EE308 Lab2-2

[Gen_power]

The Link Your Class	https://bbs.csdn.net/forums/MUEE308FZU202201
The Link of Requirement of This Assignment	https://bbs.csdn.net/topics/608859318
MU STU ID and FZU STU ID	20123116_832001212
Teammate's MU STU ID and FZU STU ID	20122284_832001113
Teammate's blog link	http://t.csdn.cn/Ai2aU
GitHub link	https://github.com/Raymond1219/EE308_Lab2-2
Video demo link	https://www.bilibili.com/video/BV1Kd4y1c7u6/?vd_source=b10a6544d509e8be9e10e652eac63310

Catalogue

• 1. Key functions
• (1)Design an animation of dice rotation
• (2) Automatically display the result
• (3) The display of the game
• 2. Photos
• 3. Pair programming experience
• 4. Events that take a long time
• 5. PSP form
• 6. Github link
• 7. Link to the video
• 8. Summary

1. Key functions

(1)Design an animation of dice rotation

We need to roll dice in the game. The dice spin when you roll them. So we need to animate the dice roll. We selected pictures of dice with various angles and then combined them to make an animation.

(2) Automatically display the result

Each roll of the dice corresponds to a reward. When the player rolls the dice, the reward is automatically displayed so that the player can know the outcome.

(3) The display of the game

We need the roll of six dice to know the result of the lottery. So we first store all the results, then match the results of the dice, and finally output the prize.

2. Photos

3. Pair programming experience

Before starting the experiment, we read the experiment requirements carefully and learned the computer language to be used in the experiment. Last week we prototyped the Bobing software using axure. This week we wrote the program to make the Bobing software run. We haven't been able to do multiplayer yet, but we're happy to be able to do it as well as possible.

4. Events that take a long time

Since we used a new computer language in this experiment, we spent a long time in learning it. In the process of learning, we consulted a lot of CSDN information, and applied it in the programming process. In addition, we discussed how best to apply the language to software development. At the end of the programming, we reviewed the code to see if there were any errors.

5. PSP form

Personal Software Process Stages	Estimated Time(min)	Completed Time(min)
Planning	—	—
· Estimate	30	30
Development	—	—
· Analysis	60	80
· Design Spec	30	40
· Design Review	120	120
· Coding Standard	30	30
· Design	300	360
· Coding	700	800
· Code Review	90	85
· Test	10	15
Reporting	—	—
· Test Report	40	30
· Size Measurement	30	30
· Postmortem & Process Improvement Plan	20	20
Summary	1460	1640

6. Github link

https://github.com/Raymond1219/EE308_Lab2-2

7. Link to the video

https://www.bilibili.com/video/BV1Kd4y1c7u6/?vd_source=b10a6544d509e8be9e10e652eac63310

8. Summary

The task of this experiment is heavy and there are many things to learn. Although we spent a lot of time doing this, we got a great sense of accomplishment and fulfillment.