Features:
• 11 Niagara Blueprint Systems, one for each type of virus or bacterium. Every system includes exposed parameters to control lifetime, spawn rate, particle size and velocity.
• List of virus and bacterium:
Bacillus
Adenovirus
Bacterophage
COVID 19
Flagellate Bacteria
Human Papilloma Virus
Spike Virus
White Blood Cell
Red Blood Cell
Zika Virus
• A hanging particles system is included to enhance visuals.
• A map is included for each of the different virus and bacterium
• An overview map is included which shows each virus and bacterium.
• Runs at 120+fps on a GTX 1060
Type of Emitters: GPU Emitters
Number of Unique Effects: 11 Niagara Systems
LODs: No
Number of Materials: 2 Master Materials, 17 Material Instances
Number of Unique Meshes: 11 Static Meshes
Number of Textures: 15 Textures [4096X4096, 512X512]
Supported Development Platforms:
Windows: Yes
Mac: No
IMPORTANT NOTE: As this pack contains objects that in real life would be microscopic (in the order of nanometers), they have been scaled up to around 1-2 meters in diameter or length. This was intentional and in an effort to make it easier to visualize and manipulate the objects.
特征:
*11个尼亚加拉蓝图系统，每种类型的病毒或细菌一个。 每个系统都包括公开的参数来控制寿命、产卵率、粒度和速度.
*病毒和细菌清单:
芽孢杆菌
腺病毒
噬菌体
COVID19
鞭毛细菌
人乳头瘤病毒
穗病毒
白细胞
红细胞
寨卡病毒
*包括悬挂粒子系统，以增强视觉效果。
•每种不同的病毒和细菌都有一张地图
*包括一个概览图，显示每种病毒和细菌。
*在GTX1060上以120+fps运行
发射器类型：GPU发射器
独特效果数量：11个尼亚加拉系统
Lod：不
材质数量：2个主材料，17个材质实例
唯一网格数：11静态网格
纹理数量：15个纹理[4096X4096,512×512]
支持的开发平台:
Windows：是的
Mac：没有
重要事项：由于这个包包含的物体在现实生活中会是微观的（在纳米量级），它们已被放大到直径或长度约1-2米。 这是有意为之的，目的是使可视化和操作对象变得更容易。
Completely created within the Niagara ecosystem. This project contains 11 Niagara Systems which can be used to represent the behaviour of different viruses and bacteria. Each system has exposed parameters which control different parts of it such as: spawn rate, particle size and lifetime and system velocity.
These realtime VFX can be used for different purposes, medical simulation and resarch is an example.
Demo videos:
IMPORTANT NOTE: As this pack contains objects that in real life would be microscopic (in the order of nanometers), they have been scaled up to around 1-2 meters in diameter or length. This was intentional and in an effort to make it easier to visualize and manipulate the objects.
完全在尼亚加拉生态系统中创建。 该项目包含11个Niagara系统，可用于表示不同病毒和细菌的行为。 每个系统都有控制其不同部分的公开参数，例如：产卵率，粒度和寿命以及系统速度。
这些实时VFX可用于不同的目的，医学模拟和resarch就是一个例子。
演示视频:
重要事项：由于这个包包含的物体在现实生活中会是微观的（在纳米量级），它们已被放大到直径或长度约1-2米。 这是有意为之的，目的是使可视化和操作对象变得更容易。
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