public static int CalcC(CSVTableParser matrixC, Estimates data)
{
using (var l = new Logger("CalcC")) {
if (
(data.CurrentC == 0) &&
(data.TargetC == 0)
)
return 0;
foreach (var row in matrixC.Rows) {
if ((double) (row.Cell["CMin"]) <= data.CurrentC && data.CurrentC < (double) (row.Cell["CMax"])) {
l.msg("C item found --- CMin {0}; CMax {1}", row.Cell["CMin"], row.Cell["CMax"]);
var differenceC = data.TargetC - data.CurrentC;
if (differenceC < 0) {
differenceC = Math.Abs(differenceC);
var oxygenOnCarbon = (int) (row.Cell["OxygenOnCarbon"]);
const double carbonConsumption = 0.01;
double correctionOxy = (oxygenOnCarbon/carbonConsumption)*differenceC;
l.msg("Correction Oxygen C = {0}", correctionOxy);
return (int) Math.Round(correctionOxy);
}
else
return 0;
}
}
}
return 0;
}
public static int CalcT(CSVTableParser matrixT, Estimates data)
{
if (matrixT.Rows == null) {
InstantLogger.err("matrixT.Rows == null");
return 0;
}
using (var l = new Logger("CalcT")) {
if ((data.CurrentT == 0)
|| (data.TargetT == 0)
|| (data.TargetTuMin == 0)
|| (data.TargetTuMax == 0)
|| (data.CurrentC == 0)
)
return 0;
foreach (var row in matrixT.Rows) {
if ((double) (row.Cell["CMin"]) <= data.CurrentC && data.CurrentC < (double) (row.Cell["CMax"])) {
l.msg("T item found --- CMin {0}; CMax {1}", row.Cell["CMin"], row.Cell["CMax"]);
//var differenceT = data.TargetT - data.CurrentT;
double differenceT = (double)(((data.TargetT + (data.TargetT - data.TargetTuMin)) * 0.5) - data.CurrentT); // до середины между целевым и минимальным целевым
if (differenceT > 0)
{
var oxygenOnHeating = (int)(row.Cell["OxygenOnHeating"]);
var heating = (int)(row.Cell["Heating"]);
double correctionOxy = (double)((((double)oxygenOnHeating) / ((double)heating)) * differenceT);
l.msg("Correction Oxygen T = {0}", correctionOxy);
return (int)Math.Round(correctionOxy);
}
else {
l.msg("recomend end blow? code:-3");
return -3; // рекомендуется закончить продувку
}
}
}
}
return 0;
}
public static void Reset()
{
Data = new Estimates();
IsFiered = false;
//SidB = Guid.NewGuid();
SidB = new Guid();
AutomaticStop = false;
CurrentOxygen = 0;
CorrectionOxyT = 0;
CorrectionOxyC = 0;
CorrectionDoloms = 0.0;
EndBlowingOxygen = int.MaxValue;
BlowStopSignalPushed = false;
StopBlowFlagRelease();
//EndMeteringAccept();
IsUncorrectMetering = false;
IsActualOxygen = false;
IsAfterMetering = false;
MeteringOxygen = 0;
StartedCRecalc = false;
StopedCRecalc = true;
#if IS_DBFLEX
ReqScheme(CurrentScheme);
#endif
}
public static double CalcNewCarbon(CSVTableParser matrixC, Estimates data, int OxyAfterMetering)
{
using (var l = new Logger("CalcC")) {
if (data.CurrentC == 0) return 0;
foreach (var row in matrixC.Rows) {
if ((double) (row.Cell["CMin"]) <= data.CurrentC && data.CurrentC < (double) (row.Cell["CMax"])) {
l.msg("C item found --- CMin {0}; CMax {1}", row.Cell["CMin"], row.Cell["CMax"]);
var oxygenOnCarbon = (int) (row.Cell["OxygenOnCarbon"]);
return data.CurrentC - ((OxyAfterMetering/oxygenOnCarbon)*0.01);
}
}
}
return 0;
}
