public Starter()
{
//
// TODO: Add constructor logic here
//
MM = new MemMan();
MemMan.MEMORYSTATUSEX MS;
MS = MemMan.MemoryStatus();
MemMan.curProc.MaxWorkingSet = (IntPtr)MS.TotalPhys;
MemMan.curProc.MinWorkingSet = (IntPtr)((uint)MemMan.curProc.MaxWorkingSet * 0.75);
ExI = ++ExN;
}
public bool PrepareCurves()
{
if (!IsPotcurve)
{
return(true);
}
ArrayList LookUp = new ArrayList();
ArrayList DWList = new ArrayList();
uint i;
double dze;
for (i = 0; i < NAtoms; i++)
{
if ((type_[i] = LookUp.IndexOf(type[i])) >= 0)
{
if (DW[i] == (double)DWList[type_[i]])
{
}
else
{
type_[i] = LookUp.Add(type[i]);
DWList.Add(DW[i]);
}
}
else
{
type_[i] = LookUp.Add(type[i]);
DWList.Add(DW[i]);
}
}
NTypes = (uint)LookUp.Count;
MMM = new MemMan();
MemMan.Compact();
if (IsPotRec)
{
CurveLength = 0x10000;
}
else
{
CurveLength = (uint)(atrad / dela);
}
dze = (double)N / (2.0 * (a * Math.Sin(gam))); // gamma  ÐÀÄÈÀÍÀÕ!!!
dze = Math.Min(dze, (double)M / (2.0 * (b * Math.Sin(gam))));
if (!MMM.Allocate(NTypes * CurveLength * sizeof(double)))
return(false); }
public void Restore()
{
MemMan.Restore();
}
public void Hybernate()
{
MemMan.Hybernate();
}
public void SetItem(object value)
{
MemMan.SetItem(value);
}
public void SetItem(string name, object value)
{
MemMan.SetItem(name, value);
}
public string[] ListRegisters(string query)
{
return(MemMan.ListRegisters(query));
}
public object GetItem(string name)
{
return(MemMan.GetItem(name));
}