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DesigningaPCGameEngine
- We outline here the requirements of a 3D game engine, illustrated by describing a particular engine’s components. We designed the game engine, marketed as NetImmerse, to run on PCs with a broad range of performance levels, both with and wit
niudunfa
- 计算方法实验，通过编程实现埃特金加速法，一般迭代法，牛顿法的收敛次数的计算-calculated experiment, Programming Aitken acceleration method, the general iterative method, the convergence of Newton's method of calculating the number of
Motionplanner
- 数控机床上，对加工曲线粗插补，含有S加减速，匀速运动和运动间的线段衔接-CNC machine tools, processing the crude curve interpolation, acceleration and deceleration containing S, uniform motion and the movement segment of convergence
M_code_gen
- 电机加速曲线生成器VC源程序,为从事或学习VC的朋友提供方便,同时该电机加速曲线生成器也是从事电机控制的朋友不可或缺的开发利器.-electrical generator accelerating curve VC source files, or to engage in learning VC friends offer convenient, Comparisons of the motor generator acceleration curve is also engaged in a
circdemo
- This example program shows how to create an multi-axis path with acceleration ramping. It uses low-level function calls to the PIC-SERVO CMC, rather than the higher level functions found in PATHLIB4.DLL. It was created using Borland s C++ Builder. So
基于LPC2131的步进电机梯形加减速控制LP2131 Motor
- 基于LPC2131的步进电机S形加减速控制,包含整个工程文件，并附上word文档的连接电路图，和必要的说明，是很好的熟悉ARM嵌入式开发和步进电机控制的资料。-LPC2131 based on the stepper motor S-shaped acceleration and deceleration control, including the project files, word documents together with the connection circuit, and t
mpu-6050
- MPU-6000（6050）为全球首例整合性6轴运动处理组件，相较于多组件方案，免除了组合陀螺仪与加速器时之轴间差的问题，减少了大量的包装空间。MPU-6000（6050）整合了3轴陀螺仪、3轴加速器，并含可藉由第二个I2C端口连接其他厂牌之加速器、磁力传感器、或其他传感器的数位运动处理(DMP: Digital Motion Processor)硬件加速引擎，由主要I2C端口以单一数据流的形式，向应用端输出完整的9轴融合演算技术-MPU-6000 (6050) is the world'
terrain3d
- VC MFC 和OPENGL ,飞机巡航,可自转,转向加减速,翻转等动作.-VC MFC and OPENGL, aircraft and cruise, can rotation, turn acceleration and deceleration, turning and other activities.
LP2131_Motor
- 基于LPC2131的步进电机S形加减速控制,包含整个工程文件，并附上word文档的连接电路图，和必要的说明，是很好的熟悉ARM嵌入式开发和步进电机控制的资料。-LPC2131 based on the stepper motor S-shaped acceleration and deceleration control, including the project files, word documents together with the connection circuit, and t
SOR
- 逐次超松驰迭代法(Successive Over Relaxation Me thod,简称SOR方法)是高斯—塞德尔方法的一种加速方法，是解大型稀疏矩阵方程组的有效方法之一，它具有计算公式简单，程序设计容易,占用计算机内存较少等优点,但需要较好的加速因子(即最佳松驰因子).下面我们首先说说松驰一词的含意,再利用它来解释雅可比迭代法与高斯—塞德尔迭代法,最后给出逐次超松驰迭代法的推算公式和收敛性条件.-Successive over relaxation iteration method (Su
microcontrollermotorcontrol
- AT89S52产生PWM直流电机调速 键控 加减速-PWM DC Motor Speed Keying acceleration and deceleration
acceleration-for-industrial-robots
- 工业机器人高速速度规划的实现方法的论文，关于梯形和s曲线速度规划的实现方法，IEEE收录，付费下载的，不过估计高校也有买这个数据库。-An efficient acceleration for fast motion of industrial robots
Comprehensive-control-of-s
- 这是一个基于51单片机的步进电机的综合控制，可以实现对电机的加速减速暂停和启动。-This is based on an integrated single-chip stepper motor control 51 can be achieved for the motor acceleration and deceleration pause and start.
aumerical-integ-ration
- : 针对实际振动位移难以获取的问题, 利用振动位移与加速度信号之间的关系, 先对采样后的加速度信 号采用时域数值积分,得到含有趋势项的速度信号及位移信号,再采用拟合多项式极值的方法, 消除积分过程 中产生的趋势项,从而得到更为精确的速度和位移信号. 算例表明, 利用拟合多项式极值消除趋势项的方法, 得到的位移时程曲线拟合精度高-: In pract ical engineering , the collection of displacement data is mo re dif
S-curve-generation-tool
- 步进电机加减速S曲线生成工具,参数生成工具看你们有没有用罗-Step motor acceleration and deceleration S curve generation tool
BujinMotor-S-Line
- STM32F103为核心控制步进电机实现S曲线加减速与直线加减速，驱动芯片为ULN2003,并用OLED进行显示，再加入了速度曲线的显示。还能实现加减速，正反转，速度保持。曲线数据使用数据表。-STM32F103 as the core control stepper motor S curve acceleration and deceleration and linear acceleration and deceleration, the driver chip ULN2003, and
trajectorygeneration
- 双S曲线轨迹规划，可用于两点之间最短时间规划，并且可以约束速度和加速度最大值(Hyperbolic S-curve trajectory planning, which can be used for the shortest time planning between two points, and can constrain the maximum speed and acceleration)
简易步进电机S加减速
- 简易步进电机S加减速，Keil编程C代码(Simple Stepping Motor S Acceleration and Deceleration)
简易步进电机S加减速
- 简易步进电机S加减速 电机S型加减速的驱动(Simple stepper motor S acceleration and deceleration)
简易步进电机S加减速
- 步进电机的加减速算法，内容非常详细，注释也比较清晰(Acceleration and deceleration algorithm of stepping motor)