//NOTE: Probably will be switched to raycasting later; this is just a quick test to get the algorithm down
private void OnTriggerEnter(Collider other)
{
//Get the light of the object
light = other.gameObject.GetComponent <AbsorbableLight>();
//If there is indeed a light and the light prisoner doesn't have one, make it dim to indicate that the light prisoner can take it
if (light != null && isPossessed == true)
{
isInLight = true;
}
}
//Disable the light when the prisoner walks out of it
private void OnTriggerExit(Collider other)
{
//Get the light of the object
light = other.gameObject.GetComponent <AbsorbableLight>();
//If there is indeed a light and it is enabled, disable its flicker
if (isInLight == true && light != null && isPossessed == true)
{
isInLight = false;
if (lightStored.enabled == false)
{
light.stopTake(this);
}
else
{
light.stopPut(this);
}
}
}
//Update is called once per frame
protected override void Update()
{
base.Update();
//Take the light from the light source and store it
//If there is a light, and the Player pressed the L button, store the light if the light is enabled and put the light back if the light is disabled
if (isInLight == true && light != null && isPossessed == true)
{
//If you put the light back and are still standing on it, check for indicating if it can be taken
if (lightStored.enabled == false)
{
light.indicateTake(this);
}
//Check for indicating if you can put the light
else
{
light.indicatePut(this);
}
//Check if the player presses L
if (Input.GetKeyDown(KeyCode.F) == true)
{
//Take the light if it can be taken
if (lightStored.enabled == false && light.canBeTaken() == true)
{
//Get the light properties
AbsorbableLight lighttaken = light.takeLight(this);
lightStored.color = lighttaken.getLight.color;
addTempFade(false, lighttaken.getOrigIntensity);
}
//Put your light into a light source if you have light and the light source can receive the light
else if (lightStored.enabled == true && lightStoredFade == null && light.canBePlaced() == true)
{
light.placeLight(lightStored, this);
addTempFade(true, 0f);
}
}
}
}
