def main():
call(["rm", "-f", "../isi_aligner_3/fAtable"])
call(["rm", "-f", "../isi_aligner_3/bAtable"])
call(["rm", "-f", "new-train-tokens"])
call(["rm", "-f", "new-train-concepts"])
#f = open('../isi_aligner_3/fAtable','w');
#f.close();
#f = open('../isi_aligner_3/bAtable','w');
#f.close();
load_amr_stopwords()
amr_objects = read_corpus_file(sys.argv[1])
print "Aligning ", len(amr_objects), " AMRs"
for amrobj in amr_objects:
pair_count(amrobj)
k = 1
f = open(sys.argv[2], 'w')
for amrobj in amr_objects:
#print k;
amrobj.setAlignments(aligner(amrobj))
#amrobj.generate_printable_AMR();
s = amrobj.generate_writable(0)
if len(amrobj.alignments) != 0:
f.write(s + "\n")
k = k + 1
f.close()
def main():
call(["rm","-f","../isi_aligner_3/fAtable"]);
call(["rm","-f","../isi_aligner_3/bAtable"]);
call(["rm","-f","new-train-tokens"]);
call(["rm","-f","new-train-concepts"]);
#f = open('../isi_aligner_3/fAtable','w');
#f.close();
#f = open('../isi_aligner_3/bAtable','w');
#f.close();
load_amr_stopwords();
amr_objects = read_corpus_file(sys.argv[1]);
print "Aligning ", len(amr_objects), " AMRs";
for amrobj in amr_objects:
pair_count(amrobj);
k = 1;
f = open(sys.argv[2],'w');
for amrobj in amr_objects:
#print k;
amrobj.setAlignments(aligner(amrobj));
#amrobj.generate_printable_AMR();
s = amrobj.generate_writable(0);
if len(amrobj.alignments) != 0:
f.write(s+"\n");
k = k+1;
f.close();
def main(): corpfile = sys.argv[1]; truefile = sys.argv[2]; AMR_objects = read_corpus_file(corpfile); true_alignments = read_true_file(truefile); if(len(AMR_objects) != len(true_alignments)): print "Error : Unequal number of Test and True alignments"; sys.exit(0); TP = 0; FP = 0; FN = 0; for i in range(0,len(AMR_objects)): amrobj = AMR_objects[i]; #print amrobj.ID; #print amrobj.alignments; #print amrobj.AMR_string_printable; true = true_alignments[i]; #(tp, fp, fn) = amrobj.evaluate_alignments(true); try: (tp, fp, fn) = amrobj.evaluate_alignments(true); except IndexError: #print "Index Error : ", amrobj.ID; continue; TP = TP + tp; FP = FP + fp; FN = FN + fn; Precision = (TP/float(TP+FP))*100; Recall = (TP/float(TP+FN))*100; print "Precision : ", Precision; print "Recall : ", Recall; print; print; for i in range(0,len(AMR_objects)): amrobj = AMR_objects[i]; true = true_alignments[i]; print "#" +amrobj.ID; print "#" +' '.join(amrobj.tokens); print "#" +' '.join(amrobj.alignments); print "#" +' '.join(true); print amrobj.AMR_string_printable; print; evaluator = amrobj.Evaluator; evaluator.print_result(); print;
def main():
corpfile = sys.argv[1]
truefile = sys.argv[2]
AMR_objects = read_corpus_file(corpfile)
true_alignments = read_true_file(truefile)
if (len(AMR_objects) != len(true_alignments)):
print "Error : Unequal number of Test and True alignments"
sys.exit(0)
TP = 0
FP = 0
FN = 0
for i in range(0, len(AMR_objects)):
amrobj = AMR_objects[i]
#print amrobj.ID;
#print amrobj.alignments;
#print amrobj.AMR_string_printable;
true = true_alignments[i]
#(tp, fp, fn) = amrobj.evaluate_alignments(true);
try:
(tp, fp, fn) = amrobj.evaluate_alignments(true)
except IndexError:
#print "Index Error : ", amrobj.ID;
continue
TP = TP + tp
FP = FP + fp
FN = FN + fn
Precision = (TP / float(TP + FP)) * 100
Recall = (TP / float(TP + FN)) * 100
print "Precision : ", Precision
print "Recall : ", Recall
print
print
for i in range(0, len(AMR_objects)):
amrobj = AMR_objects[i]
true = true_alignments[i]
print "#" + amrobj.ID
print "#" + ' '.join(amrobj.tokens)
print "#" + ' '.join(amrobj.alignments)
print "#" + ' '.join(true)
print amrobj.AMR_string_printable
print
evaluator = amrobj.Evaluator
evaluator.print_result()
print
