Using ENOT Lite¶
ENOT Lite provides a unified interface for running neural network inference with various technologies.
To run neural network inference using ENOT Lite all you need to do is:
Create
Backend
instance by usingcreate()
method ofBackendFactory
.Pass your input data into created
Backend
instance by using__call__()
method to obtain prediction.
Here is an example which fully covers the basic usage of ENOT Lite:
1from enot_lite.backend import BackendFactory
2from enot_lite.type import BackendType
3
4backend = BackendFactory().create('path/to/model.onnx', BackendType.ORT_CPU)
5prediction = backend(inputs)
At line 1 in example above we import
BackendFactory
which will be used to create an instance ofBackend
.At line 2 we import
BackendType
which allows to easily choose among various backends.At line 4 we create
Backend
instance by usingcreate()
method ofBackendFactory
. Createdbackend
is a wrap for your model which provides an easy-to-use interface for inference.And finally, at line 5 inference is done by passing
inputs
(it can be images, text or something else) intobackend
and the results are stored inprediction
variable.
BackendType
allows you to choose among various inference technologies,
so you don’t need to do anything special, just create Backend
instance by
BackendFactory
and use it for inference.
To refine Backend
setting, see BackendType
,
ModelType
.
- class ModelType(value)¶
Model type.
Currently supported model types:
YOLO_V5
- YOLOv5 model type.
- class Device(value)¶
Device type.
CPU
GPU
- class Backend¶
Interface for running inference.
All backends implemented in ENOT Lite framework follow this interface.
- __call__(inputs, **kwargs)¶
Computes the predictions for given inputs.
- Parameters
inputs (Any) – Model input. There are several ways to pass data into this function, see examples.
- Returns
Prediction.
- Return type
Any
Examples
>>> backend(input_0) # For models with only one input. >>> backend([input_0, input_1, ..., input_n]) # For models with several inputs. >>> backend((input_0, input_1, ..., input_n)) # Is equivalent to previous one. >>> backend({ ... 'input_name_0': input_0, # Explicitly specifying mapping between ... 'input_name_1': input_1, # input names and input data. ... ... ... 'input_name_n': input_n, ... })