Program

Last update 11.10.2023, 2:00 pm

Timezone

All times are in CEST (UTC+2).

Day one, October 10th, 2023

15:00: Carsten Miller, Alfred Wassermann: Welcome and JSXGraph news
15:30: Bernhard Gailer: Implementing drag and drop functionality for JSXGraph in STACK questions using custom bindings
16:00 Thomas Miller: Rubik’s cube with JSXGraph
16:30: Break
17:00 Cyrille Piatecki, Yvan Stroppa: JSXGraph Dynamic Editor
17:30 Alfred Wassermann: Workshop notes
18:15 Discussion

Day two, October 11th, 2023

14:50: Meet & Greet
15:00 Allister Beharry: Using JSXGraph from F#: A functional visualization EDSL for end-users
15:30 Carsten Miller, Andreas Walter, Alfred Wassermann: JSXGraph projects and sketchometry 2.0
16:00 Break
16:30: Raed Shorrosh: Interactive chemistry questions in Moodle using JSXGraph and STACK Canceled due to the situation in Israel
16:30 Alfred Wassermann: Workshop part II, follow-uo discussion, feature requests
17:00 Martin Kraska, Aaron Amran Bin Amiruddin: Meclib: A library of objects for dynamic and interactive sketches of mechanical systems. Recent developments

Day three, October 12th, 2023

14:50: Meet & Greet
15:00 Wigand Rathmann: Interactive in 3D: Vector fields and Geometry

Transcript of talk (pdf)
15:30: Andreas Maurischat: Graphical Exercises with JSXGraph using MUMIE
16:00: Holger Engels: Playful learning and assessment with KMap (using JSXGraph in shadowDOM)
16:30: Break

17:00: Hans Jakob Rivertz: Interactive graphics in STACK questions
17:30 Carsten Miller, Alfred Wassermann: Closing

Program

sketchometry 2.0

Carsten Miller, Andreas Walter University of Bayreuth, Germany carsten.miller@uni-bayreuth.de, andreas.walter@uni-bayreuth.de Abstract tba

Program

Using JSXGraph from F#: A functional visualization EDSL for end-users

Allister Beharry University of London; 2 Russell Sq, London WC1B 5DN, United Kingdom ab796@student.london.ac.uk Abstract This talk is an expansion of the demo presented at ICFP FARM ‘23: A Functional EDSL for Mathematics Visualization That Compiles to JavaScript. We developed an F# interface to JSXGraph designed to be used both in F# library code and interactively in Jupyter notebooks for mathematics visualization. The Sylvester language shares some similarities to the approach used by the Penrose language to visualization in that one describes mathematical objects and operations like functions and vectors and matrices using the Sylvester notation which are then drawn and styled using user-specified properties and parameters, as opposed to requiring the user to manipulate vector graphics domain objects like points, lines, arrows, axes, function graphs etc.