private void EntityMovePlatformer(EntityPlayable entity)
{
int w = 0, h = 0;
if (entity.Mask != null)
{
h = entity.Mask.Width;
w = entity.Mask.Width;
}
//By using some logic we can reduce the amount of Collideable terrain to only the immediate surroundings and things that can collide.
//This will allow for us to greatly reduce neccessary calculations for complex movement.
float finalX = entity.Location.X;
float finalY = entity.Location.Y;
float gravX = (float)((entity.Gravity + entity.GravityMod) * Math.Cos(entity.GravityDirection.DegToRad()));
float gravY = (float)((entity.Gravity + entity.GravityMod) * -Math.Sin(entity.GravityDirection.DegToRad()));
//Add gravity
entity.SpeedHorizontal += gravX;
entity.SpeedVertical += gravY;
//Clamp
entity.SpeedHorizontal.Clamp(-entity.SpeedHorizontalMax, entity.SpeedHorizontalMax);
entity.SpeedVertical.Clamp(-entity.SpeedVerticalMax, entity.SpeedVerticalMax);
if (CollisionSolid(entity, Map.CurrentMap.Solids, gravX * 2, gravY * 2))
{
entity.OnGround = true;
entity.SpeedHorizontal = 0;
entity.SpeedVertical = 0;
}
else
{
entity.OnGround = false;
}
if (CollisionSolid(entity, Map.CurrentMap.Solids))
{
entity.Location.X -= gravX;
entity.Location.Y -= gravY;
}
finalX += entity.SpeedHorizontal;
finalY += entity.SpeedVertical;
entity.Location.X = finalX;
entity.Location.Y = finalY;
}
public void EntityMove(EntityPlayable entity)
{
if (MovementType == MOVEMENT_NONE)
{
return;
}
else if (MovementType == MOVEMENT_PLATFORM)
{
EntityMovePlatformer(entity);
}
else if (MovementType == MOVEMENT_FLOATING)
{
EntityMoveFloating(entity);
}
}
public NpcAI(EntityPlayable target, int ai)
{
Target = target;
AI = ai;
}
private void EntityMoveFloating(EntityPlayable entity)
{
}
