void OnMomentumChangedHandler(MomentumData momentumData)
{
// Both the following visually represent gaining/losing an entire point.
while (momentumData.TotalMomentumPoints > currentTotalMomentumPoints)
{
percentageProgressToNextMomentum = 0;
currentTotalMomentumPoints++;
momentumBarTransitionsQueue.EnqueueAction(FillAndResetBar());
}
while (momentumData.TotalMomentumPoints < currentTotalMomentumPoints)
{
percentageProgressToNextMomentum = 0;
currentTotalMomentumPoints--;
momentumBarTransitionsQueue.EnqueueAction(EmptyAndResetBar());
}
float updatedPercentageProgress = (float)momentumData.ProgressTowardNextMomentum / (float)momentumData.MomentumRequiredForNextPoint;
if (updatedPercentageProgress != percentageProgressToNextMomentum)
{
percentageProgressToNextMomentum = updatedPercentageProgress;
momentumBarTransitionsQueue.EnqueueAction(UpdateMomentumBarProgress());
}
}
void UpdateAbilityMomentumCounters(MomentumData newMomentumData)
{
HardwareType[] allEquippedActiveHardware = InventoryController.GetEquippedActiveHardware();
for (int i = 0; i < abilityMomentumCounters.Length; i++)
{
HardwareType activeHardwareType = allEquippedActiveHardware[i];
if (activeHardwareType != HardwareType.None)
{
int newMomentumValue = MomentumManager.GetMomentumPointsByHardwareType(activeHardwareType);
if (newMomentumValue != displayedMomentumValues[i])
{
Color flashColor = newMomentumValue > displayedMomentumValues[i] ? momentumIncreasedFlashColor : momentumDecreasedFlashColor;
Image momentumCounterImage = abilityMomentumCounters[i].GetComponent <Image>();
Sprite counterSprite = Resources.Load <Sprite>(MOMENTUM_COUNTER_PATH + newMomentumValue.ToString());
momentumCounterImage.sprite = counterSprite;
StartCoroutine(FlashAbilityMomentumCounter(momentumCounterImage, flashColor));
displayedMomentumValues[i] = newMomentumValue;
}
}
}
}
void UpdateMomentumPointButtons(MomentumData momentumData)
{
int availablePoints = momentumData.UnassignedAvailableMomentumPoints;
if (availablePoints <= 0)
{
ToggleMomentumButtons(false);
return;
}
ToggleMomentumButtons(true);
HardwareType[] activeHardware = InventoryController.GetEquippedActiveHardware();
for (int i = 0; i < activeHardware.Length; i++)
{
HardwareType hardwareType = activeHardware[i];
bool isSlotOccupied = hardwareType != HardwareType.None;
bool isMaxedOut = false;
if (isSlotOccupied)
{
isMaxedOut = momentumData.HardwareTypeToMomentumMap[hardwareType] >= 5;
}
assignMomentumButtons[i].interactable = isSlotOccupied && !isMaxedOut;
}
}
public static MomentumData LoadMomentumData()
{
BinaryFormatter formatter = new BinaryFormatter();
FileStream saveFile = File.Open(MOMENTUM_SAVE_FILE_PATH, FileMode.Open);
MomentumData loadedInventory = (MomentumData)formatter.Deserialize(saveFile);
saveFile.Close();
return(loadedInventory);
}
public static void SaveMomentumData(MomentumData momentumData)
{
if (!Directory.Exists(SAVE_DIRECTORY_PATH))
{
Directory.CreateDirectory(SAVE_DIRECTORY_PATH);
}
BinaryFormatter formatter = new BinaryFormatter();
FileStream saveFile = File.Create(MOMENTUM_SAVE_FILE_PATH);
formatter.Serialize(saveFile, momentumData);
saveFile.Close();
}
public void MomentumUpdatePostProcess(MomentumData _datas, float _momentumValue)
{
//Updates bloom
bloom.intensity.value = GetValue(_datas.minMaxBloom, _momentumValue);
//Updates color grading
colorGrading.temperature.value = GetValue(_datas.minMaxTemperature, _momentumValue);
//Updates chromatic aberration
chromaticAberration.intensity.value = GetValue(_datas.minMaxChromaticAberration, _momentumValue);
//Updates grain
grain.intensity.value = GetValue(_datas.minMaxGrain, _momentumValue);
}
void OnMomentumAssigned(MomentumData momentum)
{
ChangeTutorialBub(momentumAssignedBubText);
MomentumManager.OnMomentumUpdated -= OnMomentumAssigned;
}
public static void ResetMomentum()
{
_currentMomentumData = new MomentumData();
OnMomentumUpdated(CurrentMomentumData);
}
