搜索资源列表
DPH
- 动平衡相关算法 本程序介绍了一些与旋转机械动平衡相关方面的算法 -balancing algorithms on the procedures with a number of rotating machinery related to the balancing algorithm
STL-MOVE
- 可以实现三维STL文件（基于ASC码）的读入、易动、旋转、缩放。
esprit
- 此算法是基于空间旋转不变技术（ESPRIT）编写的matlab程序，用来提取信号的频率，幅值，衰减时间常数，相位等参数
BEM_Bing_LIU.rar
- 叶片元素计算法 基于叶素-动量理论（BEM）. 采用叶素-动量理论可以计算风轮旋转面中的轴向诱导。 风力发电用,BEM method for calculate the blade drage and lift force.
polygon
- 这是一个解决画出一个正多边形并且一直让其内切旋转的源代码，正多边形-It' s a solution and has been allowed to draw a regular polygon inscribed rotating the source code, regular polygon
bss
- 基于独立分量分析的消噪方法在旋转机械特征提取中的应用-Denoising method based on independent component analysis in rotating machinery feature extraction
rotating-flower
- excel vba制作的可沿路径旋转的花朵动画-rotating flower moves along certain path
Animation
- openGL做光照渲染和旋转动画的源程序-The source code of Light rendering and animation using OpenGL
daihongwaiyaokong
- 带红外遥控的旋转LED程序 LEDLED-Rotating LED program with infrared remote control
yibudianji
- 异步电动机的MATLAB仿真，根据异步电机在两相同步旋转坐标系下的数学模型, 利用SIMULINK软件包中的S函数模块和基本模块, 构建出电机的仿真模型。-MATLAB simulation of induction motor，According to the mathematical model of induction motor in the two-phase synchronous rotating coordinate system, the use of SIMULINK pac
largeAngle_trans
- 任意角度旋转空间直角坐标转换模型的参数求解，采用最小二乘方法，富有约束条件的简介平差-Arbitrary rotation angle parameter space Cartesian coordinate conversion model to solve, using the least squares method, wealthy constraints Introduction Adjustment
smallAngle_trans
- 小角度旋转空间直角坐标转换模型的参数求解，利用小角度近似简化旋转矩阵，采用最小二乘方法-Small-angle rotation model space rectangular coordinate conversion parameter solution, using small-angle approximation to simplify the rotation matrix, using the least squares method
rotation_dir
- 遥感原理与应用，运用间接法和直接法对图像进行旋转和一系列操作-Principles and applications of remote sensing, the use of indirect and direct method for image rotation and a series of operations
OAM
- 平面上排布不同旋转角的纳米天线产生不同几何相位调制用生成涡旋光(The vortex is generated by the different geometric phase modulation of the nanometer antenna with different rotation angles arranged on the plane)