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Title: Interactive Interface for Numeric and Symbolic Math and Physics
Group: Bryan Newbold and Laura Harris
Our system will be a generic user interface for visualization and exploration
of mathematical procedures and objects. The intent is to generate a user
interface from a set of interaction widgets and visualization methods
appropriate to any supplied procedure or expression. For example, a list or
vector of value pairs would be plotted in two dimensions and have statistical
properties calculated on demand. An n-artity procedure returning a tuple of
values could be numerically evaluated for a given set of inputs, have it's
symbolic derivatives returned, etc. The unique aspect is that the user would
not have to specify the context of interaction for each object, a single
generic 'explore' procedure will determine and generate the appropriate
interface and handle computations in parallel (aka seperate process threading
for interface and computation, with possible compilation).
The user interface will include a command line REPL interface for debugging
and either a GTK GUI or web interface.
Features that will be interesting to implement will be:
* Halting and restarting of evaluation with continuations
* Determination of the algebraic properties of functions
Bryan will be responsible for backend components and evaluation control
structures while Laura will be responsible for the generic front end interface
and interaction control.
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