Differences

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--- playground:test_jupyter [2020/03/26 12:50] – created hnagel
+++ playground:test_jupyter [2020/05/11 20:11] (current) – hnagel
@@ Line 1: / Line 1: @@
-====== Polymake jupyter tutorials ======
+<code perl>
+> $f = $s->SECONDARY_FAN;
+> $f->properties;
+</code>
+<code>
+type: PolyhedralFan<Rational>
-===== Creating a notebook that should end up on the Polymake website: =====
+MAXIMAL_CONES
+{0 1 2}
+{0 1 3}
+{1 2 4}
+{0 2 5}
-The goal is to automate the conversion process from ipynb markdown,code and code output to dokuwiki
-What is added automatically by dokuwiki: - the table of content based on markdown titles and subtitles (TODO: how extactly)
+RAYS
+1 1
-What the ipynb2dokuwiki converter should optimally do: - use nbconvert preprocessor to run all cells and create the output beforehand? - add preamble - with a link to the ipynb file - a cd command so that the following notebook code also works in the shell?
+0 1
+1 0
-When multiple people work on one tutorial: - it is easier to solve merge conflicts or comprehend changes when ipynbs are committed with output cells cleared and no base64 attachements yet
+0 1
+0 0
-before merging to the master - images should be base64 attached (we might want to change this with a seperate folder for each tutorial?)
+1 0
-==== Embedded images ====
-After conversion the caption "Polymake logo" will be displayed as a tooltip in dokuwiki. {{tutorial:jupyter_tutorials:logo.png|Polymake logo}}
-==== Code and code output ====
-<code perl>
-> application 'polytope';
-> # we might need to
-> # reconfigure("common::svg.rules");
-> # one svg output
-> svg(cube(3)->HASSE_DIAGRAM->VISUAL);
 </code>
-{{ tutorial:jupyter_tutorials:output_0.svg }}
 <code perl>
-> # multiple svg outputs in a scrollable window
+> $f->VISUAL;
-> svg(cube(3)->HASSE_DIAGRAM->VISUAL);
-> svg(cube(3)->HASSE_DIAGRAM->VISUAL);
 </code>
-{{ tutorial:jupyter_tutorials:output_0.svg }}
-{{ tutorial:jupyter_tutorials:output_0.svg }}
+looks like this till now:
 <code perl>
-> # a threejs output
+> $f = $s->SECONDARY_FAN;
-> cube(3)->VISUAL;
+> $f->properties;
+type: PolyhedralFan<Rational>
+MAXIMAL_CONES
+{0 1 2}
+{0 1 3}
+{1 2 4}
+{0 2 5}
+RAYS
+1 1
+0 1
+1 0
+0 1
+0 0
+1 0
+> $f->VISUAL;
 </code>