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run_dcne.sh
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run_dcne.sh
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python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 3 --skip_downsample
python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 7 --skip_downsample
python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 10 --skip_downsample
python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 3 --skip_downsample
python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 7 --skip_downsample
python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 10 --skip_downsample
python feature_clusters.py --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 10 --skip_downsample
## SWEEP NUM COMPONENTS
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 25 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 50 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 100 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 150 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 200 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp --reduction_method cpu_nmf --num_components 250 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 25 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 50 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 100 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 150 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 200 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_300 --reduction_method cpu_nmf --num_components 250 --skip_downsample
## SWEEP BASE SIZE
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_10 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_50 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_100 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_150 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_200 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python reduce_num_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_250 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_10 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_50 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_100 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_150 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_200 --reduction_method cpu_nmf --num_components 10 --skip_downsample
#python score_explanations.py --exp_name resnet34_CUB_expert --explanation_method zennit_crp_250 --reduction_method cpu_nmf --num_components 10 --skip_downsample