commit 9071b2aa0fc0c1cd3e390c6259c6733fb2e4223e · dekker.one/on-restart-benchmarks

+105 -59

analyse_gecode.py

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       import re

     

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       import sys

     

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       def compute_area(file):

     

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           area = -1

     

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           objectives = []

     

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           times = [0]

     

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           timeout = -1

     

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           objectives.append(0)

     

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           for line in contents:

     

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               # match = re.match(r'%\sinit_area\s=\s(\d+)', line)

     

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               # if match:

     

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               #     objectives.append(int(match[1]))

     
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               if match:

     

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                   objectives.append(int(match.group(1)))

     

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                   continue

     

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               match = re.match(r"%\stime elapsed:\s(\d\.\d+)\ss", line)

     

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               if match:

     

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                   times.append(float(match.group(1)))

     

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                   continue

     
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           assert len(objectives) + 1 == len(times)

     

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           area = 0

     

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           for i in range(len(objectives)):

     

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               area += ((times[i + 1] - times[i]) / 1000) * objectives[i]

     

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           return int(area)

     

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       folder = sys.argv[1]

     

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       statistics = {}

     

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       for root, dirs, files in os.walk(folder):

     

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           for name in files:

     

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               if name.endswith(".sol"):

     

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                   seed = 1

     

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                   match = re.search(r"\.(\d+)\.sol", name)

     

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                   if match:

     

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                       seed = int(match.group(1))

     

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                   with open(os.path.join(root, name)) as f:

     

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                       contents = f.readlines()

     

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                   # Area

     

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                   area = compute_area(contents)

     

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                   objective = "UNSAT"

     

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                   for line in contents[::-1]:

     

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                       # Best objective

     

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                       match = re.match(r"objective\s=\s(\d+)", line)

     

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                       if match:

     

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                           objective = int(match.group(1))

     

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                           break

     

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                   nodes = -1

     

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                   solvetime = -1

     

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                   restarts = -1

     

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                   for line in contents:

     

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                       # Evaluation time

     

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                       match = re.search(r"copies:\s+(\d+)", line)

     

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                       if match:

     

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                           nodes = int(match.group(1))

     

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                           continue

     

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                       # Solve time

     

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                       match = re.search(r"solveTime=(\d+(.\d+)?)", line)

     

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                       if match:

     

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                           solvetime = float(match.group(1))

     

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                           continue

     

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                       # Restarts

     

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                       match = re.search(r"restarts=(\d+)", line)

     

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                       if match:

     

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                           restarts = int(match.group(1))

     

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                           continue

     

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                   statistics[name[:-(4)].replace(".", ",")] = (

     

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                       area,

     

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                       objective,

     

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                       solvetime,

     

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                       restarts,

     

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                       nodes,

     

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                   )

     

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       sorted_stats = sorted(statistics.items())

     

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       a = sorted_stats[0][0][: sorted_stats[0][0].find(",")]

     

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       for key, val in sorted_stats:

     

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           if key[: key.find(",")] != a:

     

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               print("\n\n")

     

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               a = key[: key.find(",")]

     

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           print("%s,%s" % (key, ",".join([v.__str__() for v in val])))

     

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       exit(1)

     

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···

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       import re

     

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       import sys

     

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       from statistics import stdev

     

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       def compute_area(file):

     

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           objectives = []

     

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           times = [0]

     

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           objectives.append(0)

     

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           for line in file:

     

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               # match = re.match(r'%\sinit_area\s=\s(\d+)', line)

     

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               # match = re.match(r'%\sinit_area\s=\s(\d+)', line)

     

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               # if match:

     

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               #     objectives.append(int(match[1]))

     
···

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               if match:

     

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                   objectives.append(int(match.group(1)))

     

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                   continue

     

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               match = re.match(r"%\stime elapsed:\s(\d+\.\d+)\ss", line)

     

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               if match:

     

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                   times.append(float(match.group(1)))

     

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                   continue

     
···

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           assert len(objectives) + 1 == len(times)

     

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           area = 0

     

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           for i in range(len(objectives)):

     

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               area += (times[i + 1] - times[i]) * objectives[i]

     

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           return int(area)

     

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       folder = sys.argv[1]

     

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       statistics = dict()

     

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       instances = set()

     

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       for config in ["original", "restart", "replay"]:

     

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           for root, dirs, files in os.walk(folder + "/" + config):

     

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               for name in files:

     

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                   if name.endswith(".sol"):

     

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                       components = name[:-(4)].split(".")

     

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                       data = components[0]

     

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                       instances.add(data)

     

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                       seed = 1

     

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                       if len(components) > 1:

     

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                           assert len(components) == 2

     

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                           seed = components[1]

     

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                       if data not in statistics:

     

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                           statistics[data] = dict()

     

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                       if config not in statistics[data]:

     

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                           statistics[data][config] = []

     

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                       with open(os.path.join(root, name)) as f:

     

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                           contents = f.readlines()

     

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                       # Area

     

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                       area = compute_area(contents)

     

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                       objective = "UNSAT"

     

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                       for line in contents[::-1]:

     

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                           # Best objective

     

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                           match = re.match(r"objective\s=\s(\d+)", line)

     

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                           if match:

     

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                               objective = int(match.group(1))

     

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                               break

     

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                       nodes = -1

     

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                       solvetime = -1

     

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                       restarts = -1

     

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                       for line in contents:

     

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                           # Evaluation time

     

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                           match = re.search(r"copies:\s+(\d+)", line)

     

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                           if match:

     

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                               nodes = int(match.group(1))

     

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                               continue

     

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                           # Solve time

     

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                           match = re.search(r"solveTime=(\d+(.\d+)?)", line)

     

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                           if match:

     

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                               solvetime = float(match.group(1))

     

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                               continue

     

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                           # Restarts

     

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                           match = re.search(r"restarts=(\d+)", line)

     

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                           if match:

     

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                               restarts = int(match.group(1))

     

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                               continue

     

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                       statistics[data][config].append(

     

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                           (

     

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                               area,

     

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                               objective,

     

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                               solvetime,

     

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                               restarts,

     

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                               nodes,

     

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                           )

     

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                       )

     

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       for data in instances:

     

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           for config in ["original", "restart", "replay"]:

     

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               stats = statistics[data][config]

     

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               cumulative = stats[0]

     

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               for i in range(1, len(stats)):

     

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                   cumulative = tuple(map(sum, zip(cumulative, stats[i])))

     

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               avg = tuple([x / len(stats) for x in cumulative])

     

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               dev = stdev([x[1] for x in stats]) if len(stats) > 1 else 0

     

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               # (avg area, avg objective, stdev objective)

     

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               statistics[data][config] = (avg[0], avg[1], dev)

     

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       # Print header

     

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       print(

     

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           """

     

       126
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       \\begin{tabular}{l|rr|rr|rr}

     

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       \\toprule

     

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       & \multicolumn{2}{c|}{Gecode} & \multicolumn{2}{c|}{Gecode Restart} & \multicolumn{2}{c}{Gecode Replay}\\\\

     

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       Instance & $\intobj$ & $\minobj$ & $\intobj$ & $\minobj$ & $\intobj$ & $\minobj$ \\\\

     

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       \midrule

     

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       """

     

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       )

     

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       sorted_instances = sorted(instances)

     

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       for data in sorted_instances:

     

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           print(f"{data}", end="")

     

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           for config in ["original", "restart", "replay"]:

     

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               print(

     

       139
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                   f" & {int(statistics[data][config][0] / 1000) }k & {int(statistics[data][config][1])}",

     

       140
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                   end="",

     

       141
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               )

     

       142
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               if statistics[data][config][2] != 0:

     

       143
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                   print("^{", end="")

     

       144
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                   print(

     

       145
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                       int(statistics[data][config][2] / statistics[data][config][1] * 100),

     

       146
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                       # int(statistics[data][config][2]),

     

       147
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                       end="",

     

       148
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                   )

     

       149
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                   print("}", end="")

     

       150
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           print(" \\\\")

     

       151
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       152
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       # Print footer

     

       153
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       print("\n\\bottomrule\n\end{tabular}")