public static UlResAssignOutput NonFreqUserExpandRB(IUlScheduleUser user, ScheduleResource res, byte beginIndex, int userMaxRbNumM, int TTI, float mcsEff, float userAvgSinr)
{
float num = UlScheduleTools.CalcTBSAvailable(user, TTI);
UlResAssignOutput output = new UlResAssignOutput();
if ((userMaxRbNumM >= 1) && (mcsEff > 0f))
{
output.RbIndexs = AssignRBLocation(user, res, beginIndex, userMaxRbNumM);
}
float num2 = UlScheduleTools.calBETBS(user, mcsEff, (float) output.RbIndexs.Count, user.MIMOClutterGain);
output.realTBS = Math.Min(num2, num);
output.RBNum = output.RbIndexs.Count;
if (user.IsSinrAdjusted)
{
output.FinalSinr = userAvgSinr;
}
else
{
output.FinalSinr = userAvgSinr + user.RandomSinr;
}
output.MeasureSinr = userAvgSinr;
output.TBSAvailable = num;
return output;
}
public static UlResAssignOutput FreqUserExpandRB(IUlScheduleUser user, IUlSchuduleCarrier carrier, ScheduleResource res, byte beginRbIndex, int userMaxRbNum, int tti)
{
List<byte> rbs = new List<byte>();
List<byte> centerRbs = new List<byte>();
List<byte> edgeRbs = new List<byte>();
res.RbLists[0].ForEach(delegate (RBData rb) {
centerRbs.Add(rb.Index);
});
res.RbLists[1].ForEach(delegate (RBData rb) {
edgeRbs.Add(rb.Index);
});
rbs.AddRange(centerRbs);
rbs.AddRange(edgeRbs);
rbs.Sort();
List<byte> list2 = new List<byte>();
list2.Add(beginRbIndex);
res.RemoveRbRes(beginRbIndex);
int idxLeft = rbs.FindIndex(delegate (byte rbIndex) {
return rbIndex == beginRbIndex;
});
int idxRight = idxLeft;
bool flag = list2.Count < userMaxRbNum;
bool canLeftExpand = true;
bool canRightExpand = true;
while (flag)
{
float maxValue = float.MaxValue;
float inRight = float.MaxValue;
canLeftExpand = (canLeftExpand && (idxLeft >= 1)) && (Math.Abs((int) (rbs[idxLeft - 1] - rbs[idxLeft])) == 1);
if (canLeftExpand)
{
maxValue = carrier.UlRbInterferenceNoiseList[rbs[idxLeft - 1]];
}
canRightExpand = (canRightExpand && (idxRight <= (rbs.Count - 2))) && (Math.Abs((int) (rbs[idxRight + 1] - rbs[idxRight])) == 1);
if (canRightExpand)
{
inRight = carrier.UlRbInterferenceNoiseList[rbs[idxRight + 1]];
}
byte num5 = GetExpandRbIndex(canLeftExpand, canRightExpand, ref idxLeft, ref idxRight, maxValue, inRight, rbs);
if (num5 == 0xff)
{
break;
}
res.RemoveRbRes(num5);
list2.Add(num5);
flag = list2.Count < userMaxRbNum;
}
UlResAssignOutput output = new UlResAssignOutput();
output.RbIndexs = list2;
return output;
}
private void GenerateScheduleInfo(IUlScheduleUser user, ref int residualRb, ref int scheduledUserNum, UlResAssignOutput result)
{
if ((result != null) && (result.RBNum > 0))
{
user.UlRbNum = (byte) result.RBNum;
residualRb -= result.RBNum;
//保存本次调度用户的调度完的信息
this.SaveScheduledUser(user, result.RbIndexs, result.MeasureSinr, result.FinalSinr, result.TBSAvailable, result.realTBS);
base.UpdateUserRbInfo(user, result.RbIndexs);
if (UlScheduleTools.IsDoVMIMO(base.SimulationCarrier))
{
this.m_UList.Add(user);
}
scheduledUserNum++;
}
else
{
this.UserPackageLoss(user);
}
}
