A way to 'differentiate' or find 'delta' between surfaces

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A
A 2014 年 3 月 5 日
コメント済み: dpb 2014 年 3 月 5 日
Hi everyone,
I'm neither a matlab expert nor a mathematician.
I have more than 2 complex surface plots based on equations that resemble z = x + 2y.
Imagine I have three equations like so:
z = x + 2y; z = 2x + 2y; z = 3x + 2y;
Is there a way to find out [x,y,z] values or range of values where each formula deviates from others?
I am trying to find out values or range of values which are unique to each formula and not 'had' by other formulas?
Does this make sense? I can clarify further if needed.
Thank you
  1 件のコメント
dpb
dpb 2014 年 3 月 5 日
Not sure I follow exactly, but if you write the set of equations as
z=a.*x + b.*y;
then
a=[1 2 3];
b=[2 2 2];
you can use unique and friends for examining the coefficients.

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