public void Add(BoostsNeeded other)
{
Power += other.Power;
Toughness += other.Toughness;
Special += other.Special;
}
internal void ShowBoostProgress(ih[] boostSlots)
{
var needed = new BoostsNeeded();
var cube = new Cube
{
Power = _character.inventory.cubePower,
Toughness = _character.inventory.cubeToughness
};
foreach (var item in boostSlots)
{
needed.Add(item.equipment.GetNeededBoosts());
}
var current = needed.Power + needed.Toughness + needed.Special;
if (current > 0)
{
if (_previousBoostsNeeded == null)
{
Log($"Boosts Needed to Green: {needed.Power} Power, {needed.Toughness} Toughness, {needed.Special} Special");
_previousBoostsNeeded = needed;
}
else
{
var old = _previousBoostsNeeded.Power + _previousBoostsNeeded.Toughness +
_previousBoostsNeeded.Special;
var diff = current - old;
//If diff is > 0, then we either added another item to boost or we levelled something. Don't add the diff to average
if (diff <= 0)
{
_invBoostAvg.Enqueue(diff * -1);
}
Log($"Boosts Needed to Green: {needed.Power} Power, {needed.Toughness} Toughness, {needed.Special} Special");
var average = _invBoostAvg.Avg();
if (average > 0)
{
var eta = current / average;
Log($"Last Minute: {diff}. Average Per Minute: {average:0}. ETA: {eta:0} minutes.");
}
else
{
Log($"Last Minute: {diff}.");
}
_previousBoostsNeeded = needed;
}
}
if (_lastCube == null)
{
_lastCube = cube;
}
else
{
if (!_lastCube.Equals(cube))
{
var output = $"Cube Progress:";
var toughnessDiff = cube.Toughness - _lastCube.Toughness;
var powerDiff = cube.Power - _lastCube.Power;
output = toughnessDiff > 0 ? $"{output} {toughnessDiff} Toughness." : output;
output = powerDiff > 0 ? $"{output} {powerDiff} Power." : output;
_cubeBoostAvg.Enqueue((decimal)(toughnessDiff + powerDiff));
output = $"{output} Average Per Minute: {_cubeBoostAvg.Avg():0}";
Log(output);
Log($"Cube Power: {cube.Power} ({_character.inventoryController.cubePowerSoftcap()} softcap). Cube Toughness: {cube.Toughness} ({_character.inventoryController.cubeToughnessSoftcap()} softcap)");
}
_lastCube = cube;
}
}
internal void ManageBoostConversion(ih[] boostSlots)
{
if (_character.challenges.levelChallenge10k.curCompletions <
_character.allChallenges.level100Challenge.maxCompletions)
{
return;
}
if (!Settings.AutoConvertBoosts)
{
return;
}
var converted = _character.inventory.GetConvertedInventory();
//If we have a boost locked, we want to stay on that until its maxxed
var lockedBoosts = converted.Where(x => x.id < 40 && x.locked).ToArray();
if (lockedBoosts.Any())
{
foreach (var locked in lockedBoosts)
{
//Unlock level 100 boosts
if (locked.level == 100)
{
_character.inventory.inventory[locked.slot].removable = true;
continue;
}
if (locked.id <= 13)
{
_controller.selectAutoPowerTransform();
}
else if (locked.id <= 26)
{
_controller.selectAutoToughTransform();
}
else if (locked.id <= 39)
{
_controller.selectAutoSpecialTransform();
}
}
return;
}
var needed = new BoostsNeeded();
foreach (var item in boostSlots)
{
needed.Add(item.equipment.GetNeededBoosts());
}
if (needed.Power > 0)
{
_controller.selectAutoPowerTransform();
return;
}
if (needed.Toughness > 0)
{
_controller.selectAutoToughTransform();
return;
}
if (needed.Special > 0)
{
_controller.selectAutoSpecialTransform();
return;
}
if (Settings.CubePriority > 0)
{
if (Settings.CubePriority == 1)
{
if (_controller.cubePower() > _controller.cubeToughness())
{
_controller.selectAutoToughTransform();
}
else if (_controller.cubeToughness() > _controller.cubePower())
{
_controller.selectAutoPowerTransform();
}
else
{
_controller.selectAutoPowerTransform();
}
}
else if (Settings.CubePriority == 2)
{
_controller.selectAutoPowerTransform();
}
else
{
_controller.selectAutoToughTransform();
}
return;
}
_controller.selectAutoNoneTransform();
}
internal void ManageBoostConversion(ih[] boostSlots)
{
if (_character.challenges.levelChallenge10k.curCompletions <
_character.allChallenges.level100Challenge.maxCompletions)
{
return;
}
if (!Settings.AutoConvertBoosts)
{
return;
}
var converted = _character.inventory.GetConvertedInventory();
//If we have a boost locked, we want to stay on that until its maxxed
var lockedBoosts = converted.Where(x => x.id < 40 && x.locked).ToArray();
if (lockedBoosts.Any())
{
foreach (var locked in lockedBoosts)
{
//Unlock level 100 boosts
if (locked.level == 100)
{
_character.inventory.inventory[locked.slot].removable = true;
continue;
}
if (locked.id <= 13)
{
_controller.selectAutoPowerTransform();
}
else if (locked.id <= 26)
{
_controller.selectAutoToughTransform();
}
else if (locked.id <= 39)
{
_controller.selectAutoSpecialTransform();
}
}
return;
}
var needed = new BoostsNeeded();
foreach (var item in boostSlots)
{
needed.Add(item.equipment.GetNeededBoosts());
}
if (counter == 0)
{
if (_previousBoostsNeeded != null)
{
var current = needed.Power + needed.Toughness + needed.Special;
var old = _previousBoostsNeeded.Power + _previousBoostsNeeded.Toughness +
_previousBoostsNeeded.Special;
var diff = old - current;
var total = needed.Power + needed.Toughness + needed.Special;
//Throw out values where we've added or removed a piece of gear or we've lost boost progress (usually because of levelling gear)
if (diff > 0 && lastNeededCount == boostSlots.Length)
{
avg.Enqueue((int)diff);
var average = Math.Floor(avg.Avg());
var eta = Math.Ceiling(total / avg.Avg());
Log($"Boosts Needed to Green: {needed.Power} Power, {needed.Toughness} Toughness, {needed.Special} Special");
Log($"Last Minute: {current - old}. Hourly Avg: {average}. ETA: {eta} minutes.");
}
lastNeededCount = boostSlots.Length;
}
else
{
lastNeededCount = boostSlots.Length;
Log($"Boosts Needed to Green: {needed.Power} Power, {needed.Toughness} Toughness, {needed.Special} Special");
}
_previousBoostsNeeded = needed;
}
counter++;
if (counter == 6)
{
counter = 0;
}
if (needed.Power > 0)
{
_controller.selectAutoPowerTransform();
return;
}
if (needed.Toughness > 0)
{
_controller.selectAutoToughTransform();
return;
}
if (needed.Special > 0)
{
_controller.selectAutoSpecialTransform();
return;
}
if (Settings.BalanceCube)
{
if (_controller.cubePower() > _controller.cubeToughness())
{
_controller.selectAutoToughTransform();
}
else if (_controller.cubeToughness() > _controller.cubePower())
{
_controller.selectAutoPowerTransform();
}
else
{
_controller.selectAutoPowerTransform();
}
return;
}
_controller.selectAutoNoneTransform();
}
