void generatePath()
{
Timekeeper timekeeper = Timekeeper.getInstance();
Tuple3I position = memComponent.position;
int startTick = timekeeper.getTick();
int moveTick = timekeeper.GetTickIn(fadeTime);
float tickIncrement = 1.0f / (moveTick - startTick);
float progress = 0;
Memory memory;
// Add first reposition memory
memory = new Memory(Memory.MemoryEvent.reposition,
position);
memComponent.hashtable[moveTick] = memory;
// Create appearing animation
for (int tick = startTick + 1; tick <= moveTick; tick++)
{
memory = new Memory(Memory.MemoryEvent.appearing,
progress += tickIncrement);
memComponent.hashtable[tick] = memory;
}
int speedTicks = timekeeper.GetTickIn(speed) - timekeeper.getTick();
moveTick++;
// Add subsequent reposition memories
while (MapGenerator.GetPathValueFor(position) != 1)
{
moveTick += speedTicks;
if ((moveTick - startTick) / speedTicks > 1000) // more than 1000 steps
{
Debug.Log("Path taking too long!");
return;
}
position = NextPathFor(position);
memory = new Memory(Memory.MemoryEvent.reposition,
position);
memComponent.hashtable[moveTick] = memory;
}
// Add animation for climbing the ladder
position.third = 1;
Tuple3I newPosition = position + new Tuple3I(1, 0, 0);
for (int i = 0; i < 16; i++)
{
memory = new Memory(Memory.MemoryEvent.reposition, position, newPosition, i * 1.0f / 16);
memComponent.hashtable[moveTick + i] = memory;
}
}