e971b8fca2b2491dcb3c45c5990988c7a761724b,mvpa/tests/test_svm.py,SVMTests,testMultivariate,#SVMTests#,26

Before Change



            // use non-linear CLF on 1d data
            nl_clf.train(train.selectFeatures([0]))
            p_uv = nl_clf.predict(test.selectFeatures([0]).samples)
            uv_perf.append(N.mean(p_uv==test.labels))

        mean_mv_perf = N.mean(mv_perf)

After Change


            mv_lin_perf.append(N.mean(p_lin_mv==test.labels))

            // use non-linear CLF on 1d data
            nl_clf.train(train[:, 0])
            p_uv = nl_clf.predict(test[:, 0].samples)
            uv_perf.append(N.mean(p_uv==test.labels))
Italian Trulli
In pattern: SUPERPATTERN

Frequency: 3

Non-data size: 4

Instances


Project Name: PyMVPA/PyMVPA
Commit Name: e971b8fca2b2491dcb3c45c5990988c7a761724b
Time: 2009-10-06
Author: michael.hanke@gmail.com
File Name: mvpa/tests/test_svm.py
Class Name: SVMTests
Method Name: testMultivariate


Project Name: PyMVPA/PyMVPA
Commit Name: 7754674bda5392e0dc938140efd92cde4fe337a2
Time: 2009-10-05
Author: michael.hanke@gmail.com
File Name: mvpa/tests/test_knn.py
Class Name: KNNTests
Method Name: testMultivariate


Project Name: PyMVPA/PyMVPA
Commit Name: 5832d40b447d2627fbad0ec7a6697181ca9039ad
Time: 2009-10-07
Author: michael.hanke@gmail.com
File Name: doc/examples/match_distribution.py
Class Name:
Method Name: