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NpoCFE.java
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package com.manu.scpoweb.npo.process.cfe;
import java.sql.Date;
import java.util.*;
import java.text.SimpleDateFormat;
import com.manu.webservices.common.ManuRuntimeException;
import com.manu.gensys.common.Pair;
import com.manu.scpoweb.common.SCPOWebException;
import com.manu.scpoweb.drm.common.PriceGlobalParam;
import com.manu.scpoweb.npo.process.optimize.beans.CplexParamBean;
import com.manu.scpoweb.npo.process.optimize.beans.DfuBean;
import com.manu.scpoweb.npo.process.optimize.beans.NPOOptimizeData;
import com.manu.scpoweb.npo.process.optimize.beans.NPORoundingRuleBean;
import com.manu.scpoweb.npo.process.optimize.beans.PkgBean;
import com.manu.scpoweb.npo.process.optimize.beans.RscBean;
import com.manu.scpoweb.npo.process.optimize.common.NPOProcessConstants;
import com.manu.scpoweb.npo.process.optimize.common.NPOException;
import com.manu.scpoweb.npo.process.optimize.common.NPOExceptionTypes;
import com.manu.scpoweb.npo.process.optimize.algs.NPOAction;
import com.manu.webservices.common.Trace;
/**
* Created by IntelliJ IDEA.
* User: mnalla
* Date: Jun 27, 2008
* Time: 12:14:25 PM
* To change this template use File | Settings | File Templates.
*/
public class NPOCfe
{
NPOOptimizeData npoOptimzeData = null;
int dur = 0;
double[][] sortedDfuSimPrices = null;
int[][] sortedDfuSimPricesDfuBeanIdx = null;
List<double[]> simBookedByRscDfu = new java.util.ArrayList<double[]>();
NPOCFEBaseControls cfeControlsObj = null;
NPOCfe()
{
}
public NPOCfe(NPOOptimizeData npoOptimizeData, int dur, NPOCFEBaseControls cfeControlsObj)
{
this.npoOptimzeData = npoOptimizeData;
this.dur = dur;
this.cfeControlsObj = cfeControlsObj;
}
/**
* call to each stage in the CFE process happens here
*/
public void runCFE(NPOAction npoAction) throws ManuRuntimeException
{
//As these parameters should get calculated for once and will be used by Cur & Rec controls,
// these calculations are being done in NPOCFECurControls which gets called first.
this.cfeControlsObj.calculateCommonInitialParameters(npoOptimzeData);
initialize(npoAction);
boolean cBookings = true;
String defaultSortOrder = NPOProcessConstants.SORT_METHOD_PESSIMISTIC;
// Get the NUM_PRICES_FIRST_PERIOD and NUM_PRICES_OTHER_PERIODS options
Map priceGlobalParamMap =
PriceGlobalParam.getInstance().getApplicationConstantsMap();
String sortOrder = (String) priceGlobalParamMap.get(PriceGlobalParam.NPO_CFE_SORT_METHOD);
if (sortOrder == null)
{
sortOrder = defaultSortOrder;
}
sortedDfuSimPrices = new double[dur + 1][];
sortedDfuSimPricesDfuBeanIdx = new int[dur + 1][];
try
{
for (int simDate = 0; simDate <= dur; simDate++)
{
if (simDate != 0 && cBookings)
{
cBookings = false;
}
bookingSurvival(cBookings, simDate);
sortDfuOrder(sortOrder, simDate);
bookedAcceptedDfu(simDate);
lastDateDfu(simDate);
}
bookedAcceptedRsrc(this.npoOptimzeData);
}
catch (Exception e)
{
Trace.write(Trace.error, e + "- error in runCFE() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* simPriceByDfu and simPriceByRsc are populated at interval level in this method.
* for dfus simPriceByDfu is populated only for menuOffsetType N(no offsetType)
*/
private void initialize(NPOAction npoAction) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = this.npoOptimzeData.getDfuList();
List<RscBean> rscBeanList = this.npoOptimzeData.getRsrcList();
List<PkgBean> pkgBeanList = this.npoOptimzeData.getPkgList();
DfuBean dfuBean = null;
RscBean rscBean = null;
Date[] postDates = null;
String[] rscPostDt = null;
double[] simPriceByDfu = null;
double[] simPriceByRsc = null;
double[] formattedvPriceByrsc = null;
Map<String, NPORoundingRuleBean> roundingRulesMap = this.npoOptimzeData.getRoundingRulesMap();
Set<String> dmdTypeList = new HashSet<String>();
NPORoundingRuleBean roundingRulesBean = null;
// rsrcId = null, oldRsrcId = null;
boolean formatNotSupported = false;
SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd");
try
{
for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
{
dfuBean = dfuBeanList.get(dfuBeanListIter);
postDates = dfuBean.getPostDates();
if (dfuBean.getDmdType() != null && dfuBean.getDmdType().trim().length() != 0)
{
dmdTypeList.add(dfuBean.getDmdType());
}
double[] simSurvivedByDfu = new double[postDates.length];
dfuBean.setSimSurvivedByDfu(simSurvivedByDfu);
double[] simBkgToComeByDfu = new double[postDates.length];
dfuBean.setSimBkgToComeByDfu(simBkgToComeByDfu);
double[] simAcceptedByDfu = new double[postDates.length];
double[] simBookedByDfu = new double[postDates.length];
double[] simPriceByDfuCurPDtLog = new double[postDates.length];
this.cfeControlsObj.setSimBkdByDfuPrice(dfuBean, simBookedByDfu);
this.cfeControlsObj.setSimAcceptedByDfu(dfuBean, simAcceptedByDfu);
this.cfeControlsObj.setSimPriceForLog(dfuBean, simPriceByDfuCurPDtLog);
// StringTokenizer st = new StringTokenizer(dfuBean.getDfuName(), ":");//dfuBean.getDfuName().substring(0, dfuBean.getDfuName().indexOf(':')) ;
// String[] dfuToken = new String[st.countTokens()];
// int tokenCount = 0;
// while (st.hasMoreTokens())
// {
// dfuToken[tokenCount++] = st.nextToken();
// }
//
// java.sql.Date dfuStartDate = new java.sql.Date(sdf.parse(dfuToken[1]).getTime());
if (dfuBean.getMenuOffsetType() != null)
{
if (dfuBean.getMenuOffsetType().equals("N"))
{
simPriceByDfu = new double[postDates.length];
for (int dfuPstDtIter = 0; dfuPstDtIter < postDates.length; dfuPstDtIter++)
{
try
{
simPriceByDfu[dfuPstDtIter] = this.cfeControlsObj.getDfuPrice(dfuBean, 0, dfuPstDtIter, roundingRulesBean);
}
catch(NumberFormatException nfe)
{
Trace.write(Trace.informational, "Invalid PriceFormat - "+roundingRulesBean.getRoundingFormat());
Trace.write(Trace.informational, "supported formats are #9.99, .#9, #9.#9 only.");
simPriceByDfu[dfuPstDtIter] = dfuBean.getvPrice()[dfuPstDtIter];
}
}
dfuBean.setSimPriceByDfu(simPriceByDfu);
dfuBean.setSimPriceByDfuCFE(simPriceByDfu);
this.cfeControlsObj.setSimPriceForLog(dfuBean, simPriceByDfu);
}
}
}
for (int rscBeanListIter = 0; rscBeanListIter < rscBeanList.size(); rscBeanListIter++)
{
rscBean = rscBeanList.get(rscBeanListIter);
rscPostDt = rscBean.getRsrcIntName();
simPriceByRsc = new double[rscPostDt.length];
formattedvPriceByrsc = new double[rscPostDt.length];
double[] simBookedByRsrc = new double[rscPostDt.length];
double[] simAcceptedByRsrc = new double[rscPostDt.length];
double[] simAuxBookedByRsrc = new double[rscPostDt.length];
double simBTCByRscPrice = 0.0;
HashMap<String, Double> simBTCByRscPriceMap = new HashMap(); // cfe
//String rsrcName = rscBean.getRscName();
StringTokenizer st = new StringTokenizer(rscBean.getRscName(), ":");
String[] rscToken = new String[st.countTokens()];
int tokenCount = 0;
while (st.hasMoreTokens())
{
rscToken[tokenCount++] = st.nextToken();
}
java.sql.Date rscStartDate = new java.sql.Date(sdf.parse(rscToken[1]).getTime());
Iterator iter = dmdTypeList.iterator();
//int i = 0;
while (iter.hasNext())
{
String dmdType = String.valueOf(iter.next());
simBTCByRscPriceMap.put(dmdType, simBTCByRscPrice);
}
this.cfeControlsObj.setSimBookedByResrcPrice(rscBean, simBookedByRsrc);
this.cfeControlsObj.setSimAuxBookedByResrcPrice(rscBean, simAuxBookedByRsrc);
this.cfeControlsObj.setSimAcceptedByResrcPrice(rscBean, simAcceptedByRsrc);
this.cfeControlsObj.setSimBTCByResrcPrice(rscBean, simBTCByRscPriceMap);
for (int rscPostDtIter = 0; rscPostDtIter < rscPostDt.length; rscPostDtIter++)
{
try
{
if(roundingRulesMap != null && !formatNotSupported)
{
roundingRulesBean = roundingRulesMap.get(rscBean.getRuleId());
simPriceByRsc[rscPostDtIter] = this.cfeControlsObj.getResrcPrice(rscBean, rscPostDtIter, roundingRulesBean,npoAction);
}
else
{
simPriceByRsc[rscPostDtIter] = this.cfeControlsObj.getResrcPrice(rscBean, rscPostDtIter, null,npoAction);
}
}
catch(NumberFormatException nfe)
{
Trace.write(Trace.informational, "Invalid PriceFormat - "+roundingRulesBean.getRoundingFormat());
Trace.write(Trace.informational, "supported formats are #9.99, .#9, #9.#9 only.");
if(npoAction!= null){
NPOException.create("Rsc", rscToken[0],rscStartDate, null, NPOExceptionTypes.NPO_ROUNDING_RULES_ERROR, NPOExceptionTypes.FUNC_CFE_INITIALIZE,npoAction);
}
simPriceByRsc[rscPostDtIter] = rscBean.getVPriceByRsrcInt()[rscPostDtIter];
formatNotSupported = true;
}
formattedvPriceByrsc[rscPostDtIter] = simPriceByRsc[rscPostDtIter];
}
rscBean.setSimPriceByRsc(simPriceByRsc);
rscBean.setFormattedvPriceByRsrcInt(formattedvPriceByrsc);
}
}
catch (Exception e)
{
Trace.write(Trace.error, " - error in initialize() - ",e);
throw new ManuRuntimeException(e);
}
updateSimprices(dfuBeanList, rscBeanList, pkgBeanList, roundingRulesMap,npoAction);
}
/**
* @param dfuBeanList list of DfuBean objects
* @param rscBeanList list of RscBean objects
* @param pkgBeanList list of PkgBean objects
*/
public void updateSimprices(List<DfuBean> dfuBeanList, List<RscBean> rscBeanList, List<PkgBean> pkgBeanList, Map<String, NPORoundingRuleBean> roundingRulesMap,NPOAction npoAction) throws ManuRuntimeException
{
DfuBean dfuBean = null;
PkgBean pkgBean = null;
RscBean rscBean = null;
Date[] dfuPostDt = null;
double[] evalPrice = null;
int[][][] dfuIntRscIndex = null;
int[][][] dfuIntRscInt = null;
int[] rscIdx = null;
int[] dfuIntrvlrsc = null;
double[] rscSimPrice = null;
int[] dfuPkgIdx = null;
double[] simPriceByDfuPstDt = null;
double[] simPriceBySDfuPstDtCFE = null;
double[] simPriceByDfuPDtLog = null;
NPORoundingRuleBean roundingRuleBean = null;
//String rsrcId = null ;//, oldRsrcId = null;
boolean formatNotSupported = false;
SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd");
try
{
for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
{
dfuBean = dfuBeanList.get(dfuBeanListIter);
//String dfuNameArr[] = dfuBean.getDfuName().split("_");
//rsrcId = dfuNameArr[0];
StringTokenizer st = new StringTokenizer(dfuBean.getDfuName(), ":");
String[] dfuToken = new String[st.countTokens()];
int tokenCount = 0;
while (st.hasMoreTokens())
{
dfuToken[tokenCount++] = st.nextToken();
}
java.sql.Date dfuStartDate = new java.sql.Date(sdf.parse(dfuToken[1]).getTime());
dfuPostDt = dfuBean.getPostDates();
simPriceByDfuPstDt = new double[dfuPostDt.length];
simPriceBySDfuPstDtCFE = new double[dfuPostDt.length];
simPriceByDfuPDtLog = new double[dfuPostDt.length];
for (int dfuPostDtIter = 0; dfuPostDtIter < dfuPostDt.length; dfuPostDtIter++)
{
//getPkgIndex would give the index of pkgObjects associated with dfu
evalPrice = new double[dfuBean.getPkgIndex().length];
dfuPkgIdx = dfuBean.getPkgIndex();
//iterate through the packages associated with dfu
for (int dfuPkgIdxIter = 0; dfuPkgIdxIter < dfuPkgIdx.length; dfuPkgIdxIter++)
{
pkgBean = pkgBeanList.get(dfuPkgIdx[dfuPkgIdxIter]);
evalPrice[dfuPkgIdxIter] = 0;
dfuIntRscIndex = pkgBean.getDfuRsrcIndex();
dfuIntRscInt = pkgBean.getDfuRsrcInt();
rscIdx = pkgBean.getRsrcIndex();
//index of dfuBean(represented by dfuBeanListIter) in the dfuList associated with package
int dfuindex = Arrays.binarySearch(pkgBean.getDfuPkg(), dfuBeanListIter);
//dfuIntrvlrsc gives the resources associated with a given dfuindex and dfuPostdate
dfuIntrvlrsc = dfuIntRscIndex[dfuindex][dfuPostDtIter];
for (int dfuIntrvlrscIter = 0; dfuIntrvlrscIter < dfuIntrvlrsc.length && dfuIntrvlrscIter < rscIdx.length; dfuIntrvlrscIter++)
{
rscBean = rscBeanList.get(rscIdx[dfuIntrvlrscIter]);
rscSimPrice = rscBean.getSimPriceByRsc();
//dfuIntRscInt gives the matching interval (RSRC and DFU) index
evalPrice[dfuPkgIdxIter] = evalPrice[dfuPkgIdxIter] + rscSimPrice[dfuIntRscInt[dfuindex][dfuPostDtIter][dfuIntrvlrscIter]];
}
//A - additive and M - multiplicative
if (dfuBean.getMenuOffsetType().equals("A"))
{
//evalPrice[dfuPkgIdxIter] = evalPrice[dfuPkgIdxIter] + (dfuIntRscIndex.length*dfuBean.getMenuOffsetValue());
evalPrice[dfuPkgIdxIter] = evalPrice[dfuPkgIdxIter] + (dfuIntrvlrsc.length * dfuBean.getMenuOffsetValue());
}
else if (dfuBean.getMenuOffsetType().equals("M"))
{
evalPrice[dfuPkgIdxIter] = evalPrice[dfuPkgIdxIter] * dfuBean.getMenuOffsetValue();
}
}
double maxEvalPrice = getMaxEvalPrice(evalPrice);
simPriceBySDfuPstDtCFE[dfuPostDtIter] = maxEvalPrice;
try
{
if(roundingRulesMap != null && !formatNotSupported)
{
roundingRuleBean = roundingRulesMap.get(dfuBean.getRuleId());
simPriceByDfuPstDt[dfuPostDtIter] = this.cfeControlsObj.getDfuPrice(dfuBean, maxEvalPrice, dfuPostDtIter, roundingRuleBean);
}
else
{
simPriceByDfuPstDt[dfuPostDtIter] = this.cfeControlsObj.getDfuPrice(dfuBean, maxEvalPrice, dfuPostDtIter, null);
}
}
catch(NumberFormatException nfe)
{
if(npoAction != null){
NPOException.create("DFU", dfuToken[0],dfuStartDate, null, NPOExceptionTypes.NPO_ROUNDING_RULES_ERROR, NPOExceptionTypes.FUNC_CFE_UPDATE_SIM_PRICES,npoAction);
}
simPriceByDfuPstDt[dfuPostDtIter] = maxEvalPrice;
formatNotSupported = true;
}
simPriceByDfuPDtLog[dfuPostDtIter] = maxEvalPrice;
}
dfuBean.setSimPriceByDfu(simPriceByDfuPstDt);
dfuBean.setSimPriceByDfuCFE(simPriceBySDfuPstDtCFE);
this.cfeControlsObj.setSimPriceForLog(dfuBean, simPriceByDfuPDtLog);
}
}
catch (Exception e)
{
Trace.write(Trace.error, e + " - error in updateSimprices() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* @param evalPrice
* @return maxPrice
*/
private double getMaxEvalPrice(double[] evalPrice) throws ManuRuntimeException
{
double maxEvalPrice = 0;
try
{
for (int evalPrIter = 0; evalPrIter < evalPrice.length; evalPrIter++)
{
if (evalPrice[evalPrIter] > maxEvalPrice)
{
maxEvalPrice = evalPrice[evalPrIter];
}
}
}
catch (Exception e)
{
Trace.write(Trace.error, " - error in getMaxEvalPrice() - ", e);
throw new ManuRuntimeException(e);
}
return maxEvalPrice;
}
/**
* @param currentBookings
* @param simDate
*/
private void bookingSurvival(boolean currentBookings, int simDate) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = this.npoOptimzeData.getDfuList();
List<RscBean> rscBeanList = this.npoOptimzeData.getRsrcList();
List<PkgBean> pkgBeanList = this.npoOptimzeData.getPkgList();
DfuBean dfuBean = null;
RscBean rscBean = null;
PkgBean pkgBean = null;
int packageUsage = 0;
float packageAuxUsage = 0;
double[] simPriceByDfu = null;
try
{
for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
{
dfuBean = dfuBeanList.get(dfuBeanListIter);
double[] simSurvivedByDfu = dfuBean.getSimSurvivedByDfu();
double[] simBkgToComeByDfu = dfuBean.getSimBkgToComeByDfu();
double[] simBkdByDfuPrice = this.cfeControlsObj.getSimBkdByDfuPrice(dfuBean);
double[] surRate = dfuBean.getSurRate();
double[] baseDemand = dfuBean.getBaseDemand();
double[] ownPriceElasticityAtRefprice = dfuBean.getoPer();
simPriceByDfu = dfuBean.getSimPriceByDfu();
double[] refPrice = dfuBean.getRefPrice();
if (simDate >= simSurvivedByDfu.length)
{
continue;
}
//for 1st day in the horizon we consider current bookings, from next day we will have 1st day calculated value so
//current bookings is not required from 2nd day
if (currentBookings)
{
simSurvivedByDfu[simDate] = dfuBean.getcBookings() * surRate[simDate];
}
else
{
simSurvivedByDfu[simDate] = simBkdByDfuPrice[simDate - 1] * surRate[simDate];
}
dfuBean.setSimSurvivedByDfu(simSurvivedByDfu);
if (dfuBean.isFixedPriceSW())
{
simBkgToComeByDfu[simDate] = Math.max(0, baseDemand[simDate]);
}
else
{
try
{
simBkgToComeByDfu[simDate] = Math.max(0, baseDemand[simDate] * (1 + (ownPriceElasticityAtRefprice[simDate] * ((simPriceByDfu[simDate] - refPrice[simDate]) / refPrice[simDate]))));
}
catch(Exception e)
{
Trace.write(Trace.error, "refPrice or baseDemand missing for some of the dfu's or for some intervals of dfu's");
throw new ManuRuntimeException(e);
}
}
dfuBean.setSimBkgToComeByDfu(simBkgToComeByDfu);
}
for (int rscBeanListIter = 0; rscBeanListIter < rscBeanList.size(); rscBeanListIter++)
{
double[] simBookedByRsc = null, simAuxBookedByRsc = null;
rscBean = rscBeanList.get(rscBeanListIter);
simBookedByRsc = this.cfeControlsObj.getSimBookedByResrcPrice(rscBean);
simAuxBookedByRsc = this.cfeControlsObj.getSimAuxBookedByResrcPrice(rscBean);
int[] rscPkg = rscBean.getRscPkg();
if (simDate >= simBookedByRsc.length)
{
continue;
}
for (int pkgIndex = 0; pkgIndex < rscPkg.length; pkgIndex++)
{
pkgBean = pkgBeanList.get(rscPkg[pkgIndex]);
int[] dfuPkg = pkgBean.getDfuPkg();
packageUsage = pkgBean.getUsage();
packageAuxUsage = pkgBean.getAuxUsage();
for (int dfuIndex = 0; dfuIndex < dfuPkg.length; dfuIndex++)
{
dfuBean = dfuBeanList.get(dfuPkg[dfuIndex]);
double[] simSurvivedByDfu = dfuBean.getSimSurvivedByDfu();
if (simDate >= simSurvivedByDfu.length)
{
continue;
}
simBookedByRsc[simDate] += simSurvivedByDfu[simDate] * packageUsage;
simAuxBookedByRsc[simDate] += simSurvivedByDfu[simDate] * packageAuxUsage;
}
}
this.cfeControlsObj.setSimBookedByResrcPrice(rscBean, simBookedByRsc);
this.cfeControlsObj.setSimAuxBookedByResrcPrice(rscBean, simAuxBookedByRsc);
}
}
catch (Exception e)
{
Trace.write(Trace.error, "Sufficient data is not there for running CFE Analysis");
Trace.write(Trace.error, " - error in bookingSurvival() - ", e);
throw new ManuRuntimeException(e);
}
}
private double getMaxVPriceOfDfuPkgs(int[] dfuPkgIdx)
{
List<PkgBean> pkgBeans = this.npoOptimzeData.getPkgList();
double maxVPriceByPkg = 0;
for (int i = 0; i < dfuPkgIdx.length; i++)
{
if (i == 0)
{
maxVPriceByPkg = pkgBeans.get(dfuPkgIdx[0]).getVPriceByPkg();
} else
{
if (maxVPriceByPkg <= pkgBeans.get(dfuPkgIdx[i]).getVPriceByPkg())
{
maxVPriceByPkg = pkgBeans.get(dfuPkgIdx[i]).getVPriceByPkg();
}
}
}
return maxVPriceByPkg;
}
/**
* @param sortType
*/
public void sortDfuOrder(String sortType, int simDate) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = this.npoOptimzeData.getDfuList();
List<Pair> dfuBeanSimPriceIdx = new ArrayList();
Pair dfuBeanSimPriceIdxPair = null;
DfuBean dfuBean = null;
double[] simPrices = null;
double simPriceForSimDate;
Double [] simPriceArr = null;
//int simPriceArrIdx = 0;
//int simPriceArrLen = 0;
try
{
List<Double> temp =new ArrayList();
// for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
// {
// dfuBean = dfuBeanList.get(dfuBeanListIter);//get a bean
// simPrices = dfuBean.getSimPriceByDfu();//
// if (simPrices.length > simDate)
// {
// simPriceForSimDate = simPrices[simDate];
// if (simPriceForSimDate >= 0)
// {
// simPriceArrLen++;
// }
// }
// }
// simPriceArr = new Double[simPriceArrLen];
// for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
// {
// dfuBean = dfuBeanList.get(dfuBeanListIter);
// simPrices = dfuBean.getSimPriceByDfu();
// if (simPrices.length > simDate)
// {
// simPriceForSimDate = simPrices[simDate];
// if (simPriceForSimDate >= 0)
// {
// if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_PESSIMISTIC))
// {
// if (dfuBean.getFxPriceMult() == 0)
// {
// dfuBean.setFxPriceMult(0.001); //This is to eliminate divide by zero error.
// }
// simPriceForSimDate = simPriceForSimDate / dfuBean.getFxPriceMult();
// } else if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_OPTIMISTIC))
// {
// simPriceForSimDate = simPriceForSimDate * dfuBean.getFxPriceMult();
// }
// simPriceArr[simPriceArrIdx] = simPriceForSimDate;
// dfuBeanSimPriceIdxPair = new Pair(dfuBeanListIter, simPriceForSimDate);
// dfuBeanSimPriceIdx.add(dfuBeanSimPriceIdxPair);
// simPriceArrIdx++;
// }
// }
// }
//start///
for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
{
dfuBean = dfuBeanList.get(dfuBeanListIter);
simPrices = dfuBean.getSimPriceByDfu();
if (simPrices.length > simDate)
{
simPriceForSimDate = simPrices[simDate];
if (simPriceForSimDate >= 0)
{
if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_PESSIMISTIC))
{
if (dfuBean.getFxPriceMult() == 0)
{
dfuBean.setFxPriceMult(0.001); //This is to eliminate devide by zero error.
}
simPriceForSimDate = simPriceForSimDate / dfuBean.getFxPriceMult();
} else if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_OPTIMISTIC))
{
simPriceForSimDate = simPriceForSimDate * dfuBean.getFxPriceMult();
}
temp.add(simPriceForSimDate);
dfuBeanSimPriceIdxPair = new Pair(dfuBeanListIter, simPriceForSimDate);
dfuBeanSimPriceIdx.add(dfuBeanSimPriceIdxPair);
}
}
}
simPriceArr= (Double[]) temp.toArray();
///end
sortDfuSimPrices(dfuBeanSimPriceIdx, sortType);
sortedDfuSimPrices[simDate] = new double[simPriceArr.length];
sortedDfuSimPricesDfuBeanIdx[simDate] = new int[simPriceArr.length];
Arrays.sort(simPriceArr);
for (int sortedSimPriceArrIter = 0; sortedSimPriceArrIter < simPriceArr.length; sortedSimPriceArrIter++)
{
sortedDfuSimPrices[simDate][sortedSimPriceArrIter] = simPriceArr[sortedSimPriceArrIter];
sortedDfuSimPricesDfuBeanIdx[simDate][sortedSimPriceArrIter] = (Integer) dfuBeanSimPriceIdx.get(sortedSimPriceArrIter).getLeft();
}
}
catch (Exception e)
{
Trace.write(Trace.error, " error in sortDfuOrder() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* @param dfuBeansimPricesLst
* @param sortType
*/
public void sortDfuSimPrices(List<Pair> dfuBeansimPricesLst, String sortType) throws ManuRuntimeException
{
Pair dfuBeansimPrice = null;
Pair minDfuBeansimPrice = null;
Pair maxDfuBeansimPrice = null;
int dfuBeansimPricesLstIter = 0;
double minSimPrice = 0;
double maxSimPrice = 0;
double dfuSimPrice = 0;
int minPriceIdx = 0;
int maxPriceIdx = 0;
int dfuBeansimPricesLstInnerIter = 0;
try
{
for (dfuBeansimPricesLstIter = 0; dfuBeansimPricesLstIter < dfuBeansimPricesLst.size(); dfuBeansimPricesLstIter++)
{
if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_PESSIMISTIC))
{
for (dfuBeansimPricesLstInnerIter = 0 + dfuBeansimPricesLstIter; dfuBeansimPricesLstInnerIter < dfuBeansimPricesLst.size(); dfuBeansimPricesLstInnerIter++)
{
dfuBeansimPrice = dfuBeansimPricesLst.get(dfuBeansimPricesLstInnerIter);
dfuSimPrice = (Double) dfuBeansimPrice.getRight();
if (dfuBeansimPricesLstInnerIter == (0 + dfuBeansimPricesLstIter))
{
minSimPrice = dfuSimPrice;
minPriceIdx = dfuBeansimPricesLstInnerIter;
minDfuBeansimPrice = dfuBeansimPrice;
}
if (dfuSimPrice < minSimPrice)
{
minSimPrice = dfuSimPrice;
minPriceIdx = dfuBeansimPricesLstInnerIter;
minDfuBeansimPrice = dfuBeansimPrice;
}
}
dfuBeansimPricesLst.remove(minPriceIdx);
dfuBeansimPricesLst.add(dfuBeansimPricesLstIter, minDfuBeansimPrice);
} else if (sortType.equalsIgnoreCase(NPOProcessConstants.SORT_METHOD_OPTIMISTIC))
{
for (dfuBeansimPricesLstIter = 0; dfuBeansimPricesLstIter < dfuBeansimPricesLst.size(); dfuBeansimPricesLstIter++)
{
for (dfuBeansimPricesLstInnerIter = 0 + dfuBeansimPricesLstIter; dfuBeansimPricesLstInnerIter < dfuBeansimPricesLst.size(); dfuBeansimPricesLstInnerIter++)
{
dfuBeansimPrice = dfuBeansimPricesLst.get(dfuBeansimPricesLstInnerIter);
dfuSimPrice = (Double) dfuBeansimPrice.getRight();
if (dfuBeansimPricesLstInnerIter == (0 + dfuBeansimPricesLstIter))
{
maxSimPrice = dfuSimPrice;
maxPriceIdx = dfuBeansimPricesLstInnerIter;
maxDfuBeansimPrice = dfuBeansimPrice;
}
if (dfuSimPrice > maxSimPrice)
{
maxSimPrice = dfuSimPrice;
maxPriceIdx = dfuBeansimPricesLstInnerIter;
maxDfuBeansimPrice = dfuBeansimPrice;
}
}
dfuBeansimPricesLst.remove(maxPriceIdx);
dfuBeansimPricesLst.add(dfuBeansimPricesLstIter, maxDfuBeansimPrice);
}
}
}
}
catch (Exception e)
{
Trace.write(Trace.error, " - Error in sortDfuSimPrices() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* @param simDate
*/
public void bookedAcceptedDfu(int simDate) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = this.npoOptimzeData.getDfuList();
List<RscBean> rscBeanList = this.npoOptimzeData.getRsrcList();
List<PkgBean> pkgBeanList = this.npoOptimzeData.getPkgList();
int[][] sortedDfuIdxs = this.sortedDfuSimPricesDfuBeanIdx;
int dfuBeanIdx = 0;
double[] simBookedByRsrc = null;
double[] simAuxBookedByRsrc = null;
double[] simBookedByDfu = null;
double[] simAcceptedByDfu = null;
double[] simAcceptedByRsrc = null;
HashMap<String, Double> simBTCByRscpriceMap = new HashMap<String, Double>();
double simBTCByRscprice = 0.0;
int packageUsage = 0;
float packageAuxUsage = 0;
// This has to be changed later, should be based on the dfu sorted list for the simDate
try
{
for (int sortedDfuIdxsIter = 0; sortedDfuIdxsIter < sortedDfuIdxs[simDate].length; sortedDfuIdxsIter++)
{
dfuBeanIdx = sortedDfuIdxs[simDate][sortedDfuIdxsIter];
//DfuBean dfuBean = dfuBeanList.get(dfuBeanListItr);
DfuBean dfuBean = dfuBeanList.get(dfuBeanIdx);
int[] pkgIndex = dfuBean.getPkgIndex();
List<Double> minLeftOverList = new java.util.ArrayList<Double>();
for (int pkgBeanListItr = 0; pkgBeanListItr < pkgIndex.length; pkgBeanListItr++)
{
PkgBean pkgBean = pkgBeanList.get(pkgIndex[pkgBeanListItr]);
int[] dfuPkg = pkgBean.getDfuPkg();
int[][][] dfuIntRscIndex = pkgBean.getDfuRsrcIndex();
packageUsage = pkgBean.getUsage();
packageAuxUsage = pkgBean.getAuxUsage();
int dfuIndex = Arrays.binarySearch(dfuPkg, dfuBeanIdx);
for (int rscBeanItr = 0; simDate < dfuIntRscIndex[dfuIndex].length &&
rscBeanItr < dfuIntRscIndex[dfuIndex][simDate].length; rscBeanItr++)
{
RscBean rscBean = rscBeanList.get(dfuIntRscIndex[dfuIndex][simDate][rscBeanItr]);
double[] rscCapacity = null;
rscCapacity = this.cfeControlsObj.getResrcCapacity(rscBean);
simBookedByRsrc = this.cfeControlsObj.getSimBookedByResrcPrice(rscBean);
minLeftOverList.add((rscCapacity[simDate] - simBookedByRsrc[simDate]) / packageUsage);
}
}
double minLeftOver = minLeftOverList.get(0);
for (int minLeftOverItr = 1; minLeftOverItr < minLeftOverList.size(); minLeftOverItr++)
{
if (minLeftOverList.get(minLeftOverItr) < minLeftOver)
{
minLeftOver = minLeftOverList.get(minLeftOverItr);
}
}
double minBooking;
double[] simBkgToComeByDfu = dfuBean.getSimBkgToComeByDfu();
//capping the demand with available capacity.
minBooking = Math.min(minLeftOver, simBkgToComeByDfu[simDate]);
simBookedByDfu = this.cfeControlsObj.getSimBkdByDfuPrice(dfuBean);
simAcceptedByDfu = this.cfeControlsObj.getSimAcceptedByDfu(dfuBean);
simAcceptedByDfu[simDate] = Math.max(0, minBooking);
double[] simSurvivedByDfu = dfuBean.getSimSurvivedByDfu();
simBookedByDfu[simDate] = simAcceptedByDfu[simDate] + simSurvivedByDfu[simDate];
this.cfeControlsObj.setSimBkdByDfuPrice(dfuBean, simBookedByDfu);
this.cfeControlsObj.setSimAcceptedByDfu(dfuBean, simAcceptedByDfu);
for (int pkgBeanListItr = 0; pkgBeanListItr < pkgIndex.length; pkgBeanListItr++)
{
PkgBean pkgBean = pkgBeanList.get(pkgIndex[pkgBeanListItr]);
int[][][] dfuIntRscInt = pkgBean.getDfuRsrcInt();
int[][][] dfuIntRscIndex = pkgBean.getDfuRsrcIndex();
int[] dfuPkg = pkgBean.getDfuPkg();
packageUsage = pkgBean.getUsage();
int dfuIndex = Arrays.binarySearch(dfuPkg, dfuBeanIdx);
for (int rscBeanItr = 0; simDate < dfuIntRscIndex[dfuIndex].length &&
rscBeanItr < dfuIntRscInt[dfuIndex][simDate].length; rscBeanItr++)
{
//RscBean rscBean = rscBeanList.get(dfuIntRscInt[dfuIndex][simDate][rscBeanItr]);
RscBean rscBean = rscBeanList.get(dfuIntRscIndex[dfuIndex][simDate][rscBeanItr]);
simBookedByRsrc = this.cfeControlsObj.getSimBookedByResrcPrice(rscBean);
simAuxBookedByRsrc = this.cfeControlsObj.getSimAuxBookedByResrcPrice(rscBean);
simAcceptedByRsrc = this.cfeControlsObj.getSimAcceptedByResrcPrice(rscBean);
simBTCByRscpriceMap = this.cfeControlsObj.getSimBTCByResrcPrice(rscBean);
int simBookedByRsrcInt = dfuIntRscInt[dfuIndex][simDate][rscBeanItr];
// simBookedbyResrc for Visitor and Member
if (dfuBean.getDmdType() != null && dfuBean.getDmdType().trim().length() != 0)
{
simBTCByRscprice = simBTCByRscpriceMap.get(dfuBean.getDmdType());
simBTCByRscprice += simBkgToComeByDfu[simDate];
String demandType = dfuBean.getDmdType();
simBTCByRscpriceMap.put(demandType, simBTCByRscprice);
}
if(simBookedByRsrcInt == -1){
// double[] dmdAtDfuPrice = this.cfeControlsObj.getSimAcceptedByDfu(dfuBean);
simBookedByRsrc[simBookedByRsrcInt] += simAcceptedByDfu[simDate] * packageUsage;
}
simBookedByRsrc[simBookedByRsrcInt] += simAcceptedByDfu[simDate] * packageUsage;
simAuxBookedByRsrc[simBookedByRsrcInt] += simAcceptedByDfu[simDate] * packageAuxUsage;
simAcceptedByRsrc[simBookedByRsrcInt] += simAcceptedByDfu[simDate] * packageUsage;
this.cfeControlsObj.setSimAcceptedByResrcPrice(rscBean, simAcceptedByRsrc);
this.cfeControlsObj.setSimBTCByResrcPrice(rscBean, simBTCByRscpriceMap);
this.cfeControlsObj.setSimBookedByResrcPrice(rscBean, simBookedByRsrc);
}
}
int dfulen = 0;
int lastButOnePostdateIdx = 0;
double[] survivalRate = null;
double sumDmdAtDfuDtPrice = 0;
dfulen = dfuBean.getPostDates().length;
double[] dmdAtDfuPrice = this.cfeControlsObj.getSimAcceptedByDfu(dfuBean);
survivalRate = dfuBean.getSurRate();
lastButOnePostdateIdx = dfulen - 2;
if (lastButOnePostdateIdx < 0)
{
lastButOnePostdateIdx = dfulen - 1;
}
//Calculates and sets SimCurBkdUnconstraints to dfuBean.
this.cfeControlsObj.calculateSimBkdUncons(dfuBean, dfulen);
sumDmdAtDfuDtPrice = 0;
double sumDmdAtDfuDtPriceSurv = 0;
for (int intrvl = 0; intrvl < dfulen; intrvl++)
{
double finalSurRate = 1;
for (int postDateCountForSurRate = (intrvl + 1); postDateCountForSurRate < dfulen; postDateCountForSurRate++)
{
finalSurRate = finalSurRate * survivalRate[postDateCountForSurRate];
}
sumDmdAtDfuDtPrice = sumDmdAtDfuDtPrice + dmdAtDfuPrice[intrvl];
sumDmdAtDfuDtPriceSurv = sumDmdAtDfuDtPriceSurv + dmdAtDfuPrice[intrvl] * finalSurRate;
}
this.cfeControlsObj.setDmdSurvAtDfuPrice(dfuBean, sumDmdAtDfuDtPriceSurv);
//calculates & sets No-shows & cancellations at rec controls
this.cfeControlsObj.setDfuMiscParameters(dfuBean, sumDmdAtDfuDtPrice);
}
}
catch (Exception e)
{
Trace.write(Trace.error, " - error in bookedAcceptedDfu() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* @param simDate
*/
public void lastDateDfu(int simDate) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = this.npoOptimzeData.getDfuList();
List<RscBean> rscBeanList = this.npoOptimzeData.getRsrcList();
List<PkgBean> pkgBeanList = this.npoOptimzeData.getPkgList();
DfuBean dfuBean = null;
int simDateLen = 0;
int[] pkgIndex = null;
String[] rscIntName = null;
double[] simBookedByRsrc = null;
double[] simAuxBookedByRsrc = null;
int packageUsage = 0;
float packageAuxUsage = 0;
try
{
for (int dfuBeanListIter = 0; dfuBeanListIter < dfuBeanList.size(); dfuBeanListIter++)
{
dfuBean = dfuBeanList.get(dfuBeanListIter);
simDateLen = dfuBean.getSimPriceByDfu().length - 1;
if (simDate == simDateLen)
{
pkgIndex = dfuBean.getPkgIndex();
for (int pkgBeanListItr = 0; pkgBeanListItr < pkgIndex.length; pkgBeanListItr++)
{
PkgBean pkgBean = pkgBeanList.get(pkgIndex[pkgBeanListItr]);
int[] dfuPkg = pkgBean.getDfuPkg();
int[][][] dfuIntRscIndex = pkgBean.getDfuRsrcIndex();
int dfuIndex = Arrays.binarySearch(dfuPkg, dfuBeanListIter);
packageUsage = pkgBean.getUsage();
for (int rscBeanItr = 0; simDate < dfuIntRscIndex[dfuIndex].length &&
rscBeanItr < dfuIntRscIndex[dfuIndex][simDate].length; rscBeanItr++)
{
RscBean rscBean = rscBeanList.get(dfuIntRscIndex[dfuIndex][simDate][rscBeanItr]);
rscIntName = rscBean.getRscIntName();
simBookedByRsrc = this.cfeControlsObj.getSimBookedByResrcPrice(rscBean);
simAuxBookedByRsrc = this.cfeControlsObj.getSimAuxBookedByResrcPrice(rscBean);
double[] simBkdDFUPrice = this.cfeControlsObj.getSimBkdByDfuPrice(dfuBean);
for (int rscIntNameIter = 0; rscIntNameIter < rscIntName.length; rscIntNameIter++)
{
if (rscIntNameIter > simDate)
{
simBookedByRsrc[rscIntNameIter] = simBookedByRsrc[rscIntNameIter] + simBkdDFUPrice[simDate] * packageUsage;
simAuxBookedByRsrc[rscIntNameIter] = simAuxBookedByRsrc[rscIntNameIter] + simBkdDFUPrice[simDate] * packageAuxUsage;
}
}
this.cfeControlsObj.setSimBookedByResrcPrice(rscBean, simBookedByRsrc);
this.cfeControlsObj.setSimAuxBookedByResrcPrice(rscBean, simAuxBookedByRsrc);
}
}
}
}
}
catch (Exception e)
{
Trace.write(Trace.error, " - error in lastDateDfu() - ", e);
throw new ManuRuntimeException(e);
}
}
/**
* @param npoOptimzeData
* @throws ManuRuntimeException
*/
public void bookedAcceptedRsrc(NPOOptimizeData npoOptimzeData) throws ManuRuntimeException
{
List<DfuBean> dfuBeanList = npoOptimzeData.getDfuList();
List<RscBean> rscBeanList = npoOptimzeData.getRsrcList();
List<PkgBean> pkgBeanList = npoOptimzeData.getPkgList();
RscBean rsrcBean = null;
PkgBean pkgBean = null;
DfuBean dfuBean = null;
int[] rsrcPkg = null;
int[] pkgDfus = null;
double[] simAcceptedByRsrc = null;
double[] simAcceptedByDfu = null;
double[][][] simRevenueByRsrcDfu = null;
double dfuPricePerRscDate = 0;
int rsrcInts = 0;
try
{
int[][][] rsrcPkgDfuIndtr = null;
int[][][] rsrcPkgDfuIntrvl = null;
double[] simBkdCurUnconsByR = null;
int packageUsage = 0;
int lastintrvl = 0;
for (int rsrcBeanIter = 0; rsrcBeanIter < rscBeanList.size(); rsrcBeanIter++)
{
rsrcBean = rscBeanList.get(rsrcBeanIter);
rsrcInts = rsrcBean.getRsrcIntName().length;
rsrcPkgDfuIndtr = rsrcBean.getRscPkgDfuIndicator();
rsrcPkgDfuIntrvl = rsrcBean.getRscPkgDfuInterval();
simBkdCurUnconsByR = new double[rsrcInts];
for (int rsrcIntsIter = 0; rsrcIntsIter < rsrcInts; rsrcIntsIter++)
{
rsrcPkg = rsrcBean.getRscPkg();
for (int rsrcPkgIter = 0; rsrcPkgIter < rsrcPkg.length; rsrcPkgIter++)
{
pkgBean = pkgBeanList.get(rsrcPkg[rsrcPkgIter]);
pkgDfus = pkgBean.getDfuPkg();
packageUsage = pkgBean.getUsage();
//simBkdCurUnconsByR[rsrcIntsIter] = new double[pkgDfus.length];
for (int pkgDfusIter = 0; pkgDfusIter < pkgDfus.length; pkgDfusIter++)