private void OnLoaded()
{
ConfigurePlane();
double textSize = 2;
var inAnchorPoint = Point(-25, 12.5);
var curveA = Geometry.Parse("M0,0 c0-140.72,255.69-140.33,255.69,0");
var brush = FlatBrushes.Clouds;
var group = new VisualObjectRenderer();
//Objects===================================================================================================================================================================================================
var equation = InTex("x^3+px+q=0", textSize, inAnchorPoint, RectPoint.NaN);
var s1 = Characters(inAnchorPoint, RectPoint.NaN, false, Character.FromCanvas(Resources["s8"] as Canvas), PositiveReals).Fit(PositiveReals, (7, 7 + 1), equation, (8, 8 + 1), 1).Translate(PositiveReals, new Vector(200, 250), false, 1).Hide();
var s2 = InTex("u^3+v^3+q=0", textSize, inAnchorPoint, RectPoint.NaN).Insert(PositiveReals, null, s1, (8, 8 + 9), 1);
var system = Group(InCharacters(s1, (0, 0 + 8)), s2);
group.Children.Add(equation);
group.Children.Add(system);
//Step1----------------------------------------------------------------------------------------------------------------------------------------------------------
var syncp1a = new SynchronizedProgress(0);
var syncp1b = new SynchronizedProgress(1);
var step1 = InTex("(u+v)^3+p(u+v)+q=0", textSize, inAnchorPoint, RectPoint.NaN).Align(PositiveReals, equation, 1);
var s1c = InCharacters(step1, PositiveReals)
.Brace(0, 3, 1, syncp1b)
.Brace(8, 3, 1, syncp1b)
.Insert((4, 12), (6, 6 + 1), equation, (2, 2 + 1), 1, true, false, default, syncp1b)
private void OnLoaded()
{
ConfigurePlane();
double textSize = 1.6;
var inAnchorPoint = Point(12, 5);
var brush = FlatBrushes.Clouds;
var group = new VisualObjectRenderer();
//Objects============================================================================================================================================================================================
var text = InTex("a=b", textSize, inAnchorPoint, RectPoint.Center).Color(FlatBrushes.Clouds);
group.Children.Add(text);
//===================================================================================================================================================================================================
plane.VisualObjects.Add(group);
void Display(params VisualObject[] objects)
{
foreach (var visualObject in objects)
{
visualObject.Effects.Insert(0, new ColorCharacterEffect(PositiveReals, brush, null, false, 1));
}
}
void Hide(params VisualObject[] objects)
{
foreach (var visualObject in objects)
{
visualObject.Hide();
}
}
void Color(Brush br, params VisualObject[] objects)
private void OnLoaded()
{
ConfigurePlane();
var group = new VisualObjectRenderer();
var syncp1 = new SynchronizedProgress(0);
var syncp2 = new SynchronizedProgress(1);
plane.Grid.Stroke = null;
plane.Grid.SecondaryStroke = null;
plane.Axes.Style(null, null);
plane.AxesNumbers.Style(null, null);
var curveExp = Geometry.Parse("M0,0 c0-73.08,133.23-21.34,133.23,0");
var curve = Geometry.Parse("M0,0 c0-140.72,255.69-140.33,255.69,0");
var xyz = Tex(@"xyz", new Point(-10, 6)).Color(0, -1, FlatBrushes.Alizarin, null);
var zfgyufdzu = Tex(@"\frac{df}{dx}?", new Point(5, 12.5)).Color(0, -1, FlatBrushes.Clouds, null).Color(0, 2, FlatBrushes.PeterRiver, null).Color(3, 2, FlatBrushes.SunFlower, null);
var xzfgyufdzu = new MorphingVisualObject(zfgyufdzu.GetTransformedCharacters(true), xyz.GetTransformedCharacters(true)).Style(FlatBrushes.Alizarin);
zfgyufdzu.Color(0, -1, null, null);
//xzfgyufdzu.Correspondances = new CorrespondanceDictionary { { 2, 2 } };
var text = Tex("(a+b)(a-b)=a^2-b^2", new Point(-25, 12.5), 130).Brace(0, 0, 4, 4, syncp2);
var step1 = Tex("(a+b)(a-b)=aa+-bb^2", new Point(-25, 12.5), 130);
var eq = Characters(text, 10, 1, false);
var a1 = Characters(text, 1, 1, false).Insert(0, -1, step1, 11, 1, 0, syncp1).TranslateAlongPath(0, -1, curve, Translations.Y, 0, syncp1);
var a2 = Characters(text, 6, 1, false).Insert(0, -1, step1, 12, 1, 0, syncp1).TranslateAlongPath(0, -1, curve, Translations.Y, 0, syncp1);
var b1 = Characters(text, 3, 1, false).Insert(0, -1, step1, 15, 1, 0, syncp1).TranslateAlongPath(0, -1, curve, Translations.MinusY, 0, syncp1);
var b2 = Characters(text, 8, 1, false).Insert(0, -1, step1, 16, 1, 0, syncp1).TranslateAlongPath(0, -1, curve, Translations.MinusY, 0, syncp1);
var p = Characters(text, 2, 1, false).Insert(0, -1, step1, 13, 1, 0, syncp1);
var m = Characters(text, 7, 1, false).Insert(0, -1, step1, 14, 1, 0, syncp1);
var m2 = Characters(text, 13, 1, false).Insert(0, -1, p, 0, -1, 1, true, false, default);
var asq = Characters(text, 11, 2, false);
var bsq = Characters(text, 14, 2, false);
var elc = new ELC {
PointsRadius = 7, Center = plane.Origin, Rank = 5
};
group.Children.Add(zfgyufdzu);
group.Children.Add(xzfgyufdzu);
group.Children.Add(text);
group.Children.Add(eq);
group.Children.Add(a1);
group.Children.Add(a2);
group.Children.Add(b1);
group.Children.Add(b2);
group.Children.Add(p);
group.Children.Add(m);
group.Children.Add(m2);
group.Children.Add(asq);
group.Children.Add(bsq);
plane.VisualObjects.Add(group);
plane.VisualObjects.Add(elc);
async Task Animate()
{
await Animate <double>(null, value => xzfgyufdzu.Progress = value, 0, 1, TimeSpan.FromSeconds(0.7), new RepeatBehavior(4), true, false, new CubicEase { EasingMode = EasingMode.EaseInOut }, 60);
elc.Stroke = new Pen(FlatBrushes.Alizarin, 3);
elc.PointsFill = FlatBrushes.SunFlower;
elc.PointsStroke = new Pen(FlatBrushes.SunFlower.EditFreezable(brush => brush.Opacity = 0.6), 0);
await elc.Animate(true, TimeSpan.FromSeconds(2), null, new ELCWriteCharacterEffect(0, -1, new Progress(0, ProgressMode.LaggedStart)));
await elc.Animate(false, TimeSpan.FromSeconds(0.5), null, new ELCFocusCharacterEffect(0, -1, i => i == 3, 0.1, 0)).AtLeast(200);
plane.Grid.Stroke = new Pen(Brushes.DeepSkyBlue, 1);
plane.Grid.SecondaryStroke = new Pen(Brushes.DeepSkyBlue.EditFreezable(fill => fill.Opacity = 0.3), 1);
await plane.Grid.Animate(true, TimeSpan.FromSeconds(4), null, new StrokeCharacterEffect(0, -1, new Progress(0, ProgressMode.LaggedStart)) { EasingFunction = new CubicEase {
EasingMode = EasingMode.EaseOut
} });
plane.Axes.Style(null, new Pen(FlatBrushes.Clouds, 2));
await plane.Axes.Animate(true, TimeSpan.FromSeconds(1), null, new StrokeCharacterEffect(0, -1, 0) { EasingFunction = new CubicEase {
EasingMode = EasingMode.EaseOut
} });
plane.AxesNumbers.Style(FlatBrushes.Clouds, null);
await plane.AxesNumbers.Write(false);
await zfgyufdzu.Color(0, -1, FlatBrushes.Clouds, null).Color(0, 2, FlatBrushes.PeterRiver, null).Color(3, 2, FlatBrushes.SunFlower, null).Write().AtLeast(120);
await zfgyufdzu.ReColor(0, -1, null, null).AtMost(15);
await text.ReColor(0, 10, FlatBrushes.Clouds, null);
await syncp2.Animate(0.8, new CubicEase { EasingMode = EasingMode.EaseInOut }, 1, 0);
await eq.Color(0, -1, FlatBrushes.Clouds, null).Write();
a1.Color(0, -1, FlatBrushes.Clouds, null);
a2.Color(0, -1, FlatBrushes.Clouds, null);
b1.Color(0, -1, FlatBrushes.Clouds, null);
b2.Color(0, -1, FlatBrushes.Clouds, null);
p.Color(0, -1, FlatBrushes.Clouds, null);
m.Color(0, -1, FlatBrushes.Clouds, null);
await syncp1.Animate(1.5, new CubicEase { EasingMode = EasingMode.EaseInOut });
await Task.WhenAll(asq.Color(0, -1, FlatBrushes.Clouds, null).PowerFrom(a1, a2), bsq.Color(0, -1, FlatBrushes.Clouds, null).PowerFrom(Characters(text, 14, 1), b1, b2), Group(true, false, Characters(text, 13, 1), p, m)).AtMost(35);
m2.Color(0, -1, FlatBrushes.Clouds, null);
await p.Animate(false, TimeSpan.FromSeconds(0.9), new CubicEase { EasingMode = EasingMode.EaseOut }, new SizeCharacterEffect(0, -1, new Size(text.Size("-").Width, 0), new RectPoint(0.5, 0.5), 0)).AtMost(20);
m2.Destroy();
await Timing.FramesDelay(65);
}
this.Animate = Animate;
}
private void OnLoaded()
{
ConfigurePlane();
double textSize = 80;
var brush = FlatBrushes.Clouds;
var group = new VisualObjectRenderer();
//Objects===================================================================================================================================================================================================
var obj = Tex(@"", Point(-25, 12.5), textSize);
group.Children.Add(obj);
//Step1----------------------------------------------------------------------------------------------------------------------------------------------------------
var syncp1a = new SynchronizedProgress(0);
var syncp1b = new SynchronizedProgress(1);
//===================================================================================================================================================================================================
plane.VisualObjects.Add(group);
void Display(params VisualObject[] objects)
{
foreach (var visualObject in objects)
{
visualObject.Color(brush);
}
}
void Hide(params VisualObject[] objects)
{
foreach (var visualObject in objects)
{
visualObject.Hide();
}
}
void Destroy(params VisualObject[] objects)
{
foreach (var visualObject in objects)
{
visualObject.Destroy();
}
}
async Task Animate()
{
//Step1----------------------------------------------------------------------------------------------------------------------------------------------------------
Display();
await Task.WhenAll(syncp1a.Animate(1, new CubicEase {
EasingMode = EasingMode.EaseInOut
}), syncp1b.Animate(1, new CubicEase {
EasingMode = EasingMode.EaseInOut
}, 1, 0));
Destroy();
}
this.Animate = Animate;
}
