protected virtual BehaviorReturnCode MoveForwardExec()
{
if (charDriver.IsFacingRight())
{
if (run)
{
charDriver.RunRight();
}
else
{
charDriver.WalkRight();
}
}
else
{
if (run)
{
charDriver.RunLeft();
}
else
{
charDriver.WalkLeft();
}
}
return(BehaviorReturnCode.Success);
}
BehaviorReturnCode MoveToDestnExec()
{
// We may use X/8 of the offset distance to be considered close to a position. This way, we may ensure
// the character will stop moving only if it's inside the destination area.
//
// I left this action binded to IsArrivedAtDestnConditional because they are often used together.
float offset = IsArrivedAtDestnConditional.Offset / 8;
Vector3 charPos = charDriver.GetPosition();
// Horizontal movement.
float destnX = GetDestnFunc().x;
float currPosX = charPos.x;
if ((destnX - offset) > currPosX) {
if (run) {
charDriver.RunRight();
} else {
charDriver.WalkRight();
}
} else if ((destnX + offset) < currPosX){
if (run) {
charDriver.RunLeft();
} else {
charDriver.WalkLeft();
}
}
// Vertical movement.
if (axisMvmt) {
float destnY = GetDestnFunc().y;
float currPosY = charPos.y;
if ((destnY - offset) > currPosY) {
if (run) {
charDriver.RunUp();
} else {
charDriver.WalkUp();
}
} else if ((destnY + offset) < currPosY){
if (run) {
charDriver.RunDown();
} else {
charDriver.WalkDown();
}
}
}
return BehaviorReturnCode.Success;
}
