EE308FZ Lab2-1

[小小小小小翔]

Links

The Link Your Class	https://bbs.csdn.net/forums/MUEE308FZU202201
The Link of Requirement of This Assignment	https://bbs.csdn.net/topics/608858956
The Link of The Axure Share	https://h64n1x.axshare.com/
The Aim of This Assignment	Implements the Bobing software prototype
MU STU ID and FZU STU ID	20122454_832001105
Partner's MU STU ID and FZU STU ID	20124511_832001107

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Category

• Links
• PSP(Personal Software Process) Form
• Demand Analysis (Based on NABCD model)
• N(Need)
• A(Approach)
• B(Benefit)
• C(Competition)
• D(Delivery)
• Prototype Development
• Prototype development tool
• Prototype display online link
• Pair working photo
• Summary

PSP(Personal Software Process) Form

Personal Software Process Stages	Estimated Time(min)	Actual Time(min)
Planning	20	30
Estimate	10	15
Development	-	-
Analysis	15	20
Design Spec	20	30
Design Review	20	25
Design	130	120
Coding	-	-
Code Review	-	-
Test	15	20
Reporting	50	40
Size Measurement	5	5
Postmortem & Process Improvement Plan	10	30
Totol	295	335

Demand Analysis (Based on NABCD model)

N(Need)

One of the traditional Chinese festivals——— Mid-Autumn Festival, is a day when every Chinese reunites every year. In Xiamen, Fujian Province, playing Bobing with family and friends on the evening of the Mid-Autumn Festival is a popular traditional folk custom. But after the Covid-19 pandemic, everyone can't come together like before. And Bobing is slowly fading into view.

My partner and I plan to design our own Bobing app. The app includes the following features:

• 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.

Firstly, we have to design a prototype of it.

A(Approach)

The first experiment only required us to design the prototyping process, so we didn't think about the technology of choice for building Android apps for the time being (we'll put it in Lab2_2).
Flowchart showing the process of our Bobing application:

B(Benefit)

• Even because of the pandemic, we can enjoy fun with family and friends through Bobing.
• Bobing app allows us to use a modern way (no need to use real dice!). It inherits the customs of the traditional Chinese festival Mid-Autumn Festival.

  C(Competition)

• Our UI design is quite simple and straightforward, which means that you won't see ads when you use it!
• As a student project, the Bobing app is a non-profit, but we don't give up on updates. Instead, we will continue to refine it in the future to make it meet everyone's expectations.

  D(Delivery)

  Online:
• Our work is open source, so it can be found on Github.
• We expect to design a sharing feature to share Bobing to the web, QQ, WeChat, and Moments.

Offline:

• It can be promoted in the class and can also be played at home with relatives.

Prototype Development

Prototype development tool

Axure RP 8

Prototype display online link

:) Click to view the prototype <<<

Pair working photo

Summary

Even though we are currently only in the design prototype phase, we have plenty of confidence in the project!
What I learned in Lab2_1:

1. Learned Axure RP to develop a prototype
2. Use the NABCD model to understand what I need to do
3. Teamwork

This is the first real pairing software development process based on the actual needs of users. Reasonable assignment of tasks during pair development can make tasks easier. Pair development can also generate more good ideas. I completed the prototype of Bobing with my teammates, which made me gain a lot.