ccstr = record["cc"].strip().replace("*", "")
ccs = filter_categories(cc.strip() for cc in ccstr.split(" "))
for cc in ccs:
if count.has_key(cc):
count[cc] = count[cc] + 1
else:
count[cc] = 1
return count
if __name__ == "__main__":
args = sys.argv
if len(sys.argv) != 3:
print "[ERROR] Exactly two arguments are expected: input-zbl-file-path output-count-path-prefix"
exit(-1)
zblInPath = args[1]
statsOutPath = args[2]
# zliczenie
zbl_src = zbl_io.read_zbl_records(open(zblInPath))
count = count_categories(zbl_src, filter_XXY_categories)
# zapis do pliku
# f = open(statsOutPath, "w")
# for cc in count:
# f.write(cc+" "+str(count[cc])+"\n")
# f.close()
io.fwrite_vector(statsOutPath + "_labels.svector", count.keys())
io.fwrite_vector(statsOutPath + "_count.ivector", count.values())
ccs = filter_categories( cc.strip() for cc in ccstr.split(' ') )
for cc in ccs:
if count.has_key(cc):
count[cc] = count[cc] + 1
else:
count[cc] = 1
return count
if __name__ == "__main__":
args = sys.argv
if len(sys.argv) != 3:
print "[ERROR] Exactly two arguments are expected: input-zbl-file-path output-count-path-prefix"
exit(-1)
zblInPath = args[1]
statsOutPath = args[2]
#zliczenie
zbl_src = zbl_io.read_zbl_records(open(zblInPath))
count = count_categories(zbl_src, filter_XXY_categories)
#zapis do pliku
#f = open(statsOutPath, "w")
#for cc in count:
# f.write(cc+" "+str(count[cc])+"\n")
#f.close()
io.fwrite_vector(statsOutPath+"_labels.svector", count.keys())
io.fwrite_vector(statsOutPath+"_count.ivector", count.values())
def smatrix_single_count(matrix, labels):
"""Takes symmetric co-ocurrence matrix and builds dictionary{category: its_count}"""
return dict( ( (labels[i], matrix[i][i]) for i in xrange(len(labels))) ) #dictionary {category: its count}
if __name__ == "__main__":
args = sys.argv
if len(args) != 3:
print "[ERROR] Exactly two arguments are expected: input-categories-coocurrence-matrix-path output-stats-path-prefix"
exit(-1)
matrixInPath = args[1]
statsOutPath = args[2]
#load matrix:
matrix = io.fread_smatrix_data(matrixInPath)
labels = io.fread_smatrix_labels(matrixInPath)[0]
#counting
single_count = smatrix_single_count(matrix, labels)
pair_count = smatrix_pair_count(matrix, labels)
#storing:
io.fwrite_vector(statsOutPath+"_single_labels.svector", single_count.keys())
io.fwrite_vector(statsOutPath+"_single_count.ivector", single_count.values())
io.fwrite_vector(statsOutPath+"_pair_labels.svector", pair_count.keys())
io.fwrite_vector(statsOutPath+"_pair_count.ivector", pair_count.values())
