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Index

_ | A | C | D | E | F | I | L | N | P | R | S | T | V | X | Y

_

__version__ (in module planar)
__versioninfo__ (in module planar)

A

Affine
(class in planar)
affine transform class
almost_equals() (planar.Affine method)
(planar.Seq2 method)
(planar.Vec2 method)
(planar.Vec2Array method)
angle (planar.Vec2 attribute)
angle_to() (planar.Vec2 method)
append() (planar.Vec2Array method)

C

clamp() (planar.Vec2Array method)
clamped() (planar.Vec2 method)
(planar.Vec2Array method)
column_vectors (planar.Affine attribute)
cross() (planar.Vec2 method)

D

determinant (planar.Affine attribute)
distance_to() (planar.Vec2 method)
dot() (planar.Vec2 method)

E

EPSILON (in module planar)
EPSILON2 (in module planar)
extend() (planar.Vec2Array method)

F

from_points() (planar.Seq2 class method)
(planar.Vec2Array class method)

I

identity() (planar.Affine class method)
insert() (planar.Vec2Array method)
is_conformal (planar.Affine attribute)
is_degenerate (planar.Affine attribute)
is_identity (planar.Affine attribute)
is_null (planar.Vec2 attribute)
is_orthonormal (planar.Affine attribute)
is_rectilinear (planar.Affine attribute)
itransform() (planar.Affine method)

L

length (planar.Vec2 attribute)
length2 (planar.Vec2 attribute)
lerp() (planar.Vec2 method)
longest() (planar.Vec2Array method)

N

normalize() (planar.Vec2Array method)
normalized() (planar.Vec2 method)
(planar.Vec2Array method)

P

perpendicular() (planar.Vec2 method)
planar (module)
planar.Point (built-in class)
Point
polar() (planar.Vec2 class method)
project() (planar.Vec2 method)

R

reflect() (planar.Vec2 method)
rotated() (planar.Vec2 method)
rotation() (planar.Affine class method)

S

scale() (planar.Affine class method)
scaled_to() (planar.Vec2 method)
Seq2
(class in planar)
set_epsilon() (in module planar)
shear() (planar.Affine class method)
shortest() (planar.Vec2Array method)

T

translation() (planar.Affine class method)

V

Vec2
(class in planar)
Vec2Array
(class in planar)
Vector array class
vector class
Vector sequence base class

X

x (planar.Vec2 attribute)

Y

y (planar.Vec2 attribute)