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import sys
from pathlib import Path

from matplotlib import pyplot as plt

import openmc
import numpy as np

def threaded_scaling(threads, model, openmc_exec='openmc', output_filename=None, particles_per_thread=10_000):
    """Run simulation with various threads and collect timing results

pshriwise

import cubit

for (name, gid) in cubit.group_names_ids():
    # skip the 'picked' group and other groups
    # that aren't materials
    if name == 'picked' or 'mat' not in name:
        continue
    mat = name.split('/')[0].split(':')[1]

    if not mat:

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#include "position.h"
#include "plucker.h"

int main() {
}

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#!/bin/bash

# stop script on returned error code
set -e

# SCRIPT PARAMETERS
topdir=$HOME/aurora_build
compile_cores=20

# GLOBAL VARS

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