Index

A B C D E F G H I J L M O P R S T U V W Y

A

abs(int) - Static method in class swisseph.SMath
abs(long) - Static method in class swisseph.SMath
abs(float) - Static method in class swisseph.SMath
abs(double) - Static method in class swisseph.SMath
acos(double) - Static method in class swisseph.SMath
AS_MAXCH - Static variable in class swisseph.SwissData
asin(double) - Static method in class swisseph.SMath
atan(double) - Static method in class swisseph.SMath
atan2(double, double) - Static method in class swisseph.SMath
atof(String) - Static method in class swisseph.SwissLib: This method emulates the C version of atof() allowing any string to be parsed into a number.
atoi(String) - Static method in class swisseph.SwissLib: This method emulates the C version of atoi() allowing any string to be parsed into an integer.
AUNIT - Static variable in class swisseph.SweConst
ayanamsa_name - Static variable in class swisseph.SwissData

B

BEYOND_USER_TIME_LIMIT - Static variable in exception swisseph.SwissephException: Error code, when a user requested time limit has been reached.
BIT_ROUND_MIN - Static variable in class Sweclips
BIT_ROUND_SEC - Static variable in class Sweclips
BIT_ZODIAC - Static variable in class Sweclips

C

calc(double, int, int, double[]) - Method in class swisseph.SwissEph: This method will probably be deprecated some time in future or change parameters.
calc(double) - Method in class swisseph.TCHouses
calc(double) - Method in class swisseph.TCPlanet
calc(double) - Method in class swisseph.TCPlanetHouse
calc(double) - Method in class swisseph.TCPlanetPlanet
calc(double) - Method in class swisseph.TransitCalculator
ceil(double) - Static method in class swisseph.SMath
checkDate() - Method in class swisseph.SweDate: Checks the date to see, if it is a valid date.
checkDate(int, int, int) - Method in class swisseph.SweDate: Checks the given date to see, if it is a valid date.
checkDate(int, int, int, double) - Method in class swisseph.SweDate: Checks the given date to see, if it is a valid date.
checkIdenticalResult(double, double) - Method in class swisseph.TCPlanetHouse
checkIdenticalResult(double, double) - Method in class swisseph.TCPlanetPlanet
checkIdenticalResult(double, double) - Method in class swisseph.TransitCalculator
checkResult(double, double, double, boolean, boolean) - Method in class swisseph.TCPlanetPlanet
checkResult(double, double, double, boolean, boolean) - Method in class swisseph.TransitCalculator
close() - Method in class swisseph.FilePtr: Closes the connection to the file.
cos(double) - Static method in class swisseph.SMath
createLocDateTimeFormatter(String, boolean) - Method in class swisseph.Extlib: Creates a localized date time formatter suitable for tabular output with 4 digit years and UTC timezone.

D

DAMAGED_FILE_ERROR - Static variable in exception swisseph.SwissephException: Error code, when the file is damaged in any way, which normally means that the content is not what it is expected to be.
day - Variable in class swisseph.SDate
DblObj - Class in swisseph: This class enables methods to return doubles by reference.
DblObj() - Constructor for class swisseph.DblObj
DblObj(double) - Constructor for class swisseph.DblObj
DIR_GLUE - Static variable in class swisseph.SwissData
DPSI_DEPS_IAU1980_FILE_EOPC04 - Static variable in class swisseph.SwissLib
DPSI_DEPS_IAU1980_FILE_FINALS - Static variable in class swisseph.SwissLib
DPSI_DEPS_IAU1980_TJD0_HORIZONS - Static variable in class swisseph.SwissLib

E

E - Static variable in class swisseph.SMath
ECL_LUN_PARTIAL - Static variable in class Sweclips
ECL_LUN_PENUMBRAL - Static variable in class Sweclips
ECL_LUN_TOTAL - Static variable in class Sweclips
ECL_SOL_ANNULAR - Static variable in class Sweclips
ECL_SOL_PARTIAL - Static variable in class Sweclips
ECL_SOL_TOTAL - Static variable in class Sweclips
ERR - Static variable in class swisseph.SweConst: Constant for unsuccessful return values.
exp(double) - Static method in class swisseph.SMath
Extlib - Class in swisseph: Some supportive methods, mainly for internationalization.
Extlib() - Constructor for class swisseph.Extlib: This class contains some additional method not contained in the original Swiss Ephemeris package.

F

FILE_ERROR - Static variable in exception swisseph.SwissephException: Any file error.
FILE_NOT_FOUND - Static variable in exception swisseph.SwissephException: Error code, when the file could not be found.
FILE_OPEN_FAILED - Static variable in exception swisseph.SwissephException: Error code, when the file could not be opened.
FILE_READ_ERROR - Static variable in exception swisseph.SwissephException: Error code, when the file could not be read.
FilePtr - Class in swisseph: This class is meant to be a wrapper to some read functionality of the RandomAccessFile class.
FilePtr(RandomAccessFile, Socket, InputStream, BufferedOutputStream, String, long, int) - Constructor for class swisseph.FilePtr: Creates a new FilePtr instance.
floor(double) - Static method in class swisseph.SMath
FRIDAY - Static variable in class swisseph.SweDate: Constant for weekdays.

G

getCalendarType() - Method in class swisseph.SweDate: Queries the type of calendar in effect - Gregorian or Julian calendar.
getDatafileTimerange(String) - Method in class swisseph.SwissEph: Returns the range of dates for a data file as [start, end]
getDate(long) - Method in class swisseph.SweDate: This will return a java.util.Date object with the date of this SweDate object.
getDate(double) - Static method in class swisseph.SweDate: This will return a java.util.Date object from a julian day number.
getDay() - Method in class swisseph.SweDate: Queries the day of this SweDate object.
getDayOfWeekNr() - Method in class swisseph.SweDate: Queries the day of the week, i.e.
getDayOfWeekNr(double) - Static method in class swisseph.SweDate: Queries the day of the week of the given Julian Day number (interpreted in the gregorian calendar system!).
getDayOfWeekNr(int, int, int) - Static method in class swisseph.SweDate: Queries the day of the week of the given date that is interpreted as being a date in the Gregorian or Julian calendar system depending on the date, the switch from Julian to Gregorian calendar system occured.
getDayOfWeekNr(int, int, int, boolean) - Static method in class swisseph.SweDate: Queries the day of the week of the given date that is interpreted as being a date in the given calendar system.
getDecimalSeparator(NumberFormat) - Method in class swisseph.Extlib: Returns the decimal separator of the NumberFormat
getDegreePrecision(double) - Method in class swisseph.TCHouses
getDegreePrecision(double) - Method in class swisseph.TCPlanet
getDegreePrecision(double) - Method in class swisseph.TCPlanetHouse
getDegreePrecision(double) - Method in class swisseph.TCPlanetPlanet
getDegreePrecision(double) - Method in class swisseph.TransitCalculator
getDeltaT() - Method in class swisseph.SweDate: Queries the delta T value for the date of this object.
getDeltaT(double) - Static method in class swisseph.SweDate: Queries the delta T value for the given Julian Day number - this is a static method.
getFilePointer() - Method in class swisseph.FilePtr: Returns the current position of the file pointer.
getFixstarMagnitude(String) - Method in class swisseph.SwissEph: Returns the magnitude (brightness) of a fixstar.
getFixstarMagnitude(StringBuffer) - Method in class swisseph.SwissEph: Returns the magnitude (brightness) of a fixstar.
getGlobalTidalAcc() - Static method in class swisseph.SweDate: Returns the tidal acceleration used in calculations of delta T.
getGregorianChange() - Method in class swisseph.SweDate: Returns the julian day number on which the Gregorian calendar system comes to be in effect.
getHour() - Method in class swisseph.SweDate: Queries the hour of the day of this SweDate object.
getHouseobjectname(int) - Static method in class swisseph.SwissEph: Returns the name of the house object.
getInvalidUTCDateError(int, int, int, int, int, double, boolean) - Method in class swisseph.SweDate: Returns a String error message, if the year, month, day, hour, minute and second fields do not describe a valid date.
getJD() - Method in exception swisseph.SwissephException: Returns the julian day number as ET of the current process.
getJDfromUTC(int, int, int, int, int, double, boolean, boolean) - Method in class swisseph.SweDate: Calculates the julian day numbers (TT (==ET) and UT1) from a given date.
getJulDay() - Method in class swisseph.SweDate: Queries the Julian Day number of this object.
getJulDay(int, int, int, double) - Static method in class swisseph.SweDate: Queries the Julian Day number of the given date in Gregorian calendar system - this is a static method.
getJulDay(int, int, int, double, boolean) - Static method in class swisseph.SweDate: Queries the Julian Day number of the given date that is interpreted as a date in the given calendar system - this is a static method.
getLatitude() - Method in class swisseph.TCHouses: This returns the latitudinal position used by the house calculations.
getLocalDateTime() - Method in class swisseph.SweDate: Returns a LocalDateTime object to be used with DateTimeFormatters.
getLocalDateTime(SweDate) - Static method in class swisseph.SweDate: Returns a LocalDateTime object to be used with DateTimeFormatters.
getLocale(String) - Method in class swisseph.Extlib: Returns the requested locale from a locale string.
getLocales() - Method in class swisseph.Extlib: This method returns all available locale strings
getLocalTimeFromUTC(int, int, int, int, int, double, double) - Method in class swisseph.SweDate: Transform UTC to local time.
getLongitude() - Method in class swisseph.TCHouses: This returns the longitudinal position used by the house calculations.
getMaxOffset() - Method in class swisseph.TCPlanet
getMaxOffset() - Method in class swisseph.TCPlanetPlanet
getMaxOffset() - Method in class swisseph.TransitCalculator
getMaxSpeed() - Method in class swisseph.TCHouses
getMaxSpeed() - Method in class swisseph.TCPlanet
getMaxSpeed() - Method in class swisseph.TCPlanetHouse
getMaxSpeed() - Method in class swisseph.TCPlanetPlanet
getMaxSpeed() - Method in class swisseph.TransitCalculator
getMinOffset() - Method in class swisseph.TCPlanet
getMinOffset() - Method in class swisseph.TCPlanetPlanet
getMinOffset() - Method in class swisseph.TransitCalculator
getMinSpeed() - Method in class swisseph.TCHouses
getMinSpeed() - Method in class swisseph.TCPlanet
getMinSpeed() - Method in class swisseph.TCPlanetHouse
getMinSpeed() - Method in class swisseph.TCPlanetPlanet
getMinSpeed() - Method in class swisseph.TransitCalculator
getMonth() - Method in class swisseph.SweDate: Queries the month of this SweDate object.
getNextJD(double, double, double, double, double, boolean) - Method in class swisseph.TCPlanetPlanet
getNextJD(double, double, double, double, double, boolean) - Method in class swisseph.TransitCalculator
getNormalizedDatePattern(String, boolean) - Method in class swisseph.Extlib: Ensures a date pattern with four letter year, two letter month and day and 24h time format, if requested.
getObjectIdentifiers() - Method in class swisseph.TCHouses: This returns the object number as an Integer object.
getObjectIdentifiers() - Method in class swisseph.TCPlanet: This returns the planet number as an Integer object.
getObjectIdentifiers() - Method in class swisseph.TCPlanetHouse: This returns the planet number, the house object, and the house system as Strings.
getObjectIdentifiers() - Method in class swisseph.TCPlanetPlanet: This returns the two planet numbers involved as Strings.
getObjectIdentifiers() - Method in class swisseph.TransitCalculator: This returns all the "object identifiers" used in this TransitCalculator.
getOffset() - Method in class swisseph.TCHouses: This returns the degree or other value of the position or speed of the planet to transit.
getOffset() - Method in class swisseph.TCPlanet: This returns the degree or other value of the position or speed of the planet to transit.
getOffset() - Method in class swisseph.TCPlanetHouse: This returns the transit degree of the relative position of the planets and the house object.
getOffset() - Method in class swisseph.TCPlanetPlanet: This returns the transit degree or other transit value of the relative position or speed of the two planets.
getOffset() - Method in class swisseph.TransitCalculator: This returns the degree or other value of the position or speed of the planet to transit.
getPatternLastIdx(String, String, SimpleDateFormat) - Method in class swisseph.Extlib: Returns the index in the formatter pattern of the given pattern 'what' recalculated to the APPLIED pattern of the formatter.
getRC() - Method in exception swisseph.SwissephException: Returns the return code from the underlying original C-source code, which is SweConst.ERR normally.
getRollover() - Method in class swisseph.TCHouses
getRollover() - Method in class swisseph.TCPlanet
getRollover() - Method in class swisseph.TCPlanetHouse
getRollover() - Method in class swisseph.TCPlanetPlanet
getRollover() - Method in class swisseph.TransitCalculator
getRolloverVal() - Method in class swisseph.TransitCalculator
getTimePrecision(double) - Method in class swisseph.TCHouses
getTimePrecision(double) - Method in class swisseph.TCPlanet
getTimePrecision(double) - Method in class swisseph.TCPlanetHouse
getTimePrecision(double) - Method in class swisseph.TCPlanetPlanet
getTimePrecision(double) - Method in class swisseph.TransitCalculator
getTransitET(TransitCalculator, double, boolean) - Method in class swisseph.SwissEph: Searches for the next or previous transit of a planet over a specified longitude, latitude, distance or speed value with geocentric or topocentric positions in a tropical or sidereal zodiac.
getTransitET(TransitCalculator, double, boolean, double) - Method in class swisseph.SwissEph: Searches for the next or previous transit of a planet over a specified longitude, latitude, distance or speed value with geocentric or topocentric positions in a tropical or sidereal zodiac.
getTransitUT(TransitCalculator, double, boolean) - Method in class swisseph.SwissEph: Searches for the next or previous transit of a planet over a specified longitude, latitude, distance or speed value with geocentric or topocentric positions in a tropical or sidereal zodiac.
getTransitUT(TransitCalculator, double, boolean, double) - Method in class swisseph.SwissEph: Searches for the next or previous transit of a planet over a specified longitude, latitude, distance or speed value with geocentric or topocentric positions in a tropical or sidereal zodiac.
getType() - Method in exception swisseph.SwissephException: Returns error type.
getUTCfromJDET(double, boolean) - Method in class swisseph.SweDate: Calculates the UTC date from ET Julian day number.
getUTCfromJDUT1(double, boolean) - Method in class swisseph.SweDate: Calculates the UTC date from UT1 (universal time) Julian day number.
getUTCFromLocalTime(int, int, int, int, int, double, double) - Method in class swisseph.SweDate: Transform local time to UTC.
getYear() - Method in class swisseph.SweDate: Queries the year of this SweDate object.

H

hasPartileAspect(double, int, int, int, double) - Method in class swisseph.TCPlanetPlanet: Checks if the two planets have a partile aspect.
HORIZONS_TJD0_DPSI_DEPS_IAU1980 - Static variable in class swisseph.SwissLib
hour - Variable in class swisseph.SDate

I

IEEEremainder(double, double) - Static method in class swisseph.SMath
IntObj - Class in swisseph: This class enables methods to return an integer by reference.
IntObj() - Constructor for class swisseph.IntObj
INVALID_DATE - Static variable in exception swisseph.SwissephException: Error code, when the date is invalid Its current value is PARAM_ERROR + 16384.
INVALID_FILE_ERROR - Static variable in exception swisseph.SwissephException: Error code, when the file is not a valid data file.
INVALID_FILE_NAME - Static variable in exception swisseph.SwissephException: Error code for invalid filename.
INVALID_PARAMETER_COMBINATION - Static variable in exception swisseph.SwissephException: Error code, when the parameter combination is invalid.
isValidUTCDate(int, int, int, int, int, double, boolean) - Method in class swisseph.SweDate: Determines, if the year, month, day, hour, minute and second fields describe a valid date.

J

J2000 - Static variable in class Sweclips
JD0 - Static variable in class swisseph.SweDate: The Julian day number of 1970 January 1.0.

L

length() - Method in class swisseph.FilePtr: Returns the length of the file.
log(double) - Static method in class swisseph.SMath

M

main(String[]) - Static method in class Precompile: You can run the class stand alone via this method.
main(String[]) - Static method in class Sweclips: Sweclips
main(String[]) - Static method in class Swemini
main(String[]) - Static method in class Swetest: Test program for the swisseph library.
main(String[]) - Static method in class swisseph.Extlib: This method is for debugging purposes only.
main(String[]) - Static method in class Transits: Test program for transit calculations.
makeValidDate() - Method in class swisseph.SweDate: Makes the date to be a valid date.
max(int, int) - Static method in class swisseph.SMath
max(long, long) - Static method in class swisseph.SMath
max(float, float) - Static method in class swisseph.SMath
max(double, double) - Static method in class swisseph.SMath
min(int, int) - Static method in class swisseph.SMath
min(long, long) - Static method in class swisseph.SMath
min(float, float) - Static method in class swisseph.SMath
min(double, double) - Static method in class swisseph.SMath
minute - Variable in class swisseph.SDate
MONDAY - Static variable in class swisseph.SweDate: Constant for weekdays.
month - Variable in class swisseph.SDate

O

ODEGREE_STRING - Variable in class swisseph.SwissData: The character to be used as the degree character.
OK - Static variable in class swisseph.SweConst: Constant for successful return values.
OUT_OF_TIME_RANGE - Static variable in exception swisseph.SwissephException: Error code, when a calculation would be out of its supported time range.

P

PARAM_ERROR - Static variable in exception swisseph.SwissephException: Error code, when a parameter is not valid.
PATH_SEPARATOR - Static variable in class swisseph.SwissData
PI - Static variable in class swisseph.SMath
pow(double, double) - Static method in class swisseph.SMath
Precompile - Class in <Unnamed>
Precompile() - Constructor for class Precompile
precompile(String[], String[], boolean, String[]) - Method in class Precompile: This is the routine to precompile all *.pre / *.java files in a given directory.

R

random() - Static method in class swisseph.SMath
readByte() - Method in class swisseph.FilePtr: Reads one (signed) byte.
readDouble() - Method in class swisseph.FilePtr: Reads a double value.
readFixstarParameters(StringBuffer, StringBuffer) - Method in class swisseph.SwissEph
readInt() - Method in class swisseph.FilePtr: Reads a (signed) integer value.
readLine() - Method in class swisseph.FilePtr: Reads a complete line from the file.
readShort() - Method in class swisseph.FilePtr: Reads a (signed) short value.
readUnsignedByte() - Method in class swisseph.FilePtr: Reads one unsigned byte.
rint(double) - Static method in class swisseph.SMath
rollover - Variable in class swisseph.TransitCalculator
rolloverVal - Variable in class swisseph.TransitCalculator
round(float) - Static method in class swisseph.SMath
round(double) - Static method in class swisseph.SMath
runSwetest(String[]) - Method in class Swetest

S

SATURDAY - Static variable in class swisseph.SweDate: Constant for weekdays.
SDate - Class in swisseph: This class keeps date and time values in just one place.
SDate(int, int, int, double) - Constructor for class swisseph.SDate
SDate(int, int, int, int, int, double) - Constructor for class swisseph.SDate
SE_ACRONYCHAL_RISING - Static variable in class swisseph.SweConst
SE_ACRONYCHAL_SETTING - Static variable in class swisseph.SweConst
SE_ADMETOS - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" admetos.
SE_APOLLON - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" appollon.
SE_APP_TO_TRUE - Static variable in class swisseph.SweConst: Calculate the true altitude from the apparent altitude.
SE_ARMC - Static variable in class swisseph.SweConst: This is a constant to access the value of the sidereal time in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses() or to specify the sidereal time as an object in transit calculations.
SE_ASC - Static variable in class swisseph.SweConst: This is a constant to access the ascendant value in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses() or to specify the ascendant object in transit calculations.
SE_AST_OFFSET - Static variable in class swisseph.SweConst: The offset, where asteroid numbers start.
SE_BIT_ASTRO_TWILIGHT - Static variable in class swisseph.SweConst
SE_BIT_CIVIL_TWILIGHT - Static variable in class swisseph.SweConst
SE_BIT_DISC_BOTTOM - Static variable in class swisseph.SweConst: Add this to SE_CALC_RISE/SET, if rise or set of disc bottom is requested.
SE_BIT_DISC_CENTER - Static variable in class swisseph.SweConst: Add this to SE_CALC_RISE/SET, if rise or set of disc center is requested.
SE_BIT_FIXED_DISC_SIZE - Static variable in class swisseph.SweConst
SE_BIT_NAUTIC_TWILIGHT - Static variable in class swisseph.SweConst
SE_BIT_NO_REFRACTION - Static variable in class swisseph.SweConst: Add this to SE_CALC_RISE/SET, if refraction should not to be considered.
SE_CALC_ITRANSIT - Static variable in class swisseph.SweConst: Calculate the time of the lower meridian transit (northern, below the horizon).
SE_CALC_MTRANSIT - Static variable in class swisseph.SweConst: Calculate the time of the upper meridian transit (southern for northern geo.
SE_CALC_RISE - Static variable in class swisseph.SweConst: Calculate the time of sunrise.
SE_CALC_SET - Static variable in class swisseph.SweConst: Calculate the time of sunset.
SE_CERES - Static variable in class swisseph.SweConst: planet number of ceres.
SE_CHIRON - Static variable in class swisseph.SweConst: planet number of chiron.
SE_COASC1 - Static variable in class swisseph.SweConst: This is a constant to access the value of the "co-ascendant" of W.
SE_COASC2 - Static variable in class swisseph.SweConst: This is a constant to access the value of the "co-ascendant" of M.
SE_COSMICAL_SETTING - Static variable in class swisseph.SweConst
SE_CUPIDO - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" cupido.
SE_DE_NUMBER - Static variable in class swisseph.SweConst
SE_EARTH - Static variable in class swisseph.SweConst: planet number of the earth.
SE_ECL2HOR - Static variable in class swisseph.SweConst: This is a constant to be used as a flag to swe_azalt().
SE_ECL_1ST_VISIBLE - Static variable in class swisseph.SweConst: Begin of partial eclipse.
SE_ECL_2ND_VISIBLE - Static variable in class swisseph.SweConst: Begin of total eclipse.
SE_ECL_3RD_VISIBLE - Static variable in class swisseph.SweConst: End of total eclipse.
SE_ECL_4TH_VISIBLE - Static variable in class swisseph.SweConst: End of partial eclipse.
SE_ECL_ALLTYPES_LUNAR - Static variable in class swisseph.SweConst
SE_ECL_ALLTYPES_SOLAR - Static variable in class swisseph.SweConst
SE_ECL_ANNULAR - Static variable in class swisseph.SweConst: Annular eclipse.
SE_ECL_ANNULAR_TOTAL - Static variable in class swisseph.SweConst
SE_ECL_CENTRAL - Static variable in class swisseph.SweConst
SE_ECL_MAX_VISIBLE - Static variable in class swisseph.SweConst
SE_ECL_NONCENTRAL - Static variable in class swisseph.SweConst
SE_ECL_NUT - Static variable in class swisseph.SweConst: Planet number for the ipl parameter in swe_calc*().
SE_ECL_OCC_BEG_DAYLIGHT - Static variable in class swisseph.SweConst: Occultation begins during the day
SE_ECL_OCC_END_DAYLIGHT - Static variable in class swisseph.SweConst: Occultation ends during the day
SE_ECL_ONE_TRY - Static variable in class swisseph.SweConst: Just check if the next conjunction of the moon with a planet is an occultation; don't search further.
SE_ECL_PARTBEG_VISIBLE - Static variable in class swisseph.SweConst: Begin of partial eclipse.
SE_ECL_PARTEND_VISIBLE - Static variable in class swisseph.SweConst: End of partial eclipse.
SE_ECL_PARTIAL - Static variable in class swisseph.SweConst
SE_ECL_PENUMBBEG_VISIBLE - Static variable in class swisseph.SweConst: Begin of penumbral eclipse.
SE_ECL_PENUMBEND_VISIBLE - Static variable in class swisseph.SweConst: End of penumbral eclipse.
SE_ECL_PENUMBRAL - Static variable in class swisseph.SweConst
SE_ECL_TOTAL - Static variable in class swisseph.SweConst
SE_ECL_TOTBEG_VISIBLE - Static variable in class swisseph.SweConst: Begin of total eclipse.
SE_ECL_TOTEND_VISIBLE - Static variable in class swisseph.SweConst: End of total eclipse.
SE_ECL_VISIBLE - Static variable in class swisseph.SweConst
SE_EPHE_PATH - Static variable in class swisseph.SweConst: Ephemeris path.
SE_EQU2HOR - Static variable in class swisseph.SweConst: This is a constant to be used as a flag to swe_azalt().
SE_EQUASC - Static variable in class swisseph.SweConst: This is a constant to access the value of the "equatorial ascendant" in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses() or to specify the equatorial ascendant object in transit calculations.
SE_EVENING_FIRST - Static variable in class swisseph.SweConst
SE_EVENING_LAST - Static variable in class swisseph.SweConst
SE_FICT_OFFSET_1 - Static variable in class swisseph.SweConst
SE_FIXSTAR - Static variable in class swisseph.SweConst
SE_FNAME_DE200 - Static variable in class swisseph.SweConst
SE_FNAME_DE403 - Static variable in class swisseph.SweConst
SE_FNAME_DE404 - Static variable in class swisseph.SweConst
SE_FNAME_DE405 - Static variable in class swisseph.SweConst
SE_FNAME_DE406 - Static variable in class swisseph.SweConst
SE_FNAME_DE431 - Static variable in class swisseph.SweConst
SE_FNAME_DFT - Static variable in class swisseph.SweConst
SE_FNAME_DFT2 - Static variable in class swisseph.SweConst
SE_GREG_CAL - Static variable in class swisseph.SweDate
SE_HADES - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" hades.
SE_HARRINGTON - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body harrington.
SE_HELFLAG_AV - Static variable in class swisseph.SweConst
SE_HELFLAG_AVKIND - Static variable in class swisseph.SweConst
SE_HELFLAG_AVKIND_MIN7 - Static variable in class swisseph.SweConst
SE_HELFLAG_AVKIND_MIN9 - Static variable in class swisseph.SweConst
SE_HELFLAG_AVKIND_PTO - Static variable in class swisseph.SweConst
SE_HELFLAG_AVKIND_VR - Static variable in class swisseph.SweConst
SE_HELFLAG_HIGH_PRECISION - Static variable in class swisseph.SweConst
SE_HELFLAG_LONG_SEARCH - Static variable in class swisseph.SweConst
SE_HELFLAG_NO_DETAILS - Static variable in class swisseph.SweConst
SE_HELFLAG_OPTICAL_PARAMS - Static variable in class swisseph.SweConst
SE_HELFLAG_SEARCH_1_PERIOD - Static variable in class swisseph.SweConst
SE_HELFLAG_VISLIM_DARK - Static variable in class swisseph.SweConst
SE_HELFLAG_VISLIM_NOMOON - Static variable in class swisseph.SweConst
SE_HELFLAG_VISLIM_PHOTOPIC - Static variable in class swisseph.SweConst
SE_HELIACAL_AVKIND - Static variable in class swisseph.SweConst
SE_HELIACAL_AVKIND_MIN7 - Static variable in class swisseph.SweConst
SE_HELIACAL_AVKIND_MIN9 - Static variable in class swisseph.SweConst
SE_HELIACAL_AVKIND_PTO - Static variable in class swisseph.SweConst
SE_HELIACAL_AVKIND_VR - Static variable in class swisseph.SweConst
SE_HELIACAL_HIGH_PRECISION - Static variable in class swisseph.SweConst
SE_HELIACAL_LONG_SEARCH - Static variable in class swisseph.SweConst
SE_HELIACAL_NO_DETAILS - Static variable in class swisseph.SweConst
SE_HELIACAL_OPTICAL_PARAMS - Static variable in class swisseph.SweConst
SE_HELIACAL_RISING - Static variable in class swisseph.SweConst
SE_HELIACAL_SEARCH_1_PERIOD - Static variable in class swisseph.SweConst
SE_HELIACAL_SETTING - Static variable in class swisseph.SweConst
SE_HELIACAL_VISLIM_DARK - Static variable in class swisseph.SweConst
SE_HELIACAL_VISLIM_NOMOON - Static variable in class swisseph.SweConst
SE_HELIACAL_VISLIM_PHOTOPIC - Static variable in class swisseph.SweConst
SE_HOR2ECL - Static variable in class swisseph.SweConst: This is a constant to be used as a flag to swe_azalt_rev().
SE_HOR2EQU - Static variable in class swisseph.SweConst: This is a constant to be used as a flag to swe_azalt_rev().
SE_HOUSE1 - Static variable in class swisseph.SweConst
SE_HOUSE10 - Static variable in class swisseph.SweConst
SE_HOUSE11 - Static variable in class swisseph.SweConst
SE_HOUSE12 - Static variable in class swisseph.SweConst
SE_HOUSE2 - Static variable in class swisseph.SweConst
SE_HOUSE3 - Static variable in class swisseph.SweConst
SE_HOUSE4 - Static variable in class swisseph.SweConst
SE_HOUSE5 - Static variable in class swisseph.SweConst
SE_HOUSE6 - Static variable in class swisseph.SweConst
SE_HOUSE7 - Static variable in class swisseph.SweConst
SE_HOUSE8 - Static variable in class swisseph.SweConst
SE_HOUSE9 - Static variable in class swisseph.SweConst
SE_HSYS_ALCABITIUS - Static variable in class swisseph.SweConst
SE_HSYS_CAMPANUS - Static variable in class swisseph.SweConst
SE_HSYS_EQUAL - Static variable in class swisseph.SweConst
SE_HSYS_GAUQUELIN_SECTORS - Static variable in class swisseph.SweConst
SE_HSYS_HORIZONTAL - Static variable in class swisseph.SweConst
SE_HSYS_KOCH - Static variable in class swisseph.SweConst
SE_HSYS_KRUSINSKI - Static variable in class swisseph.SweConst
SE_HSYS_MERIDIAN - Static variable in class swisseph.SweConst
SE_HSYS_MORINUS - Static variable in class swisseph.SweConst
SE_HSYS_PLACIDUS - Static variable in class swisseph.SweConst
SE_HSYS_POLICH_PAGE - Static variable in class swisseph.SweConst
SE_HSYS_PORPHYRIUS - Static variable in class swisseph.SweConst
SE_HSYS_REGIOMONTANUS - Static variable in class swisseph.SweConst
SE_HSYS_VEHLOW - Static variable in class swisseph.SweConst
SE_HSYS_WHOLE_SIGN - Static variable in class swisseph.SweConst
SE_INTP_APOG - Static variable in class swisseph.SweConst: planet number of the interpolated lunar agopee.
SE_INTP_PERG - Static variable in class swisseph.SweConst: planet number of the interpolated lunar perigee.
SE_ISIS - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body isis.
SE_JUL_CAL - Static variable in class swisseph.SweDate
SE_JUNO - Static variable in class swisseph.SweConst: planet number of juno.
SE_JUPITER - Static variable in class swisseph.SweConst: planet number of jupiter.
SE_KEEP_DATE - Static variable in class swisseph.SweDate
SE_KEEP_JD - Static variable in class swisseph.SweDate
SE_KRONOS - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" kronos.
SE_MARS - Static variable in class swisseph.SweConst: planet number of mars.
SE_MC - Static variable in class swisseph.SweConst: This is a constant to access the medium coeli value in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses() or to specify the medium coeli object in transit calculations.
SE_MEAN_APOG - Static variable in class swisseph.SweConst: (planet) number of the mean apogee (== Lilith).
SE_MEAN_NODE - Static variable in class swisseph.SweConst: (planet) number of the mean moon node.
SE_MERCURY - Static variable in class swisseph.SweConst: planet number of mercury.
SE_MIXEDOPIC_FLAG - Static variable in class swisseph.SweConst
SE_MODEL_BIAS - Static variable in class swisseph.SweConst
SE_MODEL_DELTAT - Static variable in class swisseph.SweConst
SE_MODEL_JPLHOR_MODE - Static variable in class swisseph.SweConst
SE_MODEL_JPLHORA_MODE - Static variable in class swisseph.SweConst
SE_MODEL_NUT - Static variable in class swisseph.SweConst
SE_MODEL_PREC_LONGTERM - Static variable in class swisseph.SweConst
SE_MODEL_PREC_SHORTTERM - Static variable in class swisseph.SweConst
SE_MODEL_SIDT - Static variable in class swisseph.SweConst
SE_MOON - Static variable in class swisseph.SweConst: planet number of the moon.
SE_MORNING_FIRST - Static variable in class swisseph.SweConst
SE_MORNING_LAST - Static variable in class swisseph.SweConst
SE_NASCMC - Static variable in class swisseph.SweConst: This is a constant to know the count of valid parameters in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses().
SE_NEPTUNE - Static variable in class swisseph.SweConst: planet number of neptune.
SE_NEPTUNE_ADAMS - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body neptune-adams.
SE_NEPTUNE_LEVERRIER - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body neptune-leverrier.
SE_NIBIRU - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body nibiru.
SE_NODBIT_FOPOINT - Static variable in class swisseph.SweConst: Used for swe_nod_aps(): focal point of orbit instead of aphelion
SE_NODBIT_MEAN - Static variable in class swisseph.SweConst: Used for swe_nod_aps(): mean nodes/apsides
SE_NODBIT_OSCU - Static variable in class swisseph.SweConst: Used for swe_nod_aps(): osculating nodes/apsides
SE_NODBIT_OSCU_BAR - Static variable in class swisseph.SweConst: Used for swe_nod_aps(): osculating nodes/apsides, but motion about solar system barycenter is considered
SE_NSIDM_PREDEF - Static variable in class swisseph.SwissData
SE_OSCU_APOG - Static variable in class swisseph.SweConst: (planet) number of the osculating apogee.
SE_PALLAS - Static variable in class swisseph.SweConst: planet number of pallas.
SE_PHOLUS - Static variable in class swisseph.SweConst: planet number of pholus.
SE_PHOTOPIC_FLAG - Static variable in class swisseph.SweConst
SE_PLUTO - Static variable in class swisseph.SweConst: planet number of pluto.
SE_PLUTO_LOWELL - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body pluto-lowell.
SE_PLUTO_PICKERING - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body pluto-pickering.
SE_POLASC - Static variable in class swisseph.SweConst: This is a constant to access the polar ascendant value of M.
SE_POSEIDON - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" poseidon.
SE_PROSERPINA - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body "Proserpina".
SE_SATURN - Static variable in class swisseph.SweConst: planet number of saturn.
SE_SCOTOPIC_FLAG - Static variable in class swisseph.SweConst
SE_SIDBIT_ECL_T0 - Static variable in class swisseph.SweConst: This specifies that sidereal calculations are done via a projection onto the ecliptic at date t0.
SE_SIDBIT_SSY_PLANE - Static variable in class swisseph.SweConst: This specifies that sidereal calculations are done via a projection onto the solar system plane.
SE_SIDBITS - Static variable in class swisseph.SweConst
SE_SIDM_ALDEBARAN_15TAU - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defining t0 by Aldebaran at 15 degrees Taurus.
SE_SIDM_ARYABHATA - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as ARYABHATA (Aryabhata, same date as SE_SIDM_SURYASIDDHANTA_MSUN, but UT 6:56:55.57).
SE_SIDM_ARYABHATA_MSUN - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as ARYABHATA_MSUN (Aryabhata, analogous SE_SIDM_SURYASIDDHANTA_MSUN).
SE_SIDM_B1950 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as B1950 (Julian day 2433282.42345905, 1950 January 0.923).
SE_SIDM_BABYL_ETPSC - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Babylonian, Mercier.
SE_SIDM_BABYL_HUBER - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Babylonian, Huber.
SE_SIDM_BABYL_KUGLER1 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Babylonian, Kugler 1.
SE_SIDM_BABYL_KUGLER2 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Babylonian, Kugler 2.
SE_SIDM_BABYL_KUGLER3 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Babylonian, Kugler 3.
SE_SIDM_DELUCE - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by De Luce.
SE_SIDM_DJWHAL_KHUL - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Djwhal Khool.
SE_SIDM_FAGAN_BRADLEY - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha).
SE_SIDM_GALCENT_0SAG - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by the galactic center being at 0 degrees Sagittarius.
SE_SIDM_HIPPARCHOS - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) by defined by Hipparchos.
SE_SIDM_J1900 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as J1900 (Julian day 2415020.0, 1900 January 0.5).
SE_SIDM_J2000 - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as J2000 (Julian day 2451545.0, 2000 January 1.5)
SE_SIDM_JN_BHASIN - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by JN Bhasin.
SE_SIDM_KRISHNAMURTI - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Krishnamurti.
SE_SIDM_LAHIRI - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Lahiri.
SE_SIDM_RAMAN - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Raman.
SE_SIDM_SASSANIAN - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Sassanian.
SE_SIDM_SS_CITRA - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SE_SIDM_SS_CITRA (SS, Citra/Spica at polar long. 180°).
SE_SIDM_SS_REVATI - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SE_SIDM_SS_REVATI (SS, Revati/zePsc at polar long. 359°50').
SE_SIDM_SURYASIDDHANTA - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SURYASIDDHANTA (Suryasiddhanta, assuming ingress of mean Sun into Aries at point of mean equinox of date on 21.3.499, noon, Ujjain (75.7684565 E) = 7:30:31.57 UT).
SE_SIDM_SURYASIDDHANTA_MSUN - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SURYASIDDHANTA_MSUN (Suryasiddhanta, assuming ingress of mean Sun into Aries at true position of mean Sun at same epoch).
SE_SIDM_TRUE_CITRA - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SE_SIDM_TRUE_CITRA (True Spica (Spica exactly at 0 Libra)
SE_SIDM_TRUE_PUSHYA - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SE_SIDM_TRUE_PUSHYA (True Pushya (delta Cnc exactly a 16 Cancer))
SE_SIDM_TRUE_REVATI - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as SE_SIDM_TRUE_REVATI (True Revati (zeta Psc exactly at 0 Aries))
SE_SIDM_USER - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by the user in the additional two parameters of swe_set_sid_mode().
SE_SIDM_USHASHASHI - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Ushashashi.
SE_SIDM_YUKTESHWAR - Static variable in class swisseph.SweConst: A constant to be used for specifying the sidereal mode (ayanamsha) as defined by Sri Yukteshwar.
SE_SPLIT_DEG_KEEP_DEG - Static variable in class swisseph.SweConst: SwissLib.swe_split_deg(): Don't round to next degree, e.g. 13.9999999 will be rounded to 13d59'59" (or 13d59' or 13d)
SE_SPLIT_DEG_KEEP_SIGN - Static variable in class swisseph.SweConst: SwissLib.swe_split_deg(): Don't round to next sign, e.g. 29.9999999 will be rounded to 29d59'59" (or 29d59' or 29d)
SE_SPLIT_DEG_ROUND_DEG - Static variable in class swisseph.SweConst
SE_SPLIT_DEG_ROUND_MIN - Static variable in class swisseph.SweConst
SE_SPLIT_DEG_ROUND_SEC - Static variable in class swisseph.SweConst
SE_SPLIT_DEG_ZODIACAL - Static variable in class swisseph.SweConst
SE_SUN - Static variable in class swisseph.SweConst: planet number of the sun.
SE_TIDAL_26 - Static variable in class swisseph.SweConst
SE_TIDAL_AUTOMATIC - Static variable in class swisseph.SweConst
SE_TIDAL_DE200 - Static variable in class swisseph.SweConst
SE_TIDAL_DE403 - Static variable in class swisseph.SweConst
SE_TIDAL_DE404 - Static variable in class swisseph.SweConst
SE_TIDAL_DE405 - Static variable in class swisseph.SweConst
SE_TIDAL_DE406 - Static variable in class swisseph.SweConst
SE_TIDAL_DE421 - Static variable in class swisseph.SweConst
SE_TIDAL_DE430 - Static variable in class swisseph.SweConst
SE_TIDAL_DE431 - Static variable in class swisseph.SweConst
SE_TIDAL_DEFAULT - Static variable in class swisseph.SweConst
SE_TIDAL_JPLEPH - Static variable in class swisseph.SweConst
SE_TIDAL_MOSEPH - Static variable in class swisseph.SweConst
SE_TIDAL_SWIEPH - Static variable in class swisseph.SweConst
SE_TRUE_NODE - Static variable in class swisseph.SweConst: (planet) number of the true moon node.
SE_TRUE_TO_APP - Static variable in class swisseph.SweConst: Calculate the apparent altitude from the true altitude.
SE_URANUS - Static variable in class swisseph.SweConst: planet number of uranus.
SE_VARUNA - Static variable in class swisseph.SweConst
SE_VENUS - Static variable in class swisseph.SweConst: planet number of venus.
SE_VERTEX - Static variable in class swisseph.SweConst: This is a constant to access the vertex value in parameter ascmc[] of SwissEph.swe_houses_armc() / SwissEph.swe_houses() or to specify the vertex object in transit calculations.
SE_VESTA - Static variable in class swisseph.SweConst: planet number of vesta.
SE_VULCAN - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body vulcan.
SE_VULKANUS - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" vulkanus.
SE_WALDEMATH - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body "Waldemath".
SE_WHITE_MOON - Static variable in class swisseph.SweConst: The "planet" number of the fictitious body "white moon" (== Selena).
SE_ZEUS - Static variable in class swisseph.SweConst: The number of the Hamburger or Uranian "planet" zeus.
second - Variable in class swisseph.SDate
seek(long) - Method in class swisseph.FilePtr: Positions the file pointer.
SEFLG_BARYCTR - Static variable in class swisseph.SweConst: Calculate barycentric positions.
SEFLG_DEFAULTEPH - Static variable in class swisseph.SweConst: Defines the default method of calculation as SEFLG_SWIEPH.
SEFLG_DPSIDEPS_1980 - Static variable in class swisseph.SweConst
SEFLG_EPHMASK - Static variable in class swisseph.SweConst
SEFLG_EQUATORIAL - Static variable in class swisseph.SweConst: Calculate the position of the planet in the earth equator coordinate system.
SEFLG_HELCTR - Static variable in class swisseph.SweConst: Calculate the heliocentric position of the planet.
SEFLG_ICRS - Static variable in class swisseph.SweConst: Calculate in the "International Celestial Reference System."
SEFLG_J2000 - Static variable in class swisseph.SweConst: Calculate the position of the planet without considering the precession, i.e., calculate J2000 equinox.
SEFLG_JPLEPH - Static variable in class swisseph.SweConst: Use the calculation routines that use the ephemeris data files of the Solar System Dynamics Group of the Jet Propulsion Laboratory of NASA http://ssd.jpl.nasa.gov/.
SEFLG_JPLHOR - Static variable in class swisseph.SweConst
SEFLG_JPLHOR_APPROX - Static variable in class swisseph.SweConst
SEFLG_MOSEPH - Static variable in class swisseph.SweConst: Use the Moshier semi-analytical calculation routines.
SEFLG_NOABERR - Static variable in class swisseph.SweConst: Calculate the position of the planet without considering the 'annual' aberration of light.
SEFLG_NOGDEFL - Static variable in class swisseph.SweConst: Calculate the position of the planet without considering gravitational deflection.
SEFLG_NONUT - Static variable in class swisseph.SweConst: Calculate the position of the planet without considering the nutation, i.e., calculate the mean equinox of the day.
SEFLG_PARTILE_TRANSIT - Static variable in class swisseph.SweConst: calculate partile transits.
SEFLG_PARTILE_TRANSIT_END - Static variable in class swisseph.SweConst: calculate partile transits.
SEFLG_PARTILE_TRANSIT_START - Static variable in class swisseph.SweConst: calculate partile transits.
SEFLG_RADIANS - Static variable in class swisseph.SweConst: Return coordinates in radians instead of degrees.
SEFLG_SIDEREAL - Static variable in class swisseph.SweConst: Calculate sidereal positions.
SEFLG_SPEED - Static variable in class swisseph.SweConst: Calculate the speed of the planet.
SEFLG_SPEED3 - Static variable in class swisseph.SweConst: Calculate the speed of the planet.
SEFLG_SWIEPH - Static variable in class swisseph.SweConst: Use the calculation routines of Swiss Ephemeris from Astrodienst AG Zürich http://www.astro.com.
SEFLG_TOPOCTR - Static variable in class swisseph.SweConst: Calculate topocentric positions.
SEFLG_TRANSIT_DISTANCE - Static variable in class swisseph.SweConst: calculate transits over a distance in AU.
SEFLG_TRANSIT_LATITUDE - Static variable in class swisseph.SweConst: calculate transits over a latitude.
SEFLG_TRANSIT_LONGITUDE - Static variable in class swisseph.SweConst: calculate transits over a longitude.
SEFLG_TRANSIT_SPEED - Static variable in class swisseph.SweConst: calculate transits over a (longitudinal, latitudinal or distance) speed value.
SEFLG_TRUEPOS - Static variable in class swisseph.SweConst: Calculate the true position of the planet versus the apparent position.
SEFLG_XYZ - Static variable in class swisseph.SweConst: Return cartesian coordinates instead of polar coordinates.
SEFLG_YOGA_TRANSIT - Static variable in class swisseph.SweConst: calculate yoga transits, this means consider the SUM of two planets positions or speeds instead of the difference.
SEMOD_BIAS_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_BIAS_IAU2000 - Static variable in class swisseph.SweConst
SEMOD_BIAS_IAU2006 - Static variable in class swisseph.SweConst
SEMOD_DELTAT_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_DELTAT_ESPENAK_MEEUS_2006 - Static variable in class swisseph.SweConst
SEMOD_DELTAT_STEPHENSON_MORRISON_2004 - Static variable in class swisseph.SweConst
SEMOD_JPLHOR_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_JPLHOR_EXTENDED_1800 - Static variable in class swisseph.SweConst
SEMOD_JPLHOR_NOT_EXTENDED - Static variable in class swisseph.SweConst
SEMOD_JPLHORA_1 - Static variable in class swisseph.SweConst
SEMOD_JPLHORA_2 - Static variable in class swisseph.SweConst
SEMOD_JPLHORA_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_NUT_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_NUT_IAU_1980 - Static variable in class swisseph.SweConst
SEMOD_NUT_IAU_2000A - Static variable in class swisseph.SweConst
SEMOD_NUT_IAU_2000B - Static variable in class swisseph.SweConst
SEMOD_NUT_IAU_CORR_1987 - Static variable in class swisseph.SweConst
SEMOD_PREC_BRETAGNON_2003 - Static variable in class swisseph.SweConst
SEMOD_PREC_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_PREC_DEFAULT_SHORT - Static variable in class swisseph.SweConst
SEMOD_PREC_IAU_1976 - Static variable in class swisseph.SweConst
SEMOD_PREC_IAU_2000 - Static variable in class swisseph.SweConst
SEMOD_PREC_IAU_2006 - Static variable in class swisseph.SweConst
SEMOD_PREC_LASKAR_1986 - Static variable in class swisseph.SweConst
SEMOD_PREC_SIMON_1994 - Static variable in class swisseph.SweConst
SEMOD_PREC_VONDRAK_2011 - Static variable in class swisseph.SweConst
SEMOD_PREC_WILLIAMS_1994 - Static variable in class swisseph.SweConst
SEMOD_SIDT_DEFAULT - Static variable in class swisseph.SweConst
SEMOD_SIDT_IERS_CONV_2010 - Static variable in class swisseph.SweConst
SEMOD_SIDT_LONGTERM - Static variable in class swisseph.SweConst
SEMOD_SIDT_PREC_MODEL - Static variable in class swisseph.SweConst
setBigendian(boolean) - Method in class swisseph.FilePtr
setCalendarType(boolean, boolean) - Method in class swisseph.SweDate: Sets the calendar type for this object.
setDate(int, int, int, double) - Method in class swisseph.SweDate: Sets a new date for this object.
setDate(int, int, int, double, boolean) - Method in class swisseph.SweDate: Sets a new date for this object.
setDay(int) - Method in class swisseph.SweDate: Sets the day-part of the date.
setDay(int, boolean) - Method in class swisseph.SweDate: Sets the day-part of the date.
setGeopos(double, double) - Method in class swisseph.TCHouses: This sets the longitude and latitude for the house calculations.
setGlobalTidalAcc(double) - Static method in class swisseph.SweDate: Sets the tidal acceleration used in calculations of delta T.
setGregorianChange(int, int, int) - Method in class swisseph.SweDate: Changes the date of the start of the Gregorian calendar system.
setGregorianChange(double) - Method in class swisseph.SweDate: Changes the date of the start of the Gregorian calendar system.
setHour(double) - Method in class swisseph.SweDate: Sets a new hour.
setHttpBufSize(int) - Method in class swisseph.SwissEph: This sets the buffer size for access to Swiss Ephemeris or JPL data files, if you specify an http-URL in swe_set_ephe_path() or via the SwissEph constructor.
setJulDay(double) - Method in class swisseph.SweDate: Sets the new Julian Day for this object.
setMode(String) - Method in class Swetest
setMonth(int) - Method in class swisseph.SweDate: Sets the month-part of the date.
setMonth(int, boolean) - Method in class swisseph.SweDate: Sets the year-part of the date.
setOffset(double) - Method in class swisseph.TCHouses: This sets the degree or other value for the position or speed of the planet to transit.
setOffset(double) - Method in class swisseph.TCPlanet: This sets the degree or other value for the position or speed of the planet to transit.
setOffset(double) - Method in class swisseph.TCPlanetHouse: This sets the transit degree for the difference of the positions of the house object minus planet.
setOffset(double) - Method in class swisseph.TCPlanetPlanet: This sets the transit degree or other transit value for the difference or sum of the positions or speeds of both planets.
setOffset(double) - Method in class swisseph.TransitCalculator: This sets the degree or other value for the position or speed of the planet to transit.
setSwissEphObject(SwissEph) - Static method in class swisseph.SweDate: This method is needed to have a consistent global SwissData object "swed", whose contents may determine the tidal acceleration.
setTransitSpeedsfile(String, boolean) - Method in class swisseph.SwissEph: -- NOT YET IMPLEMENTED -- File to read from and write to the maximum and minimum speeds of planets and other objects.
setYear(int) - Method in class swisseph.SweDate: Sets the year-part of the date.
setYear(int, boolean) - Method in class swisseph.SweDate: Sets the year-part of the date.
sin(double) - Static method in class swisseph.SMath
SMath - Class in swisseph: Helper class mapping all mathematical functions and constants to the java.lang.Math class.
SMath() - Constructor for class swisseph.SMath
SMOD_ALL - Static variable in class Sweclips
SMOD_ANNTOT - Static variable in class Sweclips
SMOD_ANNULAR - Static variable in class Sweclips
SMOD_HOCAL - Static variable in class Sweclips
SMOD_HOW - Static variable in class Sweclips
SMOD_LOCAL - Static variable in class Sweclips
SMOD_LUNAR - Static variable in class Sweclips
SMOD_METR - Static variable in class Sweclips
SMOD_OCCULT - Static variable in class Sweclips
SMOD_PARTIAL - Static variable in class Sweclips
SMOD_RISE - Static variable in class Sweclips
SMOD_SOLAR - Static variable in class Sweclips
SMOD_TOTAL - Static variable in class Sweclips
sqrt(double) - Static method in class swisseph.SMath
square_sum(double[]) - Method in class Swetest
square_sum(double[]) - Method in class swisseph.SwissLib
square_sum(double[], int) - Method in class swisseph.SwissLib
startCalculations(String[]) - Method in class Transits: If you want to use this class in your own programs, you would just call this method.
SUNDAY - Static variable in class swisseph.SweDate: Constant for weekdays.
swe_azalt(double, int, double[], double, double, double[], double[]) - Method in class swisseph.SwissEph: Computes the azimut and height from either ecliptic or equatorial coordinates.
swe_azalt_rev(double, int, double[], double[], double[]) - Method in class swisseph.SwissEph: Computes either ecliptic or equatorial coordinates from azimuth and true altitude.
swe_calc(double, int, int, double[], StringBuffer) - Method in class swisseph.SwissEph: This is the main calculation routine for all planets, asteroids, lunar nodes and apogees.
swe_calc_ut(double, int, int, double[], StringBuffer) - Method in class swisseph.SwissEph: This is the main calculation routine for all planets, asteroids, lunar nodes and apogees.
swe_close() - Method in class swisseph.SwissEph
swe_cotrans(double[], double[], double) - Method in class swisseph.SwissLib
swe_cotrans(double[], int, double[], int, double) - Method in class swisseph.SwissLib
swe_cotrans_sp(double[], double[], double) - Method in class swisseph.SwissLib
swe_d2l(double) - Method in class swisseph.SwissLib: Round double to integer; negative double will get rounded as: - Math.abs(x)
swe_deg_midp(double, double) - Method in class swisseph.SwissLib
swe_degnorm(double) - Method in class swisseph.SwissLib: Normalizes a double to the range of 0.0 >= x < 360.0.
swe_difdeg2n(double, double) - Method in class swisseph.SwissLib: This calculates the difference of the two angles p1, p2 and normalizes them to a range of -180.0 <= x < 180.0 degrees.
swe_difrad2n(double, double) - Method in class swisseph.SwissLib
swe_fixstar(StringBuffer, double, int, double[], StringBuffer) - Method in class swisseph.SwissEph: Computes fixed stars.
swe_fixstar_mag(StringBuffer, double[], StringBuffer) - Method in class swisseph.SwissEph: Returns the magnitude (brightness) of a fixstar.
swe_fixstar_ut(StringBuffer, double, int, double[], StringBuffer) - Method in class swisseph.SwissEph: Computes fixed stars.
swe_gauquelin_sector(double, int, StringBuffer, int, int, double[], double, double, DblObj, StringBuffer) - Method in class swisseph.SwissEph: Finds the gauquelin sector position of a planet or fixed star.
swe_get_ayanamsa(double) - Method in class swisseph.SwissEph: This calculates the ayanamsha for a given date.
swe_get_ayanamsa_name(int) - Method in class swisseph.SwissEph
swe_get_ayanamsa_ut(double) - Method in class swisseph.SwissEph: This calculates the ayanamsha for a given date.
swe_get_planet_name(int) - Method in class swisseph.SwissEph: This will return the planet name for the given planet number.
swe_heliacal_angle(double, double[], double[], double[], int, double, double, double, double, double, double[], StringBuffer) - Method in class swisseph.SweHel: ATTENTION: This method possibly (re-)sets a global parameter used in calculation of delta T.
swe_heliacal_pheno_ut(double, double[], double[], double[], StringBuffer, int, int, double[], StringBuffer) - Method in class swisseph.SweHel: /** (Undocumented) ' JDNDaysUT [JDN] ' HPheno '0=AltO [deg] topocentric altitude of object (unrefracted) '1=AppAltO [deg] apparent altitude of object (refracted) '2=GeoAltO [deg] geocentric altitude of object '3=AziO [deg] azimuth of object '4=AltS [deg] topocentric altitude of Sun '5=AziS [deg] azimuth of Sun '6=TAVact [deg] actual topocentric arcus visionis '7=ARCVact [deg] actual (geocentric) arcus visionis '8=DAZact [deg] actual difference between object's and sun's azimuth '9=ARCLact [deg] actual longitude difference between object and sun '10=kact [-] extinction coefficient '11=minTAV [deg] smallest topocentric arcus visionis '12=TfistVR [JDN] first time object is visible, according to VR '13=TbVR [JDN] optimum time the object is visible, according to VR '14=TlastVR [JDN] last time object is visible, according to VR '15=TbYallop[JDN] best time the object is visible, according to Yallop '16=WMoon [deg] cresent width of moon '17=qYal [-] q-test value of Yallop '18=qCrit [-] q-test criterion of Yallop '19=ParO [deg] parallax of object '20 Magn [-] magnitude of object '21=RiseO [JDN] rise/set time of object '22=RiseS [JDN] rise/set time of sun '23=Lag [JDN] rise/set time of object minus rise/set time of sun '24=TvisVR [JDN] visibility duration '25=LMoon [deg] cresent length of moon '26=CVAact [deg] '27=Illum [%] 'new '28=CVAact [deg] 'new '29=MSk [-] ATTENTION: This method possibly (re-)sets a global parameter used in calculation of delta T.
swe_heliacal_ut(double, double[], double[], double[], StringBuffer, int, int, double[], StringBuffer) - Method in class swisseph.SweHel: This method calculates the Julian day of the next heliacal phenomenon after a given start date.
swe_house_name(char) - Method in class swisseph.SwissEph: The function returns the name of the house system.
swe_house_pos(double, double, double, int, double[], StringBuffer) - Method in class swisseph.SwissEph: The function returns a value between 1.0 and 12.999999, indicating in which house a planet is and how far from its cusp it is.
swe_houses(double, int, double, double, int, double[], double[]) - Method in class swisseph.SwissEph: Calculates the house positions and other vital points.
swe_houses(double, int, double, double, int, double[], double[], int) - Method in class swisseph.SwissEph
swe_houses_armc(double, double, double, int, double[], double[]) - Method in class swisseph.SwissEph: Calculates the house positions and other vital points.
swe_java_version() - Method in class swisseph.SwissEph: Returns the version information of this swisseph package including the version of this java port.
swe_lat_to_lmt(double, double, double[], StringBuffer) - Method in class swisseph.SwissEph
swe_lmt_to_lat(double, double, double[], StringBuffer) - Method in class swisseph.SwissEph
swe_lun_eclipse_how(double, int, double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes the attributes of a lunar eclipse for a given Julian Day, geographic longitude, latitude, and height.
swe_lun_eclipse_when(double, int, int, double[], int, StringBuffer) - Method in class swisseph.SwissEph: Computes the next lunar eclipse anywhere on earth.
swe_lun_eclipse_when_loc(double, int, double[], double[], double[], int, StringBuffer) - Method in class swisseph.SwissEph
swe_lun_occult_when_glob(double, int, StringBuffer, int, int, double[], int, StringBuffer) - Method in class swisseph.SwissEph: Computes the next lunar occultation anywhere on earth.
swe_lun_occult_when_loc(double, int, StringBuffer, int, double[], double[], double[], int, StringBuffer) - Method in class swisseph.SwissEph: Computes the next eclipse of any planet or fixstar at a given geographical position.
swe_lun_occult_where(double, int, StringBuffer, int, double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes the geographic location for a given time, where a planet occultation by the moon is central or maximum for a non-central occultation.
swe_nod_aps(double, int, int, int, double[], double[], double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes planetary nodes and apsides (perihelia, aphelia, second focal points of the orbital ellipses).
swe_nod_aps_ut(double, int, int, int, double[], double[], double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes planetary nodes and apsides (perihelia, aphelia, second focal points of the orbital ellipses).
swe_pheno(double, int, int, double[], StringBuffer) - Method in class swisseph.SwissEph: Computes phase, phase angel, elongation, apparent diameter and apparent magnitude for sun, moon, all planets and asteroids.
swe_pheno_ut(double, int, int, double[], StringBuffer) - Method in class swisseph.SwissEph: Computes phase, phase angel, elongation, apparent diameter and apparent magnitude for sun, moon, all planets and asteroids.
swe_rad_midp(double, double) - Method in class swisseph.SwissLib
swe_radnorm(double) - Method in class swisseph.SwissLib: Normalizes a double to the range 0.0 >= x < 2*PI.
swe_refrac(double, double, double, int) - Method in class swisseph.SwissEph: Calculates the true altitude from the apparent altitude or vice versa.
swe_refrac_extended(double, double, double, double, double, int, double[]) - Method in class swisseph.SwissEph: Calculates the true altitude from the apparent altitude or vice versa.
swe_rise_trans(double, int, StringBuffer, int, int, double[], double, double, DblObj, StringBuffer) - Method in class swisseph.SwissEph: Calculates the times of rising, setting and meridian transits for all planets, asteroids, the moon, and the fixed stars.
swe_rise_trans_true_hor(double, int, StringBuffer, int, int, double[], double, double, double, DblObj, StringBuffer) - Method in class swisseph.SwissEph: Same as swe_rise_trans(), but allows to define the height of the horizon at the point of the rising or setting (horhgt) in degree.
swe_set_astro_models(int[]) - Method in class swisseph.SwissLib
swe_set_ephe_path(String) - Method in class swisseph.SwissEph: This sets the search path for the ephemeris data files.
swe_set_jpl_file(String) - Method in class swisseph.SwissEph: This sets the name of the file that contains the ephemeris data for the use with the JPL ephemeris.
swe_set_sid_mode(int) - Method in class swisseph.SwissEph: This sets the ayanamsha mode for sidereal planet calculations.
swe_set_sid_mode(int, double, double) - Method in class swisseph.SwissEph: This sets a custom ayanamsha mode for sidereal planet calculations.
swe_set_topo(double, double, double) - Method in class swisseph.SwissEph: If you want to do calculations relative to the observer on some place on the earth rather than relative to the center of the earth, you will want to set the geographic location with this method.
swe_sidtime(double) - Method in class swisseph.SwissLib: This calculates the sidereal time from a Julian day number.
swe_sidtime0(double, double, double) - Method in class swisseph.SwissLib: This calculates the sidereal time from a Julian day number, the obliquity of the eclipse and the nutation (in degrees).
swe_sol_eclipse_how(double, int, double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes the attributes of a solar eclipse for a given Julian Day, geographic longitude, latitude, and height.
swe_sol_eclipse_when_glob(double, int, int, double[], int, StringBuffer) - Method in class swisseph.SwissEph: Computes the next solar eclipse anywhere on earth.
swe_sol_eclipse_when_loc(double, int, double[], double[], double[], int, StringBuffer) - Method in class swisseph.SwissEph: Computes the next solar eclipse at a given geographical position.
swe_sol_eclipse_where(double, int, double[], double[], StringBuffer) - Method in class swisseph.SwissEph: Computes the geographic location for a given time, where a solar eclipse is central (or maximum for a non-central eclipse).
swe_split_deg(double, int, IntObj, IntObj, IntObj, DblObj, IntObj) - Method in class swisseph.SwissLib: Method to split centiseconds into: ideg degrees, imin minutes, isec seconds, dsecfr fraction of seconds isgn zodiac sign number;
swe_time_equ(double, double[], StringBuffer) - Method in class swisseph.SwissEph: Returns the difference between local apparent and local mean time in days.
swe_topo_arcus_visionis(double, double[], double[], double[], int, double, double, double, double, double, double, double[], StringBuffer) - Method in class swisseph.SweHel: ATTENTION: This method possibly (re-)sets a global parameter used in calculation of delta T.
swe_version() - Method in class swisseph.SwissEph: Returns the version information of this swisseph package.
swe_vis_limit_mag(double, double[], double[], double[], StringBuffer, int, double[], StringBuffer) - Method in class swisseph.SweHel: Limiting magnitude in dark skies
ATTENTION: This method possibly (re-)sets a global parameter used in calculation of delta T.
Sweclips - Class in <Unnamed>: Test program for solar and lunar eclipses, rises, sets, and meridian transits for planets and fixed stars.
SweConst - Class in swisseph: This class contains all the constants that might be interesting to the user of the swisseph package.
SweDate - Class in swisseph: This class is a date class specialized for the use with the swisseph package.
SweDate() - Constructor for class swisseph.SweDate: This constructs a new SweDate with a default of the current date and current time at GMT.
SweDate(double) - Constructor for class swisseph.SweDate: This constructs a new SweDate with the given Julian Day number.
SweDate(double, boolean) - Constructor for class swisseph.SweDate: This constructs a new SweDate with the given Julian Day number.
SweDate(int, int, int, double) - Constructor for class swisseph.SweDate: This constructs a new SweDate with the given date and time.
SweDate(int, int, int, double, boolean) - Constructor for class swisseph.SweDate: This constructs a new SweDate with the given date and time.
SweHel - Class in swisseph
SweHel() - Constructor for class swisseph.SweHel
SweHel(SwissEph, SwissLib, Swemmoon, SwissData) - Constructor for class swisseph.SweHel
Swemini - Class in <Unnamed>
Swemini() - Constructor for class Swemini
Swenut2000a - Class in swisseph
Swenut2000a() - Constructor for class swisseph.Swenut2000a
Swenut2000a_cls - Class in swisseph
Swenut2000a_cls() - Constructor for class swisseph.Swenut2000a_cls
Swenut2000a_npl - Class in swisseph
Swenut2000a_npl() - Constructor for class swisseph.Swenut2000a_npl
Swenut2000aNls - Class in swisseph
Swenut2000aNls() - Constructor for class swisseph.Swenut2000aNls
Swetest - Class in <Unnamed>: A class to test (probably) all of the swiss ephemeris routines with (probably) all possible options.
Swetest() - Constructor for class Swetest: This class is not to be instantiated, it is to be run via the main method.
swi_angnorm(double) - Method in class swisseph.SwissLib
swi_cartpol(double[], double[]) - Method in class swisseph.SwissLib
swi_cartpol(double[], int, double[], int) - Method in class swisseph.SwissLib
swi_cartpol_sp(double[], double[]) - Method in class swisseph.SwissLib
swi_cartpol_sp(double[], int, double[], int) - Method in class swisseph.SwissLib
swi_coortrf(double[], double[], double) - Method in class swisseph.SwissLib
swi_coortrf(double[], int, double[], int, double) - Method in class swisseph.SwissLib
swi_coortrf2(double[], double[], double, double) - Method in class swisseph.SwissLib
swi_coortrf2(double[], int, double[], int, double, double) - Method in class swisseph.SwissLib
swi_cross_prod(double[], int, double[], int, double[], int) - Method in class swisseph.SwissLib
swi_cutstr(String, String, String[], int) - Method in class swisseph.SwissLib: Cut the String s at any character in cutlist and put the resulting Strings into String cpos[].
swi_dot_prod_unit(double[], double[]) - Method in class swisseph.SwissLib
swi_echeb(double, double[], int, int) - Method in class swisseph.SwissLib
swi_edcheb(double, double[], int, int) - Method in class swisseph.SwissLib
swi_FK4_FK5(double[], double) - Method in class swisseph.SwissLib
swi_FK5_FK4(double[], double) - Method in class swisseph.SwissLib
swi_gen_filename(SweDate, int) - Static method in class swisseph.SwissLib
swi_gen_filename(double, int) - Static method in class swisseph.SwissLib
swi_kepler(double, double, double) - Method in class swisseph.SwissLib
swi_mod2PI(double) - Method in class swisseph.SwissLib
swi_polcart(double[], double[]) - Method in class swisseph.SwissLib
swi_polcart(double[], int, double[], int) - Method in class swisseph.SwissLib
swi_polcart_sp(double[], double[]) - Method in class swisseph.SwissLib
swi_polcart_sp(double[], int, double[], int) - Method in class swisseph.SwissLib
SwissData - Class in swisseph
SwissData() - Constructor for class swisseph.SwissData: Constructs a new SwissData object.
swisseph - package swisseph
SwissEph - Class in swisseph: This class is the basic class for planetary calculations.
SwissEph() - Constructor for class swisseph.SwissEph: Constructs a new SwissEph object with the default search path for the Swiss Ephemeris data files.
SwissEph(String) - Constructor for class swisseph.SwissEph: Constructs a new SwissEph object with the specified search path for the Swiss Ephemeris data files.
SwissephException - Exception in swisseph
SwissephException(double, int, int, StringBuffer) - Constructor for exception swisseph.SwissephException
SwissephException(double, int, int, String) - Constructor for exception swisseph.SwissephException
SwissephException(double, int, String) - Constructor for exception swisseph.SwissephException
SwissephException(double, String) - Constructor for exception swisseph.SwissephException
SwissLib - Class in swisseph: This class offers many routines that might be interesting to a programmer.
SwissLib() - Constructor for class swisseph.SwissLib
SwissLib(SwissData) - Constructor for class swisseph.SwissLib

T

tan(double) - Static method in class swisseph.SMath

TCHouses - Class in swisseph

This class implements a TransitCalculator for ascendant and other house aspects.

TCHouses(SwissEph, int, int, double, double, int, double) - Constructor for class swisseph.TCHouses

Creates a new TransitCalculator for transits of any house cusps or ascendant, mc, armc, vertex, equasc ("equatorial ascendant"), coasc1 ("co-ascendant" (W.

TCPlanet - Class in swisseph

This class implements a TransitCalculator for one planet's position or speed.

TCPlanet(SwissEph, int, int, double) - Constructor for class swisseph.TCPlanet

Creates a new TransitCalculator for transits of any of the planet's positions (longitudinal / latitudinal and distance) or speeds, be it in the geocentric or topocentric coordinate system, or in tropical or sidereal zodiac.

TCPlanet(SwissEph, int, int, double, int, double) - Constructor for class swisseph.TCPlanet

Creates a new TransitCalculator for transits of any of the planets positions (longitudinal / latitudinal and distance) or speeds, be it in the geocentric or topocentric coordinate system, or in tropical or sidereal zodiac.

TCPlanetHouse - Class in swisseph

This class implements a TransitCalculator for a planet with a house object in relative positions to each other.

TCPlanetHouse(SwissEph, int, int, int, int, int, double, double, double) - Constructor for class swisseph.TCPlanetHouse

Creates a new TransitCalculator for relative transits of a planet over a house object.

TCPlanetHouse(SwissEph, int, int, int, int, int, double, double, double, int, double) - Constructor for class swisseph.TCPlanetHouse

Creates a new TransitCalculator for relative transits of a planet over a house object.

TCPlanetPlanet - Class in swisseph

This class implements a TransitCalculator for two planets in relative positions or speeds to each other.

TCPlanetPlanet(SwissEph, int, int, int, double) - Constructor for class swisseph.TCPlanetPlanet

Creates a new TransitCalculator for relative transits of two different planets to each other with the option for transits over longitudes, latitudes, distance or the speed in any of these directions in the geocentric or topocentric coordinate system, and in tropical or sidereal zodiac system, both with the sum and difference of both planets positions and speeds.

TCPlanetPlanet(SwissEph, int, int, int, double, int, double) - Constructor for class swisseph.TCPlanetPlanet

Creates a new TransitCalculator for relative transits of two different planets to each other with the option for transits over longitudes, latitudes, distance or the speed in any of these directions in the geocentric or topocentric coordinate system, and in tropical or sidereal zodiac system, both with the sum and difference of both planets positions and speeds.

THURSDAY - Static variable in class swisseph.SweDate

Constant for weekdays.

TJD_INVALID - Static variable in class swisseph.SweConst

toString() - Method in class swisseph.SweDate

Returns the date, calendar type (gregorian / julian), julian day number and the deltaT value of this object.

toString() - Method in class swisseph.TCHouses

toString() - Method in class swisseph.TCPlanet

toString() - Method in class swisseph.TCPlanetHouse

toString() - Method in class swisseph.TCPlanetPlanet

TransitCalculator - Class in swisseph

Interface for different calculation- and comparison-classes used for transit calculations.

TransitCalculator() - Constructor for class swisseph.TransitCalculator

Transits - Class in <Unnamed>

Test program for planetary transits.

Transits() - Constructor for class Transits

TUESDAY - Static variable in class swisseph.SweDate

Constant for weekdays.

U

UNDEFINED_ERROR - Static variable in exception swisseph.SwissephException

Default error code, if no other code had been specified.

UNSPECIFIED_FILE_ERROR - Static variable in exception swisseph.SwissephException

Unspecified file error.

UNSUPPORTED_OBJECT - Static variable in exception swisseph.SwissephException

Error code, when the object is not supported or unknown.

updateCalendarType() - Method in class swisseph.SweDate

Update the calendar type according to the Gregorian calendar start date and the date of this object.

USER_ERROR - Static variable in exception swisseph.SwissephException

Error code, when a user requested limit has been reached.

useragent - Static variable in class swisseph.FilePtr

V

val - Variable in class swisseph.DblObj

This is the double value that has become wrapped up into a real object.

val - Variable in class swisseph.IntObj

This is the integer value that has become wrapped up into a real object.

W

WEDNESDAY - Static variable in class swisseph.SweDate

Constant for weekdays.

Y

year - Variable in class swisseph.SDate

A B C D E F G H I J L M O P R S T U V W Y