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How to produce KITTI-360 test predictions ? #30

@Tommydied

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@Tommydied

My current input is:

I_GPU=0

DATA_ROOT="./directory"                        # set your dataset root directory, where the data was/will be downloaded
EXP_NAME="My_awesome_KITTI-360_experiment"                              # whatever suits your needs
TASK="segmentation"
MODELS_CONFIG="${TASK}/sparseconv3d"                                    # family of 3D-only models using the sparseconv3d backbone
MODEL_NAME="Res16UNet34"                                                # specific model name
DATASET_CONFIG="${TASK}/kitti360-sparse"
TRAINING="kitti360_benchmark/sparseconv3d"                              # training configuration for discriminative learning rate on the model
EPOCHS=60
CYLINDERS_PER_EPOCH=12000                                               # roughly speaking, 40 cylinders per window
TRAINVAL=False                                                          # True to train on Train+Val (eg before submission)
MINI=False                                                              # True to train on mini version of KITTI-360 (eg to debug)
BATCH_SIZE=6                                             # 4 fits in a 32G V100. Can be increased at inference time, of course
WORKERS=0                                                         # adapt to your machine
BASE_LR=0.1                                                             # initial learning rate
LR_SCHEDULER='multi_step_kitti360' # learning rate scheduler for 60 epochs
EVAL_FREQUENCY=5                                                        # frequency at which metrics will be computed on Val. The less the faster the training but the less points on your validation curves
SUBMISSION=False                                                        # True if you want to generate files for a submission to the KITTI-360 3D semantic segmentation benchmark
CHECKPOINT_DIR="/home/Deep"                                                       # optional path to an already-existing checkpoint. If provided, the training will resume where it was left
export SPARSE_BACKEND=torchsparse

The code only ran "train" and "val" in the end. I would like to inquire about how to execute the "test" phase. Is there something missing or incorrect in my input?

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