Resqpy

This patch adds support for the 'volume per time' (ie. fluid flow rate) quantity class to the weights and measures function which identifies the units of measure which Nexus expects for a given quantity class.

Nexus is a trademark of Halliburton.

This patch adds a sample argument to the olio.triangulation.reorient() function. The argument can be used to set a sample size to use when determining the normal vector for a surface with many points. It defaults to 500. Set to None to use all points in the normal determination.

This patch changes the default algorithm used by the olio.triangulation.reorient() function to be the numpy linear algebra svd function. The alternative fast approximate algorithm has been found to fail badly for surfaces with a normal vector direction close to (1.0, 1.0, 0.0). (The fast approximate mode was designed primarily for working with horizon surfaces at modest dips, for which it remains suitable.)

The change will increase computation time when reorienting surfaces with large numbers of points. The intention is to re-engineer a better fast approximate algorithm which will become the default when operational.

This release corrects the built-in Darcy constant used when working in metric units. Previously, for grids using a crs with xy & z units in metres, the transmissibilities calculated by resqpy were 100 times too great for the stated units of measure. (Another way of viewing the error is that the values had an actual uom of m3.cP/(bar.d) whilst the uom stored in extra metadata was m3.cP/(kPa.d)).

Apologies for the error.

This patch improves the BlockedWell dataframe() method's use of properties. In particular when some properties are for a specific time index and others are static, the method will now attempt to find the appropriate property.

This patch introduces a new Model method: parts_count_dict()

There are also some small changes to the property kind for non Darcy flow coefficient properties.