I had a grid size of 200 * 200, but I wanted to increase the resolution, so I changed it to 400 * 400. Of course, 1 grid square means 1m.
However, when I increased the size to 400, I found out that there were some structural problems in subsequent calculations.
So I want to maintain the grid size at 200 * 200, but adjust the scale so that one square means 0.5m,
and there are no problems in subsequent calculations.
Below is the current code.
originalnewGridSize = 200;

newGridSize = 400;

[x, y] = meshgrid(linspace(1, originalnewGridSize, newGridSize), linspace(1, originalnewGridSize, newGridSize));I had a grid size of 200 * 200, but I wanted to increase the resolution, so I changed it to 400 * 400. Of course, 1 grid square means 1m.
However, when I increased the size to 400, I found out that there were some structural problems in subsequent calculations.
So I want to maintain the grid size at 200 * 200, but adjust the scale so that one square means 0.5m,
and there are no problems in subsequent calculations.
Below is the current code.
originalnewGridSize = 200;

newGridSize = 400;

[x, y] = meshgrid(linspace(1, originalnewGridSize, newGridSize), linspace(1, originalnewGridSize, newGridSize)); I had a grid size of 200 * 200, but I wanted to increase the resolution, so I changed it to 400 * 400. Of course, 1 grid square means 1m.
However, when I increased the size to 400, I found out that there were some structural problems in subsequent calculations.
So I want to maintain the grid size at 200 * 200, but adjust the scale so that one square means 0.5m,
and there are no problems in subsequent calculations.
Below is the current code.
originalnewGridSize = 200;

newGridSize = 400;

[x, y] = meshgrid(linspace(1, originalnewGridSize, newGridSize), linspace(1, originalnewGridSize, newGridSize)); grid, meshgrid, scale, control, gridsize MATLAB Answers — New Questions

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