Add runner script

scripts/runner.py

+#!/usr/bin/env python
+# coding=utf-8
+# Filename: runner.py
+# Author: Johannes Schumann <jschumann@km3net.de>
+"""
+
+Usage:
+    runner.py fixed --energy=ENERGY --events=EVENTS (--CC|--NC) (--electron|--muon|--tau) --target-a=TARGETA --target-z=TARGETZ (--sphere=RADIUS | --can) [--outdir=OUTDIR] [--km3netfile=OUTFILE]
+    runner.py range --energy-min=ENERGYMIN --energy-max=ENERGYMAX --events=EVENTS (--CC|--NC) (--electron|--muon|--tau) --target-a=TARGETA --target-z=TARGETZ (--sphere=RADIUS | --can) [--flux=FLUXFILE] [--outdir=OUTDIR] [--km3netfile=OUTFILE]
+    runner.py (-h | --help)
+
+Options:
+    -h --help   Show this screen.
+    --energy=ENERGY                 Neutrino energy [type: float]                   
+    --energy-min=ENERGYMIN          Neutrino energy [type: float]                   
+    --energy-max=ENERGYMAX          Neutrino energy [type: float]                   
+    --events=EVENTS                 Number of simulated events [type: int]          
+    --target-a=TARGETA              Target nucleons [type: int]                     
+    --target-z=TARGETZ              Target protons [type: int]                      
+    --sphere=RADIUS                 Radius of the sphere volume in metres [type: float]
+    --can                           Use CAN with std. dimensions
+    --flux=FLUXFILE                 Flux definition [type: path]
+    --outdir=OUTDIR                 Output directory [type: path]
+    (--CC | --NC)                   Interaction type
+    (--electron | --muon | --tau)   Neutrino flavor
+"""
+from type_docopt import docopt
+from pathlib import Path
+from tempfile import TemporaryDirectory
+from os.path import join
+
+from km3buu.jobcard import generate_neutrino_jobcard
+from km3buu.ctrl import run_jobcard
+from km3buu.geometry import CanVolume, SphericalVolume
+from km3buu.output import GiBUUOutput, write_detector_file
+
+
+def main():
+    args = docopt(__doc__, types={'path': Path})
+
+    events = args["--events"]
+    energy = args["--energy"] if args["fixed"] else (args["--energy-min"],
+                                                     args["--energy-max"])
+    interaction = "CC" if args["--CC"] else "NC"
+    flavour = "electron" if args["--electron"] else (
+        "muon" if args["--muon"] else "tau")
+    target = (args["--target-a"], args["--target-z"])
+
+    jc = generate_neutrino_jobcard(events,
+                                   interaction,
+                                   flavour,
+                                   energy,
+                                   target,
+                                   fluxfile=args["--flux"])
+
+    outdir = args["--outdir"] if args["--outdir"] else TemporaryDirectory()
+    outdirname = outdir if args["--outdir"] else outdir.name
+
+    run_jobcard(jc, outdirname)
+
+    fobj = GiBUUOutput(outdir)
+
+    volume = SphericalVolume(
+        args["--sphere"]) if args["--sphere"] else CanVolume()
+
+    if args["fixed"]:
+        descriptor = "{0}_{1}_{2}GeV_A{3}Z{4}".format(flavour, interaction,
+                                                      energy, target[0],
+                                                      target[1])
+    else:
+        descriptor = "{0}_{1}_{2}-{3}GeV_A{4}Z{5}".format(
+            flavour, interaction, energy[0], energy[1], target[0], target[1])
+
+    if args["--km3netfile"]:
+        outfilename = args["--km3netfile"]
+    else:
+        outfilename = "km3buu_" + descriptor + ".root"
+        if args["--outdir"]:
+            outfilename = join(args["--outdir"], outfilename)
+
+    write_detector_file(fobj, geometry=volume, ofile=outfilename)
+
+
+if __name__ == '__main__':
+    main()