symmetry-suite

用于OMNeT++的模板

#!/bin/sh

no_procs=1
batchcount=0
batchstart=0
totalcount=0
c=parameters.ini
n=10
clearscen=1
clearout=1
clearerr=0

#no_nodes=$[ 32 - `showq | grep "Nodes Active" | awk '{print $1}'`]
echo $no_nodes
no_nodes=1
echo "using $no_procs processors and $no_nodes nodes"
echo "doing $n runs per parameter combination"
batchsize=$[$no_procs*$no_nodes]
echo "batchsize=$batchsize"
echo ""

f=.$$

alg_vals="Node_Statistic"
#alg_vals="Node_HTRefine Node_Savvides Node_EuclRefinePP"
#alg_vals="Node_Statistic"

multi_vals="true"

a_vals="0.33"
#a_vals="0.05"
#a_vals="0.025 0.05 0.075 0.1 0.15 0.2"

# Do equal_pairs
p2_vals="true false"

p1min_anc_vals="0"
p1max_anc_vals="-1"

#fl_vals="1 2 3 4 6 8 10"
fl_vals="1"
#fl_vals="-1 2 3 4 5 6 8"

top_vals="PathPA"
#top_vals="RandomPA"
#top_vals="Random RandomPA GridRand"

nn_vals="337"
#nn_vals="225"
#nn_vals="100 225"

#pv_vals="0.1 0.2 0.3"
pv_vals="0.2"
scen_vals="scenario100"

#v_vals="0.05 0.1 0.2 0.3"
#v_vals="0 0.15 0.25"
v_vals="0.025"
#v_vals="0 0.01 0.025 0.05 0.075 0.1 0.15 0.25 0.35 0.5"
#v_vals="0 0.025 0.05 0.1 0.15 0.2 0.3"

r_vals="14"
#r_vals="14"
#r_vals="8.5 9 9.5 10 10.5 11 11.5 12 12.5 13 13.5 14 14.5 15 15.5 16"

var0_vals="0"
var1_vals="0"
var2_vals="0"

tri_alg_vals="0"
#tri_alg_vals="0 1"

rl_vals="0"

#algorithm
for alg in $alg_vals
do
for m in $multi_vals
do
#anchor frac
for a in $a_vals
do
#2nd phase
for p2 in $p2_vals
do
#min anchors in p1
for p1min_anc in $p1min_anc_vals
do
#max anchors to use in p1
for p1max_anc in $p1max_anc_vals
do
#limit flooding
for fl in $fl_vals
do
#topology type
for top in $top_vals
do
#number of nodes, only relevant if top!=StandardFormat(Blind)
for nn in $nn_vals
do
#variance of anchor position, only relevant if top!=StandardFormat(Blind)
for pv in $pv_vals
do
#scenario file to read if top==StandardFormat(Blind)
for scen in $scen_vals
do
#range
for r in $r_vals
do
#range variance 
for vari in $v_vals
do
#first multi purpose parameter
for var0 in $var0_vals
do
#second multi purpose parameter
for var1 in $var1_vals
do
#third multi purpose parameter
for var2 in $var2_vals
do
#triangulation or minmax algorithm
for tri_alg in $tri_alg_vals
do
#limit refine
for rl in $rl_vals
do
#random seed
for s in `seedtool g 1 1000000 $n`
do

#if [ $alg = Node_HTRefine -a $tri_alg != 0 ]; then
#	continue
#fi
#if [ $alg = Node_Savvides -a $tri_alg != 1 ]; then
#	continue
#fi
#if [ $alg = Node_EuclRefinePP -a $tri_alg != 0 ]; then
#	continue
#fi

    o=`basename $c .ini`-a$a-r$r-v$vari-n$n-p2$p2-fl$fl-$alg-$m-$top-$nn-$scen-$pv-$p1min_anc-$p1max_anc-$var0-$var1-$var2-$batchcount

    echo "Writing parameter file $f-$batchcount"
    echo "[General]" > $f-$batchcount
    echo "gen0-seed = $s" >> $f-$batchcount
    echo "gen1-seed = $s" >> $f-$batchcount
    echo "[Parameters]" >> $f-$batchcount
    echo "refine.top.topology.anchor_frac = $a" >> $f-$batchcount
    echo "refine.algorithm = \"$alg\"" >> $f-$batchcount
    echo "refine.do_2nd_phase = true" >> $f-$batchcount
    echo "refine.equal_pairs = $p2" >> $f-$batchcount
    echo "refine.phase1_min_anchors = $p1min_anc" >> $f-$batchcount
    echo "refine.phase1_max_anchors = $p1max_anc" >> $f-$batchcount
    echo "refine.flood_limit = $fl" >> $f-$batchcount
    echo "refine.refine_limit = $rl" >> $f-$batchcount
    echo "refine.multihop = $m" >> $f-$batchcount
    echo "refine.topology = \"$top\"" >> $f-$batchcount
    echo "refine.top.topology.num_nodes = $nn" >> $f-$batchcount
    echo "refine.top.topology.pos_variance = $pv" >> $f-$batchcount
    echo "refine.top.topology.sf.filename = \"$scen\"" >> $f-$batchcount
    echo "refine.top.topology.range = $r" >> $f-$batchcount
    echo "refine.top.topology.range_variance = $vari" >> $f-$batchcount
	echo "refine.top.topology.path = \"20,20-80,20;80,20-80,80;80,80-20,80;20,80-20,20;\"" >> $f-$batchcount
	#echo "refine.top.topology.path = \"20,20-80,80;80,20-20,80;\"" >> $f-$batchcount
    echo "refine.var0 = $var0" >> $f-$batchcount
    echo "refine.var1 = $var1" >> $f-$batchcount
    echo "refine.var2 = $var2" >> $f-$batchcount
    echo "refine.tri_alg = $tri_alg" >> $f-$batchcount
	echo "refine.top.topology.path_variance = 0" >> $f-$batchcount

    echo "refine.outputfile = \"output/scenario-$o-s$s\"" >> $f-$batchcount

	#cat $f-$batchcount

	echo $batchsize

    if [ $batchcount = $[$batchsize-1] ]
    then
	echo "Processing regular batch (runs $batchstart through $totalcount)"
	echo ""
	./call_refine 0 $no_nodes $c $f

	if [ $clearout = 1 ]
	then
	    rm output/log*out
	fi
	if [ $clearerr = 1 ]
	then
	    grep -h RAWDATA output/log*err | sed s/RAWDATA\ // >> output/summary
	    rm output/log*err
	fi
	if [ $clearscen = 1 ]
	then
	    rm output/scenario*
	fi

	batchcount=0
	batchstart=$[$totalcount+1]
# Need to fix this. showq lags to much so batchcount become 0.. :(
#		no_nodes=$[ 32 - `showq | grep "Nodes Active" | awk '{print $1}'`]
	batchsize=$[$no_procs*$no_nodes]
	echo "new batchsize=$batchsize"
	rm -rf .$$*
    else
	batchcount=$[$batchcount+1]
    fi

    totalcount=$[$totalcount+1]

done #refine limit
done #seed
done #var2
done #var1
done #var0
done #tri_alg
done #range variance
done #range
done #scenario file
done #pos_variance
done #numnodes
done #topology
done #flood limit
done #phase1 max anchors
done #phase1 min anchors
done #do_phase2
done #anchor frac
done #multihop
done #algorithm

if [ $batchcount -gt 0 ]
then
    echo "Processing left over jobs. (runs $batchstart through $[$totalcount-1]) (Not enough for full batch)"
    last_no_nodes=$[ $batchcount/$no_procs + 1 ]
echo $last_no_nodes
    ./call_refine $last_no_nodes $c $f output/log-$o


    if [ $clearout = 1 ]
    then
	rm output/log*out
    fi
    if [ $clearerr = 1 ]
    then
        grep -h RAWDATA output/log*err | sed s/RAWDATA\ // >> output/summary
	rm output/log*err
    fi
    if [ $clearscen = 1 ]
    then
	rm output/scenario*
    fi
fi
rm -rf .$$*
if [ $clearerr = 0 ]
then
    grep -h RAWDATA output/log*err | sed s/RAWDATA\ // >> output/summary
fi