Does anyone know the equations of the cards suits?

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SUMMARY

The discussion centers on the search for Cartesian or parametric equations for the suits of playing cards, specifically hearts, diamonds, clubs, and spades. A link to a heart curve equation is provided, but the user, Americo, expresses a need for similar equations for the other suits. The conversation highlights the challenge of finding these specific mathematical representations and suggests that users may need to create their own equations for the remaining suits.

PREREQUISITES
  • Understanding of Cartesian and parametric equations
  • Familiarity with mathematical modeling of shapes
  • Basic knowledge of the geometry of playing card suits
  • Experience with mathematical software or programming for curve generation
NEXT STEPS
  • Research Cartesian equations for geometric shapes
  • Explore parametric equations in mathematical modeling
  • Investigate software tools for curve plotting, such as GeoGebra
  • Learn about custom equation creation for specific shapes
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Mathematicians, educators, graphic designers, and anyone interested in mathematical representations of playing card suits.

americo
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I'm looking for the equations of the cards suits.

This link below presents some equations for the heart curve
http://www.mathematische-basteleien.de/heart.htm

But I didn't found the equations of the other three suits.
Does anyone know where can I find these equations?

Thanks in advance.

Americo
 
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\clubsuit \diamondsuit \heartsuit\spadesuit

:smile:
 
Very funny, but I don't want the TeX equations!

I need the cartesian or parametric equations.
 
americo said:
Very funny, but I don't want the TeX equations!

I need the cartesian or parametric equations.

I figured as much, but I couldn't resist. You might have to "roll your own". I'm curious what your application for those equations is.
 

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