资源列表
cfd2d
- 二维cfd求解器。适合初学者。注释不多，但是可以看懂。需要有一定CFD基础。-Dimensional cfd solver. Suitable for beginners. Comment much, but you can understand. Need to have some basic CFD.
yuntai
- 可有效控制一些摄像机的转向、及镜头的焦距！-Some cameras can effectively control the steering, and the lens focal length!
LIN-bus_API-library
- LIN bus_API函数库使用说明，包含各函数的详细解释。-LIN bus_API library use, including a detailed explanation of each function.
HDF
- Hdf openner. the project in delphi that could open the hdf4 file and visualization in windows application.
Eigen
- 这是一个简要的Eigen库的使用例子，Eigen是一个功能强大的矩阵运算库-This is a simple example about the usage of Eigen.Eigen is a very powerful matrix calculation library
VB6-cOMM
- VB6编写的串口通讯程序，与串口打标机通讯，本程序已在实际生产中稳定使用-Serial communication program written in VB6, and serial marking machine communication, the program has been used in actual production
jiaotongdeng
- verilog 语言写的交通灯设计源代码，实现左转灯、红灯、绿灯、黄灯转换，并且提供手动控制按钮-verilog language source code for design of traffic lights, turn left to achieve lights, red light, green light, yellow light conversion, and provides manual control buttons
BladedDLLInterface
- This source file contains example PitchCntrl(), UserHSSBr(), ! UserVSCont(), and UserYawCont() routines that are used to interface ! FAST with a master controller implemented as a dynamic-link-library ! (DLL) in the style of Garrad Hassan s
InitCurrent
- ! This routine is used to initialize the variables associated with ! current.- ! This routine is used to initialize the variables associated with ! current.
S1-
- ! This FUNCTION computes the shallow water hyperbolic numerator ! over denominator term in the wave kinematics expressions: ! ! SINH( k*( z + h ) )/SINH( k*h ) ! ! given the wave number, k, water depth, h, and elevation z, as ! inp
WaveNumber
- ! This FUNCTION solves the finite depth dispersion relationship: ! ! k*tanh(k*h)=(Omega^2)/g ! ! for k, the wavenumber (WaveNumber) given the frequency, Omega, ! gravitational constant, g, and water depth, h, as inputs. A ! high
Wheelerstretching-
- ! This FUNCTION applies the principle of Wheeler stretching to ! (1-Forward) find the elevation where the wave kinematics are to ! be applied using Wheeler stretching or (2-Backword) find the ! elevation where the wave kinematics are com