def build(task: str, cfg: CfgNode) -> List[MonitorBase]:
r"""
Builder function.
Arguments
---------
task: str
builder task name (track|vos)
cfg: CfgNode
node name: monitors
Returns
-------
List[MonitorBase]
list of monitors
"""
assert task in TASK_MONITORS, "no tester for task {}".format(task)
modules = TASK_MONITORS[task]
names = cfg.names
monitors = []
for name in names:
monitor = modules[name]()
hps = monitor.get_hps()
hps = merge_cfg_into_hps(cfg[name], hps)
monitor.set_hps(hps)
monitor.update_params()
monitors.append(monitor)
return monitors
def build(task: str, cfg: CfgNode, optimizer, dataloader) -> TrainerBase:
r"""
Builder function.
Arguments
---------
task: str
builder task name (track|vos)
cfg: CfgNode
node name: trainer
Returns
-------
TrainerBase
tester built by builder
"""
assert task in TASK_TRAINERS, "no trainer for task {}".format(task)
MODULES = TASK_TRAINERS[task]
# build monitors
if "monitors" in cfg:
monitor_cfg = cfg.monitors
monitors = monitor_builder.build(task, monitor_cfg)
else:
monitors = []
name = cfg.name
trainer = MODULES[name](optimizer, dataloader, monitors)
hps = trainer.get_hps()
hps = merge_cfg_into_hps(cfg[name], hps)
trainer.set_hps(hps)
trainer.update_params()
return trainer
def build(task: str, cfg: CfgNode):
if task in TASK_LOSSES:
MODULES = TASK_LOSSES[task]
else:
logger.error("no loss for task {}".format(task))
exit(-1)
names = cfg.names
loss_dict = OrderedDict()
for name in names:
assert name in MODULES, "loss {} not registered for {}!".format(
name, task)
module = MODULES[name]()
hps = module.get_hps()
hps = merge_cfg_into_hps(cfg[name], hps)
module.set_hps(hps)
module.update_params()
loss_dict[cfg[name].name] = module
return loss_dict