Index

A

add_stuff() (openglider.vector.Vectorlist2D method) align() (openglider.glider.ribs.Rib method) Amount (openglider.glider.ballooning.Ballooning attribute) amount_integral() (openglider.glider.ballooning.Ballooning method) amount_maximal() (openglider.glider.ballooning.Ballooning method) amount_set() (openglider.glider.ballooning.Ballooning method)

aoa_absolute (openglider.glider.ribs.Rib attribute) aoa_relative (openglider.glider.ribs.Rib attribute) area (openglider.glider.cells.Cell attribute) (openglider.glider.glider.Glider attribute) arrtype() (in module openglider.vector) aspect_ratio (openglider.glider.cells.Cell attribute) (openglider.glider.glider.Glider attribute)

B

Ballooning (class in openglider.glider.ballooning) ballooning_cos_phi (openglider.glider.cells.BasicCell attribute) ballooning_phi (openglider.glider.cells.Cell attribute) ballooning_radius (openglider.glider.cells.BasicCell attribute)

BallooningBezier (class in openglider.glider.ballooning) BasicCell (class in openglider.glider.cells) BezierCurve (class in openglider.utils.bezier)

C

c_mul() (in module openglider.utils.cached_property) cached_property() (in module openglider.utils.cached_property) Cell (class in openglider.glider.cells) centerpoint (openglider.vector.Polygon2D attribute) check() (openglider.vector.Vectorlist2D method) close() (openglider.vector.Polygon2D method) close_rib() (openglider.glider.glider.Glider method) contains_point() (openglider.vector.Polygon2D method)

controlpoints (openglider.utils.bezier.BezierCurve attribute) copy() (openglider.glider.ballooning.Ballooning method) (openglider.glider.glider.Glider method) (openglider.glider.ribs.Rib method) (openglider.vector.HashedList method) copy_complete() (openglider.glider.glider.Glider method) cross() (in module openglider.plots.marks) cut() (in module openglider.vector) (openglider.vector.Vectorlist2D method) cut_1() (in module openglider.plots.cuts) cut_2() (in module openglider.plots.cuts) cut_3() (in module openglider.plots.cuts)

D

data (openglider.vector.HashedList attribute) depth() (in module openglider.vector)

DiagonalRib (class in openglider.glider.cell_elements)

E

export_3d() (openglider.glider.glider.Glider method) export_apame() (in module openglider.glider.in_out.export_3d) export_dxf() (in module openglider.glider.in_out.export_3d) export_geometry() (openglider.glider.glider.Glider method)

export_json() (in module openglider.glider.in_out.export_3d) export_obj() (in module openglider.glider.in_out.export_3d) extend() (openglider.vector.Vectorlist method)

F

fit() (openglider.utils.bezier.BezierCurve method) flatten_glider() (in module openglider.plots) flatten_list() (in module openglider.plots.projection)

flattened_cell() (in module openglider.plots) function() (openglider.glider.ribs.MiniRib method)

G

get() (openglider.vector.Vectorlist method) get_3d() (openglider.glider.cell_elements.DiagonalRib method) (openglider.glider.cell_elements.Panel method) (openglider.glider.rib_elements.GibusArcs method) (openglider.glider.rib_elements.RibHole method) (openglider.glider.rib_elements.RigidFoil method) get_flattened() (openglider.glider.cell_elements.DiagonalRib method) (openglider.glider.cell_elements.Panel method) (openglider.glider.cell_elements.TensionStrapSimple method) (openglider.glider.rib_elements.GibusArcs method) (openglider.glider.rib_elements.RibHole method) (openglider.glider.rib_elements.RigidFoil method) get_length() (openglider.glider.rib_elements.RigidFoil method) (openglider.vector.Vectorlist method)

get_midrib() (openglider.glider.glider.Glider method) get_spanwise() (openglider.glider.glider.Glider method) GibusArcs (class in openglider.glider.rib_elements) Glider (class in openglider.glider.glider)

H

hash_attributes() (in module openglider.utils.cached_property) HashedList (class in openglider.vector)

HashedObject (class in openglider.utils.cached_property) hashlist (openglider.glider.ribs.Rib attribute) (openglider.utils.cached_property.HashedObject attribute)

I

import_geometry() (openglider.glider.glider.Glider method) import_json() (in module openglider.glider.in_out.import_3d) import_ods() (in module openglider.glider.in_out.import_geometry) import_xls() (in module openglider.glider.in_out.import_geometry)

interpolate_asinc() (in module openglider.glider.ballooning) interpolation() (openglider.utils.bezier.BezierCurve method) isclosed (openglider.vector.Polygon2D attribute)

L

line() (in module openglider.plots.marks)

M

mapx() (openglider.glider.ballooning.Ballooning method) merge() (in module openglider.glider.in_out.import_geometry) midrib() (openglider.glider.cells.Cell method) midrib_basic_cell() (openglider.glider.cells.BasicCell method)

MiniRib (class in openglider.glider.ribs) mirror() (openglider.glider.glider.Glider method) (openglider.glider.ribs.Rib method) Mylar (class in openglider.glider.rib_elements)

N

norm() (in module openglider.vector) norm_squared() (in module openglider.vector) normalize() (in module openglider.vector)

normvectors (openglider.glider.cells.BasicCell attribute) (openglider.glider.ribs.Rib attribute) (openglider.vector.Vectorlist2D attribute) Numpoints (openglider.glider.ballooning.BallooningBezier attribute) numpoints (openglider.glider.glider.Glider attribute) (openglider.utils.bezier.BezierCurve attribute)

O

openglider (module) openglider.airfoil (module) openglider.glider (module) openglider.glider.ballooning (module) openglider.glider.cell_elements (module) openglider.glider.cells (module) openglider.glider.glider (module) openglider.glider.in_out (module) openglider.glider.in_out.export_3d (module) openglider.glider.in_out.import_3d (module) openglider.glider.in_out.import_geometry (module)

openglider.glider.rib_elements (module) openglider.glider.ribs (module) openglider.plots (module) openglider.plots.cuts (module) openglider.plots.marks (module) openglider.plots.projection (module) openglider.utils (module) openglider.utils.bezier (module) openglider.utils.cached_property (module) openglider.vector (module)

P

Panel (class in openglider.glider.cell_elements) phi() (openglider.glider.ballooning.Ballooning static method) point() (openglider.glider.cells.Cell method) (openglider.vector.Vectorlist method) point2d() (in module openglider.plots.projection)

point_basic_cell() (openglider.glider.cells.BasicCell method) polygon() (in module openglider.plots.marks) Polygon2D (class in openglider.vector) profile_3d (openglider.glider.ribs.Rib attribute)

R

rangefrom() (in module openglider.vector) rec_getattr() (in module openglider.utils.cached_property) recalc() (openglider.glider.cells.BasicCell method) (openglider.glider.cells.Cell method) (openglider.glider.glider.Glider method) (openglider.glider.ribs.Rib method) (openglider.vector.Vectorlist2D method) return_polygons() (openglider.glider.glider.Glider method) return_ribs() (openglider.glider.glider.Glider method) Rib (class in openglider.glider.ribs) RibHole (class in openglider.glider.rib_elements)

ribs (openglider.glider.cells.Cell attribute) (openglider.glider.glider.Glider attribute) RigidFoil (class in openglider.glider.rib_elements) rotate() (openglider.vector.Vectorlist2D method) rotation_2d() (in module openglider.vector) rotation_3d() (in module openglider.vector) rotation_matrix (openglider.glider.ribs.Rib attribute) rotation_rib() (in module openglider.glider.ribs)

S

scale() (openglider.glider.glider.Glider method) shape (openglider.glider.glider.Glider attribute) shift() (openglider.vector.Vectorlist2D method)

sign() (in module openglider.utils) span (openglider.glider.cells.Cell attribute) (openglider.glider.glider.Glider attribute)

T

TensionStrapSimple (class in openglider.glider.cell_elements) test (class in openglider.utils.cached_property)

transpose_columns() (in module openglider.glider.in_out.import_geometry) triangle() (in module openglider.plots.marks)

V

Vectorlist (class in openglider.vector)

Vectorlist2D (class in openglider.vector)

X

x_values (openglider.glider.glider.Glider attribute)

xpoint() (openglider.utils.bezier.BezierCurve method)

Y

ypoint() (openglider.utils.bezier.BezierCurve method)