Difference between revisions of "FractionsGame/Requirements"
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The purpose of the game is to help the player learn to add and subtract fractions. In this simple two-dimentional game the player will choose a path for a car to drive so that it stops at every "Destination" point, and does not run out of gas. Refueling is possible by driving to a "Gas Station" point. Sections of the road have the amount of gas required displayed next to them (as a fraction of the gas tank capacity). More details can be found in the rest of this document. | The purpose of the game is to help the player learn to add and subtract fractions. In this simple two-dimentional game the player will choose a path for a car to drive so that it stops at every "Destination" point, and does not run out of gas. Refueling is possible by driving to a "Gas Station" point. Sections of the road have the amount of gas required displayed next to them (as a fraction of the gas tank capacity). More details can be found in the rest of this document. | ||
| − | * client? | + | * client?? |
| − | * users? | + | * users?? |
This document will serve (at least provisionally) as: | This document will serve (at least provisionally) as: | ||
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** Internet Explorer >= 9 | ** Internet Explorer >= 9 | ||
** Safari >= 5 | ** Safari >= 5 | ||
| − | ** ... mobile | + | ** ... mobile?? |
* Testing will be done on the following platforms: | * Testing will be done on the following platforms: | ||
** Windows 7 (desktop) | ** Windows 7 (desktop) | ||
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** Linux | ** Linux | ||
** iPad | ** iPad | ||
| − | ** ... mobile | + | ** ... mobile?? |
* Offline access to the game is not required. | * Offline access to the game is not required. | ||
* The game will be created as a 600x800 canvas object. | * The game will be created as a 600x800 canvas object. | ||
Revision as of 15:22, 5 June 2012
Contents
Working Copy
This particular document is intended as work in progress, not as a reference. Snapshots of this document will be made for different versions which can be used as a reference. So far no releases of this document have been made.
Overview
This project is primarily a port of the Math Learning Objects - Fractions driving game from Adobe Flash to HTML5 technologies, specifically Processing.js. Also some usability, accessibility, and gameplay issues will be addressed during porting.
The purpose of the game is to help the player learn to add and subtract fractions. In this simple two-dimentional game the player will choose a path for a car to drive so that it stops at every "Destination" point, and does not run out of gas. Refueling is possible by driving to a "Gas Station" point. Sections of the road have the amount of gas required displayed next to them (as a fraction of the gas tank capacity). More details can be found in the rest of this document.
- client??
- users??
This document will serve (at least provisionally) as:
- A requirements document
- A technical specification document
- A design document
Glossary
This is a list of potentially ambiguous terms used in this document.
- Destination: generic term for any object on the map. Could be a condo, office building, barn, gas station, etc.
- Fraction-unit: each level's gameplay is defined in terms of multiples of a fraction. For example if the level's fraction-unit is 1/8 - every cost will be a multiple of 1/8 and gas refils are available as multiples of 1/8.
- Canvas: http://en.wikipedia.org/wiki/Canvas_element
- Processing.js: http://en.wikipedia.org/wiki/Processing.js
- JSON: http://en.wikipedia.org/wiki/Json
Requirements
This is a screenshot of the original game built using Flash, added here to give an idea of what it would look like. The port will not look identical to the original.
Technical Fundamentals
- Game must be fully functional in all current versions of the popular browsers with JavaScript enabled, without any plugins installed.
- Testing will be done on the following browsers:
- Firefox >= 12
- Chrome >= 19
- Internet Explorer >= 9
- Safari >= 5
- ... mobile??
- Testing will be done on the following platforms:
- Windows 7 (desktop)
- OSX
- Linux
- iPad
- ... mobile??
- Offline access to the game is not required.
- The game will be created as a 600x800 canvas object.
- When displaying the game the canvas will be stretched up or down to fill the screen it's displayed on while maitaining its aspect ratio.
- All the nontrivial graphics will be created as SVG images.
Maps
- Maps will be stored and loaded from either an XML file or JSON.
- No graphical tool will be created to build maps. The expectation is that they would be drawn on paper and the data input into the file manually.
- The reference size of a map will be 640x480 and the position of road segments and objects will be specified in absolute coordinates within that rectangle.
Gameplay Features
Roads
- Roads will be drawn as static black lines, possibly with rounded corners.
- Making the roads look more realistic is doable and shouldn't present much difficulty but is out of scope for this project.
- Each road segment will have the associated cost of gas displayed next to it as a multiple of fraction-units (e.g. 1/8, 2/8, etc.).
Destinations
- Destinations will be drawn centered over the end of the segment(s), as specified in the map.
- Destinations already visited will be marked as such somehow (e.g. grayed out).
- Scaling objects onmouseover (as is done in the Flash version) is out of scope for this project.
Car
- The current position of the player on the map will be represented by an image of a car.
- The car's position can be anywhere on a road or object.
- The car will be rotated (0/90/180/270 degrees) depending on the last direction it moved in.
Popups
- When the mouse is moved over one of the destinations - an info bubble will appear:
- For most destinations the popup will contain the name of the object and the number of points assigned to that object.
- For gas stations the popup will contain the cost of one fraction-unit gas (e.g. 150 points for 1/8 gas tank).
- Popups must be fully visible no matter how close to an edge the destination is.
Artwork required
- Each new graphic created will be tested immediately to ensure it's displayed correctly in Processing.js sketches. A simple tool will be created to facilitate this testing.
