Attributes in HDF5 | Pythontic.com
pythontic.com › hdf5 › h5pyOverview: Attributes in HDF5 allow datasets to be self-descriptive. Any metadata that describe the datasets and groups can be attached to groups and datasets of HDF5 through attributes. In h5py, both the Group and Dataset objects have the python attribute attrs through which attributes can be ...
Datasets — h5py 3.5.0 documentation
https://docs.h5py.org/en/stable/high/dataset.htmlThey are represented in h5py by a thin proxy class which supports familiar NumPy operations like slicing, along with a variety of descriptive attributes: shape attribute size attribute ndim attribute dtype attribute nbytes attribute h5py supports most NumPy dtypes, and uses the same character codes (e.g. 'f', 'i8') and dtype machinery as Numpy .
HDF5 for Python - h5py
www.h5py.orgH5py uses straightforward NumPy and Python metaphors, like dictionary and NumPy array syntax. For example, you can iterate over datasets in a file, or check out the .shape or .dtype attributes of datasets. You don't need to know anything special about HDF5 to get started .
Attributes in HDF5 | Pythontic.com
https://pythontic.com/hdf5/h5py/attributesH5py Attributes Overview: Attributes in HDF5 allow datasets to be self-descriptive. Any metadata that describe the datasets and groups can be attached to groups and datasets of HDF5 through attributes. In h5py, both the Group and Dataset objects have the python attribute attrs through which attributes can be stored.
Attributes — h5py 3.5.0 documentation
docs.h5py.org › en › stableAttributes — h5py 3.5.0 documentation Attributes ¶ Attributes are a critical part of what makes HDF5 a “self-describing” format. They are small named pieces of data attached directly to Group and Dataset objects. This is the official way to store metadata in HDF5. Each Group or Dataset has a small proxy object attached to it, at <obj>.attrs.
Quick Start Guide — h5py 3.5.0 documentation
https://docs.h5py.org/en/stable/quick.htmlAttributes¶. One of the best features of HDF5 is that you can store metadata right next to the data it describes. All groups and datasets support attached named bits of data called attributes.. Attributes are accessed through the attrs proxy object, which again implements the dictionary interface: >>> dset. attrs ['temperature'] = 99.5 >>> dset. attrs ['temperature'] 99.5 >>> …
Attributes — h5py 3.5.0 documentation
https://docs.h5py.org/en/stable/high/attr.htmlAttributes — h5py 3.5.0 documentation Attributes ¶ Attributes are a critical part of what makes HDF5 a “self-describing” format. They are small named pieces of data attached directly to Group and Dataset objects. This is the official way to store metadata in HDF5. Each Group or Dataset has a small proxy object attached to it, at <obj>.attrs.
Quick Start Guide — h5py 3.5.0 documentation
docs.h5py.org › en › stableAttributes¶ One of the best features of HDF5 is that you can store metadata right next to the data it describes. All groups and datasets support attached named bits of data called attributes. Attributes are accessed through the attrs proxy object, which again implements the dictionary interface: