def get_data_parameters(opt, experiment, dataset):
data = DD()
if dataset == "atomic":
data.categories = sorted(opt.categories)
elif dataset == "conceptnet":
data.rel = opt.relation_format
data.trainsize = opt.training_set_size
data.devversion = opt.development_set_versions_to_use
data.maxe1 = opt.max_event_1_size
data.maxe2 = opt.max_event_2_size
return data
def read_config(file_):
config = DD()
print(file_)
for k, v in file_.items():
if v == "True" or v == "T" or v == "true":
config[k] = True
elif v == "False" or v == "F" or v == "false":
config[k] = False
elif type(v) == dict:
config[k] = read_config(v)
else:
config[k] = v
return config
def get_training_parameters(opt):
train = DD()
static = DD()
static.exp = opt.exp
static.seed = opt.random_seed
# weight decay
static.l2 = opt.l2
static.vl2 = True
static.lrsched = opt.learning_rate_schedule # 'warmup_linear'
static.lrwarm = opt.learning_rate_warmup # 0.002
# gradient clipping
static.clip = opt.clip
# what loss function to use
static.loss = opt.loss
dynamic = DD()
dynamic.lr = opt.learning_rate # learning rate
dynamic.bs = opt.batch_size # batch size
# optimizer to use {adam, rmsprop, etc.}
dynamic.optim = opt.optimizer
# rmsprop
# alpha is interpolation average
static.update(opt[dynamic.optim])
train.static = static
train.dynamic = dynamic
return train
def get_eval_parameters(opt, force_categories=None):
evaluate = DD()
if opt.eval_sampler == "beam":
evaluate.bs = opt.beam_size
elif opt.eval_sampler == "greedy":
evaluate.bs = 1
elif opt.eval_sampler == "topk":
evaluate.k = opt.topk_size
evaluate.smax = opt.gen_seqlength
evaluate.sample = opt.eval_sampler
evaluate.numseq = opt.num_sequences
evaluate.gs = opt.generate_sequences
evaluate.es = opt.evaluate_sequences
if opt.dataset == "atomic":
if "eval_categories" in opt and force_categories is None:
evaluate.categories = opt.eval_categories
else:
evaluate.categories = force_categories
return evaluate
def get_net_parameters(opt):
net = DD()
net.model = opt.model
net.nL = opt.num_layers
net.nH = opt.num_heads
net.hSize = opt.hidden_dim
net.edpt = opt.embedding_dropout
net.adpt = opt.attention_dropout
net.rdpt = opt.residual_dropout
net.odpt = opt.output_dropout
net.pt = opt.pretrain
net.afn = opt.activation
# how to intialize parameters
# format is gauss+{}+{}.format(mean, std)
# n = the default initialization pytorch
net.init = opt.init
return net
def get_parameters(opt, exp_type="model"):
params = DD()
params.net = DD()
params.mle = 0
params.dataset = opt.dataset
params.net = get_net_parameters(opt)
params.train = get_training_parameters(opt)
params.model = params.net.model
params.exp = opt.exp
params.data = get_data_parameters(opt, params.exp, params.dataset)
params.eval = get_eval_parameters(opt, params.data.get("categories", None))
meta = DD()
params.trainer = opt.trainer
meta.iterations = int(opt.iterations)
meta.cycle = opt.cycle
params.cycle = opt.cycle
params.iters = int(opt.iterations)
global toy
toy = opt.toy
global do_gen
do_gen = opt.do_gen
global save
save = opt.save
global test_save
test_save = opt.test_save
global save_strategy
save_strategy = opt.save_strategy
print(params)
return params, meta