mirror of
https://github.com/acamarata/pray-calc-ml.git
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c1eeef53c4
Major additions: - Extract all 1,621 Basthoni 2022 SQM records (46 Indonesian sites, Lampiran 2-5) via precomputed_angles.py - Add 9 new raw sighting CSVs: Abdel-Hadi Malaysia, BRIN multistation, Kassim Bahali (2017+2019), Khalifa Saudi, Moonsighting.com, Shaukat 2015 Blackburn UK, Walisongo Sulawesi - Curate aggregate D0 database (115 entries) in research/ Pipeline improvements: - Open-Topo-Data SRTM30m primary elevation API with fallback - APPROVED_RAW_CSVS allowlist prevents circular data ingestion - Pre-computed angle merge path (bypasses back-calculation for SQM data) - BAD_NOTE_MARKERS quality filter for excluded sources Collection tools: - BRIN multistation SQM processors - PDF/HTML table extractor for academic papers - Source tracking database (collection_manifest.json) Documentation: - Rewrite .wiki/Data.md and .wiki/Research.md from scratch - Expand Data-Sources.md with full Basthoni Lampiran breakdown - Add 14 researcher outreach drafts - Update .gitignore to exclude bulk/experimental files
2.6 KiB
2.6 KiB
| 1 | prayer | date_local | time_local | utc_offset | lat | lng | elevation_m | source | notes |
|---|---|---|---|---|---|---|---|---|---|
| 2 | fajr | 2022-09-22 | 04:39 | 8.0 | -5.48826 | 120.44388 | 6 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Bulukumba S.Sulawesi Bortle-1 MPSAS=22.0; moon=13.7%; weather=Cloudy; SQM=17.8254° SOOF=18.3059°; time inferred from SQM angle |
| 3 | fajr | 2022-09-24 | 04:34 | 8.0 | -5.48826 | 120.44388 | 6 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Bulukumba S.Sulawesi Bortle-1 MPSAS=22.0; moon=3%; weather=Cloudy; SQM=18.9569° SOOF=18.7899°; time inferred from SQM angle |
| 4 | fajr | 2022-09-25 | 04:31 | 8.0 | -5.48826 | 120.44388 | 6 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Bulukumba S.Sulawesi Bortle-1 MPSAS=22.0; moon=1%; weather=Clear-Cloudy; SQM=19.514° SOOF=19.1189°; time inferred from SQM angle |
| 5 | fajr | 2022-09-27 | 04:37 | 8.0 | -5.48826 | 120.44388 | 6 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Bulukumba S.Sulawesi Bortle-1 MPSAS=21.9; moon=3%; weather=Thick Cloud; SQM=17.7429° SOOF=18.2409°; time inferred from SQM angle |
| 6 | fajr | 2022-10-02 | 04:28 | 8.0 | -5.48826 | 120.44388 | 6 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Bulukumba S.Sulawesi Bortle-1 MPSAS=21.6; moon=41%; weather=Thin Cloud; SQM=19.416° SOOF=19.1882°; time inferred from SQM angle |
| 7 | fajr | 2022-10-03 | 04:34 | 8.0 | -5.36511 | 119.51343 | 25 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Takalar S.Sulawesi Bortle-4 MPSAS=20.4; moon=55%; weather=Cloudy; SQM=18.6759° SOOF=18.453°; time inferred from SQM angle |
| 8 | fajr | 2022-10-04 | 04:34 | 8.0 | -5.36511 | 119.51343 | 25 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Takalar S.Sulawesi Bortle-4 MPSAS=20.6; moon=63%; weather=Thin Cloud; SQM=18.6408° SOOF=18.4378°; time inferred from SQM angle |
| 9 | fajr | 2022-10-05 | 04:47 | 8.0 | -5.36511 | 119.51343 | 25 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Takalar S.Sulawesi Bortle-4 MPSAS=21.8; moon=74%; weather=Thick Cloud; SQM=15.1146° SOOF=15.3822°; time inferred from SQM angle |
| 10 | fajr | 2022-10-07 | 04:35 | 8.0 | -5.36511 | 119.51343 | 25 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Takalar S.Sulawesi Bortle-4 MPSAS=20.6; moon=91%; weather=Thin Cloud; SQM=17.9224° SOOF=16.6283°; time inferred from SQM angle |
| 11 | fajr | 2022-10-08 | 04:39 | 8.0 | -5.36511 | 119.51343 | 25 | Hidayatulloh 2023 UIN Walisongo thesis SOOF+SQM Fajr South Sulawesi Indonesia | Takalar S.Sulawesi Bortle-4 MPSAS=20.6; moon=96%; weather=Cloudy; SQM=16.8223° SOOF=16.8948°; time inferred from SQM angle |