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@ -3,7 +3,7 @@ import numpy as np # type: ignore |
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import warnings |
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def get_unwanted_bytes_ids(self, image_group_data, image_data_start, height, width): |
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def get_unwanted_bytes_ids(image_group_data, image_data_start, height, width): |
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# Check if the byte array size conforms to the image axes size. If not, check |
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# that the number of unexpected (unwanted) bytes is a multiple of the number of |
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# rows (height), as the same unmber of unwanted bytes is expected to be |
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@ -13,6 +13,7 @@ def get_unwanted_bytes_ids(self, image_group_data, image_data_start, height, wid |
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n_unwanted_bytes = (len(image_group_data[image_data_start:])) % (height * width) |
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if not n_unwanted_bytes: |
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return np.arange(0) |
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print(n_unwanted_bytes) |
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assert 0 == n_unwanted_bytes % height, ( |
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"An unexpected number of extra bytes was encountered based on the expected" |
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+ " frame size, therefore the file could not be parsed." |
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@ -24,7 +25,7 @@ def get_unwanted_bytes_ids(self, image_group_data, image_data_start, height, wid |
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) |
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def remove_bytes_by_id(self, byte_ids, image_group_data, height): |
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def remove_bytes_by_id(byte_ids, image_group_data, height): |
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# Remove bytes by ID. |
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bytes_per_row = len(byte_ids) // height |
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warnings.warn( |
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