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This article describes the process of analysis the procedural generation package Edgar for Unity game engine. This package focuses on generating dungeon layouts for top-down 2D games. The generation works with the developer creating room models and a non-directional graph for the dungeon, with the package generating a random layout from these inputs. The purpose of this article is to expand the variety of layouts that the package generates, creating a greater variety of results for the player without losing the randomness factor that comes from procedural generation. [ABSTRACT FROM AUTHOR]

This article describes the process of analysis the procedural generation package Edgar for Unity game engine. This package focuses on generating dungeon layouts for top-down 2D games. The generation works with the developer creating room models and a non-directional graph for the dungeon, with the package generating a random layout from these inputs. The purpose of this article is to expand the variety of layouts that the package generates, creating a greater variety of results for the player without losing the randomness factor that comes from procedural generation. [ABSTRACT FROM AUTHOR]

The DevOps methodology comes to facilitate the interaction between developers and operations, automating many of the steps necessary to generate the final version of a software application. It is a current trend in software development. However, today, many game projects are developed using procedures that cause delays and crunches. The games industry could benefit from incorporating these models, and their associated tools, into the complex process of developing a game. In this article, a study of the application of integration models in the game development process and a software-tools evaluation available in the market for this purpose is introduced. In addition, an initial DevOps methodology experience is presented, serving as a reference to other similar projects, thereby demonstrating the real possibilities of using DevOps in game development. [ABSTRACT FROM AUTHOR]

The DevOps methodology comes to facilitate the interaction between developers and operations, automating many of the steps necessary to generate the final version of a software application. It is a current trend in software development. However, today, many game projects are developed using procedures that cause delays and crunches. The games industry could benefit from incorporating these models, and their associated tools, into the complex process of developing a game. In this article, a study of the application of integration models in the game development process and a software-tools evaluation available in the market for this purpose is introduced. In addition, an initial DevOps methodology experience is presented, serving as a reference to other similar projects, thereby demonstrating the real possibilities of using DevOps in game development. [ABSTRACT FROM AUTHOR]