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Congrats @jmhuiee 👏👏👏👏
So wonderful!!
And for those who may have missed your co authored work -
SegmentGeometry: A Tool for Measuring Second Moment of Area in #3D Slicer
https://t.co/yG9kztCYEa https://t.co/7dul0rdHPn
Geometry: Due to the difference in curvature, it is impossible to accurately map points on a sphere to a 2D plane.
Humans: *Intense thinking*
Humans: I got it
...
Geometry: What the hell are you even trying to do?
Humans: :)
Happy #EarthDay! More than 2000 years ago, the Greek mathematician Eratosthenes found a way to measure the radius of Earth just using shadows, angles, and simple geometry: https://t.co/WhhzNXC4Cr
We love Alan Daniel's style. Check out his work and fall in love with his delicate use of natural, organic forms and geometry: https://t.co/f3MBvIAB1i
#MadeWithWacom Cintiq
M. C. Escher created four patterns using hyperbolic geometry: Circle Limit I-lV. He used for his drawings the Poincaré model for hyperbolic geometry.
https://t.co/R2FofAaaqy
Happy #EarthDay! 🌍💚 You can calculate the radius of Earth just using shadows, angles, and simple geometry: https://t.co/HBfQDueJFU
Cool Animal Geometry: Illustrations by Bruno Silva https://t.co/dl5YtOx2NT #illustrator #design #art #creativity
Animal Geometry: Illustrations by Bruno Silva https://t.co/HZGvqfVxS2
Animal Geometry: Illustrations by Bruno Silva https://t.co/sHe2ApWFGO
#Geometry: Clifford's #Circle Chain Theorems , #mobile #apps #iPad #typography
Details: https://t.co/Xq9hCzfqHD
Dynamic #Geometry: 2nd #Ajima-Malfatti Point, #Tangent #Circles #HTML5 #Animation
To play: https://t.co/gFNsV86DWa
#Dynamic #Geometry: Ajima-Malfatti Point, Tangent #Circles. #HTML5 #animation
To play: https://t.co/vDtpPlmebV
Sacred Geometry: an homage to #monumentvalleygame by artists on https://t.co/tydA5clPFu
Single-pass, smoothed/antialiased edge detection for raymarched geometry: https://t.co/FUrZcxqMPv