@@ -42,15 +42,6 @@ Here is what it looks like in code:
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[ import:1-10, lang:"python"] ( code/python/verlet.py )
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{% sample lang="hs" %}
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[ import:14-21, lang:"haskell"] ( code/haskell/verlet.hs )
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- {% sample lang="scratch" %}
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- Unfortunately, this has not yet been implemented in scratch, so here's Julia code:
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- [ import:1-13, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="m" %}
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- Unfortunately, this has not yet been implemented in matlab, so here's Julia code:
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- [ import:1-13, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="LabVIEW" %}
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- Unfortunately, this has not yet been implemented in LabVIEW, so here's Julia code:
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- [ import:1-13, lang:"julia"] ( code/julia/verlet.jl )
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{% sample lang="js" %}
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[ import:1-14, lang:"javascript"] ( code/javascript/verlet.js )
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{% sample lang="rs" %}
@@ -100,15 +91,6 @@ However, the error for this is $$\mathcal{O}(\Delta t)$$, which is quite poor, b
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[ import:12-23, lang:"python"] ( code/python/verlet.py )
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{% sample lang="hs" %}
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[ import:23-28, lang:"haskell"] ( code/haskell/verlet.hs )
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- {% sample lang="scratch" %}
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- Unfortunately, this has not yet been implemented in scratch, so here's Julia code:
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- [ import:15-31, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="m" %}
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- Unfortunately, this has not yet been implemented in matlab, so here's Julia code:
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- [ import:15-31, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="LabVIEW" %}
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- Unfortunately, this has not yet been implemented in LabVIEW, so here's Julia code:
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- [ import:15-31, lang:"julia"] ( code/julia/verlet.jl )
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{% sample lang="js" %}
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[ import:16-32, lang:"javascript"] ( code/javascript/verlet.js )
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{% sample lang="rs" %}
@@ -172,15 +154,6 @@ Here is the velocity Verlet method in code:
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[ import:25-34, lang:"python"] ( code/python/verlet.py )
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{% sample lang="hs" %}
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[ import:30-35, lang:"haskell"] ( code/haskell/verlet.hs )
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- {% sample lang="scratch" %}
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- Unfortunately, this has not yet been implemented in scratch, so here's Julia code:
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- [ import:33-45, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="m" %}
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- Unfortunately, this has not yet been implemented in matlab, so here's Julia code:
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- [ import:33-45, lang:"julia"] ( code/julia/verlet.jl )
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- {% sample lang="LabVIEW" %}
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- Unfortunately, this has not yet been implemented in LabVIEW, so here's Julia code:
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- [ import:33-45, lang:"julia"] ( code/julia/verlet.jl )
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{% sample lang="js" %}
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[ import:34-45, lang:"javascript"] ( code/javascript/verlet.js )
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{% sample lang="rs" %}
@@ -230,19 +203,6 @@ Both of these methods work simply by iterating timestep-by-timestep and can be w
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[ import, lang:"python"] ( code/python/verlet.py )
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{% sample lang="hs" %}
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[ import, lang:"haskell"] ( code/haskell/verlet.hs )
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- {% sample lang="scratch" %}
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- Submitted by Jie
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- <p >
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- <img class="center" src="code/scratch/verlet_scratch.png" />
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- </p >
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- Link: [ https://scratch.mit.edu/projects/173039394/ ] ( https://scratch.mit.edu/projects/173039394/ )
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- {% sample lang="m" %}
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- [ import, lang:"matlab"] ( code/matlab/verlet.m )
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- {% sample lang="LabVIEW" %}
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- Submitted by P. Mekhail
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- <p >
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- <img class="center" src="code/labview/verlet_labview.png" />
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- </p >
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{% sample lang="js" %}
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[ import, lang:"javascript"] ( code/javascript/verlet.js )
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{% sample lang="rs" %}
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