def run(self, quiet=False):
ncs_para = ncs.NCS_CParameter(tmax=300000,
lambda_exp=self.l,
r=self.r,
epoch=self.e,
N=self.n)
print(self)
ncs_c = ncs.NCS_C(ncs_para, p)
ncs_res = ncs_c.loop(quiet=quiet, seeds=0)
print(ncs_res)
self._val = ncs_res
def get_result(ncs_para, data):
# print(ncs_para)
r = ncs_para["r"]
_lambda = ncs_para["lambda"]
epoch = ncs_para["epoch"]
n = ncs_para["n"]
p = data
try:
ncs_para = ncs.NCS_CParameter(tmax=300000,
lambda_exp=_lambda,
r=r,
epoch=epoch,
N=n)
ncs_c = ncs.NCS_C(ncs_para, p)
ncs_res = ncs_c.loop(quiet=False, seeds=0)
except:
ncs_res = 1000000000
return ncs_res
raise Exception("not a json format file")
_lambda = ncs_para["lambda"]
r = ncs_para["r"]
epoch = ncs_para["epoch"]
n = ncs_para["n"]
data = open("result.txt", 'a+')
count = 3600
while count >= 0:
r = random.uniform(0.889652071711, 0.889652071714)
_lambda = random.uniform(0.997467, 0.997473)
ncs_para = ncs.NCS_CParameter(tmax=300000,
lambda_exp=_lambda,
r=r,
epoch=epoch,
N=n)
print("************ start problem %d **********" % p)
ncs_c = ncs.NCS_C(ncs_para, p)
ncs_res = ncs_c.loop(quiet=False, seeds=0)
print("r: {}, lambda: {}, result: {}".format(r, _lambda, ncs_res))
if ncs_res < -459.99999:
data.write("r: {}, lambda: {}, result: {}".format(
r, _lambda, ncs_res))
data.flush()
# if r > 0.837 and r < 0.843:
# r += 0.006
# else:
count -= 1
# print("r:{}".format(rmin))
data.close()