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XuQingdong.tar
- 复数计算器:1、设计的任务要求 (1) 所设计的复数计算器可以进行+、-、*、+=、-=、*=、++、--、>=、<=、==、!=运算符,其中,>=、<=是针对复数的模进行计算。 (2) 设计输入重载函数,要求能接收从键盘输入a+bi形式的复数,在程序中可以识别出实部虚部并正确赋值。 (3) 设计计算器测试程序,对加减法进行测试,要求在两位数以内进行,对乘法进行测试,乘法要求为一位数的计算。
openxfemPP
- OpenXFEM++ with patches for Cygwin or Linux-An object-oriented enriched finite element code that provides a robust tool for simulating fracture using an extended finite element(XFEM)computations. The features of the program include flexibility in the
Linux_shell
- linux命令大全(修改版),chm格式 本手册由 碧轩(bixuan) http://www.ourlinux.net 收集整理并完成-linux command Guinness (modified version), chm format of this handbook by the Bi-xuan (bixuan) http://www.ourlinux.net collected and completed
3pcf
- 3PCF计算多线程实现 定义: 点集D、R。 定义D中的点为ai∈D,R中的点为bi∈R。 距离:r1、r2、r3、err 求: 满足以下条件的三元组(空间中三角形)的数目 <ai, bm, bn>,|ai-bm|=r1±err且|ai-bn|=r2±err且|bm-bn|=r3±err 原始解法: 对于D中每一点ai,在R中找到与之距离为r1的点集R’,找到与之距离为r2的点集R’’。在点集R’与R’’中,查找两点间距离为r3的点组数目。累加。
OtsuBIlevel
- Otsu bi level threshold function, using Opencv implemented in C.
ImmutableBiMap
- An immutable Bi Map with reliable user-specified iteration order for Embedded Linux.
FolderTypeRelationship
- This class gives access to the bi directional relationship between Resource Type and Resource Folder Type for Embedded Linux.
Demo
- 号码分配过程中,用如下格式表示已经分配的号码:a1-b1,a2-b2, ... ,ai-bi, ... ,an-bn,其中ai-bi表示一段连续号码,ai代表起始号码,bi代表结束号码,简称号码段。 例如: 12-30,40-50,100-200 表示12到30号,40到50号,100到200号已经分配。 号码段之间用“,”分隔,号码段起止号码用“-”连接。 给定字符串s1,代表已经分配的号码,格式如上; s2代表将要分配的号码,格式为a1-b1,即一个号码段。 编写
crash_dump
- Architecture code defines this if there are other possible ELF machine types, e.g. on bi-arch capable hardware.
soc-integrator
- AHB-Lite system bus, bi-endian for Linux v2.13.6.
audit
- Messages 1000-1199 are bi-directional. 1200-1299 & 2100 - 2999 are exclusively user space. 1300-2099 is kernel > user space communication. -Messages 1000-1199 are bi-directional. 1200-1299 & 2100 - 2999 are exclusively user space. 1300-2099 is
i2c总线协议(英文版)
- In consumer electronics, telecommunications and industrial electronics, there are often many similarities between seemingly unrelated designs. For example, nearly every system includes: · Some intelligent control, usually a single-chip microcont