Reconstruction

KitBase.reconstruct! — Function

reconstruct!(KS, ctr)

Reconstruct solutions in cells

Arguments

KS: SolverSet
ctr: array of cell-centered solution

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The reconstruction solver interpolates piecewise solutions with the desirable order of accuracy. The reconstruction stencils can be based on 2 or 3 cells

KitBase.reconstruct2 — Function

reconstruct2(wL, wR, Δx)

Two-cell reconstruction

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KitBase.reconstruct2! — Function

reconstruct2!(sw, wL, wR, Δx)

In-place two-cell reconstruction

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KitBase.reconstruct3 — Function

reconstruct3(wL, wN, wR, ΔxL, ΔxR)
reconstruct3(wL, wN, wR, ΔxL, ΔxR, limiter)

Three-cell reconstruction

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KitBase.reconstruct3! — Function

reconstruct3!(sw, wL, wN, wR, ΔxL, ΔxR)
reconstruct3!(sw, wL, wN, wR, ΔxL, ΔxR, limiter)

In-place three-cell reconstruction

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The available schemes are

KitBase.vanleer — Function

vanleer(sL, sR)

van Leer limiter

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vanleer(sL, s, sR)
vanleer(sL, s, sR, connect)

Triangle case

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KitBase.minmod — Function

minmod(sL, sR)

MinMod limiter

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minmod(sL, s, sR)
minmod(sL, s, sR, connect)

Triangle case

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KitBase.superbee — Function

superbee(sL, sR)

SuperBee limiter

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KitBase.vanalbaba — Function

vanalbaba(sL, sR)

van Albaba limiter

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KitBase.weno5 — Function

weno5(wL2, wL1, wN, wR1, wR2)

5th-order WENO-JS interpolation

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