public static UpdateGaVm Direct()
{
var randy = Rando.Standard(Seed);
var gasd = randy.ToDirectGaSortingData(
order: Order,
sorterCount: SorterCount,
sortableCount: SortableCount,
stageCount: StageCount,
sortableWinRate: SortableWinRate,
sorterWinRate: SorterWinRate,
stageReplacementMode: StageReplacementMode);
var gaRet = new UpdateGaVm(
gaSortingData: gasd,
order: Order,
width: GridSpan,
height: GridSpan,
sorterWinRate: SorterWinRate,
sortableWinRate: SortableWinRate,
sorterCount: SorterCount,
stageCount: StageCount,
sortableCount: SortableCount,
proc: ProcScheme2,
update_params: UpdateParams);
return(gaRet);
}
public static void UpdateGGView(ProcResult result, UpdateGaVm ugvm)
{
//ugvm.GraphLatticeTempVm.Update(result.Data["ThermGrid"]);
//ugvm.GraphLatticeFlipVm.Update(result.Data["FlipGrid"]);
//var th = (float)result.Data["TotalHeat"];
//ugvm.TotalHeat = th;
}
public static UpdateGaVm GaConjOrbitVm()
{
var randy = Rando.Standard(Seed);
var gasd = randy.ToGaConjOrbitData(
order: Order,
sorterCount: SorterCount,
sortableCount: SortableCount,
stageCount: StageCount,
sortableWinRate: SortableWinRate,
sorterWinRate: SorterWinRate);
var gaRet = new UpdateGaVm(
gaSortingData: gasd,
order: Order,
width: GridSpan,
height: GridSpan,
sorterWinRate: SorterWinRate,
sortableWinRate: SortableWinRate,
sorterCount: SorterCount,
stageCount: StageCount,
sortableCount: SortableCount,
proc: ProcScheme5,
update_params: UpdateParams);
return(gaRet);
}
