Hi Ghazwan
You can use triangulation to get the connections and nodes, which could be fed into the ‘generateFromMesh’ function. I have a sample code with points in a distorted circle geometry, that are fed into ‘delaunayTriangulation’ and a mesh is generated post that.
% Generate random points
numPoints = 10;
theta = linspace(0, 1.95*pi, numPoints);
r = 1; % Radius of the circle
x = r * cos(theta) + rand(1, numPoints) * 0.1; % Adding small randomness
y = r * sin(theta) + rand(1, numPoints) * 0.1;
% Create a PDE model
model = createpde();
% Generate Delaunay triangulation
DT = delaunayTriangulation(x', y');
% Use the triangulation to define the geometry in the PDE model
geometryFromMesh(model, DT.Points', DT.ConnectivityList');
% Generate the mesh
mesh = generateMesh(model,'Hmax',0.2); % Adjust 'Hmax' as needed
% Plot the mesh
figure;
pdemesh(model);
axis equal;
You can read more about “triangulation” and “geometryFromMesh” here:
I hope this helps!
