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- § 1 :
2D Graphing of Points and Curves
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Present 2D interactive graphs of functions, generating
beautiful, colorful, dynamic curves that your readers may
experiment with. At all times, if you choose, your readers can
- Change the functions that create the graphs, with the graphs automatically recalculating.
- View as many curves together in a single graphics box as you choose to author.
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- § 2 : 3D Graphs of Curves and Surfaces
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Present 3D interactive graphs of curves and surfaces, generating
beautiful, colorful, dynamic presentations that your readers may
experiment with. At all times, if you choose, your readers can
- Change the functions that create the graphs, with the graphs automatically recalculating.
- View as many curves and surfaces together in a single graphics box as you choose to author.
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- § 3 :
Graphical Analysis Tools for Your Readers on the WWW
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To present a picture of a graph, you could make a GIF or a JPG. But then the
picture is dead and lifeless. What if your users could
- Turn, sliding, or rotating the 2D or 3D curves and surfaces?
- Change the formula creating the graph, and the graph recalculates on-the-fly?
- Zooming-in or Zooming-out on the graph, including 3D surfaces?
- Slice in on a surface, revealing a closer view with detail?
MATHVIEW provides these powerful tools
all presentable via the WWW!
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- § 4 :
Algebraic Calculations and Re-Calculations on the WWW
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In textbooks, algebraic and symbolic calculations are presented
with the one example the author decided to show you. What if
you could show your readers:
- An infinite number of examples of the similar type?
- A different example generated via their input of a new starting equation?
- An interactive example that they studied rather than skipped?
MATHVIEW allows typeset WYSIWYG mathematical expressions
and operations to be presented, embedded into your HTML pages. Don't settle for static examples.
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- § 5 :
Data Sets and Graphing on the WWW
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TABLES in HTML are great for presenting data tables, but it would be really cool
if we could
- Automatically Plot the data set.
- Change the data set to see how the graph and calculations are affected
- Plot many data sets together on the same graph, and use graphical tools to explore them
MATHVIEW has all of these features and more.
We explore some interactive examples that highlight these features.
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- § 6 : ANIMATED
2D and 3D Graphs of Curves and Surfaces
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Curves are nice. Surfaces are nice. But what about a spinning surface?
Or curves animating to their mother surface? Or points rushing to their
destination?
MATHVIEW provides powerful tools
that allow you to present animations that are very easy to generate, that have the additional
features of:
- Allowing your readers to change the formulas for the curves and surfaces involved in
the animation, and regenerate the animation on-the-fly with the new input equations.
- Allowing your readers to changes the parameters of the animation, including
speed and range.
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- § 7 : Symbolic Calculator
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Want to provide your readers with a symbolic calculator? How about
the symbolic calculation of any function they enter? How about the definite
integral? How about summations? You set it up, the reader enters the
functions or data, and the calculations are automatic!
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