openglider.glider.in_out package¶
Submodules¶
openglider.glider.in_out.Excel module¶
openglider.glider.in_out.export_3d module¶
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openglider.glider.in_out.export_3d.export_apame(glider, path='', midribs=0, numpoints=None, *other)[source]¶
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openglider.glider.in_out.export_3d.export_dxf(glider, path='', midribs=0, numpoints=None, *other)[source]¶
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openglider.glider.in_out.export_3d.export_json(glider, path, numpoints, midribs=0, wake_panels=1, wake_length=0.2, *other)[source]¶ export json geometry file for panelmethod calculation
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openglider.glider.in_out.export_3d.export_obj(glider, path, midribs=0, numpoints=None, floatnum=6, copy=True)[source]¶
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openglider.glider.in_out.export_3d.paraBEM_Panels(glider, midribs=0, profile_numpoints=None, num_average=0, symmetric=False, distribution=None)[source]¶ return the vertices, panels and the trailing edge of a glider, as paraBEM objects.
- midribs: midribs of a cell spanwise. if num_average is greater then
- 0 ballooning will be disables
profile_numpoints: coordinates of every rib, choordwise num_average: steps to average a cell profile symmetric: set to True if a symmetric result is expected (this will
reduce evaluation time)
openglider.glider.in_out.import_3d module¶
openglider.glider.in_out.import_geometry module¶
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openglider.glider.in_out.import_geometry.read_elements(sheet, keyword, len_data=2)[source]¶ Return rib/cell_no for the element + data