public void BuildPTAKSentences()
{
// Build PTAK Sentence ****************************************************************************************
if (PERF.IsValid())
{
string message = "";
switch (ptak_cntr)
{
case 0:
message = "PTAK,FFD1," + TGTSPD.Val.ToString("0.0");
break;
case 1:
message = "PTAK,FFD2," + TGTTWA.Val.ToString("0") + "@";
break;
case 2:
double pf = PERF.Val * 100;
message = "PTAK,FFD3," + pf.ToString("0");
break;
case 3:
message = "PTAK,FFD4," + TGTVMC.Val.ToString("0.0");
break;
case 4:
message = "PTAK,FFD5," + NTWA.FormattedValue + "@";
break;
case 5:
message = "PTAK,FFD6," + TGTCTS.Val.ToString("0") + "@";
break;
}
ptak_cntr++;
if (ptak_cntr > 5)
{
ptak_cntr = 0;
}
int checksum = 0;
foreach (char c in message)
{
checksum ^= Convert.ToByte(c);
}
message = "$" + message + "*" + checksum.ToString("X2") + "\r\n";
ptak_sentence = message;
ptak_sentence_available = true;
}
}
/// <summary> 将Eclipse完井数据转换成SimON完井数据 </summary>
void ConvertCompadat(WELLCTRL well, List <NAME> names, List <BaseKey> basekey, List <WPIMULT> wpimult, List <PERF> compTemps)
{
List <BaseKey> compdats = basekey.FindAll(l => l is COMPDAT).ToList();
//List<WELOPEN> welopen
if (string.IsNullOrEmpty(well.WellName0) && compdats != null && compdats.Count > 0)
{
COMPDAT c = compdats.FirstOrDefault() as COMPDAT;
well.WellName0 = c.Items.FirstOrDefault().jm0;
}
NAME name = names.Find(l => l.WellName == well.WellName0);
// 添加完井数据
foreach (BaseKey c in basekey)
{
if (c is COMPDAT)
{
COMPDAT com = c as COMPDAT;
foreach (COMPDAT.Item citem in com.Items)
{
if (citem.jm0 != well.WellName0)
{
continue;
}
#region - SCh数据 -
PERF perf = new PERF("PERF");
perf.WellName = well.WellName0;
perf.I0 = citem.i1;
perf.J1 = citem.j2;
perf.K12 = citem.swg3;
perf.K23 = citem.xwg4;
perf.Kgbs4 = citem.kgbz5;
perf.Jzs6 = citem.ljyz7;
perf.WjfxX7 = citem.skfx12 == "X" ? "DX" : "0";
perf.WjfxY8 = citem.skfx12 == "Y" ? "DY" : "0";
perf.WjfxZ9 = citem.skfx12 == "Z" ? "DZ" : "0";
perf.Bp10 = citem.bpxs10;
// Todo ：查找井指数乘子
foreach (WPIMULT wp in wpimult)
{
var v = wp.Items.Find(l => l.jm0 == well.WellName0);
if (v != null)
{
perf.Jzscz5 = v.jzscz1;
break;
}
}
// Todo ：增加前先删除存在的重复数据
well.DeleteAll <PERF>(l => l.I0 == perf.I0 && l.J1 == perf.J1 && l.K12 == perf.K12);
well.Add(perf);
#endregion
#region - WELL数据 -
NAME.Item nameItem = new NAME.Item();
nameItem.i0 = citem.i1;
nameItem.j1 = citem.j2;
nameItem.k12 = citem.swg3;
nameItem.k23 = citem.xwg4;
nameItem.kgbz4 = citem.kgbz5;
//nameItem.wi5 = "NA";// v.Value.skin.Value.Value.ToString();
//nameItem.dx6 = v.Value.wellIndex.Value.GetValue(v.Value.wellIndex.GetUnitValue(_ecl)).ToString();
//nameItem.dy7 = v.Value.wellDirection.Value.Value == "X" ? "0" : v.Value.wellDirection.Value.Value == "Y" ? "1" : "2";
nameItem.bpxs9 = citem.bpxs10;
nameItem.jj10 = (citem.jtnj8.ToDouble() / 2).ToString();
name.Items.Add(nameItem);
#endregion
// Todo ：将当前时间点下 WELOPEN前增加到数据中
compTemps.Add(perf);
}
}
else if (c is WELOPEN)
{
WELOPEN wp = c as WELOPEN;
if (wp.Items == null || wp.Items.Count == 0)
{
continue;
}
var vs = wp.Items.FindAll(l => l.jm0 == well.WellName0 || l.jm0 == KeyConfiger.EclipseDefalt);
if (vs == null || vs.Count == 0)
{
continue;
}
WELOPEN.Item v = vs.Last();
if (v == null)
{
continue;
}
// WELOPEN
//'G13' 'SHUT' 0 0 0 2 * /
// /
// Todo ：查找之前所有完井
var coms = compTemps.FindAll(l => l.WellName == well.WellName0);
Predicate <PERF> match = l => true;
// Todo ：0 或 *表示默认值全都取
if (v.i2 != KeyConfiger.EclipseDefalt && v.i2 != "0")
{
match += l => l.I0 == v.i2;
}
if (v.j3 != KeyConfiger.EclipseDefalt && v.j3 != "0")
{
match += l => l.J1 == v.j3;
}
if (v.k4 != KeyConfiger.EclipseDefalt && v.k4 != "0")
{
match += l => l.K12 == v.k4;
}
var findComs = coms.FindAll(match);
// Todo ：增加WELOPEN控制的完井
foreach (var item in findComs)
{
PERF perf = item.Copy();
perf.Kgbs4 = v.jz1;
// Todo ：增加前先删除存在的重复数据
well.DeleteAll <PERF>(l => l.I0 == item.I0 && l.J1 == item.J1 && l.K12 == item.K12);
well.Add(perf);
}
}
}
}
/// <summary> 将Eclipse生产数据转换成SimON生产数据 </summary>
public SCHEDULE ConvertToSimON(SCHEDULE sch, WELL location, DateTime startTime, BaseFile history)
{
// Todo ：保存SCH
SCHEDULE schedule = new SCHEDULE("SCHEDULE");
List <string> wellNames = new List <string>();
List <WELSPECS> ws = sch.FindAll <WELSPECS>();
// Todo ：查找所有井名
ws.ForEach(l => wellNames.AddRange(l.Items.Select(k => k.jm0)));
List <NAME> histNames = new List <NAME>();
// Todo ：初始化名称 生产_historyproduction.dat
wellNames.ForEach(l => histNames.Add(new NAME("NAME")
{
WellName = l
}));
histNames.ForEach(l => history.Key.Add(l));
// Todo ：初始化完井WELL数据
List <NAME> names = new List <NAME>();
wellNames.ForEach(l => names.Add(new NAME("NAME")
{
WellName = l
}));
names.ForEach(l => location.Add(l));
List <DATES> ds = sch.FindAll <DATES>();
string format = "井名：{0} ({1},{2})";
// Todo ：添加起始信息到时间步
DATES start = new DATES("DATES", startTime);
sch.DeleteAll <DATES>();
start.AddRange <BaseKey>(sch.Keys);
ds.Insert(0, start);
List <PERF> comAllTemp = new List <PERF>();
foreach (DATES d in ds)
{
// Todo ：对缓存中完井井名去重复取最后一条
var distincts = comAllTemp.GroupBy(l => l.WellName + l.I0 + l.J1 + l.K12).ToList();
comAllTemp.Clear();
foreach (var item in distincts)
{
comAllTemp.Add(item.Last());
}
// 创建SimON日期
TIME time = new TIME("TIME");
time.Date = d.DateTime;
schedule.Add(time);
var wconprod = d.FindAll <WCONPROD>();
var wconhist = d.FindAll <WCONHIST>();
var wconinje = d.FindAll <WCONINJE>();
var wconinjh = d.FindAll <WCONINJH>();
// 完井数据(考虑到排序)
List <BaseKey> compdats = d.FindAll <BaseKey>(l => l is COMPDAT || l is WELOPEN);
List <WPIMULT> wpimult = d.FindAll <WPIMULT>();
List <WELOPEN> welopen = d.FindAll <WELOPEN>();
#region - 添加没有生产信息的完井 -
// 添加完井数据
foreach (BaseKey c in compdats)
{
if (c is COMPDAT)
{
COMPDAT com = c as COMPDAT;
foreach (COMPDAT.Item citem in com.Items)
{
// Todo ：过滤有生产数据的，用后面方法处理
if (wconprod.Exists(l => l.Items.Exists(k => k.jm0 == citem.jm0)))
{
continue;
}
if (wconhist.Exists(l => l.Items.Exists(k => k.wellName0 == citem.jm0)))
{
continue;
}
if (wconinje.Exists(l => l.Items.Exists(k => k.jm0 == citem.jm0)))
{
continue;
}
if (wconinjh.Exists(l => l.Items.Exists(k => k.jm0 == citem.jm0)))
{
continue;
}
WELLCTRL well = time.Find <WELLCTRL>(l => l.WellName0 == citem.jm0);
if (well == null)
{
// Todo ：创建一个空的生产信息
well = new WELLCTRL("WELLCTRL");
well.ProType = SimONProductType.NA;
well.WellName0 = citem.jm0;
time.Add(well);
}
NAME name = names.Find(l => l.WellName == well.WellName0);
#region - SCh数据 -
PERF perf = new PERF("PERF");
perf.WellName = well.WellName0;
perf.I0 = citem.i1;
perf.J1 = citem.j2;
perf.K12 = citem.swg3;
perf.K23 = citem.xwg4;
perf.Kgbs4 = citem.kgbz5;
perf.Jzs6 = citem.ljyz7;
perf.WjfxX7 = citem.skfx12 == "X" ? "DX" : "0";
perf.WjfxY8 = citem.skfx12 == "Y" ? "DY" : "0";
perf.WjfxZ9 = citem.skfx12 == "Z" ? "DZ" : "0";
perf.Bp10 = citem.bpxs10;
// Todo ：查找井指数乘子
foreach (WPIMULT wp in wpimult)
{
var v = wp.Items.Find(l => l.jm0 == well.WellName0);
if (v != null)
{
perf.Jzscz5 = v.jzscz1;
break;
}
}
// Todo ：增加前先删除存在的重复数据
well.DeleteAll <PERF>(l => l.I0 == perf.I0 && l.J1 == perf.J1 && l.K12 == perf.K12);
well.Add(perf);
#endregion
#region - WELL数据 -
NAME.Item nameItem = new NAME.Item();
nameItem.i0 = citem.i1;
nameItem.j1 = citem.j2;
nameItem.k12 = citem.swg3;
nameItem.k23 = citem.xwg4;
nameItem.kgbz4 = citem.kgbz5;
//nameItem.wi5 = "NA";// v.Value.skin.Value.Value.ToString();
//nameItem.dx6 = v.Value.wellIndex.Value.GetValue(v.Value.wellIndex.GetUnitValue(_ecl)).ToString();
//nameItem.dy7 = v.Value.wellDirection.Value.Value == "X" ? "0" : v.Value.wellDirection.Value.Value == "Y" ? "1" : "2";
nameItem.bpxs9 = citem.bpxs10;
nameItem.jj10 = (citem.jtnj8.ToDouble() / 2).ToString();
name.Items.Add(nameItem);
#endregion
comAllTemp.Add(perf);
}
}
else if (c is WELOPEN)
{
WELOPEN wp = c as WELOPEN;
foreach (var v in wp.Items)
{
// Todo ：过滤有生产数据的，用后面方法处理
if (wconprod.Exists(l => l.Items.Exists(k => k.jm0 == v.jm0)))
{
continue;
}
if (wconhist.Exists(l => l.Items.Exists(k => k.wellName0 == v.jm0)))
{
continue;
}
if (wconinje.Exists(l => l.Items.Exists(k => k.jm0 == v.jm0)))
{
continue;
}
if (wconinjh.Exists(l => l.Items.Exists(k => k.jm0 == v.jm0)))
{
continue;
}
// WELOPEN
//'G13' 'SHUT' 0 0 0 2 * /
// /
// Todo ：查找之前所有完井
var coms = comAllTemp.FindAll(l => l.WellName == v.jm0);
Predicate <PERF> match = l => true;
// Todo ：0 或 *表示默认值全都取
if (v.i2 != KeyConfiger.EclipseDefalt && v.i2 != "0")
{
match += l => l.I0 == v.i2;
}
if (v.j3 != KeyConfiger.EclipseDefalt && v.j3 != "0")
{
match += l => l.J1 == v.j3;
}
if (v.k4 != KeyConfiger.EclipseDefalt && v.k4 != "0")
{
match += l => l.K12 == v.k4;
}
var findComs = coms.FindAll(match);
WELLCTRL well = time.Find <WELLCTRL>(l => l.WellName0 == v.jm0);
if (well == null)
{
// Todo ：创建一个空的生产信息
well = new WELLCTRL("WELLCTRL");
well.ProType = SimONProductType.NA;
well.WellName0 = v.jm0;
time.Add(well);
}
// Todo ：增加WELOPEN控制的完井
foreach (var fitem in findComs)
{
PERF perf = fitem.Copy();
perf.Kgbs4 = v.jz1;
// Todo ：增加前先删除存在的重复数据
well.DeleteAll <PERF>(l => l.I0 == fitem.I0 && l.J1 == fitem.J1 && l.K12 == fitem.K12);
well.Add(perf);
}
}
}
//this.ConvertCompadat(well, names, compdats, wpimult, comAllTemp);
}
#endregion
foreach (var item in wconprod)
{
foreach (WCONPROD.ItemHY it in item.Items)
{
// 生产数据
WELLCTRL well = new WELLCTRL("WELLCTRL");
well.WellName0 = it.jm0;
well = this.ConvertToSimON(it, d, histNames);
if (well != null)
{
this.ConvertCompadat(well, names, compdats, wpimult, comAllTemp);
time.Add(well);
}
}
}
foreach (var item in wconhist)
{
foreach (WCONHIST.Item it in item.Items)
{
// 生产数据
WELLCTRL well = new WELLCTRL("WELLCTRL");
well.WellName0 = it.wellName0;
well = this.ConvertToSimON(it, d, histNames);
this.ConvertCompadat(well, names, compdats, wpimult, comAllTemp);
time.Add(well);
}
}
foreach (var item in wconinje)
{
foreach (WCONINJE.ItemHY it in item.Items)
{
// 生产数据
WELLCTRL well = new WELLCTRL("WELLCTRL");
well.WellName0 = it.jm0;
well = this.ConvertToSimON(it, d, histNames);
this.ConvertCompadat(well, names, compdats, wpimult, comAllTemp);
time.Add(well);
}
}
foreach (var item in wconinjh)
{
foreach (WCONINJH.Item it in item.Items)
{
// 生产数据
WELLCTRL well = new WELLCTRL("WELLCTRL");
well.WellName0 = it.jm0;
well = this.ConvertToSimON(it, d, histNames);
this.ConvertCompadat(well, names, compdats, wpimult, comAllTemp);
time.Add(well);
}
}
//// Todo ：将之前的完井信息都加入到缓存中
//foreach (var item in compdats)
//{
// comAllTemp.AddRange(item.Items);
//}
}
return(schedule);
}
public void CalcNav(DateTime now, bool bypassComm = false)
{
#region Primitives
if (rmc_received || bypassComm)
{
LAT.Val = lat;
LON.Val = lon;
SOG.Val = sog;
COG.Val = cog;
LAT.SetValid(now);
LON.SetValid(now);
SOG.SetValid(now);
COG.SetValid(now);
RMC_received_Timer.Start();
}
if (vhw_received || bypassComm)
{
SPD.Val = spd;
SPD.SetValid(now);
}
if (dpt_received || bypassComm)
{
DPT.Val = dpt;
DPT.SetValid(now);
}
if (mwv_received || bypassComm)
{
AWA.Val = awa;
AWS.Val = aws;
AWA.SetValid(now);
AWS.SetValid(now);
}
if (mtw_received || bypassComm)
{
TEMP.Val = temp;
TEMP.SetValid(now);
}
if (hdg_received || bypassComm)
{
double mv = Properties.Settings.Default.MagVar; //default
if (mvar2 != 0)
{
mv = mvar2; //From HDG
}
if (mvar1 != 0)
{
mv = mvar1; //From RMC
}
MVAR.Val = mv;
MVAR.SetValid(now);
if (bypassComm)
{
mv = 0; // heading from log file is "true heading" no need for correction
}
HDT.Val = hdg + mv;
HDT.SetValid(now);
}
#endregion
#region Position, Leg bearing, distance, XTE and VMG
if (LAT.IsValid() && LON.IsValid())
{
POS.Val.Latitude = LAT.Val;
POS.Val.Longitude = LON.Val;
POS.SetValid(now);
}
else
{
POS.Invalidate();
}
if (ActiveLeg != null)
{
LWLAT.Val = ActiveLeg.FromLocation.Latitude;
LWLAT.SetValid(now);
LWLON.Val = ActiveLeg.FromLocation.Longitude;
LWLON.SetValid(now);
LWPT.Val.str = ActiveLeg.FromMark.Name;
LWPT.SetValid(now);
}
else
{
LWLAT.Invalidate();
LWLON.Invalidate();
LWPT.Invalidate();
}
if (!bypassComm || replayLog)
{
if (ActiveMark != null && POS.IsValid())
{
WLAT.Val = ActiveMark.Location.Latitude;
WLAT.SetValid(now);
WLON.Val = ActiveMark.Location.Longitude;
WLON.SetValid(now);
WPT.Val.str = ActiveMark.Name;
WPT.SetValid(now);
BRG.Val = CalcBearing(LAT.Val, LON.Val, WLAT.Val, WLON.Val);
BRG.SetValid(now);
DST.Val = CalcDistance(LAT.Val, LON.Val, WLAT.Val, WLON.Val) / 1852;
DST.SetValid(now);
}
else
{
WLAT.Invalidate();
WLON.Invalidate();
WPT.Invalidate();
BRG.IsValid();
DST.IsValid();
}
}
if (WPT.IsValid() && LWPT.IsValid())
{
LEGBRG.Val = CalcBearing(LWLAT.Val, LWLON.Val, WLAT.Val, WLON.Val);
LEGBRG.SetValid(now);
}
else
{
if (LEGBRG.IsValid())
{
LEGBRG.Invalidate();
}
}
if (LWPT.IsValid())
{
XTE.Val = Math.Asin(Math.Sin(DST.Val * 1.852 / 6371) * Math.Sin((BRG.Val - LEGBRG.Val) * Math.PI / 180)) * 6371 / 1.852;
XTE.SetValid(now);
}
else
if (XTE.IsValid())
{
XTE.Invalidate();
}
if (SOG.IsValid() && BRG.IsValid())
{
VMGWPT.Val = SOG.Val * Math.Cos((COG.Val - BRG.Val) * Math.PI / 180);
VMGWPT.SetValid(now);
}
else
{
if (VMGWPT.IsValid())
{
VMGWPT.Invalidate();
}
}
#endregion
#region True Wind
if (AWA.IsValid() && SPD.IsValid())
{
double Dx = AWS.Val * Math.Cos(AWA.Val * Math.PI / 180) - SPD.Val;
double Dy = AWS.Val * Math.Sin(AWA.Val * Math.PI / 180);
TWS.Val = Math.Sqrt(Dx * Dx + Dy * Dy);
TWS.SetValid(now);
TWA.Val = Math.Atan2(Dy, Dx) * 180 / Math.PI;
TWA.SetValid(now);
VMG.Val = SPD.Val * Math.Cos(TWA.Val * Math.PI / 180);
VMG.SetValid(now);
}
else
{
if (TWS.IsValid())
{
TWS.Invalidate();
}
if (TWA.IsValid())
{
TWA.Invalidate();
}
if (VMG.IsValid())
{
VMG.Invalidate();
}
}
if (TWS.IsValid() && HDT.IsValid())
{
TWD.Val = HDT.Val + TWA.Val;
TWD.SetValid(now);
}
else
{
if (TWD.IsValid())
{
TWD.Invalidate();
}
}
#endregion
#region Heel
//if (AWA.IsValid() && SPD.IsValid())
//{
// double k = 7,
// a = 2,
// b = 200,
// c = 1.5;
// var awa = Math.Abs(AWA.Val);
// var aws = AWS.Val;
// HEEL.Val = k * awa * Math.Pow(aws, c) / (Math.Pow(awa, a) + b);
// if (HEEL.Val > 45) HEEL.Val = 45;
// HEEL.SetValid(now);
//}
//else
//{
// if (HEEL.IsValid())
// HEEL.Invalidate();
//}
#endregion
#region Drift
if (SOG.IsValid() && COG.IsValid() && HDT.IsValid())
{
double Dx = SOG.Val * Math.Cos(COG.Val * Math.PI / 180) - SPD.Val * Math.Cos(HDT.Val * Math.PI / 180);
double Dy = SOG.Val * Math.Sin(COG.Val * Math.PI / 180) - SPD.Val * Math.Sin(HDT.Val * Math.PI / 180);
DRIFT.Val = Math.Sqrt(Dx * Dx + Dy * Dy);
DRIFT.SetValid(now);
SET.Val = Math.Atan2(Dy, Dx) * 180 / Math.PI;
SET.SetValid(now);
}
else
{
if (DRIFT.IsValid())
{
DRIFT.Invalidate();
}
if (SET.IsValid())
{
SET.Invalidate();
}
}
#endregion
#region Performance
if (BRG.IsValid() && TWD.IsValid() && SPD.IsValid() && NavPolar.IsLoaded)
{
double Angle = Math.Abs((TWD.Val - BRG.Val) % 360);
if (Angle > 180)
{
Angle = 360 - Angle;
}
PolarPoint pb = NavPolar.GetBeatTarget(TWS.Average(Inst.BufHalfMin));
PolarPoint pr = NavPolar.GetRunTarget(TWS.Average(Inst.BufHalfMin));
if (Math.Abs(Angle) <= pb.TWA) // Beating
{
TGTSPD.Val = pb.SPD;
TGTSPD.SetValid(now);
TGTTWA.Val = pb.TWA;
TGTTWA.SetValid(now);
PERF.Val = VMG.Val / (pb.SPD * Math.Cos(pb.TWA * Math.PI / 180));
PERF.SetValid(now);
sailingMode = SailingMode.Beating;
}
if (Math.Abs(Angle) < pr.TWA && Math.Abs(Angle) > pb.TWA) // Reaching
{
TGTSPD.Val = NavPolar.GetTarget(Math.Abs(TWA.Average(Inst.BufHalfMin)), TWS.Average(Inst.BufHalfMin));
TGTSPD.SetValid(now);
TGTTWA.Val = Math.Abs(TWA.Val);
TGTTWA.SetValid(now);
PERF.Val = SPD.Val / TGTSPD.Val;
if (VMGWPT.Val < 0)
{
PERF.Val = -PERF.Val;
}
PERF.SetValid(now);
sailingMode = SailingMode.Reaching;
}
if (Math.Abs(Angle) >= pr.TWA) // Running
{
TGTSPD.Val = pr.SPD;
TGTSPD.SetValid(now);
TGTTWA.Val = pr.TWA;
TGTTWA.SetValid(now);
PERF.Val = VMG.Val / (pr.SPD * Math.Cos(pr.TWA * Math.PI / 180));
PERF.SetValid(now);
sailingMode = SailingMode.Running;
}
}
else
{
if (TGTSPD.IsValid())
{
TGTSPD.Invalidate();
}
if (TGTTWA.IsValid())
{
TGTTWA.Invalidate();
}
if (PERF.IsValid())
{
PERF.Invalidate();
}
sailingMode = SailingMode.None;
}
#endregion
#region Line
if (p1_set && p2_set && LAT.IsValid() && HDT.IsValid())
{
double p3_lat = LAT.Val, p3_lon = LON.Val;
if (Properties.Settings.Default.GPSoffsetToBow != 0)
{
CalcPosition(LAT.Val, LON.Val, Properties.Settings.Default.GPSoffsetToBow, HDT.Val, ref p3_lat, ref p3_lon);
}
double brg32 = CalcBearing(p3_lat, p3_lon, p2_lat, p2_lon);
double dst32 = CalcDistance(p3_lat, p3_lon, p2_lat, p2_lon);
LINEDST.Val = dst32 * Math.Sin((linebrg - brg32) * Math.PI / 180);
LINEDST.SetValid(now);
}
else
{
if (LINEDST.IsValid())
{
LINEDST.Invalidate();
}
}
#endregion
#region Route nav
if (!bypassComm)
{
if (ActiveMark != null && DST.IsValid() && !ManOverBoard)
{
if (DST.Val <= Properties.Settings.Default.WptProximity)
{
(new SoundPlayer(@".\Sounds\BELL7.WAV")).PlaySync();
if (ActiveLeg != null)
{
if (ActiveLeg.NextLeg != null)
{
ActiveLeg = ActiveLeg.NextLeg;
ActiveMark = ActiveLeg.ToMark;
}
else
{
ActiveMark = null;
ActiveLeg = null;
ActiveRoute = null;
}
}
else
{
ActiveMark = null;
}
}
}
}
if (ActiveRoute != null)
{
if (ActiveLeg.NextLeg != null && TWD.IsValid())
{
NTWA.Val = TWD.Average(Inst.BufTwoMin) - ActiveLeg.NextLeg.Bearing;
NTWA.SetValid();
}
else
{
NTWA.Invalidate();
}
}
#endregion
#region Laylines
//if (DRIFT.IsValid() && PERF.IsValid() && TWD.IsValid())
//{
// double relset = SET.Average(Inst.BufTenMin) - TWD.Average(Inst.BufHalfMin);
// double dxs = TGTSPD.Average(Inst.BufHalfMin) * Math.Cos(TGTTWA.Average(Inst.BufHalfMin) * Math.PI / 180) + DRIFT.Average(Inst.BufTenMin) * Math.Cos(relset * Math.PI / 180);
// double dys = TGTSPD.Average(Inst.BufHalfMin) * Math.Sin(TGTTWA.Average(Inst.BufHalfMin) * Math.PI / 180) + DRIFT.Average(Inst.BufTenMin) * Math.Sin(relset * Math.PI / 180);
// TGTCOGs.Val = Math.Atan2(dys, dxs) * 180 / Math.PI + TWD.Average(Inst.BufHalfMin);
// TGTCOGs.SetValid(now);
// TGTSOGs.Val = Math.Sqrt(dxs * dxs + dys * dys);
// TGTSOGs.SetValid(now);
// double dxp = TGTSPD.Average(Inst.BufHalfMin) * Math.Cos(-TGTTWA.Average(Inst.BufHalfMin) * Math.PI / 180) + DRIFT.Average(Inst.BufTenMin) * Math.Cos(relset * Math.PI / 180);
// double dyp = TGTSPD.Average(Inst.BufHalfMin) * Math.Sin(-TGTTWA.Average(Inst.BufHalfMin) * Math.PI / 180) + DRIFT.Average(Inst.BufTenMin) * Math.Sin(relset * Math.PI / 180);
// TGTCOGp.Val = Math.Atan2(dyp, dxp) * 180 / Math.PI + TWD.Average(Inst.BufHalfMin);
// TGTCOGp.SetValid(now);
// TGTSOGp.Val = Math.Sqrt(dxp * dxp + dyp * dyp);
// TGTSOGp.SetValid(now);
//}
//else
//{
// if (TGTCOGs.IsValid())
// TGTCOGs.Invalidate();
// if (TGTSOGs.IsValid())
// TGTSOGs.Invalidate();
// if (TGTCOGp.IsValid())
// TGTCOGp.Invalidate();
// if (TGTSOGp.IsValid())
// TGTSOGp.Invalidate();
//}
#endregion
}
public void SendPerformanceNMEA()
{
// Build PTAK Sentence ****************************************************************************************
if (PERF.IsValid())
{
string message1, message2, message3, message5, message6;
message1 = "PTAK,FFD1," + TGTSPD.Average(Inst.BufFiveSec).ToString("0.0");
message2 = "PTAK,FFD2," + TGTTWA.Average(Inst.BufFiveSec).ToString("0") + "@";
double pf = PERF.Average(Inst.BufFiveSec) * 100;
message3 = "PTAK,FFD3," + pf.ToString("0");
//message5 = "PTAK,FFD5," + TGTVMC.Average(Inst.BufFiveSec).ToString("0.0");
message5 = "PTAK,FFD5," + NTWA.FormattedValue + "@";
message6 = "PTAK,FFD6," + TGTCTS.Average(Inst.BufFiveSec).ToString("0") + "@";
int checksum = 0;
checksum = 0;
foreach (char c in message1)
{
checksum ^= Convert.ToByte(c);
}
message1 = "$" + message1 + "*" + checksum.ToString("X2") + "\r\n";
checksum = 0;
foreach (char c in message2)
{
checksum ^= Convert.ToByte(c);
}
message2 = "$" + message2 + "*" + checksum.ToString("X2") + "\r\n";
checksum = 0;
foreach (char c in message3)
{
checksum ^= Convert.ToByte(c);
}
message3 = "$" + message3 + "*" + checksum.ToString("X2") + "\r\n";
checksum = 0;
foreach (char c in message5)
{
checksum ^= Convert.ToByte(c);
}
message5 = "$" + message5 + "*" + checksum.ToString("X2") + "\r\n";
checksum = 0;
foreach (char c in message6)
{
checksum ^= Convert.ToByte(c);
}
message6 = "$" + message6 + "*" + checksum.ToString("X2") + "\r\n";
if (Properties.Settings.Default.TacktickPerformanceSentence.OutPort1)
{
if (SerialPort1.IsOpen)
{
SerialPort1.WriteLine(message1);
SerialPort1.WriteLine(message2);
SerialPort1.WriteLine(message3);
SerialPort1.WriteLine(message5);
SerialPort1.WriteLine(message6);
}
}
if (Properties.Settings.Default.TacktickPerformanceSentence.OutPort2)
{
if (SerialPort2.IsOpen)
{
SerialPort2.WriteLine(message1);
SerialPort2.WriteLine(message2);
SerialPort2.WriteLine(message3);
SerialPort2.WriteLine(message5);
SerialPort2.WriteLine(message6);
}
}
if (Properties.Settings.Default.TacktickPerformanceSentence.OutPort3)
{
if (SerialPort3.IsOpen)
{
SerialPort3.WriteLine(message1);
SerialPort3.WriteLine(message2);
SerialPort3.WriteLine(message3);
SerialPort3.WriteLine(message5);
SerialPort3.WriteLine(message6);
}
}
if (Properties.Settings.Default.TacktickPerformanceSentence.OutPort4)
{
if (SerialPort4.IsOpen)
{
SerialPort4.WriteLine(message1);
SerialPort4.WriteLine(message2);
SerialPort4.WriteLine(message3);
SerialPort4.WriteLine(message5);
SerialPort4.WriteLine(message6);
}
}
}
}
public void PushToLogDB(DateTime dt)
{
if (POS.IsValid())
{
POS.PushToBuffer(POS.Val, dt, 0);
COG.PushToBuffer(COG.Val, dt, 0);
SOG.PushToBuffer(SOG.Val, dt, 0);
HDT.PushToBuffer(HDT.Val, dt, 0);
TWD.PushToBuffer(TWD.Val, dt, 0);
PERF.PushToBuffer(PERF.Val, dt, 0);
DPT.PushToBuffer(DPT.Val, dt, 0);
TWS.PushToBuffer(TWS.Val, dt, 0);
DRIFT.PushToBuffer(DRIFT.Val, dt, 0);
SET.PushToBuffer(SET.Val, dt, 0);
SPD.PushToBuffer(SPD.Val, dt, 0);
using (var context = new LionRiverDBContext())
{
for (int i = 0; i < Inst.MaxBuffers; i++)
{
if (POS.AvgBufferDataAvailable(i))
{
if (POS.GetLastVal(i) != null)
{
var log = new Log()
{
timestamp = POS.GetLastVal(i).Time,
level = i,
LAT = POS.GetLastVal(i).Val.Latitude,
LON = POS.GetLastVal(i).Val.Longitude,
COG = COG.GetLastVal(i).Val,
SOG = SOG.GetLastVal(i).Val,
HDT = HDT.GetLastVal(i).Val,
TWD = TWD.GetLastVal(i).Val,
PERF = PERF.GetLastVal(i).Val,
DPT = DPT.GetLastVal(i).Val,
TWS = TWS.GetLastVal(i).Val,
DRIFT = DRIFT.GetLastVal(i).Val,
SET = SET.GetLastVal(i).Val,
SPD = SPD.GetLastVal(i).Val
};
context.Logs.Add(log);
if (i == NavPlotModel.Resolution)
{
newTrackPositionAvailable = true;
}
POS.ClearAvgBufferDataAvailable(i);
COG.ClearAvgBufferDataAvailable(i);
SOG.ClearAvgBufferDataAvailable(i);
HDT.ClearAvgBufferDataAvailable(i);
TWD.ClearAvgBufferDataAvailable(i);
PERF.ClearAvgBufferDataAvailable(i);
DPT.ClearAvgBufferDataAvailable(i);
TWS.ClearAvgBufferDataAvailable(i);
DRIFT.ClearAvgBufferDataAvailable(i);
SET.ClearAvgBufferDataAvailable(i);
SPD.ClearAvgBufferDataAvailable(i);
}
}
}
context.SaveChanges();
}
}
}
public void CalcNav(DateTime now, bool bypassComm = false)
{
sailingMode = SailingMode.None;
#region Primitives
if (rmc_received || bypassComm)
{
LAT.Val = lat;
LON.Val = lon;
SOG.Val = sog;
COG.Val = cog;
LAT.SetValid(now);
LON.SetValid(now);
SOG.SetValid(now);
COG.SetValid(now);
RMC_received_Timer.Start();
}
if (vhw_received || bypassComm)
{
SPD.Val = spd;
SPD.SetValid(now);
}
if (dpt_received || bypassComm)
{
DPT.Val = dpt;
DPT.SetValid(now);
}
if (mwv_received || bypassComm)
{
AWA.Val = awa;
AWS.Val = aws;
AWA.SetValid(now);
AWS.SetValid(now);
}
if (mtw_received || bypassComm)
{
TEMP.Val = temp;
TEMP.SetValid(now);
}
if (hdg_received || bypassComm)
{
double mv = Properties.Settings.Default.MagVar; //default
if (mvar2 != 0)
{
mv = mvar2; //From HDG
}
if (mvar1 != 0)
{
mv = mvar1; //From RMC
}
MVAR.Val = mv;
MVAR.SetValid(now);
if (bypassComm)
{
mv = 0; // heading from log file is "true heading" no need for correction
}
HDT.Val = hdg + mv;
HDT.SetValid(now);
}
#endregion
#region Position, Leg bearing, distance, XTE and VMG
if (LAT.IsValid() && LON.IsValid())
{
POS.Val.Latitude = LAT.Val;
POS.Val.Longitude = LON.Val;
POS.SetValid(now);
}
else
{
POS.Invalidate();
}
if (ActiveLeg != null)
{
LWLAT.Val = ActiveLeg.FromLocation.Latitude;
LWLAT.SetValid(now);
LWLON.Val = ActiveLeg.FromLocation.Longitude;
LWLON.SetValid(now);
LWPT.Val.str = ActiveLeg.FromMark.Name;
LWPT.SetValid(now);
}
else
{
LWLAT.Invalidate();
LWLON.Invalidate();
LWPT.Invalidate();
}
if (!bypassComm || replayLog)
{
if (ActiveMark != null && POS.IsValid())
{
WLAT.Val = ActiveMark.Location.Latitude;
WLAT.SetValid(now);
WLON.Val = ActiveMark.Location.Longitude;
WLON.SetValid(now);
WPT.Val.str = ActiveMark.Name;
WPT.SetValid(now);
BRG.Val = CalcBearing(LAT.Val, LON.Val, WLAT.Val, WLON.Val);
BRG.SetValid(now);
DST.Val = CalcDistance(LAT.Val, LON.Val, WLAT.Val, WLON.Val) / 1852;
DST.SetValid(now);
}
else
{
WLAT.Invalidate();
WLON.Invalidate();
WPT.Invalidate();
BRG.Invalidate();
DST.Invalidate();
}
}
if (WPT.IsValid() && LWPT.IsValid())
{
LEGBRG.Val = CalcBearing(LWLAT.Val, LWLON.Val, WLAT.Val, WLON.Val);
LEGBRG.SetValid(now);
}
else
{
if (LEGBRG.IsValid())
{
LEGBRG.Invalidate();
}
}
if (LWPT.IsValid())
{
XTE.Val = Math.Asin(Math.Sin(DST.Val * 1.852 / 6371) * Math.Sin((BRG.Val - LEGBRG.Val) * Math.PI / 180)) * 6371 / 1.852;
XTE.SetValid(now);
}
else
if (XTE.IsValid())
{
XTE.Invalidate();
}
if (SOG.IsValid() && BRG.IsValid() && WPT.IsValid())
{
VMGWPT.Val = SOG.Val * Math.Cos((COG.Val - BRG.Val) * Math.PI / 180);
VMGWPT.SetValid(now);
}
else
{
if (VMGWPT.IsValid())
{
VMGWPT.Invalidate();
}
}
#endregion
#region True Wind
if (AWA.IsValid() && SPD.IsValid())
{
double Dx = AWS.Val * Math.Cos(AWA.Val * Math.PI / 180) - SPD.Val;
double Dy = AWS.Val * Math.Sin(AWA.Val * Math.PI / 180);
TWS.Val = Math.Sqrt(Dx * Dx + Dy * Dy);
TWS.SetValid(now);
TWA.Val = Math.Atan2(Dy, Dx) * 180 / Math.PI;
TWA.SetValid(now);
VMG.Val = SPD.Val * Math.Cos(TWA.Val * Math.PI / 180);
VMG.SetValid(now);
//Set estimated saling mode in case route and/or performance data is not available
if (Math.Abs(TWA.Val) < 55)
{
sailingMode = SailingMode.Beating;
}
else
if (Math.Abs(TWA.Val) > 130)
{
sailingMode = SailingMode.Running;
}
else
{
sailingMode = SailingMode.Reaching;
}
}
else
{
if (TWS.IsValid())
{
TWS.Invalidate();
}
if (TWA.IsValid())
{
TWA.Invalidate();
}
if (VMG.IsValid())
{
VMG.Invalidate();
}
}
if (TWS.IsValid() && HDT.IsValid())
{
TWD.Val = HDT.Val + TWA.Val;
TWD.SetValid(now);
}
else
{
if (TWD.IsValid())
{
TWD.Invalidate();
}
}
#endregion
#region Leeway
if (AWA.IsValid() && SPD.IsValid() && LWay.IsAvailable() && Properties.Settings.Default.EstimateLeeway)
{
LWY.Val = LWay.Get(AWA.Val, AWS.Val, SPD.Val);
LWY.SetValid(now);
}
#endregion
#region Heel
//if (AWA.IsValid() && SPD.IsValid())
//{
// double k = 7,
// a = 2,
// b = 200,
// c = 1.5;
// var awa = Math.Abs(AWA.Val);
// var aws = AWS.Val;
// HEEL.Val = k * awa * Math.Pow(aws, c) / (Math.Pow(awa, a) + b);
// if (HEEL.Val > 45) HEEL.Val = 45;
// HEEL.SetValid(now);
//}
//else
//{
// if (HEEL.IsValid())
// HEEL.Invalidate();
//}
#endregion
#region Drift
if (SOG.IsValid() && COG.IsValid() && HDT.IsValid() && SPD.IsValid())
{
double Dx = SOG.Val * Math.Cos(COG.Val * Math.PI / 180) - SPD.Val * Math.Cos(HDT.Val * Math.PI / 180);
double Dy = SOG.Val * Math.Sin(COG.Val * Math.PI / 180) - SPD.Val * Math.Sin(HDT.Val * Math.PI / 180);
if (LWY.IsValid())
{
double lwy;
if (AWA.Val < 0)
{
lwy = -LWY.Val;
}
else
{
lwy = LWY.Val;
}
double lm = SPD.Val * Math.Tan(lwy * Math.PI / 180);
double la = HDT.Val - 90;
double lx = lm * Math.Cos(la * Math.PI / 180);
double ly = lm * Math.Sin(la * Math.PI / 180);
double ang = Math.Atan2(ly, lx) * 180 / Math.PI;
Dx -= lx;
Dy -= ly;
}
DRIFT.Val = Math.Sqrt(Dx * Dx + Dy * Dy);
DRIFT.SetValid(now);
SET.Val = Math.Atan2(Dy, Dx) * 180 / Math.PI;
SET.SetValid(now);
}
else
{
if (DRIFT.IsValid())
{
DRIFT.Invalidate();
}
if (SET.IsValid())
{
SET.Invalidate();
}
}
#endregion
#region Performance
if (TWA.IsValid() && SPD.IsValid() && NavPolar.IsLoaded && BRG.IsValid())
{
double Angle = Math.Abs(TWD.Val - BRG.Val + 360) % 360;
if (Angle > 180)
{
Angle = 360 - Angle;
}
PolarPoint pb = NavPolar.GetBeatTargeInterpolated(TWS.Val);
PolarPoint pr = NavPolar.GetRunTargetInterpolated(TWS.Val);
if (Angle <= (pb.TWA + 20)) // Beating
{
TGTSPD.Val = pb.SPD;
TGTSPD.SetValid(now);
TGTTWA.Val = pb.TWA;
TGTTWA.SetValid(now);
PERF.Val = VMG.Val / (pb.SPD * Math.Cos(pb.TWA * Math.PI / 180));
PERF.SetValid(now);
sailingMode = SailingMode.Beating;
}
if (Angle < (pr.TWA - 20) && Angle > (pb.TWA + 20)) // Reaching
{
TGTSPD.Val = NavPolar.GetTargeInterpolated(Math.Abs(TWA.Val), TWS.Val);
TGTSPD.SetValid(now);
TGTTWA.Val = Math.Abs(TWA.Val);
TGTTWA.SetValid(now);
PERF.Val = Math.Abs(SPD.Val * Math.Cos((COG.Val - BRG.Val) * Math.PI / 180) / TGTSPD.Val);
PERF.SetValid(now);
sailingMode = SailingMode.Reaching;
}
if (Angle >= (pr.TWA - 20)) // Running
{
TGTSPD.Val = pr.SPD;
TGTSPD.SetValid(now);
TGTTWA.Val = pr.TWA;
TGTTWA.SetValid(now);
PERF.Val = VMG.Val / (pr.SPD * Math.Cos(pr.TWA * Math.PI / 180));
PERF.SetValid(now);
sailingMode = SailingMode.Running;
}
}
else
{
if (TGTSPD.IsValid())
{
TGTSPD.Invalidate();
}
if (TGTTWA.IsValid())
{
TGTTWA.Invalidate();
}
if (PERF.IsValid())
{
PERF.Invalidate();
}
}
#endregion
#region Line
if (p1_set && p2_set && LAT.IsValid() && HDT.IsValid())
{
double p3_lat = LAT.Val, p3_lon = LON.Val;
if (Properties.Settings.Default.GPSoffsetToBow != 0)
{
CalcPosition(LAT.Val, LON.Val, Properties.Settings.Default.GPSoffsetToBow, HDT.Val, ref p3_lat, ref p3_lon);
}
double brg32 = CalcBearing(p3_lat, p3_lon, p2_lat, p2_lon);
double dst32 = CalcDistance(p3_lat, p3_lon, p2_lat, p2_lon);
LINEDST.Val = dst32 * Math.Sin((linebrg - brg32) * Math.PI / 180);
LINEDST.SetValid(now);
}
else
{
if (LINEDST.IsValid())
{
LINEDST.Invalidate();
}
}
#endregion
#region Route nav
if (ActiveMark != null && DST.IsValid() && !ManOverBoard)
{
if (DST.Val <= Properties.Settings.Default.WptProximity && ActiveMark != MOB)
{
(new SoundPlayer(@".\Sounds\BELL7.WAV")).PlaySync();
if (ActiveLeg != null)
{
if (ActiveLeg.NextLeg != null)
{
ActiveLeg = ActiveLeg.NextLeg;
ActiveMark = ActiveLeg.ToMark;
}
else
{
ActiveMark = null;
ActiveLeg = null;
ActiveRoute = null;
}
}
else
{
ActiveMark = null;
}
}
}
if (ActiveRoute != null)
{
if (ActiveLeg.NextLeg != null && TWD.IsValid())
{
NTWA.Val = TWD.Val - ActiveLeg.NextLeg.Bearing;
NTWA.SetValid(now);
}
else
{
NTWA.Invalidate();
}
}
#endregion
#region Laylines
insideCourse = false; // Need to determine later
if (DRIFT.IsValid() && PERF.IsValid() && TWD.IsValid())
{
double ttwa = TGTTWA.Val;
double tgtlwy = 0;
if (LWY.IsValid())
{
double awx = TWS.Val * Math.Cos(ttwa * Math.PI / 180) + TGTSPD.Val;
double awy = TWS.Val * Math.Sin(ttwa * Math.PI / 180);
double tgtawa = Math.Atan2(awy, awx) * 180 / Math.PI;
double tgtaws = Math.Sqrt(awx * awx + awy * awy);
tgtlwy = LWay.Get(tgtawa, tgtaws, TGTSPD.Val);
}
ttwa += tgtlwy;
if (ttwa > 180)
{
ttwa = 180;
}
double relset = SET.Val - TWD.Val;
double dxs = TGTSPD.Val * Math.Cos(ttwa * Math.PI / 180) + DRIFT.Val * Math.Cos(relset * Math.PI / 180);
double dys = TGTSPD.Val * Math.Sin(ttwa * Math.PI / 180) + DRIFT.Val * Math.Sin(relset * Math.PI / 180);
TGTCOGp.Val = Math.Atan2(dys, dxs) * 180 / Math.PI + TWD.Val;
TGTCOGp.SetValid(now);
TGTSOGp.Val = Math.Sqrt(dxs * dxs + dys * dys);
TGTSOGp.SetValid(now);
double dxp = TGTSPD.Val * Math.Cos(-ttwa * Math.PI / 180) + DRIFT.Val * Math.Cos(relset * Math.PI / 180);
double dyp = TGTSPD.Val * Math.Sin(-ttwa * Math.PI / 180) + DRIFT.Val * Math.Sin(relset * Math.PI / 180);
TGTCOGs.Val = Math.Atan2(dyp, dxp) * 180 / Math.PI + TWD.Val;
TGTCOGs.SetValid(now);
TGTSOGs.Val = Math.Sqrt(dxp * dxp + dyp * dyp);
TGTSOGs.SetValid(now);
// Determine if sailing inside course +/- 0 degrees
double a1 = (BRG.Val - TGTCOGs.Val - 0 + 360) % 360;
double a2 = (TGTCOGp.Val - 0 - TGTCOGs.Val + 360) % 360;
switch (sailingMode)
{
case SailingMode.Beating:
if (a1 < a2)
{
insideCourse = true;
}
break;
case SailingMode.Running:
if (a2 < a1)
{
insideCourse = true;
}
break;
}
// Calculate Layline hit points
if (ActiveMark != null)
{
double alpha = (TGTCOGp.Val - BRG.Val + 360) % 360;
double beta = (BRG.Val - TGTCOGs.Val + 360) % 360;
double dist_s, dist_p;
if (alpha == 0)
{
dist_p = DST.Val;
dist_s = 0;
}
else
{
if (beta == 0)
{
dist_s = DST.Val;
dist_p = 0;
}
else
{
dist_p = DST.Val * Math.Sin(beta * Math.PI / 180) /
(Math.Sin(alpha * Math.PI / 180) * Math.Cos(beta * Math.PI / 180) +
Math.Cos(alpha * Math.PI / 180) * Math.Sin(beta * Math.PI / 180));
dist_s = DST.Val * Math.Sin(alpha * Math.PI / 180) /
(Math.Sin(alpha * Math.PI / 180) * Math.Cos(beta * Math.PI / 180) +
Math.Cos(alpha * Math.PI / 180) * Math.Sin(beta * Math.PI / 180));
}
}
DSTLYLp.Val = dist_p * 1852;
DSTLYLp.SetValid(now);
DSTLYLs.Val = dist_s * 1852;
DSTLYLs.SetValid(now);
double xx = DSTLYLp.Val / TGTSOGp.Val * 3600 / 1852;
if (xx > TimeSpan.MaxValue.TotalHours)
{
xx = TimeSpan.MaxValue.TotalHours - 1;
}
if (xx < TimeSpan.MinValue.TotalHours)
{
xx = TimeSpan.MinValue.TotalHours + 1;
}
TTGLYLp.Val = TimeSpan.FromSeconds(xx);
TTGLYLp.SetValid(now);
xx = DSTLYLs.Val / TGTSOGs.Val * 3600 / 1852;
if (xx > TimeSpan.MaxValue.TotalHours)
{
xx = TimeSpan.MaxValue.TotalHours - 1;
}
if (xx < TimeSpan.MinValue.TotalHours)
{
xx = TimeSpan.MinValue.TotalHours + 1;
}
TTGLYLs.Val = TimeSpan.FromSeconds(xx);
TTGLYLs.SetValid(now);
}
}
else
{
if (TGTCOGp.IsValid())
{
TGTCOGp.Invalidate();
}
if (TGTSOGp.IsValid())
{
TGTSOGp.Invalidate();
}
if (TGTCOGs.IsValid())
{
TGTCOGs.Invalidate();
}
if (TGTSOGs.IsValid())
{
TGTSOGs.Invalidate();
}
if (DSTLYLp.IsValid())
{
DSTLYLp.Invalidate();
}
if (DSTLYLs.IsValid())
{
DSTLYLs.Invalidate();
}
}
#endregion
if (replayLog == true)
{
if (deltaLog == TimeSpan.Zero)
{
//deltaLog = now - new DateTime(2020, 03, 15);
deltaLog = now - DateTime.Now;
}
now = now - deltaLog;
}
PushToLogDB(now);
}
