/// <summary>
/// Helps switch the process.
/// </summary>
/// <param name="animal"></param>
private void NextProcess(Animal animal)
{
// if the current process is climbing.
if (this.process == ClimbProcess.Climbing)
{
// Switch to gliding.
this.process = ClimbProcess.Gliding;
}
// if the current process is falling, switch to scurrying
else if (this.process == ClimbProcess.Gliding)
{
this.process = ClimbProcess.Scurrying;
}
// if the current process is scurrying
else if (this.process == ClimbProcess.Scurrying)
{
int lowerMax = Convert.ToInt32(Math.Floor(Convert.ToDouble(animal.YPositionMax) * 0.15));
int higherMax = Convert.ToInt32(Math.Floor(Convert.ToDouble(animal.YPositionMax) * 0.85));
// set max height to a random value between the lowest max and the highest max
// Set random max height
this.maxHeight = random.Next(lowerMax, higherMax);
// switch to climbing
this.process = ClimbProcess.Climbing;
}
}
/// <summary>
/// Toggles between the two processes of the hovering behavior.
/// </summary>
/// <param name="animal">The animal to move.</param>
private void NextProcess(Animal animal)
{
switch (this.process)
{
case ClimbProcess.Climbing:
this.process = ClimbProcess.Falling;
break;
case ClimbProcess.Falling:
this.process = ClimbProcess.Scurrying;
break;
case ClimbProcess.Scurrying:
// Set the maximum height to a random value between 15 and 85 percent of the height of the animal's maximum y position
int lowerMax = Convert.ToInt32(Math.Floor(Convert.ToDouble(animal.YPositionMax) * 0.15));
int higherMax = Convert.ToInt32(Math.Floor(Convert.ToDouble(animal.YPositionMax) * 0.85));
this.maxHeight = ClimbBehavior.random.Next(lowerMax, higherMax + 1);
this.process = ClimbProcess.Climbing;
break;
}
}