protected virtual double getSrcValue(string stockID)
{
//int maxYear = 0, maxQuarter = 0;
//double srcVal = getMaxCostRefValueBefore(stockID, m_targetYear, m_targetSeason, out maxYear, out maxQuarter);
double srcVal = StockDataCache.getInstance().getMaxCostRefValueBefore(stockID, m_targetYear, m_targetSeason);
return(srcVal);
}
protected override double getSrcValue(string stockID)
{
//int maxYear = 0;
//double srcVal = getMaxCostYoyRefValueBefore(stockID, m_targetYear, m_targetSeason, out maxYear);
double srcVal = StockDataCache.getInstance().getMaxYoyCostRefValueBefore(stockID, m_targetYear, m_targetSeason);
return(srcVal);
}
public bool calcAvgValInIndustry(string stockID, out double val)
{
val = 0.0;
if (m_comparer == null)
{
return(false);
}
string industryName = StockPool.getInstance().getStockIndustry(stockID);
string comparerName = m_comparer.getFilterDesc();
bool ret = true;
if (!StockDataCache.getInstance().getAvgValInIndustry(comparerName, industryName, out val))
{
double accumVal = 0.0;
int accumCount = 0;
List <string> stocksInIndustry = StockPool.getInstance().getStocksInIndustry(industryName);
foreach (string code in stocksInIndustry)
{
double curVal = 0.0;
if (m_comparer.getNumericValue(code, out curVal))
{
if (m_comparer.needLimitValue() &&
!m_comparer.isValueValid(curVal))
{
curVal = m_comparer.getLimitValue();
}
accumVal += curVal;
accumCount++;
}
}
if (accumCount > 0)
{
val = accumVal / accumCount;
StockDataCache.getInstance().setAvgValInIndustry(comparerName, industryName, val);
}
else
{
ret = false;
}
}
return(ret);
}
public static bool getLowestPriceBetweenDate(string stockID, string beginDate, string endDate, out double lowestPrice)
{
if (StockDataCache.getInstance().getLowestPriceBetweenDate(stockID, beginDate, endDate, out lowestPrice))
{
return(true);
}
List <StockKLineBaidu> arr = StockDataCenter.getInstance().getKLineBaidu(stockID);
lowestPrice = 0.0;
if (arr == null || arr.Count == 0)
{
return(false);
}
lowestPrice = getLowestPrice(arr, beginDate, endDate);
StockDataCache.getInstance().setLowestPriceBetweenDate(stockID, beginDate, endDate, lowestPrice);
return(true);
}
public override void init(string stockID, string beginDate, string endDate)
{
base.init(stockID, beginDate, endDate);
string year = GlobalConfig.getInstance().curYear;
string curYear = year;
string quarter = GlobalConfig.getInstance().curQuarter;
string curQuarter = quarter;
if (m_basedOnAnnual)
{
if (int.Parse(quarter) < 4)
{
year = (int.Parse(year) - 1).ToString();
quarter = "4";
}
}
AvgValInIndustryFilter peAvgFlt = new AvgValInIndustryFilter(new PEFilter(0.0), 0.0);
peAvgFlt.calcAvgValInIndustry(m_code, out m_peIndustry);
AvgValInIndustryFilter roeAvgFlt = new AvgValInIndustryFilter(new ROEFilter(year, quarter, 0.0), 0.0);
roeAvgFlt.calcAvgValInIndustry(m_code, out m_roeIndustry);
AvgValInIndustryFilter nprAvgFlt = new AvgValInIndustryFilter(new NetProfitRatioFilter(year, quarter, 0.0), 0.0);
nprAvgFlt.calcAvgValInIndustry(m_code, out m_nprIndustry);
m_roe = ROEFilter.getStockROE(m_code, year, quarter);
m_netProfitRatio = NetProfitRatioFilter.getStockNetProfitRatio(m_code, year, quarter);
m_histCost = StockDataCache.getInstance().getMaxAnnualCostRefValueBefore(m_code, curYear);
m_curCost = CostPerfFilter.calcCurCostRefValue(m_code, curYear, curQuarter);
m_costRatio = m_curCost / m_histCost;
DynamicPEFilter.calcDynamicPE(m_code, out m_dynamicPE);
}