protected override void Update(Jousting.Jouster.CollisionData playerCollision)
{
}
protected abstract void Update(Jousting.Jouster.CollisionData playerCollision);
protected override void Update(Jousting.Jouster.CollisionData playerCollision)
{
HarmonyInsideHill = HillShape.Touches(Harmony.ColShape);
if (HarmonyInsideHill)
{
TimeInHill += (float)World.CurrentTime.ElapsedGameTime.TotalSeconds;
}
if (TimeInHill > PhysicsData3.TimeInHillToWin)
{
MoveUp = true;
return;
}
//Cause friction.
for (int i = 0; i < PhysicsData3.NumbTennisBalls; ++i)
{
Jousting.Blocker ball = Blockers[i + 1];
//If the friction this frame is strong enough to stop the ball, manually stop it.
float fricPerFrame = Jousting.Jouster.PhysData.Friction * (float)World.CurrentTime.ElapsedGameTime.TotalSeconds;
if (fricPerFrame * fricPerFrame >= ball.Velocity.LengthSquared())
{
ball.Velocity = Vector2.Zero;
}
//Otherwise, apply friction like normal.
else
{
Vector2 vel = ball.Velocity;
vel.Normalize();
ball.Acceleration += -vel * Jousting.Jouster.PhysData.Friction * ball.Mass;
}
}
ArtAssets3.HillSprite.UpdateAnimation(World.CurrentTime);
ArtAssets3.ConfusedSprite.UpdateAnimation(World.CurrentTime);
ArtAssets3.HarmonyJousterStill.UpdateAnimation(World.CurrentTime);
ArtAssets3.DischordJousterStill.UpdateAnimation(World.CurrentTime);
}
protected override void Update(Jousting.Jouster.CollisionData playerCollision)
{
Utilities.Math.Shape.Circle blackHole = BlackHoleCol;
V2 harmonyToBH = UsefulMath.FindDirection(Harmony.Pos, blackHole.Center, false);
V2 dischordToBH = UsefulMath.FindDirection(Dischord.Pos, blackHole.Center, false);
float scale = WorldData.ZoomScaleAmount[World.CurrentZoom];
Harmony.Acceleration = V2.Normalize(harmonyToBH) * PhysicsData5.GetBlackHolePull(harmonyToBH.Length(), scale);
Dischord.Acceleration = V2.Normalize(dischordToBH) * PhysicsData5.GetBlackHolePull(dischordToBH.Length(), scale);
foreach (Jousting.Blocker blocker in Blockers)
{
blocker.Acceleration = UsefulMath.FindDirection(blocker.Pos, blackHole.Center) *
PhysicsData5.GetBlackHolePull((blocker.Pos - blackHole.Center).Length(), scale);
}
//Keep all rings facing the right way.
for (int i = 1; i < Blockers.Count; ++i)
{
Blockers[i].Rotation = UsefulMath.FindRotation(Blockers[i].Velocity);
}
}
