66 lines
		
	
	
		
			1.5 KiB
		
	
	
	
		
			JavaScript
		
	
	
	
	
	
		
		
			
		
	
	
			66 lines
		
	
	
		
			1.5 KiB
		
	
	
	
		
			JavaScript
		
	
	
	
	
	
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								// Test 1
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								var training_data = [
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								  	{"color":"blue", "shape":"square", "liked":false},
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								  	{"color":"red", "shape":"square",  "liked":false},
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								  	{"color":"blue", "shape":"circle", "liked":true},
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								  	{"color":"red", "shape":"circle", "liked":true},
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								  	{"color":"blue", "shape":"hexagon", "liked":false},
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								  	{"color":"red", "shape":"hexagon", "liked":false},
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								  	{"color":"yellow", "shape":"hexagon", "liked":true},
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								  	{"color":"yellow", "shape":"circle", "liked":true}
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								]
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								var test_data = [
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								  	{"color":"blue", "shape":"hexagon", "liked":false},
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								  	{"color":"red", "shape":"hexagon", "liked":false},
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								  	{"color":"yellow", "shape":"hexagon", "liked":true},
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								  	{"color":"yellow", "shape":"circle", "liked":true}
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								  ];
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								var target = "liked";
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								var features = ["color", "shape"];
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								var model = ml.learn({
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								 algorithm:ml.ML.C45,
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								 data:training_data,
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								 target:target,
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								 features:features
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								})
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								print(ml.print(model))
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								print(toJSON(model).length+' Bytes')
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								print(ml.classify(model,test_data))
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								// Test 2
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								var A='A',B='B',C='C',False=false,True=true,CLASS1='CLASS1',CLASS2='CLASS2';
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								training_data = [
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								[A,70,True,CLASS1],
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								[A,90,True,CLASS2],
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								[A,85,False,CLASS2],
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								[A,95,False,CLASS2],
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								[A,70,False,CLASS1],
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								[B,90,True,CLASS1],
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								[B,78,False,CLASS1],
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								[B,65,True,CLASS1],
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								[B,75,False,CLASS1],
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								[C,80,True,CLASS2],
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								[C,70,True,CLASS2],
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								[C,80,False,CLASS1],
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								[C,80,False,CLASS1],
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								[C,96,False,CLASS1],
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								]
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								test_data = [
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								  [B,71,False],
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								  [C,70,True],
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								]
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								model = ml.learn({
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								 algorithm:ml.ML.C45,
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								 data:training_data
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								})
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								print(ml.print(model))
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								print(ml.classify(model,test_data))
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