为 J2ME 开发的一个 VNC 客户端 ( java 2 移动的版本).。它包括一个额外的计划,为RFB呼叫开发的一个容易使用的纯java的应用程序接口。...

zhadan超人。还是从 别的论坛上转过来的谢谢啊-zhadan Superman. Or from the other forums turn thanks ah

MathFP j2me的库类 学j2me的都知到的-MathFP j2me libraries of all types of learning j2me to know the

目前版本已经对 nokia 手机优化界面 适用于所有 Java 手机 可根据各手机再进一步美化(定制)界面- At present the edition already optimized the contact surface to the nokia handset to be suitable may act according to various handsets to all Java handset further to beautify again (has custom-made) the contact surface

MoMELog是J2ME的日志框架。它是非常简单的，可扩展的日志记录框架。它由微核心和扩展组成。-MoMELog is J2ME logging framework. It is very simple and extensible logging framework intended to be used at development time. It consists of small core and extensions, that provide particular formatting method or make logging information accessible to developers via particular mean.

Sun公司的J2ME官方例程若干，对于初学者或许算是一个不错的材料吧--Sun"s J2ME official number of routines for beginners may be a good material it-

J2ME郑州公交信息查询系统，实现了了单站查询、车次查询、站站查询、乘车方案（转乘）等基本功能！-Zhengzhou J2ME bus information system, implementation of the single-station information, trips inquiries, inquiries station car programs (interchange) and other basic functions!

UNIJA开发环境下的俄罗斯方块,适用于X859等机型.是初学者的参考范例-handset development environment of the Russian squares apply to E350 717. Yes beginners reference models

7个J2ME例子-7 J2ME examples

J2ME 中文api以及应用 J2ME 中文api以及应用 -Chinese api as well as J2ME applications and J2ME applications in Chinese api

物体做抛物线运动是游戏中基本运动物理模型之一！ 在PC游戏中可以由重力公式 轻易模拟，但在手机游戏中 ，由于多数手机不支持浮点运算 因此不能用 sin ，cos，　来分解初速度。　所以只能用近似模拟的方法！　我所采用的是：先放大后缩小的模拟方式，并且为了更精确加入了一定的偏移量。-objects do parabolic movement is the basic game campaign physical model one! The PC game can be easily simulated gravity formula, but in mobile phone games, because most phones do not support floating-point operations can not be used sin, cos, to the early speed of decomposition. Therefore, it can only approximate simulation method! I have adopted is : Go after the first amplification of a simulated manner, and in order to more accurately by adding a certain amount of offset.