Convert Caffe model to ONNX model for inference
Project description
caffe-onnx
This tool converts caffe model convert to onnx model
only use for inference
中文文档请参阅 README_CN.md
Introduction
This is the second version of converting caffe model to onnx model. In this version, all the parameters will be transformed to tensor and tensor value info when reading .caffemodel file and each operator node is constructed directly into the type of NodeProto in onnx.
Dependencies
- protobuf
- onnx==1.4.0
$ pip install -r requirements.txt
( caffe environment is not required! )
How to Use
usage: convert2onnx.py [-h] [caffe_graph_path] [caffe_params_path] [onnx_name] [save_dir]
positional arguments:
caffe_graph_path caffe's prototxt file path
caffe_params_path caffe's caffemodel file path
onnx_name onnx model name
save_dir onnx model file saved path
Take ResNet-50 as an example, you can follow the instructions.
-
Download resnet50
.caffemodelfile from BaiduDisk and putresnet-50-model.caffemodelto./caffemodel/resnet-50/
Link:https://pan.baidu.com/s/10YB42muAd0vGiNTCetvLsA
Code:7az4 -
Convert resnet50 caffe model to onnx model
$ python convert2onnx.py \ caffemodel/resnet-50/resnet-50-model.prototxt \ caffemodel/resnet-50/resnet-50-model.caffemodel \ resnet50 onnxmodel
-
Visualize onnx model by netron
$ netron onnxmodel/resnet50.onnx --host 0.0.0.0 --port 8008
-
Run test scripts
$ python onnxmodel/test_resnet.py \ --input_shape 224 224 \ --img_path onnxmodel/airplane.jpg \ --onnx_path onnxmodel/resnet50.onnx # you will get result 404 which is the class id of airplane in IMAGENET.
-
If you have custom layers in caffe which makes your
caffe.protois different than the one in the origin caffe code. The things you should do before convertion is:-
First of all, compile your proto file with
protoc# for example $ protoc /your/path/to/caffe_ssd.proto --python_out ./proto
-
Then specify the caffe proto file by replacing the line
from proto import caffe_upsample_pb2 as caffe_pb2with your module.
-
Current Support Operator
BatchNorm
Convolution
Deconvolution
Concat
Dropout
InnerProduct(Reshape+Gemm)
LRN
Pooling
Unpooling
ReLU
Softmax
Eltwise
Upsample
Scale
Test Caffe Model
- Resnet50
- AlexNet
- Agenet
- Yolo V3
- vgg16
Visualization
netron is recommended: https://github.com/lutzroeder/netron
netron Browser
Development Guide
See Develop Guide
Project details
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