# Run-time API ``` using AmazingAssets.LowpolyStyleMeshGenerator; ``` Now Unity [mesh](https://docs.unity3d.com/ScriptReference/Mesh.html) class will have new **LowpolyStyleMeshGenerator** extension with the **Generate(**...**)** method calculating lowpoly style mesh and baking provided textures inside its vertex color. ```csharp // Example of generating lowpoly style mesh with textures baked inside vertex color using AmazingAssets.LowpolyStyleMeshGenerator; public class ExampleScript : MonoBehaviour { public LowpolyStyleMeshGeneratorEnum.Solver solver; public Texture2D[] textures; public int uvIndex = 0; void Start() { //Read mesh from MeshFilter Mesh sourceMesh = GetComponent().sharedMesh; //Generate lowpoly style mesh Mesh lowpolyMesh = sourceMesh.LowpolyStyleMeshGenerator().Generate(solver, textures, uvIndex, null, null); //Attach new mesh to the MeshFilter GetComponent().sharedMesh = lowpolyMesh; } } ``` ```csharp Mesh Generate(LowpolyStyleMeshGeneratorEnum.Solver solver, Texture2D[] textures, int uvIndex, Vector4[] texturesTilingOffset, Color[] colors, LowpolyStyleMeshGeneratorEnum.SourceVertexColor sourceVertexColor = LowpolyStyleMeshGeneratorEnum.SourceVertexColor.None, LowpolyStyleMeshGeneratorEnum.AlphaType alphaType = LowpolyStyleMeshGeneratorEnum.AlphaType.DefaultValue, LowpolyStyleMeshGeneratorEnum.LowpolyUV lowpolyUV0 = LowpolyStyleMeshGeneratorEnum.LowpolyUV.None, LowpolyStyleMeshGeneratorEnum.VertexAttribute saveFaceCenter = LowpolyStyleMeshGeneratorEnum.VertexAttribute.None, bool mergeSubmeshes = false) ``` Generates new lowpoly style mesh based on the provided parameters. Source mesh is not modified. | ^solver | ^{Baked vertex color style:} ^{**AverageColor**}^, ^{**CenterColor**} ^or ^{**FirstVertexColor**}^. | | ------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | ^textures |

_{Array of the textures with the same size as the source mesh’s sub-mesh count. Each texture is baked corresponding to its sub-mesh index. In the case of providing only one texture, it is used for all sub-meshes.}
_{Passing null value bakes white texture.}

| | ^uvIndex | ^{Mesh UV index used for texture sampling for baking it inside vertex color. By default it is 0. Can be in the range of \[0, 7].} | | ^{texturesTilingOffset} |

^{Baked textures tiling and offset values. Must be the same size as the textures array.}
^{Passing null value uses default (1, 1, 0, 0) parameters.}

| | ^colors |

^{Array of the baked colors with the same size as the source mesh’s sub-mesh count. Each color is baked corresponding to its sub-mesh index. In the case of providing only one color, it is used for all sub-meshes.}
^{Passing null value bakes white color.}

| | ^{sourceVertexColor} | ^{Combines mesh original vertex color with generated lowpoly color.} | | ^alphaType |

^{Saved vertex color's alpha value.}

^{Default value is calculated using: texture Alpha \* color Alpha \* original vertex color Alpha}

| | ^{saveLowpolyUV0} | ^{Calculates lowpoly UV0 and saves it inside} ^**XY** ^or ^**ZW** ^{channel of the generated mesh's UV0 buffer.} | | ^{saveFaceCenter} | ^{Calculates triangle’s center position and saves it inside the chosen vertex buffer.} | | ^{mergeSubmeshes} | ^{Combines sub-meshes in the generated lowpoly style mesh.} |