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CORDIC_Algorithm_Simulation_Code
- cordic算法的C平台仿真，适用于三角函数、极坐标、双曲线等超越函数的硬件实现。-cordic algorithm C simulation platform, applicable to the trigonometric functions, polar coordinates, such hyperbolic function beyond the hardware.
NnuericalMethodsforPDE
- 本程序功能为计算一阶双曲型偏微分方程的初值问题,分别采用3种格式计算：1、迎风格式 2、Lax-Friedrichs格式 3、Lax-Wendroff格式-function of the procedures for calculating an order hyperbolic partial differential equation initial value problems were used to calculate three formats : 1, 2 upwind, the
hhouse
- hyperbolic Householder transformation的功能类似于Householder transformation，其作用是将被变换向量映射成双曲模与之相同的其它向量。其应用之一是快速QR分解。
qr_hhouse
- 基于hyperbolic Householder transformation的QR分解。 其使用需要调用hyperbolic Householder transformation程序。
hyperbolictreee
- 双曲树的经典画法,可用于进行树的可视化显示。-hyperbolic algorithm
DifferentialEquation
- 利用龙格库塔法（等步长，变步长）计算椭圆方程，双曲线方程，抛物线方程等。对各类微分方程进行数值计算。-The use of Runge-Kutta method (such as step, variable step size) calculated elliptic equations, hyperbolic equations, such as parabolic equation. Various types of differential equations for numerical
cordic
- cordic methods describe essentially the same algorithm that with suitably chosen inputs can be used to calculate a whole range of scientific functions including sin, cos, tan, arctan, arcsin, arccos, sinh, cosh, tanh, arctanh, log, exp, square root a
CODE_UPLOAD8778892000
- Displays a rotatable and scaleable wire frame of any 3D mathematical function. This can be made up from the normal VB maths plus inverse and hyperbolic functions. Functions can be created and saved as wanted. Image vertices can also be saved
001
- 分别用双曲线函数和指数函数拟合曲线，并进行误差计算,并能绘制曲线-Respectively hyperbolic function and the exponential fitting curve, and make error calculation, and can draw the curve of
finitvolummethod
- 有限体积法及其在边值问题中的应用本文介绍了极小位能原理、虚功原理和Ritz-Galerkin方法．主要讨论了椭圆型方程定解问题的有限体积法和双曲型方程定解问题的有限体积法，简要说明了椭圆型方程定解问题的有限体积法的收敛性和近似解误差估计．另外，针对矩形域上一个泊松方程的具体定解问题，导出了它的一种特殊有限体积格式，并且编程实现，计算出该泊松方程定解问题的数值解，将算出的数值解与问题的精确解进行了简单比较，得到了初步的结论．在具体例子中用的是一种特殊的有限体积格式，它可以化为五点差分格式，它比较简
airfoilgrd
- 双曲生成二维翼型C型网格（后缘可以有台阶）-Generate two-dimensional airfoil C-hyperbolic grid (there are steps you can back edge)
one_hyperbolic1
- 求解一维双曲方程。空间方向采用标准中心差分格式，时间方向采用积分或eruler法-Solving one-dimensional hyperbolic equation. Spatial directions using standard central difference scheme, the time direction or eruler method using integral
1-order-upstream
- 一阶迎风格式 用于计算一阶双曲型对流方程-First-order upwind scheme Used to calculate the first-order hyperbolic convection equation
wudianchafen
- 用显式差分格式计算双曲线方程初边值问题的解，用显式差分格式求数值解-Explicit Difference Schemes for computing the solution of initial boundary value problem in hyperbolic equations, numerical solution Explicit Difference Scheme
hyperbolicequationsnumericalsolution
- 微分方程课程设计 (双曲型方程数值解)一阶双曲型方程的差分格式 Lax_Wendroff，Lax-Friedrichs，Courant_Isaacson_Rees-Differential equations course (hyperbolic equations numerical solution) first-order hyperbolic equations, differential format Lax_Wendroff Lax-Friedrichs,, Courant_Isaa
Calc
- VB版高级功能计算器，除了具有数学运算外，还包括三角函数、反三角函数、双曲三角函数、绝对值等运算，还可以进行一些比较复杂的表达式计算，比如 ln e + rnd(2) + 3(2)4 * (log(tan (itan 1))) 等。-VB version of the advanced features of the calculator, in addition to mathematical operations, including trigonometric, inverse trigo
book2.pdf
- This a fre book on simulation of hyperbolic conservation laws using compuataonal fluid dynaimics and seemes very useful.-This is a fre book on simulation of hyperbolic conservation laws using compuataonal fluid dynaimics and seemes very useful.
JS
- 本计算器界面简单大方，除了最基本的加、减、乘、除功能外，还支持常用的储存、取存、累存、积存、清存、取余、取整功能，支持十六进制、十进制、八进制、二进制、上档功能、双曲函数、快速使用，方便切换退格，清屏、全清等功能、支持IE浏览器，360浏览器，搜狗浏览器，火狐浏览器，谷歌chrome浏览器等主流浏览器，即计即用，无需数据库，上传即可使用！-The calculator interface is simple and elegant, in addition to the basic additi
Cordic
- CORDIC（Coordinate Rotation Digital Computer）算法即坐标旋转数字计算方法，是J.D.Volder1于1959年首次提出，主要用于三角函数、双曲线、指数、对数的计算。该算法通过基本的加和移位运算代替乘法运算，使得矢量的旋转和定向的计算不再需要三角函数、乘法、开方、反三角、指数等函数。-CORDIC (Coordinate Rotation Digital Computer) algorithm that coordinate rotation digita
Randall-LeVeque
- This book contains an introduction to hyperbolic partial differential equations and a pow-erful class of numerical methods for approximating their solution, including both linear problemsandnonlinearconservationlaws.