public static ProcResult ProcIsingIntBitsEnergy(object vm)
{
var ggvm = (UpdateGRVm)vm;
return(ThermalIsing_bp.UpdateH(
ggvm.UpdateVm.StepsPerUpdate,
qRate,
FlipEnergy,
9.0f));
}
public static ProcResult ProcH(object vm)
{
var ggvm = (UpdateGGRVm)vm;
return(ThermalIsing_bp.UpdateH(
steps: ggvm.UpdateVm.StepsPerUpdate,
qRate: ggvm.Qrate,
filpEnergy: ggvm.FlipEnergy,
beta: ggvm.Beta));
}
public static UpdateGRVm Thermo()
{
var initTemps = SimGridFloatSamples.HiLow(GridSpan, 0.99f, 0.01f);
var initFlips = SimGridIntSamples.SquareRandBits(GridSpan, 5213);
var ggRet = new UpdateGRVm(GridSpan, GridSpan, BetaBoundsW, EnergyBoundsW, BetaDelta,
ProcIsingIntBitsEnergy, update_params: UpdateParams);
ggRet.GraphLatticeVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_int_BW_mod256, initFlips);
// ggRet.GraphLatticeVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_float_BW_mod256, initTemps);
ggRet.UpdateVm.OnUpdateUI.Subscribe(p => UpdateGGView(p, ggRet));
ThermalIsing_bp.Init(initTemps.Data, initFlips.Data, initTemps.Width, BlockSize, 4456);
return(ggRet);
}
public static UpdateGGRVm Thermo()
{
//var initTemps = SimGridFloatSamples.HiLow(GridSpan, 0.99f, 0.01f);
var initTemps = SimGridFloatSamples.LeftRightGradient(GridSpan);
var initFlips = SimGridIntSamples.SquareRandBits(GridSpan, 5213);
var ggRet = new UpdateGGRVm(
width: GridSpan,
height: GridSpan,
beta: Beta,
flipEnergy: FlipEnergy,
qRate: qRate,
proc: ProcH,
update_params: UpdateParams);
ggRet.GraphLatticeFlipVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_int_BW_mod256, initFlips);
ggRet.GraphLatticeTempVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_float_BW_mod256, initTemps);
ggRet.UpdateVm.OnUpdateUI.Subscribe(p => UpdateGGView(p, ggRet));
ThermalIsing_bp.Init(initTemps.Data, initFlips.Data, initTemps.Width, BlockSize, 5566);
return(ggRet);
}
