protected override void BuildMessage(IEventArgs args)
{
this.scope = "4";
builder.Key = FreeMessageConstant.AirLineData;
builder.Bs.Add(true);
Vector2 start = ChickenRuleVars.GetAirLineStartPos(args);
Vector2 stop = ChickenRuleVars.GetAirLineStopPos(args);
builder.Fs.Add(start.x);
builder.Fs.Add(start.y);
builder.Fs.Add(stop.x);
builder.Fs.Add(stop.y);
}
public bool Meet(IEventArgs args)
{
FreeEntityData entity = ChickenRuleVars.GetDropPlane(args);
if (entity != null)
{
int x = ChickenRuleVars.GetFogStopX(args);
int y = ChickenRuleVars.GetFogStopY(args);
int r = ChickenRuleVars.GetFogStopRadius(args);
float flyX = entity.FreeMoveEntity.position.Value.x;
float flyY = entity.FreeMoveEntity.position.Value.z;
if ((x - flyX) * (x - flyX) + (y - flyY) * (y - flyY) <= r * r)
{
return(true);
}
}
return(false);
}
protected override void BuildMessage(IEventArgs args)
{
this.scope = "4";
builder.Key = FreeMessageConstant.AirLineData;
builder.Bs.Add(false);
Vector2 start = ChickenRuleVars.GetAirLineStartPos(args);
Vector2 stop = ChickenRuleVars.GetAirLineStopPos(args);
int totalTime = args.GetInt("{waitFlyTime}");
int startTime = args.GetInt("{canJumpTime}") / 1000;
int forceTime = args.GetInt("{forceJumpTime}") / 1000;
Vector2 from = start + (stop - start) * startTime / totalTime;
Vector2 to = start + (stop - start) * forceTime / totalTime;
Debug.LogFormat("{0} to {1}, {2} {3} {4}", from, to, totalTime, startTime, forceTime);
builder.Fs.Add(from.x);
builder.Fs.Add(from.y);
builder.Fs.Add(to.x);
builder.Fs.Add(to.y);
}
