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Calculate shape of wind-wind bowshocks
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CRW-shapes
Proplyd distribution_files
Proplyd-Datasets
conic-projection
doc
hyperbolae
papers
projected
read-shapes-LL
read-shapes
transonic
.gitignore
A-vs-R0.py
A-vsR0.pdf
AVSb.pdf
AvsBeta.py
B0.01proplyd.pdf
B0.05proplyd.pdf
Ellipse projection.html
Ellipse projection.ipynb
New shapes.html
New shapes.ipynb
Proplyd distribution.ipynb
Proplyd distribution.pdf
Proplyd distribution.tex
R-vs-theta-isotropic-0.005.png
R-vs-theta-isotropic-0.02.png
R-vs-theta-isotropic-0.05.png
R-vs-theta-isotropic-0.2.png
R-vs-theta-isotropic-1.0.png
README.md
Readme.org
Shell Thickness.html
Shell Thickness.ipynb
best-proplyds.dat
best45-proplyds.dat
best_montecarlo_fit.ipynb
bowshock-wind-plane-sky-beta-0.01.pdf
bowshock-wind-plane-sky-beta-0.02.pdf
bowshock-wind-plane-sky-beta-0.04.pdf
bowshock-wind-plane-sky-beta-0.08.pdf
bowshock-wind-plane-sky-beta-0.16.pdf
combined-shell-R0-R45-norm.pdf
combined-shell-R0-R60-norm.pdf
combined-shell-R0-R90-norm.pdf
combined-shell-R0-R90.pdf
combined-shell-R0-Rc-norm.pdf
combined-shell-R0-Rc-norm45.pdf
combined-shell-R0-Rc-norm60.pdf
combined-shell-R0-Rc-norm90.pdf
combined-shell-test2-R0-R90.pdf
equation6.py
h-vs-t-0.01proplyd.pdf
h-vs-t-0.05proplyd.pdf
hello_world.txt
i-beta-will.pdf
i-beta-will.py
i-beta.pdf
i-beta.py
isotropic-shell-test2-R0-R90.pdf
isotropic-shell-test2-R0-R90.png
isotropic-wind-plane-sky-beta = 0.005.png
isotropic-wind-plane-sky-beta = 0.02.png
isotropic-wind-plane-sky-beta = 0.05.png
isotropic-wind-plane-sky-beta = 0.2.png
isotropic-wind-plane-sky-beta = 1.0.png
isotropic-wind-theta-phi-beta = 0.005.png
isotropic-wind-theta-phi-beta = 0.02.png
isotropic-wind-theta-phi-beta = 0.05.png
isotropic-wind-theta-phi-beta = 0.2.png
isotropic-wind-theta-phi-beta = 1.0.png
libprop.py
monte-carlo-Aprime-qprime.pdf
omega-vs-theta-isotropic-0.005.png
omega-vs-theta-isotropic-0.02.png
omega-vs-theta-isotropic-0.05.png
omega-vs-theta-isotropic-0.2.png
omega-vs-theta-isotropic-1.0.png
projected-shapes-conic-extend.pdf
projected-shapes-ellipse.pdf
prop-plane-sk-tests-res.py
prop-plane-sky-tests-fit-figure.py
prop-plane-sky-tests.py
prop-plane-sky.py
proplyd-distance-distribution.pdf
proplyd-joint-separation-size-new.pdf
proplyd-joint-separation-size.pdf
proplyd-shell-R0-Rc-errors.pdf
proplyd-shell-measurements.org
proplyd-wind-plane-sky-beta = 0.05.png
proplyd-wind-plane-sky-beta = 0.2.png
proplyd-wind-plane-sky-beta = 1.0.png
r90-r0-rotated.py
rc-r0-rotated-plot.py
rc-r0-rotated.py
rc-r0.json
second-proplyds.dat
shape.py
shell-test-R0-R90.png
shell-test-compare.png
shell-test-isotropic.png
shell-test-proplyd.png
shell-test.py
stat.py
test.pdf
thetaprime-theta-conic.pdf
thetaprime-theta-ellipse.pdf
thetaprime-theta-hyperbola.pdf
will-R90-R0.py
will-bowshock shape.py
will-shape.py

README.md

bowshock-shape

Calculate shape of wind-wind bowshocks

Python scripts written by Jorge to calculate the shape of an axisymmetric bowshock due to the interaction between a proplyd flow and a stellar wind.

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