/*****************************************************
**
** TextHelper --- writeAstronomicalData
**
******************************************************/
int TextHelper::writeAstronomicalData()
{
wxString pname;
int p, ret = 0;
Calculator *calculator = CalculatorFactory().getCalculator();
Formatter *f = Formatter::get();
Lang lang;
vector<int> obs1 = chartprops->getPlanetList();
vector<int> obs;
for ( unsigned int i = 0; i < obs1.size(); i++ )
{
if ( obs1[i] < MAX_EPHEM_OBJECTS ) obs.push_back( obs1[i] );
}
if ( show_header ) writer->writeHeader1( _( "Astronomical Positions" ));
Table table( 4, obs.size() + 1 );
table.setHeader( 0, _( "Planet" ));
table.setHeader( 1, _( "Longitude" ));
table.setHeader( 2, _( "Latitute" ));
table.setHeader( 3, _( "Speed (deg/day)" ));
table.col_line[0] = true;
table.col_alignment[0] = Align::Right;
table.col_alignment[1] = Align::Right;
int line = 1;
for ( unsigned int i = 0; i < obs.size(); i++ )
{
p = obs[i];
if ( horoscope->getTropicalLength( p ) == 0 ) ret++;
pname = writer->getObjectName( p, TLARGE);
table.setEntry( 0, line, pname );
table.setEntry( 1, line, writer->getPosFormatted( horoscope->getTropicalLength( p ), horoscope->isRetrograde( p ), DEG_PRECISION_MORE ));
if ( p != OASCENDANT && p != OMERIDIAN )
{
table.setEntry( 2, line, f->getLatitudeFormatted( horoscope->getLatitude( p ), DEG_PRECISION_MORE ));
table.setEntry( 3, line, f->getLenFormatted( horoscope->getSpeed( p ), DEG_PRECISION_MORE ));
}
line++;
}
writer->writeTable( table );
Table t2( 2, 5 );
t2.setHeader( 0, _( "Name" ));
t2.setHeader( 1, _( "Value" ));
writer->writeHeader2( _( "Ayanamsa" ));
line = 1;
for ( int i = 0; i < NB_AYANAMSAS; i++ )
{
t2.setEntry( 0, line, lang.getAyanamsaName( i+1 ));
t2.setEntry( 1, line, f->getDegreesFormatted( calculator->calcAyanamsa( horoscope->getJD(), i+1 ), DEG_PRECISION_MORE ));
line++;
}
t2.setEntry( 0, 4, _( "Custom" ) );
t2.setEntry( 1, 4, f->getDegreesFormatted( calculator->calcAyanamsa( horoscope->getJD(), 4 ), DEG_PRECISION_MORE ));
writer->writeTable( t2 );
return ret;
}
/*****************************************************
**
** GenericTableWriter --- writeObjectLatitude
**
******************************************************/
void GenericTableWriter::writeObjectLatitude( const uint &i0, const TcColumnSet &set )
{
table->setHeader( i0, _( "Declination" ));
Formatter *f = Formatter::get();
ObjectPosition pos;
for ( uint p = 0; p < obs.size(); p++ )
{
pos = getObjectPosition( obs[p], set );
table->setEntry( i0, p + 1, f->getLatitudeFormatted( pos.latitude, DEG_PRECISION_SECOND ));
}
}
/*****************************************************
**
** PrintoutHelper --- writeBaseData
**
******************************************************/
void PrintoutHelper::writeBaseData( Table *table )
{
wxString s;
int line = 1;
double thetime;
Formatter *f = Formatter::get();
DataSet *ds = h->getDataSet();
Location *loc = ds->getLocation();
JDate *date = ds->getDate();
table->setHeader( 0, _( "Base Data" ), false, 1 );
table->setEntry( 0, line, _( "Name" ));
table->setEntry( 1, line++, h->getHName() );
table->setEntry( 0, line, _( "Date" ));
s << f->getDateStringFromJD( h->getJD() + ( loc->getTimeZone() + loc->getDST() )/24 );
table->setEntry( 1, line++, s );
table->setEntry( 0, line, _( "Local Time" ));
thetime = a_red( getTimeFromJD( date->getJD()) + loc->getTimeZone() + loc->getDST(), 24 );
table->setEntry( 1, line++, f->getTimeFormatted( thetime ));
table->setEntry( 0, line, _( "Location" ));
table->setEntry( 1, line++, loc->getLocName() );
table->setEntry( 0, line, _( "Longitude" ));
table->setEntry( 1, line++, f->getLongitudeFormatted( loc->getLongitude()));
table->setEntry( 0, line, _( "Latitude" ));
table->setEntry( 1, line++, f->getLatitudeFormatted( loc->getLatitude()));
table->setEntry( 0, line, _( "Time Zone" ));
double tz = loc->getTimeZone();
s.Printf( wxT( "%s %c%.1f" ), _( "UT" ), ( tz >= 0 ? '+' : '-' ), tz );
table->setEntry( 1, line++, s );
table->setEntry( 0, line, _( "DST" ));
s.Printf( wxT( "%.1f" ), loc->getDST());
table->setEntry( 1, line++, s );
table->setEntry( 0, line, _( "UT" ));
table->setEntry( 1, line++, f->getTimeFormatted( getTimeFromJD( h->getJD() )));
}
/*****************************************************
**
** GenericTableWriter --- writeCustomDataEntry
**
******************************************************/
void GenericTableWriter::writeCustomDataEntry( const uint &col, const uint &row, const TAB_CELL_TYPE &type )
{
assert( table->getNbCols() > col );
assert( table->getNbRows() > row );
Formatter *f = Formatter::get();
DateTimeFormatter *df = DateTimeFormatter::get();
Lang lang;
wxString s;
switch( type )
{
case TAB_CELL_NAME:
table->setEntry( col, row, _( "Name" ));
table->setEntry( col + 1, row, h->getHName() );
break;
case TAB_CELL_FULL_DATE:
{
table->setEntry( col, row, _( "Date" ));
Location *loc = h->getDataSet()->getLocation();
table->setEntry( col + 1, row, df->formatDateString( h->getJD(), loc->getTimeZone() + loc->getDST()));
}
break;
case TAB_CELL_LOCAL_TIME:
{
table->setEntry( col, row, _( "Local Time" ));
Location *loc = h->getDataSet()->getLocation();
table->setEntry( col + 1, row, f->getTimeFormatted( a_red( getTimeFromJD( h->getDataSet()->getDate()->getJD()) + loc->getTimeZone() + loc->getDST(), 24 )));
}
break;
case TAB_CELL_LOCATION_NAME:
table->setEntry( col, row, _( "Location" ));
table->setEntry( col + 1, row, h->getDataSet()->getLocation()->getLocName() );
break;
case TAB_CELL_LOCATION_LONGITUDE:
{
table->setEntry( col, row, _( "Longitude" ));
Location *loc = h->getDataSet()->getLocation();
table->setEntry( col + 1, row, f->getLongitudeFormatted( loc->getLongitude()));
}
break;
case TAB_CELL_LOCATION_LATITUDE:
{
table->setEntry( col, row, _( "Latitude" ));
Location *loc = h->getDataSet()->getLocation();
table->setEntry( col + 1, row, f->getLatitudeFormatted( loc->getLatitude()));
}
break;
case TAB_CELL_TZ_NAME:
{
table->setEntry( col, row, _( "Time Zone" ));
Location *loc = h->getDataSet()->getLocation();
const double tz = loc->getTimeZone();
table->setEntry( col + 1, row, wxString::Format( wxT( "%s %c%.1f" ), _( "UT" ), ( tz >= 0 ? '+' : ' ' ), tz ));
}
break;
case TAB_CELL_DST:
{
table->setEntry( col, row, _( "Daylight Saving" ));
Location *loc = h->getDataSet()->getLocation();
table->setEntry( col + 1, row, wxString::Format( wxT( "%.1f" ), loc->getDST()));
}
break;
case TAB_CELL_UNIVERSAL_TIME:
table->setEntry( col, row, _( "Universal Time" ));
table->setEntry( col + 1, row, f->getTimeFormatted( getTimeFromJD( h->getJD() )));
break;
case TAB_CELL_SIDEREAL_TIME:
table->setEntry( col, row, _( "Sidereal Time" ));
table->setEntry( col + 1, row, f->getTimeFormatted( h->getSiderealTime()));
break;
case TAB_CELL_JULIAN_DATE:
table->setEntry( col, row, _( "Julian Date" ));
table->setEntry( col + 1, row, wxString::Format( wxT( "%8.5f" ), h->getJD()));
break;
case TAB_CELL_SUNRISE:
{
table->setEntry( col, row, _( "Sunrise" ));
Location *loc = h->getLocation();
if ( h->getSunrise() != 0 )
{
s = f->getTimeFormatted( getTimeFromJD( h->getSunrise() + ( loc->getTimeZone() + loc->getDST()) / 24.0 ));
}
else s = _( "n.a." );
table->setEntry( col + 1, row, s );
}
break;
case TAB_CELL_SUNSET:
{
table->setEntry( col, row, _( "Sunset" ));
Location *loc = h->getLocation();
if ( h->getSunset() != 0 )
{
s = f->getTimeFormatted( getTimeFromJD( h->getSunset() + ( loc->getTimeZone() + loc->getDST()) / 24.0 ));
}
else s = _( "n.a." );
table->setEntry( col + 1, row, s );
}
break;
case TAB_CELL_VEDIC_AYANAMSA:
table->setEntry( col, row, _( "Vedic Ayanamsa" ));
table->setEntry( col + 1, row, f->getAyanamsaNameAndValue( h->getAyanamsaType( true ), h->getAyanamsa( true )));
break;
case TAB_CELL_WESTERN_AYANAMSA:
table->setEntry( col, row, _( "Western Ayanamsa" ));
table->setEntry( col + 1, row, f->getAyanamsaNameAndValue( h->getAyanamsaType( false ), h->getAyanamsa( false )));
break;
case TAB_CELL_VARNA:
table->setEntry( col, row, _( "Varna" ));
table->setEntry( col + 1, row, lang.getVarnaName( getVarna( h->getVedicLongitude( OMOON ))));
break;
case TAB_CELL_GANA:
table->setEntry( col, row, _( "Gana" ));
table->setEntry( col + 1, row, lang.getGanaName( NakshatraExpert().getGana( h->getVedicLongitude( OMOON ))));
break;
case TAB_CELL_YONI:
{
Yoni yoni = NakshatraExpert().getYoni( h->getVedicLongitude( OMOON ));
table->setEntry( col, row, _( "Yoni" ));
table->setEntry( col + 1, row, yoni.name );
}
break;
case TAB_CELL_NADI:
table->setEntry( col, row, _( "Nadi" ));
table->setEntry( col + 1, row, lang.getNadiName( NakshatraExpert().getNadi( h->getVedicLongitude( OMOON ))));
break;
case TAB_CELL_RAJJU:
{
Rajju rajju = NakshatraExpert().getRajju( getNakshatra27( h->getVedicLongitude( OMOON )));
table->setEntry( col, row, _( "Rajju" ));
table->setEntry( col + 1, row, lang.getRajjuName( rajju.aroha, rajju.type ));
}
break;
case TAB_CELL_INCFLUENCE_TIME:
{
DasaExpert *expert = DasaExpertFactory().getDasaExpert( D_VIMSOTTARI, h );
table->setEntry( col, row, _( "Influence" ));
table->setEntry( col + 1, row, expert->getDasaLordNameF( expert->getBirthMahaDasaLord(), TF_LONG ));
}
break;
case TAB_CELL_LUNAR_TITHI:
{
double angle = red_deg( h->getVedicLongitude( OMOON ) - h->getVedicLongitude( OSUN ));
table->setEntry( col, row, _( "Lunar Tithi" ));
table->setEntry( col + 1, row, lang.getTithiName( angle / 12 ));
}
break;
case TAB_CELL_WEEKDAY:
table->setEntry( col, row, _( "Weekday" ));
table->setEntry( col + 1, row, lang.getWeekdayName( h->getDataSet()->getWeekDay() ));
break;
case TAB_CELL_HORA_LORD:
case TAB_CELL_DINA_LORD:
case TAB_CELL_MASA_LORD:
case TAB_CELL_VARSHA_LORD:
writeHoraEntry( col, row, type );
break;
default:
table->setEntry( col, row, wxString::Format( wxT( "Error, wrong custom data entry id %d" ), (int)type ));
break;
};
}
/*****************************************************
**
** TextHelper --- writeBaseData
**
******************************************************/
void TextHelper::writeBaseData()
{
wxString s;
double time;
Formatter *f = Formatter::get();
Lang lang;
DataSet *ds = horoscope->getDataSet();
Location *loc = ds->getLocation();
JDate *date = ds->getDate();
if ( show_header ) writer->writeHeader1( _( "Base Data" ));
Table table( 2, 17 );
int line = 0;
table.setEntry( 0, line, _( "Name" ));
table.setEntry( 1, line++, horoscope->getHName() );
table.setEntry( 0, line, _( "Date" ));
s << f->getDateStringFromJD( horoscope->getJD() + ( loc->getTimeZone() + loc->getDST() )/24 )
<< wxT( " " ) << lang.getWeekdayName( ds->getWeekDay() );
table.setEntry( 1, line++, s );
table.setEntry( 0, line, _( "Local Time" ));
time = a_red( getTimeFromJD( date->getJD()) + loc->getTimeZone() + loc->getDST(), 24 );
table.setEntry( 1, line++, f->getTimeFormatted( time ));
table.setEntry( 0, line, _( "Location" ));
table.setEntry( 1, line++, loc->getLocName() );
table.setEntry( 0, line, _( "Longitude" ));
table.setEntry( 1, line++, f->getLongitudeFormatted( loc->getLongitude()));
table.setEntry( 0, line, _( "Latitude" ));
table.setEntry( 1, line++, f->getLatitudeFormatted( loc->getLatitude()));
table.setEntry( 0, line, _( "Time Zone" ));
double tz = loc->getTimeZone();
s.Printf( wxT( "%s %c%.1f %s" ), _( "UT" ), ( tz >= 0 ? '+' : ' ' ), tz, _( "Hours" ));
table.setEntry( 1, line++, s );
table.setEntry( 0, line, _( "Daylight Saving" ));
s.Printf( wxT( "%.1f %s" ), loc->getDST(), _( "Hours" ));
table.setEntry( 1, line++, s );
table.setEntry( 0, line, _( "Universal Time" ));
table.setEntry( 1, line++, f->getTimeFormatted( getTimeFromJD( horoscope->getJD() )));
table.setEntry( 0, line, _( "Sidereal Time" ));
table.setEntry( 1, line++, f->getTimeFormatted( horoscope->getSiderealTime()));
table.setEntry( 0, line, _( "Julian Date" ));
s.Printf( wxT( "%8.5f" ), horoscope->getJD());
table.setEntry( 1, line++, s );
table.setEntry( 0, line, _( "Vedic Ayanamsa" ));
table.setEntry( 1, line++, lang.getAyanamsaName( horoscope->getAyanamsaType( true ) ));
table.setEntry( 0, line, _( "Ayanamsa Value" ));
table.setEntry( 1, line++, f->getDegreesFormatted( horoscope->getAyanamsa( true )));
table.setEntry( 0, line, _( "Western Ayanamsa" ));
table.setEntry( 1, line++, lang.getAyanamsaName( horoscope->getAyanamsaType( false )));
table.setEntry( 0, line, _( "Ayanamsa Value" ));
table.setEntry( 1, line++, f->getDegreesFormatted( horoscope->getAyanamsa( false )));
table.setEntry( 0, line, _( "Sunrise" ));
if ( horoscope->getSunrise() != 0 )
s = f->getFullDateStringFromJD( horoscope->getSunrise() + ( loc->getTimeZone() + loc->getDST() ) / 24.0 );
else s = _( "n.a." );
table.setEntry( 1, line++, s );
table.setEntry( 0, line, _( "Sunset" ));
if ( horoscope->getSunset() != 0 )
s = f->getFullDateStringFromJD( horoscope->getSunset() + ( loc->getTimeZone() + loc->getDST() ) / 24.0 );
else s = _( "n.a." );
table.setEntry( 1, line++, s );
writer->writeTable( table );
}
/*****************************************************
**
** TextHelper --- writeWesternPlanets
**
******************************************************/
int TextHelper::writeWesternPlanets()
{
wxString s;
Formatter *f = Formatter::get();
int pindex, line, j, ret = 0;
int numcols, numrows;
bool opt_housepos = false;
bool opt_declination = false;
ObjectPosition pos;
int actcol = 0;
numcols = 2;
int wstyle = chartprops->getWesternMainStyle();
if ( wstyle & MAIN_CHILD_SHOW_HOUSEPOS ) {
opt_housepos = true;
numcols++;
}
if ( wstyle & MAIN_CHILD_SHOW_DECLINATION ) {
opt_declination = true;
numcols++;
}
vector<int> obs = chartprops->getWesternPlanetList();
numrows = obs.size() + 1;
if ( wstyle & MAIN_CHILD_SHOW_HOUSES ) numrows += 4;
Table table( numcols, numrows );
table.setHeader( actcol++, _( "Planet" ));
table.setHeader( actcol++, _( "Length" ));
if ( opt_declination ) table.setHeader( actcol++, _( "Declination" ));
if ( opt_housepos ) table.setHeader( actcol++, _( "House" ));
line = 1;
for ( unsigned int i = 0; i < obs.size(); i++ )
{
actcol = 0;
pindex = obs[i];
assert( (int)table.nb_rows >= line );
pos = horoscope->getObjectPosition( pindex, false );
// pos.length is 0 for unclaculated planets because Ayanamsa isn't subtracted in that case
if ( pos.length == 0 && pindex != OARIES ) ret++;
table.setEntry( actcol++, line, writer->getObjectName( pindex, TLARGE ));
table.setEntry( actcol++, line, writer->getPosFormatted( pos.length, pos.retro ));
// Declination
if ( opt_declination ) table.setEntry( actcol++, line, f->getLatitudeFormatted( pos.latitude, DEG_PRECISION_SECOND ));
// Houses 2, 3, 11, 12. AS and MC are separate params
if ( opt_housepos )
{
assert( table.nb_cols > 0 );
s.Printf( wxT( "%d" ), horoscope->getHousePos( pindex, false ) + 1 );
table.setEntry( actcol++, line, s );
}
line++;
}
if ( wstyle & MAIN_CHILD_SHOW_HOUSES )
{
for ( j = 0; j < 12; j++ )
{
if (( j == HOUSE1 ) || ( j == HOUSE4 ) || ( j == HOUSE5 ) || ( j == HOUSE6 )
|| ( j == HOUSE7 ) || ( j == HOUSE8 ) || ( j == HOUSE9 ) || ( j == HOUSE10 )
) continue;
assert( (int)table.nb_rows > line );
s.Printf( wxT( "%02d" ), j+1 );
table.setEntry( 0, line, s );
table.setEntry( 1, line, writer->getPosFormatted( horoscope->getHouse(j, false), false ));
line++;
}
}
writer->writeTable( table );
return ret;
}
/*****************************************************
**
** TextHelper --- writeVedicPlanets
**
******************************************************/
int TextHelper::writeVedicPlanets()
{
#define HOUSE_QUALIFIER 1000
wxString s;
int pindex, rowindex = 1, shast, col = 1, p, ret = 0;
int numcols;
unsigned int i;
ObjectPosition pos;
Formatter *f = Formatter::get();
Lang lang;
int nakshatramode = ( config->vNakshatraMode28 ? N28 : N27 );
VargaHoroscope chart( horoscope, VARGA_RASI );
VargaHoroscope bchart( horoscope, VARGA_BHAVA );
JaiminiExpert expert( &chart );
AshtakavargaExpert aexpert( &chart );
Planet *planet;
int istyle = chartprops->getVedicMainStyle();
int extraObjects = 0;
if ( chartprops->getVedicObjectStyle() & OBJECTS_INCLUDE_D9_LAGNA ) extraObjects |= OBJECTS_INCLUDE_D9_LAGNA;
vector<int> obs = chartprops->getVedicPlanetList( extraObjects );
int opt_lord, opt_dig, opt_nav, opt_kara, opt_shast, opt_nak, opt_dasa, opt_bha, opt_kp, opt_ashtaka, opt_pada,
opt_houses, opt_declinations;
opt_lord = opt_dig = opt_nav = opt_kara = opt_shast = opt_nak = opt_dasa = opt_bha = opt_kp = opt_ashtaka = opt_pada
= opt_houses = opt_declinations = 0;
numcols = 2;
if ( istyle & MAIN_CHILD_SHOW_LORD ) {
opt_lord = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_DIGNITY ) {
opt_dig = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_NAVAMSA ) {
opt_nav = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_KARAKA ) {
opt_kara = true;
expert.calcCharaKarakas();
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_SHASTIAMSA ) {
opt_shast = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_NAKSHATRA ) {
opt_nak = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_DASAVARGA ) {
opt_dasa = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_HOUSEPOS ) {
opt_bha = true;
numcols++;
}
if ( istyle & MAIN_CHILD_SHOW_ASHTAKA ) {
opt_ashtaka = true;
aexpert.update();
numcols += 1;
}
if ( istyle & MAIN_CHILD_SHOW_PADA ) {
opt_pada = true;
numcols += 1;
}
if ( istyle & MAIN_CHILD_SHOW_KP ) {
opt_kp = true;
horoscope->updateKP( 0 );
numcols += 3;
}
if ( istyle & MAIN_CHILD_SHOW_DECLINATION ) {
opt_declinations = true;
numcols ++;
}
if ( istyle & MAIN_CHILD_SHOW_HOUSES )
{
opt_houses = true;
for ( i = HOUSE1; i <= HOUSE12; i++ ) obs.push_back( i + HOUSE_QUALIFIER );
}
Table table( numcols, obs.size() + 1 );
table.setHeader( 0, _( "Planet" ));
table.setHeader( 1, _( "Length" ));
i = 2;
if ( opt_declinations ) table.setHeader( i++, _( "Declination" ));
if ( opt_lord ) table.setHeader( i++, _( "Lord" ));
if ( opt_dig ) table.setHeader( i++, _( "Dignity" ));
if ( opt_nav ) table.setHeader( i++, _( "D-9" ));
if ( opt_nak ) table.setHeader( i++, _( "Nakshatra" ));
if ( opt_pada ) table.setHeader( i++, _( "Pada" ));
if ( opt_kp )
{
table.setHeader( i++, _( "KP Lord" ));
table.setHeader( i++, _( "Sublord" ));
table.setHeader( i++, _( "Subsublord" ));
}
if ( opt_shast ) table.setHeader( i++, _( "Shastiamsa" ));
if ( opt_dasa ) table.setHeader( i++, _( "Dasa Varga" ));
if ( opt_bha ) table.setHeader( i++, _( "Bhava" ));
if ( opt_kara ) table.setHeader( i++, _( "Karaka" ));
if ( opt_ashtaka ) table.setHeader( i++, _( "AV" ));
for ( i = 0; i < obs.size(); i++ )
{
pindex = obs[i];
if ( pindex >= HOUSE_QUALIFIER )
{
pos.length = horoscope->getHouse( pindex - HOUSE_QUALIFIER, true, false );
pos.latitude = 0;
pos.retro = false;
}
else
{
pos = horoscope->getObjectPosition( pindex, true );
// pos.length is 0 for unclaculated planets because Ayanamsa isn't subtracted in that case
if ( pos.length == 0 && pindex != OARIES ) ret++;
}
planet = 0;
col = 2;
assert( (int)table.nb_rows >= rowindex );
table.setEntry( 0, rowindex,
( pindex <= LAST_ARABIC_OBJECT ? writer->getObjectName( pindex, TLARGE, true ) : lang.getBhavaName( pindex - HOUSE_QUALIFIER )));
if ( pindex <= OSATURN ) planet = horoscope->getPlanet( pindex );
table.setEntry( 1, rowindex, writer->getPosFormatted( pos.length, pos.retro ));
// Declination
if ( opt_declinations )
table.setEntry( col++, rowindex, f->getLatitudeFormatted( pos.latitude, DEG_PRECISION_SECOND ));
// Lord
if ( opt_lord )
table.setEntry( col++, rowindex, writer->getObjectName( getLord( getRasi( pos.length )), TLARGE, true ));
// Dignity
if ( opt_dig )
{
if ( pindex >= OSUN && pindex <= OSATURN && obs[i] < MAX_EPHEM_OBJECTS )
table.setEntry( col, rowindex, lang.getDignityName( horoscope->getVargaData( pindex, VARGA_RASI )->getDignity(), TLARGE ));
col++;
}
// Navamsa
if ( opt_nav )
table.setEntry( col++, rowindex, writer->getSignName( getRasi( pos.length * 9 ), config->signPrecision ));
// Nakshatra
if ( opt_nak )
table.setEntry( col++, rowindex,
lang.getNakshatraName( getNakshatra( pos.length, nakshatramode ), nakshatramode, TMEDIUM ));
// Pada
if ( opt_pada )
{
s.Printf( wxT( "%d" ), (int)(getNakshatraLength( pos.length, nakshatramode ) / 3.3333333333 ) + 1 );
table.setEntry( col++, rowindex, s );
}
// Krishnamurti
if ( opt_kp )
{
KpData kp;
if ( pindex <= LAST_ARABIC_OBJECT )
{
kp = horoscope->getKPLords( obs[i] );
}
else
{
kp = horoscope->getHouseKPLords( pindex - HOUSE_QUALIFIER );
}
table.setEntry( col++, rowindex, writer->getObjectName( kp.lord, TLARGE, true ));
table.setEntry( col++, rowindex, writer->getObjectName( kp.sublord, TLARGE, true ));
table.setEntry( col++, rowindex, writer->getObjectName( kp.subsublord, TLARGE, true ));
}
// Shastiamsa
if ( opt_shast )
{
shast = (int)( a_red( pos.length, 30 ) * 2 );
if ( isEvenRasi( pos.length )) shast = 59 - shast;
assert( shast >= 0 && shast < 60 );
s.Printf( wxT( "%s (%c)" ), (const wxChar*)lang.getShastiamsaName( shast),
( k_shastiamsa_benefic[(int)shast] ? 'B' : 'M' ));
table.setEntry( col, rowindex, s );
col++;
}
// Dasavarga Dignity
if ( opt_dasa )
{
if ( pindex <= OSATURN && obs[i] < MAX_EPHEM_OBJECTS )
{
VargaExpert expert;
table.setEntry( col, rowindex, lang.getVimsopakaDignityName( 2, planet->getVimsopakaBalaGoodVargas( 2 )) );
}
col++;
}
// Bhava
if ( opt_bha && obs[i] <= MAX_EPHEM_OBJECTS )
{
s.Printf( wxT( "%d" ), red12( bchart.getRasi( pindex ) - bchart.getRasi( OASCENDANT )) + 1 );
table.setEntry( col++, rowindex, s );
}
// Karaka
if ( opt_kara )
{
if ( pindex <= OSATURN ) p = pindex;
else if ( pindex == OMEANNODE || pindex == OTRUENODE ) p = 7;
else p = -1;
if ( p >= 0 ) table.setEntry( col, rowindex, lang.getKarakaName( expert.getCharaKarakaProperty( p )) );
col++;
}
// Ashtaka Varga
if ( opt_ashtaka )
{
if ((( pindex >= OSUN && pindex <= OSATURN ) || pindex == OASCENDANT ) && obs[i] <= MAX_EPHEM_OBJECTS )
{
s.Printf( wxT( "%d" ), aexpert.getItem( REKHA, pindex, getRasi( pos.length )));
table.setEntry( col++, rowindex, s );
}
col++;
}
rowindex++;
}
writer->writeTable( table );
return ret;
}
