package a0; import android.graphics.Rect; import android.util.SparseArray; import android.view.View; import android.view.ViewGroup; import android.view.animation.Interpolator; import androidx.constraintlayout.utils.widget.MotionLabel; import com.google.android.gms.measurement.internal.u1; import java.lang.reflect.Array; import java.util.ArrayList; import java.util.Arrays; import java.util.Collections; import java.util.HashMap; import java.util.HashSet; import java.util.Iterator; import java.util.LinkedHashMap; import xyz.stream.utils.f0; /* JADX INFO: loaded from: classes.dex */ public final class q { public n[] A; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final View f167b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final int f168c; /* JADX INFO: renamed from: j, reason: collision with root package name */ public v.d[] f175j; /* JADX INFO: renamed from: k, reason: collision with root package name */ public v.b f176k; /* JADX INFO: renamed from: o, reason: collision with root package name */ public int[] f180o; /* JADX INFO: renamed from: p, reason: collision with root package name */ public double[] f181p; /* JADX INFO: renamed from: q, reason: collision with root package name */ public double[] f182q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public String[] f183r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public int[] f184s; /* JADX INFO: renamed from: x, reason: collision with root package name */ public HashMap f189x; /* JADX INFO: renamed from: y, reason: collision with root package name */ public HashMap f190y; /* JADX INFO: renamed from: z, reason: collision with root package name */ public HashMap f191z; /* JADX INFO: renamed from: a, reason: collision with root package name */ public final Rect f166a = new Rect(); /* JADX INFO: renamed from: d, reason: collision with root package name */ public boolean f169d = false; /* JADX INFO: renamed from: e, reason: collision with root package name */ public int f170e = -1; /* JADX INFO: renamed from: f, reason: collision with root package name */ public final y f171f = new y(); /* JADX INFO: renamed from: g, reason: collision with root package name */ public final y f172g = new y(); /* JADX INFO: renamed from: h, reason: collision with root package name */ public final o f173h = new o(); /* JADX INFO: renamed from: i, reason: collision with root package name */ public final o f174i = new o(); /* JADX INFO: renamed from: l, reason: collision with root package name */ public float f177l = Float.NaN; /* JADX INFO: renamed from: m, reason: collision with root package name */ public float f178m = 0.0f; /* JADX INFO: renamed from: n, reason: collision with root package name */ public float f179n = 1.0f; /* JADX INFO: renamed from: t, reason: collision with root package name */ public final float[] f185t = new float[4]; /* JADX INFO: renamed from: u, reason: collision with root package name */ public final ArrayList f186u = new ArrayList(); /* JADX INFO: renamed from: v, reason: collision with root package name */ public final float[] f187v = new float[1]; /* JADX INFO: renamed from: w, reason: collision with root package name */ public final ArrayList f188w = new ArrayList(); public int B = -1; public int C = -1; public View D = null; public int E = -1; public float F = Float.NaN; public Interpolator G = null; public boolean H = false; public q(View view) { this.f167b = view; this.f168c = view.getId(); ViewGroup.LayoutParams layoutParams = view.getLayoutParams(); if (layoutParams instanceof androidx.constraintlayout.widget.c) { ((androidx.constraintlayout.widget.c) layoutParams).getClass(); } } public static void h(Rect rect, Rect rect2, int i10, int i11, int i12) { if (i10 == 1) { int i13 = rect.left + rect.right; rect2.left = ((rect.top + rect.bottom) - rect.width()) / 2; rect2.top = i12 - ((rect.height() + i13) / 2); rect2.right = rect.width() + rect2.left; rect2.bottom = rect.height() + rect2.top; return; } if (i10 == 2) { int i14 = rect.left + rect.right; rect2.left = i11 - ((rect.width() + (rect.top + rect.bottom)) / 2); rect2.top = (i14 - rect.height()) / 2; rect2.right = rect.width() + rect2.left; rect2.bottom = rect.height() + rect2.top; return; } if (i10 == 3) { int i15 = rect.left + rect.right; rect2.left = ((rect.height() / 2) + rect.top) - (i15 / 2); rect2.top = i12 - ((rect.height() + i15) / 2); rect2.right = rect.width() + rect2.left; rect2.bottom = rect.height() + rect2.top; return; } if (i10 != 4) { return; } int i16 = rect.left + rect.right; rect2.left = i11 - ((rect.width() + (rect.bottom + rect.top)) / 2); rect2.top = (i16 - rect.height()) / 2; rect2.right = rect.width() + rect2.left; rect2.bottom = rect.height() + rect2.top; } public final void a(c cVar) { this.f188w.add(cVar); } public final float b(float[] fArr, float f10) { float f11 = 0.0f; if (fArr != null) { fArr[0] = 1.0f; } else { float f12 = this.f179n; if (f12 != 1.0d) { float f13 = this.f178m; if (f10 < f13) { f10 = 0.0f; } if (f10 > f13 && f10 < 1.0d) { f10 = Math.min((f10 - f13) * f12, 1.0f); } } } v.f fVar = this.f171f.f221a; float f14 = Float.NaN; for (y yVar : this.f186u) { v.f fVar2 = yVar.f221a; if (fVar2 != null) { float f15 = yVar.f223c; if (f15 < f10) { fVar = fVar2; f11 = f15; } else if (Float.isNaN(f14)) { f14 = yVar.f223c; } } } if (fVar != null) { float f16 = (Float.isNaN(f14) ? 1.0f : f14) - f11; double d10 = (f10 - f11) / f16; f10 = (((float) fVar.a(d10)) * f16) + f11; if (fArr != null) { fArr[0] = (float) fVar.b(d10); } } return f10; } public final void c(double d10, float[] fArr, float[] fArr2) { double[] dArr = new double[4]; double[] dArr2 = new double[4]; this.f175j[0].f(d10, dArr); this.f175j[0].i(d10, dArr2); float f10 = 0.0f; Arrays.fill(fArr2, 0.0f); int[] iArr = this.f180o; y yVar = this.f171f; float f11 = yVar.f225e; float f12 = yVar.f226f; float f13 = yVar.f227g; float f14 = yVar.f228h; float f15 = 0.0f; float f16 = 0.0f; float f17 = 0.0f; for (int i10 = 0; i10 < iArr.length; i10++) { float f18 = (float) dArr[i10]; float f19 = (float) dArr2[i10]; int i11 = iArr[i10]; if (i11 == 1) { f11 = f18; f10 = f19; } else if (i11 == 2) { f12 = f18; f17 = f19; } else if (i11 == 3) { f13 = f18; f15 = f19; } else if (i11 == 4) { f14 = f18; f16 = f19; } } float f20 = 2.0f; float f21 = (f15 / 2.0f) + f10; float fSin = (f16 / 2.0f) + f17; q qVar = yVar.f233m; if (qVar != null) { float[] fArr3 = new float[2]; float[] fArr4 = new float[2]; qVar.c(d10, fArr3, fArr4); float f22 = fArr3[0]; float f23 = fArr3[1]; float f24 = fArr4[0]; float f25 = fArr4[1]; double d11 = f11; double d12 = f12; float fSin2 = (float) (((Math.sin(d12) * d11) + ((double) f22)) - ((double) (f13 / 2.0f))); float fCos = (float) ((((double) f23) - (Math.cos(d12) * d11)) - ((double) (f14 / 2.0f))); double d13 = f24; double d14 = f10; double d15 = f17; float fCos2 = (float) ((Math.cos(d12) * d15) + (Math.sin(d12) * d14) + d13); fSin = (float) ((Math.sin(d12) * d15) + (((double) f25) - (Math.cos(d12) * d14))); f11 = fSin2; f12 = fCos; f21 = fCos2; f20 = 2.0f; } fArr[0] = (f13 / f20) + f11 + 0.0f; fArr[1] = (f14 / f20) + f12 + 0.0f; fArr2[0] = f21; fArr2[1] = fSin; } public final void d(float f10, float f11, float f12, float[] fArr) { double[] dArr; float[] fArr2 = this.f187v; float fB = b(fArr2, f10); v.d[] dVarArr = this.f175j; int i10 = 0; if (dVarArr == null) { y yVar = this.f172g; float f13 = yVar.f225e; y yVar2 = this.f171f; float f14 = f13 - yVar2.f225e; float f15 = yVar.f226f - yVar2.f226f; float f16 = yVar.f227g - yVar2.f227g; float f17 = (yVar.f228h - yVar2.f228h) + f15; fArr[0] = ((f16 + f14) * f11) + ((1.0f - f11) * f14); fArr[1] = (f17 * f12) + ((1.0f - f12) * f15); return; } double d10 = fB; dVarArr[0].i(d10, this.f182q); this.f175j[0].f(d10, this.f181p); float f18 = fArr2[0]; while (true) { dArr = this.f182q; if (i10 >= dArr.length) { break; } dArr[i10] = dArr[i10] * ((double) f18); i10++; } v.b bVar = this.f176k; if (bVar == null) { y yVar3 = this.f171f; int[] iArr = this.f180o; double[] dArr2 = this.f181p; yVar3.getClass(); y.h(f11, f12, fArr, iArr, dArr, dArr2); return; } double[] dArr3 = this.f181p; if (dArr3.length > 0) { bVar.f(d10, dArr3); this.f176k.i(d10, this.f182q); y yVar4 = this.f171f; int[] iArr2 = this.f180o; double[] dArr4 = this.f182q; double[] dArr5 = this.f181p; yVar4.getClass(); y.h(f11, f12, fArr, iArr2, dArr4, dArr5); } } public final float e() { char c6; float[] fArr = new float[2]; float f10 = 1.0f / 99; double d10 = 0.0d; double d11 = 0.0d; int i10 = 0; float fHypot = 0.0f; while (i10 < 100) { float f11 = i10 * f10; double dA = f11; v.f fVar = this.f171f.f221a; float f12 = Float.NaN; float f13 = 0.0f; for (y yVar : this.f186u) { v.f fVar2 = yVar.f221a; if (fVar2 != null) { float f14 = yVar.f223c; if (f14 < f11) { fVar = fVar2; f13 = f14; } else if (Float.isNaN(f12)) { f12 = yVar.f223c; } } } if (fVar != null) { if (Float.isNaN(f12)) { f12 = 1.0f; } dA = (((float) fVar.a((f11 - f13) / r7)) * (f12 - f13)) + f13; } this.f175j[0].f(dA, this.f181p); int i11 = i10; this.f171f.e(dA, this.f180o, this.f181p, fArr, 0); if (i11 > 0) { c6 = 0; fHypot += (float) Math.hypot(d11 - ((double) fArr[1]), d10 - ((double) fArr[0])); } else { c6 = 0; } d10 = fArr[c6]; i10 = i11 + 1; d11 = fArr[1]; } return fHypot; } /* JADX WARN: Removed duplicated region for block: B:126:0x0332 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final boolean f(float f10, long j10, View view, f0 f0Var) { z.n nVar; boolean zF; float f11; int i10; boolean z10; double d10; float f12; y yVar; z.n nVar2; boolean z11; double d11; float f13; float f14; boolean z12; float f15; double d12; float f16; q qVar = this; View view2 = view; float fB = qVar.b(null, f10); int i11 = qVar.E; if (i11 != -1) { float f17 = 1.0f / i11; float fFloor = ((float) Math.floor(fB / f17)) * f17; float f18 = (fB % f17) / f17; if (!Float.isNaN(qVar.F)) { f18 = (f18 + qVar.F) % 1.0f; } Interpolator interpolator = qVar.G; fB = ((interpolator != null ? interpolator.getInterpolation(f18) : ((double) f18) > 0.5d ? 1.0f : 0.0f) * f17) + fFloor; } float f19 = fB; HashMap map = qVar.f190y; if (map != null) { Iterator it = map.values().iterator(); while (it.hasNext()) { ((z.k) it.next()).c(f19, view2); } } HashMap map2 = qVar.f189x; if (map2 != null) { nVar = null; zF = false; for (z.p pVar : map2.values()) { if (pVar instanceof z.n) { nVar = (z.n) pVar; } else { zF |= pVar.f(f19, j10, view, f0Var); } } } else { nVar = null; zF = false; } v.d[] dVarArr = qVar.f175j; y yVar2 = qVar.f171f; if (dVarArr != null) { double d13 = f19; dVarArr[0].f(d13, qVar.f181p); qVar.f175j[0].i(d13, qVar.f182q); v.b bVar = qVar.f176k; if (bVar != null) { double[] dArr = qVar.f181p; if (dArr.length > 0) { bVar.f(d13, dArr); qVar.f176k.i(d13, qVar.f182q); } } if (qVar.H) { d10 = d13; f12 = f19; yVar = yVar2; nVar2 = nVar; z11 = zF; } else { int[] iArr = qVar.f180o; double[] dArr2 = qVar.f181p; double[] dArr3 = qVar.f182q; boolean z13 = qVar.f169d; float f20 = yVar2.f225e; float f21 = yVar2.f226f; float f22 = yVar2.f227g; float f23 = yVar2.f228h; if (iArr.length != 0) { f14 = f20; if (yVar2.S.length <= iArr[iArr.length - 1]) { int i12 = iArr[iArr.length - 1] + 1; yVar2.S = new double[i12]; yVar2.T = new double[i12]; } } else { f14 = f20; } Arrays.fill(yVar2.S, Double.NaN); for (int i13 = 0; i13 < iArr.length; i13++) { double[] dArr4 = yVar2.S; int i14 = iArr[i13]; dArr4[i14] = dArr2[i13]; yVar2.T[i14] = dArr3[i13]; } float f24 = Float.NaN; f12 = f19; nVar2 = nVar; float f25 = f23; float f26 = f14; float fCos = f21; float f27 = 0.0f; int i15 = 0; float f28 = 0.0f; float f29 = 0.0f; z11 = zF; float f30 = 0.0f; while (true) { double[] dArr5 = yVar2.S; z12 = z13; if (i15 >= dArr5.length) { break; } if (Double.isNaN(dArr5[i15])) { d12 = d13; f16 = f24; } else { d12 = d13; float f31 = (float) (Double.isNaN(yVar2.S[i15]) ? 0.0d : yVar2.S[i15] + 0.0d); f16 = f24; float f32 = (float) yVar2.T[i15]; if (i15 == 1) { f27 = f32; f26 = f31; } else if (i15 == 2) { f30 = f32; fCos = f31; } else if (i15 == 3) { f28 = f32; f22 = f31; } else if (i15 != 4) { if (i15 == 5) { f24 = f31; } i15++; z13 = z12; d13 = d12; } else { f29 = f32; f25 = f31; } } f24 = f16; i15++; z13 = z12; d13 = d12; } d10 = d13; float f33 = f24; q qVar2 = yVar2.f233m; if (qVar2 != null) { float[] fArr = new float[2]; float[] fArr2 = new float[2]; qVar2.c(d10, fArr, fArr2); float f34 = fArr[0]; float f35 = fArr[1]; yVar = yVar2; float f36 = fArr2[0]; float f37 = fArr2[1]; double d14 = f26; double d15 = fCos; float fSin = (float) (((Math.sin(d15) * d14) + ((double) f34)) - ((double) (f22 / 2.0f))); fCos = (float) ((((double) f35) - (Math.cos(d15) * d14)) - ((double) (f25 / 2.0f))); double d16 = f27; double d17 = f30; float fCos2 = (float) ((Math.cos(d15) * d14 * d17) + (Math.sin(d15) * d16) + ((double) f36)); f15 = f22; float fSin2 = (float) ((Math.sin(d15) * d14 * d17) + (((double) f37) - (Math.cos(d15) * d16))); if (dArr3.length >= 2) { dArr3[0] = fCos2; dArr3[1] = fSin2; } if (Float.isNaN(f33)) { view2 = view; } else { view2 = view; view2.setRotation((float) (Math.toDegrees(Math.atan2(fSin2, fCos2)) + ((double) f33))); } f26 = fSin; } else { float f38 = f27; f15 = f22; yVar = yVar2; if (!Float.isNaN(f33)) { view2.setRotation(((float) Math.toDegrees(Math.atan2((f29 / 2.0f) + f30, (f28 / 2.0f) + f38))) + f33 + 0.0f); } } if (view2 instanceof b) { ((MotionLabel) ((b) view2)).c(f26, fCos, f26 + f15, f25 + fCos); } else { float f39 = f26 + 0.5f; int i16 = (int) f39; float f40 = fCos + 0.5f; int i17 = (int) f40; int i18 = (int) (f39 + f15); int i19 = (int) (f40 + f25); int i20 = i18 - i16; int i21 = i19 - i17; if (i20 != view.getMeasuredWidth() || i21 != view.getMeasuredHeight() || z12) { view2.measure(View.MeasureSpec.makeMeasureSpec(i20, 1073741824), View.MeasureSpec.makeMeasureSpec(i21, 1073741824)); } view2.layout(i16, i17, i18, i19); } qVar = this; qVar.f169d = false; } if (qVar.C != -1) { if (qVar.D == null) { qVar.D = ((View) view.getParent()).findViewById(qVar.C); } if (qVar.D != null) { float bottom = (qVar.D.getBottom() + r1.getTop()) / 2.0f; float right = (qVar.D.getRight() + qVar.D.getLeft()) / 2.0f; if (view.getRight() - view.getLeft() > 0 && view.getBottom() - view.getTop() > 0) { view2.setPivotX(right - view.getLeft()); view2.setPivotY(bottom - view.getTop()); } } } HashMap map3 = qVar.f190y; if (map3 != null) { for (z.k kVar : map3.values()) { if (kVar instanceof z.i) { double[] dArr6 = qVar.f182q; if (dArr6.length > 1) { f13 = f12; view2.setRotation(((z.i) kVar).a(f13) + ((float) Math.toDegrees(Math.atan2(dArr6[1], dArr6[0])))); } else { f13 = f12; } } f12 = f13; } } f11 = f12; if (nVar2 != null) { double[] dArr7 = qVar.f182q; d11 = d10; i10 = 1; view2.setRotation(nVar2.d(f11, j10, view, f0Var) + ((float) Math.toDegrees(Math.atan2(dArr7[1], dArr7[0])))); z10 = z11 | nVar2.f33628h; } else { d11 = d10; i10 = 1; z10 = z11; } int i22 = i10; while (true) { v.d[] dVarArr2 = qVar.f175j; if (i22 >= dVarArr2.length) { break; } v.d dVar = dVarArr2[i22]; float[] fArr3 = qVar.f185t; dVar.g(d11, fArr3); kotlinx.coroutines.y.X((androidx.constraintlayout.widget.a) yVar.Q.get(qVar.f183r[i22 - 1]), view2, fArr3); i22++; } o oVar = qVar.f173h; if (oVar.f153b == 0) { if (f11 <= 0.0f) { view2.setVisibility(oVar.f154c); } else { o oVar2 = qVar.f174i; if (f11 >= 1.0f) { view2.setVisibility(oVar2.f154c); } else if (oVar2.f154c != oVar.f154c) { view2.setVisibility(0); } } } if (qVar.A != null) { int i23 = 0; while (true) { n[] nVarArr = qVar.A; if (i23 >= nVarArr.length) { break; } nVarArr[i23].h(f11, view2); i23++; } } } else { f11 = f19; boolean z14 = zF; i10 = 1; float f41 = yVar2.f225e; y yVar3 = qVar.f172g; float fA = u1.a(yVar3.f225e, f41, f11, f41); float f42 = yVar2.f226f; float fA2 = u1.a(yVar3.f226f, f42, f11, f42); float f43 = yVar2.f227g; float f44 = yVar3.f227g; float fA3 = u1.a(f44, f43, f11, f43); float f45 = yVar2.f228h; float f46 = yVar3.f228h; float f47 = fA + 0.5f; int i24 = (int) f47; float f48 = fA2 + 0.5f; int i25 = (int) f48; int i26 = (int) (f47 + fA3); int iA = (int) (f48 + u1.a(f46, f45, f11, f45)); int i27 = i26 - i24; int i28 = iA - i25; if (f44 != f43 || f46 != f45 || qVar.f169d) { view2.measure(View.MeasureSpec.makeMeasureSpec(i27, 1073741824), View.MeasureSpec.makeMeasureSpec(i28, 1073741824)); qVar.f169d = false; } view2.layout(i24, i25, i26, iA); z10 = z14; } HashMap map4 = qVar.f191z; if (map4 != null) { for (z.f fVar : map4.values()) { if (fVar instanceof z.d) { double[] dArr8 = qVar.f182q; view2.setRotation(((z.d) fVar).a(f11) + ((float) Math.toDegrees(Math.atan2(dArr8[i10], dArr8[0])))); } else { fVar.e(f11, view2); } } } return z10; } public final void g(y yVar) { yVar.g((int) this.f167b.getX(), (int) this.f167b.getY(), this.f167b.getWidth(), this.f167b.getHeight()); } /* JADX WARN: Removed duplicated region for block: B:195:0x0592 */ /* JADX WARN: Removed duplicated region for block: B:196:0x0597 */ /* JADX WARN: Removed duplicated region for block: B:321:0x0808 */ /* JADX WARN: Removed duplicated region for block: B:496:0x0804 A[SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void i(int i10, int i11, long j10) { o oVar; ArrayList arrayList; o oVar2; HashSet hashSet; q qVar; ArrayList arrayList2; HashSet hashSet2; HashSet hashSet3; ArrayList arrayList3; androidx.constraintlayout.widget.a aVar; z.p pVarE; androidx.constraintlayout.widget.a aVar2; Integer num; Iterator it; z.k gVar; z.k gVar2; androidx.constraintlayout.widget.a aVar3; o oVar3; ArrayList arrayList4; o oVar4; q qVar2; ArrayList arrayList5; HashSet hashSet4; HashSet hashSet5; HashSet hashSet6; HashSet hashSet7; HashMap map; HashSet hashSet8; HashSet hashSet9; ArrayList arrayList6; j jVar; float f10; int i12; float f11; int i13; int i14; float f12; float fMin; float fA; q qVar3 = this; new HashSet(); HashSet hashSet10 = new HashSet(); HashSet hashSet11 = new HashSet(); HashSet hashSet12 = new HashSet(); HashMap map2 = new HashMap(); int i15 = qVar3.B; y yVar = qVar3.f171f; int i16 = -1; if (i15 != -1) { yVar.f230j = i15; } o oVar5 = qVar3.f173h; float f13 = oVar5.f156e; o oVar6 = qVar3.f174i; if (o.b(f13, oVar6.f156e)) { hashSet11.add("alpha"); } if (o.b(oVar5.f157f, oVar6.f157f)) { hashSet11.add("elevation"); } int i17 = oVar5.f154c; int i18 = oVar6.f154c; if (i17 != i18 && oVar5.f153b == 0 && (i17 == 0 || i18 == 0)) { hashSet11.add("alpha"); } if (o.b(oVar5.f158g, oVar6.f158g)) { hashSet11.add("rotation"); } if (!Float.isNaN(oVar5.S) || !Float.isNaN(oVar6.S)) { hashSet11.add("transitionPathRotate"); } if (!Float.isNaN(oVar5.T) || !Float.isNaN(oVar6.T)) { hashSet11.add("progress"); } if (o.b(oVar5.f159h, oVar6.f159h)) { hashSet11.add("rotationX"); } if (o.b(oVar5.f152a, oVar6.f152a)) { hashSet11.add("rotationY"); } if (o.b(oVar5.f162k, oVar6.f162k)) { hashSet11.add("transformPivotX"); } if (o.b(oVar5.f163l, oVar6.f163l)) { hashSet11.add("transformPivotY"); } if (o.b(oVar5.f160i, oVar6.f160i)) { hashSet11.add("scaleX"); } if (o.b(oVar5.f161j, oVar6.f161j)) { hashSet11.add("scaleY"); } if (o.b(oVar5.f164m, oVar6.f164m)) { hashSet11.add("translationX"); } if (o.b(oVar5.Q, oVar6.Q)) { hashSet11.add("translationY"); } if (o.b(oVar5.R, oVar6.R)) { hashSet11.add("translationZ"); } ArrayList arrayList7 = qVar3.f188w; y yVar2 = qVar3.f172g; ArrayList arrayList8 = qVar3.f186u; float f14 = Float.NaN; int i19 = 0; if (arrayList7 != null) { ArrayList arrayList9 = null; for (c cVar : arrayList7) { if (cVar instanceof j) { j jVar2 = (j) cVar; y yVar3 = new y(); yVar3.f222b = i19; yVar3.f229i = f14; yVar3.f230j = i16; yVar3.f231k = i16; yVar3.f232l = f14; yVar3.f233m = null; yVar3.Q = new LinkedHashMap(); yVar3.R = i19; yVar3.S = new double[18]; yVar3.T = new double[18]; if (yVar.f231k != i16) { float f15 = jVar2.f26a / 100.0f; yVar3.f223c = f15; yVar3.f222b = jVar2.f106h; yVar3.R = jVar2.f113o; float f16 = Float.isNaN(jVar2.f107i) ? f15 : jVar2.f107i; if (Float.isNaN(jVar2.f108j)) { oVar4 = oVar6; f12 = f15; } else { f12 = jVar2.f108j; oVar4 = oVar6; } float f17 = yVar2.f227g; oVar3 = oVar5; float f18 = yVar.f227g; arrayList4 = arrayList7; float f19 = yVar2.f228h; hashSet7 = hashSet11; float f20 = yVar.f228h; map = map2; yVar3.f224d = yVar3.f223c; yVar3.f227g = (int) (((f17 - f18) * f16) + f18); yVar3.f228h = (int) (((f19 - f20) * f12) + f20); if (jVar2.f113o != 2) { float f21 = Float.isNaN(jVar2.f109k) ? f15 : jVar2.f109k; float f22 = yVar2.f225e; float f23 = yVar.f225e; yVar3.f225e = u1.a(f22, f23, f21, f23); if (!Float.isNaN(jVar2.f110l)) { f15 = jVar2.f110l; } float f24 = yVar2.f226f; float f25 = yVar.f226f; yVar3.f226f = u1.a(f24, f25, f15, f25); } else { if (Float.isNaN(jVar2.f109k)) { float f26 = yVar2.f225e; float f27 = yVar.f225e; fMin = u1.a(f26, f27, f15, f27); } else { fMin = jVar2.f109k * Math.min(f12, f16); } yVar3.f225e = fMin; if (Float.isNaN(jVar2.f110l)) { float f28 = yVar2.f226f; float f29 = yVar.f226f; fA = u1.a(f28, f29, f15, f29); } else { fA = jVar2.f110l; } yVar3.f226f = fA; } yVar3.f231k = yVar.f231k; yVar3.f221a = v.f.c(jVar2.f104f); yVar3.f230j = jVar2.f105g; hashSet8 = hashSet10; hashSet9 = hashSet12; } else { hashSet7 = hashSet11; map = map2; oVar3 = oVar5; arrayList4 = arrayList7; oVar4 = oVar6; int i20 = jVar2.f113o; if (i20 == 1) { hashSet8 = hashSet10; hashSet9 = hashSet12; y yVar4 = yVar; arrayList6 = arrayList8; float f30 = jVar2.f26a / 100.0f; yVar3.f223c = f30; yVar3.f222b = jVar2.f106h; float f31 = Float.isNaN(jVar2.f107i) ? f30 : jVar2.f107i; float f32 = Float.isNaN(jVar2.f108j) ? f30 : jVar2.f108j; float f33 = yVar2.f227g - yVar4.f227g; float f34 = yVar2.f228h - yVar4.f228h; yVar3.f224d = yVar3.f223c; if (!Float.isNaN(jVar2.f109k)) { f30 = jVar2.f109k; } float f35 = yVar4.f225e; float f36 = yVar4.f227g; float f37 = yVar4.f226f; float f38 = yVar4.f228h; float f39 = ((yVar2.f227g / 2.0f) + yVar2.f225e) - ((f36 / 2.0f) + f35); float f40 = ((yVar2.f228h / 2.0f) + yVar2.f226f) - ((f38 / 2.0f) + f37); float f41 = f39 * f30; float f42 = (f33 * f31) / 2.0f; yVar3.f225e = (int) ((f35 + f41) - f42); float f43 = f30 * f40; float f44 = (f34 * f32) / 2.0f; yVar3.f226f = (int) ((f37 + f43) - f44); yVar3.f227g = (int) (f36 + r3); yVar3.f228h = (int) (f38 + r5); jVar = jVar2; float f45 = Float.isNaN(jVar.f110l) ? 0.0f : jVar.f110l; yVar3.R = 1; yVar = yVar4; float f46 = (int) ((yVar.f225e + f41) - f42); float f47 = (int) ((yVar.f226f + f43) - f44); yVar3.f225e = f46 + ((-f40) * f45); yVar3.f226f = f47 + (f39 * f45); yVar3.f231k = yVar3.f231k; yVar3.f221a = v.f.c(jVar.f104f); yVar3.f230j = jVar.f105g; } else if (i20 == 2) { hashSet8 = hashSet10; hashSet9 = hashSet12; y yVar5 = yVar; ArrayList arrayList10 = arrayList8; float f48 = jVar2.f26a / 100.0f; yVar3.f223c = f48; yVar3.f222b = jVar2.f106h; float f49 = Float.isNaN(jVar2.f107i) ? f48 : jVar2.f107i; float f50 = Float.isNaN(jVar2.f108j) ? f48 : jVar2.f108j; float f51 = yVar2.f227g; float f52 = f51 - yVar5.f227g; float f53 = yVar2.f228h; float f54 = f53 - yVar5.f228h; yVar3.f224d = yVar3.f223c; float f55 = yVar5.f225e; float f56 = yVar5.f226f; float f57 = (f51 / 2.0f) + yVar2.f225e; float f58 = (f53 / 2.0f) + yVar2.f226f; float f59 = f52 * f49; yVar3.f225e = (int) ((((f57 - ((r4 / 2.0f) + f55)) * f48) + f55) - (f59 / 2.0f)); float f60 = f54 * f50; yVar3.f226f = (int) ((((f58 - ((r8 / 2.0f) + f56)) * f48) + f56) - (f60 / 2.0f)); yVar3.f227g = (int) (r4 + f59); yVar3.f228h = (int) (r8 + f60); yVar3.R = 2; if (!Float.isNaN(jVar2.f109k)) { yVar3.f225e = (int) (jVar2.f109k * (i10 - ((int) yVar3.f227g))); } if (!Float.isNaN(jVar2.f110l)) { yVar3.f226f = (int) (jVar2.f110l * (i11 - ((int) yVar3.f228h))); } yVar3.f231k = yVar3.f231k; yVar3.f221a = v.f.c(jVar2.f104f); yVar3.f230j = jVar2.f105g; jVar = jVar2; arrayList5 = arrayList10; yVar = yVar5; arrayList5.add((-Collections.binarySearch(arrayList5, yVar3)) - 1, yVar3); i14 = jVar.f103e; if (i14 != -1) { qVar2 = this; qVar2.f170e = i14; } else { qVar2 = this; } hashSet6 = hashSet7; map2 = map; hashSet5 = hashSet8; hashSet4 = hashSet9; } else if (i20 != 3) { float f61 = jVar2.f26a / 100.0f; yVar3.f223c = f61; yVar3.f222b = jVar2.f106h; float f62 = Float.isNaN(jVar2.f107i) ? f61 : jVar2.f107i; float f63 = Float.isNaN(jVar2.f108j) ? f61 : jVar2.f108j; float f64 = yVar2.f227g; float f65 = yVar.f227g; float f66 = f64 - f65; float f67 = yVar2.f228h; float f68 = yVar.f228h; float f69 = f67 - f68; hashSet8 = hashSet10; yVar3.f224d = yVar3.f223c; float f70 = yVar.f225e; hashSet9 = hashSet12; float f71 = yVar.f226f; float f72 = ((f64 / 2.0f) + yVar2.f225e) - ((f65 / 2.0f) + f70); float f73 = ((f67 / 2.0f) + yVar2.f226f) - ((f68 / 2.0f) + f71); float f74 = (f72 * f61) + f70; float f75 = (f66 * f62) / 2.0f; yVar3.f225e = (int) (f74 - f75); float f76 = (f73 * f61) + f71; float f77 = (f69 * f63) / 2.0f; yVar3.f226f = (int) (f76 - f77); yVar3.f227g = (int) (f65 + r14); yVar3.f228h = (int) (f68 + r26); float f78 = Float.isNaN(jVar2.f109k) ? f61 : jVar2.f109k; float f79 = Float.isNaN(jVar2.f112n) ? 0.0f : jVar2.f112n; if (!Float.isNaN(jVar2.f110l)) { f61 = jVar2.f110l; } if (Float.isNaN(jVar2.f111m)) { i13 = 0; f11 = 0.0f; } else { f11 = jVar2.f111m; i13 = 0; } yVar3.R = i13; yVar3.f225e = (int) (((f11 * f73) + ((f78 * f72) + yVar.f225e)) - f75); yVar3.f226f = (int) (((f73 * f61) + ((f72 * f79) + yVar.f226f)) - f77); yVar3.f221a = v.f.c(jVar2.f104f); yVar3.f230j = jVar2.f105g; } else { hashSet8 = hashSet10; hashSet9 = hashSet12; float f80 = jVar2.f26a / 100.0f; yVar3.f223c = f80; yVar3.f222b = jVar2.f106h; float f81 = Float.isNaN(jVar2.f107i) ? f80 : jVar2.f107i; float f82 = Float.isNaN(jVar2.f108j) ? f80 : jVar2.f108j; float f83 = yVar2.f227g; float f84 = yVar.f227g; float f85 = f83 - f84; float f86 = yVar2.f228h; float f87 = yVar.f228h; float f88 = f86 - f87; yVar3.f224d = yVar3.f223c; float f89 = (f84 / 2.0f) + yVar.f225e; arrayList6 = arrayList8; float f90 = (f87 / 2.0f) + yVar.f226f; y yVar6 = yVar; float f91 = (f83 / 2.0f) + yVar2.f225e; float f92 = (f86 / 2.0f) + yVar2.f226f; if (f89 > f91) { f89 = f91; f91 = f89; } if (f90 <= f92) { f90 = f92; f92 = f90; } float f93 = f91 - f89; float f94 = f90 - f92; float f95 = (f85 * f81) / 2.0f; yVar3.f225e = (int) (((f93 * f80) + r13) - f95); float f96 = (f88 * f82) / 2.0f; yVar3.f226f = (int) (((f94 * f80) + r11) - f96); yVar3.f227g = (int) (f84 + r5); yVar3.f228h = (int) (f87 + r9); float f97 = Float.isNaN(jVar2.f109k) ? f80 : jVar2.f109k; float f98 = Float.isNaN(jVar2.f112n) ? 0.0f : jVar2.f112n; if (!Float.isNaN(jVar2.f110l)) { f80 = jVar2.f110l; } if (Float.isNaN(jVar2.f111m)) { i12 = 0; f10 = 0.0f; } else { f10 = jVar2.f111m; i12 = 0; } yVar3.R = i12; yVar3.f225e = (int) (((f10 * f94) + ((f97 * f93) + yVar6.f225e)) - f95); yVar3.f226f = (int) (((f94 * f80) + ((f93 * f98) + yVar6.f226f)) - f96); yVar3.f221a = v.f.c(jVar2.f104f); yVar3.f230j = jVar2.f105g; yVar = yVar6; jVar = jVar2; } arrayList5 = arrayList6; arrayList5.add((-Collections.binarySearch(arrayList5, yVar3)) - 1, yVar3); i14 = jVar.f103e; if (i14 != -1) { } hashSet6 = hashSet7; map2 = map; hashSet5 = hashSet8; hashSet4 = hashSet9; } arrayList5 = arrayList8; jVar = jVar2; arrayList5.add((-Collections.binarySearch(arrayList5, yVar3)) - 1, yVar3); i14 = jVar.f103e; if (i14 != -1) { } hashSet6 = hashSet7; map2 = map; hashSet5 = hashSet8; hashSet4 = hashSet9; } else { HashSet hashSet13 = hashSet10; HashSet hashSet14 = hashSet11; HashSet hashSet15 = hashSet12; HashMap map3 = map2; oVar3 = oVar5; arrayList4 = arrayList7; oVar4 = oVar6; qVar2 = qVar3; arrayList5 = arrayList8; if (cVar instanceof g) { hashSet4 = hashSet15; cVar.d(hashSet4); hashSet6 = hashSet14; map2 = map3; hashSet5 = hashSet13; } else { hashSet4 = hashSet15; if (cVar instanceof l) { hashSet5 = hashSet13; cVar.d(hashSet5); } else { hashSet5 = hashSet13; if (cVar instanceof n) { if (arrayList9 == null) { arrayList9 = new ArrayList(); } ArrayList arrayList11 = arrayList9; arrayList11.add((n) cVar); arrayList9 = arrayList11; } else { map2 = map3; cVar.f(map2); hashSet6 = hashSet14; cVar.d(hashSet6); } } hashSet6 = hashSet14; map2 = map3; } } arrayList8 = arrayList5; qVar3 = qVar2; hashSet11 = hashSet6; oVar6 = oVar4; oVar5 = oVar3; arrayList7 = arrayList4; i16 = -1; f14 = Float.NaN; i19 = 0; HashSet hashSet16 = hashSet5; hashSet12 = hashSet4; hashSet10 = hashSet16; } oVar = oVar5; arrayList = arrayList7; oVar2 = oVar6; hashSet = hashSet11; qVar = qVar3; arrayList2 = arrayList8; HashSet hashSet17 = hashSet12; hashSet2 = hashSet10; hashSet3 = hashSet17; arrayList3 = arrayList9; } else { oVar = oVar5; arrayList = arrayList7; oVar2 = oVar6; hashSet = hashSet11; qVar = qVar3; arrayList2 = arrayList8; hashSet2 = hashSet10; hashSet3 = hashSet12; arrayList3 = null; } if (arrayList3 != null) { qVar.A = (n[]) arrayList3.toArray(new n[0]); } if (!hashSet.isEmpty()) { qVar.f190y = new HashMap(); Iterator it2 = hashSet.iterator(); while (it2.hasNext()) { String str = (String) it2.next(); if (str.startsWith("CUSTOM,")) { SparseArray sparseArray = new SparseArray(); String str2 = str.split(",")[1]; for (c cVar2 : arrayList) { Iterator it3 = it2; HashMap map4 = cVar2.f29d; if (map4 != null && (aVar3 = (androidx.constraintlayout.widget.a) map4.get(str2)) != null) { sparseArray.append(cVar2.f26a, aVar3); } it2 = it3; } it = it2; z.h hVar = new z.h(); String str3 = str.split(",")[1]; hVar.f36994f = sparseArray; gVar = hVar; } else { it = it2; str.hashCode(); switch (str) { case "rotationX": gVar2 = new z.g(5); break; case "rotationY": gVar2 = new z.g(6); break; case "translationX": gVar2 = new z.g(9); break; case "translationY": gVar2 = new z.g(10); break; case "translationZ": gVar2 = new z.g(11); break; case "progress": z.j jVar3 = new z.j(); jVar3.f36996f = false; gVar2 = jVar3; break; case "scaleX": gVar2 = new z.g(7); break; case "scaleY": gVar2 = new z.g(8); break; case "waveVariesBy": gVar2 = new z.g(0); break; case "transformPivotX": gVar2 = new z.g(2); break; case "transformPivotY": gVar2 = new z.g(3); break; case "rotation": gVar = new z.g(4); break; case "elevation": gVar = new z.g(1); break; case "transitionPathRotate": gVar = new z.i(); break; case "alpha": gVar = new z.g(0); break; case "waveOffset": gVar = new z.g(0); break; default: gVar = null; break; } if (gVar2 == null) { gVar2.f37001e = str; qVar.f190y.put(str, gVar2); } it2 = it; } gVar2 = gVar; if (gVar2 == null) { } it2 = it; } if (arrayList != null) { for (c cVar3 : arrayList) { if (cVar3 instanceof e) { cVar3.a(qVar.f190y); } } } oVar.a(0, qVar.f190y); oVar2.a(100, qVar.f190y); for (String str4 : qVar.f190y.keySet()) { int iIntValue = (!map2.containsKey(str4) || (num = (Integer) map2.get(str4)) == null) ? 0 : num.intValue(); z.k kVar = (z.k) qVar.f190y.get(str4); if (kVar != null) { kVar.d(iIntValue); } } } if (!hashSet2.isEmpty()) { if (qVar.f189x == null) { qVar.f189x = new HashMap(); } for (String str5 : hashSet2) { if (!qVar.f189x.containsKey(str5)) { if (str5.startsWith("CUSTOM,")) { SparseArray sparseArray2 = new SparseArray(); String str6 = str5.split(",")[1]; for (c cVar4 : arrayList) { HashMap map5 = cVar4.f29d; if (map5 != null && (aVar2 = (androidx.constraintlayout.widget.a) map5.get(str6)) != null) { sparseArray2.append(cVar4.f26a, aVar2); } } z.m mVar = new z.m(); mVar.f37005m = new SparseArray(); mVar.f37003k = str5.split(",")[1]; mVar.f37004l = sparseArray2; pVarE = mVar; } else { pVarE = z.p.e(j10, str5); } if (pVarE != null) { pVarE.f33626f = str5; qVar.f189x.put(str5, pVarE); } } } if (arrayList != null) { for (c cVar5 : arrayList) { if (cVar5 instanceof l) { ((l) cVar5).h(qVar.f189x); } } } for (String str7 : qVar.f189x.keySet()) { ((z.p) qVar.f189x.get(str7)).c(map2.containsKey(str7) ? ((Integer) map2.get(str7)).intValue() : 0); } } int size = arrayList2.size(); int i21 = size + 2; y[] yVarArr = new y[i21]; yVarArr[0] = yVar; yVarArr[size + 1] = yVar2; if (arrayList2.size() > 0 && qVar.f170e == -1) { qVar.f170e = 0; } Iterator it4 = arrayList2.iterator(); int i22 = 1; while (it4.hasNext()) { yVarArr[i22] = (y) it4.next(); i22++; } HashSet hashSet18 = new HashSet(); for (String str8 : yVar2.Q.keySet()) { if (yVar.Q.containsKey(str8)) { if (!hashSet.contains("CUSTOM," + str8)) { hashSet18.add(str8); } } } String[] strArr = (String[]) hashSet18.toArray(new String[0]); qVar.f183r = strArr; qVar.f184s = new int[strArr.length]; int i23 = 0; while (true) { String[] strArr2 = qVar.f183r; if (i23 < strArr2.length) { String str9 = strArr2[i23]; qVar.f184s[i23] = 0; int i24 = 0; while (true) { if (i24 >= i21) { break; } if (!yVarArr[i24].Q.containsKey(str9) || (aVar = (androidx.constraintlayout.widget.a) yVarArr[i24].Q.get(str9)) == null) { i24++; } else { int[] iArr = qVar.f184s; iArr[i23] = aVar.c() + iArr[i23]; } } i23++; } else { boolean z10 = yVarArr[0].f230j != -1; int length = 18 + strArr2.length; boolean[] zArr = new boolean[length]; for (int i25 = 1; i25 < i21; i25++) { yVarArr[i25].c(yVarArr[i25 - 1], zArr, z10); } int i26 = 0; for (int i27 = 1; i27 < length; i27++) { if (zArr[i27]) { i26++; } } qVar.f180o = new int[i26]; int iMax = Math.max(2, i26); qVar.f181p = new double[iMax]; qVar.f182q = new double[iMax]; int i28 = 0; for (int i29 = 1; i29 < length; i29++) { if (zArr[i29]) { qVar.f180o[i28] = i29; i28++; } } double[][] dArr = (double[][]) Array.newInstance((Class) Double.TYPE, i21, qVar.f180o.length); double[] dArr2 = new double[i21]; for (int i30 = 0; i30 < i21; i30++) { yVarArr[i30].d(dArr[i30], qVar.f180o); dArr2[i30] = yVarArr[i30].f223c; } int i31 = 0; while (true) { int[] iArr2 = qVar.f180o; if (i31 < iArr2.length) { if (iArr2[i31] < 6) { String strO = defpackage.e.o(new StringBuilder(), y.U[qVar.f180o[i31]], " ["); for (int i32 = 0; i32 < i21; i32++) { StringBuilder sbC = u.a.c(strO); sbC.append(dArr[i32][i31]); strO = sbC.toString(); } } i31++; } else { qVar.f175j = new v.d[qVar.f183r.length + 1]; int i33 = 0; while (true) { String[] strArr3 = qVar.f183r; if (i33 >= strArr3.length) { qVar.f175j[0] = v.d.d(qVar.f170e, dArr2, dArr); if (yVarArr[0].f230j != -1) { int[] iArr3 = new int[i21]; double[] dArr3 = new double[i21]; double[][] dArr4 = (double[][]) Array.newInstance((Class) Double.TYPE, i21, 2); for (int i34 = 0; i34 < i21; i34++) { iArr3[i34] = yVarArr[i34].f230j; dArr3[i34] = r8.f223c; double[] dArr5 = dArr4[i34]; dArr5[0] = r8.f225e; dArr5[1] = r8.f226f; } qVar.f176k = new v.b(iArr3, dArr3, dArr4); } qVar.f191z = new HashMap(); if (arrayList != null) { float fE = Float.NaN; for (String str10 : hashSet3) { z.f fVarC = z.f.c(str10); if (fVarC != null) { if (fVarC.f36991e == 1 && Float.isNaN(fE)) { fE = e(); } fVarC.f36988b = str10; qVar.f191z.put(str10, fVarC); } } for (c cVar6 : arrayList) { if (cVar6 instanceof g) { ((g) cVar6).h(qVar.f191z); } } Iterator it5 = qVar.f191z.values().iterator(); while (it5.hasNext()) { ((z.f) it5.next()).f(); } return; } return; } String str11 = strArr3[i33]; int i35 = 0; double[] dArr6 = null; double[][] dArr7 = null; for (int i36 = 0; i36 < i21; i36++) { if (yVarArr[i36].Q.containsKey(str11)) { if (dArr7 == null) { dArr6 = new double[i21]; androidx.constraintlayout.widget.a aVar4 = (androidx.constraintlayout.widget.a) yVarArr[i36].Q.get(str11); dArr7 = (double[][]) Array.newInstance((Class) Double.TYPE, i21, aVar4 == null ? 0 : aVar4.c()); } y yVar7 = yVarArr[i36]; dArr6[i35] = yVar7.f223c; yVar7.f(str11, dArr7[i35]); i35++; } } i33++; qVar.f175j[i33] = v.d.d(qVar.f170e, Arrays.copyOf(dArr6, i35), (double[][]) Arrays.copyOf(dArr7, i35)); } } } } } } public final String toString() { StringBuilder sb = new StringBuilder(" start: x: "); y yVar = this.f171f; sb.append(yVar.f225e); sb.append(" y: "); sb.append(yVar.f226f); sb.append(" end: x: "); y yVar2 = this.f172g; sb.append(yVar2.f225e); sb.append(" y: "); sb.append(yVar2.f226f); return sb.toString(); } }