Java -jar NNDefRun.jar

Above command will prompt the user for XML file name.
NNDefRun will then parse the file and prompt the user for all inputs required for processing selected model. Finally it will display the result as computed.

This mode is recommended for testing and integration with non-java based application.

To enable debugging information use the -log parameter as followed:

Java -jar NNDefRun.jar -log
 

Following sample code shows the integration method of NNDef into a java application:

import java.io.IOException;
import com.makhfi.NN.NNDefRun;

public class test{

  public static void main(String args[]){
        String XMLFName = "nndef_sample.xml";
        double[] inputs={0.25, 0.7, 0.5};

        NNDefRun r = new NNDefRun(XMLFName);
        r.setInputs(inputs);

        try{
            r.execute();
        }catch (Exception e){
            System.out.println("Exception in execute() Message: "+e.toString());
            return;
        }

        double[] outputs = r.getOutputs();
        String[] outputNames = r.getOutputNames();

        for (int i=0; i<outputs.length; i++){
            System.out.println("Output "+outputNames[i]+" has value "+outputs[i]);
        }

    }//main

}//test

As Alternative to NNDefRun.execute() you may use NNDefRun.start() which will run the model in a separate thread. Multithreaded version could be desirable for computational intensive models.
 

public NNDefRun()

public NNDefRun(String XMLFile)

public NNDefRun(String XMLFile, double[] inputs)

public void setInputs(double[] inputs)

public double[] getOutputs()

public String[] getInputNames()

public String[] getOutputNames()

public void setXMLFile(String XMLFName)

public void setLogging(boolean logging, String logFName)

public double[] execute() throws IOException

public void start()