The flag -hq now is available you can use it like
./run samples/sample3/input samples/sample3/meta out/sample3 -hq=2
also, the flag of vanilla was changed, to use vanilla you can run as in the example:
./run -van samples/sample1/input samples/sample1/meta out/sample1 -hq=4
And the main is simpler now.
The flag -thr will run promethee optimized with threads.
The flag -um will run promethee umbu.
For promethee umbu the following command options should be specified:
Example: ./run -um tif weight -chunk=1111 -ismax -type=linear (args...)
-chunk=, for max amount of distinct values in a chunk.
-ismax, for indicate that the objective is to maximaze.
-type=, what type of function to be used ("linear" or "linearWithIndifference")
(args...), represent the arguments for the specified type of function
Solve issues #45 and #50.
The issue #37 can be seen as solved, since the input reader change depending of the promethee version, Umbu reads from tif, others read from txt
The flag -hq now is available you can use it like
./run samples/sample3/input samples/sample3/meta out/sample3 -hq=2also, the flag of vanilla was changed, to use vanilla you can run as in the example:
./run -van samples/sample1/input samples/sample1/meta out/sample1 -hq=4And the main is simpler now.The flag -thr will run promethee optimized with threads.
The flag -um will run promethee umbu. For promethee umbu the following command options should be specified: Example:
./run -um tif weight -chunk=1111 -ismax -type=linear (args...)-chunk=, for max amount of distinct values in a chunk. -ismax, for indicate that the objective is to maximaze. -type=, what type of function to be used ("linear" or "linearWithIndifference") (args...), represent the arguments for the specified type of functionSolve issues #45 and #50. The issue #37 can be seen as solved, since the input reader change depending of the promethee version, Umbu reads from tif, others read from txt