搜索资源列表
HTCGSensor
- HTC手机重力感应的API, C++语法。内含一个例子。-HTC mobile gravity sensing API C++ syntax
inver
- 计算重力布格异常,并反演莫霍面起伏,主要采用Parker密度法反演-a matlab version for calculating the Bouguer anomaly and do the inversin work
MMA7660-Android-Driver
- MA7760重力感应器,驱动程序,很好用-ma7760
thermometer
- android 仪表盘代码。根据重力的不同指针来回摆动。-android dashboard code. Different indicators according to the gravity of the swing.
lis302dl
- 基于X86架构的andriod系统,重力传感器(lis33de)code-Andriod system based on X86 architecture, gravity sensor (lis33de) code
Connect4
- alpha-Beta剪枝实现的重力四子棋 包括界面 以及 AI-alpha-Beta pruning to achieve the gravity moves, including four sub-interface and AI
SensorTest
- Android 手机系统中的重力传感器+源码,,重力传感器也称为加速度传感器,源代码编译环境需要SDK 1.5(api 3)支持。 此传感器不仅对玩家反转手机的动作可以检测到,而且会根据反转手机的程度,得到传感器的值也会不同-Android mobile phone system in the gravity sensor+ source code, gravity sensor, also known as acceleration sensors, the source code is co
SensorTest22
- 通过android手机的重力传感器获得当前用户的动作,翻转,以及方向。-Android mobile phone by the gravity sensor to obtain the current user' s movement, flip, and direction.
adxl345_msp430
- 重力加速度传感器ADXL345测量倾角,用MSP430单片机控制,完整工程。-Gravity acceleration sensor ADXL345 Angle measurement, with MSP430 microcontroller control, complete project.
MMA7455@C8051FXX
- 使用C8051F系列单片机读取MMA7455重力加速度传感器的值,并显示到LCD1602上,并有测倾角功能-MMA7455 using C8051F MCU reads the value of gravity acceleration sensor, and display on the LCD1602, and angle measurement function
BMA180Accelerometer_I2CSourceCode
- BMA180Accelerometer_I2CSourceCode是基于WinCE的重力加速计驱动程序-BMA180Accelerometer_I2CSourceCode WinCE-based gravity accelerometer driver
DE0_NANO_GSensor
- 该代码利用DE0 nano上面的ADI ADXL345三轴重力传感器实现重力感应,根据偏转角度的不同点亮相应方向上面的LED灯,稍加修改,还能够将各个方向上面的重力加速度值实时显示,希望大家喜欢-The code used DE0 nano gravity above the ADI ADXL345 three-axis accelerometer sensors to achieve according to the deflection angle of light in different
Particle
- 基于C++的烟花游戏编程,符合重力等物理条件制约-Based on the physical conditions of C++, fireworks game programming in line with gravity constraints
Strapdown
- 一、数据说明: 1:惯导系统为指北方位的捷连系统。初始经度为116.344695283度、纬度为39.975172度,高度h为30米。 初速度为v0=[0.000048637 0.000206947 0.007106781],飞行高度不变。 2:jlfw中为600秒的数据,陀螺仪和加速度计采样周期分别为为1/80秒和1/80秒。 3:初始姿态角为[0.120992605 0.010445947 91.637207](俯仰,横滚,航向,单位为度), jlfw中保存的为比力信
androidbox2d-read-only
- android box2d 重力引擎开发示例,很有用-android box2d
compass
- Android平台指南针应用,运用了重力方向感应器、图像动画效果等-Android platform, compass applications, the use of the direction of gravity sensors, images, animation effects, etc.
zhongliganying
- android关于重力感应的源码,这些源码经过实践的-android about zhongliganying
bluetoothcar
- 在安卓系统上 通过重力传感器和蓝牙遥控小车 -In the android systems through the gravity sensor and bluetooth remote control the car
The-balance-ball-game
- 这是一款android 手机小游戏,要求必须是触屏才可以,里面嵌入了重力引擎-this is a balance ball game
beungee_jumping
- 蹦极跳系统的仿真,整个蹦极跳系统的数学描述为mx =mg+bx-a1x -a2|x |x ,m为物体的重量,g为重力加速度,x为物体的位置。-Bungee jumping system simulation, the whole system of bungee jumping mathematical descr iption for mx = mg+ Bx-a1x-a2 | x | x, m is the weight of objects, g is the acceleration du