/*
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 * and open the template in the editor.
 */
package m.weps;

import java.util.LinkedList;
import java.util.logging.Logger;
import util.ErosionConst;

/**
 *
 * @author wlloyd
 */
public class SciEnergyParser {

    public static final Logger LOG = Logger.getLogger(SciEnergyParser.class.getName());


    // parse weps sci_energy.out file
    public static WepsOutput parseSciEnergyFile(String text) {
        String t2 = text.substring(1, text.length() - 1);
        String delims = "[|\t\r\n ]";
        String tokens[] = t2.split(delims);
        LinkedList<String> lst = new LinkedList();

        for (String token : tokens) {
            if (token.trim().length() > 0) {
                lst.add(token);
            }
        }

        for (String item : lst) {
            System.out.println(item);
        }

        // Grab tokens associated with the desired output values
        WepsOutput wo = new WepsOutput();
        wo.soilConditioningIndex = lst.get(2);
        wo.sciOmFactor = lst.get(7);
        wo.sciErFactor = lst.get(8);
        wo.sciFoFactor = lst.get(9);
        //wo.dieselEnergy = lst.get(3); This is wrong in the file
        wo.averageBiomass = lst.get(22);
        wo.windEros = lst.get(23);
        wo.waterEros = lst.get(24);
        wo.avgAllStir = lst.get(25);
        wo.bNaN = ((lst.get(2).equals("NaN")
                || lst.get(7).equals("NaN")
                || lst.get(8).equals("NaN")
                || lst.get(9).equals("NaN")
                || lst.get(3).equals("NaN")
                || lst.get(22).equals("NaN")
                || lst.get(23).equals("NaN")
                || lst.get(24).equals("NaN")
                || lst.get(25).equals("NaN")) ? true : false);

        // Work around to remove negative zero coming from sci_energy.out file
        if (wo.windEros.equals("-0.0000")) {
            wo.windEros = "0.0000";
        }

        // Work around to remove "NaN" from output(s)
        if (wo.windEros.equals("NaN")) {
            wo.windEros = "0.0000";
        }

        if (wo.soilConditioningIndex.equals("NaN")) {
            wo.soilConditioningIndex = "0.000";
        }

        if (wo.sciOmFactor.equals("NaN")) {
            wo.sciOmFactor = "0.0000";
        }

        if (wo.sciErFactor.equals("NaN")) {
            wo.sciErFactor = "0.0000";
        }

        if (wo.sciFoFactor.equals("NaN")) {
            wo.sciFoFactor = "0.0000";
        }

//        if (wo.dieselEnergy.equals("NaN")) {
//            wo.dieselEnergy = "0.000";
//        }

        if (wo.averageBiomass.equals("NaN")) {
            wo.averageBiomass = "0.0000";
        }

        if (wo.waterEros.equals("NaN")) {
            wo.waterEros = "0.0000";
        }

        if (wo.avgAllStir.equals("NaN")) {
            wo.avgAllStir = "0.0000";
        }

        // Unused tokens are:
        // 14 = totalRennerOM
        // 15 = totalRennerErosWater
        // 16 = totalRennerErosWind
        // 17 = rennerstir
        // 27 = texturemult
        if (wo.bNaN) {
            LOG.warning(ErosionConst.WEPS_FOUND_NAN_IN_OUTPUT);
        }

        LOG.info("wo.soilConditioningIndex" + wo.soilConditioningIndex);
        LOG.info("wo.sciOmFactor" + wo.sciOmFactor);
        LOG.info("wo.sciErFactor" + wo.sciErFactor);
        LOG.info("wo.sciFoFactor" + wo.sciFoFactor);
        LOG.info("wo.dieselEnergy" + wo.dieselEnergy);
        LOG.info("wo.averageBiomass" + wo.averageBiomass);
        LOG.info("wo.windEros" + wo.windEros);
        LOG.info("wo.waterEros" + wo.waterEros);
        LOG.info("wo.avgAllStir" + wo.avgAllStir);
        return wo;
    }

}