public TileRenderData(TileBase floorOverlay, TileBase tile, TileBase overlayTile, RotationEffect effect)
{
this.floorOverlayTile = floorOverlay;
this.objectTile = tile;
this.overlayTile = overlayTile;
this.effect = effect;
}
public override void Run(Window window)
{
Rect square = window.GetInnerSquare();
Button button1 = new Button(window)
{
Text = "Effect",
};
button1.Move(square.X, square.Y);
button1.Resize(square.Width / 2, square.Height / 2);
button1.Show();
Button button2 = new Button(window)
{
Text = "Chain Effect",
};
button2.Move(square.X + square.Width / 2, square.Y + square.Height / 2);
button2.Resize(square.Width / 2, square.Height / 2);
button2.Show();
Point begin = new Point();
begin.X = begin.Y = 0;
Point end = new Point();
end.X = end.Y = square.Height / 2;
TranslationEffect translation = new TranslationEffect(begin, end);
translation.EffectEnded += (s, e) => { Console.WriteLine("Translation Effect Ended"); };
RotationEffect rotation = new RotationEffect(0, 180);
rotation.EffectEnded += (s, e) => { Console.WriteLine("Rotation Effect Ended"); };
button1.Clicked += (s, e) => {
Transit transit1 = CreateTransit();
transit1.Objects.Add(button1);
transit1.Objects.Add(button2);
transit1.AddEffect(translation);
transit1.AddEffect(rotation);
transit1.Go();
};
button2.Clicked += (s, e) => {
Transit transit1 = CreateTransit();
transit1.Objects.Add(button1);
transit1.AddEffect(translation);
transit1.AddEffect(rotation);
Transit transit2 = CreateTransit();
transit2.Objects.Add(button2);
transit2.AddEffect(translation);
transit2.AddEffect(rotation);
transit1.Chains.Add(transit2);
transit1.Go();
};
}
public override void Run(Window window)
{
Button button1 = new Button(window)
{
Text = "Effect",
};
button1.Move(0, 0);
button1.Resize(270, 200);
button1.Show();
Button button2 = new Button(window)
{
Text = "Chain Effect",
};
button2.Move(270, 200);
button2.Resize(270, 200);
button2.Show();
Point begin = new Point();
begin.X = begin.Y = 0;
Point end = new Point();
end.X = end.Y = 200;
TranslationEffect translation = new TranslationEffect(begin, end);
translation.EffectEnded += (s, e) => { Console.WriteLine("Translation Effect Ended"); };
RotationEffect rotation = new RotationEffect(0, 180);
rotation.EffectEnded += (s, e) => { Console.WriteLine("Rotation Effect Ended"); };
button1.Clicked += (s, e) => {
Transit transit1 = CreateTransit();
transit1.Objects.Add(button1);
transit1.Objects.Add(button2);
transit1.AddEffect(translation);
transit1.AddEffect(rotation);
transit1.Go();
};
button2.Clicked += (s, e) => {
Transit transit1 = CreateTransit();
transit1.Objects.Add(button1);
transit1.AddEffect(translation);
transit1.AddEffect(rotation);
Transit transit2 = CreateTransit();
transit2.Objects.Add(button2);
transit2.AddEffect(translation);
transit2.AddEffect(rotation);
transit1.Chains.Add(transit2);
transit1.Go();
};
}
public StateManager(Hero hero, World world)
{
LoadSounds();
this.world = world;
platman = hero;
rotationEffect = RotationEffect.GetRotationUp(0);
platman.Mechanic.GravityManager.GravityChanged += GravityManager_GravityChanged;
CurrentState = State.Standy;
}
/// <summary>
/// Initialize and start the camera preview
/// </summary>
public async Task InitializeAsync()
{
if (CaptureButton.Content.ToString().Equals("Capture and Canny"))
{
CaptureButton.Content = "Stop";
// Create a camera preview image source (from Imaging SDK)
if (_cameraPreviewImageSource == null)
{
_cameraPreviewImageSource = new CameraPreviewImageSource();
await _cameraPreviewImageSource.InitializeAsync(string.Empty);
}
var properties = await _cameraPreviewImageSource.StartPreviewAsync();
// Create a preview bitmap with the correct aspect ratio
var width = 640.0;
var height = (width / properties.Width) * properties.Height;
var bitmap = new WriteableBitmap((int)width, (int)height);
_writeableBitmap = bitmap;
// Create a filter effect to be used with the source (e.g. used to correct rotation)
//_effect = new FilterEffect(_cameraPreviewImageSource);
//_effect.Filters = new IFilter[] { new RotationFilter(90.0) };
//_writeableBitmapRenderer = new WriteableBitmapRenderer(_effect, _writeableBitmap);
RotationEffect rotation = new RotationEffect(_cameraPreviewImageSource, 90);
_writeableBitmapRenderer = new WriteableBitmapRenderer(rotation, _writeableBitmap);
//_writeableBitmapRenderer.Source = new EffectList() { _cameraPreviewImageSource, rotation };
//_writeableBitmapRenderer.WriteableBitmap = _writeableBitmap;
ImageView.Source = _writeableBitmap;
// Attach preview frame delegate
_cameraPreviewImageSource.PreviewFrameAvailable += OnPreviewFrameAvailable;
}
else
{
if (CaptureButton.Content.ToString().Equals("Stop"))
{
await _cameraPreviewImageSource.StopPreviewAsync();
_cameraPreviewImageSource.Dispose();
_cameraPreviewImageSource = null;
}
CaptureButton.Content = "Capture and Canny";
ImageView.Source = null;
}
}
/// <summary>
/// Returns an angle from enum RotationEffect.
/// </summary>
private float getAngle(RotationEffect e)
{
switch (e)
{
case RotationEffect.ROTATE_90:
return(90f);
case RotationEffect.ROTATE_180:
return(180f);
case RotationEffect.ROTATE_270:
return(270f);
default:
return(0f);
}
}
public static RingRotationEffectController Create(TrackLaneRingsRotationEffectSpawner baseEffect)
{
BeatmapEventType eventTypeForThisEffect = Helper.GetValue <BeatmapEventType>(baseEffect, "_beatmapEventType");
RotationStepType stepType = Helper.GetValue <RotationStepType>(baseEffect, "_rotationStepType");
float stepMax = Helper.GetValue <float>(baseEffect, "_rotationStep");
float rotation = Helper.GetValue <float>(baseEffect, "_rotation");
int propagationSpeed = Helper.GetValue <int>(baseEffect, "_rotationPropagationSpeed");
float flexySpeed = Helper.GetValue <float>(baseEffect, "_rotationFlexySpeed");
TrackLaneRingsRotationEffect rotationEffect = Helper.GetValue <TrackLaneRingsRotationEffect>(baseEffect, "_trackLaneRingsRotationEffect");
TrackLaneRingsManager manager = Helper.GetValue <TrackLaneRingsManager>(rotationEffect, "_trackLaneRingsManager");
float startupAngle = Helper.GetValue <float>(rotationEffect, "_startupRotationAngle");
float startupStep = Helper.GetValue <float>(rotationEffect, "_startupRotationStep");
int startupPropagationSpeed = Helper.GetValue <int>(rotationEffect, "_startupRotationPropagationSpeed");
float startupFlexySpeed = Helper.GetValue <float>(rotationEffect, "_startupRotationFlexySpeed");
RotationEffect startupRotationEffect = new RotationEffect
{
progress = 0,
angle = startupAngle,
step = startupStep,
propagationSpeed = startupPropagationSpeed,
flexySpeed = startupFlexySpeed
};
RingRotationEffectController controller = new GameObject("TwitchFXRingRotationController").AddComponent <RingRotationEffectController>();
controller.eventTypeForThisEffect = eventTypeForThisEffect;
controller.manager = manager;
controller.name = baseEffect.name;
controller.isBig = baseEffect.name.Contains("Big");
controller.stepType = stepType;
controller.stepMax = stepMax;
controller.startupRotationEffect = startupRotationEffect;
controller.rotation = rotation;
controller.propagationSpeed = propagationSpeed;
controller.flexySpeed = flexySpeed;
return(controller);
}
private void GravityManager_GravityChanged(object sender, EventArgs e)
{
if (world.Gravity == VelocityValues.Instance.GravityDown)
{
rotationEffect = RotationEffect.GetRotationDown(rotationEffect.Angle);
}
else if (world.Gravity == VelocityValues.Instance.GravityUp)
{
rotationEffect = RotationEffect.GetRotationUp(rotationEffect.Angle);
}
else if (world.Gravity == VelocityValues.Instance.GravityLeft)
{
rotationEffect = RotationEffect.GetRotationLeft(rotationEffect.Angle);
}
else if (world.Gravity == VelocityValues.Instance.GravityRight)
{
rotationEffect = RotationEffect.GetRotationRight(rotationEffect.Angle);
}
rotationEffect.Enabled = true;
}
public void FixedUpdate()
{
TrackLaneRing[] rings = manager.Rings;
for (int i = activeRotationEffects.Count - 1; i >= 0; i--)
{
RotationEffect rotation = activeRotationEffects[i];
for (int j = (int)rotation.progress; j < rotation.progress + rotation.propagationSpeed && j < rings.Length; j++)
{
rings[j].SetDestRotation(
rotation.angle + j * rotation.step,
rotation.flexySpeed
);
}
rotation.progress += rotation.propagationSpeed;
if (rotation.progress >= rings.Length)
{
activeRotationEffects.RemoveAt(i);
}
}
}
public void OnEvent(BeatmapEventData eventData)
{
if (eventData.type != eventTypeForThisEffect)
{
return;
}
CustomBeatmapEventData customEventData = eventData as CustomBeatmapEventData;
string nameFilter = customEventData?.ringsNameFilter;
if (nameFilter != null && !nameFilter.Equals(name, StringComparison.OrdinalIgnoreCase))
{
return;
}
float direction = -(customEventData?.direction ?? (Random.value > 0.5f ? 1f : -1f));
bool counterSpin = customEventData?.ringsCounterSpin ?? false;
bool reset = customEventData?.ringsReset ?? false;
if (counterSpin && isBig)
{
direction = -direction;
}
float step;
switch (stepType)
{
case RotationStepType.Range0ToMax:
step = Random.Range(0f, stepMax);
break;
case RotationStepType.Range:
step = Random.Range(-stepMax, stepMax);
break;
case RotationStepType.MaxOr0:
step = Random.value > 0.5f ? stepMax : 0f;
break;
default:
step = 0f;
break;
}
step = customEventData?.ringsStep ?? step;
float propagationSpeed = customEventData?.ringsPropagationSpeed ?? this.propagationSpeed;
float flexySpeed = customEventData?.ringsFlexySpeed ?? this.flexySpeed;
float?stepMultiplier = customEventData?.ringsStepMultiplier;
float?propagationSpeedMultiplier = customEventData?.ringsPropagationSpeedMultiplier;
float?flexySpeedMultiplier = customEventData?.ringsFlexySpeedMultiplier;
if (stepMultiplier.HasValue)
{
step *= stepMultiplier.Value;
}
if (propagationSpeedMultiplier.HasValue)
{
propagationSpeed *= propagationSpeedMultiplier.Value;
}
if (flexySpeedMultiplier.HasValue)
{
flexySpeed *= flexySpeedMultiplier.Value;
}
if (reset)
{
step = 0;
propagationSpeed = 50;
flexySpeed = 50;
}
RotationEffect rotationEffect = new RotationEffect {
progress = 0,
angle = manager.Rings[0].GetDestinationRotation() + rotation * direction,
step = step,
propagationSpeed = propagationSpeed,
flexySpeed = flexySpeed
};
activeRotationEffects.Add(rotationEffect);
}
public void Start()
{
activeRotationEffects.Add(startupRotationEffect);
startupRotationEffect = null;
}
/// <summary>
/// Initialize and start the camera preview
/// </summary>
public async Task InitializeAsync()
{
if (CaptureButton.Content.ToString().Equals("Capture and Canny"))
{
CaptureButton.Content = "Stop";
// Create a camera preview image source (from Imaging SDK)
if (_cameraPreviewImageSource == null)
{
_cameraPreviewImageSource = new CameraPreviewImageSource();
await _cameraPreviewImageSource.InitializeAsync(string.Empty);
}
var properties = await _cameraPreviewImageSource.StartPreviewAsync();
// Create a preview bitmap with the correct aspect ratio
var width = 640.0;
var height = (width / properties.Width) * properties.Height;
var bitmap = new WriteableBitmap((int)width, (int)height);
_writeableBitmap = bitmap;
// Create a filter effect to be used with the source (e.g. used to correct rotation)
//_effect = new FilterEffect(_cameraPreviewImageSource);
//_effect.Filters = new IFilter[] { new RotationFilter(90.0) };
//_writeableBitmapRenderer = new WriteableBitmapRenderer(_effect, _writeableBitmap);
RotationEffect rotation = new RotationEffect(_cameraPreviewImageSource, 90);
_writeableBitmapRenderer = new WriteableBitmapRenderer(rotation, _writeableBitmap);
//_writeableBitmapRenderer.Source = new EffectList() { _cameraPreviewImageSource, rotation };
//_writeableBitmapRenderer.WriteableBitmap = _writeableBitmap;
ImageView.Source = _writeableBitmap;
// Attach preview frame delegate
_cameraPreviewImageSource.PreviewFrameAvailable += OnPreviewFrameAvailable;
}
else
{
if (CaptureButton.Content.ToString().Equals("Stop"))
{
await _cameraPreviewImageSource.StopPreviewAsync();
_cameraPreviewImageSource.Dispose();
_cameraPreviewImageSource = null;
}
CaptureButton.Content = "Capture and Canny";
ImageView.Source = null;
}
}
public void Flip()
{
if (RotationEffect != null && !RotationEffect.Terminated)
return;
RotationEffect = new RotationEffect();
RotationEffect.Length = 500;
RotationEffect.Progress = Effect<IPhysical>.ProgressType.Linear;
RotationEffect.Quantity = MathHelper.Pi;
Scene.PhysicalEffects.Add(Image, RotationEffect);
}
public void Update()
{
if (RotationEffect != null && RotationEffect.Terminated)
{
Image.Rotation = 0;
Progress = 0;
RotationEffect = null;
}
if (RemainingTime >= MinimumTime)
return;
Progress = (int)Math.Ceiling(((MinimumTime - RemainingTime) / MinimumTime) * (NB_PIXELS / 2));
}