public static UpdateGRVm Thermo()
{
var initData = SimGridFloatSamples.RandUniform0_1(GridSpan, 1234);
var ggRet = new UpdateGRVm(GridSpan, GridSpan, BetaBoundsW, EnergyBoundsW, BetaDelta, ProcIsingIntBitsEnergy,
update_params: UpdateParams);
ggRet.GraphLatticeVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_float_BW_mod256, initData);
ggRet.UpdateVm.OnUpdateUI.Subscribe(p => UpdateGGView(p, ggRet));
Thermal_bp.Init(initData.Data, initData.Width, BlockSize);
return(ggRet);
}
public static UpdateGRVm AnnealerRb()
{
var initData = SimGridIntSamples.SquareRandBits(GridSpan, 5213);
var ggRet = new UpdateGRVm(GridSpan, GridSpan, BetaBoundsW, EnergyBoundsW, BetaDelta, ProcIsingIntBitsEnergy,
update_params: UpdateParams);
//ggRet.GraphLatticeVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_BWR, initData);
ggRet.GraphLatticeVm.SetUpdater(GraphLatticeVmEx.DrawGridCell_float_BW_mod256, initData);
ggRet.UpdateVm.OnUpdateUI.Subscribe(p => UpdateGGView(p, ggRet));
BlockPick.Init(initData.Data, initData.Width, 8);
return(ggRet);
}
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 void UpdateGGView(ProcResult result, UpdateGRVm ugvm)
{
ugvm.GraphLatticeVm.Update(result.Data["Grid"]);
ugvm.Energy = 4.0f - (float)result.Data["Energy"];
var smidgeX = (ugvm.BetaBounds.Max - ugvm.BetaBounds.Min) / 500;
var smidgeY = (ugvm.EnergyBounds.Max - ugvm.EnergyBounds.Min) / 500;
ugvm.GraphVm.WbImageVm.ImageData = Id.AddRect(
ugvm.GraphVm.WbImageVm.ImageData,
new RV <float, Color>(
minX: ugvm.Beta,
maxX: ugvm.Beta + smidgeX,
minY: ugvm.Energy,
maxY: ugvm.Energy + smidgeY,
v: (ugvm.Decreasing) ? Colors.Red : Colors.Black
));
}
