Touchop: Difference between revisions
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=Touchop= |
=Touchop= |
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Touchop is an mathematical puzzle game. Each level of the game provides a fixed set of formula fragments or mathematical operators. These fragments have to be combined to formulas such that |
Touchop is an mathematical puzzle game. Each level of the game provides a fixed set of formula fragments or mathematical operators. These fragments have to be combined to formulas such that the given objectives are met. |
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Technical features: |
Technical features: |
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* UI concept is based on drag-and-drop and compatible with the upcoming tablet design |
* UI concept is based on drag-and-drop and compatible with the upcoming tablet design |
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* Non-unique solutions make mathematical concepts explorable |
* Non-unique solutions appeal to creativity and make mathematical concepts explorable |
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* Platform independent and light weight code based on SVG,XSL, and JavaScript |
* Platform independent and light weight code based on SVG, XSL, and JavaScript |
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120 Levels are currently implemented for the following mathematical domains: |
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* Arithmetics |
* Arithmetics |
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** Plus/Minus |
** Plus/Minus |
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* Expressions with free variables |
* Expressions with free variables |
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* Function plots |
* Function plots |
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** Linear Functions |
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** Polynomials |
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** Hyperboles |
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* Turtle graphics |
* Turtle graphics |
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Revision as of 18:22, 5 September 2011
Touchop
Touchop is an mathematical puzzle game. Each level of the game provides a fixed set of formula fragments or mathematical operators. These fragments have to be combined to formulas such that the given objectives are met.
Technical features:
- UI concept is based on drag-and-drop and compatible with the upcoming tablet design
- Non-unique solutions appeal to creativity and make mathematical concepts explorable
- Platform independent and light weight code based on SVG, XSL, and JavaScript
120 Levels are currently implemented for the following mathematical domains:
- Arithmetics
- Plus/Minus
- Multiplication
- Division
- Power
- Self defined variables
- Expressions with free variables
- Function plots
- Linear Functions
- Polynomials
- Hyperboles
- Turtle graphics
Screen shots
Example
The animation below shows the process of solving a level with the objective result 4. Available ingredients are the numbers 1, 2, 3, as well as the operators times and minus:
The level definition for this example looks like this:
<touchop> <test domain="algebra" win="4"/> <op name="minus" xy="100,200"/> <op name="times" xy="200,300"/> <atom value="1" xy="100,100"/> <atom value="2" xy="200,100"/> <atom value="3" xy="300,100"/> </touchop>
See also
The game is introduced in this video:
You can try it online, or download the source here: