Emissive Materials 自发光材质 Whilst Area Lights are not supported by Precomputed Realtime GI, similar soft lighting effects are still possible using ‘Emissive Materials.’ Like Area Lights, emissive materials emit light across their surface area. They c…

Unity 2018.1.2f1 原文链接:https://www.youtube.com/watch?v=VnG2gOKV9dw Unity Lighting练习最终效果 眼睛.光源与物体 光学基础知识 透射.反射.折射.衍射.吸收.散射 直接光照与间接光照 间接光照:光线经过多次反弹后进入眼睛 Unity内置两种Lightmapper: 1. Progressive lightmapper, 是一个无偏差的蒙特卡罗路径跟踪器,仅支持 Baked GI2. Enlighten lightmap…

刚开始也不知道什么是pbr (Physically Based Rendering)后来才发现这是一种新的渲染方式 与之对应的是材质是pbs(Physically Based Shader) unity中的pbs有两种,一种是金属度的,一种是反射的, 具体前者可以做金属泥土之类,后者用于其他非金属的,但是这不绝对,前者也能做布料木头之类 最终使用还是要看艺术效果 (unity中金属度pbr材质) (unity中反射流程pbr材质) PBR做法 albedo map 无光颜色贴图normal ma…

  Reflections 反射 Reflection Source 反射源 By default, objects in a scene are rendered using Unity’s ‘Standard Shader’. The Standard Shader is a 'physically based shader' (PBS). This attempts to accurately represent the behavior of light on materials by…

  Choosing a Rendering Path 选择渲染路径 Unity supports a number of rendering techniques, or ‘paths’. An important early decision which needs to be made when starting a project is which path to use. Unity’s default is 'Forward Rendering”. Unity支持许多渲染技术或“路径…

一.创建几何体的类型 1: 创建平面 Plane;2: 创建立方体 Cube;3: 创建球体 Sphere;4: 创建胶囊体 Capsule;5: 创建圆柱体 Cylinder;6: 3D文字 3D text; 创建出来的几何体,自带这些组件: 1.transform 2.Mesh Filter:网格 3.Collider:碰撞体 4.Mesh Renderer:网格绘制,把材质拖进Material属性中就可以绘制出几何体的图案 二.材质 在resources文件夹下面创建一个metarial文…

  The Precompute Process 预计算过程 In Unity, precomputed lighting is calculated in the background - either as an automatic process, or it is initiated manually. In either case, it is possible to continue working in the editor while these processes run be…

  Choosing a Lighting Technique 选择照明技术 https://unity3d.com/cn/learn/tutorials/topics/graphics/choosing-lighting-technique?playlist=17102   Broadly speaking, lighting in Unity can be considered as either ‘realtime’ or ‘precomputed’ in some way and bot…

Lighting overview 照明概述     In order to calculate the shading of a 3D object, Unity needs to know the intensity, direction and color of the light that falls on it. 为了计算3D物体的阴影,Unity需要知道落在它上面的光的强度,方向和颜色. These properties are provided by Light objects i…

分类:Unity.C#.VS2015 创建日期:2016-05-02 一.简介 物理材质 (Physics Material) 用于调整碰撞对象的摩擦力和反弹效果. 二.创建物理材质 要创建物理材质 (Physics Material),请从菜单栏选择[资源 (Assets)] -> [创建 (Create)] -> [物理材质 (Physics Material)].然后将物理材质 (Physics Material) 从[工程视图(Project View)]拖动到场景中的碰撞体(Coll…