Knitted structures formulae

Content

Knitted Structures formulae.png

t_{m a x} = 2

x (t) = 100 t

y (t) = 34 \sin (4 t)

z (t) = 13 \sin (8 t)

t_{m a x} = 3

x (t) = 10.5 t + 2 \arctan (\sin (t π))

y (t) = 2 \sin (t π)

z (t) = 0

t_{m a x} = 2

x (t) = 25 \sin (2 t π) + 50 t

y (t) = - 70 \cos (t π)

z (t) = 0

t_{m a x} = 3

x (t) = 10.5 t + 2 \arctan (\sin (t π))

y (t) = 2 \sin (t π)

z (t) = 0

t_{m a x} = 8

x (t) = (100 + 4 \arctan (\cos (3.6 t π))) \cos (t π / 3.75)

y (t) = 2 t

z (t) = (100 + 4 \arctan (\cos (3.6 t π))) \cos (t π / 3.75)