public List <CalcRet> CalcNotProcT(SalaryCalcTInfo scti, int part)
{
var ret = new List <CalcRet>();
int divby = scti.LinkedSCI.Length;
foreach (var dr in DataRows)
{
if (dr.XRateType != EBonusRateType.Money ||
dr.XBonusType == EBonusType.ReverseCalc)
{
continue;
}
if (part == 0 && dr.XBonusType == EBonusType.MinusAfterIIN)
{
continue;
}
if (part == 1 && dr.XBonusType != EBonusType.MinusAfterIIN)
{
continue;
}
var ret1 = new CalcRet(divby);
decimal v = dr.RATE;
if (dr.AMOUNT != v)
{
dr.AMOUNT = v;
}
var pfx = AddRow(scti.TotalSI, dr, dr.RATE, v, 1);
ret1.PfxT = pfx;
if (dr.IsIDANull())
{
v = KlonsData.RoundA(v / (decimal)divby, 2);
for (int i = 0; i < divby; i++)
{
var sci = scti.LinkedSCI[i];
decimal v1 = v;
if (i == 0)
{
v1 += GetRoundingErrorA(dr.RATE, divby);
}
ret1.Pfxs[i] = sci.BonusCalc.AddRow(sci.SI, dr, dr.RATE, v1, divby);
}
}
else
{
int i = FindAM(scti, dr.IDA);
var sci = scti.LinkedSCI[i];
ret1.Pfxs[i] = sci.BonusCalc.AddRow(sci.SI, dr, dr.RATE, v, 1);
}
ret.Add(ret1);
}
return(ret);
}
public decimal CalcFromEndCT(SalaryCalcTInfo sct,
decimal totalinex,
decimal curbruto, decimal brutonosai,
decimal brutomargin,
bool useprogressiveiin, bool hastaxdoc,
decimal iinrate1, decimal iinrate2, decimal dnsrate, int divby,
out List <CalcRet> rpfx)
{
rpfx = new List <CalcRet>();
decimal ret = 0.0M;
if (PlusFromEnd <= 0.0M)
{
return(ret);
}
List <PayFx2> rpfxt = null;
decimal calcbruto = CalcFromEndC(sct.TotalSI,
totalinex,
curbruto, brutonosai,
brutomargin,
useprogressiveiin, hastaxdoc,
iinrate1, iinrate2, dnsrate, divby, out rpfxt);
for (int i = 0; i < DataRows.Length; i++)
{
var dr = DataRows[i];
if (dr.XRateType != EBonusRateType.Money ||
dr.XBonusType != EBonusType.ReverseCalc)
{
continue;
}
var pfx = BonusPfx[i];
var ret1 = new CalcRet(divby);
ret1.PfxT = pfx;
decimal v = dr.AMOUNT;
if (dr.IsIDANull())
{
v = KlonsData.RoundA(v / (decimal)divby, 2);
for (int j = 0; j < divby; j++)
{
var sci = sct.LinkedSCI[j];
decimal v1 = v;
if (j == 0)
{
v1 += GetRoundingErrorA(dr.AMOUNT, divby);
}
ret1.Pfxs[j] = sci.BonusCalc.AddRow(sci.SI, dr, dr.RATE, v1, divby);
}
}
else
{
int ind = FindAM(sct, dr.IDA);
var sci = sct.LinkedSCI[ind];
ret1.Pfxs[i] = sci.BonusCalc.AddRow(sci.SI, dr, dr.RATE, v, 1);
}
rpfx.Add(ret1);
ret += pfx.Pay;
}
return(ret);
}
public List <CalcRet> CalcProcT(SalaryCalcTInfo scti, EBonusFrom efrom,
Func <SalaryInfo, decimal> fdfrom)
{
var ret = new List <CalcRet>();
int divby = scti.LinkedSCI.Length;
foreach (var dr in DataRows)
{
if (dr.XRateType != EBonusRateType.Percent ||
dr.XBonusType == EBonusType.ReverseCalc)
{
continue;
}
if (dr.XBonusFrom != efrom)
{
continue;
}
var ret1 = new CalcRet(divby);
if (dr.IsIDANull())
{
decimal dfrom = fdfrom(scti.TotalSI);
decimal v = KlonsData.RoundA(dfrom * dr.RATE / 100.0M, 2);
decimal vs = v;
if (dr.AMOUNT != v)
{
dr.AMOUNT = v;
}
var pfx = AddRow(scti.TotalSI, dr, dfrom, v, 1);
ret1.PfxT = pfx;
for (int i = 0; i < divby; i++)
{
var sci = scti.LinkedSCI[i];
dfrom = fdfrom(sci.SI);
v = KlonsData.RoundA(dfrom * dr.RATE / 100.0M, 2);
vs -= v;
if (i == divby - 1)
{
v += vs;
}
ret1.Pfxs[i] = sci.BonusCalc.AddRow(sci.SI, dr, dfrom, v, divby);
}
}
else
{
int i = FindAM(scti, dr.IDA);
var sci = scti.LinkedSCI[i];
decimal dfrom = fdfrom(sci.SI);
decimal v = KlonsData.RoundA(dfrom * dr.RATE / 100.0M, 2);
if (dr.AMOUNT != v)
{
dr.AMOUNT = v;
}
var pfx = AddRow(scti.TotalSI, dr, dfrom, v, 1);
ret1.PfxT = pfx;
ret1.Pfxs[i] = sci.BonusCalc.AddRow(sci.SI, dr, dfrom, v, 1);
}
ret.Add(ret1);
}
return(ret);
}
