public void Initialize(GameDatabase dataBase)
{
SetText("--");
List = new List <GameObject>();
dataBase.LevelList.ForEach(
levelObject =>
{
GameObject selectorObject = (GameObject)GameObject.Instantiate(dataBase.Selector);
string name;
Selector selector = selectorObject.GetComponent <Selector>();
selector.OnSelected = () => SetLevel(levelObject);
if (levelObject != null)
{
name = levelObject.name;
}
else
{
name = "None";
}
selectorObject.name = name;
selectorObject.GetComponentInChildren <Text>().text = name;
selectorObject.transform.SetParent(ListContainer, false);
List.Add(selectorObject);
});
Cycler cycler = Main.GetComponentInChildren <Cycler>();
cycler.SetCyclingList(List);
}
public override void Setup(float startTime)
{
background.visible(true);
same.visible(true);
notSame.visible(true);
circle.visible(true);
triangle.visible(true);
same.setCenterToViewportCoord(0.35f, 0.66f);
notSame.setCenterToViewportCoord(0.7f, 0.66f);
circle.setCenterToViewportCoord(0.3f, 0.33f);
triangle.setCenterToViewportCoord(0.7f, 0.33f);
// hide the triangle to start
triangle.visible(false);
circleCycler = new Cycler(shapeSpeed, 0, startTime);
circleCycler.AddSprite(circle);
notSameCycler = new DelayedCycler(0.2f, 4, 1.2f, startTime);
notSameCycler.AddSprite(notSame);
wiggler = new Wiggler(startTime, timeLength, new[] { circle, triangle });
sensor = new TouchSensor(input, gameObjectFinder);
shapes = new SpriteCollection(new[] { circle, triangle }, camera, sensor);
}
public override void Setup(float startTime)
{
background = FullScreenQuad.create(this, "bg");
title = Sprite.create(this, new[] { "tmo1", "tmo2", "tmo3", "tmo4", "tmo5", "tmo6" });
subtitle = Sprite.create(this, new[] { "p1", "p2", "p3", "p4", "p5", "p6" });
news = Sprite.create(this, new[] { "news1", "news2" });
buyMusic = Sprite.create(this, new[] { "itunes1", "itunes2" });
startButton = Sprite.create(this, new[] { "tap1", "tap2", "tap3" });
Camera cam = Camera.main;
var layoutpos = cam.ViewportToWorldPoint(new Vector3(0.5f, 0.65f, 0.0f));
layoutpos -= title.Center();
// Programmer needs swizzling, badly.
title.transform.position = new Vector3(layoutpos.x, layoutpos.y, title.transform.position.z);
// Anchor the subtitle an absolute distance from wherever the title ended up
subtitle.transform.position = title.transform.position + title.Center() + new Vector3(15f, -20f, -1f);
// add blinking start text below title but don't display it yet
startButton.setCenterToViewportCoord(0.5f, 0.4f);
startButton.visible(false);
// place buttons in the bottom corners
news.setScreenPosition(4, 4);
buyMusic.setScreenPosition((int)Screen.width - buyMusic.PixelWidth() - 4, 4);
// animate title
cycle_title = new Cycler(0.4f, 5);
cycle_title.AddSprite(title);
cycle_title.AddSprite(subtitle);
}
public override void Setup(float startTime)
{
background = FullScreenQuad.create(this, "bg");
title = Sprite.create(this, new[] {"tmo1", "tmo2", "tmo3", "tmo4", "tmo5", "tmo6"});
subtitle = Sprite.create(this, new[] {"p1", "p2", "p3", "p4", "p5", "p6"});
news = Sprite.create(this, new[] {"news1", "news2"});
buyMusic = Sprite.create(this, new[] {"itunes1", "itunes2"});
startButton = Sprite.create(this, new[] {"tap1", "tap2", "tap3"});
Camera cam = Camera.main;
var layoutpos = cam.ViewportToWorldPoint(new Vector3(0.5f, 0.65f, 0.0f));
layoutpos -= title.Center();
// Programmer needs swizzling, badly.
title.transform.position = new Vector3(layoutpos.x, layoutpos.y, title.transform.position.z);
// Anchor the subtitle an absolute distance from wherever the title ended up
subtitle.transform.position = title.transform.position + title.Center() + new Vector3(15f, -20f, -1f);
// add blinking start text below title but don't display it yet
startButton.setCenterToViewportCoord(0.5f, 0.4f);
startButton.visible(false);
// place buttons in the bottom corners
news.setScreenPosition(4, 4);
buyMusic.setScreenPosition((int) Screen.width - buyMusic.PixelWidth() - 4, 4);
// animate title
cycle_title = new Cycler(0.4f, 5);
cycle_title.AddSprite(title);
cycle_title.AddSprite(subtitle);
}
public override void Setup(float startTime)
{
background = spriteRenderer.add(new FullScreenQuad(), this.GetType(), new[] {"bg"});
title = spriteRenderer.add(new Sprite(), this.GetType(), new[] {"tmo1", "tmo2", "tmo3", "tmo4", "tmo5", "tmo6"});
subtitle = spriteRenderer.add(new Sprite(), this.GetType(), new[] {"p1", "p2", "p3", "p4", "p5", "p6"});
news = spriteRenderer.add(new Sprite(), this.GetType(), new[] {"news1", "news2"});
buyMusic = spriteRenderer.add(new Sprite(), this.GetType(), new[] {"itunes1", "itunes2"});
startButton = spriteRenderer.add(new Sprite(), this.GetType(), new[] {"tap1", "tap2", "tap3"});
Camera camera = Camera.main;
var layoutpos = camera.ViewportToWorldPoint(new Vector3(0.5f, 0.65f, 0));
layoutpos -= new Vector3(title.Center(), 0);
title.worldPosition = new Vector3(layoutpos.X, layoutpos.Y, title.worldPosition.Z);
// Anchor the subtitle an absolute distance from wherever the title ended up
subtitle.worldPosition = title.worldPosition + new Vector3(title.Center() , 0) + new Vector3(16f, 24f, -1f);
// add blinking start text below title but don't display it yet
startButton.setCenterToViewportCoord(0.5f, 0.4f);
startButton.visible(false);
// place buttons in the bottom corners
news.screenPosition = new Vector3(4, camera.pixelHeight - news.height - 4, 0);
buyMusic.screenPosition = new Vector3(camera.pixelWidth - buyMusic.PixelWidth() - 4, camera.pixelHeight - buyMusic.height - 4, 0);
// animate title
cycle_title = new Cycler(0.4f, 5);
cycle_title.AddSprite(title);
cycle_title.AddSprite(subtitle);
}
/// <summary>Creates a spinner window element</summary>
/// <param name="Parent"></param>
/// <param name="BG"></param>
/// <param name="FG"></param>
/// <param name="LeftPos"></param>
/// <param name="TopPos"></param>
public Spinner(Window Parent, ConsoleColor BG, ConsoleColor FG, int LeftPos, int TopPos) : base(Parent)
{
string[] Frames = { "|", "/", "-", "\\" };
cycler = new Cycler(Frames);
this.LeftPos = LeftPos;
this.TopPos = TopPos;
this.BG = BG;
this.FG = FG;
}
public override void Configure()
{
Repeater.Set(10); // 10 blocks
Cycler.Set(40);
opt.OptionBlock.avoidBlock = true;
opt.OptionShape.shape = new Vector3i(1, 1, 1);
opt.OptionBlock.SetBlocks("waterSlime");
Printer.Log(60, "BlockRain Configure: done");
}
public void SwitchFrameEachTime()
{
cycler = new Cycler(frameTime, 3, beginning);
sprite.Expects.Exactly(2).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
cycler.Update(beginning + frameTime);
cycler.Update(beginning + frameTime * 2);
}
public void addHeartRate(float startTime)
{
heartRate = resourceFactory.Create(this, "HeartRate");
heartRate.GetComponent <Sprite>().setWorldPosition(-115f, 17f, -1f);
// Repeat 7 frame animation every 2 seconds
// That's 30bpm which might mean he is dying!
heartRateCycler = new Cycler(1f / 7f * 2f, 0, startTime);
heartRateCycler.AddSprite(heartRate);
}
public void addHeartRate(float startTime)
{
heartRate = resourceFactory.Create(this, "HeartRate");
heartRate.GetComponent<Sprite>().setWorldPosition(-115f, 17f, -1f);
// Repeat 7 frame animation every 2 seconds
// That's 30bpm which might mean he is dying!
heartRateCycler = new Cycler(1f/7f*2f, 0, startTime);
heartRateCycler.AddSprite(heartRate);
}
public void SwitchFrameEachTime()
{
cycler = new Cycler(frameTime, 3, beginning);
sprite.Expects.Exactly(2).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
cycler.Update(beginning + frameTime);
cycler.Update(beginning + frameTime * 2);
}
private void animateStartButton()
{
if (cycle_start == null)
{
cycle_start = new Cycler(0.4f, 2);
cycle_start.AddSprite(startButton);
startButton.visible(true);
}
cycle_start.Update(Time.time);
}
public void DontSwitchFramesWhenFrameIntervalHasntPassed()
{
cycler = new Cycler(frameTime, 3, beginning);
var inbetweenFrame = frameTime / 2.0f;
sprite.Expects.One.Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
cycler.Update(beginning + inbetweenFrame);
cycler.Update(beginning + frameTime);
cycler.Update(beginning + frameTime + inbetweenFrame);
}
public void DontSwitchFramesWhenFrameIntervalHasntPassed()
{
cycler = new Cycler(frameTime, 3, beginning);
var inbetweenFrame = frameTime / 2.0f;
sprite.Expects.One.Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
cycler.Update(beginning + inbetweenFrame);
cycler.Update(beginning + frameTime);
cycler.Update(beginning + frameTime + inbetweenFrame);
}
public void Destroy()
{
DestroyIfNotNull(room);
DestroyIfNotNull(guyLeft);
DestroyIfNotNull(guyRight);
DestroyIfNotNull(eyes);
DestroyIfNotNull(footBoard);
DestroyIfNotNull(clipBoard);
DestroyIfNotNull(heartRate);
heartRateCycler = null;
}
public void CyclerAnimatesIndefinitelyWhenTotalCyclesIsZero()
{
var totalCycles = 0;
var attemptedCycles = 5;
cycler = new Cycler(frameTime, totalCycles, beginning);
sprite.Expects.Exactly(attemptedCycles).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
for (var cycle = 1; cycle < attemptedCycles; cycle++) {
cycler.Update(beginning + frameTime * cycle);
}
}
public void CyclerStopsWhenTotalCyclesReached()
{
var totalCycles = 3;
var attemptedCycles = 5;
cycler = new Cycler(frameTime, totalCycles, beginning);
sprite.Expects.Exactly(totalCycles).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
for (var cycle = 1; cycle < attemptedCycles; cycle++) {
cycler.Update(beginning + frameTime * cycle);
}
}
public void CyclerAnimatesIndefinitelyWhenTotalCyclesIsZero()
{
var totalCycles = 0;
var attemptedCycles = 5;
cycler = new Cycler(frameTime, totalCycles, beginning);
sprite.Expects.Exactly(attemptedCycles).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
for (var cycle = 1; cycle < attemptedCycles; cycle++)
{
cycler.Update(beginning + frameTime * cycle);
}
}
public override void Configure()
{
Repeater.Set(10); // 10 blocks
Cycler.Set(40);
opt.OptionBlock.avoidBlock = true;
if (Hashes.Rand(0.1f, "rainSlime"))
{
opt.OptionBlock.SetBlocks("waterSlime");
}
else
{
opt.OptionBlock.SetBlocks(ZBiomeInfo.GetBlock(seed, biome.ToString()));
}
Printer.Log(60, "BlockRain Configure: done");
}
public override void Configure()
{
Cycler.Set(2.5f); // molotov duration => permanent
Repeater.Set(-1f);
// this.opt.OptionItem.item = "ZBProj_fire";
this.opt.OptionItem.item = ZBiomeInfo.Weighted5(this.biome.envProj, Hashes.Rand(seed, "eproj"));
this.name = String.Format("{0}-{1}", this.name, this.opt.OptionItem.item);
// NB I have opt.OptionShape.direction
opt.OptionShape.shape.x = Hashes.Rand(1, 3, seed, "len");
opt.OptionShape.shape.y = Hashes.Rand(1, 3, seed, "heigth");
opt.OptionShape.shape.z = Hashes.Rand(1, 3, seed, "width");
Printer.Log(60, "Fire Configure: done");
}
public void CyclerStopsWhenTotalCyclesReached()
{
var totalCycles = 3;
var attemptedCycles = 5;
cycler = new Cycler(frameTime, totalCycles, beginning);
sprite.Expects.Exactly(totalCycles).Method(_ => _.DrawNextFrame());
cycler.AddSprite(sprite.MockObject);
for (var cycle = 1; cycle < attemptedCycles; cycle++)
{
cycler.Update(beginning + frameTime * cycle);
}
}
void AnimateShapes(float time)
{
if (!triangleShowing() && circleCycler.Count() >= triangleWaitTime)
{
triangleCycler = new DelayedCycler(shapeSpeed, 6, 1f);
triangle.visible(true);
triangleCycler.AddSprite(triangle);
}
circleCycler.Update(time);
if (triangleShowing())
{
triangleCycler.Update(time);
}
}
/// <param name="theContext">source of supporting services
/// </param>
/// <param name="isThreaded">true if this class should create threads in which to call cycle(), and
/// in which to send responses from Applications. This is the preferred mode. Use false
/// if threading is not allowed, eg you are running the code in an EJB container. In this case,
/// the send() and receive() methods will call cycle() themselves as needed. However, cycle()
/// makes potentially blocking calls, so these methods may not return until the next message
/// is received from the remote server, regardless of timeout. Probably the worst example of this
/// would be if receive() was called to wait for an application ACK that was specified as "RE" (ie
/// required on error). No response will be returned if the message is processed without error,
/// and in a non-threaded environment, receive() will block forever. Use true if you can, otherwise
/// study this class carefully.
///
/// TODO: write a MLLPTransport with non-blocking IO
/// TODO: reconnect transport layers on error and retry
/// </param>
public NuGenProcessorImpl(NuGenProcessorContext theContext, bool isThreaded)
{
myContext = theContext;
myThreaded = isThreaded;
myAcceptAcks = new System.Collections.Hashtable();
myReservations = new System.Collections.Hashtable();
myAvailableMessages = new System.Collections.Hashtable();
if (isThreaded)
{
ackCycler = new Cycler(this, true);
SupportClass.ThreadClass ackThd = new SupportClass.ThreadClass(new System.Threading.ThreadStart(ackCycler.Run));
ackThd.Start();
nonAckCycler = new Cycler(this, false);
SupportClass.ThreadClass nonAckThd = new SupportClass.ThreadClass(new System.Threading.ThreadStart(nonAckCycler.Run));
nonAckThd.Start();
}
}
public void FirstTest()
{
var list = new List <int> {
1, 2, 3
};
var cycler = new Cycler <int>(list);
var expected = new List <int> {
1, 2, 3, 1, 2, 3, 1, 2
};
var actual = new List <int>();
for (int i = 0; i < 8; i++)
{
actual.Add(cycler.GetNext());
}
Assert.AreEqual(expected, actual);
}
public override IEnumerator _Next(EntityPlayer player)
{
/* Over should keep some memory (position), and regenerate toward player
*/
long start_time = DateTimeOffset.UtcNow.ToUnixTimeMilliseconds();
Emplacement placeBase = new Emplacement(player, opt);
placeBase.direction = Vectors.Float.Randomize(this.rand, 1f); // useless for peak
Printer.Log(46, "MultiEffect._Next() placeBase", player, placeBase.position, placeBase.direction);
foreach (int p in Cycler.Over())
{
if (Cycler.dt >= 0 && DateTimeOffset.UtcNow.ToUnixTimeMilliseconds() - start_time > (long)(Cycler.dt * 1000))
{
yield break;
}
Printer.Log(41, "_Next iterating Over");
Vector3 maybeFollowing = (this.isFollowing) ? player.GetPosition() : placeBase.position;
int q = -1;
foreach (Emplacement place in Iter.On(Placer.Get(maybeFollowing)))
{
q = q + 1;
if (q >= Repeater.n)
{
break;
}
if (place.valid)
{
Printer.Log(40, "MultiEffect._Next iterating Clones", place); // last before null (firestorm)
// float state = ((float) q) / Repeater.copies;
OptionEffect rdm = Randomize();
Printer.Log(40, "_Next Randomized", p, q, opt);
Printer.Log(40, "_Next Place", p, q, place);
this.Effect1(player, place, rdm);
}
else
{
Printer.Log(40, "Invalid place:", q, place, place.valid_msg);
}
yield return(Repeater.Yield);
}
yield return(Cycler.Yield);
}
}
public void Initialize(GameDatabase dataBase)
{
SetText("--");
List = new List <GameObject>();
dataBase.RunnerList.ForEach(
runnerObject =>
{
GameObject selectorObject = (GameObject)GameObject.Instantiate(dataBase.Selector);
selectorObject.name = runnerObject.name;
selectorObject.GetComponentInChildren <Text>().text = runnerObject.name;
selectorObject.transform.SetParent(ListContainer, false);
Selector selector = selectorObject.GetComponent <Selector>();
selector.OnSelected = () => SetRunner(runnerObject);
List.Add(selectorObject);
});
Cycler cycler = Main.GetComponentInChildren <Cycler>();
cycler.SetCyclingList(List);
}
private void btnNext_Click(object sender, RoutedEventArgs e)
{
Cycler.NextSong();
}
private void btnPrev_Click(object sender, RoutedEventArgs e)
{
Cycler.PrevSong();
}
public void Destroy()
{
DestroyIfNotNull(room);
DestroyIfNotNull(guyLeft);
DestroyIfNotNull(guyRight);
DestroyIfNotNull(eyes);
DestroyIfNotNull(footBoard);
DestroyIfNotNull(clipBoard);
DestroyIfNotNull(heartRate);
heartRateCycler = null;
}
public void doubleHeartRate(float startTime)
{
heartRateCycler = new Cycler(1f/7f, 0, startTime);
heartRateCycler.AddSprite(heartRate);
}
public void doubleHeartRate(float startTime)
{
heartRateCycler = new Cycler(1f / 7f, 0, startTime);
heartRateCycler.AddSprite(heartRate);
}
private void animateStartButton()
{
if (cycle_start == null) {
cycle_start = new Cycler(0.4f, 2);
cycle_start.AddSprite(startButton);
startButton.visible(true);
}
cycle_start.Update(Time.time);
}
public void addHeartRate(float startTime)
{
heartRate = spriteRenderer.add(new Sprite(), this.GetType(), "heart1", "heart2", "heart3", "heart4", "heart5", "heart6", "heart7");
heartRate.setScreenPosition(54, 110);
heartRate.setDepth(-1);
// Repeat 7 frame animation every 2 seconds
// That's 30bpm which might mean he is dying!
heartRateCycler = new Cycler(1f/7f*2f, 0, startTime);
heartRateCycler.AddSprite(heartRate);
}
public override void ConfigurePlacesRepeat()
{
base.ConfigurePlacesRepeat();
Repeater.Set(1);
Cycler.Set(1);
}
void Start()
{
locomotor = GetComponent<Locomotor>();
player = GetComponent<PlayerGravityBody>();
attractors = new Cycler(FindObjectsOfType(typeof(GravityAttractor)));
}
