func mainMerge() {
var freqDoor int
var scoreDoor float32
freqDoor = 6
scoreDoor = 0.010
sign := dict.NewSign("../data/dictionary/sign.txt")
stop := dict.NewSign("../data/dictionary/stopwords.txt")
d := dict.NewDictionary("../data/dictionary/sogoudictionary.txt")
article := util.ReadFile("../data/testdata/125.txt")
allsegs := segment.SegmentDoc(article, sign, d)
fmt.Println(len(allsegs))
str := segment.GetSegmentStr(allsegs)
util.WriteFile("../data/test-125.log", str)
allsegs = occurrence.FilterSegment(allsegs, stop)
//occur := occurrence.NewOccurrence()
//occur.AddSegments(allsegs, stop)
//occur.Compute()
//occur.Output()
pairTerms := occurrence.Merge(allsegs, freqDoor, scoreDoor)
str = term.GetPairTermStr(pairTerms)
util.WriteFile("../data/main-test-125-merge-merge.log", str)
}
func LogSegments(segments []*segment.Segment) {
format := "%d %d %s\t"
outBuf := bytes.NewBufferString("Output words: \n")
for _, v := range segments {
//if len(v) == 12 {
// fmt.Println(v)
//}
//token := v.Token()
//binary.Write(outBuf, binary.BigEndian, v.Start())
//binary.Write(outBuf, binary.BigEndian, v.End())
//fmt.Println(v.Start())
//binary.BigEndian.PutUint32(outBuf, uint32(v.Start()))
//binary.BigEndian.PutUint32(outBuf, uint32(v.End()))
str := fmt.Sprintf(format, v.Start(), v.End(), v.Text())
outBuf.WriteString(str)
//outBuf.Write(Int32ToBytes(int32(v.Start())))
//outBuf.WriteByte('\t')
//outBuf.Write(Int32ToBytes(int32(v.End())))
//outBuf.WriteByte('\t')
//outBuf.Write(v.Start())
//outBuf.Write(v.End())
//outBuf.WriteString(token.Text())
//outBuf.Write(token.Frequency())
//binary.Write(outBuf, binary.BigEndian, token.Frequency())
//outBuf.WriteByte('\t')
// outBuf.Write(Int32ToBytes(int32(token.Frequency())))
//outBuf.WriteByte('\t')
//outBuf.WriteString(token.Pos())
//outBuf.WriteByte('\n')
}
util.WriteFile("../data/segment.log", outBuf.String())
}
func Test_Merge125(t *testing.T) {
sign := dict.NewSign("../data/dictionary/sign.txt")
stop := dict.NewSign("../data/dictionary/stopwords.txt")
d := dict.NewDictionary("../data/dictionary/sogoudictionary.txt")
article := util.ReadFile("../data/testdata/125.txt")
allsegs := segment.SegmentDoc(article, sign, d)
str := segment.GetSegmentStr(allsegs)
util.WriteFile("../data/test-125-segment-all.log", str)
allsegs = occurrence.FilterSegment(allsegs, stop)
str = segment.GetSegmentStr(allsegs)
util.WriteFile("../data/test-125-segment-filter.log", str)
pairTerms := occurrence.Merge(allsegs, 4, 15.0)
str = term.GetPairTermStr(pairTerms)
util.WriteFile("../data/test-125-merge-merge.log", str)
}
func Test_SegmentMerger(t *testing.T) {
sign := dict.NewSign("../data/dictionary/sign.txt")
stop := dict.NewSign("../data/dictionary/stopwords.txt")
d := dict.NewDictionary("../data/dictionary/sogoudictionary.txt")
article := util.ReadFile("../data/testdata/125-2.txt")
allsegs := segment.SegmentDoc(article, sign, d)
allsegs = occurrence.FilterSegment(allsegs, stop)
fmt.Println(len(allsegs))
str := segment.GetSegmentStr(allsegs)
util.WriteFile("../data/test-125-2.log", str)
occur := occurrence.NewOccurrence()
occur.AddSegments(allsegs, 3)
occur.Compute()
occur.Output()
pairTerms := occur.GetPairTerms(10.0)
str = term.GetPairTermStr(pairTerms)
util.WriteFile("../data/test-125-2-occur.log", str)
newSegments := occurrence.MergeSegment(allsegs, pairTerms)
fmt.Println(len(newSegments))
str = segment.GetSegmentStr(newSegments)
//fmt.Println(str)
util.WriteFile("../data/test-125-2-merge.log", str)
occur1 := occurrence.NewOccurrence()
occur1.AddSegments(newSegments, 1)
occur1.Compute()
occur1.Output()
pairTerms = occur1.GetPairTerms(10.0)
str = term.GetPairTermStr(pairTerms)
util.WriteFile("../data/test-125-2-second-merge.log", str)
}
func Test_Segment(t *testing.T) {
article := util.ReadFile("../data/testdata/125-1.txt")
sign := dict.NewSign("../data/dictionary/sign.txt")
//sentences := SplitSentence([]rune(text), sign)
d := dict.NewDictionary("../data/dictionary/sogoudictionary.txt")
allsegs := segment.SegmentDoc(article, sign, d)
fmt.Println(len(allsegs))
final := ""
for _, seg := range allsegs {
final += seg.ToString()
}
final += fmt.Sprintf(": %d", len(allsegs))
util.WriteFile("../data/docsegment_test_125-1.log", final)
}
func writeOutput(file *FilePath, pairTerms []*term.PairTerm) {
ext := filepath.Ext(file.filename)
pos := strings.Index(file.filename, ext)
base := string(file.filename[:pos])
outfile := base + ".csv"
//fmt.Println("Outfile name:", outfile)
outfile = filepath.Join(file.folder, outfile)
format := "%s,%d,%f\n"
str := ""
for _, pt := range pairTerms {
str += fmt.Sprintf(format, pt.GetKey(), pt.GetFrequency(), pt.GetScore())
}
util.WriteFile(outfile, str)
fmt.Println("Store the word in: ", outfile)
}
func writeOutput(file *FilePath, pairTerms []*term.PairTerm, outputFreq int) {
ext := filepath.Ext(file.filename)
pos := strings.Index(file.filename, ext)
base := string(file.filename[:pos])
outfile := base + ".csv"
//fmt.Println("Outfile name:", outfile)
outfile = filepath.Join(file.folder, outfile)
//fmt.Println("Total words: ", len(pairTerms))
format := "%s,%d,%f\n"
str := "短语,频率,分数\n"
for _, pt := range pairTerms {
if pt.GetFrequency() > outputFreq {
str += fmt.Sprintf(format, pt.GetKey(), pt.GetFrequency(), pt.GetScore())
}
}
//fmt.Println(str)
encoder := mahonia.NewEncoder(Encoding)
str = encoder.ConvertString(str)
util.WriteFile(outfile, str)
log.Printf("短语存储到文件: %s", outfile)
}
