Roots of a function: Difference between revisions
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m (→{{header|Octave}}: lang matlab to lang octave; even since a lot of langs got messed up with the geshi update:/ (matlab too, it seems)) |
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If the equation is a polynomial, we can put the coefficients in a vector and use ''roots'': |
If the equation is a polynomial, we can put the coefficients in a vector and use ''roots'': |
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<lang |
<lang octave>a = [ 1, -3, 2, 0 ]; |
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r = roots(a); |
r = roots(a); |
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% let's print it |
% let's print it |
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{{trans|Python}} |
{{trans|Python}} |
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<lang |
<lang octave>function y = f(x) |
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y = x.^3 -3.*x.^2 + 2.*x; |
y = x.^3 -3.*x.^2 + 2.*x; |
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endfunction |
endfunction |
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