@@ -69,8 +69,9 @@ The output argument `V` is a matrix with dimensions compatible with `x1vec`and `
...
@@ -69,8 +69,9 @@ The output argument `V` is a matrix with dimensions compatible with `x1vec`and `
`contour(x1vec, x2vec, V, [0 0])` to plot the bound $`\partial \Omega`$.
`contour(x1vec, x2vec, V, [0 0])` to plot the bound $`\partial \Omega`$.
## Plotting during Simulation
## Plotting during Simulation
With the input argument `plot_progress = 1`, a surface plot of $`V`$ and a plot of $`\partial \Omega`$ will be updated every 10th iteration of the simulation.
With the input argument `plot_progress = 1`, a surface plot of $`V`$ and a plot of $`\partial \Omega`$ will be updated every 10th iteration of the simulation. An example is shown below:
## Printing during Simulation
## Printing during Simulation
With the input argument `print_progress = 1`, information of every 10th iteration will be printed to the command window during the simulation. An example is shown below:
With the input argument `print_progress = 1`, information of every 10th iteration will be printed to the command window during the simulation. An example is shown below:
