def create_surface_points(create_surfaces, create_series):
# # Data
# #### SurfacePoints
# These two DataFrames (df from now on) will contain the individual information of each point at an interface or
# orientation. Some properties of this table are mapped from the *df* below.
surfaces = create_surfaces
surface_points = gp.SurfacePoints(surfaces)
print(surface_points)
surface_points.set_surface_points(pn.DataFrame(np.random.rand(
6, 3)), ['foo', 'foo5', 'lala', 'foo5', 'lala', 'feeeee'])
print(surface_points)
surface_points.map_data_from_surfaces(surfaces, 'series')
print(surface_points)
surface_points.map_data_from_surfaces(surfaces, 'id')
print(surface_points)
surface_points.map_data_from_series(create_series, 'order_series')
print(surface_points)
surface_points.sort_table()
print(surface_points)
return surface_points
def test_read_surface_points():
surface_points = gp.SurfacePoints()
surface_points.read_surface_points(os.pardir + "/input_data/FabLessPoints_Points.csv", inplace=True)
# Test setting series
series = gp.Series(series_distribution={"fault": 'MainFault',
"Rest": ('SecondaryReservoir', 'Seal3', 'Reservoir', 'Overlying'),
})
surface_points.map_data_from_series(series, 'id')
return surface_points