Features:
- Designer-friendly Master Material for Cards with depth effect
- Five completed artistically executed Tarot Cards + Default Placeholder
- Convenient ability to add a detail masks and effects
- Textured model of stylized two-sided Card Deck
Number of Unique Materials and Material Instances: 7
Number of Textures: 37
Texture Resolutions:
- 2048×2048
- 512×1024
- 512×512
- 256×256
Supported Development Platforms:
- Windows: Yes
- Mac: Yes
Important/Additional Notes: Limit of parallax layer numbers is 6 (square texture split on two strokes and three columns), Limit of detail effect numbers is 4 (R, G, B and A channels of detail mask texture). The project include five completed artistically executed Tarot Card Illustrations and textured model of a Card Deck. You can feel free to use all of this illustrations and deck asset into your project as a Master Material.
特征:
- 具有深度效果的卡片设计友好的主材料
- 五个完成的艺术执行塔罗牌+默认占位符
- 方便的能力添加一个细节蒙版和效果
- 风格化双面卡片组的纹理模型
唯一材质和材质实例数:7
纹理数量:37
纹理分辨率:
- 2048×2048的
- 512×1024的
- 512×512的
- 256×256的
支持的开发平台:
- Windows:是的
- Mac:是的
重要/附加说明:视差层数的限制是6(在两个笔划和三列上分割的方形纹理),细节效果数的限制是4(R,G,B和细节蒙版纹理的通道)。 该项目包括五个完成的艺术执行塔罗牌插图和纹理模型的卡片甲板。 您可以随意使用所有这些插图和甲板资产到您的项目作为主材料。
Video demonstration: https://youtu.be/fLYsZsvh4ho
The project contains a Master Material for creating a card with a parallax effect. Using the example of one placeholder rig and five fully artistically illustrated Tarot Cards (which are also included in this project) you can get a complete picture of the range of options of the master material.
The material instance takes the input *.png illustration and divides it into six equal parts. These six pieces lined up to create a depth effect that can be fine-tuned. This method allows you to create an designer-friendly pipeline and get excellent technical optimization with automatic texture streaming.
视频演示:https://youtu.be/fLYsZsvh4ho
该项目包含用于创建具有视差效果的卡片的主材料。 使用一个占位符钻机和五个完全艺术插图的塔罗牌(也包括在这个项目中)的例子,你可以得到一个完整的图片的选择范围的主材料。
材质实例接受输入*。png插图并将其分成六个相等的部分。 这六个作品排成一行,创造出可以微调的深度效果。 此方法允许您创建一个设计人员友好的管道,并通过自动纹理流获得出色的技术优化。
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