IMG_20210312_083137.jpg
IMG_20210312_083146.jpg
IMG_20210312_083154.jpg
IMG_20240423_095828.jpg
IMG_20240423_095837.jpg
IMG_20240423_095855.jpg
IMG_20210312_083137.jpg
IMG_20210312_083146.jpg
IMG_20210312_083154.jpg
IMG_20240423_095828.jpg
IMG_20240423_095837.jpg
IMG_20240423_095855.jpg

Pisot surface

$100.00

Geometric sculpture of triaxial mathematical surface discovered by Charles Pisot. Carved from Spalted Maple. (artistic expression). Surface described by parametric equation:

x = 0.655866*cos(1.03002 + u)*(2 + cos(v))

y = 0.754878*cos(1.40772 - u)*(2 + 0.868837 cos(2.43773 + v))

z = 0.868837*cos(2.43773 + u)*(2 + 0.495098 cos(0.377696 - v))

0 <= u <= 2 pi, 0 <= v <= 2 pi

Size: diameter - 100 mm, height - 32 mm
Color:
Add To Cart

Geometric sculpture of triaxial mathematical surface discovered by Charles Pisot. Carved from Spalted Maple. (artistic expression). Surface described by parametric equation:

x = 0.655866*cos(1.03002 + u)*(2 + cos(v))

y = 0.754878*cos(1.40772 - u)*(2 + 0.868837 cos(2.43773 + v))

z = 0.868837*cos(2.43773 + u)*(2 + 0.495098 cos(0.377696 - v))

0 <= u <= 2 pi, 0 <= v <= 2 pi

Size: diameter - 100 mm, height - 32 mm

Geometric sculpture of triaxial mathematical surface discovered by Charles Pisot. Carved from Spalted Maple. (artistic expression). Surface described by parametric equation:

x = 0.655866*cos(1.03002 + u)*(2 + cos(v))

y = 0.754878*cos(1.40772 - u)*(2 + 0.868837 cos(2.43773 + v))

z = 0.868837*cos(2.43773 + u)*(2 + 0.495098 cos(0.377696 - v))

0 <= u <= 2 pi, 0 <= v <= 2 pi

Size: diameter - 100 mm, height - 32 mm