static void Main(string[] args)
{
List <Player> PlayersList = new List <Player>();
Player normalPlayer = new NormalPlayer("Normal Player");
PlayersList.Add(normalPlayer);
Player textbookPlayer = new TextBookPlayer("TextBook Player");
PlayersList.Add(textbookPlayer);
Player uberPlayer = new UberPlayer("Uber Player");
PlayersList.Add(uberPlayer);
Player cheater = new Cheater("Cheater");
PlayersList.Add(cheater);
Player uberCheater = new UberCheater("Uber Cheater");
PlayersList.Add(uberCheater);
int bucketweight = CustomRandom.GetNext();
Player closestPlayer = null;
int closestWeight = 150;
Console.WriteLine($"{bucketweight} is Bucket Weight");
bool isgamefinished = false;
for (int i = 0; i < 100; i++)
{
foreach (Player player in PlayersList)
{
int number = player.GetNumber();
Console.WriteLine($"{player.Name} select number {number}");
if (number == bucketweight)
{
Console.WriteLine($"{player.Name} won");
isgamefinished = true;
break;
}
else if (Math.Abs(number - bucketweight) < closestWeight)
{
closestWeight = Math.Abs(number - bucketweight);
closestPlayer = player;
}
}
if (isgamefinished)
{
break;
}
}
if (!isgamefinished)
{
Console.WriteLine($"{closestPlayer.Name} won because he had closest guess");
}
Console.ReadKey();
}
private float GetNextRoadCarSpeed(float difficulty)
{
carSpeedId++;
return(Mathf.Lerp(minCarSpeed, Mathf.Lerp(minCarSpeed, maxCarSpeed, difficulty), CustomRandom.Get((uint)carSpeedId)));
}
public ComplexCarrierTone GetCarrier(double fundamentalFreq) =>
new ComplexCarrierTone(
frequency: fundamentalFreq * freqRatio,
amplitude: Complex64.FromPolarCoordinates(
magnitude: amplitude,
phase: 2.0 * PI * CustomRandom.NextDouble()));
private IEnumerable <ComplexCarrierTone> CreateSideBands(
double freqLB,
double freqUB,
int count,
AmplitudeDistribution distribution)
{
double freqRatio = Math.Pow((freqUB / freqLB), 1.0 / (count - 1.0));
if (double.IsNaN(freqRatio) || double.IsInfinity(freqRatio))
{
freqRatio = 1.0;
}
double freq = freqLB;
for (int carrierTone = 0; carrierTone < count; carrierTone++)
{
yield return(new ComplexCarrierTone(frequency: freq,
amplitude: Complex64.FromPolarCoordinates(
magnitude: GetFactor(distribution, freq) * CustomRandom.RayleighDistribution(randomizer.NextDouble()),
phase: 2.0 * Math.PI * randomizer.NextDouble())));
freq *= freqRatio;
}
}
static bool CreateNewBounties()
{
Debug.Log("[BountyManagerHook] CreateNewBounties(): Function called.");
// Get an instance of the hook class.
BountyManagerHook classHook = new BountyManagerHook();
InventoryControl inventory = GameStateMachine.instance.GetInventory();
int playerLevel = inventory.Level;
int highestHackedLevel = inventory.GetHighestServerHacked();
// Bounty level here is the reward level.
int bountyLevel = highestHackedLevel + 3;
if (playerLevel < InventoryControl.LEVEL_SOFT_CAP)
{
// so they can still use any items they get from this.
bountyLevel = Mathf.Min(playerLevel + 10, bountyLevel);
}
// We don't want negative level bounties.
bountyLevel = Mathf.Max(1, bountyLevel);
// Create 3 new bounties.
for (int i = 0; i < 3; i++)
{
bool track = true;
// Don't replace a bounty that's still valid.
if (BountyManager.instance.Bounties[i] != null)
{
// Keep track of this so we can reuse it later.
track = BountyManager.instance.Bounties[i].Track;
if (BountyManager.instance.Bounties[i].CurrentState == Bounty.State.Complete)
{
continue;
}
if (BountyManager.instance.Bounties[i].CurrentState != Bounty.State.Redeemed && (BountyManager.instance.Bounties[i].ExpireTime > DateTime.Now || BountyManager.instance.Bounties[i].ExpireTime == DateTime.MinValue))
{
continue;
}
}
else if (playerLevel < 5)
{
// No bounties before level MINLEVEL, unless they had some from before.
switch (i)
{
case 0:
BountyManager.instance.Bounties[i] = new LevelUpBounty(new Pulse(RarityType.Rare, 5));
BountyManager.instance.Bounties[i].Track = false;
break;
case 1:
BountyManager.instance.Bounties[i] = new LevelUpBounty(new Heal("Heal", RarityType.Rare, 5));
BountyManager.instance.Bounties[i].Track = false;
break;
case 2:
BountyManager.instance.Bounties[i] = new LevelUpBounty(new Mine("Mine", RarityType.Rare, 5));
BountyManager.instance.Bounties[i].Track = false;
break;
}
continue;
}
// At this point, we're creating new bounties.
if (BountyManager.instance.Bounties[i] != null)
{
// Just to be sure.
BountyManager.instance.Bounties[i].Remove();
}
// Forcing this null so it shouldn't be in memory anymore.
BountyManager.instance.Bounties[i] = null;
CustomRandom bountyRandom = new CustomRandom(DateTime.Now.Ticks + i);
// Determine which bounty based on the level and the RNG.
String choice = classHook.SelectBountyType(bountyRandom, bountyLevel);
Type t = Type.GetType(classHook.GetFullBountyClassName(choice));
// Create an object of type t.
BountyManager.instance.Bounties[i] = (Bounty)Activator.CreateInstance(t, bountyRandom, bountyLevel, i);
// Maybe add fun names later?
BountyManager.instance.Bounties[i].Title = "Bounty #" + (i + 1).ToString();
BountyManager.instance.Bounties[i].Track = true;
}
// We don't want to call the original function.
return(false);
}
public void StartMainGame()
{
gameState = GameState.MainGame;
CursorVisible = false;
entityManager.DeleteAllEntities();
Entity entity;
// light
mainLight = new Light("Directional Light");
mainLight.transform.position = new Vector3(40, 100, 20);
mainLight.transform.LookAt(Vector3.Zero);
// environment
List <Vector3> AIroute;
EnvironmentGenerator.GenerateFromFile(@"Map Layout/Layout1.txt", entityManager, out AIroute);
// HUD/UI creation
lifeHearths[0] = new Entity("Star 1", new ComponentUI("Hearth Icon.png"));
lifeHearths[0].transform.position.Xy = new Vector2(Width * 0.85f, Height * 0.95f);
lifeHearths[0].transform.scale = new Vector3(75f);
entityManager.AddEntity(lifeHearths[0]);
lifeHearths[1] = new Entity("Star 2", new ComponentUI("Hearth Icon.png"));
lifeHearths[1].transform.position.Xy = new Vector2(Width * 0.91f, Height * 0.95f);
lifeHearths[1].transform.scale = new Vector3(75f);
entityManager.AddEntity(lifeHearths[1]);
lifeHearths[2] = new Entity("Star 3", new ComponentUI("Hearth Icon.png"));
lifeHearths[2].transform.position.Xy = new Vector2(Width * 0.97f, Height * 0.95f);
lifeHearths[2].transform.scale = new Vector3(75f);
entityManager.AddEntity(lifeHearths[2]);
entity = new Entity("Mini Map", new ComponentUI(miniMapCamera.activeRenderTexture, "RenderTexture"));
entity.transform.position.Xy = new Vector2(Width * 0.12f, Height * 0.2f);
entity.transform.scale = new Vector3(300f);
entityManager.AddEntity(entity);
entity = new Entity("Crosshair", new ComponentUI("Crosshair.png"));
entity.transform.position.Xy = new Vector2(Width * 0.5f, Height * 0.5f);
entity.transform.scale = new Vector3(150f);
entityManager.AddEntity(entity);
// player
player = new Player("Orbit Camera", mainCamera, entityManager);
entityManager.AddEntity(player);
// create drones
Drone.isDisabled = false;
drones = new Drone[numberOfDrones];
int[] startIndices = CustomRandom.GetDifferentValues(numberOfDrones, 0, AIroute.Count - 1);
for (int i = 0; i < numberOfDrones; i++)
{
drones[i] = new Drone("Drone" + (i + 1).ToString(), AIroute, startIndices[i], player);
entityManager.AddEntity(drones[i]);
}
entity = new Entity("Skybox", new ComponentCube(new string[]
{
"Textures/skybox_ft.png",
"Textures/skybox_bk.png",
"Textures/skybox_up.png",
"Textures/skybox_dn.png",
"Textures/skybox_lf.png",
"Textures/skybox_rt.png"
}));
entityManager.AddEntity(entity);
systemManager.DeleteAllSystems();
systemManager.AddSystem(new SystemBehaviour());
systemManager.AddSystem(new SystemPhysics());
systemManager.AddSystem(new SystemRender(miniMapCamera, mainLight));
systemManager.AddSystem(new SystemRender(mainCamera, mainLight));
systemManager.AddSystem(new SystemRenderSkybox(mainCamera, mainLight));
systemManager.AddSystem(new SystemCollision(entityManager));
systemManager.AddSystem(new SystemRenderUI(Width, Height));
}
private void generateNewMove()
{
moveDuration = CustomRandom.rand(minMoveDuration, maxMoveDuration);
moveIndex = CustomRandom.rand(0, movableComponent.all.Length);
}
public MazeGenerator(int width, int height, int level)
{
this.width = width;
this.height = height;
rand = new CustomRandom(width, height, level);
}
private DrawingType DrawingMethod()
{
CustomRandom r = new CustomRandom();
return(r.Next(1, 200) > 50 ? DrawingType.Vertical : DrawingType.Horizontal);
}
