/home/ythoma/docs/math2mat/svn/wp1/framework/m2mGUI/src/m2m/backend/project/SimulationProperties.java

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package m2m.backend.project;

import m2m.backend.utils.XMLUtils;

import org.w3c.dom.Document;
import org.w3c.dom.Element;

public class SimulationProperties {

        private int simulationCalcPrecision;
        private int nbSamples;
        private float systemFrequency;
        private float inputFrequency;
        private float outputFrequency;
        
        private int inactivityTimeout;
        
        //constructors
        public SimulationProperties() {
                simulationCalcPrecision = 0;
                nbSamples = 5000;
                systemFrequency = (float)100.0;
                inputFrequency = (float)100.0;
                outputFrequency = (float)100.0;
                inactivityTimeout = 10000;
        }
        
/*      public SimulationProperties(int pres, int samples, float systFreq, float inputFreq, float outputFreq) {
                simulationCalcPrecision = pres;
                nbSamples = samples;
                inputFrequency = inputFreq;
                outputFrequency = outputFreq;
        }
        */

        public String getXmlTagName() {
                return "Simulation";
        }

        public int getInactivityTimeout() {
                return inactivityTimeout;
        }

        public void setInactivityTimeout(int timeout) {
                inactivityTimeout=timeout;
        }
        
        public boolean fromXml(Element el) {
                this.setSimulationCalcPrecision(XMLUtils.getIntValue(el,"Precision",0));
                this.setNumberOfSamples(XMLUtils.getIntValue(el,"NbSamples",5000));
                this.setInputFrequency(XMLUtils.getFloatValue(el,"InputFrequency",(float)100.0));
                this.setOutputFrequency(XMLUtils.getFloatValue(el,"OutputFrequency",(float)100.0));
                this.setSystemFrequency(XMLUtils.getFloatValue(el,"SystemFrequency",(float)100.0));
                this.setInactivityTimeout(XMLUtils.getIntValue(el,"InactivityTimeout",10000));
                return true;
        }

        public Element toXml(Document dom) {
                Element el;
                el=dom.createElement(getXmlTagName());
                el.appendChild(XMLUtils.createIntElement(dom,"Precision",this.getSimulationCalcPrecision()));
                el.appendChild(XMLUtils.createIntElement(dom,"NbSamples",this.getNumberOfSamples()));
                el.appendChild(XMLUtils.createFloatElement(dom,"InputFrequency",this.getInputFrequency()));
                el.appendChild(XMLUtils.createFloatElement(dom,"OutputFrequency",this.getOutputFrequency()));
                el.appendChild(XMLUtils.createFloatElement(dom,"SystemFrequency",this.getSystemFrequency()));
                return el;
        }
        
        
        
        //Getters
        public int getSimulationCalcPrecision() {
                return simulationCalcPrecision;
        }

        
        public int getNumberOfSamples() {
                return nbSamples;
        }
        public float getSystemFrequency() {
                return systemFrequency;
        }
        public float getInputFrequency() {
                return inputFrequency;
        }
        public float getOutputFrequency() {
                return outputFrequency;
        }
        
        //Setters
        
        public void setSimulationCalcPrecision(int precision) {
                simulationCalcPrecision = precision;
        }
        
        public void setNumberOfSamples(int samples) {
                nbSamples = samples;
        }
        public void setSystemFrequency(float freq) {
                systemFrequency = freq;
        }
        public void setInputFrequency(float freq) {
                inputFrequency = freq;
        }
        public void setOutputFrequency(float freq) {
                outputFrequency = freq;
        }
}