Documentation outdated

[fandreuz]

It looks like the documentation has not been updated to match the last modifications. The docstrings are updated:

BladeX/bladex/blade.py

Lines 930 to 972 in 905eb8f

	def generate_stl(self, upper_face=None,
	lower_face=None,
	tip=None,
	root=None,
	max_deg=1,
	display=False,
	errors=None):
	"""
	Generate and export the .STL files for upper face, lower face, tip
	and root. This method requires PythonOCC (7.4.0) to be installed.
	:param string upper_face: if string is passed then the method generates
	the blade upper surface using the BRepOffsetAPI_ThruSections
	algorithm, then exports the generated CAD into .stl file holding
	the name <upper_face_string>.stl. Default value is None
	:param string lower_face: if string is passed then the method generates
	the blade lower surface using the BRepOffsetAPI_ThruSections
	algorithm, then exports the generated CAD into .stl file holding
	the name <lower_face_string>.stl. Default value is None
	:param string tip: if string is passed then the method generates
	the blade tip using the BRepOffsetAPI_ThruSections algorithm
	in order to close the blade at the tip, then exports the generated
	CAD into .stl file holding the name <tip_string>.stl.
	Default value is None
	:param string root: if string is passed then the method generates
	the blade root using the BRepOffsetAPI_ThruSections algorithm
	in order to close the blade at the root, then exports the generated
	CAD into .stl file holding the name <tip_string>.stl.
	Default value is None
	:param int max_deg: Define the maximal U degree of generated surface.
	Default value is 1
	:param bool display: if True, then display the generated CAD. Default
	value is False
	:param string errors: if string is passed then the method writes out
	the distances between each discrete point used to construct the
	blade and the nearest point on the CAD that is perpendicular to
	that point. Default value is None
	We note that the blade object must have its radial sections be arranged
	in order from the blade root to the blade tip, so that generate_stl
	method can build the CAD surface that passes through the corresponding
	airfoils. Also to be able to identify and close the blade tip and root.
	"""

but the generated HTML file aren't (https://mathlab.github.io/BladeX/_summaries/bladex.blade.Blade.generate_stl.html).