Proximate-Tile Map Generation for Realistic Terrain
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Solution Overview
Problem
Random distribution of map tiles in virtual space map generation reduces realism, necessitating alternative approaches to enhance the realism and quality of generated maps.
Innovation Solution
A system that determines proximate tile types and levels for map tiles based on graphic representations, using modules like tile type input, proximity determination, and level determination to generate maps, allowing for more realistic terrain representation and user interface modifications.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If map tiles are distributed in random positions, then the map generation process is simple and fast, but the realism of the virtual space is reduced
Solution Approach 1:
The patent applies local quality by analyzing the tile types of proximate (adjacent) map tiles to determine the level information of each tile. Instead of treating all tiles uniformly, the system considers the local characteristics of neighboring tiles to assign appropriate levels, creating realistic transitions between different terrain types while maintaining efficient generation through localized analysis rather than global optimization.
2Reliability
If proximate tile types and levels are determined for each map tile, then the realism and terrain representation are improved, but the computational complexity increases
Solution Approach 1:
The patent implements preliminary action by receiving tile type information in advance (potentially from graphic representations or user input) and using this pre-established data to determine proximate tile types and levels. This preparatory step allows the system to efficiently generate realistic terrain without requiring complex real-time calculations during map generation, as the foundational tile type information is already available.
Data Source
AI summary
An approach to facilitating proximate-tile-type-based map generation is provided. Tile type information that indicates tile types for map tiles of a map to be generated may be received. One or more proximate tile types may be determined for individual ones of the map tiles based on the tile types. The proximate tile types may include one or more of the tile types of other ones of the map tiles that are proximate the individual map tiles on the map. Level information that indicates levels for the individual map tiles may be determined based on the proximate tile types of the individual map tiles. The map may be generated based on the tile type information and the level information. In some implementations, the tile type information may be received as a graphic representation having colors that indicate the tile types.