@@ -28,24 +28,24 @@ As an example, we can access the :ref:`AdK equilibrium dataset
2828:func: `~MDAnalysisData.adk_equilibrium.fetch_adk_equilibrium `
2929function::
3030
31- >>> from MDAnalysis import datasets
31+ >>> from MDAnalysisData import datasets
3232 >>> adk = datasets.fetch_adk_equilibrium()
3333
3434This will download the dataset from figshare (doi:
3535`10.6084/m9.figshare.5108170.v1
3636<https://doi.org/10.6084/m9.figshare.5108170.v1> `_) and unpack it into
37- a cache directory. This means that only the first time, executing
37+ a cache directory. This means that only the first time executing
3838:func: `~MDAnalysisData.adk_equilibrium.fetch_adk_equilibrium ` will be
39- slow; at later times, the cached files will be used. The the resulting
39+ slow; at later times, the cached files will be used. The resulting
4040:class: `~MDAnalysisData.base.Bunch ` object can be introspected for
4141what this dataset includes. In particular, it features a
4242:attr: `~MDAnalysisData.base.Bunch.DESCR ` attribute with a
4343human-readable description of the dataset::
4444
4545 >>> print(adk.DESCR)
46- ====================================
47- AdK equilibrium trajectory dataset
48- ====================================
46+
47+ AdK equilibrium trajectory dataset
48+ ==================================
4949
5050 MD trajectory of apo adenylate kinase with CHARMM27 force field and
5151 simulated with explicit water and ions in NPT at 300 K and 1
@@ -56,7 +56,6 @@ human-readable description of the dataset::
5656 The topology is contained in the PSF file (CHARMM format). The
5757 trajectory is contained in the DCD file (CHARMM/NAMD format).
5858
59-
6059 Notes
6160 -----
6261
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