// Token: 0x06000928 RID: 2344 RVA: 0x00074148 File Offset: 0x00072548
public string inverseDisplayColon(double target)
{
double num = target - this.totalseconds;
return(NumberOutput.timeOutput(num));
}
// Token: 0x06000925 RID: 2341 RVA: 0x00073F80 File Offset: 0x00072380
public string timeDisplayColon()
{
return(NumberOutput.timeOutput(this.totalseconds));
}
private void AllocatePairs()
{
float[] augRatio = { 5 / 15f, 7 / 17f, 9 / 19f, 11 / 21f, 13 / 23f, 15 / 25f, 17 / 27f };
float[] upgRatio = { 10 / 15f, 10 / 17f, 10 / 19f, 10 / 21f, 10 / 23f, 10 / 25f, 10 / 27f };
var gold = Character.realGold;
var bestAugment = -1;
var bestAugmentValue = 0d;
for (var i = 0; i < 7; i++)
{
var aug = Character.augmentsController.augments[i];
if (aug.augLocked() || aug.hitAugmentTarget())
{
continue;
}
if (_useUpgrades && aug.upgradeLocked() || aug.hitUpgradeTarget())
{
continue;
}
double time;
double timeRemaining;
double cost;
float progress;
if (_useUpgrades)
{
time = Math.Max(aug.UpgradeTimeLeftEnergyMax((long)(MaxAllocation * upgRatio[i])), aug.AugTimeLeftEnergyMax((long)(MaxAllocation * augRatio[i])));
if (time < 0.01)
{
time = 0.01d;
}
timeRemaining = aug.UpgradeTimeLeftEnergy((long)(MaxAllocation * upgRatio[i]));
cost = (double)Math.Max(1, 1d / time) * (double)aug.getUpgradeCost();
progress = aug.UpgradeProgress();
}
else
{
time = aug.AugTimeLeftEnergyMax((long)(MaxAllocation));
if (time < 0.01)
{
time = 0.01d;
}
timeRemaining = aug.AugTimeLeftEnergy((long)(MaxAllocation));
cost = (double)Math.Max(1, 1d / time) * (double)aug.getAugCost();
progress = aug.AugProgress();
}
if (cost > gold && (progress == 0f || timeRemaining < 10))
{
continue;
}
if (time > 300)
{
continue;
}
if (RebirthTime > 0 && Main.Settings.AutoRebirth)
{
if (Character.rebirthTime.totalseconds - time < 0)
{
continue;
}
}
//if (Index > 0)
// if (Character.rebirthTime.totalseconds + time > Index)
// continue;
double value = AugmentValue(i);
if (value / time > bestAugmentValue)
{
bestAugment = i;
bestAugmentValue = value / time;
}
Main.LogAllocation($"Pair ID {i}: cost {cost} with {(_useUpgrades ? MaxAllocation * upgRatio[bestAugment] : MaxAllocation * augRatio[bestAugment])} of {MaxAllocation} energy for time {NumberOutput.timeOutput(time)} remaining {NumberOutput.timeOutput(timeRemaining)} - Value: {value} - ROI : {value / time}");
}
if (bestAugment != -1)
{
var maxAllocation = (_useUpgrades ? MaxAllocation * augRatio[bestAugment] : MaxAllocation);
var maxAllocationUpgrade = (_useUpgrades ? MaxAllocation * upgRatio[bestAugment] : MaxAllocation);;
var index = bestAugment * 2;
var alloc = CalculateAugCap(index, maxAllocation);
var alloc2 = CalculateAugCap(index + 1, maxAllocationUpgrade);
SetInput(alloc);
Character.augmentsController.augments[bestAugment].addEnergyAug();
if (_useUpgrades)
{
Main.LogAllocation($"BestAug: ({bestAugment}) @ {maxAllocation} using {augRatio[bestAugment]} : {alloc} and {upgRatio[bestAugment]} : {alloc2}");
SetInput(alloc2);
Character.augmentsController.augments[bestAugment].addEnergyUpgrade();
}
}
}