public override void onTick()
{
base.onTick();
if (!switcher)
{
if (timedTicks > 2)
{
return;
}
Utils.Vec3f directionalVec = Minecraft.clientInstance.localPlayer.lookingVec;
Minecraft.clientInstance.localPlayer.velX = sliderSettings[0].value / 10f * directionalVec.x;
Minecraft.clientInstance.localPlayer.velY = sliderSettings[0].value / 10f * -directionalVec.y;
Minecraft.clientInstance.localPlayer.velZ = sliderSettings[0].value / 10f * directionalVec.z;
}
else
{
if (timedTicks > 3)
{
return;
}
Utils.Vec3f directionalVec = Minecraft.clientInstance.localPlayer.lookingVec;
Minecraft.clientInstance.localPlayer.velX = 0.5f / 10f * directionalVec.x;
Minecraft.clientInstance.localPlayer.velY = 0.5f / 10f * -directionalVec.y;
Minecraft.clientInstance.localPlayer.velZ = 0.5f / 10f * directionalVec.z;
}
}
public override void onTick()
{
base.onTick();
List <Mob> Entity = Minecraft.clientInstance.localPlayer.entityRegistry.targetableEntities;
List <double> distancesArr = new List <double>();
foreach (Mob e in Entity)
{
Double distance = e.distanceTo(Minecraft.clientInstance.localPlayer);
if (distance <= sliderSettings[0].value / 10F)
{
distancesArr.Add(distance);
}
}
if (distancesArr.Count() > 0)
{
distancesArr.Sort();
foreach (Mob e in Entity)
{
if (e.distanceTo(Minecraft.clientInstance.localPlayer) == distancesArr[0])
{
Utils.Vec3f localPosition = Minecraft.clientInstance.localPlayer.location;
Utils.Vec3f targetPosition = e.location;
Utils.Vec2f calculationsArr = Utils.getCalculationsToPos(localPosition, targetPosition);
Minecraft.clientInstance.localPlayer.level.firstPersonCamera.cameraPitch = calculationsArr.x;
Minecraft.clientInstance.localPlayer.level.firstPersonCamera.cameraYaw = calculationsArr.y;
}
}
}
}
public override void onTick()
{
base.onTick();
Minecraft.clientInstance.localPlayer.velY = 0;
Minecraft.clientInstance.localPlayer.velY = (float)sliderSettings[1].value / 10;
if (KeybindHandler.isKeyDown('W'))
{
Utils.Vec3f directionalVec = Utils.directionalVector((Minecraft.clientInstance.localPlayer.yaw + 89.9f) * (float)Math.PI / 178F, (float)Math.PI / 178F);
Minecraft.clientInstance.localPlayer.velX = (float)sliderSettings[0].value / 10F * directionalVec.x;
Minecraft.clientInstance.localPlayer.velZ = (float)sliderSettings[0].value / 10F * directionalVec.z;
}
Counter += 1;
if (Counter > sliderSettings[2].value)
{
if (distanceTo(Minecraft.clientInstance.localPlayer.currentY1, savedY) <= 12)
{
Minecraft.clientInstance.localPlayer.teleport(Minecraft.clientInstance.localPlayer.currentX1, savedY, Minecraft.clientInstance.localPlayer.currentZ1);
}
else
{
savedY = Minecraft.clientInstance.localPlayer.currentY1;
}
Counter = 0;
}
}
public override void onTick()
{
base.onTick();
Minecraft.clientInstance.localPlayer.velY = 0F;
Counter++;
Counter2++;
if (Counter == 1)
{
if (KeybindHandler.isKeyDown('W'))
{
Utils.Vec3f directionalVec = Utils.directionalVector((Minecraft.clientInstance.localPlayer.yaw + 89.9f) * (float)Math.PI / 178F, Minecraft.clientInstance.localPlayer.pitch * (float)Math.PI / 178F);
Minecraft.clientInstance.localPlayer.velX = sliderSettings[2].value / 10F * directionalVec.x;
Minecraft.clientInstance.localPlayer.velZ = sliderSettings[2].value / 10F * directionalVec.z;
}
if (Counter2 > 50)
{
Minecraft.clientInstance.localPlayer.teleport(Minecraft.clientInstance.localPlayer.X1, Minecraft.clientInstance.localPlayer.Y1 + sliderSettings[0].value, Minecraft.clientInstance.localPlayer.Z1);
Counter2 = 0;
}
}
if (Counter >= 2)
{
Minecraft.clientInstance.localPlayer.velY = sliderSettings[1].value;
Counter = 0;
}
}
public override void onTick()
{
base.onTick();
Utils.Vec3f directionalVec = Minecraft.clientInstance.localPlayer.lookingVec;
Minecraft.clientInstance.localPlayer.velX = sliderFloatSettings[0].value * directionalVec.x;
Minecraft.clientInstance.localPlayer.velY = sliderFloatSettings[0].value * -directionalVec.y;
Minecraft.clientInstance.localPlayer.velZ = sliderFloatSettings[0].value * directionalVec.z;
}
public void keyHeldEvent(object sender, clientKeyEvent e)
{
if (enabled)
{
UInt64 facingEnt = Minecraft.clientInstance.localPlayer.level.lookingEntity.addr;
if (facingEnt > 0 && e.key == (char)0x01)
{
Utils.Vec3f directionalVec = Utils.directionalVector((Minecraft.clientInstance.localPlayer.yaw + 90) * (float)Math.PI / 180, (float)Math.PI / 180);
Minecraft.clientInstance.localPlayer.velX = (float)sliderSettings[0].value / 10F * directionalVec.x;
Minecraft.clientInstance.localPlayer.velZ = (float)sliderSettings[0].value / 10F * directionalVec.z;
}
}
}
public override void onTick()
{
base.onTick();
Minecraft.clientInstance.localPlayer.velX = 0;
Minecraft.clientInstance.localPlayer.velY = 0;
Minecraft.clientInstance.localPlayer.velZ = 0;
if (limitCheck <= sliderSettings[2].value || sliderSettings[2].value <= 0)
{
if (delayCount >= sliderSettings[1].value)
{
Utils.Vec3f directionalVec = Minecraft.clientInstance.localPlayer.lookingVec;
Minecraft.clientInstance.localPlayer.teleport(Minecraft.clientInstance.localPlayer.X1 + sliderSettings[0].value / 10 * directionalVec.x, Minecraft.clientInstance.localPlayer.Y1 + sliderSettings[0].value / 10 * -directionalVec.y, Minecraft.clientInstance.localPlayer.Z1 + sliderSettings[0].value / 10 * directionalVec.z);
delayCount = 0;
limitCheck++;
}
delayCount++;
}
else
{
this.enabled = false;
limitCheck = 0;
}
}
