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The integrand in the example now is written in the form of inline function.
But, I believe it's easier to understand how to use 'hcubature' when the integrand is written in "caller" style. Because it's more often using multi-dimensional integrals of more complex function than f(x, y)=(x^3)*y.
I mean that maybe the example of 'hcubature' could use the following codes.
# ORIGINAL examplehcubature(x ->beginprintln(x[1],",",x[2]); x[1]^3*x[2]; end, [0,0],[1,1])
The integrand in the example now is written in the form of inline function.
But, I believe it's easier to understand how to use 'hcubature' when the integrand is written in "caller" style. Because it's more often using multi-dimensional integrals of more complex function than f(x, y)=(x^3)*y.
I mean that maybe the example of 'hcubature' could use the following codes.
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