Hi,
I have trained the NeuS2 model incrementally with three different image datasets using the following process:
- Step 1: Trained
image_data1 using the base NeuS2 model for 3,000 iterations, saving the output files, including the checkpoint file (3000.msgpack).
- Step 2: Trained
image_data2 by loading 3000.msgpack using the --load_snapshot argument in the CLI for another 3,000 iterations, saving the output files, including the checkpoint file (6000.msgpack).
- Step 3: Trained
image_data3 by loading 6000.msgpack using the --load_snapshot argument in the CLI for another 3,000 iterations, saving the output files, including the final checkpoint file (9000.msgpack).
Now, I want to test the model using the 9000.msgpack checkpoint by providing a single image to reconstruct the 3D model.
My Questions:
- What arguments should I pass while running
run.py for testing?
- Does the testing process require any modifications to the script?
If there are specific requirements for testing after incremental fine-tuning, please let me know. Any guidance would be greatly appreciated.
Thanks in advance!
Hi,
I have trained the NeuS2 model incrementally with three different image datasets using the following process:
image_data1using the base NeuS2 model for 3,000 iterations, saving the output files, including the checkpoint file (3000.msgpack).image_data2by loading3000.msgpackusing the--load_snapshotargument in the CLI for another 3,000 iterations, saving the output files, including the checkpoint file (6000.msgpack).image_data3by loading6000.msgpackusing the--load_snapshotargument in the CLI for another 3,000 iterations, saving the output files, including the final checkpoint file (9000.msgpack).Now, I want to test the model using the
9000.msgpackcheckpoint by providing a single image to reconstruct the 3D model.My Questions:
run.pyfor testing?If there are specific requirements for testing after incremental fine-tuning, please let me know. Any guidance would be greatly appreciated.
Thanks in advance!