public Dictionary <int, AwsAverageModel1> AwsAverage1()
{
if (this.Count <= 0)
{
return(null);
}
Dictionary <int, AwsAverageModel1> Aws = new Dictionary <int, AwsAverageModel1>();
string[] aflKeys = this.Keys.ToArray <string>();
lock (this)
{
for (int i = 0; i < aflKeys.Length; i++)
{
AwsFile af = this[aflKeys[i]];
foreach (AwsModel1 am in af)
{
try
{
AwsAverageModel1 aam = Aws[am.STN_ID];
if (am.WD != -999)
{
aam.WD += am.WD;
aam.WdCount++;
}
if (am.WS != -999)
{
aam.WS += am.WS;
aam.WsCount++;
}
if (am.TA != -999)
{
aam.TA += am.TA;
aam.TaCount++;
}
if (am.HM != -999)
{
aam.HM += am.HM;
aam.HmCount++;
}
if (am.PA != -999)
{
aam.PA += am.PA;
aam.PaCount++;
}
if (am.PS != -999)
{
aam.PS += am.PS;
aam.PsCount++;
}
//aam.RN_YN += am.RN_YN;
if (am.RN_1HR != -999)
{
aam.RN_1HR = am.RN_1HR;
}
if (am.RN_DAY != -999)
{
aam.RN_DAY = am.RN_DAY;
}
//aam.RN_15M += am.RN_15M;
//aam.RN_60M += am.RN_60M;
//aam.WD_INS += am.WD_INS;
//aam.WS_INS += am.WS_INS;
Aws[am.STN_ID] = aam;
}
catch (System.Collections.Generic.KeyNotFoundException e)
{
AwsAverageModel1 aam = new AwsAverageModel1();
aam.STN_ID = am.STN_ID;
aam.LON = am.LON;
aam.LAT = am.LAT;
aam.HT = am.HT;
if (am.WD != -999)
{
aam.WD = am.WD;
aam.WdCount++;
}
if (am.WS != -999)
{
aam.WS = am.WS;
aam.WsCount++;
}
if (am.TA != -999)
{
aam.TA = am.TA;
aam.TaCount++;
}
if (am.HM != -999)
{
aam.HM = am.HM;
aam.HmCount++;
}
if (am.PA != -999)
{
aam.PA = am.PA;
aam.PaCount++;
}
if (am.PS != -999)
{
aam.PS = am.PS;
aam.PsCount++;
}
//aam.RN_YN = am.RN_YN;
if (am.RN_1HR != -999)
{
aam.RN_1HR = am.RN_1HR;
}
if (am.RN_DAY != -999)
{
aam.RN_DAY = am.RN_DAY;
}
//aam.RN_15M = am.RN_15M;
//aam.RN_60M = am.RN_60M;
//aam.WD_INS = am.WD_INS;
//aam.WS_INS = am.WS_INS;
Aws.Add(aam.STN_ID, aam);
}
}
}
}
int[] awsKeys = Aws.Keys.ToArray <int>();
for (int i = 0; i < awsKeys.Length; i++)
{
AwsAverageModel1 aam = Aws[awsKeys[i]];
aam.WD = (aam.WD / 10) / aam.WdCount;
aam.WS = (aam.WS / 10) / aam.WsCount;
aam.TA = (aam.TA / 10) / aam.TaCount;
aam.HM = (aam.HM / 10) / aam.HmCount;
aam.PA = (aam.PA / 10) / aam.PaCount;
aam.PS = (aam.PS / 10) / aam.PsCount;
Aws[awsKeys[i]] = aam;
}
return(Aws);
}
public void AwsAverage1ToFile(string fullFilePath)
{
Dictionary <int, AwsAverageModel1> Aws = new Dictionary <int, AwsAverageModel1>();
string[] aflKeys = this.Keys.ToArray <string>();
lock (this)
{
for (int i = 0; i < aflKeys.Length; i++)
{
AwsFile af = this[aflKeys[i]];
foreach (AwsModel1 am in af)
{
try
{
AwsAverageModel1 aam = Aws[am.STN_ID];
if (am.WD != -999)
{
aam.WD += am.WD;
aam.WdCount++;
}
if (am.WS != -999)
{
aam.WS += am.WS;
aam.WsCount++;
}
if (am.TA != -999)
{
aam.TA += am.TA;
aam.TaCount++;
}
if (am.HM != -999)
{
aam.HM += am.HM;
aam.HmCount++;
}
if (am.PA != -999)
{
aam.PA += am.PA;
aam.PaCount++;
}
if (am.PS != -999)
{
aam.PS += am.PS;
aam.PsCount++;
}
//aam.RN_YN += am.RN_YN;
if (am.RN_1HR != -999)
{
aam.RN_1HR = am.RN_1HR;
}
if (am.RN_DAY != -999)
{
aam.RN_DAY = am.RN_DAY;
}
//aam.RN_15M += am.RN_15M;
//aam.RN_60M += am.RN_60M;
//aam.WD_INS += am.WD_INS;
//aam.WS_INS += am.WS_INS;
Aws[am.STN_ID] = aam;
}
catch (System.Collections.Generic.KeyNotFoundException e)
{
AwsAverageModel1 aam = new AwsAverageModel1();
aam.STN_ID = am.STN_ID;
aam.LON = am.LON;
aam.LAT = am.LAT;
aam.HT = am.HT;
if (am.WD != -999)
{
aam.WD = am.WD;
aam.WdCount++;
}
if (am.WS != -999)
{
aam.WS = am.WS;
aam.WsCount++;
}
if (am.TA != -999)
{
aam.TA = am.TA;
aam.TaCount++;
}
if (am.HM != -999)
{
aam.HM = am.HM;
aam.HmCount++;
}
if (am.PA != -999)
{
aam.PA = am.PA;
aam.PaCount++;
}
if (am.PS != -999)
{
aam.PS = am.PS;
aam.PsCount++;
}
//aam.RN_YN = am.RN_YN;
if (am.RN_1HR != -999)
{
aam.RN_1HR = am.RN_1HR;
}
if (am.RN_DAY != -999)
{
aam.RN_DAY = am.RN_DAY;
}
//aam.RN_15M = am.RN_15M;
//aam.RN_60M = am.RN_60M;
//aam.WD_INS = am.WD_INS;
//aam.WS_INS = am.WS_INS;
Aws.Add(aam.STN_ID, aam);
}
}
}
}
int[] awsKeys = Aws.Keys.ToArray <int>();
FileStream saveFile = new FileStream(fullFilePath, FileMode.Create);
StreamWriter sw = new StreamWriter(saveFile);
for (int i = 0; i < awsKeys.Length; i++)
{
AwsAverageModel1 aam = Aws[awsKeys[i]];
aam.WD = (aam.WD / 10) / aam.WdCount;
aam.WS = (aam.WS / 10) / aam.WsCount;
aam.TA = (aam.TA / 10) / aam.TaCount;
aam.HM = (aam.HM / 10) / aam.HmCount;
aam.PA = (aam.PA / 10) / aam.PaCount;
aam.PS = (aam.PS / 10) / aam.PsCount;
Aws[awsKeys[i]] = aam;
string writeStr = string.Format("{0}#{1}#{2}#{3}#{4}#{5}#{6}#{7}#{8}#{9}#{10}#{11}#{12}#{13}#{14}#{15}#{16}#{17}#=\n",
aam.STN_ID, "000000000000", aam.LAT, aam.LON, aam.HT, aam.WD, aam.WS, aam.TA, aam.HM, aam.PA, aam.PS, aam.RN_YN, aam.RN_1HR, aam.RN_DAY, aam.RN_15M, aam.RN_60M, aam.WD_INS, aam.WS_INS);
sw.Write(writeStr);
}
sw.Flush();
sw.Close();
saveFile.Close();
}
