public UpdateIsingDualTempVm(SimGrid <int> data)
{
UpdateVm = new UpdateVm(proc: Proc, containingVm: this, update_params: Update)
{
StepsPerUpdate = 1
};
Rects = new List <RV <float, Color> >();
Points = new List <P2V <float, Color> >();
GraphVm = new GraphVm(new R <float>(0, 3, 0, 4))
{
Title = "Energy vs Temp",
TitleX = "Temp",
TitleY = "Energy"
};
GraphLatticeVm = new GraphLatticeVm(
new R <uint>(0, data.Width, 0, data.Height),
"", "", "");
GraphLatticeVm.SetUpdater(DrawGridCell, data);
BetaLow = 1.08f;
BetaHigh = 2.08f;
BetaDelta = 0.00001f;
UpdateVm.OnUpdateUI.Subscribe(p => KeepUpdating(p));
IsingIntBits.Init(data.Data, data.Width);
}
public UpdateIsingBpVm(SimGrid <int> data)
{
UpdateVm = new UpdateVm(proc: Proc, containingVm: this, update_params: UpdateParams)
{
StepsPerUpdate = 1
};
Rects = new List <RV <float, Color> >();
GraphVm = new GraphVm(new R <float>(0, 3, 0, 4))
{
Title = "Energy vs Temp",
TitleX = "Temp",
TitleY = "Energy"
};
GraphLatticeVm = new GraphLatticeVm(
new R <uint>(0, 512, 0, 512),
"", "", "");
GraphLatticeVm.SetUpdater(DrawGridCell, data);
Beta = 1.08f;
UpdateVm.OnUpdateUI.Subscribe(p => KeepUpdating(p));
BlockPick.Init(data.Data, data.Width, 4);
Beta = _betaMin;
}
public UpdateGridVm(SimGrid <int> data, Func <object, ProcResult> proc, Action <object> update_params)
{
UpdateVm = new UpdateVm(proc: proc, containingVm: this, update_params: update_params)
{
StepsPerUpdate = 1
};
GraphLatticeVm = new GraphLatticeVm(
new R <uint>(0, data.Height, 0, data.Width),
"", "", "");
}
public UpdateGGRVm(uint width, uint height, float beta, float flipEnergy, float qRate,
Func <object, ProcResult> proc, Action <object> update_params)
{
LatticeDisplayBounds = new R <uint>(
minX: 0,
maxX: (width > 1000) ? 1000 : width,
minY: 0,
maxY: (height > 1000) ? 1000 : height
);
UpdateVm = new UpdateVm(proc: proc, containingVm: this, update_params: update_params)
{
StepsPerUpdate = 100
};
GraphLatticeTempVm = new GraphLatticeVm(LatticeDisplayBounds, "Temps", "", "");
GraphLatticeFlipVm = new GraphLatticeVm(LatticeDisplayBounds, "Flips", "", "");
Beta = beta;
FlipEnergy = flipEnergy;
Qrate = qRate;
}
public UpdateGRVm(uint width, uint height, I <float> betaBounds, I <float> energyBounds,
float betaDelta, Func <object, ProcResult> proc, Action <object> update_params)
{
BetaBounds = betaBounds;
EnergyBounds = energyBounds;
LatticeDisplayBounds = new R <uint>(
minX: 0,
maxX: (width > 1000) ? 1000 : width,
minY: 0,
maxY: (height > 1000) ? 1000 : height
);
GraphDisplayBounds = new R <float>(
minX: BetaBounds.Min,
maxX: BetaBounds.Max,
minY: EnergyBounds.Min,
maxY: EnergyBounds.Max
);
UpdateVm = new UpdateVm(proc: proc, containingVm: this, update_params: update_params)
{
StepsPerUpdate = 100
};
GraphVm = new GraphVm(GraphDisplayBounds)
{
Title = "Energy vs Temp",
TitleX = "Temp",
TitleY = "Energy"
};
GraphLatticeVm = new GraphLatticeVm(LatticeDisplayBounds, "", "", "");
BetaDelta = betaDelta;
Beta = BetaBounds.Min;
}
