int main (int argc, char *argv[])
{
if (argc < 4)
{
printf("SemWE_Test_SynSel synonym_question word_embed synonym_result candidate_num\n");
printf("Primary Designed for the TOEFL Synonym Selection Task\n");
exit(1);
}
strcpy(word_pair, argv[1]);
strcpy(word_embed, argv[2]);
strcpy(sim_result, argv[3]);
candidate_num = atoi(argv[4]);
char tmp_word[WORD_LEN];
float tmp_value = 0.0;
printf(">> Synonym Selection on Word Embedding Model\n");
FILE *fTEST = fopen(word_pair, "r");
if (fTEST == NULL)
{
printf(">> Error, can not open file %s\n", word_pair);
exit(1);
}
FILE *fRES = fopen(sim_result, "w");
if (fRES == NULL)
{
printf(">> Error, can not open file %s\n", sim_result);
exit(1);
}
printf("--- Load Word Embedding from: %s\n", word_embed);
FILE *fEMB = fopen(word_embed, "r");
fscanf(fEMB, "%d%d", &word_num, &vect_dim);
printf("--- word num: %d\n--- vec dimen: %d\n", word_num, vect_dim);
wordEmbed = (real*)malloc(sizeof(real)*word_num*vect_dim);
for (int i = 0; i < word_num; i++)
{
fscanf(fEMB, "%s", tmp_word);
for (int j = 0; j < vect_dim; j++)
{
fscanf(fEMB, "%f", &tmp_value);
wordEmbed[i*vect_dim+j] = tmp_value;
//tmp_vector.push_back(tmp_value);
}
wordMapper.insert(make_pair(tmp_word, i));
wordSet.insert(make_pair(tmp_word, i));
}
/*if (wordMapper.size() != word_num)
{
}*/
fclose(fEMB);
printf("--- Load finish\n");
//printf(">> Synonym Selection\n");
printf("--- Synonym question : %s\n", word_pair);
printf("--- Candidate num: %d\n", candidate_num);
printf("--- Word Embed: %s\n", word_embed);
printf("--- Selection result: %s\n", sim_result);
clock_t start = clock();
WordSim tmp_sim;
char word_A[1024];
char word_B[1024];
int all_num = 0;
int use_num = 0;
int cand_id = 0;
while (fscanf(fTEST, "%s", word_A) != EOF)
{
//printf("--- %s %s: ", word_A, word_B);
all_num++;
fprintf(fRES, "%s\t", word_A);
float max_sim = -10000.0;
string sel_synword = "";
// candidate
for (cand_id = 0; cand_id < candidate_num; cand_id++)
{
fscanf(fTEST, "%s", word_B);
if (cand_id == 0){
sel_synword = word_B;
}
float sim_AB = -100.0;
if (wordSet.find(word_A) == wordSet.end() || wordSet.find(word_B) == wordSet.end())
{
;
}
else{
int index_A = wordSet[word_A];
int index_B = wordSet[word_B];
sim_AB = SemWE_CalcCosine(&wordEmbed[index_A*vect_dim], &wordEmbed[index_B*vect_dim], vect_dim);
if (sim_AB > max_sim)
{
max_sim = sim_AB;
sel_synword = word_B;
}
}
fprintf(fRES, "%s(%.6f) ", word_B, sim_AB);
}
fprintf(fRES, "=>best: %s\n", sel_synword.c_str());
//fprintf(fRES, "%s\t%s", sel_synword.c_str());
}
fclose(fRES);
fclose(fTEST);
//////////////////////////////////////////////////////////////////////////
double timeCost = (clock()-start)/CLOCKS_PER_SEC;
//printf("--- calculate nums: %d (/%d)\n", use_num, all_num);
printf("--- elapsed time: %f\n", timeCost);
//printf(">> Finish.\n");
free(wordEmbed); wordEmbed = NULL;
return 0;
}
int main (int argc, char *argv[])
{
if (argc < 4)
{
printf("SemWE_WordSim.exe word_pair word_embed sim_result distance_ID\n");
printf("distance_ID: cosine; euclidean\n");
exit(1);
}
strcpy(word_pair, argv[1]);
strcpy(word_embed, argv[2]);
strcpy(sim_result, argv[3]);
distance_ID = argv[4];
char tmp_word[WORD_LEN];
float tmp_value = 0.0;
printf(">> Word Similarity Calculation on Word Embedding Model\n");
printf("--- distance flag: %s\n", distance_ID.c_str());
FILE *fTEST = fopen(word_pair, "r");
if (fTEST == NULL)
{
printf(">> Error, can not open file %s\n", word_pair);
exit(1);
}
FILE *fRES = fopen(sim_result, "w");
if (fRES == NULL)
{
printf(">> Error, can not open file %s\n", sim_result);
exit(1);
}
printf(">> Load Word Embedding from: %s\n", word_embed);
FILE *fEMB = fopen(word_embed, "r");
fscanf(fEMB, "%d%d", &word_num, &vect_dim);
printf("--- word num: %d\n--- vec dimen: %d\n", word_num, vect_dim);
wordEmbed = (real*)malloc(sizeof(real)*word_num*vect_dim);
for (int i = 0; i < word_num; i++)
{
fscanf(fEMB, "%s", tmp_word);
for (int j = 0; j < vect_dim; j++)
{
fscanf(fEMB, "%f", &tmp_value);
wordEmbed[i*vect_dim+j] = tmp_value;
//tmp_vector.push_back(tmp_value);
}
wordMapper.insert(make_pair(tmp_word, i));
wordSet.insert(make_pair(tmp_word, i));
}
/*if (wordMapper.size() != word_num)
{
}*/
fclose(fEMB);
printf("--- Load finish\n");
printf(">> Calculate Word Similarity: %s\n", distance_ID.c_str());
printf("--- word pair : %s\n", word_pair);
printf("--- word embed: %s\n", word_embed);
printf("--- calc result: %s\n", sim_result);
clock_t start = clock();
WordSim tmp_sim;
char word_A[1024];
char word_B[1024];
int all_num = 0;
int use_num = 0;
while (fscanf(fTEST, "%s%s", word_A, word_B) != EOF)
{
//printf("--- %s %s: ", word_A, word_B);
all_num++;
float sim_AB = 0.0;
if (wordSet.find(word_A) == wordSet.end() || wordSet.find(word_B) == wordSet.end())
{
;
}
else{
use_num++;
int index_A = wordSet[word_A];
int index_B = wordSet[word_B];
if (distance_ID == "cosine")
{
sim_AB = SemWE_CalcCosine(&wordEmbed[index_A*vect_dim], &wordEmbed[index_B*vect_dim], vect_dim);
}
if (distance_ID == "euclidean")
{
sim_AB = SemWE_CalcEuclidean(&wordEmbed[index_A*vect_dim], &wordEmbed[index_B*vect_dim], vect_dim);
}
fprintf(fRES, "%s %s %.6f\n", word_A, word_B, sim_AB);
}
}
fclose(fRES);
fclose(fTEST);
//////////////////////////////////////////////////////////////////////////
double timeCost = (clock()-start)/CLOCKS_PER_SEC;
printf("--- calculate nums: %d (/%d)\n", use_num, all_num);
printf("--- elapsed time: %f\n", timeCost);
//printf(">> Finish.\n");
free(wordEmbed); wordEmbed = NULL;
return 0;
}
