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Scientific Computing in the conjugate gradient method symmetric positive definit...
科学计算中的共轭梯度法解对称正定线性方程组.-Scientific Computing in the conjugate gradient method symmetric positive definite solution of linear equations.
- 2023-06-27 07:40:04下载
- 积分:1
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The use of C++ Realize the Graham scan method (for solving convex hull problems)...
使用C++实现的Graham扫描法(求解凸包问题),可设置生成随机点的个数、样式,同时支持设置显示范围、显示算法处理时间及使用文件导入导出点等功能。(文件格式为,头四个字节是点的个数,以后分别是各个点的x坐标和y坐标,每个数值均占4字节)。-The use of C++ Realize the Graham scan method (for solving convex hull problems), can be set to generate a random number of points, patterns, and at the same time to support the set display range, display algorithm processing time and the use of document features such as import and export points. (File format for the first four bytes is the number of points, after all points are x coordinates and y coordinates, each account for 4-byte value).
- 2022-02-04 23:48:30下载
- 积分:1
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space time coding
《Space-Time Coding》Branka Vucetic、Jinhong Yuan [2003]
a very good foreign book for wireless communication study
- 2022-02-05 13:40:15下载
- 积分:1
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矩阵求秩 矩阵求秩 矩阵求秩 矩阵求秩
矩阵求秩 矩阵求秩 矩阵求秩 矩阵求秩-juzhenqiuzhen
- 2022-01-24 17:32:10下载
- 积分:1
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一个根据给定的图,计算出最小生成树的程序
一个根据给定的图,计算出最小生成树的程序-according to a set plan, the calculated minimum spanning tree procedures
- 2022-04-16 22:50:22下载
- 积分:1
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队列医院
门诊的医院,在那里有单一的医生咨询,病人发放令牌依次递增的他们的到来。令牌符号还携带了一个数字,指示情况下,病人的严重程度。例如,如果感冒、 咳嗽患者正值 9.55 上午,他获取令牌数 10 和优先数 3 而在 10 上午患者心脏病发作的时候,他获取令牌数目 11 及优先次序
- 2022-04-13 14:22:16下载
- 积分:1
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求所输入数值的平方和累加
求所输入数值的平方和累加-for imported values and the cumulative square
- 2022-02-03 11:47:19下载
- 积分:1
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original request with the VC process, translate between 2
求原跟的VC程序,可计算2-10000之间的质数的原跟-original request with the VC process, translate between 2-10000 the quality of the original with a few
- 2022-02-07 21:09:23下载
- 积分:1
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贝塞尔曲线示例
#include < iostream >
#include < 矢量 >
#include < math.h >
#include"BezierPoint.h"
使用命名空间 std ;
BezierPoint 贝塞尔 (方法 < BezierPoint > & pts,双 t) ;
双选择 (双 a,双 b) ;
双 factorial(double num) ;
int main(void) {
方法 < < BezierPoint >> 方法警校 ;
char endPointCount = 0;
双 inx ;
双 iny ;
int ptCount = 0;
int 终结点 ;
双 deltaT ;
cin >> ptCount >> deltaT ;
为 (int 我 = 0 ; 我 < ptCount; i + +) {
cin >> inx >> iny >> 终结点 ;
BezierPoint p iny inx) ;
如果 (endPointCount = = 0 & & 终结点 = = 1) {
pts.push_back (方法 < BezierPoint > ()) ;
pts[pts.size()-1].push_back(p) ;
endPointCount + +;
继续 ;
}
pts[pts.size()-1].push_back(p) ;
如果 (endPointCount! = 0 & & 终结点 = = 1 & & 我! = ptCount-1) {
pts.push_back (方法 < BezierPoint > ()) ;
pts[pts.size()-1].push_back(p) ;
endPointCount + +;
}
}
为 (std::s
- 2022-03-13 19:08:01下载
- 积分:1
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AVL树的创建与基本操作
AVL树的创建与基本操作-AVL Tree and the creation of basic operation
- 2022-12-12 08:45:03下载
- 积分:1