public void Update(float _delta)
{
m_speed += m_acceleration*_delta;
float tmpMaxSpeed;
tmpMaxSpeed = maxSpeed;
//collisions
bumps = TryMove(m_speed*_delta);
if (bumps.Contains(Bumped.Left)) {
if (!onWallLeft) {
HitWallLeft();
}
onWallLeft = true;
m_speed.X = 0;
if (m_speed.Y < 0) {
tmpMaxSpeed = wallSlideSpeed;
}
} else {
onWallLeft = false;
}
if (bumps.Contains(Bumped.Right)) {
if (!onWallRight) {
HitWallRight();
}
onWallRight = true;
m_speed.X = 0;
if (m_speed.Y < 0) {
tmpMaxSpeed = wallSlideSpeed;
}
} else {
onWallRight = false;
}
if (onWallLeft || onWallRight) {
wallTimeCount -= _delta;
} else {
wallTimeCount = wallTime;
}
if (bumps.Contains(Bumped.Bottom)) {
m_speed.Y = 0;
if (!onFloor) {
HitFloor();
}
onFloor = true;
} else {
onFloor = false;
}
if (bumps.Contains(Bumped.Top)) {
m_speed.Y = 0;
}
//PrintBumps(bumps);
if (TryInjure()) {
Die();
}
if (Position.Y < -10) {
Die();
}
m_speed.Cap(tmpMaxSpeed);
if (onFloor) {
m_speed.Cap(new Vector2f(maxFloorSpeed, maxYSpeed));
}
else {
m_speed.Cap(new Vector2f(maxXSpeed, maxYSpeed));
}
//physics
if (doPhysics) {
m_acceleration.Y = -gravity;
if (onFloor) {
m_acceleration.X = -m_speed.X * friction;
groundTimeCount -= _delta;
} else {
m_acceleration.X = -m_speed.X * friction * airFrictionMultiplier;
groundTimeCount = groundTime;
}
}
//Console.WriteLine("gt " + groundTimeCount);
// Console.WriteLine("speed : " + m_speed);
// Console.WriteLine("acceleration : " + m_acceleration);
// Console.WriteLine("position : " + m_position);
//m_time += _delta;
//log.WriteLine(String.Format("{0}, {1}, {2}, {3}",m_time, m_position.CSV(), m_speed.CSV(), m_acceleration.CSV()));
Control(_delta, bumps);
m_magnum.Update(_delta);
}
