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Answered
Easy way to multiplying standard basis
You can use this method e=@(k,n) [zeros(k-1,1);1;zeros(n-k,1)] For an example >> e(1,3) ans = 1 0 ...
Easy way to multiplying standard basis
You can use this method e=@(k,n) [zeros(k-1,1);1;zeros(n-k,1)] For an example >> e(1,3) ans = 1 0 ...
8 years ago | 1
Answered
How can I find what parameters are in an inline function.
>> g = inline('sin(alpha*x)') g = Inline function: g(alpha,x) = sin(alpha*x) >> argnames(g) ans = ...
How can I find what parameters are in an inline function.
>> g = inline('sin(alpha*x)') g = Inline function: g(alpha,x) = sin(alpha*x) >> argnames(g) ans = ...
14 years ago | 0
