Jesse_ChenandCursor
04ad3325d5
Venus/Jupiter/Moon periods no longer collapse into one marriage-opportunity line. Full reading reports the ten BPHS conditional dasha families; Skill 6.9.16. Co-authored-by: Cursor <cursoragent@cursor.com>
94 lines
3.5 KiB
Python
94 lines
3.5 KiB
Python
"""Source-bounded regression tests for the local Panchottari producer."""
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from __future__ import annotations
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import json
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from datetime import datetime
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from pathlib import Path
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from scripts.panchottari_dasha import calculate_panchottari_dasha, panchottari_applicability
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from scripts.source_bounded_child_periods import PYJHORA_PARENT_SEEDED_EQUAL_SPLIT_PROFILE
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ROOT = Path(__file__).resolve().parents[1]
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def test_panchottari_requires_cancer_in_rasi_and_d12() -> None:
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result = panchottari_applicability(ascendant_longitude=90.0)
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assert result["applicable"] is True
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assert result["ascendant_rasi_sign_index"] == 3
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assert result["ascendant_d12_sign_index"] == 3
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def test_panchottari_rejects_cancer_rasi_when_d12_is_not_cancer() -> None:
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result = panchottari_applicability(ascendant_longitude=93.0)
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assert result["applicable"] is False
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assert result["ascendant_rasi_sign_index"] == 3
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assert result["ascendant_d12_sign_index"] == 4
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def test_panchottari_builds_birth_balance_without_inventing_ad_pd_boundaries() -> None:
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result = calculate_panchottari_dasha({
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"birth_datetime": datetime(2000, 1, 1, 12, 0),
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"ascendant_longitude": 90.0,
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"moon_longitude": 220.0,
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"dasha_year_days": 365.25636,
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})
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assert result["execution_status"] == "executed"
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assert result["confidence_status"] == "parameter_sensitive"
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assert result["starting_lord"] == "Sun" # Anuradha is the Panchottari seed.
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assert result["total_cycle"] == 105
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assert result["major"][0]["planet"] == "Sun"
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assert result["major"][0]["start_date"] == "2000-01-01T12:00:00"
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assert result["major"][0]["years"] < 12.0
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assert result["period_depth_status"] == "mahadasha_executed_ad_pd_blocked_pending_row_level_replay"
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assert "antardasha" not in result["major"][0]
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def test_panchottari_keeps_non_applicable_result_non_executed() -> None:
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result = calculate_panchottari_dasha({
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"birth_datetime": "2000-01-01T12:00:00",
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"ascendant_longitude": 93.0,
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"moon_longitude": 220.0,
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})
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assert result["execution_status"] == "not_applicable"
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assert result["major"] == []
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def test_panchottari_standard_table_profile_preserves_unmet_gate_but_emits_rows() -> None:
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result = calculate_panchottari_dasha({
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"birth_datetime": "2000-01-01T12:00:00",
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"ascendant_longitude": 93.0,
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"moon_longitude": 220.0,
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"standard_table_profile": "pl9_reports_all_dasha_tables_v1",
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})
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assert result["execution_status"] == "executed"
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assert result["classical_applicable"] is False
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assert result["standard_table_profile"] == "pl9_reports_all_dasha_tables_v1"
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assert len(result["major"]) == 7
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def test_panchottari_can_emit_pyjhora_observed_child_profile_when_explicit() -> None:
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result = calculate_panchottari_dasha({
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"birth_datetime": datetime(2000, 1, 1, 12, 0),
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"ascendant_longitude": 90.0,
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"moon_longitude": 220.0,
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"child_period_profile": PYJHORA_PARENT_SEEDED_EQUAL_SPLIT_PROFILE,
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})
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first_md = result["major"][0]
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first_ad = first_md["antardasha"][0]
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first_pd = first_ad["pratyantardasha"][0]
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assert result["period_depth_status"] == "mahadasha_antardasha_pratyantardasha_executed_pyjhora_observed_profile"
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assert len(result["antardasha"]) == 49
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assert len(result["pratyantardasha"]) == 343
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assert first_ad["lord"] == first_md["lord"]
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assert first_pd["lord"] == first_ad["lord"]
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assert first_md["antardasha"][-1]["end_date"] == first_md["end_date"]
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