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import math
import sys
f1 = open(sys.argv[2], "r")
lns1 = f1.readlines()
lns1 = [l.split(" ") for l in lns1]
bench_cfg = {}
for l in lns1:
c_name = l[1]
is_country = (len(l) == 3)
bench_cfg[l[1]] = []
bench_cfg[l[1]].append(is_country)
if len(l) > 0:
if not is_country:
bench_cfg[c_name].append(float(l[2]))
bench_cfg[c_name].append(float(l[3]))
bench_cfg[c_name].append(float(l[4]))
bench_cfg[c_name].append(float(l[5]))
bench_cfg[c_name].append(int(l[6]))
else:
bench_cfg[c_name].append(int(l[2]))
f = open(sys.argv[1], "r")
lns = f.readlines()
def scale_level(r):
dx = 360.0 / (r[2] - r[0])
dy = 360.0 / (r[3] - r[1])
v = (dx + dy) / 2.0
l = math.log(v) / math.log(2.0) + 1
if l > 17:
l = 17
if l < 0:
return 0
else:
return math.floor(l + 0.5)
lns = [l.split(" ") for l in lns]
rev = {}
for l in lns:
rev_name = l[1]
start_time = l[2]
bench_name = l[3]
rect = [float(l[4]), float(l[5]), float(l[6]), float(l[7])]
dur = float(l[8])
if not rev.has_key(rev_name):
rev[rev_name] = {}
if not rev[rev_name].has_key(start_time):
rev[rev_name][start_time] = {}
if not rev[rev_name][start_time].has_key(bench_name):
rev[rev_name][start_time][bench_name] = {}
scale = scale_level(rect)
if not rev[rev_name][start_time][bench_name].has_key(scale):
rev[rev_name][start_time][bench_name][scale] = 0
rev[rev_name][start_time][bench_name][scale] += dur
for rev_name in rev.keys():
print rev_name
for start_time in rev[rev_name].keys():
print "\t", start_time
for bench_name in rev[rev_name][start_time].keys():
cfg_info = bench_cfg[bench_name]
if not cfg_info[0]:
print "\t\t", bench_name, "[", cfg_info[1], cfg_info[2], cfg_info[3], cfg_info[4], "]", "endScale=", cfg_info[5]
else:
print "\t\t", bench_name, "endScale=", cfg_info[1]
k = rev[rev_name][start_time][bench_name].keys()
k.sort()
for scale_level in k:
print "\t\t\t scale: ", scale_level, ", duration: " , rev[rev_name][start_time][bench_name][scale_level]
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