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Improve povray examples.

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Former-commit-id: b1101fe5b3a7b9bec0b6b92f303d42be8114d128
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David Himmelstrup 2019-12-05 17:17:22 +08:00
commit 8333d3d4f1
6 changed files with 370 additions and 39 deletions
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15
docs/gallery.md
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@ -241,3 +241,18 @@ This file is auto-generated by docs/render_all.sh. DO NOT EDIT.
<br/><hr><br/>
## tut_glue_povray
<details>
<summary>View tut_glue_povray.hs</summary>
<pre><code class="haskell">
{!examples/tut_glue_povray.hs!}
</code></pre>
</details>
<br/>
<video width="640" height="360" autoplay loop>
<source src="https://github.com/Lemmih/reanimate/raw/master/docs/rendered/tut_glue_povray.mp4">
</video>
<br/><hr><br/>

3
docs/gen_gallery.sh
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@ -4,7 +4,8 @@ ROOT=`stack path --project-root`
EXAMPLES='boundingbox colormaps goo latex_basic latex_color latex_draw
latex_wheel raster sphere blender_default_cube
tut_glue_svg tut_glue_animate tut_glue_keyframe tut_glue_fourier
tut_glue_physics tut_glue_latex'
tut_glue_physics tut_glue_latex tut_glue_povray
tut_glue_povray_ortho'
WIDTH=640
HEIGHT=$((WIDTH*9/16))

31
docs/glue_tut.md
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@ -82,7 +82,7 @@ The following examples shows how something as seemingly complicated as fourier s
<source src="https://github.com/Lemmih/reanimate/raw/master/docs/rendered/tut_glue_fourier.mp4">
</video>
Scripting in Haskell also gives access to the extensive body of code libraries. There are Haskell libraries for syntax highlighting, font manipulation, and much, much more. In the spirit of being a batteries-included framework, Reanimate ships with a built-in 2D physics library, called Chipmunk2D. The example below demonstrates how SVG shapes can be generated with LaTeX and then nearly effortlessly used in a physics simulation.
Scripting in Haskell also gives access to the extensive body of code libraries. There are Haskell libraries for syntax highlighting, font manipulation, and much, much more. In the spirit of being a batteries-included framework, Reanimate ships with a built-in 2D physics library, called Chipmunk2D. The example below demonstrates how SVG shapes can be used nearly effortlessly in a physics simulation.
<details>
<summary>Toggle source code.</summary>
@ -120,7 +120,34 @@ The resulting SVGs can be manipulated just like any other. The below examples il
## Pillar III: povray
TODO: Draw text and animate shapes, zoom out so it looks like a piece of paper (still animated), draw circle, fade in rotating sphere.
TODO: Draw text and animate shapes, zoom out so it looks like a piece of paper (still animated).
<details>
<summary>Toggle source code.</summary>
<pre><code class="haskell">
{!examples/tut_glue_povray.hs!}
</code></pre>
</details>
<br/>
<video width="640" height="360" autoplay loop>
<source src="../rendered/tut_glue_povray.mp4">
<source src="https://github.com/Lemmih/reanimate/raw/master/docs/rendered/tut_glue_povray.mp4">
</video>
TODO: Talk about orthographic projection. Draw circle, fade in rotating sphere.
<details>
<summary>Toggle source code.</summary>
<pre><code class="haskell">
{!examples/tut_glue_povray_ortho.hs!}
</code></pre>
</details>
<br/>
<video width="640" height="360" autoplay loop>
<source src="../rendered/tut_glue_povray_ortho.mp4">
<source src="https://github.com/Lemmih/reanimate/raw/master/docs/rendered/tut_glue_povray_ortho.mp4">
</video>
## Pillar IV: Blender