Closed sharnett closed 10 years ago
I've got something that meets the above spec, but it'd probably be better to have it do a proper comparison. So the appropriate values are side by side, maybe with differences or ratios too.
When creating the tree representation in matlab, do a final runpf on the tree. If it doesn't converge, mark it somehow. If it does, save the resulting solution instead of the unsolved case. (I believe the result of runpf is a valid matpower case that you can call savefile on).
Almost done. Let's add voltages to the display too. And a header.
1 2 81.20 81.21 -79.96 -80.07
1 5 158.49 157.47 -146.41 -145.17
2 3 98.26 98.37 -94.20 -94.20
4 5 -102.39 -101.56 103.84 103.09
4 7 54.59 53.76 -54.59 -53.76
5 6 34.97 34.49 -34.97 -34.49
6 11 3.58 3.51 -3.50 -3.50
6 12 6.54 6.14 -6.10 -6.10
6 13 13.65 13.63 -13.50 -13.50
7 8 0.00 0.00 -0.00 -0.00
7 9 54.59 53.76 -54.59 -53.76
9 10 9.86 9.04 -9.00 -9.00
9 14 15.23 15.22 -14.90 -14.90
Completed with fe4841ad2b2b515b5d52f0c8f7e2327acd992fbe
Similar to the pretty print candidate function. It writes out
and should be easy to compare/contrast with the branch results from matpower.