"""Ulsan P2 form test (2026-10-15), no Rhino: engine gate reports of data/산외교울산P2 (G1~G5; G3 with one planned FAIL) PASS with negatives detected, the
foundation rotation (37 deg, piles 6 x 5 on the foundation's axes) and the P2-specific values are in params / expected, and the reference
piers are unchanged (검증/open19_snapshot_after.json)."""
import json
import sys
from pathlib import Path

APP = Path(__file__).resolve().parents[1]
sys.path.insert(0, str(APP))
sys.path.insert(0, str(APP / "tools"))
from open19_snapshot import snapshot  # noqa: E402

ok = True


def check(name, cond, detail=""):
    global ok
    ok &= bool(cond)
    print("PASS" if cond else "FAIL", name, str(detail)[:300], flush=True)


ref = json.loads((APP / "검증" / "open19_snapshot_after.json").read_text(encoding="utf-8"))
now = snapshot()
for k in ref:
    check(f"{k}: table records / proposals unchanged", ref[k]["records"] == now[k]["records"] and ref[k]["proposals"] == now[k]["proposals"])
D = APP / "data" / "산외교울산P2"
P = json.loads((D / "params.json").read_text(encoding="utf-8"))
X = json.loads((D / "expected.json").read_text(encoding="utf-8"))
check("scope G1~G5, builders / checkers", P["scope"] == ["G1", "G2", "G3", "G4", "G5"] and X["checkers"] == {"G1": "g1_tapered.py", "G2": "g2_ring.py", "G3": "g3_mats.py", "G4": "g4_polylines.py"}
      and P["builders"]["G3"] == "footing_rebar_mats.py")
F, G = P["footing"], X["G1"]
check("footing 7800 x 7500 x 2500 at EL 38.916, rotated 37 deg (params = expected)",
      (F["size_x"], F["size_y"], F["thickness"], F["z_bottom"], F["rot_deg"]) == (7800, 7500, 2500, 38916, 37.0)
      and (G["footing"]["dx"], G["footing"]["dy"], G["footing"]["z0"], G["footing"]["rot_deg"]) == (7800, 7500, 38916, 37.0))
check("piles 6 x 5 @1300/1550, D508 L7000, head +100", (P["piles"]["count_x"], P["piles"]["count_y"], P["piles"]["pitch_x"], P["piles"]["pitch_y"],
      P["piles"]["diameter"], P["piles"]["length"], P["piles"]["head_embedment"]) == (6, 5, 1300.0, 1550.0, 508.0, 7000.0, 100.0)
      and (G["piles"]["nx"], G["piles"]["ny"], G["piles"]["edge_x"], G["piles"]["edge_y"]) == (6, 5, 650, 650))
check("column 2500 x 27300; coping EL 72.046 / 71.916", P["column"]["height"] == 27300 and P["coping"]["z_top_left"] == 72046.0 and P["coping"]["z_top_right"] == 71916.0)
check("4 bearings, seat levels from the coping steps", len(P["bearing_seats"]["bearings"]) == 4
      and all(abs(b["el_x"] - b["h1"] - b["h2"] - b["seat_z"]) <= 1 for b in P["bearing_seats"]["bearings"]))
check("rebar counts = schedule: column P1 68 / footing B7 320 / coping C7 51",
      X["G2"]["schedule_n"]["P1"] == 68 and X["G3"]["schedule"]["B7"][1] == 320 and X["G4"]["schedule"]["C7"][1] == 51)
for g, n, tot in (("G1", 118, 118), ("G2", 35, 35), ("G3", 63, 64), ("G4", 129, 129), ("G5", 75, 75)):   # G3: 1 planned FAIL (B8 length, OPEN #32)
    r = json.loads((D / "runs" / "current" / f"{g}_gate.json").read_text(encoding="utf-8"))
    check(f"{g} gate PASS {n}/{tot}, negatives detected", r["verdict"] == "PASS" and r["summary"]["passed"] == n and r["summary"]["total"] == tot
          and not r["unplanned_fails"] and all(v["detected"] for v in r["negative"].values()), r["summary"])
print("RESULT", "PASS" if ok else "FAIL")
sys.exit(0 if ok else 1)