[数据库编程] BbqGridDemo
CBbqGrid网格控件及其应用于运动会积分统计示例程序
声明：此代码包里包含中学校运会积分统计程序实例代码、生成的.exe程序、演示实例环境搭建说明、控件CBbqGrid的头文件、.lib、.dll文件，没有网格控件CBbqGrid的cpp文件。
一、CBbqGrid控件特点。
本控件是基于Chris Maunder有名的MFC Grid Control 2.26的魔改后，控件更名为CBbqGrid。主要的改动主要有以下几个方面：
1、原来的控件对中文词组输入支持不好，现已修正；如单元格在选中，Edit框未出现的情况下输入中文词组会出现文字出错的现象；
2、修改复制、粘贴的代码，使控件能对于复制于Excel的区域数据正确粘贴；
3、增加行、列移动的功能；
4、增加了合并单元格的功能；
5、修改了区域选择的代码，使其可选取大块的区域时不会变卡；
6、增加了导出数据为Excel文件的功能；
7、排序方法方面，更改了快速排序为归并排序，在大量行的排序时间缩短十分明显，且中文的排序顺序与Excel的排序顺序一致，
Cbbqgrid grid control and its application in the sample program of games integration statistics
Declaration: this code package contains the instance code of the integral statistics program of the middle school sports meeting, the generated. Exe program, the construction description of the demonstration instance environment, the header file,. Lib,. DLL file of the control cbbqgrid, and the cpp file without the grid control cbbqgrid. (2019-11-11, Visual C++, 6050KB, 下载2次)
[教育系统应用] SMS
高校是一所师资力量非常雄厚的学校，随着院校的扩招，学生数量不断增加，学生管理已成
为学校管理中的重中之重。传统的学生管理方法是从学生的个人的自然情况出发，对其进行管理。但
是，这种方法不但效率低，而且还要耗费大量的人力，已经不能满足学校对学生管理的要求。
提高学生管理的管理水平，优化资源，尽可能地降低学校的管理成本，成为该学校势在必行的新
课题。学生管理系统是从学生管理的现状出发，根据学生管理的新要求进行开发设计的，它解决了学
生管理中数据信息量大，修改不方便，对一系列数据进行统计与分析花费时间长等问题。帮助学生管
理人员有效管理学生信息，已成为该学校管理中必不可少的管理工
The college is a very strong school teachers, with the enrollment of the institutions, the number of students increased, student management has become a top priority in the school management. Traditional student management approach is a departure from the natural situation of the student' s personal, and to manage them. However, this method is not only low efficiency, but also a lot of manpower, can no longer meet the requirements of the school managing. Improve the management level of student management, optimize resources, as much as possible to reduce the management costs of the school, to become a new topic for the school is imperative. Student management system is a departure from the status quo of student management, according to the new demands of the student management development and design, it solves the students manage large amount of data, modify inconvenient statistics and analysis takes a long time series of data . Help students effectively manage student information m (2013-04-14, Visual C++, 10035KB, 下载1次)
[Windows编程] 02
电梯模拟系统问题描述：
模拟某校九层教学楼的电梯系统。该楼有一个自动电梯，能在每层停留。九个楼层由下至上依次称为地下一层、第一层、第二层、……第八层，其中第一层是大楼的进出层，即是电梯的“本垒层”，电梯“空闲”时，将来到该层候命。
乘客可随时地进出于任何层。对于每个人来说，他有一个能容忍的最长等待时间，一旦等候电梯时间过长，他将放弃。
模拟时钟从0开始，时间单位为0.1秒。人和电梯的各种动作均要消耗一定的时间单位（简记为t），比如：有人进出时，电梯每隔40t检测一次，若无人进出，则关门；关门和开门各需要20t；每个人进出电梯均需要25t；如果电梯在某层精致时间超过300t，则驶回1层候命
Description of the problem:
Simulation of a school nine-story classroom building elevator system. Even an escalator at each stay. Nine floors from bottom sequentially called underground layer, the first layer, the second layer, ...... eighth layer, wherein the first layer is the building of the access layer, that is, the home base layer "of the elevator, the elevator" idle "will come to the layer on standby.
Passengers and out at any time in any layer. For each person, he has a tolerance longest wait time, waiting for the elevator too long, he will give up.
Analog clock from 0, the unit of time is 0.1 seconds. And lift a variety of actions have to consume a certain amount of time units (abbreviated as t), such as: was out, elevator every 40t detection, time, if not the movement of people, closed closing and opening each 20t each individuals out of the elevator are 25t elevator in a layer of fine more than 300t, drove back a layer on standby (2013-01-07, Visual C++, 6KB, 下载3次)
[教育系统应用] xueshengguanglixitong
随着各大院校的扩招，学生数量不断增加，学生管理成为学校管理中的重中之重。传统的学生管理方法，就学生的个人的自然情况出发，对其进行管理，但是，这种方法不但效率低，而且还要耗费大量的人力，已经不能满足各大院校的学生管理要求。
提高学生管理的管理水平，优化资源，尽可能地降低学校的管理成本，成为学生管理的新课题。学生管理系统是从学生管理的现状出发，根据学生管理的新要求进行开发设计的，它解决了学生管理中数据信息量大，修改不方便，对一系列数据进行统计与分析花费时间长等问题，帮助学生管理人员有效管理学生信息，成为高校管理中必不可少的管理工具。
本系统主要实现了以下功能：
学生信息录入
学生成绩录入
程序等级设置
学生违规处理
学生成绩排行
学生信息查询
学生成绩查询、打印
操作注意事项
（1）本系统管理员用户名为：tsoft，密码为：111。
（2）实例执行文件位置：\08\学生管理系统\源程序\Debug\mystudentsys.exe
As for parents to their children education with the constant attention, education industry in people s heart status more and more heavy, teachers burden and pressure is also more and more heavy. How to reduce the burden of teacher and pressure, has become the school principal need to solve the number one problem.
In the education work, for students test out of papers and change a volume is the most teachers of headache, not only consume large amounts of time, and consume large amounts of energy physical strength. Therefore, the test process by artificial operation into computer operation is inevitable result.
According to the characteristics of students test and actual condition of the school, this system should be based on the test process, from professional Angle, provide scientific and effective examination mode. The automatic test system from the data table topic in the way, when examinee answer by marking takes check with the correct answer that examinees, to add data form the (2012-04-11, Visual C++, 574KB, 下载3次)
[教育系统应用] 3-students-management-system
系统介绍
随着各大院校的扩招，学生数量不断增加，学生管理成为学校管理中的重中之重。传统的学生管理方法，就学生的个人的自然情况出发，对其进行管理，但是，这种方法不但效率低，而且还要耗费大量的人力，已经不能满足各大院校的学生管理要求。
提高学生管理的管理水平，优化资源，尽可能地降低学校的管理成本，成为学生管理的新课题。学生管理系统是从学生管理的现状出发，根据学生管理的新要求进行开发设计的，它解决了学生管理中数据信息量大，修改不方便，对一系列数据进行统计与分析花费时间长等问题，帮助学生管理人员有效管理学生信息，成为高校管理中必不可少的管理工具。
本系统主要实现了以下功能：
学生信息录入
学生成绩录入
程序等级设置
学生违规处理
学生成绩排行
学生信息查询
学生成绩查询、打印
System is introduced
Along with the universities and colleges of enrollment expansion and increasing the number of students, and students to become school management in the management of top priority. The traditional student management method, on student s personal natural conditions, the management, but, this method not only low efficiency, but also a significant amount of manpower, cannot have satisfied universities and colleges of student management requirements.
Improve the management level of students management, optimize the resource, as far as possible to reduce the cost of administering the school, become the student management new topic. Student management system from students management of the present situation of students management, according to the new requirements for the development design, and it solve the student management information, modify data in not convenient, to a series of data statistics and analysis of problems such as spending time long, help students m (2011-09-17, Visual C++, 8004KB, 下载3次)
[DSP编程] ADI-DMM-
本项目充分地利用了DSP 强大的信号处理能力和现代数值分析方法。设计了
电能表前端采样及计量模块的硬件，以及一套符合国标GB/T 17883-1999 的0.2S
级精度要求的算法，同时扩展了谐波分析功能。系统概述为：三相电压、电流
AD 采样，采样数据通过串口送至处理器(DSP)，由DSP 对采样数据作电参数计
量和谐波分析，处理结果通过定制LCD 显示，并通过脉冲口发出有功、无功校
表脉冲。DSP 采用ADI 公司的BLACKFIN531-16 位定点芯片，最高处理能力可
达800MIPS，采样芯片为16bit 的AD73360，支持六通道同步转换，无同步误差。
数字化、高精度、创新性和可扩展性是本项目的特点，准同步采样算法和谐波分
析是本项目的新颖之处。
This project fully utilize the DSP s signal processing capability and powerful modern numerical analysis. Design
Meter sampling and measurement module front-end hardware, and are consistent with national standard GB/T 17883-1999 of the 0.2S
Level accuracy of the algorithm, and extends the harmonic analysis. System is summarized as: three-phase voltage, current
AD sampling, sampling data sent through the serial processor (DSP), the sampled data from the DSP design for electrical parameters
Volume and harmonic analysis, the results through customizable LCD display, and issued by the pulse port active and reactive school
Table pulse. DSP ADI s BLACKFIN531-16 bit fixed-point chip, the maximum processing capability
Of 800MIPS, 16bit chip sampling of AD73360, support six-channel simultaneous conversion, no synchronization error.
Digital, high-precision, innovation and scalability characteristics of this project, quasi-synchronous sampling algorithm and sub-harmonic
Analysis i (2011-08-13, Visual C++, 666KB, 下载83次)
[数据结构] elevator-simulation
电梯模拟，模拟某校九层教学楼的电梯系统。该楼有一个自动电梯，能在每层停留。九个楼层由下至上依次称为地下层、第一层、第二层、……第八层，其中第一层是大楼的进出层，即是电梯的“本垒层”，电梯“空闲”时，将来到该层候命。
乘客可随机地进出于任何层。对每个人来说，他有一个能容忍的最长等待时间，一旦等候电梯时间过长，他将放弃。
模拟时钟从0开始，时间单位为0.1秒。人和电梯的各种动作均要消耗一定的时间单位（简记为t），比如：有人进出时，电梯每隔40t测试一次，若无人进出，则关门；关门和开门各需要20t；每个人进出电梯均需要25t；如果电梯在某层静止时间超过300t，则驶回1层侯命。
elevator simulation,Simulation of a nine-school teaching building elevator systems. This building has an automatic elevator in each stay. Followed by the bottom nine floors as the basement, first floor, second floor, ... ... the eighth floor, where the first layer is the layer out of the building, that is the elevator "home base layer," Elevator "free" when came to the floor stand.
Passengers can randomly access any layer. For everyone, he can tolerate a maximum waiting time, waiting for the elevator when the time is too long, he will give up.
Analog clock starts from 0, the time unit is 0.1 seconds. And lift a variety of actions have to consume a certain unit of time (abbreviated as t), for example: it was out of the elevator 40t test every time, without the movement of people, then closed close and open the door of the need to 20t each personal and out of elevators require 25t if the elevator stationary at a level more than 300t, then drove back a layer ready to go. (2011-08-12, Visual C++, 68KB, 下载13次)
[数据结构] fangzhendianti
模拟某校九层教学楼的电梯系统。该楼有一个自动电梯，能在每层停留。九个楼层由下至上依次称为地下层、第一层、第二层、……第八层，其中第一层是大楼的进出层，即是电梯的“本垒层”，电梯“空闲”时，将来到该层候命。
乘客可随机地进出于任何层。对每个人来说，他有一个能容忍的最长等待时间，一旦等候电梯时间过长，他将放弃。
模拟时钟从0开始，时间单位为0.1秒。人和电梯的各种动作均要消耗一定的时间单位（简记为t），比如：有人进出时，电梯每隔40t测试一次，若无人进出，则关门；关门和开门各需要20t；每个人进出电梯均需要25t；如果电梯在某层静止时间超过300t，则驶回1层侯命。
要求：
按时序显示系统状态的变化过程，即发生的全部人和电梯的动作序列。
Simulation of a nine-school teaching building elevator systems. This building has an automatic elevator in each stay. Followed by the bottom nine floors as the basement, first floor, second floor, ... ... the eighth floor, where the first layer is the layer out of the building, that is the elevator "home base layer," Elevator "free" when came to the floor stand.
Passengers can randomly access any layer. For everyone, he can tolerate a maximum waiting time, waiting for the elevator when the time is too long, he will give up.
Analog clock starts from 0, the time unit is 0.1 seconds. And lift a variety of actions have to consume a certain unit of time (abbreviated as t), for example: it was out of the elevator 40t test every time, without the movement of people, then closed close and open the door of the need to 20t each personal and out of elevators require 25t if the elevator stationary at a level more than 300t, then drove back a layer ready to go.
Requirements:
Timing display s (2011-06-20, Visual C++, 223KB, 下载10次)
[教育系统应用] Ex_ODBC
系统介绍
随着各大院校的扩招，学生数量不断增加，学生管理成为学校管理中的重中之重。传统的学生管理方法，就学生的个人的自然情况出发，对其进行管理，但是，这种方法不但效率低，而且还要耗费大量的人力，已经不能满足各大院校的学生管理要求。
提高学生管理的管理水平，优化资源，尽可能地降低学校的管理成本，成为学生管理的新课题。学生管理系统是从学生管理的现状出发，根据学生管理的新要求进行开发设计的，它解决了学生管理中数据信息量大，修改不方便，对一系列数据进行统计与分析花费时间长等问题，帮助学生管理人员有效管理学生信息，成为高校管理中必不可少的管理工具。
本系统主要实现了以下功能：
学生信息录入
学生成绩录入
程序等级设置
学生违规处理
学生成绩排行
学生信息查询
学生成绩查询、打印
System Introduction
With the major institutions, enrollment, increasing the number of students, student management of the school management a top priority. Traditional management methods of students on the students of the natural conditions of the individual, their management, but this approach is not only inefficient, but also spend a lot of manpower, has students in various tertiary institutions can not meet regulatory requirements.
To improve the management level of student management, optimize resources and minimize the cost of administering the school to become a new student management issues. Student management system is a departure from the status of student management, student management under the new requirements for development and design, and it solved the data informative student management, modify the inconvenience, on a series of data, statistics and analysis of issues such as spending a long time to help students to effectively manage student information management h (2009-12-30, Visual C++, 1998KB, 下载3次)
[教育系统应用] StudentManagementSystem
随着各大院校的扩招，学生数量不断增加，学生管理成为学校管理中的重中之重。传统的学生管理方法，就学生的个人的自然情况出发，对其进行管理，但是，这种方法不但效率低，而且还要耗费大量的人力，已经不能满足各大院校的学生管理要求。
提高学生管理的管理水平，优化资源，尽可能地降低学校的管理成本，成为学生管理的新课题。学生管理系统是从学生管理的现状出发，根据学生管理的新要求进行开发设计的，它解决了学生管理中数据信息量大，修改不方便，对一系列数据进行统计与分析花费时间长等问题，帮助学生管理人员有效管理学生信息，成为高校管理中必不可少的管理工具。
With the major institutions, enrollment, increasing the number of students, student management of the school management a top priority. Traditional management methods of students on the students of the natural conditions of the individual, their management, but this approach is not only inefficient, but also spend a lot of manpower, has students in various tertiary institutions can not meet regulatory requirements.
To improve the management level of student management, optimize resources and minimize the cost of administering the school to become a new student management issues. Student management system is a departure from the status of student management, student management under the new requirements for development and design, and it solved the data informative student management, modify the inconvenience, on a series of data, statistics and analysis of issues such as spending a long time to help students to effectively manage student information management has become an indispens (2009-12-21, Visual C++, 8019KB, 下载7次)
[其他] SportMeeting
学生运动会成绩数据库
问题描述：学生运动会成绩数据库系统记录某校运动会上全部运动项目，各系获得的分数及排名的情况，包括50、100、200，400，1500米，跳高，跳远，标枪，铅球铁饼等。进入系统后可以输入和修改某个项目的结果情况，可以按各系院编号输出总分；按总分排序；按男团体总分排序 ；按系院编号查询；按项目编号查询；按女团体总分排序。
分步实施：
初步完成总体设计，搭好框架，确定人机对话的界面，确定函数个数；
完成最低要求：建立一个文件，包括某个系，5个项目的得分情况，能对文件中的信息进行扩充（追加），修改和删除；
进一步要求：完成对多个系，多个项目的得分排序，以及完成系统查询功能。有兴趣的同学可以自己扩充系统功能。
键盘输入：系院数目，男子项目数女子项目数，（每项目取前三名，分别为10，5，2分）
要求：1）界面友好，函数功能要划分好
2）总体设计应画一流程图
3）程序要加必要的注释
4)要提供程序测试方案
5)程序一定要经得起测试，宁可功能少一些，也要能运行起来，不能运行的程序是没有价值的。
Problem Description: Student Games results of a database system for recording all the sports, school sporting events, various departments to obtain scores and ranking, including 50,100,200,400,1500 meters, high jump, long jump, javelin, shot put, discus and so on. Entering the system can enter and modify the results of a project, you can output Total Number of Hospitals by various departments sorted by Total by male groups Total sort by the Department of School No. inquiries by item number search by women groups Total sort. (2009-08-29, Visual C++, 46KB, 下载114次)
[VC书籍] hitgps
程序的设计选用C++语言，并且界面使用MFC制作，MFC中的窗口形式使用下拉形式和扩大化设计，学校介绍、学院介绍、景点介绍采用文件方式读取，进行文件的查找，学校导航运用了图的存储结构，并显示在学校的平面图上，学校平面图采用Google Earth的卫星照片，运用平面图上各个顶点（包括主要景点及关键路口）像素位置来定位其坐标，运用弗洛伊德算法可以定位两个顶点之间的最短路径,用户还可根据需要直接在平面图上点击自己感兴趣的地点，相应的介绍会以窗口界面的形式直接显示出来。
he design selection process C++ language, and the production of MFC interface, MFC in the form of window use the drop-down form and expansion of the design of schools, colleges, the spots to introduce the use of papers read, carried out to find documents, the school used the navigation map storage structure, and show the floor plan in the school, the school plans the use of Google Earth satellite photos, floor plans on the use of all vertices (including the main attractions and key junctions) to locate the pixel position coordinates, using Floyd algorithm can be targeted between two vertices of the shortest path, the user can also directly in the plan as needed by clicking on the location of interest, the corresponding window interface will be introduced directly displayed. (2009-07-14, Visual C++, 5709KB, 下载58次)
[图形图像处理] DavidPeterman_C
问题描述：
虽然离开浦口了，但在浦口校区后山大家还都有印象吧，可你知道有一座小山在冬天下大雪的时候是可以滑雪的，SEU很喜欢滑雪，这并不奇怪， 因为滑雪的确很刺激，可是为了获得速度，滑雪区域必须向下倾斜，而且当你到底时不得不重新走到上面重滑。SEU想知道在这个区域中最长的滑坡。区域由一个二维数组给出。数组的每一个数字表示山坡上一个点的高度。
下面是一个例子：
一个人可以从一个点滑向上下左右相邻的四个点之一，当且仅当高度减小。在上面的例子中，一条可行的滑坡为24-17-16-1(从24开始，在1结束)。当然25－24-23-…－3-2-1更长。事实上，这是最长的一条。
输入要求：
从文件输入，输入的第一行为表示区域的二维数组的R行数和C列数（都在1到100之间）。下面是R行，每行有C个数，代表高度。
输出要求：
输出数据到文件，输出区域中最长滑坡的长度。
输入样例：
5 5
1 2 3 4 5
16 17 18 19 6
15 24 25 20 7
14 23 22 21 8
13 12 11 10 9
输出样例：
Problem Description : Although left Pukou, but in Pukou Campus of the mountain we also have the impression it. You know a hill under the snow in winter is the time to ski, ski SEU like, it is not surprising, because skiing is very stimulating, but in order to obtain the speed, skiing region must downward slopping. but in the end when you had to re-entering the sliding weight above. SEU would like to know the longest in the region of landslide. From the region is a two-dimensional array. Every one of the array of figures on the hillside a high point. Here is an example : a person can be slid from a point adjacent to the next around one of the four points, and only if highly reduced. In the example above, a possible landslide as 24-17-16-1 (from 24, in a conclusion). Of course 25-24-23 (2007-05-29, Visual C++, 1KB, 下载63次)
[单片机开发] diantimonixitong
[问题描述]
设计一个电梯模拟系统。这是一个离散的模拟程序，因为电梯系统是乘客和电梯等
“活动体”构成的集合，虽然他们彼此交互作用，但他们的行为是基本独立的。在离散的模拟中，以模拟时钟决定每个活动体的动作发生的时刻和顺序．系统在某个模拟瞬间处理有待完成的各种事情，然后把模拟时钟推进到某个动作预定要发生的下一个时刻。
[基本要求]
（1） 模拟某校五层教学楼的电梯系统。该楼有一个自动电梯，能在每层停留。五个楼层由下至上依次称为地下层、第一层、第二层、第三层和第四层，其个第一层是大楼的进出层，即是电梯的“本垒层”，电梯“空闲”时，将来到该层候命。
（2） 乘客可随机地进出于任何层。对每个入来说，他有一个能容忍的最长等待时间，一旦等候电梯时间过长，他将放弃。
（3） 模拟时钟从0开始，时间单位为0.1秒。人和电梯的各种动作均要耗费一定的时间单位(简记为t)，比如：
有人进出时，电梯每隔40t测试一次，若无人进出，则关门。
关门和开门各需要20t
每个人进出电梯均需要25t
如果电梯在某层静止时间超过300t，则驶回1层候命。
（4） 按时序显示系统状态的变化过程：发生的全部人和电梯的动作序列。
[Problem description : design an elevator simulation system. This is a discrete simulation program, because the lift system for passengers and elevators "body" form of assembly, Although the interaction between them, but their behavior is a basic independent. The discrete simulation, simulation clock to decide on the activities of each of the action takes time and sequence. A simulation system in an instant to be done to deal with the matter, then analog clock advance to a certain action is scheduled to take place the next time. [Basic requirements] (1) simulation of a school teaching floor of the five-story elevator system. Even with an escalator, will stay in the library. Five floors from the bottom to the lower deck were called, the first-, second-, third- and fourth layer, i (2006-05-25, Visual C++, 48KB, 下载157次)
[教育系统应用] 运动会分数统计程序
题目:参加运动会的N个学校编号为1~N.比赛分成M个男子项目和W个女子项目,项目编号分别为1~M和M+1~M+W.由于个项目参加人数差别较大,有些项目取前5名,得分顺序为7,5,3,2,1 还有些项目只取前3名,得分顺序为5,3,2.写一个统计程序产生各种成绩单和得分报表.基本要求:产生各学校的成绩单,内容包括各校所取得的每项成绩的项目号,名次,姓名和得分 产生团体总分报表,内容包括校号,男子团体总分,女子团体总分和团体总分.概要设计:1. 为实现上述程序功能,应以线性表表示集合.2. 本程序包含3个模块:(1) 各集合定义模块(2) 线性表实现模块(3) 主程序模块
topics : participation in the Games N-school No. 1 ~ N. contestants were divided into men item M and W-woman project, a number of M and M ~ ~ 1 M W. As projects vary greatly in the number of participants, some of the items from the former five, scoring sequence of 7,5,3,2,1 also just take some items before the three scores sequence of incidents. write a variety of statistical procedures and report card scoring statements. the basic requirements : have the school report card, which includes school admission the results of each item, ranking names and scores scores statements groups, including schools, the men's team scores, the women's team scores and scores groups. summary of design : 1. to achieve the above functions of the program, said a linear table set .2. this program include (2005-05-17, Visual C++, 54KB, 下载202次)