@@ -24,7 +24,8 @@ function [relativeMatrixError] = compute_2d_error(coarseFile, referenceFile)
#### 2.1 Preparation of the solution data
The fracture solution has to be provided in form of a Matlab `mat`-file which has to contain a Matlab cell array `fracXAndPCell`. Each cell `fracXAndPCell{i}` provides the solution on fracture branch `i` in form of a `3 x (2.nc)` matrix. As 3x2 block `fracXAndPCell{i}(2*e-1:2*e, :)` describes the solution on fracture element `e` in form of `[xStart, yStart, pStart; xEnd yEnd, pEnd]`.
The fracture solution has to be provided in form of a Matlab `mat`-file which has to contain a Matlab cell array `fracXAndPCell`. Each cell `fracXAndPCell{i}` provides the solution on fracture branch `i` in form of a `(2.nc) x 3` matrix. As 2x3 block `fracXAndPCell{i}(2*e-1:2*e, :)` describes the solution on fracture element `e` in form of `[xStart, yStart, pStart; xEnd yEnd, pEnd]` where
`xStart, yStart` / `xEnd, yEnd` indicate the two vertices of the fracture element and `pStart` / `pEnd` the corresponding solution values.
