Openghg

Added

- Adds improved `get_obs_surface` behaviour for cloud usage.
- Added shortcut routing for serverless functions, see `openghg.cloud.call_function`. This differentiates between running on the hub or the cloud, where cloud is classed as running within a serverless function environment.
- Added new `running_locally` function in addition to the `running_in_cloud` or `running_on_hub` to allower easier checks with the `openghg.client` functions.

Fixed

- Fix to metadata storage for different sampling period formats
- Fix to `SearchResults` where environment checks were resulting in attemping to access a local object store even though we were in a Hub environment.

Added

- New `openghg.client` functions for our cloud platform. Standardisation, searching and retrieval of data is passed to either the local or cloud function call depending on platform setup.

Fixed

- Extra checks added to reading of emissions NetCDF datasets that have a single time value. Previously an error occurred due to performing a `len` on an unsized object.

Removed

- The `openghg.client.process` functions have been removed. These have been replaced with `openghg.client.standardise` functions.

Changed

- A split in the tutorials for cloud and local platforms. We've updated all the tutorials to better cover the differences in running OpenGHG with different setups.

Added

- Standardise measuremnts taken from many different sources - Tutorial 1 - Adding observation data
- Rank observations to ensure use of the best measurements - Tutorial 2 - Ranking observations
- Compare observations with emissions - Tutorial 3 - Comparing observations to emissions
- Create workflows using high time resolution CO2 data - Tutorial 4 - Working with high time resolution CO2
- Search for data in the OpenGHG data store and create plots to compare measurements - Tutorial 5 - Searching and plotting
- Retrieve and explore NOAA ObsPack data - Tutorial 6 - Exploring the NOAA ObsPack data
- Pull data from the ICOS Carbon Portal and the CEDA archive - Tutorial 7 - Retrieving data from ICOS and CEDA