vert x

the depth buffer, and if it is turned off, the object overlaps with the object will not be stroked, because the object rendered here without Z-values will "cover" The Strokes that are extruded here.Extrude points in the function vert that handle verticesdir=normalize(V.VERTEX.XYZ);Set up a float3 direction variable dirThe position of the point as a unit vector of the direction of the distance geometric centerFLOAT3 Dir2=v.normal;Set up a float3 direc

closed, the object and object overlap will not be stroked, Because objects rendered without Z-values here "cover" Extrude points in the function vert that handle vertices dir=normalize (V.VERTEX.XYZ); Establish a float3 dir to position the point as a unit vector of the direction of the distance to the geometric center FLOAT3 dir2=v.normal; Establish a float3 direction variable dir Dir2 for normal direction d=dot (DIR,DIR2); D is

Neural network model The activation function of radial basis neural network is based on radial basis function, which is usually defined as monotone function of Euclidean distance between any point of space to a center. The activation function of the radial basis neural network is \vert as the ∥dist∥\vert of the distance between the input vector and the weight vector dist as the independent variable. activa

. logical regression (logistic regression).and the Integrated Learning (Ensemble learning) algorithm:An integrated algorithm is a new classification algorithm that is formed by integrating multiple classifiers. Also known as the meta-algorithm (META-ALGORITHM).The Regression tree, the Taxonomy Tree (classification tree), collectively called the cart. The regression tree is the algorithm under the regression model, the algorithm under the classification tree classification model, which are all a

effects are different. You can also try another proportion on your own. 3. NGUI gray-based practices If there are so many lines of code, it is better to compile a few lines of code. The idea is to modify the shader Transparent Colored of NGUI. We will deal with the loss of a color. Use (0, 0, 0) as the Enable grayscale switch. The Transparent Colored code is as follows: Shader "Unlit/Transparent Colored"{Properties{_MainTex ("Base (RGB), Alpha (A)", 2D) = "black" {}}SubShader{LOD 100Tags{"Queu

Passing vertex information to a vertex programCG/HLSL vertex programs, vertex information must be passed through the structure. Several commonly used vertex structures are defined in the Unitycg.cginc file. And in most cases it's enough to use them. Appdata_base: The position of the vertex, normal, and a texture coordinate. Appdata_tan: The position of the vertex, tangent, normal, and a texture coordinate. Appdata_full: Vertex position, tangent, normal, four texture coordinates

for itself//queue: Description of the queue in which the render is located, Geometry indicates that most opaque objects are rendered in this queue//Rendertype Opaque: Indicates that the object is opaque, and the difference between the queue is that it is only the rendering order, even if it is set to other, it is not a problem,//But you need this object is opaque Rendertype must be set to Opaquetags {"Queue" = "Geometry" "rendertype" = "Opaque"} Pass {//Lightmode: Illumination mode

when writing a CG or HLSL shader program, we need to use semantics (Semantic) to indicate the "intent" of the input and output variables. For example, this section of the shader code: shader "CUSTOM/VF" {Properties {_maintex ("Base (RGB)", 2D) = "white" {}} subshader {Tags {"R Endertype "=" Opaque "} LOD $ Pass {Tags {" Lightmode "=" forwardbase "} cgprogram #pragma multi_ Compile_fwdbase #pragma vertex vert #pragma fragment frag #include "unitycg.