def test_convert_fun0_rlist():
from benchmark.convert2r import GOClass2RConverter
gocc = GOClass2RConverter(go_funcs_A.Ackley01)
rl = gocc.rlist
idx_fglob = rl.names.index('glob.min')
assert(idx_fglob)
obj = rl[idx_fglob][0]
assert(obj == 0.)
def test_convert_func_calling():
from benchmark.convert2r import GOClass2RConverter
count = 0
notok = 0
for name, klass in goclass():
print('Calling function: {0}'.format(name))
count += 1
try:
gocc = GOClass2RConverter(klass)
#with nostdout():
res = gocc.fun(gocc.xglob)
npt.assert_almost_equal(gocc.fglob, res[0], decimal=4)
except Exception as e:
print(e)
notok += 1
continue
print("R func call that failed: {0} ratio: {1}".format(notok, (count-notok)*100/count))
def test_convert_fun0():
from benchmark.convert2r import GOClass2RConverter
gocc = GOClass2RConverter(go_funcs_A.Ackley01)
assert(gocc.name == 'Ackley01')
assert(gocc.fglob == 0)
assert(gocc.dim == 2)
def test_convert_run_rfun():
from benchmark.convert2r import GOClass2RConverter
gocc = GOClass2RConverter(go_funcs_A.Ackley01)
rfun = gocc.fun
rxglob = gocc.xglob
npt.assert_almost_equal(gocc.fglob, rfun(rxglob)[0])