/// <summary>
/// Reset the net to its default position
/// </summary>
public void Reset()
{
if (m_BaseAddress == RED_NET_ADDRESS)
{
RightFrontBottom = RedDefaultPositions.RIGHT_FRONT_BOTTOM;
LeftFrontBottom = RedDefaultPositions.LEFT_FRONT_BOTTOM;
LeftBackBottom = RedDefaultPositions.LEFT_BACK_BOTTOM;
RightBackBottom = RedDefaultPositions.RIGHT_BACK_BOTTOM;
RightFrontTop = RedDefaultPositions.RIGHT_FRONT_TOP;
LeftFrontTop = RedDefaultPositions.LEFT_FRONT_TOP;
LeftBackTop = RedDefaultPositions.LEFT_BACK_TOP;
RightBackTop = RedDefaultPositions.RIGHT_BACK_TOP;
}
else if (m_BaseAddress == BLUE_NET_ADDRESS)
{
RightFrontBottom = BlueDefaultPositions.RIGHT_FRONT_BOTTOM;
LeftFrontBottom = BlueDefaultPositions.LEFT_FRONT_BOTTOM;
LeftBackBottom = BlueDefaultPositions.LEFT_BACK_BOTTOM;
RightBackBottom = BlueDefaultPositions.RIGHT_BACK_BOTTOM;
RightFrontTop = BlueDefaultPositions.RIGHT_FRONT_TOP;
LeftFrontTop = BlueDefaultPositions.LEFT_FRONT_TOP;
LeftBackTop = BlueDefaultPositions.LEFT_BACK_TOP;
RightBackTop = BlueDefaultPositions.RIGHT_BACK_TOP;
}
}
public static float Angle(HQMVector v1, HQMVector v2)
{
double x = v1.X - v2.X;
double z = v1.Z - v2.Z;
return((float)(Math.Atan2(x, z) * -180 / Math.PI));
}
public static void Start()
{
HQMVector redServicePoint = new HQMVector(19f, 1f, 40.5f);
Puck.Position = redServicePoint;
Puck.Velocity = new HQMVector(0f, 0f, 0f);
Puck.RotationalVelocity = new HQMVector(0f, 0f, 0f);
Chat.SendMessage("Red Serve");
}
/// <summary>
/// Translates the whole net by the given vector
/// </summary>
/// <param name="translation">The vector to translate</param>
public void Translate(HQMVector translation)
{
RightFrontBottom += translation;
LeftFrontBottom += translation;
LeftBackBottom += translation;
RightBackBottom += translation;
RightFrontTop += translation;
LeftFrontTop += translation;
LeftBackTop += translation;
RightBackTop += translation;
}
public static Player ClosestTeammate(HQMVector v)
//Gets the closest player from the same team, excluding self
{
Player closestPlayer = null;
float playerDistance = 999f;
foreach (Player p in PlayerManager.Players)
{
if ((Calc.DistanceSquared(p.Position, v) < playerDistance) && (p.Team == PlayerManager.LocalPlayer.Team) && (p.Name != PlayerManager.LocalPlayer.Name))
{
playerDistance = Calc.DistanceSquared(p.Position, v);
closestPlayer = p;
}
}
return(closestPlayer);
}
public static Player ClosestOpponent(HQMVector v)
//Gets the closest player from the opposite team
{
Player closestPlayer = null;
float playerDistance = 999f;
foreach (Player p in PlayerManager.Players)
{
if ((Calc.DistanceSquared(p.Position, v) < playerDistance) && (p.Team != PlayerManager.LocalPlayer.Team))
{
playerDistance = Calc.DistanceSquared(p.Position, v);
closestPlayer = p;
}
}
return(closestPlayer);
}
public static Player ClosestPlayer(HQMVector v)
//Gets the closest player from any team to the puck
{
Player closestPlayer = null;
float playerDistance = 999f;
foreach (Player p in PlayerManager.Players)
{
if (Calc.DistanceSquared(p.Position, v) < playerDistance)
{
playerDistance = Calc.DistanceSquared(p.Position, v);
closestPlayer = p;
}
}
return(closestPlayer);
}
public static void Setup(float posts, float center)
{
HQMVector RIGHT_FRONT_BOTTOM = new HQMVector(21.485f, 1.1f, 30.5f);
HQMVector LEFT_FRONT_BOTTOM = new HQMVector(8.515f, 0.9f, 30.5f);
HQMVector LEFT_BACK_BOTTOM = new HQMVector(13.75f, 1.1f, 30.5f);
HQMVector RIGHT_BACK_BOTTOM = new HQMVector(16.25f, 0.9f, 30.5f);
HQMVector RIGHT_FRONT_TOP = new HQMVector(21.485f, 0, 30.5f);
HQMVector LEFT_FRONT_TOP = new HQMVector(8.515f, 0, 30.5f);
HQMVector LEFT_BACK_TOP = new HQMVector(13.75f, 0, 30.5f);
HQMVector RIGHT_BACK_TOP = new HQMVector(16.25f, 0, 30.5f);
const int BLUE_NET_ADDRESS = 0x00CFA974;
MemoryEditor.WriteHQMVector(RIGHT_FRONT_BOTTOM, BLUE_NET_ADDRESS);
MemoryEditor.WriteHQMVector(LEFT_FRONT_BOTTOM, BLUE_NET_ADDRESS + 0xC);
MemoryEditor.WriteHQMVector(LEFT_BACK_BOTTOM, BLUE_NET_ADDRESS + 0x18);
MemoryEditor.WriteHQMVector(RIGHT_BACK_BOTTOM, BLUE_NET_ADDRESS + 0x24);
MemoryEditor.WriteHQMVector(RIGHT_FRONT_TOP, BLUE_NET_ADDRESS + 0x30);
MemoryEditor.WriteHQMVector(LEFT_FRONT_TOP, BLUE_NET_ADDRESS + 0x3C);
MemoryEditor.WriteHQMVector(LEFT_BACK_TOP, BLUE_NET_ADDRESS + 0x48);
MemoryEditor.WriteHQMVector(RIGHT_BACK_TOP, BLUE_NET_ADDRESS + 0x54);
}
private void timer1_Tick(object sender, EventArgs e)
{
HQMVector puckPos = Puck.Position;
PuckPos.Text = "Puck Pos: (" + puckPos + ")";
HQMVector puckRot = Puck.RotationalVelocity;
PuckSpin.Text = "Puck Spin: (" + puckRot + ")";
HQMVector puckVel = Puck.Velocity;
PuckVel.Text = "Puck Velocity: (" + puckVel + ")";
HQMVector playerPos = PlayerManager.LocalPlayer.Position;
PlayerPos.Text = "Player Pos: (" + playerPos + ")";
HQMVector playerStickPos = PlayerManager.LocalPlayer.StickPosition;
PlayerStick.Text = "Player Stick Pos: (" + playerStickPos + ")";
}
public static string GetZone(HQMVector target)
{
if (target.Z >= 30.5f && Math.Abs(target.X - 15) < DOUBLES_WIDTH)
{
if (target.Z < RED_SERVICE_LINE)
{
return("RED SERVICE BOX");
}
else if ((target.Z > RED_SERVICE_LINE) && (target.Z < RED_BASE_LINE))
{
return("RED BACK COURT");
}
else
{
return("OUT!");
}
}
else if (target.Z < 30.5f && Math.Abs(target.X - 15) < DOUBLES_WIDTH)
{
if (target.Z > BLUE_SERVICE_LINE)
{
return("BLUE SERVICE BOX");
}
else if ((target.Z < BLUE_SERVICE_LINE) && (target.Z > BLUE_BASE_LINE))
{
return("BLUE BACK COURT");
}
else
{
return("OUT!");
}
}
else
{
return("OUT!");
}
}
public static float DistanceSquared(HQMVector v1, HQMVector v2)
{
return((v1.X - v2.X) * (v1.X - v2.X) + (v1.Z - v2.Z) * (v1.Z - v2.Z));
}
