// Update is called once per frame
private void Update()
{
//if the player is tired, show the overlay
if (vitals.getEnergy() < 50.0f)
{
inTiredState = true;
float calcAlpha = (1.0f / 50.0f) * (50.0f - vitals.getEnergy());
energyOverlay.color = new Color(energyOverlay.color.r, energyOverlay.color.g, energyOverlay.color.b, calcAlpha);
//lower the player speed based on the energy
playerController.modifyNormalSpeed(normalSpeed - ((50 - vitals.getEnergy()) / 22));
playerController.modifySprintSpeed(sprintSpeed - ((50 - vitals.getEnergy()) / 22));
}
else if (vitals.getEnergy() >= 50.0f && inTiredState)
{
inTiredState = false;
//reset some values back to their original state
playerController.modifyNormalSpeed(normalSpeed);
playerController.modifySprintSpeed(sprintSpeed);
vitals.setEnergy(50.0f, true);
destroyScript();
}
//if the player is hyper
if (vitals.getEnergy() > 50.0f)
{
inHyperState = true;
FPPCamera.fieldOfView = initialFOV + vitals.getEnergy() / 8.0f;
//increase the player speed as they get more hyper
playerController.modifyNormalSpeed(normalSpeed + (vitals.getEnergy() / 12));
playerController.modifySprintSpeed(sprintSpeed + (vitals.getEnergy() / 12));
//slowly lower the speed to a normal value
vitals.setEnergy(((50.0f / reduceEnergySpeed) * Time.deltaTime) * -1);
}
else if (vitals.getEnergy() <= 50.0f && inHyperState)
{
inHyperState = false;
//reset some values back to their original state
FPPCamera.fieldOfView = initialFOV;
playerController.modifyNormalSpeed(normalSpeed);
playerController.modifySprintSpeed(sprintSpeed);
vitals.setEnergy(50.0f, true);
destroyScript();
}
}