This software is part of a hypothetical anti-ballistic missile system. It can decide whether an interceptor should be launched based upon input radar tracking information. It automatically determines the conditions relevant to the immediate situation and decides based on planar data points representing radar echos.
- Java JDK 11
For this project, the build tool Gradle is used. This project can be built with the help of the included wrapper without downloading this tool. If an installation is preferred, please follow the operating system-dependent instructions on the linked web page.
$ ./gradlew build (Linux/Mac)
$ gradlew.bat build (Windows)$ ./gradlew test (Linux/Mac)
$ gradlew.bat test (Windows)Note: this task triggers the jacoco-plugin, which is used the determine the test coverage. To open the test-report, open build/jacocoHtml/index.html with your browser.
As this software is only one part of a complete anti-ballistic missile system, it should be included as a package in other projects.
The decision of the algorithm method depends on the given data points and the predefined parameters. The parameters can be adjusted here: src/main/java/com/group24/decide/Parameter.java. The datapoints are provided here: src/main/java/com/group24/decide/Decide.java. Note that after changing the parameters, you have to rebuild the project.
To try out the program, some data points and an example configuration are given. The result of the algorithm is displayed in the console.
$ ./gradlew run (Linux/Mac)
$ gradlew.bat run (Windows)The JavaDoc documentation can be found here.
To generate the documentation locally:
$ ./gradlew javadoc (Linux/Mac)
$ gradlew.bat javadoc (Windows)To open the documentation, open build/docs/javadoc/index.html with your browser.
| Name | Contributions |
|---|---|
| Yilin Chang | Refactoring, PUM, LIC4, LIC7, LIC8 |
| Nikolai Limbrunner | README, JavaDocs, Github Actions, LIC3, LIC13, LIC14 |
| Pontus Persman | Skeleton, Github Actions, Integration Tests, LIC6, LIC11, LIC12 |
| Rafi Youssef | README, JavaDocs, LIC5, LIC9, LIC10 |
| Luciano Zapata | Skeleton, Way of working, FUV, LIC0, LIC1, LIC2 |
All members contributed to the unit tests and the utility functions used for geometric calculations.
Principles Established.
Foundation Established.
In Use.
In Place.
Working well.
Retired.
Right now we're in the stage IN PLACE.
Firstly, we had a start-up meeting and discussed how we wanted to set up the project and what tools we wanted to use in our way of working. The decision was based on the group's previous experience and interest. After the meeting,a project was set up on Github where we also integrated the tools we had discussed and came to the conclusion that we would use at the meeting.
Examples of tools / ways of working
- Github actions
- Pull requests settings and reviewing
- Issue creation
- Documentation and how tests should be implemented.
Over time, more tools began to be implemented (such as Javadocs and Github Actions for tests). Recently, all team members have followed our way or working by following a clear way on how to create branches and creating issues in Github and gradually solving these by implementing and integrating code.
In order to be able to reach the next step,working well , it is still necessary for everyone in the group to clearly follow the practices and use the tools available to perform their work. Example is using Javadocs.