Does anyone know the equations of the cards suits?

  • Context: High School 
  • Thread starter Thread starter americo
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Discussion Overview

The discussion revolves around the search for mathematical equations representing the suits of playing cards, specifically focusing on the heart, diamond, club, and spade symbols. Participants are interested in both Cartesian and parametric forms of these equations.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification

Main Points Raised

  • One participant, Americo, requests equations for the suits of playing cards, noting a specific link for the heart curve but expressing a lack of information on the other suits.
  • Another participant humorously responds with the symbols for the suits but does not provide the requested equations.
  • A later reply reiterates the request for Cartesian or parametric equations, indicating a desire for more technical information and questioning the application of such equations.
  • One participant suggests that Americo might need to create his own equations, expressing curiosity about the intended use of these equations.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the availability of equations for the card suits, and the discussion remains unresolved regarding the specific mathematical representations sought.

Contextual Notes

The discussion lacks specific definitions or established equations for the suits beyond the heart curve, and there are no mathematical steps provided to derive the other 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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[tex]\clubsuit \diamondsuit \heartsuit\spadesuit[/tex]

: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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