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aras62 avatar aras62 commented on June 23, 2024

Hi There,

Thanks for using our dataset. To answer your questions:

1- For the trajectory stream of the code we used the bounding box coordinates which only contain the pedestrians because no visual features were used. We used the context bboxes only for intention stream.

2- Normalization was done by subtracting the first bbox coordinates in sequences from the rest of bboxes in the given sequence.
e.g.
seq = [bbox_0, bbox_1, bbox_2, ...., bbox_n]
bbox_1_norm = bbox_1 - bbox_0
bbox_2_norm = bbox_2 - bbox_0
....
seq_norm = [bbox_1_norm, ...., bbox_n_norm]

You can consider the normalization as converting the coordinates to velocity. Since the first bbox is always zero, it is omitted.

I hope my answer helps,

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stratomaster31 avatar stratomaster31 commented on June 23, 2024

Oh, thanks, it is of great help! So, for a sequence of 15 detections, only 14 bboxes are fed to the PIEIntent decoder (omitting the bbox0)? The problem is that model.h5 for PIEIntent expects a decoder_input of shape (15,4)

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aras62 avatar aras62 commented on June 23, 2024

Correct

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stratomaster31 avatar stratomaster31 commented on June 23, 2024

The problem is that model.h5 for PIEIntent expects a decoder_input of shape (15,4)

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aras62 avatar aras62 commented on June 23, 2024

Normalization is only done for trajectory module. O_intent gets the coordinates as is so it is 15,4

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stratomaster31 avatar stratomaster31 commented on June 23, 2024

Ok then, then for PIEIntent no normalization is performed?

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aras62 avatar aras62 commented on June 23, 2024

correct

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stratomaster31 avatar stratomaster31 commented on June 23, 2024

Thank you very much for your responses and your great work!

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