def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters = super()._configure_meters(meters)
C = self.num_classes
report_axis = list(range(1, C))
meters.register_meter(
"hd",
SurfaceMeter(C=C, report_axises=report_axis,
metername="hausdorff"))
return meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
C = self.num_classes
report_axis = list(range(1, C))
meters.register_meter("loss", AverageValueMeter())
meters.register_meter("dice",
UniversalDice(
C,
report_axises=report_axis,
))
return meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters.register_meter("contrastive_loss", AverageValueMeter())
meters.register_meter("lr", AverageValueMeter())
return meters
def _register_meters(self):
meters: MeterInterface = MeterInterface()
meters = self._configure_meters(meters)
yield meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters.register_meter("reg_weight", AverageValueMeter())
meters.register_meter("iic_loss", AverageValueMeter())
meters = super()._configure_meters(meters)
return meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters = super()._configure_meters(meters)
meters.register_meter("mi", AverageValueMeter())
meters.register_meter("individual_mis", MultipleAverageValueMeter())
return meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters = super()._configure_meters(meters)
meters.register_meter("uda", AverageValueMeter())
return meters
def _configure_meters(self, meters: MeterInterface) -> MeterInterface:
meters.register_meter("lr", AverageValueMeter())
meters.register_meter("sup_loss", AverageValueMeter())
meters.register_meter("ds", UniversalDice(4, [1, 2, 3]))
return meters