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- Object-oriented design approach to building applications, which emphasizes the creation and utilization of reusable software tools. Students are introduced to data structures that are commonly encountered in building software applications and to the analysis of the efficiency of algorithms used to solve problems.
- Several modern approaches to practical software development at both a high and low level of abstraction. Client-Server and Event-Driven models of software design, with elementary design patterns such as Adapter and Model-View-Controller that support these models and with techniques such as test-driven design and refactoring that aid in the implementation of these ideas
- Command-time, batch, and event-driven models of user interaction as well as presentation styles, models of communication and cognitive processes, and the social implications of user interface design.
- The definition, representation, and manipulation of basic data structures such as arrays, stacks, queues, trees, and graphs.
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- An introduction to computing algorithm analysis and development, computer programming, data structures, computer architecture, and problem solving.
- Intermediate algorithm analysis and development, object-oriented programming, high level data structures, computer architecture, and problem solving
- Additional coverage of algorithm analysis and development, object-oriented programming, data structures, computer architecture, and problem solving; applications of computing
- Specialized trees, graphs, sets and tables, advanced searching and sorting, complexity analysis, and algorithm design techniques.
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- An introduction to systems programming within the context of C and Linux; topics include linking, writing scripts, performing system calls, managing memory, and using concurrency.
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- Computer networks based on the OSI model of a layered network architecture. The TCP/IP protocol suite is used to illustrate network protocols. It also includes an overview of local area networks, routing algorithms, and network applications.
- Combination of three CS131 laboratory exercises connected with a Graphical User Interface
- Features Centroid, Sierpinski Triangle Coordinate Manipulation and Dot Racing
- Project was featured at the St. Bonaventure University Arts and Sciences Expo
- Java and Java Swing package used
- Release Notes and Features: https://github.com/AnteZovko23/University-Assignments-and-Projects/releases
- Download the .jar file
- Open terminal (command prompt)
- Go to the directory where the file was downloaded,
- Enter this command (You need to have Java Development Kit)
java -jar Carpe.Noctem.v1.0.0.jar
