![](https://box.kancloud.cn/80bb1426fc87523b4cdc929486b8e4df_1159x1249.png =230x)
### **QuadMesh**
* * * * *
**Description**:
This component has the ability to create pure quad meshes from closed geometry using InstantMeshes and Quadriflow. To get started, please right-click the component and click "Solve". If you wanna stop it, you can select "Stop" to kill the process.
**BTW**: This component is a function in Ameba Pro. Please login first before use. It is notices that this function has not effective in the processing of opened meshes.
:-: ![](https://img.kancloud.cn/9b/d5/9bd591c340de54576b6a3c6d802556a6_1786x642.png)
**Input**:
* Mesh: A mesh model that needs to be remeshed.
* FaceCount: The number of faces.
* Crease: The dihedral angle of the crease.
* Boundaries: Align boundaries (used only when the grid is not closed).
* PullBack: Pulls the generated mesh vertices back to the original model.
* Algorithm: Algorithm switching, using the InstantMesh algorithm for False and Quadriflow algorithm for True (slow, good quality, but may fail to calculate).
**Output**:
* Mesh: Outputs the reconstructed quad mesh.
**Right click menu**:
* Solve: Start the calculation.
* Stop: Terminate the calculation.
:-: ![](https://img.kancloud.cn/35/ef/35efb708b94d710e864d4345e0d9e64e_1086x358.png)
**Thanks**:
* QuadMesh's **Instant Meshes** algorithm is based on the publication:
[Instant Field-Aligned Meshes](http://igl.ethz.ch/projects/instant-meshes/instant-meshes-SA-2015-jakob-et-al.pdf)
Wenzel Jakob, Marco Tarini, Daniele Panozzo, Olga Sorkine-Hornung
In *ACM Transactions on Graphics (Proceedings of SIGGRAPH Asia 2015)*
* QuadMesh's **Quadriflow** algorithm is based on the publication:
[QuadriFlow: A Scalable and Robust Method for Quadrangulation](http://stanford.edu/~jingweih/papers/quadriflow/quadriflow.pdf)
- About Ameba
- User agreement
- Register
- Start a new project
- Start a 2D optimization project
- Start a 3D optimization project
- Function Introduction
- Cloud
- Solver
- Login
- Mesh
- AmebaMesh
- Mesh2D
- Mesh3D
- ReadMesh
- CustomTriangleMesh
- CustomQuadMesh
- Mesh3DFromMesh
- Domain
- PointsDomain
- LinesDomain
- CurvesDomain
- SurfacesDomain
- Ameba2D
- Load2D
- TangentLoad2D
- NormalLoad2D
- NondesignDomain2D
- Support2D
- Ameba3D
- Load3D
- NormalLoad3D
- NondesignDomain3D
- Support3D
- PreProcess
- Symmetry
- Material
- OptParameters
- PreProcessing
- Sensitivity
- MultipleLoadCase
- PostProcess
- Display
- Step
- RenderDisplay
- MeshOpt
- Rebuild2D
- Remesh
- QuadMesh
- TriMesh
- CPMesh
- MeshTools
- ClosetVertex
- CornerFaces
- AdjancentFaces
- Smooth
- Subdivision
- MeshDual
- FillHoles
- MeshChecker
- MeshPipe
- OffsetMesh
- MeshWeld
- Skeleton2D
- Skeleton3D
- CurvatureAnalysis
- Simplification
- Parameterization
- Solver Window
- Error Report and Solution
- Logs