public void Rotate()
{
SetInteractable(false);
puzzle.Rotation = (++puzzle.Rotation) % 4;
Vector3 currentRotation = puzzle.transform.rotation.eulerAngles;
Vector3 targetRotation = currentRotation - new Vector3(0f, 0f, 90f);
var data = new InterpolationData <Vector3>(ChangeRotation, currentRotation, targetRotation, rotateDuration, AnimationHelper.LinearCurve, MakeInteractable);
Interpolator.Interpolate(data);
OrderController.MoveToTop(puzzle);
}
protected virtual void OnGUICurve(ref Rect contentRect, Interpolator dummyInstance, AnimationCurveUtility.TangentMode mode = AnimationCurveUtility.TangentMode.Smooth)
{
if (null == dummyInstance)
{
return;
}
var count = 100;
var keyFrames = new Keyframe[count];
for (int n = 0; n < count; ++n)
{
var t = n / (float)(count - 1);
var k = new Keyframe(t, dummyInstance.Interpolate(t));
keyFrames[n] = k;
}
var curve = new AnimationCurve(keyFrames);
AnimationCurveUtility.SetLinear(ref curve, mode);
contentRect.height = InterpolatorPropertyDrawer.heightCurve;
EditorGUI.CurveField(contentRect, curve);
contentRect.y += InterpolatorPropertyDrawer.heightCurve;
}
public void Update(float seconds)
{
if (!_isTransitioning)
{
return;
}
_transitionCurrentTime += seconds;
_fraction = _transitionCurrentTime / _transitionTotalTime;
if (_fraction >= 1.0f)
{
_fraction = 1.0f;
_isTransitioning = false;
}
_current.SingleColour = Interpolator.Interpolate(_previous.SingleColour, _target.SingleColour, ref _fraction);
_current.Negative = Interpolator.Interpolate(_previous.Negative, _target.Negative, ref _fraction);
_current.Colourise = Interpolator.Interpolate(_previous.Colourise, _target.Colourise, ref _fraction);
_current.GrayScale = Interpolator.Interpolate(_previous.GrayScale, _target.GrayScale, ref _fraction);
_current.Opacity = Interpolator.Interpolate(_previous.Opacity, _target.Opacity, ref _fraction);
_current.ColourForSingleColourAndColourise = Interpolator.Interpolate(_previous.ColourForSingleColourAndColourise, _target.ColourForSingleColourAndColourise, ref _fraction);
_current.BackgroundClearColour = Interpolator.Interpolate(_previous.BackgroundClearColour, _target.BackgroundClearColour, ref _fraction);
_current.ClearBackground = _fraction == 1.0f ? _target.ClearBackground : _previous.ClearBackground;
UpdateBufferAndClearColour();
}
public double[] GetPhase(double[] symmetryPulse, Complex[] correspondSpectrum)
{
if (_interpolator == null || _phaseArray == null)
{
_interpolator = new Interpolator(_centerHalfWidth * 2, symmetryPulse.Length);
_phaseArray = new double[symmetryPulse.Length / 2];
}
// extract central portion
var centerBurst = symmetryPulse.Length / 2;
var centralPulse = _centerRealContainer;
Array.Copy(symmetryPulse, centerBurst - _centerHalfWidth, centralPulse, 0, _centerHalfWidth * 2);
// apodize & rotate
_apodizer.Apodize(centralPulse);
_rotator.Rotate(centralPulse);
// fft
_centerRealContainer.ToComplex(_centerComplexContainer);
Fourier.Forward(_centerComplexContainer, FourierOptions.Matlab);
// get phase from spectrum
var complexSpectrum = _centerComplexContainer;
for (var i = 0; i < _centerRealContainer.Length; i++)
{
_centerRealContainer[i] = _complexToPhaseFunc(complexSpectrum[i]);
}
// interpolate into full length
_interpolator.Interpolate(_centerRealContainer, _phaseArray);
return(_phaseArray);
}
public void ShowSqlCreator()
{
if (_appConfig.GetCredentialsRequired == AppConfig.CredentialsRequired.None || _appConfig.User != null)
{
var sqlCreator = new SqlCreatorView(_appConfig, _workbookPropertiesConfig);
DialogResult result = sqlCreator.ShowDialog();
if (result == DialogResult.OK)
{
_workbookPropertiesConfig = sqlCreator.WorkbookPropertiesConfig;
var queries = new Dictionary <string, DataTable>();
queries = sqlCreator.SQLResult; // add main query to dict
//if (_workbookPropertiesConfig.LastMainQuery != null)
//{
var dbConnection = new DatabaseConnectionFactory().CreateDbConnection(_appConfig.DatabaseType, _appConfig.ConnectionString);
foreach (KeyValuePair <string, string> query in _workbookPropertiesConfig.AdditionalQueriesAsDictionary())
{
// create interpolator object
var interpolator = new Interpolator();
// test if string needs interpolation
var needsInterpolation = interpolator.SetFormattable(query.Value).SetCriteria(_workbookPropertiesConfig.LastMainQuery.Criteria).NeedsInterpolation();
// if no, then use sql to query against database and add results to queries dict
if (!needsInterpolation)
{
try
{
queries.Add(query.Key, dbConnection.Query(query.Value));
}
catch
{
MessageBox.Show($"{query.Key} did not run successfully", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
else
{
// if yes, then interpolate
try
{
var interpolatedQuery = interpolator.Interpolate();
queries.Add(query.Key, dbConnection.Query(interpolatedQuery));
}
catch
{
MessageBox.Show($"{query.Key} did not run successfully", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
//}
_presenter.PasteQueriesIntoExcel(queries);
}
}
else
{
LogIn();
}
}
public static void ExampleInterpolatorUse()
{
Interpolator
interpolator =
Interpolator.CreateInterpolator(Slerp,
Arch2); //Creates interpolation (first Slerp T then use it to create arch2)
interpolator =
Interpolator.CreateInterpolator(Flip, Slerp //Normal Interpolation Delegate
, (float time) => SmoothStart(time, 1) //Sometimes you need to use anonymous functions.(GOD BLESS C#)
); //Creates interpolation (first Slerp T then use it to plug a SmoothStartCurve)
Interpolator test = Interpolator.CreateInterpolator(Flip, Flip);
for (int i = 0; i < 10000; i++)
{
float t = i / 10000f;
float ff = test.Interpolate(t);
}
test = Interpolator.CreateInterpolator(Flip);
for (int i = 0; i < 10000; i++)
{
float t = i / 10000f;
float hh = interpolator.Interpolate(t);
}
}
public void NodeInterpolationTest(string meshFileName, CircularValueTypes cvt = CircularValueTypes.Normal)
{
// Source mesh
MeshFile meshFile = MeshFile.ReadMesh(meshFileName);
MeshData mesh = meshFile.ToMeshData();
// Allow for extrapolation on boundary nodes (disable clipping)
MeshNodeInterpolation interpolation = new MeshNodeInterpolation(mesh)
{
AllowExtrapolation = true,
};
interpolation.Setup();
Interpolator nodeInterpolator = interpolation.NodeInterpolator;
nodeInterpolator.CircularType = cvt;
// Find reference x and y value as the smallest x and y value
double xMin = mesh.Nodes.Select(mn => mn.X).Min();
double xMax = mesh.Nodes.Select(mn => mn.X).Max();
double yMin = mesh.Nodes.Select(mn => mn.Y).Min();
double yMax = mesh.Nodes.Select(mn => mn.Y).Max();
// Function over the (x,y) plane.
Func <double, double, double> function = ValueFunction(cvt, xMin, yMin, xMax, yMax);
// Calculate element center values
double[] elmtVals = new double[mesh.Elements.Count];
for (int i = 0; i < mesh.Elements.Count; i++)
{
MeshElement elmt = mesh.Elements[i];
elmtVals[i] = function(elmt.XCenter, elmt.YCenter);
}
// Write out bounds, to check we got things right
Console.Out.WriteLine("{0,10} (min,max) = ({1},{2})", cvt, elmtVals.Min(), elmtVals.Max());
// Interpolate to nodes
double[] nodeValues = new double[mesh.Nodes.Count];
nodeInterpolator.Interpolate(elmtVals, nodeValues);
// Check node values
for (int i = 0; i < mesh.Nodes.Count; i++)
{
MeshNode node = mesh.Nodes[i];
double exactValue = function(node.X, node.Y);
double interpValue = nodeValues[i];
double diff = exactValue - interpValue;
// It can only extrapolate when there is at least three elements per node.
// When there is two or less elements, the inverse distance weighting takes over
// and the results are not correct, so we skip the check here.
if (node.Elements.Count > 2 && diff > 1e-6)
{
string msg = string.Format("{0,2} {6}: {1}-{2}={3} ({4},{5})", i, exactValue, interpValue, diff, node.X, node.Y, node.Elements.Count);
Console.Out.WriteLine(msg);
Assert.Fail(msg);
}
}
}
private void AnimateSlide()
{
Vector3 destination = gallery.GetSlidePosition();
collider.enabled = false;
var data = new InterpolationData <Vector3>(slide, scroll.localPosition, destination, slideDuration, slideCurve, enableCollider);
interpolator.Interpolate(data);
}
public TypeOfValue GetStateAt(TimeSpan intentRelativeTime)
{
TypeOfValue value;
if (_interpolator.Interpolate(intentRelativeTime, TimeSpan, StartValue, EndValue, out value))
{
return(value);
}
return(default(TypeOfValue));
}
public void Interpolator_Int_ReturnsMidPoint()
{
var initial = 3;
var final = 7;
var fraction = 0.5f;
var result = Interpolator.Interpolate(initial, final, ref fraction);
Assert.Equal(5, result);
}
void iterateForward()
{
var toSleep = _durationMillis / _iterationCount;
for (int iter = currentPosition; iter <= _iterationCount; iter++)
{
if (!pause)
{
Thread.Sleep(toSleep);
_onNext?.Invoke(iter, _interpolator.Interpolate(iter, _iterationCount));
currentPosition = iter;
if (iter == 500)
{
pause = true;
break;
}
}
}
}
public void Interpolator_Colour_ReturnsMidPoint()
{
var initial = new Colour(1.0f, 0.0f, 0.5f, 0.0f);
var final = new Colour(0.5f, 0.5f, 0.7f, 0.5f);
var fraction = 0.5f;
var result = Interpolator.Interpolate(initial, final, ref fraction);
Assert.Equal(new Colour(0.75f, 0.25f, 0.6f, 0.25f), result);
}
public void Interpolator_Vector4_ReturnsMidPoint()
{
var initial = new Vector4(0.0f, 3.0f, 4.0f, -20.0f);
var final = new Vector4(4.0f, 7.0f, -10.0f, 135.0f);
var fraction = 0.5f;
var result = Interpolator.Interpolate(initial, final, ref fraction);
Assert.Equal(new Vector4(2.0f, 5.0f, -3.0f, 57.5f), result);
}
public T GetValue(KDateTime label)
{
if (Keys.Contains(label))
{
return(Values[Keys.IndexOf(label)]);
}
return(Interpolator <KDateTime, T>
.Interpolate(Keys, Values, label, InterpolType));
}
public virtual T GetStateAt(TimeSpan segmentRelativeTime)
{
T value;
if (_interpolator.Interpolate(segmentRelativeTime, TimeSpan, StartValue, EndValue, out value))
{
return(value);
}
return(default(T));
}
public void Interpolator_Float_ReturnsMidPoint()
{
var initial = 3.0f;
var final = 6.0f;
var fraction = 0.5f;
var result = Interpolator.Interpolate(initial, final, ref fraction);
Assert.Equal(4.5f, result);
}
private static void InterpolateCameraFromSaved(int index)
{
if (!CameraSavedViews.ContainsKey(index))
{
return;
}
var pos = CameraSavedViews[index].GetPosition();
var orient = CameraSavedViews[index].GetOrientation();
Interpolator.Interpolate <Vector3>(FreeCam.Cam.Transformation.Position, FreeCam.Cam.Transformation.Position.R, pos, 8.0f, Interpolator.Easing.EaseInOut);
Interpolator.Interpolate <Quaternion>(FreeCam.Cam.Transformation.Orientation, FreeCam.Cam.Transformation.Orientation.R, orient, 8.0f, Interpolator.Easing.EaseInOut);
}
public Snapshot Interpolate(float matchTime)
{
snapshotBuffer.GetSnapshots(matchTime,
out SnapshotWithTime s0, out SnapshotWithTime s1,
out SnapshotWithTime s2, out SnapshotWithTime s3);
//[0, 1]
float progress = (matchTime - s1.tickTime) / (s2.tickTime - s1.tickTime);
Snapshot result = Interpolator.Interpolate(progress, s0, s1, s2, s3);
return(result);
}
public IEnumerator Animate(Transform T, Vector3 newPos, Lock locker = null)
{
if (locker != null)
{
locker.SignalStart();
}
Vector3 oldPos = T.position;
for (float t = 0f; t < this.end; t += Time.deltaTime * speed * Options.Animation.movementSpeed)
{
T.position = I.Interpolate(t) * newPos + (1 - I.Interpolate(t)) * oldPos;
yield return(new WaitForEndOfFrame());
}
T.position = newPos;
if (locker != null)
{
locker.SignalStop();
}
}
public static void SpriteFade(Interpolator interpolator, SpriteRenderer sprite, float startAplha, float endAlpha, float duration, AnimationCurve curve, Action onEnded = null)
{
void fade(float alpha)
{
var color = sprite.color;
color.a = alpha;
sprite.color = color;
}
var interpolationData = new InterpolationData <float>(fade, startAplha, endAlpha, duration, curve, onEnded);
interpolator.Interpolate(interpolationData);
}
public static Secret ReconstructFrom(IEnumerable <Share> shares)
{
if (shares.Count() < 2)
{
throw new InvalidDataException("There are needed at least 2 shares to recover any secret.");
}
if (!AssertDistinct(shares))
{
throw new InvalidDataException("Non-unique shares was provided. Unable to recover secret.");
}
var interpolator = new Interpolator(shares, Common.BasePrime);
var secret = interpolator.Interpolate();
return(new Secret(secret.ToString("x")));
}
static void Postfix(SG_HiringHall_DetailPanel __instance, Pilot p, LocalizableText ___DescriptionText)
{
CrewDetails details = ModState.GetCrewDetails(p.pilotDef);
StringBuilder sb = new StringBuilder();
// Check hazard pay
if (details.HazardPay > 0)
{
string hazardPayS = new Text(Mod.LocalizedText.Labels[ModText.LT_Crew_Hazard_Pay],
new object[] { SimGameState.GetCBillString(details.HazardPay) }).ToString();
Mod.Log.Debug?.Write($"Hazard pay is: {hazardPayS}");
sb.Append(hazardPayS);
sb.Append("\n\n");
}
// Convert favored and hated faction
if (details.FavoredFactionId > 0)
{
FactionValue faction = FactionEnumeration.GetFactionByID(details.FavoredFactionId);
string favoredFactionS = new Text(Mod.LocalizedText.Labels[ModText.LT_Crew_Dossier_Biography_Faction_Favored],
new object[] { faction.FactionDef.CapitalizedName }).ToString();
sb.Append(favoredFactionS);
sb.Append("\n\n");
Mod.Log.Debug?.Write($" Favored Faction is: {favoredFactionS}");
//Mod.Log.Debug?.Write($" Favored Faction => name: '{faction.Name}' friendlyName: '{faction.FriendlyName}' " +
// $"factionDef.Name: {faction.FactionDef?.Name} factionDef.CapitalizedName: {faction.FactionDef.CapitalizedName} " +
// $"factionDef.ShortName: {faction.FactionDef?.ShortName} factionDef.CapitalizedShortName: {faction.FactionDef.CapitalizedShortName} " +
// $"");
}
if (details.HatedFactionId > 0)
{
FactionValue faction = FactionEnumeration.GetFactionByID(details.HatedFactionId);
string hatedFactionS = new Text(Mod.LocalizedText.Labels[ModText.LT_Crew_Dossier_Biography_Faction_Hated],
new object[] { faction.FactionDef.CapitalizedName }).ToString();
sb.Append(hatedFactionS);
sb.Append("\n\n");
Mod.Log.Debug?.Write($" Hated Faction is: {hatedFactionS}");
}
sb.Append(Interpolator.Interpolate(p.pilotDef.Description.GetLocalizedDetails().ToString(true), ModState.SimGameState.Context, true));
___DescriptionText.SetText(sb.ToString());
}
/// <summary>
/// Applies the interpolated value to a target
/// </summary>
/// <exception cref="Exception"></exception>
protected virtual void ApplyValue()
{
//Debug.Log("ApplyValue StartValue: " + StartValue);
//Debug.Log("ApplyValue EndValue: " + EndValue);
try
{
_currentValue = Interpolator.Interpolate(_fraction, StartValue, EndValue);
}
catch (Exception ex)
{
TweenErrorSignal.Instance.Emit(Target, this, _fraction, StartValue, EndValue, ex);
}
if (null == _proxy)
{
throw new Exception("Proxy not defined: " + Name);
}
_proxy.SetValue(_currentValue);
}
void Update()
{
float now = Time.time;
double value = (double)transform.position.y;
foreach (double val in interpolator.Interpolate(now, value))
{
value = lowPassFilter.Filter(val);
value = highPassFilter.Filter(value);
// Nod happens upon negative movement, larger than threshold.
if (readyToNod && value < -noddingThreshold)
{
readyToNod = false;
Logger.Event("Nodding");
}
if (value < notNoddingThreshold && value > -notNoddingThreshold)
{
readyToNod = true;
}
}
}
protected string Interpolate(string str, IScope scope)
{
var s = GetInterpolationScope(scope);
return(Interpolator.Interpolate(str, s));
}
private void SmoothMoveTo(Vector3 destination)
{
var data = new InterpolationData <Vector3>(move, transform.position, destination, animDuration, curve);
interpolator.Interpolate(data);
}
public static void Postfix(List <ResultDescriptionEntry> __result, SimGameStat[] stats, GameContext context, string prefix)
{
var sim = UnityGameInstance.BattleTechGame.Simulation;
if (Main.Settings.DependsOnArgoUpgrade && !sim.PurchasedArgoUpgrades.Contains(Main.Settings.ArgoUpgrade))
{
return;
}
if (stats.All(stat => !stat.name.StartsWith("Item.MECHPART.") && !stat.name.StartsWith("Item.MechDef.")))
{
return;
}
// remove blank result descriptions
var removeResultDescription = new List <ResultDescriptionEntry>();
foreach (var descriptionEntry in __result)
{
//Main.HBSLog.Log("descriptionEntry.Text: " + descriptionEntry.Text.ToString(false));
if (descriptionEntry.Text.ToString(false).Contains("[[DM.SimGameStatDescDefs[MissingStatDescDef]"))
{
removeResultDescription.Add(descriptionEntry);
}
}
foreach (var entry in removeResultDescription)
{
__result.Remove(entry);
}
// add "real" descriptions for MECHPARTs or MechDefs
var gameContext = new GameContext(context);
foreach (var stat in stats)
{
if (!stat.name.StartsWith("Item.MECHPART.") && !stat.name.StartsWith("Item.MechDef."))
{
continue;
}
var text = "";
var split = stat.name.Split('.');
var type = split[1];
var mechID = split[2];
var num = int.Parse(stat.value);
switch (type)
{
case "MechDef":
text = $"Added [[DM.ChassisDefs[{mechID}],{{DM.ChassisDefs[{mechID}].Description.UIName}}]] to 'Mech storage";
break;
case "MECHPART":
if (num > 0)
{
text = $"Added {num} [[DM.MechDefs[{mechID}],{{DM.MechDefs[{mechID}].Description.UIName}}]] Parts";
}
else
{
text = $"Removed {num * -1} [[DM.MechDefs[{mechID}],{{DM.MechDefs[{mechID}].Description.UIName}}]] Parts";
}
break;
}
__result.Add(new ResultDescriptionEntry(new Text(
$"{prefix} {Interpolator.Interpolate(text, gameContext, false)}"), gameContext, stat.name));
}
}
private void AnimateBackground()
{
var data = new InterpolationData <float>(SetBackgroundAlpha, 0f, backgroundAlpha, backgroundFadeDuration, backgroundFadeCurve);
interpolator.Interpolate(data);
}
/// <summary>
/// Sets the value of the targetValues.Target attribute equal to the value of the sourceValues.Source attribute.
/// </summary>
/// <param name="sourceValues">The source values to assign from.</param>
/// <param name="targetValues">The target values to assin to.</param>
/// <param name="evaluator">An evaluator function providing an opportunity to inspect or modify the final value to assign.</param>
public void Assign(ValueBag sourceValues, ValueBag targetValues, Func <string, string, dynamic, dynamic> evaluator = null)
{
evaluator = evaluator ?? ((source, target, value) => value);
// find all of the source names delimited within {} braces.
// scan the tokens, if source element ends in } then we have a column source value
if (Interpolator.Interpolations(this.Source).Count == 0)
{
// if this is a literal assignment the source will begin with a single quote
var sourceValue = this.Source.StartsWith("'")
? this.Source.Trim("'".ToCharArray())
: sourceValues.GetValue(this.Source) ?? this.Default;
// if we have a global values clause resolve the sourceValue to a value in the list
sourceValue = ResolveToConstrainedValue("*", sourceValue);
// if we have a source specific values clause; resolve the sourceValue to a value in the list
sourceValue = ResolveToConstrainedValue(this.Source, sourceValue);
// finally bind the result of the evaluator to our sources
targetValues.SetValue(this.Target, evaluator(this.Source, this.Target, sourceValue));
}
else
{
targetValues.SetValue(this.Target, evaluator(this.Source, this.Target,
Interpolator.Interpolate(this.Source, sourceValues, (src, value) => {
// if we have a global values clause resolve the sourceValue to a value in the list
value = ResolveToConstrainedValue("*", value ?? this.Default);
// if we have a source specific values clause; resolve the sourceValue to a value in the list
value = ResolveToConstrainedValue(src, value);
// finally bind the result of the evaluator
return(evaluator(src, this.Target, value));
})));
}
//// {colA} -- {colB} ==> colA}, -- , colB}
//var sources = new Dictionary<string, dynamic>();
//var results = expression.Matches(this.Source);
//foreach (Match match in results) {
// var token = match.Value.Trim('{', '}');
// if (!sources.ContainsKey(token))
// sources.Add(token, null);
//}
//// If no braces present then use the source statement as is
//if (sources.Count == 0)
// sources.Add(this.Source, null);
//// bind the source values to our sources
//foreach (var source in sources.Keys.ToList()) {
// // if this is a literal assignment the source will begin with a single quote
// var sourceValue = source.StartsWith("'")
// ? source.Trim("'".ToCharArray())
// : sourceValues.GetValue(source) ?? this.Default;
// // if we have a global values clause resolve the sourceValue to a value in the list
// sourceValue = ResolveToConstrainedValue("*", sourceValue);
// // if we have a source specific values clause; resolve the sourceValue to a value in the list
// sourceValue = ResolveToConstrainedValue(source, sourceValue);
// // finally bind the result of the evaluator to our sources
// sources[source] = evaluator(source, this.Target, sourceValue);
//}
//// assign the value
//if (sources.Count > 1) {
// string interpolation = this.Source;
// foreach (var source in sources.Keys)
// interpolation = interpolation.Replace(string.Concat("{", source, "}"), string.Format("{0}", sources[source]));
// targetValues.SetValue(this.Target, interpolation);
//} else
// targetValues.SetValue(this.Target, sources[this.Source]);
//targetValues.SetValue(this.Target, Console.Interpolate(this.Source, sourceValues, (src, value) => {
// // if we have a global values clause resolve the sourceValue to a value in the list
// value = ResolveToConstrainedValue("*", value ?? this.Default);
// // if we have a source specific values clause; resolve the sourceValue to a value in the list
// value = ResolveToConstrainedValue(src, value);
// // finally bind the result of the evaluator
// return evaluator(src, this.Target, value);
// }));
}
public float[] GetMotionWeights(Vector3 velocity)
{
return(interpolator.Interpolate(new float[] { velocity.x, velocity.y, velocity.z }));
}