * pow(a, 1.5); //period in days
//If the name contains a "/", make this name2 and make name a truncated version without the leading "P/" or "C/"
if ( name().contains( "/" ) ) {
setLongName( name() );
setName( name().mid( name().find("/") + 1 ) );
}
}
StarObject::StarObject( double r, double d, float m,
const QString &n, const QString &n2,
const QString &sptype, double pmra, double pmdec,
double par, bool mult, bool var, int hd )
: SkyObject (SkyObject::STAR, r, d, m, n, n2, QString()),
PM_RA(pmra), PM_Dec(pmdec),
Parallax(par), Multiplicity(mult), Variability(var)
{
QByteArray spt = sptype.toAscii();
SpType[0] = spt[0];
SpType[1] = spt[1];
QString lname;
if ( hasName() ) {
lname = n;
if ( hasName2() )lname += " (" + gname() + ')';
} else if ( hasName2() ) {
lname = gname();
//If genetive name exists, but no primary name, set primary name = genetive name.
setName( gname() );
}
HD = hd;
setLongName(lname);
updateID = updateNumID = 0;
}
void KSPlanetBase::init( const QString &s, const QString &image_file, const QColor &c, double pSize ) {
m_image = TextureManager::getImage( image_file );
PositionAngle = 0.0;
PhysicalSize = pSize;
m_Color = c;
setName( s );
setLongName( s );
}
SkyObject::SkyObject( int t, double r, double d, float m,
QString n, QString n2, QString lname ) : SkyPoint( r, d) {
setType( t );
Magnitude = m;
Name = 0;
setName(n);
Name2 = 0;
setName2(n2);
LongName = 0;
setLongName(lname);
}
SkyObject::SkyObject( SkyObject &o ) : SkyPoint( o ) {
setType( o.type() );
Magnitude = o.mag();
setName(o.name());
setName2(o.name2());
setLongName(o.longname());
ImageList = o.ImageList;
ImageTitle = o.ImageTitle;
InfoList = o.InfoList;
InfoTitle = o.InfoTitle;
}
void GoosciBleGatt::get_address(void) {
// Generate a unique name using the last 4 digits of device address.
if (!addrSet) {
char d[20];
char l[8];
snprintf(l, 8, "Sci%02x%02x\0", deviceAddress[1], deviceAddress[0]);
setLongName(l);
strcpy(d, l);
setDeviceName(d);
initLocalData();
addrSet = true;
}
}
void StarObject::setNames( QString name, QString name2 ) {
QString lname;
setName( name );
setName2( name2 );
if ( hasName() ) {
lname = name;
if ( hasName2() ) lname += " (" + gname() + ')';
} else if ( hasName2() )
lname = gname();
setLongName(lname);
}
void Part::setPlainLongName(const QString& s)
{
setLongName(XmlWriter::xmlString(s));
}
void ViMp3Codec::initialize()
{
//Names
setShortName("MPEG Audio Layer 3");
setLongName("Moving Picture Experts Group Audio Layer 3");
//Compression
setCompression(ViAudio::LossyCompression);
//Abbreviations
addAbbreviation("MP3");
addAbbreviation("MPEG3");
addAbbreviation("MPA3");
addAbbreviation("MPEGA3");
//Extensions
addExtension("mp3");
addExtension("bit");
/*******************************************************************/
/*******************************************************************/
/*******************************************************************/
//Sample Types
addSampleSize(8, "8 bit");
addSampleSize(16, "16 bit");
addSampleSize(32, "32 bit");
setDefaultSampleSize(16);
//Sample Rates
addSampleRate(8000, "8000 Hz");
addSampleRate(11025, "11025 Hz");
addSampleRate(16000, "16000 Hz");
addSampleRate(22050, "22050 Hz");
addSampleRate(32000, "32000 Hz");
addSampleRate(44056, "44056 Hz");
addSampleRate(44100, "44100 Hz");
addSampleRate(47250, "47250 Hz");
addSampleRate(48000, "48000 Hz");
addSampleRate(50000, "50000 Hz");
addSampleRate(50400, "50400 Hz");
addSampleRate(88200, "88200 Hz");
addSampleRate(96000, "96000 Hz");
setDefaultSampleRate(44100);
//Sample Types
addSampleType(ViAudioFormat::SignedInt, "Signed Integer");
setDefaultSampleType(ViAudioFormat::SignedInt);
//Endianness
addEndianness(ViAudioFormat::LittleEndian, "Little Endian");
setDefaultEndianness(ViAudioFormat::LittleEndian);
//Bitrates
addBitrate(8, "8 kbps");
addBitrate(16, "16 kbps");
addBitrate(24, "24 kbps");
addBitrate(32, "32 kbps");
addBitrate(40, "40 kbps");
addBitrate(48, "48 kbps");
addBitrate(56, "56 kbps");
addBitrate(64, "64 kbps");
addBitrate(72, "72 kbps");
addBitrate(80, "80 kbps");
addBitrate(88, "88 kbps");
addBitrate(96, "96 kbps");
addBitrate(104, "104 kbps");
addBitrate(112, "112 kbps");
addBitrate(120, "120 kbps");
addBitrate(128, "128 kbps");
addBitrate(136, "136 kbps");
addBitrate(144, "144 kbps");
addBitrate(152, "152 kbps");
addBitrate(160, "160 kbps");
addBitrate(168, "168 kbps");
addBitrate(176, "176 kbps");
addBitrate(184, "184 kbps");
addBitrate(192, "192 kbps");
addBitrate(200, "200 kbps");
addBitrate(208, "208 kbps");
addBitrate(216, "216 kbps");
addBitrate(224, "224 kbps");
addBitrate(232, "232 kbps");
addBitrate(240, "240 kbps");
addBitrate(248, "248 kbps");
addBitrate(256, "256 kbps");
addBitrate(264, "264 kbps");
addBitrate(272, "272 kbps");
addBitrate(280, "280 kbps");
addBitrate(288, "288 kbps");
addBitrate(296, "296 kbps");
addBitrate(304, "304 kbps");
addBitrate(312, "312 kbps");
addBitrate(320, "320 kbps");
addBitrate(330, "330 kbps");
addBitrate(340, "340 kbps");
addBitrate(350, "350 kbps");
addBitrate(360, "360 kbps");
addBitrate(370, "370 kbps");
addBitrate(380, "380 kbps");
addBitrate(390, "390 kbps");
addBitrate(400, "400 kbps");
addBitrate(410, "410 kbps");
addBitrate(420, "420 kbps");
addBitrate(430, "430 kbps");
addBitrate(440, "440 kbps");
addBitrate(450, "450 kbps");
addBitrate(460, "460 kbps");
addBitrate(470, "470 kbps");
addBitrate(480, "480 kbps");
addBitrate(490, "490 kbps");
addBitrate(500, "500 kbps");
setDefaultBitrate(192);
//Bitrate Modes
addBitrateMode(ViAudioBitrate::Constant, "Constant Bitrate");
addBitrateMode(ViAudioBitrate::Variable, "Variable Bitrate");
addBitrateMode(ViAudioBitrate::Average, "Average Bitrate");
setDefaultBitrateMode(ViAudioBitrate::Variable);
//Qualities
addQuality(ViAudioFormat::InsaneHigh, "Insane High");
addQuality(ViAudioFormat::ExtremeHigh, "Extreme High");
addQuality(ViAudioFormat::VeryHigh, "Very High");
addQuality(ViAudioFormat::High, "High");
addQuality(ViAudioFormat::AboveAverage, "Above Average");
addQuality(ViAudioFormat::Average, "Average");
addQuality(ViAudioFormat::BelowAverage, "Below Average");
addQuality(ViAudioFormat::Low, "Low");
addQuality(ViAudioFormat::VeryLow, "Very Low");
addQuality(ViAudioFormat::ExtremeLow, "Extreme Low");
setDefaultQuality(ViAudioFormat::High);
//Channels
addChannel(1, "Mono");
addChannel(2, "Stereo");
setDefaultChannel(2);
}
QWidget* PageTemplate::createSettingsPage()
{
QWidget *w = new QWidget;
QLineEdit *name = new QLineEdit(strName);
connect(name,SIGNAL(textChanged(QString)),this,SLOT(setName(QString)));
QLineEdit *longname = new QLineEdit(strLongName);
connect(longname,SIGNAL(textChanged(QString)),this,SLOT(setLongName(QString)));
NumberEdit *width = new NumberEdit(dWidth);
connect(width,SIGNAL(valueChanged(double)),this,SLOT(setWidth(double)));
NumberEdit *height = new NumberEdit(dHeight);
connect(height,SIGNAL(valueChanged(double)),this,SLOT(setHeight(double)));
NumberEdit *header = new NumberEdit(dHeader);
connect(header,SIGNAL(valueChanged(double)),this,SLOT(setHeader(double)));
NumberEdit *footer = new NumberEdit(dFooter);
connect(footer,SIGNAL(valueChanged(double)),this,SLOT(setFooter(double)));
NumberEdit *llmargin = new NumberEdit(lLeftMargin);
connect(llmargin,SIGNAL(valueChanged(double)),this,SLOT(setLLeftMargin(double)));
NumberEdit *rlmargin = new NumberEdit(rLeftMargin);
connect(rlmargin,SIGNAL(valueChanged(double)),this,SLOT(setRLeftMargin(double)));
NumberEdit *lrmargin = new NumberEdit(lRightMargin);
connect(lrmargin,SIGNAL(valueChanged(double)),this,SLOT(setLRightMargin(double)));
NumberEdit *rrmargin = new NumberEdit(rRightMargin);
connect(rrmargin,SIGNAL(valueChanged(double)),this,SLOT(setRRightMargin(double)));
NumberEdit *ltmargin = new NumberEdit(lTopMargin);
connect(ltmargin,SIGNAL(valueChanged(double)),this,SLOT(setLTopMargin(double)));
NumberEdit *rtmargin = new NumberEdit(rTopMargin);
connect(rtmargin,SIGNAL(valueChanged(double)),this,SLOT(setRTopMargin(double)));
NumberEdit *lbmargin = new NumberEdit(lBottomMargin);
connect(lbmargin,SIGNAL(valueChanged(double)),this,SLOT(setLBottomMargin(double)));
NumberEdit *rbmargin = new NumberEdit(rBottomMargin);
connect(rbmargin,SIGNAL(valueChanged(double)),this,SLOT(setRBottomMargin(double)));
QComboBox *ishalfof = new QComboBox;
ishalfof->addItem("");
connect(ishalfof,SIGNAL(currentIndexChanged(QString)),this,SLOT(setIsHalfOf(QString)));
for(int i=0; i < pMW->pageTemplates()->count(); i++)
ishalfof->addItem(pMW->pageTemplates()->at(i)->name());
ishalfof->setCurrentIndex( pMW->pageTemplates()->indexOf(pMW->pageTemplateFromName(strIsHalfOf)) + 1 );
QVBoxLayout *vlayout = new QVBoxLayout;
QFormLayout *formLayout = new QFormLayout;
formLayout->addWidget(new QLabel(tr("All numbers are millimeters")));
formLayout->addRow(tr("&Name:"), name);
formLayout->addRow(tr("Long Name"),longname);
formLayout->addRow(tr("Is half the size of:"),ishalfof);
formLayout->addRow(tr("&Width:"), width);
formLayout->addRow(tr("&Height:"), height);
formLayout->addRow(tr("&Header:"), header);
formLayout->addRow(tr("&Footer:"), footer);
QGroupBox *leftSide = new QGroupBox(tr("Left-hand pages"));
QFormLayout *leftSideLayout = new QFormLayout;
leftSide->setLayout(leftSideLayout);
leftSideLayout->addRow(tr("Left Margin:"),llmargin);
leftSideLayout->addRow(tr("Right Margin:"),lrmargin);
leftSideLayout->addRow(tr("Top Margin:"),ltmargin);
leftSideLayout->addRow(tr("Bottom Margin:"),lbmargin);
QGroupBox *rightSide = new QGroupBox(tr("Right-hand pages"));
QFormLayout *rightSideLayout = new QFormLayout;
rightSide->setLayout(rightSideLayout);
rightSideLayout->addRow(tr("Left Margin:"),rlmargin);
rightSideLayout->addRow(tr("Right Margin:"),rrmargin);
rightSideLayout->addRow(tr("Top Margin:"),rtmargin);
rightSideLayout->addRow(tr("Bottom Margin:"),rbmargin);
vlayout->addLayout(formLayout);
vlayout->addWidget(leftSide);
vlayout->addWidget(rightSide);
w->setLayout(vlayout);
return w;
}
