docker build -f dkr-model -t dkr-model .
docker run -it --gpus all -v$PWD/files:/files -v /mnt:/mnt dkr-model /bin/bash
docker run -it --gpus all -v$PWD/files:/files -v /mnt:/mnt -p 8886:8888 dkr-model /bin/bash
to go into running container
docker exec -it /bin/bash
jupyter notebook --allow-root --ip=0.0.0.0
32 2d single model (lung first)
34 2d single model (lung middle, same order as planned)
only lung has ones
36 2d single model (no lung, removed from middle)
only cord has ones
37 3d single model for heart - dice
39 tversky focal loss - heart
40 tversky focal loss 1/gamma - heart
44 ctv tversky focal loss 1/gamma
53 gtv - tversky focal loss 1/gamma
54 gtv - bbox distance loss
55 gtv maastro without generator, weighted_dice_coefficient_loss
56 gtv maastro with crop/rotate, weighted_dice_coefficient_loss
57 gtv maastro with crop/rotate/blur, weighted_dice_coefficient_loss
#60-89 different loss functions at 3 lrs
103 - focal-tversky-loss-0.0005
105 - focal-tversky-loss-lr (bad) (0.5, 5)
106 - focal-tversky-loss-lr-tight (0.8, 20)
107 - focal-tversky-loss-lr-tight-2 (0.8, 12)
108 - focal-tversky-loss-lr-tight-2-affine (0.8, 12) adds affine trans
109 - focal-tversky-loss-0.0005-augment (like 103 with affine and elastic, and more epochs) - multi(average) and single
110 - like 109 but with train on harvard-rt only - multi(average) and single
111 - like 109 but with train on maastro only - multi(average) and single (only did single for now, need plotting)
112, take model from 111 and train all layes on harvard-rt (only did single for now)
NOTEs:
compare 45 to 50
then 50 to 51