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A simple texture change or model update can impact gameplay mechanics, UI design, and monetization strategies. AI-driven tools to speed up repetitive tasks like UV mapping and texture generation. Polygon count and texture optimization to maintain performance. Automate texture creation and material variations.
Since the last post I’ve been working on the terrain’s vegetation. Doing it before starting the actual game would mean to already generate all the content that needs to be batched at the beginning, which is no solution for a theoretically “endless procedurally generated” terrain.
As I promised in this chapter I will dig deeper into the designing process around the creatures that will be walking on the procedural terrain. My personal solution was to program my own shape generator, based on values from the terrain generator. Designing the game world's creatures. Shape generation tool. Concept art.
makes up for it by providing an extremely powerful default material (which supports detail textures, triplanar mapping and other nice features) and an extremely easy-to-use shader language. Godot will pick the right compression for textures when importing for mobile, and supply them over the network. Still, Godot 3.0
Oily skin texture). The map models are rich and varied in terms of items, buildings, and terrain changes, which offsets outdated graphics performance. In-game models used in the cutscenes are obviously not suitable for close-up cutscenes in terms of texture or polygon quality. The grand scene).
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