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Reaction Diffusion Extended
Directional reaction diffusion on triangular mesh
Inputs
| Name | ID | Description | Type |
|---|---|---|---|
| Mesh | M | Mesh, a good triangulated mesh is recommanded, mesh could be colored, Red is the inital A concentration value and Green is initial B concentration value | Mesh |
| Diffusion A | dA | Diffusion A, could be set constant | Number |
| Diffusion B | dB | Diffusion B, could be used to change the size of the pattern | Number |
| Feed | F | Feed coefficient | Number |
| Kill | K | Kill coefficient | Number |
| Vectors | V | A vector for each vertex of the mesh | Vector |
| Directional factor | D | Directional factor, 1 no effect, 10 follow the tangents, 0.1 perpandicular to tangents | Number |
| Step | dt | Calculation step | Number |
| Number of iterations | N | Number of iterations | Integer |
Outputs
| Name | ID | Description | Type |
|---|---|---|---|
| Colored Mesh | M | Colored Mesh with A as Red and B as green | Mesh |
| Concentration of A | A | Concentration of A, values in [0, 1] range | Number |
| Concentration of A | A_M | Concentration of A mapped to [0, 1], values in [0, 1] range | Number |
| Concentration of B | B | Concentration of B, values in [0, 1] range | Number |
| Concentration of B | B_M | Concentration of B mapped to [0, 1], values in [0, 1] range | Number |
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