def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(n_input_dims=self.n_input_dims,
n_feature_maps=self.n_feature_maps,
b=gpu.utils.gpu_to_cpu(self.b))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
model=self.model.move_to_cpu(),
stop_condition=self.stop_condition)
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
axes=self.axes,
dropout_rate=self.dropout_rate)
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(n_input=self.n_input,
n_output=self.n_output,
W=gpu.utils.gpu_to_cpu(self.W))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
n_input=self.n_input,
n_output=self.n_output,
W=gpu.utils.gpu_to_cpu(self.W))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
n_input_dims=self.n_input_dims,
n_feature_maps=self.n_feature_maps,
b=gpu.utils.gpu_to_cpu(self.b))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(n_classes=self.n_classes,
n_input_dimensions=self.n_input_dimensions,
W=gpu.utils.gpu_to_cpu(self.W),
b=gpu.utils.gpu_to_cpu(self.b))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(n_feature_maps=self.n_feature_maps,
kernel_width=self.kernel_width,
n_input_dimensions=self.n_input_dimensions,
n_channels=self.n_channels,
W=gpu.utils.gpu_to_cpu(self.W))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
n_classes=self.n_classes,
n_input_dimensions=self.n_input_dimensions,
W=gpu.utils.gpu_to_cpu(self.W),
b=gpu.utils.gpu_to_cpu(self.b))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
dimension=self.dimension,
vocabulary_size=self.vocabulary_size,
padding=self.padding,
E=gpu.utils.gpu_to_cpu(self.E))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
n_feature_maps=self.n_feature_maps,
kernel_width=self.kernel_width,
n_input_dimensions=self.n_input_dimensions,
n_channels=self.n_channels,
W=gpu.utils.gpu_to_cpu(self.W))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class()
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class()
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(model=self.model.move_to_cpu(),
stop_condition=self.stop_condition)
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(axes=self.axes, dropout_rate=self.dropout_rate)
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(
tagged_models=dict((t, m.move_to_cpu()) for t, m in self.tagged_models.iteritems()))
def move_to_cpu(self):
from gpu.model.host_device_component_mapping import get_cpu_analog
cpu_class = get_cpu_analog(self.__class__)
return cpu_class(tagged_models=dict(
(t, m.move_to_cpu()) for t, m in self.tagged_models.iteritems()))
