private void OnNewTick(Client client, Packet p)
{
NewTickPacket packet = p as NewTickPacket;
tickCount++;
// Health changed event.
float healthPercentage = (float)client.PlayerData.Health / (float)client.PlayerData.MaxHealth * 100f;
healthChanged?.Invoke(this, new HealthChangedEventArgs(healthPercentage));
// Autonexus.
if (healthPercentage < config.AutonexusThreshold && !(currentMapName?.Equals("Nexus") ?? false) && enabled)
{
Escape(client);
}
// Fame event.
fameUpdate?.Invoke(this, new FameUpdateEventArgs(client.PlayerData?.CharacterFame ?? -1, client.PlayerData?.CharacterFameGoal ?? -1));
if (tickCount % config.TickCountThreshold == 0)
{
if (followTarget && playerPositions.Count > 0 && !gotoRealm)
{
List <Target> newTargets = D36n4.Invoke(playerPositions.Values.ToList(), config.Epsilon, config.MinPoints, config.FindClustersNearCenter);
if (newTargets == null)
{
if (targets.Count != 0 && config.EscapeIfNoTargets)
{
Escape(client);
}
targets.Clear();
Log("No valid clusters found.");
}
else
{
if (targets.Count != newTargets.Count)
{
Log(string.Format("Now targeting {0} players.", newTargets.Count));
}
targets = newTargets;
}
}
tickCount = 0;
}
// Updates.
foreach (Status status in packet.Statuses)
{
// Update player positions.
if (playerPositions.ContainsKey(status.ObjectId))
{
playerPositions[status.ObjectId].UpdatePosition(status.Position);
}
// Update enemy positions.
if (enemies.Exists(en => en.ObjectId == status.ObjectId))
{
enemies.Find(en => en.ObjectId == status.ObjectId).Location = status.Position;
}
// Update portal player counts when in nexus.
if (portals.Exists(ptl => ptl.ObjectId == status.ObjectId) && (isInNexus))
{
foreach (var data in status.Data)
{
if (data.StringValue != null)
{
var strCount = data.StringValue.Split(' ')[1].Split('/')[0].Remove(0, 1);
portals[portals.FindIndex(ptl => ptl.ObjectId == status.ObjectId)].PlayerCount = int.Parse(strCount);
}
}
}
// Change the speed if in Nexus.
if (isInNexus && status.ObjectId == client.ObjectId)
{
foreach (var data in status.Data)
{
if (data.Id == StatsType.Speed)
{
if (data.IntValue > 45)
{
List <StatData> list = new List <StatData>(status.Data)
{
new StatData {
Id = StatsType.Speed, IntValue = 45
}
};
status.Data = list.ToArray();
}
}
}
}
}
// Reset keys if the bot is not active.
if (!followTarget && !gotoRealm)
{
W_PRESSED = false;
A_PRESSED = false;
S_PRESSED = false;
D_PRESSED = false;
}
if (followTarget && targets.Count > 0)
{
// Get the target position: the average of all current targets.
var targetPosition = new Location(targets.Average(t => t.Position.X), targets.Average(t => t.Position.Y));
if (client.PlayerData.Pos.DistanceTo(targetPosition) > config.TeleportDistanceThreshold)
{
// If the distance exceeds the teleport threshold, send a text packet to teleport.
var name = targets.OrderBy(t => t.Position.DistanceTo(targetPosition)).First().Name;
if (name != client.PlayerData.Name)
{
var tpPacket = (PlayerTextPacket)Packet.Create(PacketType.PLAYERTEXT);
tpPacket.Text = "/teleport " + name;
client.SendToServer(tpPacket);
}
}
if (enemies.Exists(en => en.Location.DistanceSquaredTo(client.PlayerData.Pos) <= 49))
{
// If there is an enemy within 7 tiles, actively attempt to avoid it.
Location closestEnemy = enemies.OrderBy(en => en.Location.DistanceSquaredTo(client.PlayerData.Pos)).First().Location;
// Get the angle between the enemy and the player.
double angle = Math.Atan2(client.PlayerData.Pos.Y - closestEnemy.Y, client.PlayerData.Pos.X - closestEnemy.X);
// Calculate a point on a 'circle' around the enemy with a radius 8 at the angle specified.
float newX = closestEnemy.X + 8f * (float)Math.Cos(angle);
float newY = closestEnemy.Y + 8f * (float)Math.Sin(angle);
var avoidPos = new Location(newX, newY);
CalculateMovement(client, avoidPos, config.FollowDistanceThreshold);
return;
}
if (rocks.Exists(rock => rock.Location.DistanceSquaredTo(client.PlayerData.Pos) <= 4))
{
// If there is a rock within 2 tiles, actively attempt to move around it.
Location closestRock = rocks.OrderBy(rock => rock.Location.DistanceSquaredTo(client.PlayerData.Pos)).First().Location;
double angleDifference = client.PlayerData.Pos.GetAngleDifferenceDegrees(targetPosition, closestRock);
if (Math.Abs(angleDifference) < 70.0)
{
double angle = Math.Atan2(client.PlayerData.Pos.Y - closestRock.Y, client.PlayerData.Pos.X - closestRock.X);
if (angleDifference <= 0)
{
angle += (Math.PI / 2); // add 90 degrees to the angle to go clockwise around the rock.
}
if (angleDifference > 0)
{
angle -= (Math.PI / 2); // remove 90 degrees from the angle to go anti-clockwise around the rock.
}
float newX = closestRock.X + 2f * (float)Math.Cos(angle);
float newY = closestRock.Y + 2f * (float)Math.Sin(angle);
var avoidRockPos = new Location(newX, newY);
CalculateMovement(client, avoidRockPos, 0.5f);
return;
}
}
CalculateMovement(client, targetPosition, config.FollowDistanceThreshold);
}
}
private void OnNewTick(Client client, Packet p)
{
NewTickPacket packet = p as NewTickPacket;
tickCount++;
float healthPercentage = (float)client.PlayerData.Health / (float)client.PlayerData.MaxHealth * 100f;
healthChanged?.Invoke(this, new HealthChangedEventArgs(healthPercentage));
if (healthPercentage < config.AutonexusThreshold && !(currentMapName?.Equals("Nexus") ?? false) && enabled)
{
Escape(client);
}
fameUpdate?.Invoke(this, new FameUpdateEventArgs(client.PlayerData?.CharacterFame ?? -1, client.PlayerData?.CharacterFameGoal ?? -1));
if (tickCount % config.TickCountThreshold == 0)
{
if (followTarget && playerPositions.Count > 0 && !gotoRealm)
{
List <Target> newTargets = D36n4.Invoke(playerPositions.Values.ToList(), config.Epsilon, config.MinPoints, config.FindClustersNearCenter);
if (newTargets == null)
{
if (targets.Count != 0 && config.EscapeIfNoTargets)
{
Escape(client);
}
targets.Clear();
Log("No valid clusters found.");
}
else
{
if (targets.Count != newTargets.Count)
{
Log(string.Format("Now targeting {0} players.", newTargets.Count));
}
targets = newTargets;
}
}
tickCount = 0;
}
foreach (Status status in packet.Statuses)
{
if (playerPositions.ContainsKey(status.ObjectId))
{
playerPositions[status.ObjectId].UpdatePosition(status.Position);
}
if (enemies.Exists(en => en.ObjectId == status.ObjectId))
{
enemies.Find(en => en.ObjectId == status.ObjectId).Location = status.Position;
}
if (portals.Exists(ptl => ptl.ObjectId == status.ObjectId) && (isInNexus))
{
foreach (var data in status.Data)
{
if (data.StringValue != null)
{
var strCount = data.StringValue.Split(' ') [1].Split('/') [0].Remove(0, 1);
portals[portals.FindIndex(ptl => ptl.ObjectId == status.ObjectId)].PlayerCount = int.Parse(strCount);
}
}
}
if (isInNexus && status.ObjectId == client.ObjectId)
{
foreach (var data in status.Data)
{
if (data.Id == StatsType.Speed)
{
if (data.IntValue > 45)
{
List <StatData> list = new List <StatData> (status.Data)
{
new StatData {
Id = StatsType.Speed, IntValue = 45
}
};
status.Data = list.ToArray();
}
}
}
}
}
if (enabled)
{
if (lastLocation != null)
{
if (client.PlayerData.Pos.X == lastLocation.X && client.PlayerData.Pos.Y == lastLocation.Y)
{
ResetAllKeys();
}
}
lastLocation = client.PlayerData.Pos;
}
if (!followTarget && !gotoRealm)
{
ResetAllKeys();
}
if (followTarget && targets.Count > 0)
{
var targetPosition = new Location(targets.Average(t => t.Position.X), targets.Average(t => t.Position.Y));
if (lastAverage != null)
{
var dir = targetPosition.Subtract(lastAverage);
var faraway = targetPosition.Add(dir.Scale(20));
var desiredTargets = (int)(targets.Count * (config.TrainTargetPercentage / 100f));
List <Target> newTargets = new List <Target> ();
for (int i = 0; i < desiredTargets; i++)
{
var closest = targets.OrderBy((t) => t.Position.DistanceSquaredTo(faraway)).First();
newTargets.Add(closest);
targets.RemoveAll((t) => t.Name == closest.Name);
}
targets.AddRange(newTargets);
lastAverage = targetPosition;
targetPosition = new Location(newTargets.Average(t => t.Position.X), newTargets.Average(t => t.Position.Y));
}
else
{
lastAverage = targetPosition;
}
if (client.PlayerData.Pos.DistanceTo(targetPosition) > config.TeleportDistanceThreshold)
{
var name = targets.OrderBy(t => t.Position.DistanceTo(targetPosition)).First().Name;
if (name != client.PlayerData.Name)
{
var tpPacket = (PlayerTextPacket)Packet.Create(PacketType.PLAYERTEXT);
tpPacket.Text = "/teleport " + name;
client.SendToServer(tpPacket);
}
}
if (config.EnableEnemyAvoidance && enemies.Exists(en => en.Location.DistanceSquaredTo(client.PlayerData.Pos) <= (config.EnemyAvoidanceDistance * config.EnemyAvoidanceDistance)))
{
Location closestEnemy = enemies.OrderBy(en => en.Location.DistanceSquaredTo(client.PlayerData.Pos)).First().Location;
double angleDifference = client.PlayerData.Pos.GetAngleDifferenceDegrees(targetPosition, closestEnemy);
if (Math.Abs(angleDifference) < 70.0)
{
double angle = Math.Atan2(client.PlayerData.Pos.Y - closestEnemy.Y, client.PlayerData.Pos.X - closestEnemy.X);
if (angleDifference <= 0)
{
angle += (Math.PI / 2);
}
if (angleDifference > 0)
{
angle -= (Math.PI / 2);
}
float newX = closestEnemy.X + config.EnemyAvoidanceDistance * (float)Math.Cos(angle);
float newY = closestEnemy.Y + config.EnemyAvoidanceDistance * (float)Math.Sin(angle);
var avoidPos = new Location(newX, newY);
CalculateMovement(client, avoidPos, config.FollowDistanceThreshold);
return;
}
}
if (obstacles.Exists(obstacle => obstacle.Location.DistanceSquaredTo(client.PlayerData.Pos) <= 4))
{
Location closestObstacle = obstacles.OrderBy(obstacle => obstacle.Location.DistanceSquaredTo(client.PlayerData.Pos)).First().Location;
double angleDifference = client.PlayerData.Pos.GetAngleDifferenceDegrees(targetPosition, closestObstacle);
if (Math.Abs(angleDifference) < 70.0)
{
double angle = Math.Atan2(client.PlayerData.Pos.Y - closestObstacle.Y, client.PlayerData.Pos.X - closestObstacle.X);
if (angleDifference <= 0)
{
angle += (Math.PI / 2);
}
if (angleDifference > 0)
{
angle -= (Math.PI / 2);
}
float newX = closestObstacle.X + 2f * (float)Math.Cos(angle);
float newY = closestObstacle.Y + 2f * (float)Math.Sin(angle);
var avoidObstaclePos = new Location(newX, newY);
CalculateMovement(client, avoidObstaclePos, 0.75f);
return;
}
}
CalculateMovement(client, targetPosition, config.FollowDistanceThreshold);
}
}
