LAB 2-1 Bobing software

m0_64443733 2022-11-04 20:15:23

Index

Table
1.NABCD model
（1）Need
（2）Approach
（3）Benefit
（4）Competitors
（5）Delivery
2.Process
（1）Flow chart
（2）PSP
3.Development
（1）UI Prototype GitHub Link
（2）Application part of the interface display
4.Summary

Table

The Link Your Class	MUEE308FZU202201
The Link of Requirement of This Assignment	LAB 2-1 First pair programming assignment
The Aim of This Assignment	Bobing software
FZU ID and MU ID	FZU : 832002106 MU : 20122128
TeamMate Blog Link	TeamMate
TeamMate FZU ID and MU ID	FZU : 832002128 MU : 20124007

1.NABCD model

（1）Need

Course requirements

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.

Our analysis
According to the requirements of the topic, we need to design a program for the traditional Fujian Mid-Autumn Festival event Bobing to meet the Bobing tool for students who cannot participate in the event online because of the epidemic. For the user group, we will design our software program in four aspects: basic functions, user experience, product feedback, and optimization, which will include the basic dice throwing, judging the winning level, Mid-Autumn Festival special environment theme, and throwing records.

（2）Approach

Our software program was initially designed through the android studio platform, and the designed application has been able to run normally on Android phones, including the main interface of the application, the basic UI interaction interface, throwing the dice and judging the reward level, as well as displaying the game rules and other functions.

（3）Benefit

Our software program is able to continue traditional activities in an online format during the epidemic, while the software design and UI theme are full of Mid-Autumn elements, which can give users the most immersive experience of traditional activities. At the same time, we have set up a rule explanation interface in the software, which is convenient for users to check the rules at any time, while the software will automatically determine the throwing results and their corresponding prizes, which is friendly for users who are not clear about the game rules and from other places.

（4）Competitors

In a horizontal comparison, as an online product, our software can meet the basic features of convenience and ease of use, and we can design the UI interaction interface with Mid-Autumn elements to bring users an immersive festival experience when completing the basic functions, and we will record the results of previous throws to facilitate statistics, but there may be problems with data sluggishness or display order logic when synchronizing data in multiplayer online

（5）Delivery

It is planned to be promoted in the epidemic-stricken Fujian region, as a means to replace offline pancakes and to meet the demand for quick online use.

2.Process

At the beginning of the design phase intended to complete the basic design of the program, such as throwing six dice and randomly obtaining the value of six dice, while setting up the main interface of the application, in the follow-up work, we added the recognition function to automatically determine the level of the reward, to be able to correspond to the rule description, to provide the user with a description of the level of the prize won, while adding the game rule description to the basic interface of the program, so that users can easily view it at any time, in the optimization, we expect to achieve the function of multiplayer online activities, to be able to record the data of multiple people online and to display the sorting of the data obtained

（1）Flow chart

（2）PSP

Personal Software Process Stages	Estimated Time/minutes	Completed Time/minutes
Planning	40	50
Estimate	30	40
Development	-	-
Analysis	60	90
Design Spec	40	45
Design Review	15	10
Coding Standard	90	40
Design	65	100
Coding	120	240
Code Review Planning	20	20
Test	15	60
Reporting	30	45
Test Report	15	30
Size Measurement	40	30
Postmortem&Process Improvement	120	30
total	700	800