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I received a physical copy of the book from Cambridge Press and so far it looks very nice. Great work! It was also quite lucky as I am planning on developing a course at my university this Fall titled…
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## Expected Behavior
I would like to be able to express a comparison between two `glm::vec3` types (aka. 3d vectors).
It's a struct with x,y,z members, and has appropriate overloads for `operator=…
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I'm testing the capabilities of `vector_integrate` and I found a bug when computing a simple triple integral ([Example 2 from this webpage](https://tutorial.math.lamar.edu/classes/calciii/TripleIntegr…
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Anything that has to do with the physical architecture of the program(**how ** we are going about doing something). Class hierarchies interactions ect will all be placed in an architecture document.
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```
julia> @time h10 = Calculus.hessian(RB.mylike, RB.troubleParamsSim1.raw)
209.557745 seconds (2.43 G allocations: 83.867 GB, 10.31% gc time)
10x10 Array{Float64,2}:
566.715 -206.282 …
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# Mike Mahoney - A long digression about the word ‘vector’
Sharing an ‘aha’ moment from a few years ago.
[https://www.mm218.dev/posts/2023-08-07-vector/](https://www.mm218.dev/posts/2023-08-07-vecto…
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I've thinking about the possibility of extending this package to be able to perform Vector/Tensor calculus operations.
A suitable discretization of a vector field is an `Array{SVector{N, T},N}`.
…
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In step-7 which discusses the Method of Manufactured Solutions (MMS) for the Helmholtz equation, currently the forcing function (RHS) and consistent IC and BC for the assumed solution $u$ are all eval…
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It would be quite incredible if one could make the finite difference coefficients handle vector-valued functions/operators well. For example, the Jacobian.
One difficulty will be that the number o…