Resqpy

This patch fixes a minor bug affecting the property_parts() and property_part() function when facet information is passed without a property kind.

This patch introduces a method to the TetraGrid class to set the cell face handedness attribute based on the geometry. This initial implementation is likely to be slow for grids with a high cell count.

To use the new functionality, call the following method for a new TetraGrid, after setting up its geometry but before writing hdf5 or creating xml:
`TetraGrid.set_cell_face_is_right_handed_from_geometry()`

This minor release improves the behaviour of the GridConnectionSet.append() method and adds a higher level class method – from_gcs_uuid_list() – which merges a list of grid connection sets into a single new grid connection set, optionally merging properties, and optionally creating the new GCS in a different model to the originals.

The PropertyCollection class also gets a new convenience method – add_similar_to_imported_list() – which facilitates a new property to be created by defaulting all the metadata to a copy of the metadata for an existing property, meaning only those metadata items which are different need be specified.

This patch fixes a minor bug involving a deviation survey related to a new trajectory.

This patch enhances the Trajectory and DeviationSurvey initialisation methods:

- priority of Trajectory derivation from a deviation survey is reduced, to allow a related deviation survey to be tagged whilst loading xyz control points from another source (if only a deviation survey is provided, then the control points are derived from it, as before)
- a title and the represented interpretation may now be specified when using the from_data_frame() and from_ascii_file() DeviationSurvey class methods

This change introduces partial support for the parametric line form for storing grid geometry. The functionality added here aims for interoperability with the RESQML features used in RMS exports.

The change has the following limitations:
- the internal python representation is as before (convert on read and write)
- only a constant line kind index of 1 and knot count of 2 is supported (straight lines)
- horizontal or undefined parametric lines will raise an assertion error
- undefined topmost or basal cached points for any pillar will cause failure if writing in parametric line form
- when writing in parametric line form, no check of actual pillar shape is made: calling code can use the Grid.extract_pillar_shape() method if a check is needed

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