Closed xubingze closed 2 years ago
I was trying to test for the following txt file as input. good the 3 the good 3 good bad 1 bad good 1 bad of 4 of bad 4
And here are the commands I use: ./reconstruct -train network.txt -output net_dense.txt -depth 2 -threshold 1000 ./line -train net_dense.txt -output $a -binary 0 -size 128 -order 1 -negative 5 -samples 10000 -threads 40 ./line -train net_dense.txt -output $b -binary 0 -size 128 -order 2 -negative 5 -samples 10000 -threads 40 ./normalize -input $a -output $c -binary 0 ./normalize -input $b -output $d -binary 0 ./concatenate -input1 $c -input2 $d -output vec_all.txt -binary 0
In the vec_all.txt, the vectors for "bad" and "of" have many nans. Where did I do wrong? Thank you!
I was trying to test for the following txt file as input. good the 3 the good 3 good bad 1 bad good 1 bad of 4 of bad 4
And here are the commands I use: ./reconstruct -train network.txt -output net_dense.txt -depth 2 -threshold 1000 ./line -train net_dense.txt -output $a -binary 0 -size 128 -order 1 -negative 5 -samples 10000 -threads 40 ./line -train net_dense.txt -output $b -binary 0 -size 128 -order 2 -negative 5 -samples 10000 -threads 40 ./normalize -input $a -output $c -binary 0 ./normalize -input $b -output $d -binary 0 ./concatenate -input1 $c -input2 $d -output vec_all.txt -binary 0
In the vec_all.txt, the vectors for "bad" and "of" have many nans. Where did I do wrong? Thank you!