int main () {
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
ssi_print ("%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
Factory::RegisterDLL ("event");
Factory::RegisterDLL ("frame");
Factory::RegisterDLL ("ioput");
Factory::RegisterDLL ("mouse");
Factory::RegisterDLL ("graphic");
Factory::RegisterDLL ("control");
#if SSI_RANDOM_LEGACY_FLAG
ssi_random_seed();
#endif
Socket::TYPE::List type_udp = Socket::TYPE::UDP;
Socket::TYPE::List type_tcp = Socket::TYPE::TCP;
Exsemble ex;
ex.console(0, 0, CONSOLE_WIDTH, CONSOLE_HEIGHT);
ex.add(&ex_filepath, 0, "FILEPATH", "How to use 'FilePath' to decompose a filepath.");
ex.add(&ex_file, 0, "FILE", "How to use 'File' to write to an ascii/binary file.");
ex.add(&ex_lz4, 0, "FILE-LZ4", "How to use 'File' to write to a compressed file.");
ex.add(&ex_memory, 0, "MEMORY", "How to use 'FileMem' to write into memory.");
ex.add(&ex_writer, 0, "WRITER", "How to use 'MemoryWriter' and 'FileWriter' to store a stream to memory / to a file.");
ex.add(&ex_stream, 0, "STREAM", "How to write/read a stream to a file.");
ex.add(&ex_event, 0, "EVENT", "How to write/read events to a file.");
ex.add(&ex_csv, 0, "CSV", "How to read a comma separated file.");
ex.add(&ex_simulator, 0, "SIMULATOR", "How to use 'FileReader' to feed a stream from a file into a pipeline.");
ex.add(&ex_annotation, 0, "ANNOTATION", "How to use 'FileAnnotationWriter' to create annotations from events.");
ex.add(&ex_annotation_offline, 0, "ANNOTATION OFFLINE", "How to use 'FileAnnotationWriter' offline.");
ex.add(&ex_samples, 0, "SAMPLES", "How to use 'FileSampleWriter' to store samples to a file from a pipeline.");
ex.add(&ex_socket, 0, "BASICS", "How to send/receive socket messages.");
ex.add(&ex_tcp2way, 0, "TCP2WAY", "How to establish a two way tcp connection.");
ex.add(&ex_sender, &type_udp, "STREAM UDP", "How to stream a signal from a pipeline using UDP.");
ex.add(&ex_sender_events, &type_udp, "SEND EVENTS UDP", "How to send events from a pipeline using UDP.");
ex.add(&ex_sender, &type_tcp, "STREAM TCP", "How to stream a signal from a pipeline using TCP.");
ex.add(&ex_sender_events, &type_tcp, "SEND EVENTS TCP", "How to send events from a pipeline using TCP.");
ex.add(&ex_sender_video, 0, "STREAM VIDEO", "How to stream a video from a pipeline.");
#ifndef SSI_USE_SDL
ex.add(&ex_send_notifications, 0, "SEND NOTIFICATIONS", "How to send notifications using a socket connection.");
#endif
//ex.add(&ex_sender_file, 0, "FILE", "How to transfer the content of a file.");
ex.add(&ex_download_file, 0, "DOWNLOAD FILE", "How to donwload a file.");
ex.show();
Factory::Clear ();
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
int main(int argc, char* const argv[]){
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
ssi_print("%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
Factory::RegisterDLL("ssiframe.dll");
Factory::RegisterDLL("ssievent.dll");
Factory::RegisterDLL("ssibiosig.dll");
Factory::RegisterDLL("ssiioput.dll");
Factory::RegisterDLL("ssisignal.dll");
Factory::RegisterDLL("ssigraphic.dll");
Exsemble ex;
ex.console(0, 0, 650, 600);
ex.add(ex_buffer, 0, "BUFFER", "");
ex.add(ex_bvp_beat_events_raw, 0, "BVP", "Beat detection");
ex.add(ex_bvp_beat_events_statistical, 0, "BVP", "Beat events statistics");
ex.add(ex_gsr_peaks, 0, "GSR", "Peaks");
ex.add(ex_gsr_peaks_online, 0, "GSR", "Peaks online");
ex.add(ex_gsr_baseline, 0, "GSR", "Baseline");
ex.add(ex_gsr_baseline_mean, 0, "GSR", "Baseline mean");
ex.add(ex_gsr_arousal, 0, "GSR", "Arousal");
ex.add(ex_gsr_response_amplitude_events, 0, "GSR", "Response amplitude events");
ex.add(ex_ecg_detection, 0, "ECG", "Beat detection");
ex.add(ex_qrs_detection_online, 0, "QRS", "Beat detection");
ex.add(ex_qrs_pulse_event, 0, "QRS", "Pulse");
ex.add(ex_qrs_hrv_event, 0, "QRS", "HRV");
ex.add(ex_qrs_heartrate, 0, "QRS", "Heartrate");
ex.add(ex_qrs_heartrate_online, 0, "QRS", "Heartrate online");
ex.add(ex_qrs_heartrate_mean, 0, "QRS", "Heartrate mean");
ex.add(ex_qrs_hr_features, 0, "QRS", "HR features");
ex.show();
return true;
Factory::Clear();
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
int main ()
{
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
ssi_print("%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
Factory::RegisterDLL("frame");
Factory::RegisterDLL("event");
Factory::RegisterDLL("mouse");
Factory::RegisterDLL("graphic");
Factory::RegisterDLL("ioput");
Factory::RegisterDLL("python");
ssi_type_t type = SSI_INT;
#if SSI_RANDOM_LEGACY_FLAG
ssi_random_seed();
#endif
Exsemble ex;
ex.console(0, 0, 650, 600);
ex.add(ex_print, 0, "PRINT", "Print input stream(s).");
ex.add(ex_event, 0, "EVENT", "Receive and send events.");
ex.add(ex_clone, 0, "CLONE", "Copy input to output.");
ex.add(ex_energy, 0, "ENERGY", "Calculate energy.");
ex.add(ex_diff, 0, "DIFF", "Calculate 1st derivative.");
#ifndef DEBUG
ex.add(ex_pearson, 0, "PPMCC", "Calculate Pearson product-moment correlation coefficient (requires numpy and scipy).");
ex.add(ex_imggray, 0, "IMG RGB2GRAY", "Convert rgb image to grayscale (requires numpy and opencv).");
ex.add(ex_imgavg, 0, "IMG AVG", "Calculate average of each channel in an image (requires numpy and opencv).");
ex.add(ex_imgplot, 0, "IMG PLOT", "Plot image (requires numpy and opencv).");
#endif
ex.add(ex_sensor, 0, "SENSOR", "Provide a stream.");
ex.add(ex_offline, 0, "OFFLINE", "Run a script offline.");
ex.add(ex_model, 0, "MODEL", "Train/Save/Load a machine learning model");
ex.show();
Factory::Clear();
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
int main () {
#ifdef USE_SSI_LEAK_DETECTOR
{
#endif
ssi_print ("%s\n\nbuild version: %s\n\n", SSI_COPYRIGHT, SSI_VERSION);
Factory::RegisterDLL ("model");
Factory::RegisterDLL ("graphic");
Factory::RegisterDLL ("signal");
Factory::RegisterDLL ("libsvm");
#if SSI_RANDOM_LEGACY_FLAG
ssi_random_seed ();
#endif
Exsemble exsemble;
exsemble.console(0, 0, 650, 800);
exsemble.add(&ex_eval, 0, "EVALUATION", "How to do an evaluation.");
exsemble.add(&ex_eval_regression, 0, "EVALUATION REGRESSION", "How to do an evaluation for a regression task.");
exsemble.add(&ex_model, 0, "MODEL", "How to train a single model.");
exsemble.add(&ex_model_norm, 0, "MODEL+NORM", "How to train a single model + normalization.");
exsemble.add(&ex_model_frame, 0, "FRAME FUSION", "How to train a model that fuses frames.");
exsemble.add(&ex_hierarchical, 0, "HIERARCHICAL", "How to train a hierarchical model.");
exsemble.add(&ex_fusion, 0, "FUSION", "How to train a fusion model.");
exsemble.show();
Factory::Clear ();
#ifdef USE_SSI_LEAK_DETECTOR
}
_CrtDumpMemoryLeaks();
#endif
return 0;
}
