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Functions949 in github.com/CruiserOne/Astrolog

↓ 606 callersFunctionPrintSz
general.cpp:1128
↓ 582 callersFunctionPrintS
charts0.cpp:177
↓ 403 callersFunctionAnsiColor
general.cpp:1596
↓ 382 callersFunctionDrawColor
xgeneral.cpp:66
↓ 327 callersFunctionswe_degnorm
Reduce x modulo 360 degrees */
swephlib.cpp:111
↓ 293 callersFunctionMod
general.cpp:288
↓ 212 callersFunctionFieldWord
intrpret.cpp:67
↓ 133 callersFunctionExpSetN
express.cpp:2727
↓ 128 callersFunctionNParseSz
io.cpp:2147
↓ 127 callersFunctionFErrorValN
general.cpp:1497
↓ 123 callersFunctionFErrorArgc
general.cpp:1481
↓ 103 callersFunctionDrawSz
xgeneral.cpp:1201
↓ 99 callersFunctionAssert
general.cpp:3261
↓ 99 callersFunctionswe_calc
The routine called by the user. * It checks whether a position for the same planet, the same t, and the * same flag bits has already been computed.
sweph.cpp:312
↓ 92 callersFunctionNFromSz
io.cpp:2102
↓ 78 callersFunctionDrawPrint
xcharts0.cpp:70
↓ 78 callersFunctionMinDistance
general.cpp:509
↓ 74 callersFunctionswe_deltat_ex
swephlib.cpp:2706
↓ 64 callersFunctionswi_coortrf2
* conversion between ecliptical and equatorial cartesian coordinates * sineps sin(eps) * coseps cos(eps) * for ecl. to equ
swephlib.cpp:304
↓ 63 callersFunctionExpSetR
express.cpp:2739
↓ 63 callersFunctionRParseSz
io.cpp:2299
↓ 61 callersFunctionMod12
general.cpp:475
↓ 61 callersFunctionPrintError
general.cpp:1456
↓ 61 callersFunctionPrintWarning
general.cpp:1430
↓ 59 callersFunctionPrintCh
general.cpp:1294
↓ 58 callersFunctionAsc1
* oblique triangle formed by: great circle with pole height f, ecliptic and equator, * x = intersection equator - great circle. * return crossing
swehouse.cpp:2058
↓ 57 callersFunctionCastChart
calc.cpp:1201
↓ 56 callersFunctionFProper
xcharts2.cpp:69
↓ 56 callersFunctionPrintTab
general.cpp:1306
↓ 55 callersFunctionCchSz
general.cpp:75
↓ 54 callersFunctionClearB
general.cpp:202
↓ 54 callersFunctionDrawPoint
xgeneral.cpp:175
↓ 52 callersFunctionCopyRgb
general.cpp:211
↓ 49 callersFunctionDrawDash
xgeneral.cpp:603
↓ 49 callersFunctionswe_difdeg2n
swephlib.cpp:3824
↓ 49 callersFunctionswi_precess
Subroutine arguments: * * R = rectangular equatorial coordinate vector to be precessed. * The result is written back into the input vector.
swephlib.cpp:1378
↓ 43 callersFunctionRSgn
general.cpp:232
↓ 42 callersFunctionRFromSz
io.cpp:2132
↓ 41 callersFunctionDoPopup
wdriver.cpp:286
↓ 39 callersFunctionAscDash
derivative of Asc1, computes speed code contributed by Graham Dawson
swehouse.cpp:2132
↓ 39 callersFunctionObjOrbit
general.cpp:1031
↓ 39 callersFunctionswi_cartpol_sp
conversion of position and speed. * from cartesian (x[6]) to polar coordinates (l[6]). * x = l is allowed. * if position is 0, function return
swephlib.cpp:367
↓ 38 callersFunctionDeallocateP
general.cpp:3193
↓ 37 callersFunctionMetaWord
xdevice.cpp:1594
↓ 37 callersFunctionMinDifference
general.cpp:522
↓ 35 callersFunctionWireLine
xdevice.cpp:1901
↓ 34 callersFunctionCoorXform
calc.cpp:865
↓ 33 callersFunctionPrintZodiac
general.cpp:1649
↓ 32 callersFunctionDrawObject
xgeneral.cpp:1562
↓ 32 callersFunctionPrintCh2
general.cpp:1316
↓ 32 callersFunctionRExpGet
express.cpp:2717
↓ 32 callersFunctionSzTim
general.cpp:2001
↓ 31 callersFunctionSzLocation
general.cpp:2069
↓ 31 callersFunctionswe_radnorm
Reduce x modulo TWOPI degrees */
swephlib.cpp:122
↓ 31 callersFunctionswi_coortrf
* conversion between ecliptical and equatorial cartesian coordinates * for ecl. to equ. eps must be negative * for equ. to ecl. eps must be posi
swephlib.cpp:284
↓ 30 callersFunctionFErrorValR
general.cpp:1516
↓ 30 callersFunctionFMatchSz
general.cpp:153
↓ 29 callersFunctionSzClone
general.cpp:3135
↓ 28 callersFunctionNExpGet
express.cpp:2707
↓ 27 callersFunctionDayInMonth
general.cpp:730
↓ 27 callersFunctionPrintW
charts0.cpp:67
↓ 27 callersFunctionswe_cotrans
* conversion between ecliptical and equatorial polar coordinates. * for users of SWISSEPH, not used by our routines. * for ecl. to equ. eps must
swephlib.cpp:228
↓ 26 callersFunctionDayOfWeek
general.cpp:767
↓ 25 callersFunctionFEqRgch
general.cpp:131
↓ 25 callersFunctionSzDate
general.cpp:1929
↓ 25 callersFunctionswi_polcart
conversion from polar (l[3]) to cartesian coordinates (x[3]). * x = l is allowed. */
swephlib.cpp:348
↓ 24 callersFunctionMdytszToJulian
calc.cpp:96
↓ 24 callersFunctionswi_polcart_sp
conversion of position and speed * from polar (l[6]) to cartesian coordinates (x[6]) * x = l is allowed * explanation s. swi_cartpol_sp() */
swephlib.cpp:425
↓ 23 callersFunctionMidpoint
general.cpp:536
↓ 23 callersFunctionNParseExpression
express.cpp:2655
↓ 23 callersFunctionSwissComputeAsteroid
calc.cpp:3214
↓ 23 callersFunctionSwissComputeStar
calc.cpp:2949
↓ 23 callersFunctionswi_cartpol
conversion of cartesian (x[3]) to polar coordinates (l[3]). * x = l is allowed. * if |x| = 0, then lon, lat and rad := 0. */
swephlib.cpp:319
↓ 23 callersFunctionswi_dot_prod_unit
swephlib.cpp:458
↓ 22 callersFunctionFCreateGrid
calc.cpp:2044
↓ 22 callersFunctionPrintTab2
general.cpp:1329
↓ 22 callersFunctionSetEditR
wdialog.cpp:83
↓ 22 callersFunctionswi_epsiln
swephlib.cpp:892
↓ 21 callersFunctionmods3600
Reduce arc seconds modulo 360 degrees * answer in arc seconds */
swemmoon.cpp:1737
↓ 20 callersFunctionBmpSetXY
xdevice.cpp:83
↓ 20 callersFunctionFCloneSzCore
general.cpp:3100
↓ 20 callersFunctionFProcessCommandLine
astrolog.cpp:367
↓ 20 callersFunctionGetEditN
wdialog.cpp:194
↓ 20 callersFunctionGetEditR
wdialog.cpp:205
↓ 20 callersFunctionGetOffsetCI
general.cpp:888
↓ 20 callersFunctionSzZone
general.cpp:2013
↓ 20 callersFunctioncalc_planet_star
swecl.cpp:891
↓ 20 callersFunctiondo_fread
SWISSEPH * reads from a file and, if necessary, reorders bytes * targ target pointer * size size of item to be read * count number of items *
sweph.cpp:4906
↓ 19 callersFunctionDrawSign
xgeneral.cpp:1359
↓ 19 callersFunctionKvBlend
general.cpp:371
↓ 19 callersFunctionRObjDiam
general.cpp:1092
↓ 19 callersFunctionSphRatio
general.cpp:582
↓ 19 callersFunctioneclipse_where
Used by several swe_sol_eclipse_ functions. * Like swe_sol_eclipse_where(), but instead of attr[0], it returns: * * dcore[0]: core shadow width
swecl.cpp:643
↓ 19 callersFunctionswi_mod2PI
Reduce x modulo 2*PI */
swephlib.cpp:146
↓ 19 callersFunctionswi_precess_speed
influence of precession on speed * xx position and speed of planet in equatorial cartesian * coordinates */
sweph.cpp:3554
↓ 18 callersFunctionEnumMoonsRing
xcharts2.cpp:282
↓ 18 callersFunctionFormatR
general.cpp:348
↓ 18 callersFunctionPrintHeader
charts1.cpp:66
↓ 18 callersFunctionreorder
swejpl.cpp:891
↓ 18 callersFunctionswe_fixstar
* get fixstar positions * parameters: * star name of star or line number in star file * (start from 1, don't count comment). * If no error
sweph.cpp:7899
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