Jorge Pérez

Implement sinc

7

(Edit: I corrected the expression for sinc(x); the way I originally wrote it was mistaken) Currently (TaylorSeries v0.3.0.), one can implement $sinc(x)=sin(\pi x)/(\pi x)$ for Taylor1 variables manually, doing, for...

Cannot use more than 65 variables with TaylorN

27

Was just doing some work on my machine with TaylorN (OS X 10.10.5, julia-0.5; TaylorSeries v0.4.0), and then I came across some unexpected behaviour: ```julia julia> using TaylorSeries julia> δv...

Check keyword warning list in common interface

1

After #114 is merged, we will need to review the keyword warning list. Related to https://github.com/PerezHz/TaylorIntegration.jl/pull/114#discussion_r524790167

Support for extended precision (BigFloats)?

2

Hi! I was trying to use Elliptic.jl in order to evaluate K(k) to high accuracy using BigFloats, but noticed that if given a BigFloat as an input, `Elliptic.K` returns a...

Re: this comment by @lbenet https://github.com/PerezHz/TaylorIntegration.jl/pull/178#pullrequestreview-1941295131 (TL;DR: current plan is to add this after merging of #178)

**Is your feature request related to a problem? Please describe.** I'm doing many ODE integrations for different initial conditions in an `EnsembleProblem` with `OrdinaryDiffEq`. In this case the integrator cache...

Introducing `TaylorSolution`

10

This PR introduces the `TaylorSolution` struct, a return type for `taylorinteg` output. In summary, whereas we now currently do: ```julia t, x = taylorinteg(...) ``` the `t` and the `x`...

After merging #32, currently we only support HORIZONS, small-body browser and small/body astrometry APIs. It'd be nice to implement the rest of [JPL APIs](https://ssd.jpl.nasa.gov/api.html).

After #347, #349 and #361 I think it can be beneficial to systematically test for allocations in mutating methods by leveraging ~[AllocCheck.jl](https://github.com/JuliaLang/AllocCheck.jl)~ `@allocated` and/or `@allocations`.

Currently, there are some patterns in the code which go along the lines of ```julia for T in (:Taylor1, :TaylorN) # NOTE: For $T = TaylorN, `mul!` *accumulates* the result...