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} // run inference JTInference inference = new JTInference(); JTCompilerDebugger deb = new JTCompilerDebugger(); deb.doAll(); inference.initialize(network, new JoinTreeCompiler(), deb); inference.run(); // output inference results
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// run inference JTInference inference = new JTInference(); JTCompilerDebugger deb = new JTCompilerDebugger(); deb.doAll(); try { inference.initialize(network, new JoinTreeCompiler(), deb); } catch (Exception e) { // TODO Auto-generated catch block
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} JTInference inference = new JTInference(); JTCompilerDebugger deb = new JTCompilerDebugger(); deb.doAll(); try { inference.initialize(network, new JoinTreeCompiler(), deb); } catch (Exception e) { // TODO Auto-generated catch block
182183184185186187188189190191192
return; } JTInference inference = new JTInference(); JTCompilerDebugger deb = new JTCompilerDebugger(); deb.doAll(); inference.initialize(network, new JoinTreeCompiler(), deb); BNNode node1; node1 = network.getBeliefNode("Cloudy");
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} } }; if (keysa == null) { keys = task.doAll(1, frbind).outputFrame(null, null).anyVec(); } else { task.doAll(frbind); } return new H2ODrm(frbind, keys);
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}; if (keysa == null) { keys = task.doAll(1, frbind).outputFrame(null, null).anyVec(); } else { task.doAll(frbind); } return new H2ODrm(frbind, keys); } }