failure_report Namespace Reference

Variables
	ROOT = os.environ.get("TRIWILD_ROOT", "/u/3/daniele/triwild-sweep")
	R = os.environ.get("TRIWILD_OUT", os.path.join(ROOT, "runs/full"))
	FD = os.path.join(R, "failure")
	DATA = os.path.join(ROOT, "data")
list	PHASES
list	rows = []
	d = os.path.join(FD, m)
str	log = ""
	p = os.path.join(d, f)
	errors
	size = os.path.getsize(os.path.join(DATA, m + ".obj"))
str	phase = "before reading"
	its = len(re.findall(r"========it (\d+)========", log))
	en = re.findall(r"max energy ([0-9.e+]+) \| stop", log)
	first = float(en[0]) if en else None
	last = float(en[-1]) if en else None
	nt = re.findall(r"#V = \d+, #T = (\d+)", log)
	ne = re.search(r"Read edge mesh \S+: #V = (\d+), #E = (\d+)", log)
	simp = re.search(r"#E (\d+) -> (\d+)", log)
	arr = re.search(r"2D arrangement: #V = (\d+), #F = (\d+)", log)
list	order = [n for _, n in PHASES]
	counts = collections.Counter(r["phase"] for r in rows)
list	buckets = [(0, 0), (1, 1), (2, 5), (6, 20), (21, 200)]
	c = sum(1 for i in its if lo <= i <= hi)
	sz = sorted(r["size"] for r in rows)
list	run = [r for r in rows if r["its"] > 0 and r["last"] is not None]
	lasts = sorted(r["last"] for r in run)
	conv = sum(1 for r in run if r["first"] and r["last"] and r["last"] < r["first"])
str	hdr = " %-9s %6s %6s %9s %12s %12s %s"
	key
str	hdr2 = " %-9s %6s %6s %10s %10s %9s %s"

Detailed Description

Where did each timed-out model die, how far did it get, and at what energy.

Variable Documentation

PHASES

list failure_report.PHASES

Initial value:

=  [
    ("Read edge mesh", "read input"),
    ("input simplification:", "simplified"),
    ("skip simplification", "simplified"),
    ("2D arrangement:", "arrangement done"),
    ("Envelope sanity check", "init_mesh done"),
    ("========it pre========", "pre-collapse"),
    ("========it 0========", "optimization"),
    ("========it post========", "post-collapse"),
    ("flood fill parts", "winding number"),
    ("Hausdorff distance", "hausdorff check"),
    ("final max energy", "writing output"),
]