Add Burgers Equation solver example#22

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rouson merged 33 commits into

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burgers-1D

May 7, 2026

Commits on May 6, 2026

fix(vector_1D_t): mk weighted_premultiply private

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feat(burgers-1D): define initial condition, order

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feat(dyad_1D_t): type, operator(/), operator(*)

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feat(dyad_1D_t): add operator(.div.)

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refac: rename mimetic_* -> differential_operator_*

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feat(interpolation): add operators

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WIP: start defining divergence of dyad

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doc(README): merge upstream changes

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doc(README): resolve git-stash conflict

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feat(interpolate): .div.dyad maps centers to faces

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feat(interpolation): centers-extended to faces

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feat(interpolation): faces to centers-extended

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fix(burgers-1D): work around gfortran issue

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fix(interpolator_test): work around gfortran issue

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fix(dyad_1D_s): work around lfortran issue

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doc(README): fix test command for fpm version<0.13

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test(dyad): assert .div. dyad_1D_t has N+1 points

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feat(scalar): power op, new construct, grid check

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feat(scalar_1D_t): type-bound division operator

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refac(interpolator test): rm intermediate vars

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feat(d_dx): spatial partial deriv of 1D scalar

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feat(d2_dx2): scalar_1D spatial 2nd partial deriv

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feat(scalar_1D): operator(*) for premult by double

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feat(scalar_1D): operator(-) for scalar_1D lhs/rhs

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feat(scalar_1D): operator(+), operator(*)

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feat(example): 1st-draft Burgers eq. solver

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chore(dyad_1D_t): remove unused type

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fix(scalar_1D): operator(/) for integer denominator

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chore(scalar_1): assert preconditions in operators

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authored and
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committed
fix(scalar_1D_t): exponentiate & better test

rouson
authored and
bonachea
committed
fix(burgers-1D): work around gfortran issues

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authored and
bonachea
committed
fix(scalar_1D_test): work around gfortran issues

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authored and
bonachea
committed

Commits on May 7, 2026

chore(burgers): tidy up
rouson
committed

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Add Burgers Equation solver example#22

Add Burgers Equation solver example#22
rouson merged 33 commits into
mainfrom
burgers-1D

Commits on May 6, 2026

fix(vector_1D_t): mk weighted_premultiply private

feat(burgers-1D): define initial condition, order

feat(dyad_1D_t): type, operator(/), operator(*)

feat(dyad_1D_t): add operator(.div.)

refac: rename mimetic_* -> differential_operator_*

feat(interpolation): add operators

WIP: start defining divergence of dyad

doc(README): merge upstream changes

doc(README): resolve git-stash conflict

feat(interpolate): .div.dyad maps centers to faces

feat(interpolation): centers-extended to faces

feat(interpolation): faces to centers-extended

fix(burgers-1D): work around gfortran issue

fix(interpolator_test): work around gfortran issue

fix(dyad_1D_s): work around lfortran issue

doc(README): fix test command for fpm version<0.13

test(dyad): assert .div. dyad_1D_t has N+1 points

feat(scalar): power op, new construct, grid check

feat(scalar_1D_t): type-bound division operator

refac(interpolator test): rm intermediate vars

feat(d_dx): spatial partial deriv of 1D scalar

feat(d2_dx2): scalar_1D spatial 2nd partial deriv

feat(scalar_1D): operator(*) for premult by double

feat(scalar_1D): operator(-) for scalar_1D lhs/rhs

feat(scalar_1D): operator(+), operator(*)

feat(example): 1st-draft Burgers eq. solver

chore(dyad_1D_t): remove unused type

fix(scalar_1D): operator(/) for integer denominator

chore(scalar_1): assert preconditions in operators

fix(scalar_1D_t): exponentiate & better test

fix(burgers-1D): work around gfortran issues

fix(scalar_1D_test): work around gfortran issues

Commits on May 7, 2026

chore(burgers): tidy up