libswe_sys/
sweconst.rs

1extern crate serde;
2extern crate serde_derive;
3extern crate serde_json;
4extern crate strum;
5use crate::swerust::handler_swe17::{split_deg, SplitDegResult};
6use num_derive::FromPrimitive;
7//use num_traits::FromPrimitive;
8use serde::{Deserialize, Serialize};
9use strum::AsStaticRef;
10
11/// Language available (for crate "astrology", "libastro")
12#[derive(Debug, Clone, Copy, PartialEq, FromPrimitive)]
13pub enum Language {
14    English = 0,
15    French = 1,
16}
17
18/// Theme (for crate "astrology", "libastro")
19#[derive(Debug, Clone, Copy, PartialEq)]
20pub enum Theme {
21    Light = 0,
22    Dark = 1,
23}
24
25/// Colors (for crate "astrology")
26pub enum Colors {
27    Primary,
28    Secondary,
29    // Angle,
30    Background,
31}
32
33impl Theme {
34    /// Colors (for crate "astrology")
35    pub fn color(self, color: Colors) -> i32 {
36        match color {
37            Colors::Primary => match self {
38                Theme::Light => 0x000000, // Black
39                Theme::Dark => 0xFFFFFF,  // White
40            },
41            Colors::Secondary => match self {
42                Theme::Light => 0xFFFFFF, // White
43                Theme::Dark => 0x000000,  // Black
44            },
45            Colors::Background => match self {
46                Theme::Light => 0xFFFFFF, // White
47                Theme::Dark => 0x000000,  // Black
48            },
49        }
50    }
51}
52
53/// Zodiac
54#[derive(Debug, Clone, Display, EnumIter)]
55pub enum Signs {
56    Aries = 1,
57    Taurus = 2,
58    Gemini = 3,
59    Cancer = 4,
60    Leo = 5,
61    Virgo = 6,
62    Libra = 7,
63    Scorpio = 8,
64    Sagittarius = 9,
65    Capricorn = 10,
66    Aquarius = 11,
67    Pisces = 12,
68}
69
70impl Signs {
71    /// Text for translation
72    pub fn text(self, lang: Language) -> String {
73        match lang {
74            Language::English => match self {
75                Signs::Aries => "Aries".to_string(),
76                Signs::Taurus => "Taurus".to_string(),
77                Signs::Gemini => "Gemini".to_string(),
78                Signs::Cancer => "Cancer".to_string(),
79                Signs::Leo => "Leo".to_string(),
80                Signs::Virgo => "Virgo".to_string(),
81                Signs::Libra => "Libra".to_string(),
82                Signs::Scorpio => "Scorpio".to_string(),
83                Signs::Sagittarius => "Sagittarius".to_string(),
84                Signs::Capricorn => "Capricorn".to_string(),
85                Signs::Aquarius => "Aquarius".to_string(),
86                Signs::Pisces => "Pisces".to_string(),
87            },
88            Language::French => match self {
89                Signs::Aries => "Belier".to_string(),
90                Signs::Taurus => "Taureau".to_string(),
91                Signs::Gemini => "Gemaux".to_string(),
92                Signs::Cancer => "Cancer".to_string(),
93                Signs::Leo => "Lio".to_string(),
94                Signs::Virgo => "Vierge".to_string(),
95                Signs::Libra => "Balance".to_string(),
96                Signs::Scorpio => "Scorpion".to_string(),
97                Signs::Sagittarius => "Sagittaire".to_string(),
98                Signs::Capricorn => "Capricorne".to_string(),
99                Signs::Aquarius => "Verseau".to_string(),
100                Signs::Pisces => "Poisson".to_string(),
101            },
102        }
103    }
104
105    /// Element of "Signs"
106    pub fn element(self) -> Element {
107        match self {
108            Signs::Aries => Element::Fire,
109            Signs::Taurus => Element::Earth,
110            Signs::Gemini => Element::Wind,
111            Signs::Cancer => Element::Water,
112            Signs::Leo => Element::Fire,
113            Signs::Virgo => Element::Earth,
114            Signs::Libra => Element::Wind,
115            Signs::Scorpio => Element::Water,
116            Signs::Sagittarius => Element::Fire,
117            Signs::Capricorn => Element::Earth,
118            Signs::Aquarius => Element::Wind,
119            Signs::Pisces => Element::Water,
120        }
121    }
122
123    /// Color of "Signs" by "Element" color
124    pub fn color(self, theme: Theme) -> u32 {
125        self.element().color(theme)
126    }
127}
128
129/// Element
130#[derive(Debug, Clone, Copy, PartialEq, AsStaticStr)]
131pub enum Element {
132    Fire,
133    Earth,
134    Wind,
135    Water,
136}
137
138impl Element {
139    /// Text for translation
140    pub fn text(self, lang: Language) -> String {
141        match lang {
142            Language::English => match self {
143                Element::Fire => "Fire".to_string(),
144                Element::Earth => "Earth".to_string(),
145                Element::Wind => "Wind".to_string(),
146                Element::Water => "Water".to_string(),
147            },
148            Language::French => match self {
149                Element::Fire => "Feu".to_string(),
150                Element::Earth => "Terre".to_string(),
151                Element::Wind => "Wind".to_string(),
152                Element::Water => "Water".to_string(),
153            },
154        }
155    }
156
157    /// Color
158    pub fn color(self, theme: Theme) -> u32 {
159        match theme {
160            Theme::Light => match self {
161                Element::Fire => 0xFF0000,  // Red
162                Element::Earth => 0xFFC200, // Orange/Yellow
163                Element::Wind => 0x00C42A,  // Green
164                Element::Water => 0x0B34FF, // Blue
165            },
166            // To do
167            Theme::Dark => match self {
168                Element::Fire => 0xFF0000,  // Red
169                Element::Earth => 0xFFC200, // Orange/Yellow
170                Element::Wind => 0x00C42A,  // Green
171                Element::Water => 0x0B34FF, // Blue
172            },
173        }
174    }
175}
176
177/// Bodies
178#[derive(Debug, Clone, Copy, PartialEq, Display, EnumIter, AsStaticStr)]
179pub enum Bodies {
180    EclNut = -1,
181    Sun = 0,
182    Moon = 1,
183    Mercury = 2,
184    Venus = 3,
185    Mars = 4,
186    Jupiter = 5,
187    Saturn = 6,
188    Uranus = 7,
189    Neptune = 8,
190    Pluto = 9,
191    MeanNode = 10,
192    TrueNode = 11,
193    MeanApog = 12,
194    OscuApog = 13,
195    Earth = 14,
196    Chiron = 15,
197    Pholus = 16,
198    Ceres = 17,
199    Pallas = 18,
200    Juno = 19,
201    Vesta = 20,
202    IntpApog = 21,
203    IntpPerg = 22,
204    NPlanets = 23,
205    SouthNode = 24,
206    FortunaPart = 25,
207    // SE_FICT_OFFSET = 40,
208    // SE_NFICT_ELEM = 15,
209    // SE_AST_OFFSET = 10000,
210    /* Hamburger or Uranian "planets" */
211    Cupido = 40,
212    Hades = 41,
213    Zeus = 42,
214    Kronos = 43,
215    Apollon = 44,
216    Admetos = 45,
217    Vulkanus = 46,
218    Poseidon = 47,
219    /* other fictitious bodies */
220    Isis = 48,
221    Nibiru = 49,
222    Harrington = 50,
223    NeptuneLeverrier = 51,
224    NeptuneAdams = 52,
225    PlutoLowell = 53,
226    PlutoPickering = 54,
227    /* Asteroid */
228    AsteroidAstera = 10000 + 5,
229    AsteroidHebe = 10000 + 6,
230    AsteroidIris = 10000 + 7,
231    AsteroidFlora = 10000 + 8,
232    AsteroidMetis = 10000 + 9,
233    AsteroidHygiea = 10000 + 10,
234    AsteroidUrania = 10000 + 30,
235    AsteroidIsis = 10000 + 42,
236    AsteroidHilda = 10000 + 153,
237    AsteroidPhilosophia = 10000 + 227,
238    AsteroidSophia = 10000 + 251,
239    AsteroidAletheia = 10000 + 259,
240    AsteroidSapientia = 10000 + 275,
241    AsteroidThule = 10000 + 279,
242    AsteroidUrsula = 10000 + 375,
243    AsteroidEros = 10000 + 433,
244    AsteroidCupido = 10000 + 763,
245    AsteroidHidalgo = 10000 + 944,
246    AsteroidLilith = 10000 + 1181,
247    AsteroidAmor = 10000 + 1221,
248    AsteroidKama = 10000 + 1387,
249    AsteroidAphrodite = 10000 + 1388,
250    AsteroidApollo = 10000 + 1862,
251    AsteroidDamocles = 10000 + 3553,
252    AsteroidCruithne = 10000 + 3753,
253    AsteroidPoseidon = 10000 + 4341,
254    AsteroidVulcano = 10000 + 4464,
255    AsteroidZeus = 10000 + 5731,
256    AsteroidNessus = 10000 + 7066,
257}
258
259/// Object type
260#[derive(Debug, Clone, PartialEq, Display, EnumIter)]
261pub enum ObjectType {
262    Unknown,
263    PlanetOrStar,
264    Earth,
265    Fiction,
266    Asteroid,
267}
268
269impl Bodies {
270    /// Object type of Bodies
271    pub fn object_type(self) -> ObjectType {
272        match self {
273            Bodies::EclNut => ObjectType::Unknown,
274            Bodies::Sun => ObjectType::PlanetOrStar,
275            Bodies::Moon => ObjectType::PlanetOrStar,
276            Bodies::Mercury => ObjectType::PlanetOrStar,
277            Bodies::Venus => ObjectType::PlanetOrStar,
278            Bodies::Mars => ObjectType::PlanetOrStar,
279            Bodies::Jupiter => ObjectType::PlanetOrStar,
280            Bodies::Saturn => ObjectType::PlanetOrStar,
281            Bodies::Uranus => ObjectType::PlanetOrStar,
282            Bodies::Neptune => ObjectType::PlanetOrStar,
283            Bodies::Pluto => ObjectType::PlanetOrStar,
284            Bodies::MeanNode => ObjectType::PlanetOrStar,
285            Bodies::TrueNode => ObjectType::PlanetOrStar,
286            Bodies::MeanApog => ObjectType::PlanetOrStar,
287            Bodies::OscuApog => ObjectType::PlanetOrStar,
288            Bodies::Earth => ObjectType::Earth,
289            Bodies::Chiron => ObjectType::Fiction,
290            Bodies::Pholus => ObjectType::Fiction,
291            Bodies::Ceres => ObjectType::Fiction,
292            Bodies::Pallas => ObjectType::Fiction,
293            Bodies::Juno => ObjectType::Fiction,
294            Bodies::Vesta => ObjectType::Fiction,
295            Bodies::IntpApog => ObjectType::Fiction,
296            Bodies::IntpPerg => ObjectType::Fiction,
297            Bodies::NPlanets => ObjectType::Fiction,
298            Bodies::SouthNode => ObjectType::Fiction,
299            Bodies::FortunaPart => ObjectType::Fiction,
300            Bodies::Cupido => ObjectType::Fiction,
301            Bodies::Hades => ObjectType::Fiction,
302            Bodies::Zeus => ObjectType::Fiction,
303            Bodies::Kronos => ObjectType::Fiction,
304            Bodies::Apollon => ObjectType::Fiction,
305            Bodies::Admetos => ObjectType::Fiction,
306            Bodies::Vulkanus => ObjectType::Fiction,
307            Bodies::Poseidon => ObjectType::Fiction,
308            Bodies::Isis => ObjectType::Fiction,
309            Bodies::Nibiru => ObjectType::Fiction,
310            Bodies::Harrington => ObjectType::Fiction,
311            Bodies::NeptuneLeverrier => ObjectType::Fiction,
312            Bodies::NeptuneAdams => ObjectType::Fiction,
313            Bodies::PlutoLowell => ObjectType::Fiction,
314            Bodies::PlutoPickering => ObjectType::Fiction,
315            Bodies::AsteroidAstera => ObjectType::Asteroid,
316            Bodies::AsteroidHebe => ObjectType::Asteroid,
317            Bodies::AsteroidIris => ObjectType::Asteroid,
318            Bodies::AsteroidFlora => ObjectType::Asteroid,
319            Bodies::AsteroidMetis => ObjectType::Asteroid,
320            Bodies::AsteroidHygiea => ObjectType::Asteroid,
321            Bodies::AsteroidUrania => ObjectType::Asteroid,
322            Bodies::AsteroidIsis => ObjectType::Asteroid,
323            Bodies::AsteroidHilda => ObjectType::Asteroid,
324            Bodies::AsteroidPhilosophia => ObjectType::Asteroid,
325            Bodies::AsteroidSophia => ObjectType::Asteroid,
326            Bodies::AsteroidAletheia => ObjectType::Asteroid,
327            Bodies::AsteroidSapientia => ObjectType::Asteroid,
328            Bodies::AsteroidThule => ObjectType::Asteroid,
329            Bodies::AsteroidUrsula => ObjectType::Asteroid,
330            Bodies::AsteroidEros => ObjectType::Asteroid,
331            Bodies::AsteroidCupido => ObjectType::Asteroid,
332            Bodies::AsteroidHidalgo => ObjectType::Asteroid,
333            Bodies::AsteroidLilith => ObjectType::Asteroid,
334            Bodies::AsteroidAmor => ObjectType::Asteroid,
335            Bodies::AsteroidKama => ObjectType::Asteroid,
336            Bodies::AsteroidAphrodite => ObjectType::Asteroid,
337            Bodies::AsteroidApollo => ObjectType::Asteroid,
338            Bodies::AsteroidDamocles => ObjectType::Asteroid,
339            Bodies::AsteroidCruithne => ObjectType::Asteroid,
340            Bodies::AsteroidPoseidon => ObjectType::Asteroid,
341            Bodies::AsteroidVulcano => ObjectType::Asteroid,
342            Bodies::AsteroidZeus => ObjectType::Asteroid,
343            Bodies::AsteroidNessus => ObjectType::Asteroid,
344        }
345    }
346
347    /// Object color
348    pub fn object_color(self, theme: Theme) -> i32 {
349        match theme {
350            Theme::Light => match self {
351                Bodies::Sun => 0xFFA300,     // Orange
352                Bodies::Moon => 0xB5B510,    // Yellow
353                Bodies::Mercury => 0x6900FF, // Indiigo
354                Bodies::Venus => 0xFF009E,   // Pink
355                Bodies::Mars => 0xFF1212,    // Red small ligth
356                Bodies::Jupiter => 0x12A5FF, // Blue ligth
357                Bodies::Saturn => 0xCC0000,  // Red CC
358                Bodies::Uranus => 0xA89402,  // Brown
359                Bodies::Neptune => 0x00B526, // Green small ligth
360                Bodies::Pluto => 0xBF3A3A,   // Red special
361                _ => 0x6B6B6B,               // Gray
362            },
363            // To do test colors
364            Theme::Dark => match self {
365                Bodies::Sun => 0xFFA300,     // Orange
366                Bodies::Moon => 0xB5B510,    // Yellow
367                Bodies::Mercury => 0x6900FF, // Indiigo
368                Bodies::Venus => 0xFF009E,   // Pink
369                Bodies::Mars => 0xFF1212,    // Red small ligth
370                Bodies::Jupiter => 0x12A5FF, // Blue ligth
371                Bodies::Saturn => 0xCC0000,  // Red CC
372                Bodies::Uranus => 0xA89402,  // Brown
373                Bodies::Neptune => 0x00B526, // Green small ligth
374                Bodies::Pluto => 0xBF3A3A,   // Red special
375                _ => 0x6B6B6B,               // Gray
376            },
377        }
378    }
379
380    /// Text translate
381    pub fn text(self, lang: Language) -> String {
382        match lang {
383            Language::English => match self {
384                Bodies::TrueNode => "North node".to_string(),
385                Bodies::SouthNode => "South node".to_string(),
386                Bodies::FortunaPart => "Fortuna part".to_string(),
387                _ => self.as_static().to_string(),
388            },
389            Language::French => match self {
390                Bodies::Sun => "Soleil".to_string(),
391                Bodies::Moon => "Lune".to_string(),
392                Bodies::Mercury => "Mercure".to_string(),
393                Bodies::Venus => "Venus".to_string(),
394                Bodies::Mars => "Mars".to_string(),
395                Bodies::Jupiter => "Jupiter".to_string(),
396                Bodies::Saturn => "Saturne".to_string(),
397                Bodies::Uranus => "Uranus".to_string(),
398                Bodies::Neptune => "Neptune".to_string(),
399                Bodies::Pluto => "Pluton".to_string(),
400                Bodies::TrueNode => "Noeud nord".to_string(),
401                Bodies::Chiron => "Chiron".to_string(),
402                Bodies::Ceres => "Ceres".to_string(),
403                Bodies::SouthNode => "Noeud sud".to_string(),
404                Bodies::FortunaPart => "Part de fortune".to_string(),
405                _ => self.as_static().to_string(),
406            },
407        }
408    }
409}
410
411/// Object position (direction)
412#[derive(Debug, Clone, PartialEq)]
413pub enum ObjectPos {
414    Stationary,
415    Direct,
416    Retrograde,
417}
418
419/// Object
420#[derive(Debug, Clone)]
421pub struct Object {
422    pub object_enum: Bodies,
423    pub object_name: String,
424    pub object_type: ObjectType,
425    pub longitude: f64,
426    pub latitude: f64,
427    pub speed_longitude: f64,
428    pub object_pos: ObjectPos,
429    pub split: SplitDegResult,
430}
431
432impl Object {
433    /// Constructor
434    pub fn new(
435        object_enum: Bodies,
436        object_name: &str,
437        object_type: ObjectType,
438        longitude: f64,
439        latitude: f64,
440        speed_longitude: f64,
441    ) -> Object {
442        let object_pos;
443        if f64::abs(speed_longitude) < 0.0003 {
444            object_pos = ObjectPos::Stationary;
445        } else if speed_longitude > 0.0 {
446            object_pos = ObjectPos::Direct;
447        } else {
448            object_pos = ObjectPos::Retrograde;
449        }
450        Object {
451            object_enum,
452            object_name: object_name.to_string(),
453            object_type,
454            longitude,
455            latitude,
456            speed_longitude,
457            object_pos,
458            split: split_deg(longitude, 0),
459        }
460    }
461}
462
463/// House
464#[derive(Debug, Clone)]
465pub struct House {
466    pub object_id: i32,
467    pub longitude: f64,
468    pub split: SplitDegResult,
469    pub angle: Angle,
470}
471
472impl House {
473    /// Constructor
474    pub fn new(object_id: i32, longitude: f64, angle: Angle) -> House {
475        House {
476            object_id,
477            longitude,
478            split: split_deg(longitude, 0),
479            angle,
480        }
481    }
482}
483
484/// Angle
485#[derive(Debug, Clone, Copy, PartialEq, EnumIter)]
486pub enum Angle {
487    Nothing = 0,
488    Asc = 1,
489    Fc = 2,
490    Desc = 3,
491    Mc = 4,
492}
493
494/// Type of calandar
495pub enum Calandar {
496    Julian = 0,
497    Gregorian = 1,
498}
499
500#[allow(clippy::upper_case_acronyms)]
501/// Optional flag swissephem
502pub enum OptionalFlag {
503    JplEph = 1,
504    SwissEph = 2,
505    Moshier = 4,
506    Heliocentric = 8,
507    TruePosition = 16,
508    J2000Equinox = 32,
509    NoNutation = 64,
510    Speed3 = 128,
511    Speed = 256,
512    NoGravitanionalDeflection = 512,
513    NoAnnualAberration = 1024,
514    AstronomicPosition = 1024 | 512,
515    // AstronomicPosition = OptionalFlag::NoAnnualAberration
516    //     | OptionalFlag::NoGravitanionalDeflection,
517    EquatorialPosition = 2 * 1024,
518    XYZCartesianNotPolarCoordinate = 4 * 1024,
519    Radians = 8 * 1024,
520    BarycentricPosition = 16 * 1024,
521    TopocentricPosition = 32 * 1024,
522    SideralPosition = 64 * 1024,
523    ICRS = 128 * 1024,
524    Dpsideps1980 = 256 * 1024,
525    JplHorApprox = 512 * 1024,
526}
527
528/// House system
529/// I have put in enum only the most important houses methods
530/// To do
531pub enum HouseSystem {
532    Campanus,
533    Equal,
534    Koch,
535    Placidus,
536    Porphyrius,
537    Regiomontanus,
538    WholeSign,
539}
540
541/// Aspects
542#[derive(
543    Debug,
544    Clone,
545    Copy,
546    PartialEq,
547    Display,
548    EnumIter,
549    AsStaticStr,
550    Serialize,
551    Deserialize,
552)]
553pub enum Aspects {
554    Conjunction = 0,
555    Opposition = 1,
556    Trine = 2,
557    Square = 3,
558    Sextile = 4,
559    Inconjunction = 5,
560    Sesquisquare = 6,
561    Semisquare = 7,
562    Semisextile = 8,
563}
564
565impl Aspects {
566    /// Aspect propriety -> (Aspects, Orbes)
567    pub fn angle(self) -> (u16, u16) {
568        match self {
569            Aspects::Conjunction => (0, 10),
570            Aspects::Opposition => (180, 8),
571            Aspects::Trine => (120, 7),
572            Aspects::Square => (90, 6),
573            Aspects::Sextile => (60, 5),
574            Aspects::Inconjunction => (150, 2),
575            Aspects::Sesquisquare => (135, 1),
576            Aspects::Semisquare => (45, 1),
577            Aspects::Semisextile => (30, 1),
578        }
579    }
580
581    /// Major aspect -> bool
582    pub fn maj(self) -> bool {
583        use Aspects::*;
584        matches!(self, Conjunction | Opposition | Trine | Square | Sextile)
585    }
586
587    pub fn text(self, lang: Language) -> String {
588        match lang {
589            Language::English => match self {
590                Aspects::Conjunction => "Conjunction".to_string(),
591                Aspects::Opposition => "Opposition".to_string(),
592                Aspects::Trine => "Trine".to_string(),
593                Aspects::Square => "Square".to_string(),
594                Aspects::Sextile => "Sextile".to_string(),
595                Aspects::Inconjunction => "Inconjunction".to_string(),
596                Aspects::Sesquisquare => "Sesquisquare".to_string(),
597                Aspects::Semisquare => "Semisquare".to_string(),
598                Aspects::Semisextile => "Semisextile".to_string(),
599            },
600            Language::French => match self {
601                Aspects::Conjunction => "Conjonction".to_string(),
602                Aspects::Opposition => "Opposition".to_string(),
603                Aspects::Trine => "Trigone".to_string(),
604                Aspects::Square => "Quadrature".to_string(),
605                Aspects::Sextile => "Sextile".to_string(),
606                Aspects::Inconjunction => "Quinconce".to_string(),
607                Aspects::Sesquisquare => "Sesqui-carré".to_string(),
608                Aspects::Semisquare => "Demi-carré".to_string(),
609                Aspects::Semisextile => "Demi-sextile".to_string(),
610            },
611        }
612    }
613}
614
615/// Filter aspect
616#[derive(
617    Debug,
618    Clone,
619    Copy,
620    PartialEq,
621    Display,
622    EnumIter,
623    AsStaticStr,
624    Serialize,
625    Deserialize,
626    FromPrimitive,
627)]
628pub enum AspectsFilter {
629    AllAspects = 0,
630    AllMajorsAspects = 1,
631    Conjunction = 2,
632    Opposition = 3,
633    Trine = 4,
634    Square = 5,
635    Sextile = 6,
636    AllMinorsAspect = 7,
637    Inconjunction = 8,
638    Sesquisquare = 9,
639    Semisquare = 10,
640    Semisextile = 11,
641    NoAspects = 12,
642}
643
644impl AspectsFilter {
645    /// Vector of aspects in AspectsFilter
646    pub fn vec_aspects(self) -> Vec<Aspects> {
647        match self {
648            AspectsFilter::AllAspects => vec![
649                Aspects::Conjunction,
650                Aspects::Opposition,
651                Aspects::Trine,
652                Aspects::Square,
653                Aspects::Sextile,
654                Aspects::Inconjunction,
655                Aspects::Sesquisquare,
656                Aspects::Semisquare,
657                Aspects::Semisextile,
658            ],
659            AspectsFilter::AllMajorsAspects => vec![
660                Aspects::Conjunction,
661                Aspects::Opposition,
662                Aspects::Trine,
663                Aspects::Square,
664                Aspects::Sextile,
665            ],
666            AspectsFilter::Conjunction => vec![Aspects::Conjunction],
667            AspectsFilter::Opposition => vec![Aspects::Opposition],
668            AspectsFilter::Trine => vec![Aspects::Trine],
669            AspectsFilter::Square => vec![Aspects::Square],
670            AspectsFilter::Sextile => vec![Aspects::Sextile],
671            AspectsFilter::AllMinorsAspect => vec![
672                Aspects::Inconjunction,
673                Aspects::Sesquisquare,
674                Aspects::Semisquare,
675                Aspects::Semisextile,
676            ],
677            AspectsFilter::Inconjunction => vec![Aspects::Inconjunction],
678            AspectsFilter::Sesquisquare => vec![Aspects::Sesquisquare],
679            AspectsFilter::Semisquare => vec![Aspects::Semisquare],
680            AspectsFilter::Semisextile => vec![Aspects::Semisextile],
681            _ => Vec::new(),
682        }
683    }
684}
libswe_sys/sweconst.rs

libswe_sys/
sweconst.rs
