LAB 3 First pair programming assignment
Customer Requirements
Brother Dong held a Mid-Autumn Festival event(Bobing) in the laboratory yesterday, but the rules need to be manually determined, the dice equipment is not complete, and remote students cannot participate in the epidemic prevention and control. Therefore, I hope that paired students can implement a Bobing software.
- Need to have an interface, six dice, shake randomly to produce results.
- The program allows multiple people to participate, and can automatically determine the results, it can be a stand-alone version or a network format.
- The interface style is lively and generous in response to the scene, and lays the foundation for the second implementation of pair coding.
This assignment first implements the Bobing software prototype. The style of the prototype interface depends on the language that the paired students will use in the second assignment.
Implementation requirements
- Demand Analysis. The text is accurate, the style is clear, and the pictures are both excellent. The word count is around 500 words. The text is a supplement to the picture. Only the text is given without the picture, which is not friendly to the user.
- The prototype model must be implemented with a dedicated prototype model design tool: such as Axure, Rapid, Balsamiq Mockups, Prototype, Composer, GUI Design Studio, Adobe design components, ink knives, etc. In the blog post, explain the prototype development tool you use, and give your prototype display online link, such as the ink knife prototype link.
- The presentation process of the prototype interface should be logically clear, easy for users to understand and use, and conform to the usage habits of mainstream people. How to define easy to understand and easy to use? If it is a teacher, teaching assistant, or other role as the user, the user's feedback is used as the standard. In any case, the user's experience is used as his or her scoring standard.
- Beautiful design. UI design specifications are unified, beautiful and exquisite. The term "good-looking" is also very general. Refer to the third criterion above, and the actual user experience shall prevail.
Blog Requirements
- Basic format [see Lab1].
- Give the student ID of the pairing partner and the corresponding blog address of this assignment.
- To conduct demand analysis on customer needs, the NABCD model can be used.
- Record the PSP form of this operation, including the estimated time and actual time.
- Give the prototype development tools used, and give your prototype display online link.
- Give a photo, including the paired classmates, work place, computer, and other items or scenes that can express the working experience of pair programming.
- Summarize this assignment, the difficulties encountered and how to solve them, the first pair programming experience, etc.
Tips:
1. TA can’t notice all students. If your blog can impress TA, you can get higher remark.
2. If you have some question, you should ask directly in the QQ group and you’d better not make a private chat with TAs or tutor.
3. Please issue your homework in the section of assignment on CSDN.
4. The Link of each assignment you would accomplish must be submit to Moodle, or you will lose the score of the assignment.
5. Each assignment submitted to CSDN must be completed in English.
相关推荐
冀教版初中英语单词表(7_9).docx
冀教版初中英语单词表(7_9).docx
【信息科学与工程学】计算机科学与自动化——第三百零五篇 计算机系统中的各类运算操作01
编号类型领域运算操作运算类型算法算法的详细设计及数学分析参数列表及参数的数值设计应用场景 (100+条)集合运算1集合运算关系代数并集 (Union)集合运算归并排序去重合并两个集合,去除重复元素。时间复杂度 O(n+m),n,m为两集合大小。输入:集合A, B。输出:A∪B。数据集成、多表结果合并、去重后的全量数据提取。2集合运算关系代数交集 (Intersection)集合运算哈希交集找出同时属于两个集合的元素。平均时间复杂度 O(min(n,m)),最坏 O(n*m)。输入:集合A, B。输出:A∩
【管理科学】【金融工程】第三十三篇 企业金融资产(含股票/债券)/固定资产 管理01
编号企业性质行业企业规模企业能力模型配方算法/模型名称数据结构列表算法逐步思考推理的数学方程式及参数列表及参数的值范围时序数学方程式误差/算法复杂度底层规律和理论关系知识和法律法规1民营制造企业制造业中型现金流预测与流动性管理时序预测+统计回归LSTM (长短期记忆网络) + ARIMA, , , , ARIMA(p,d,q): 其中: B: 滞后算子; d∈[0,2] (差分阶数); p∈[0,5]; q∈[0,5]; θ为移动平均系数 ∈[-1,1] LSTM:
chrome-win64-151.0.7904.0(Canary).zip
chrome-win64-151.0.7904.0(Canary).zip
弱电网下光伏并网逆变器序阻抗建模仿真复现扫频法【序阻抗判断稳定性】
内容概要:本文聚焦于弱电网条件下光伏并网逆变器的序阻抗建模与稳定性分析,系统阐述了基于扫频法的阻抗特性仿真与复现方法。通过构建正负序阻抗模型,深入剖析逆变器在弱电网环境中的动态响应特性,结合锁相环、电流环等关键控制环节对系统阻抗的影响机制,采用序阻抗稳定性判据评估多机并网或复杂电网条件下的系统稳定裕度。研究在Simulink平台中实现激励信号注入、频率响应采集与阻抗曲线绘制,为高比例新能源接入背景下并网系统的稳定性分析提供了可靠的仿真手段与理论支撑,尤其适用于SCI级别论文成果的复现与拓展验证。; 适合人群:电力电子、新能源并网技术及相关领域的硕士/博士研究生、科研人员,以及从事光伏逆变器、微电网稳定控制开发的工程技术人员。; 使用场景及目标:①掌握扫频法在电力电子装置阻抗建模中的具体实施流程;②理解并应用基于序阻抗的稳定性判据进行系统稳定边界分析;③用于高水平学术论文(如SCI期刊)中阻抗建模与稳定性分析部分的仿真复现与方法验证; 阅读建议:建议读者结合文中所述方法与提供的参考文献,自主搭建Simulink仿真模型,逐步完成扰动信号设计、数据采集、傅里叶分析及阻抗拟合全过程,深入探究控制参数变化对系统阻抗特性和稳定性的具体影响,强化理论与实践的融合能力。


