Index

_

__init__ (Box2 attribute) (ClipLine attribute) (ClipResult attribute) (ConvPoly2 attribute) (Segment2 attribute) (Shape2 attribute) (Tri2 attribute) (V2 attribute)

__new__() (Box2 static method) (ClipLine method) (ClipResult static method) (ConvPoly2 static method) (Segment2 method) (Shape2 method) (Tri2 static method) (V2 method)

A

a (ClipLine attribute) (Segment2 attribute)

B

b (ClipLine attribute) (Segment2 attribute) bbox (Box2 attribute) (ConvPoly2 attribute) (Tri2 attribute)

Box2 (class in codeviking.math.geom2d) bump() (in module codeviking.math.primitives)

C

clamp() (in module codeviking.math.primitives) clamp01() (in module codeviking.math.primitives) ClipLine (class in codeviking.math.geom2d) ClipResult (class in codeviking.math.geom2d) codeviking.math.comparisons (module) codeviking.math.ease (module)

codeviking.math.functions (module) codeviking.math.geom2d (module) codeviking.math.linalg (module) codeviking.math.primitives (module) ConvPoly2 (class in codeviking.math.geom2d) count() (Box2 method) (ClipLine method) (ClipResult method) (ConvPoly2 method) (Segment2 method) (Tri2 method) (V2 method)

D

dot() (V2 method)

E

empty (Box2 attribute)

expand() (Box2 method)

I

i (ClipResult attribute) in_circ() (in module codeviking.math.ease) in_exp() (in module codeviking.math.ease) in_out_circ() (in module codeviking.math.ease) in_out_exp() (in module codeviking.math.ease) in_out_p2() (in module codeviking.math.ease) in_out_p3() (in module codeviking.math.ease) in_out_p4() (in module codeviking.math.ease) in_out_p5() (in module codeviking.math.ease) in_out_sin() (in module codeviking.math.ease)

in_p2() (in module codeviking.math.ease) in_p3() (in module codeviking.math.ease) in_p4() (in module codeviking.math.ease) in_p5() (in module codeviking.math.ease) in_sin() (in module codeviking.math.ease) index() (Box2 method) (ClipLine method) (ClipResult method) (ConvPoly2 method) (Segment2 method) (Tri2 method) (V2 method) intersect() (Segment2 method) intersection() (Box2 method) intersects() (Box2 method) is_empty (Box2 attribute)

L

ldot() (V2 method) length (V2 attribute)

linear() (in module codeviking.math.ease) lnormal (V2 attribute)

M

make_absolute_equals() (in module codeviking.math.comparisons) make_bump_func() (in module codeviking.math.functions) make_clamp() (in module codeviking.math.functions) make_equals() (in module codeviking.math.comparisons) make_interval_func() (in module codeviking.math.functions) make_map_from_01() (in module codeviking.math.functions) make_map_from_01c() (in module codeviking.math.functions) make_map_to_01() (in module codeviking.math.functions) make_map_to_01c() (in module codeviking.math.functions)

make_mix() (in module codeviking.math.functions) make_rect_func() (in module codeviking.math.functions) make_relative_equals() (in module codeviking.math.comparisons) make_seq_equals() (in module codeviking.math.comparisons) make_smooth_step() (in module codeviking.math.functions) make_step() (in module codeviking.math.functions) make_triangle_func() (in module codeviking.math.functions) min_max() (in module codeviking.math.functions)

N

n (ClipLine attribute) n0 (Tri2 attribute)

n1 (Tri2 attribute) n2 (Tri2 attribute)

O

onorms (ConvPoly2 attribute), [1] out_circ() (in module codeviking.math.ease) out_exp() (in module codeviking.math.ease) out_p2() (in module codeviking.math.ease)

out_p3() (in module codeviking.math.ease) out_p4() (in module codeviking.math.ease) out_p5() (in module codeviking.math.ease) out_sin() (in module codeviking.math.ease)

P

piecewise_func1() (in module codeviking.math.functions) piecewise_func2() (in module codeviking.math.functions)

point() (Segment2 method)

R

rdot() (V2 method) rect() (in module codeviking.math.primitives)

rnormal (V2 attribute)

S

sa (ClipResult attribute) sb (ClipResult attribute) Segment2 (class in codeviking.math.geom2d) segments (ConvPoly2 attribute) Shape2 (class in codeviking.math.geom2d)

side() (Segment2 method) smooth010() (in module codeviking.math.primitives) smooth101() (in module codeviking.math.primitives) smooth_step_down() (in module codeviking.math.primitives) smooth_step_up() (in module codeviking.math.primitives)

T

Tri2 (class in codeviking.math.geom2d)

tridiag_solve() (in module codeviking.math.linalg)

U

unit (V2 attribute)

V

v (Segment2 attribute) v0 (Tri2 attribute) v1 (Tri2 attribute) V2 (class in codeviking.math.geom2d)

v2 (Tri2 attribute) vertex() (ConvPoly2 method) vertices (ConvPoly2 attribute), [1]

W

wrap_to_centered_interval() (in module codeviking.math.primitives)

wrap_to_interval() (in module codeviking.math.primitives)

X

x (V2 attribute)

xr (Box2 attribute)

Y

y (V2 attribute)

yr (Box2 attribute)