int main(int argc, char **argv) {
crfpp_learn(argc, argv);
system("pause");
return 0;
}
int main(int argc, char **argv) {
return crfpp_learn(argc, argv);
}
int crfpp_main(int argc, char *argv[])
{
//const std::string base_directory("./data/probabilistic_graphical_model/crfpp/basenp/");
//const std::string base_directory("./data/probabilistic_graphical_model/crfpp/chunking/");
//const std::string base_directory("./data/probabilistic_graphical_model/crfpp/JapaneseNE/");
const std::string base_directory("./data/probabilistic_graphical_model/crfpp/seg/");
int retval = EXIT_SUCCESS;
// training (encoding) -----------------------------------
std::cout << "training (encoding) ..." << std::endl;
{
const std::string template_filename(base_directory + "template");
const std::string training_data_filename(base_directory + "train.data");
const std::string model_filename(base_directory + "model");
#if 1
// crf_learn -a CRF-L1 -f 3 -c 4.0 -p 4 template train.data model
const int my_argc = 12;
const char *my_argv[my_argc] = {
argv[0],
"-a", "CRF-L1", "-f", "3", "-c", "4.0", "-p", "4",
template_filename.c_str(), training_data_filename.c_str(), model_filename.c_str()
};
#elif 0
// crf_learn -a CRF-L2 -f 3 -c 4.0 -p 4 template train.data model
const int my_argc = 12;
const char *my_argv[my_argc] = {
argv[0],
"-a", "CRF-L2", "-f", "3", "-c", "4.0", "-p", "4",
template_filename.c_str(), training_data_filename.c_str(), model_filename.c_str()
};
#elif 0
// crf_learn -a MIRA -f 3 -p 4 template train.data model
const int my_argc = 10;
const char *my_argv[my_argc] = {
argv[0],
"-a", "MIRA", "-f", "3", "-p", "4",
template_filename.c_str(), training_data_filename.c_str(), model_filename.c_str()
};
#endif
retval = crfpp_learn(my_argc, (char **)my_argv);
}
// testing (decoding) ------------------------------------
std::cout << "testing (decoding) ..." << std::endl;
{
const std::string model_filename(base_directory + "model");
const std::string testing_data_filename(base_directory + "test.data");
// crf_test -m model test.data
const int my_argc = 4;
const char *my_argv[my_argc] = {
argv[0],
"-m", model_filename.c_str(), testing_data_filename.c_str()
};
retval = crfpp_test(my_argc, (char **)my_argv);
}
// running example ---------------------------------------
std::cout << "running example ..." << std::endl;
{
retval = local::example() ? EXIT_SUCCESS : EXIT_FAILURE;
}
return retval;
}
