Generating square vector field

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Discussion Overview

The discussion revolves around generating a specific vector field for a sci-fi/fantasy book, focusing on the mathematical function needed to achieve this without using conditions. Participants explore the feasibility and underlying mathematical principles related to vector fields.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant presents a function, i*-(1/x)+1/-yj, as a starting point for generating a vector field but seeks further assistance to refine it.
  • Another participant questions the possibility of generating the desired vector field without conditions.
  • A third participant inquires whether a scalar function exists such that its gradient corresponds to the given vector field, indicating a deeper mathematical exploration.
  • The original poster confirms the intent to find such a scalar function.

Areas of Agreement / Disagreement

The discussion remains unresolved, with differing views on the feasibility of generating the vector field as requested and the existence of a corresponding scalar function.

Contextual Notes

Participants have not yet established the necessary mathematical conditions or assumptions required for generating the vector field, leaving the discussion open-ended.

Superposed_Cat
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Hi all, my friend is writing a sci-fi/fantasy book and for it he asked me for a function that generates a vector field like picture A. So far the closest I've got is i*-(1/x)+1/-yj, which generates B. How would I generate B without using conditions? any help appreciated, thanks.
 

Attachments

  • A.jpg
    A.jpg
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  • B.png
    B.png
    529 bytes · Views: 469
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Is it even possible?
 
By generate do you mean, does there exist a scalar function such that the gradient of this scalar function is the given vector field?
 
yes.
 
*bump*
 

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