搜索资源列表
BVP_tutorial
- 求解常微分方程组的bvp解算器的使用说明和教程和实例-tutorial and documentary and examples for ODE bvp
bvp6c
- 高精度的matlab求微分方程组的边值问题的bvp6 c的解算器，精度高于常用的bvp4c。-bvp6c solver for ode bvps in matlab
fukebai
- 傅科摆的matlab模拟程序，有考虑一次阻力，二次阻力。同时有一个word描述。学习matlab ode的好代码-Foucault pendulum matlab simulation program, considered a resistance, secondary resistance. At the same time there is a word descr iption. Code of good learning matlab ode
corner
- 有关角点检测大源代码，代码简单易于理解，非常适合初学者。c-About the big corner detection source code, the ode is simple and easy to understand, very suitable for beginners.
code2
- The zip file contains 3 matlab files for solving ODE s and 3 other pdf files
MATLAB
- ODE function 求解一阶线性常微分方程-ODE function for solving first-order linear ordinary differential equations
SimRobot-
- 基于ODE引擎的机器人腿部运动控制，对学习ODE物理引擎很有用-Small leg robot program based on the ODE engine, it is very useful for learning ODE engine.
double-pendulum
- In order to model the chaotic motion of the double pendulum,i am going to use Matlab solving the problem using numerical methods such as Rung-Kutta and Ordinary Differential Equations (ODE).-In order to model the chaotic motion of the double pendulum
noncontrol-ballistic-simulation
- Matlab编写的纵向平面内无控弹道仿真程序，（内含气动数据），采用线性插值与4阶龙格库塔法解算常微分方程组-The longitudinal plane Matlab prepared uncontrolled trajectory simulation program (includes aerodynamic data), using linear interpolation with four first-order Runge-Kutta method ODE solver
15-changweifenfangcheng-chuzhiwenti
- 常微分方程-初值问题【matlab例程】经典算法直接应用方便快捷-ODE- convenient initial value problem [] classical algorithm matlab routines direct application
New-folder
- The is basically on solution of Nonlinear ODE and coupled systems of Nonlinear ODE
RK4
- Runge-Kutta 4th-Order Java Application. It can be used to get the Butcher Table for various version of RK4. it is also useful in getting the ODE solution by using the initial conditions. It is useful in most engineering application.
vb2py-0-2-2014
- newest version of viaual basic to python out.full sourcec ode. easy to understand and fully compiles
Ruger-Kutta
- 四阶龙格库塔算法C语言求解常微分方程，开发运行环境Visual-C-Fourth-order Runge-Kutta algorithm for solving ODE C language, development environment Visual-C++ run
maple-in-Science-and-Technology
- Maple和Matlab是公式推导和计算的软件，最早是理论物理工作者为简化在原子核有关的公式推导而产生的。后来被用在极其复杂的公式推导和程序编制中。 作为现代科技的前沿数值计算，三维流体力学以及电磁学方程，核工程的方程在曲线坐标情况下，都是十分复杂的。仅仅流体力学的三个动量方程的项数就超过2532项，能量方程就有1583项，应力张量有954项，牵涉到湍流和边界条件的处理负复杂度还会加倍。 常微分方程也越来越复杂，多发动机停车的系统方程组用A4纸打印出来有800多页，所以这些高科技计算仅就
ode_demo_car_crash
- ode_demo_car_crash基于ode的小车，碰撞检测代码，用到小车关节，墙面堆放等。-ode_demo_car_crash based ode car, collision detection code, used car joints, walls stacked so on.
hc_nodeinsertbeforerefchildnonexistent
- ode for Embedded Linux.The "insertBefore(newChild,refChild)" method raises a NOT_FOUND_ERR DOMException if the reference child is not a child of this node. -ode for Embedded Linux.The "insertBefore(newChild,refChild)" method raises a NOT_FOUND_ERR
LSODE_P
- ODE Solver fo rtran-ODE Solver for fortran
PD
- An example of PD controller applied to ODE kinematic nonlinear model.
ode45_rockingblock
- 一个刚性块体的ode数值解，激励为正弦函数-a code for rocking block