def run(self):
currval = self.initval
amberoptcmd = [self.switch, str(currval)]
MetaUtils.runtool(self.cmd + amberoptcmd)
currfit = MetaUtils.fitness("%s_%s/log" % (self.logd, currval))
self.k_values.append((currval,currfit))
while True:
sys.stderr.write("\n==> current value: %s, fitness: %s\n" \
% (str(currval),str(currfit)))
neighval = self.neighbour(currval)
sys.stderr.write("neighval: %s" % (str(neighval)))
amberoptcmd = [self.switch, str(neighval)]
MetaUtils.runtool(self.cmd + amberoptcmd)
neighfit = MetaUtils.fitness("%s_%s/log" % (self.logd, neighval))
sys.stderr.write("new fitness: %s " % str(neighfit))
self.k_values.append((neighval,neighfit))
fitvals = [f for _,f in self.k_values]
if MetaUtils.localmax(fitvals, 3):
MetaUtils.report(self.k_values)
sys.exit(0)
currval = neighval
currfit = neighfit
def run(self):
currlen = self.length
ambidextoptcmd = ["-k",str(currlen)]
MetaUtils.runtool(self.cmd + ambidextoptcmd)
currfit = MetaUtils.fitness("%s_%s/log" % (self.logd, currlen))
self.k_values.append((currlen,currfit))
while True:
sys.stderr.write("\n==> current length: %s, fitness: %s\n" \
% (str(currlen),str(currfit)))
neighlen = self.neighbour(currlen)
ambidextoptcmd = ["-k",str(neighlen)]
MetaUtils.runtool(self.cmd + ambidextoptcmd)
neighfit = MetaUtils.fitness("%s_%s/log" % (self.logd, neighlen))
sys.stderr.write("new fitness: %s " % str(neighfit))
self.k_values.append((neighlen,neighfit))
fitvals = [f for _,f in self.k_values]
if MetaUtils.localmax(fitvals, NBEST):
MetaUtils.report(self.k_values)
sys.exit(0)
currlen = neighlen
currfit = neighfit
