public static void Basic()
{
Assert.AreEqual(FXY(x => 3f)(5f), 3f);
Assert.AreEqual(FXY(x => Linear(ExC(6f), ExC(2f), x.FloatVal))(5f), 16f);
var f = FXY(x => Cos(x.FloatVal));
Debug.Log(f(Mathf.PI));
Debug.Log(f(0));
Debug.Log(f(Mathf.PI * 2f));
f = FXY(t => SubMax0(t.FloatVal, Expression.Constant(4f)));
AreEqual(f(3), 0);
AreEqual(f(-3), 0);
AreEqual(f(5), 1);
}
private IEnumerator IShake(float time, FXY magnitude, float magMul, ICancellee cT, Action?done)
{
Vector3 pp = tr.localPosition; // Should be (0, 0, ?)
for (float elapsed = 0; elapsed < time;)
{
float m = magnitude(elapsed) * magMul * ScreenshakeMultiplier * SaveData.s.Screenshake;
float deg = RNG.GetFloatOffFrame(0, 360);
Vector2 quake = M.PolarToXY(m, deg);
tr.localPosition = pp + (Vector3)quake;
yield return(null);
if (cT.Cancelled)
{
break;
}
elapsed += ETime.FRAME_TIME;
yield return(null);
if (cT.Cancelled)
{
break;
}
elapsed += ETime.FRAME_TIME;
}
//Future: If you want to move the camera, do so by moving the Camera Container object.
tr.localPosition = pp;
done?.Invoke();
}
/// <summary>
/// A combination of TM with a fixed times count, and inverse mod parametrization.
/// </summary>
/// <param name="times">Times count</param>
/// <returns></returns>
public static GenCtxProperty TMIMod(FXY times)
{
var t = (int)times(0);
return(new CompositeProp(new TimesProp(t, _ => t),
new ParametrizationProp(Parametrization.INVMOD, null)));
}
public static void Softmax()
{
FXY fsoftmax1 = "softmax 1 { (+ 2 t) (8) }".Into <FXY>();
Assert.AreEqual(softmax(1f, new[] { 5f, 8f }), 7.85772238f, err);
Assert.AreEqual(softmax(1f, new[] { 5f, 8f }), fsoftmax1(3f), err);
Assert.AreEqual(softmax(1f, new[] { 9f, 8f }), fsoftmax1(7f), err);
}
private void Awake()
{
tr = transform;
baseLoc = (Vector2)tr.localPosition -
(uiParent.autoShiftCamera ? GameManagement.References.bounds.center : Vector2.zero);
InLerp = inLerp.Into <FXY>();
OutLerp = outLerp.Into <FXY>();
Hide();
}
private void Awake()
{
tr = transform;
burstScale = ReflWrap <FXY> .Wrap(burstScaler);
var em = particlePrefab.GetComponent <ParticleSystem>().emission;
baseBurst = em.GetBurst(0);
}
public static void ShiftSoftmax()
{
FXY eq1 = x => 5 * x;
FXY eq2 = x => 2 * x;
FXY shifter = FXY(SoftmaxShift(x => - 1f, x => 10f, x => Mul <float>(x.FloatVal, 5f), x => Mul <float>(x.FloatVal, 2f)));
Assert.AreEqual(shiftsoftmax(-1f, 10f, eq1, eq2, 110f), 250f, 1f);
Assert.AreEqual(shiftsoftmax(-1f, 10f, eq1, eq2, 10.2f), shifter(10.2f), err);
Assert.AreEqual(shiftsoftmax(-1f, 10f, eq1, eq2, 9.3f), shifter(9.3f), err);
}
private IEnumerator DoScale(ICancellee cT)
{
AssignScale(startScale);
FXY e1 = ease1.Into <FXY>();
FXY e2 = ease2.Into <FXY>();
for (float t = 0; t < time1; t += ETime.FRAME_TIME)
{
if (cT.Cancelled)
{
break;
}
yield return(null);
AssignScale(startScale + (midScale - startScale) * e1(t / time1));
}
AssignScale(midScale);
for (float t = 0; t < holdtime; t += ETime.FRAME_TIME)
{
if (cT.Cancelled)
{
break;
}
yield return(null);
}
for (float t = 0; t < time2; t += ETime.FRAME_TIME)
{
if (cT.Cancelled)
{
break;
}
yield return(null);
AssignScale(midScale + (endScale - midScale) * e2(t / time2));
}
AssignScale(endScale);
if (destroyOnDone)
{
Destroy(gameObject);
}
}
private static void TestTPoints(FXY f, params (float t, float val)[] pts)
private static float shiftsoftmax(float sharpness, float pivot, FXY eq1, FXY eq2, float x)
{
return(softmax(sharpness, new[] { eq1(x), eq1(pivot) + eq2(x) - eq2(pivot) }));
}
public static ExBPY PMaf(FXY self, FXY[] children) => PM((int)self(0), children.Aggregate(1, (x, y) => x * (int)y(0)));
public static ExBPY PMf(FXY self, FXY children) => PM((int)self(0), (int)children(0));
public static ExBPY P2Mf(FXY mod) => P2M((int)mod(0));
public static ExBPY P1Mf(FXY mod) => P1M((int)mod(0));
