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To avoid 2 records for a level, in a borehole, we must use lithology and colour as fields in the table, not as key, value

create a geometry (vertices, segments) by retrieving top and base positions from intervals included in a striplog object

make the documentation with readthedocs theme (example)

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A good README should include several sections as stated in this document

Look at the available code (in python files '.py' and jupyter notebooks '.ipynb') to understand what it is used for and check if this is properly explained in the documentation. Make suggestions of improvements.

Create a primary key and foreign key for the boreholes data

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build a class for boreholes implementation

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• try to represent each interval in striplog by pyvista.cylinder object

• texture the cylinder with a rock (component) image

• pile up all the cylinders to form a 3D borehole

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In the loop where data are read and placed into a drill object, components must also be added automatically.
To do this, the component dictionary must be used to find out which components are located in each interval and then add them manually using the indexes of the dictionnary.

Exploring possibilities of Geopandas to display boreholes localisation on 2D maps

The class Interval has to be improve by introducing the attributes "top" and "base" which are objects belonging to a new class "Position".
In this new class, the user will introduce the upper, "middle" and "top" values relative to the "top" or "base" object.

Data structure

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It will be a part of the documentation because it allows to understand the functions define in utils.

At the end, create methods with all the necessary functions (read function, add function, etc.) created in the notebook in the class borehole to implement a real object-oriented approach.

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make a 3D representation of data with striplogs created

Additional features wanted:

• Add a title and the scale on the striplog representation;
• Represent in the legend only the observed lithologies.

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This one has been closed because another issue is created in Review the table of contents of the documentation

Relative paths are important because it allows any user to compile the notebook without specifying his personal path.
Some notebook already implement relative path, as example, this one.
Use the same idea.

add time dimension

We need to implement a mechanism to update the borehole field in the Intervals table.

Identify key operations to learn in ORM and learn how to implement them with sqlalchemy

In the boreholes files, the last information for each bh must be colour and not color, in order to be accorded to Striplog.

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