Everyone

David Hadizadeh

Gingerbread

"Radiation Runner" is a modern blend of “pot hitting”, scavenger hunt and “hide and seek”. Because of the smart user interface and the intuitive usability, this application is for people of all ages.

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You will need NFC-Tags to use this app.
You can find a nfc-compatibility list here:
http://rapidnfc.com/nfc_enabled_phones

Some nfc-tags:
http://www.amazon.com/s/field-keywords=smartphone+nfc+tags
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Game progress and aim
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The player has the task to find and scan all displayed NFC tags. He has to be careful to move within the shields (Wi-Fi). If the strongest shield falls below 60%, the player continuously lose Health until he dies.
If the player scans all the NFC tags without dying, the game is won and gets evaluated.

Used technologies
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“NFC (Near field communication)”
The use of NFC tags is the main component of "Radiation Runner". These few euro cent cheap data stores are used as control points that can be written by the player. 

“WLAN (Wireless local area network)”
A game without challenge is boring. Therefore, the "Radiation Runner" is based on the wireless technology. Location based Wi-Fi networks are protective shields which protect the player against an unknown radiation. For this purpose, current networks can be selected when creating a track and thereby continuously give information about their current strength. The number of these networks has no limits. Thus, the creator has the ability to determine the difficulty itself. Few wireless networks make it difficult to find NFC tags because of the risk losing important life points. The other way round it is easier to find NFC tag with a large number of networks.

“Bluetooth”
Nothing is more fun than to share self-created tracks with other players. With Bluetooth, a technology for wireless data exchange, players can easily share their tracks.

“OpenGL ES (Open Graphics Library for Embedded Systems)”
A boring text field as an indicator of the life points? Not with the "Radiation Runner"! With the use of OpenGL ES, the life points are visualized with a dynamic health bar. Changes fluently switch between the colors green and red. The less life points a player has, the redder the remaining life bar is.

More features
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• Track generator
• Force feedback
• Multilanguage
• Status test for NFC and Wi-Fi
• Detailed Help
“辐射亚军”是一个现代的交融“锅击中”，寻宝和“躲猫猫”。由于智能用户界面和直观的易用性，这个应用程序是为所有年龄段的人。

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您将需要NFC标签使用这个程序。
这里，你可以找到一个NF​​C兼容性列表：
http://rapidnfc.com/nfc_enabled_phones

一些NFC标签：
http://www.amazon.com/s/field-keywords=smartphone+nfc+tags
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游戏进度和目标
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玩家的任务找到并扫描所有显示的NFC标签。他要小心内移动盾牌（无线网络）。如果低于60％，最坚固的盾，玩家不断地失去健康，直到他死了。
如果球员扫描NFC标签，没有死亡，本场比赛是赢了，并得到评估。

使用的技术
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“NFC（近场通信）”
NFC标签使用的主要成分是“辐射转轮”。这些几欧分廉价的数据存储作为控制点，可以由玩家编写。

“WLAN（无线局域网）”
没有挑战的游戏很无聊。因此，“辐射亚军”是基于无线技术。基于位置的Wi-Fi网络是保护球员对一个未知的辐射防护罩。为了这个目的，目前网络可以选择创建一个轨道，从而不断给他们目前的实力。这些网络的数目没有任何限制。因此，创作者有能力确定的难度本身。几个无线网络很难找到NFC标签，因为风险失去生命的重要点。绕另一条路，它更容易找到的网络具有大量的NFC标签。

“蓝牙”
没有什么更多的乐趣，而不是与其他玩家分享自创曲目。随着蓝牙技术的无线数据交换，玩家可以轻松地分享他们的踪迹。

“OpenGL ES的嵌入式系统（开放图形库）”
一个无聊的文本字段的生命点作为一个指标？不带“辐射亚军”！使用OpenGL ES的，生命点，用一个充满活力的健康吧。流利地切换之间的绿色和红色的颜色的变化。生活少点一个球员，剩下的寿命越红酒吧。

更多功能
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•跟踪发生器
•力反馈
•多国语言
•NFC和Wi-Fi状态测试
•详细说明


Radiation Runner

Radiation Runner的最新版本