SWISS_EPHEMERIS_NONE_SUPPORT_REPORT - TheDaniel166/moira GitHub Wiki
Swiss None-Surface Support Report
This report expands the none truth-basis rows from
SWISS_EPHEMERIS_SYMBOL_TABLE.md into explicit product decisions.
Decision meanings:
support: Moira should expose this capability publicly.defer: valid domain area, but should only be added after a typed Moira-shaped design pass.do_not_support: Swiss-specific/internal/low-value surface that Moira should not mirror.
Total none rows: 239
support: 26 (all 26 now implemented — see Phase 1, 2, and 3 implementation below)defer: 134do_not_support: 79
Phase 1 implemented (17 symbols reclassified from support / none to implemented):
FLG_ASTROMETRIC,FLG_TRUEPOS→planet_at(..., apparent=False)FLG_NOABERR→planet_at(..., aberration=False)FLG_NOGDEFL→planet_at(..., grav_deflection=False)FLG_NONUT→planet_at(..., nutation=False)FLG_BARYCTR→planet_at(..., center='barycentric')FLG_XYZ→planet_at(..., frame='cartesian')→CartesianPositionset_delta_t_userdef→DeltaTPolicy+ut_to_tt(..., delta_t_policy=...)BIT_DISC_BOTTOM,BIT_DISC_CENTER,BIT_FIXED_DISC_SIZE,BIT_HINDU_RISING,BIT_NO_REFRACTION→RiseSetPolicyfieldsazalt_rev→horizontal_to_equatorial(...)cotrans_sp→cotrans_sp(...)refrac→atmospheric_refraction(...)refrac_extended→atmospheric_refraction_extended(...)time_equ→equation_of_time(...)
Phase 2 implemented (9 symbols reclassified from support / none to implemented):
calc_pctr→planet_relative_to(body, center_body, jd_ut, reader)→PlanetDatahelio_cross,helio_cross_ut→next_heliocentric_transit(body, target_lon, jd_start, reader)→floathouse_pos→body_house_position(longitude, house_cusps)→floathouses_armc→houses_from_armc(armc, obliquity, lat, system, *, policy, sun_longitude)→HouseCuspshouses_armc_ex2→house_dynamics_from_armc(armc, obliquity, lat, system, *, policy, sun_longitude, darmc_deg)→HouseDynamicshouses_ex2→cusp_speeds_at(jd_ut, lat, lon, system, *, policy, dt)→HouseDynamicsmooncross_node,mooncross_node_ut→next_moon_node_crossing(jd_start, reader, ascending=True)→float
Phase 3 implemented (1 symbol reclassified from support / none to implemented):
SIDM_USER→UserDefinedAyanamsa(reference_value_j2000, drift_per_century)inmoira.sidereal
Phase 3 implemented orbital surfaces:
get_orbital_elements->orbital_elements_at(body, jd_ut)->KeplerianElementsinmoira.orbitsorbit_max_min_true_distance->distance_extremes_at(body, jd_ut)->DistanceExtremesinmoira.orbits
Recommended support order (updated — all support items done):
Position-computation switches and output modes— done (Phase 1)Rise/set doctrine selectors— done (Phase 1)Low-level astronomy helpers— done (Phase 1)Specialist search/helpers— done (Phase 2)- Deferred design families: generalized heliacal, then path/where geometry.
Interpretation:
supportmeans the capability is worth adding, but usually not as a Swiss-shaped flag or tuple surface.defermeans the domain is real, but Moira should design a typed subsystem first.do_not_supportmeans the symbol is Swiss-internal, low-value, or contrary to Moira's API design.
| Symbol | Kind | Current status | What it is | Decision | Why | How if supported |
|---|---|---|---|---|---|---|
ACRONYCHAL_RISING |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
ACRONYCHAL_SETTING |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
APP_TO_TRUE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
ASTNAMFILE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
AUNIT_TO_KM |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
AUNIT_TO_LIGHTYEAR |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
AUNIT_TO_PARSEC |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
BIT_DISC_BOTTOM |
constant | implemented | Rise/set doctrine selector | support |
These are real event-definition choices that matter for migration and reproducibility. | RiseSetPolicy(disc_reference='bottom') in moira.rise_set. |
BIT_DISC_CENTER |
constant | implemented | Rise/set doctrine selector | support |
These are real event-definition choices that matter for migration and reproducibility. | RiseSetPolicy(disc_reference='center') in moira.rise_set. |
BIT_FIXED_DISC_SIZE |
constant | implemented | Rise/set doctrine selector | support |
These are real event-definition choices that matter for migration and reproducibility. | RiseSetPolicy(fixed_disc_size=True) in moira.rise_set. |
BIT_FORCE_SLOW_METHOD |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
BIT_HINDU_RISING |
constant | implemented | Rise/set doctrine selector | support |
These are real event-definition choices that matter for migration and reproducibility. | RiseSetPolicy(hindu_rising=True) in moira.rise_set. |
BIT_NO_REFRACTION |
constant | implemented | Rise/set doctrine selector | support |
These are real event-definition choices that matter for migration and reproducibility. | RiseSetPolicy(refraction=False) in moira.rise_set. |
COMET_OFFSET |
constant | missing | Swiss numeric selector / offset idiom | do_not_support |
The underlying capability may be valuable, but the Swiss numeric-offset selector pattern is not a good Moira API. | Expose named body-specific or typed helper APIs instead of numeric offsets or interpolation bits. |
COSMICAL_SETTING |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
DE_NUMBER |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
DELTAT_AUTOMATIC |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
ECL2HOR |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
EPHE_PATH |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
EQU2HOR |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
EVENING_FIRST |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
EVENING_LAST |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
FICT_MAX |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FICTFILE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FIXSTAR |
constant | unsupported | Unclassified specialist gap | defer |
The symbol names a real Swiss surface, but it should not be adopted without an intentional Moira-shaped design. | Add only after a dedicated typed API and validation story are defined. |
FLG_ASTROMETRIC |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., apparent=False) in moira.planets. |
FLG_BARYCTR |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., center='barycentric') in moira.planets. |
FLG_CENTER_BODY |
constant | missing | Swiss numeric selector / offset idiom | do_not_support |
The underlying capability may be valuable, but the Swiss numeric-offset selector pattern is not a good Moira API. | Expose named body-specific or typed helper APIs instead of numeric offsets or interpolation bits. |
FLG_DEFAULTEPH |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_DPSIDEPS_1980 |
constant | missing | Nutation-model selector | defer |
A model-basis control is reasonable, but Swiss's flag is too narrow to mirror blindly. | If added, expose a typed NutationPolicy or nutation_model= option rather than a Swiss compatibility flag. |
FLG_ICRS |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_J2000 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_JPLEPH |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_JPLHOR |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_JPLHOR_APPROX |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_MOSEPH |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_NOABERR |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., aberration=False) in moira.planets. |
FLG_NOGDEFL |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., grav_deflection=False) in moira.planets. |
FLG_NONUT |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., nutation=False) in moira.planets. |
FLG_ORBEL_AA |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_SPEED3 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_SWIEPH |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_TEST_PLMOON |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_TROPICAL |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FLG_TRUEPOS |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., apparent=False) in moira.planets (same as FLG_ASTROMETRIC). |
FLG_XYZ |
constant | implemented | Position-computation switch | support |
These correspond to meaningful output/control choices users genuinely need when migrating precision astronomy code. | planet_at(..., frame='cartesian') returns CartesianPosition in moira.planets. |
FNAME_DE200 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DE403 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DE404 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DE405 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DE406 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DFT |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
FNAME_DFT2 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
HARRINGTON |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
HELFLAG_AV |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_AVKIND |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_AVKIND_MIN7 |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_AVKIND_MIN9 |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_AVKIND_PTO |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_AVKIND_VR |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_HIGH_PRECISION |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_LONG_SEARCH |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_NO_DETAILS |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_OPTICAL_PARAMS |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_SEARCH_1_PERIOD |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_VISLIM_DARK |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_VISLIM_NOMOON |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELFLAG_VISLIM_PHOTOPIC |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_AVKIND |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_AVKIND_MIN7 |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_AVKIND_MIN9 |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_AVKIND_PTO |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_AVKIND_VR |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_HIGH_PRECISION |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_LONG_SEARCH |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_NO_DETAILS |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_OPTICAL_PARAMS |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_SEARCH_1_PERIOD |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_VISLIM_DARK |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_VISLIM_NOMOON |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HELIACAL_VISLIM_PHOTOPIC |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
HOR2ECL |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
HOR2EQU |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
INTP_APOG |
constant | missing | Swiss numeric selector / offset idiom | do_not_support |
The underlying capability may be valuable, but the Swiss numeric-offset selector pattern is not a good Moira API. | Expose named body-specific or typed helper APIs instead of numeric offsets or interpolation bits. |
INTP_PERG |
constant | missing | Swiss numeric selector / offset idiom | do_not_support |
The underlying capability may be valuable, but the Swiss numeric-offset selector pattern is not a good Moira API. | Expose named body-specific or typed helper APIs instead of numeric offsets or interpolation bits. |
MAX_STNAME |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
MIXEDOPIC_FLAG |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
MOD_BIAS_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_BIAS_IAU2000 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_BIAS_IAU2006 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_BIAS_NONE |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_ESPENAK_MEEUS_2006 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_STEPHENSON_1997 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_STEPHENSON_ETC_2016 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_STEPHENSON_MORRISON_1984 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_DELTAT_STEPHENSON_MORRISON_2004 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHOR_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHOR_LONG_AGREEMENT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHORA_1 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHORA_2 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHORA_3 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_JPLHORA_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NBIAS |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NDELTAT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NJPLHOR |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NJPLHORA |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NNUT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NPREC |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_IAU_1980 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_IAU_2000A |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_IAU_2000B |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_IAU_CORR_1987 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_NUT_WOOLARD |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_BRETAGNON_2003 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_DEFAULT_SHORT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_IAU_1976 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_IAU_2000 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_IAU_2006 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_LASKAR_1986 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_NEWCOMB |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_OWEN_1990 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_SIMON_1994 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_VONDRAK_2011 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_WILL_EPS_LASK |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MOD_PREC_WILLIAMS_1994 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_BIAS |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_DELTAT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_JPLHOR_MODE |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_JPLHORA_MODE |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_NUT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_PREC_LONGTERM |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_PREC_SHORTTERM |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MODEL_SIDT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
MORNING_FIRST |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
MORNING_LAST |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
NALL_NAT_POINTS |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NEPTUNE_ADAMS |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
NEPTUNE_LEVERRIER |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
NFICT_ELEM |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NIBIRU |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
NODBIT_FOPOINT |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NODBIT_MEAN |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NODBIT_OSCU |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NODBIT_OSCU_BAR |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NPLANETS |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NSE_MODELS |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
NSIDM_PREDEF |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
PHOTOPIC_FLAG |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
PLMOON_OFFSET |
constant | missing | Swiss numeric selector / offset idiom | do_not_support |
The underlying capability may be valuable, but the Swiss numeric-offset selector pattern is not a good Moira API. | Expose named body-specific or typed helper APIs instead of numeric offsets or interpolation bits. |
PLUTO_LOWELL |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
PLUTO_PICKERING |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
SCOTOPIC_FLAG |
constant | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
SE_FNAME_DE431 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_ECL_DATE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_ECL_T0 |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_NO_PREC_OFFSET |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_PREC_ORIG |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_SSY_PLANE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBIT_USER_UT |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDBITS |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
SIDM_ARYABHATA_522 |
constant | implemented | Additional ayanamsa constant | support |
Epoch 522 CE; Aryabhatiya lineage; peer-reviewed in Pingree & Plofker. Passes all 5 doctrinal acceptance criteria. | Ayanamsa.ARYABHATA_522 in moira.sidereal; J2000 20.575827873°. |
SIDM_B1950 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C4. B1950 is an astronomical coordinate frame epoch, not an astrological sidereal zodiac. No user community practices this as an ayanamsa. | No Moira surface. |
SIDM_BABYL_BRITTON |
constant | implemented | Additional ayanamsa constant | support |
Britton's Babylonian epoch; peer-reviewed in Centaurus, AHES, and JHA. Passes all 5 doctrinal acceptance criteria. | Ayanamsa.BABYL_BRITTON in moira.sidereal; J2000 24.615733680°. |
SIDM_GALALIGN_MARDYKS |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1. Mardyks' Skydram/galactic alignment is a practitioner publication, not peer-reviewed. | No Moira surface. Specialist use: UserDefinedAyanamsa(30.017775). |
SIDM_GALCENT_MULA_WILHELM |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C3. Only 0.36' from TRUE_REVATI at J2000 — sub-arcminute; not a doctrinally distinct system. |
No Moira surface. Specialist use: UserDefinedAyanamsa(20.039201). |
SIDM_GALEQU_FIORENZA |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1. Self-published (lunarplanner.com); exact 25.000000° epoch is a round-number assignment, not a precision-derived value. | No Moira surface. Specialist use: UserDefinedAyanamsa(25.000000). |
SIDM_GALEQU_IAU1958 |
constant | implemented | Additional ayanamsa constant | support |
Blaauw et al. 1960 (BAN 11, 414); IAU 1958 galactic coordinate standard. Passes all 5 doctrinal criteria. Non-standard galactic nodal drift applied (+0.007460°/century). | Ayanamsa.GALEQU_IAU1958 in moira.sidereal; J2000 30.023153273°. |
SIDM_GALEQU_MULA |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1. Composite nakshatra-galactic definition without a standalone peer-reviewed epoch publication. | No Moira surface. Specialist use: UserDefinedAyanamsa(23.409406). |
SIDM_GALEQU_TRUE |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C2. Dynamic system — galactic equator at date of computation. No fixed epoch; violates the definition of an ayanamsa. Cannot be expressed as a UserDefinedAyanamsa. |
No Moira surface. |
SIDM_J1900 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C4. J1900.0 is an astronomical coordinate frame epoch, not an astrological sidereal zodiac. No user community practices this as an ayanamsa. | No Moira surface. |
SIDM_J2000 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C4. J2000.0 is an astronomical coordinate frame epoch, not an astrological sidereal zodiac. No user community practices this as an ayanamsa. | No Moira surface. |
SIDM_KRISHNAMURTI_VP291 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and borderline C3. C3: only 1.21' from KRISHNAMURTI. C1: Vishnu Prabha 291 is a practitioner journal, not peer-reviewed. Both criteria fail under strict doctrine. |
No Moira surface. Specialist use: UserDefinedAyanamsa(23.780346). |
SIDM_LAHIRI_1940 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C3. Only 0.14' from TRUE_CHITRAPAKSHA at J2000 — sub-arcminute; not a doctrinally distinct system. |
No Moira surface. Specialist use: UserDefinedAyanamsa(23.842304). |
SIDM_LAHIRI_ICRC |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C3. Only 0.02' from LAHIRI at J2000 — numerically indistinguishable; not a doctrinally distinct system. |
No Moira surface. Specialist use: UserDefinedAyanamsa(23.856770). |
SIDM_LAHIRI_VP285 |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C3. Only 0.38' from LAHIRI at J2000 — sub-arcminute; not a doctrinally distinct system. |
No Moira surface. Specialist use: UserDefinedAyanamsa(23.863462). |
SIDM_TRUE_MULA |
constant | implemented | Additional ayanamsa constant | support |
Chandra Hari; star-anchored: Shaula (λ Sco) at 240° sidereal; published in IJHS (peer-reviewed). Shaula confirmed in Moira star registry. Passes all 5 doctrinal criteria. | Ayanamsa.TRUE_MULA in moira.sidereal; live Shaula anchor primary, polynomial fallback J2000 24.579939992°. |
SIDM_TRUE_SHEORAN |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C2. Sheoran's specific epoch publication is not independently verifiable; the anchor date and derivation cannot be confirmed from available sources. | No Moira surface. Specialist use: UserDefinedAyanamsa(25.234406) pending source confirmation. |
SIDM_USER |
constant | implemented | User-defined ayanamsa | support |
Custom sidereal frames are a legitimate specialist requirement and fit Moira's typed-configuration model. | UserDefinedAyanamsa(reference_value_j2000, drift_per_century) in moira.sidereal; accepted anywhere Ayanamsa.* is accepted. |
SIDM_VALENS_MOON |
constant | unsupported | Additional ayanamsa constant | do_not_support |
Fails C1 and C2. The specific anchor epoch from Vettius Valens' horoscope corpus is not independently verifiable without the SE source code or a citable primary publication naming the exact date. | No Moira surface. Specialist use: UserDefinedAyanamsa(22.795590) pending source confirmation. |
SIMULATE_VICTORVB |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
STARFILE |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
STARFILE_OLD |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
TIDAL_26 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_AUTOMATIC |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE200 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE403 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE404 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE405 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE406 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE421 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE422 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE430 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE431 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DE441 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_DEFAULT |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_JPLEPH |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_MOSEPH |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_STEPHENSON_2016 |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TIDAL_SWIEPH |
constant | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
TJD_INVALID |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
TRUE_TO_APP |
constant | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
VULCAN |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
WALDEMATH |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
WHITE_MOON |
constant | unsupported | Hypothetical / obsolete body constant | do_not_support |
These are not part of Moira's supported physical body model. | No Moira surface. If ever desired, add them only in a clearly separate hypothetical-bodies module. |
azalt_rev |
function | implemented | Low-level astronomy helper | support |
These are standard computational helpers with clear mathematical meaning and low API ambiguity. | horizontal_to_equatorial(az, alt, lst, lat) in moira.coordinates. |
calc_pctr |
function | implemented | Low-level specialist helper | support |
These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. | planet_relative_to(body, center_body, jd_ut, reader) → PlanetData in moira.planets. |
close |
function | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
cotrans_sp |
function | implemented | Low-level astronomy helper | support |
These are standard computational helpers with clear mathematical meaning and low API ambiguity. | cotrans_sp(lon, lat, dist, dlon, dlat, ddist, obliquity) in moira.coordinates. |
csnorm |
function | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
difcs2n |
function | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
difcsn |
function | unsupported | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
get_current_file_data |
function | missing | Legacy Swiss utility surface | do_not_support |
These are low-value utilities that do not fit Moira's core astronomy engine priorities. | No Moira surface. Use Python/time utilities externally if needed. |
get_library_path |
function | missing | Swiss internal/backend/file/control surface | do_not_support |
These are Swiss implementation details or C-library affordances, not stable domain concepts Moira should mirror. | No Moira surface. Keep them out of the public API. |
get_orbital_elements |
function | implemented | Orbital-elements subsystem | support |
This is now a live public subsystem with typed results and external validation. | orbital_elements_at(body, jd_ut) -> KeplerianElements in moira.orbits; validated against JPL HORIZONS ELEMENTS. |
get_tid_acc |
function | missing | Model-basis / tidal-acceleration control | defer |
These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such as DeltaTPolicy, PrecessionPolicy, NutationPolicy, or TidalAccelerationPolicy. |
heliacal_pheno_ut |
function | missing | Generalized heliacal / visibility surface | defer |
This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such as HeliacalEventKind, HeliacalPolicy, and VisibilityModel, then map selected behaviors onto those. |
helio_cross |
function | implemented | Low-level specialist helper | support |
These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. | next_heliocentric_transit(body, target_lon, jd_start, reader) → float in moira.planets. |
helio_cross_ut |
function | implemented | Low-level specialist helper | support |
These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. | next_heliocentric_transit(body, target_lon, jd_start, reader) → float in moira.planets (UT-native). |
house_pos |
function | implemented | Low-level specialist helper | support |
These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. | body_house_position(longitude, house_cusps) → float in moira.houses. |
houses_armc |
function | implemented | Low-level specialist helper | support |
These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. | houses_from_armc(armc, obliquity, lat, system, *, policy, sun_longitude) → HouseCusps in moira.houses. |
houses_armc_ex2 |
function | implemented | House speed surface | support |
This is a legitimate specialist companion to the existing house-dynamics surface for ARMC-native workflows such as primary directions. | house_dynamics_from_armc(armc, obliquity, lat, system, *, policy, sun_longitude, darmc_deg) → HouseDynamics in moira.houses; fixed-obliquity ARMC derivative, validated against the time-based path in tests/unit/test_house_dynamics.py. |
houses_ex2 |
function | implemented | House speed surface | support |
This is now a live Moira-native house-dynamics surface with explicit doctrine and typed output, rather than a copied Swiss tuple. | cusp_speeds_at(jd_ut, lat, lon, system, *, policy, dt) → HouseDynamics in moira.houses; direct tests in tests/unit/test_house_dynamics.py. |
lat_to_lmt |
function | missing | Legacy Swiss utility surface | do_not_support |
These are low-value utilities that do not fit Moira's core astronomy engine priorities. | No Moira surface. Use Python/time utilities externally if needed. |
lmt_to_lat |
function | missing | Legacy Swiss utility surface | do_not_support |
These are low-value utilities that do not fit Moira's core astronomy engine priorities. | No Moira surface. Use Python/time utilities externally if needed. |
lun_occult_where |
function | partial | Path/where geometry helper | support |
Moira now has a real typed occultation path surface with exact-JD greatest-geography solving. The current external validation slice includes Swiss where parity at the maximum-geography level plus multiple external IOTA graze/limit text checks across independent bright-star events (El Nath, Spica N/S, epsilon Ari, Alcyone, Merope, Asellus Borealis, Regulus). Nominal site altitude is now carried through where declared by the source files, and a lunar-limb profile correction hook is in place for future topography-backed graze refinement; broader corpus work is still future work. |
lunar_occultation_path_at(...) / lunar_star_occultation_path_at(...) return OccultationPathGeometry in moira.occultations. |
Ancient-occultation note:
- Ancient occultations are not part of the active
lun_occult_wherepath corpus. - They are deferred to a separate historical-validation program where the
authority class is scholarly record reduction, not operational path
publication.
|
mooncross_node| function | implemented | Low-level specialist helper |support| These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. |next_moon_node_crossing(jd_start, reader, ascending=True)→floatinmoira.nodes. | |mooncross_node_ut| function | implemented | Low-level specialist helper |support| These are real computational surfaces that fit Moira's engine style and improve migration quality for advanced users. |next_moon_node_crossing(jd_start, reader, ascending=True)→floatinmoira.nodes(UT-native). | |orbit_max_min_true_distance| function | implemented | Orbital-elements subsystem |support| This is now a live public subsystem with typed results and a single summit-grade external validation standard. |distance_extremes_at(body, jd_ut)->DistanceExtremesinmoira.orbits; validated against JPL HORIZONS vector-derived heliocentric extrema across all validated planets. | |refrac| function | implemented | Low-level astronomy helper |support| These are standard computational helpers with clear mathematical meaning and low API ambiguity. |atmospheric_refraction(altitude_deg, ...)inmoira.coordinates. | |refrac_extended| function | implemented | Low-level astronomy helper |support| These are standard computational helpers with clear mathematical meaning and low API ambiguity. |atmospheric_refraction_extended(altitude_deg, ...)inmoira.coordinates. | |set_delta_t_userdef| function | implemented | Explicit Delta-T override |support| This is a legitimate specialist control for historical/experimental work and aligns with Moira's model-basis transparency. |DeltaTPolicy(model='fixed', fixed_delta_t=...)passed tout_to_tt()/planet_at()inmoira.julian/moira.planets. | |set_lapse_rate| function | missing | Unclassified specialist gap |defer| The symbol names a real Swiss surface, but it should not be adopted without an intentional Moira-shaped design. | Add only after a dedicated typed API and validation story are defined. | |set_tid_acc| function | missing | Model-basis / tidal-acceleration control |defer| These are scientifically meaningful, but Swiss's sprawling constant matrix is not the right Moira surface. | If needed, add compact typed controls such asDeltaTPolicy,PrecessionPolicy,NutationPolicy, orTidalAccelerationPolicy. | |sol_eclipse_where| function | partial | Path/where geometry helper |support| Moira now has a real typed solar path surface with numerical greatest-geography solving and sampled central-track output. The current external validation slice is Swisswhereparity at the maximum-geography level; full atlas-grade path validation is still future work. |EclipseCalculator.solar_eclipse_path(...)returnsSolarEclipsePathinmoira.eclipse. | |time_equ| function | implemented | Low-level astronomy helper |support| These are standard computational helpers with clear mathematical meaning and low API ambiguity. |equation_of_time(jd_tt)inmoira.coordinates. | |vis_limit_mag| function | missing | Generalized heliacal / visibility surface |defer| This is a valid domain, but Moira should not accrete Swiss-style bitfields before the heliacal subsystem is unified and validated. | Introduce typed surfaces such asHeliacalEventKind,HeliacalPolicy, andVisibilityModel, then map selected behaviors onto those. |