For linear and FCN fine-tuning we provide a script as well. All configs can be found in experiments/linear_segmentation/configs/
.
An exemplary call to evaluate NeCo could look like this:
python experiments/linear_segmentation/eval_linear.py --config_path experiments/linear_segmentation/configs/coco_stuff/neco.yml
For overclustering evaluation we provide a script eval_overcluster.py
under experiments/overcluster
.
An exemplary call to evaluate NeCo could look like this:
python experiments/overcluster/eval_overcluster.py --config_path experiments/overcluster/configs/pascal/neco.yml
For fully unsupervised semantic segmentation, use the command below and set the arguments accordingly. For instance:
python experiments/overcluster/fully_unsup_seg.py --data_dir "" --ckpt_path ""
Please refer to our repository where we have open-sourced the implementation of the original paper:
"Open Hummingbird Eval"
GitHub: vpariza/open-hummingbird-eval