package o6; import android.content.Context; import android.graphics.Matrix; import android.os.Build; import android.view.View; import android.view.ViewGroup; import android.view.Window; import androidx.collection.i; import androidx.constraintlayout.core.widgets.ConstraintWidget$DimensionBehaviour; import androidx.constraintlayout.motion.widget.MotionLayout; import androidx.core.app.c0; import androidx.fragment.app.SpecialEffectsController$Operation$State; import androidx.fragment.app.h2; import androidx.fragment.app.p; import com.google.android.gms.measurement.internal.u1; import com.google.crypto.tink.shaded.protobuf.ByteString; import com.google.zxing.NotFoundException; import e.y; import eb.e; import java.io.File; import java.util.ArrayList; import java.util.Collection; import java.util.Iterator; import java.util.List; import java.util.NoSuchElementException; import java.util.concurrent.ExecutorService; import java.util.concurrent.LinkedBlockingQueue; import java.util.concurrent.ThreadPoolExecutor; import java.util.concurrent.TimeUnit; import k1.c; import k1.l; import k1.m; import k1.n; import k1.o; import kotlin.Pair; import kotlin.collections.builders.ListBuilder; import nb.g; import tb.f; import u.k; import w.d; /* JADX INFO: loaded from: classes.dex */ public abstract class b { /* JADX INFO: renamed from: a, reason: collision with root package name */ public static ThreadPoolExecutor f31424a = null; /* JADX INFO: renamed from: b, reason: collision with root package name */ public static ThreadPoolExecutor f31425b = null; /* JADX INFO: renamed from: c, reason: collision with root package name */ public static int f31426c = 50; /* JADX INFO: renamed from: d, reason: collision with root package name */ public static int f31427d = 10; /* JADX INFO: renamed from: e, reason: collision with root package name */ public static int f31428e = 10; /* JADX INFO: renamed from: f, reason: collision with root package name */ public static int f31429f = 10; /* JADX INFO: renamed from: g, reason: collision with root package name */ public static x5.b f31430g = null; /* JADX INFO: renamed from: h, reason: collision with root package name */ public static boolean f31431h = false; /* JADX INFO: renamed from: i, reason: collision with root package name */ public static int f31432i = 1; /* JADX INFO: renamed from: j, reason: collision with root package name */ public static int f31433j = 8192; /* JADX WARN: Removed duplicated region for block: B:29:0x008c */ /* JADX WARN: Removed duplicated region for block: B:31:0x0090 */ /* JADX WARN: Removed duplicated region for block: B:51:0x00c8 */ /* JADX WARN: Removed duplicated region for block: B:53:0x00cc */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static tb.b A(tb.b bVar, int i10, int i11, f fVar) throws NotFoundException { if (i10 <= 0 || i11 <= 0) { throw NotFoundException.a(); } tb.b bVar2 = new tb.b(i10, i11); int i12 = i10 * 2; float[] fArr = new float[i12]; for (int i13 = 0; i13 < i11; i13++) { float f10 = i13 + 0.5f; for (int i14 = 0; i14 < i12; i14 += 2) { fArr[i14] = (i14 / 2) + 0.5f; fArr[i14 + 1] = f10; } int i15 = i12 - 1; for (int i16 = 0; i16 < i15; i16 += 2) { float f11 = fArr[i16]; int i17 = i16 + 1; float f12 = fArr[i17]; float f13 = (fVar.f33032f * f12) + (fVar.f33029c * f11) + fVar.f33035i; fArr[i16] = (((fVar.f33030d * f12) + (fVar.f33027a * f11)) + fVar.f33033g) / f13; fArr[i17] = (((fVar.f33031e * f12) + (fVar.f33028b * f11)) + fVar.f33034h) / f13; } int i18 = bVar.f33005a; int i19 = bVar.f33006b; boolean z10 = true; for (int i20 = 0; i20 < i15 && z10; i20 += 2) { int i21 = (int) fArr[i20]; int i22 = i20 + 1; int i23 = (int) fArr[i22]; if (i21 < -1 || i21 > i18 || i23 < -1 || i23 > i19) { throw NotFoundException.a(); } if (i21 == -1) { fArr[i20] = 0.0f; } else if (i21 == i18) { fArr[i20] = i18 - 1; } else { z10 = false; if (i23 != -1) { fArr[i22] = 0.0f; } else if (i23 == i19) { fArr[i22] = i19 - 1; } z10 = true; } z10 = true; if (i23 != -1) { } z10 = true; } boolean z11 = true; for (int i24 = i12 - 2; i24 >= 0 && z11; i24 -= 2) { int i25 = (int) fArr[i24]; int i26 = i24 + 1; int i27 = (int) fArr[i26]; if (i25 < -1 || i25 > i18 || i27 < -1 || i27 > i19) { throw NotFoundException.a(); } if (i25 == -1) { fArr[i24] = 0.0f; } else if (i25 == i18) { fArr[i24] = i18 - 1; } else { z11 = false; if (i27 != -1) { fArr[i26] = 0.0f; } else if (i27 == i19) { fArr[i26] = i19 - 1; } z11 = true; } z11 = true; if (i27 != -1) { } z11 = true; } for (int i28 = 0; i28 < i12; i28 += 2) { try { if (bVar.b((int) fArr[i28], (int) fArr[i28 + 1])) { bVar2.h(i28 / 2, i13); } } catch (ArrayIndexOutOfBoundsException unused) { throw NotFoundException.a(); } } } return bVar2; } public static void B(Window window, boolean z10) { int i10 = Build.VERSION.SDK_INT; if (i10 >= 35) { window.setDecorFitsSystemWindows(z10); } else { if (i10 >= 30) { c0.l(window, z10); return; } View decorView = window.getDecorView(); int systemUiVisibility = decorView.getSystemUiVisibility(); decorView.setSystemUiVisibility(z10 ? systemUiVisibility & (-1793) : systemUiVisibility | 1792); } } public static final m C(int i10, float f10, k1.b bVar) { g.i(bVar, "rounding"); if (f10 <= 0.0f) { throw new IllegalArgumentException("Star radii must both be greater than 0"); } if (f10 >= 1.0f) { throw new IllegalArgumentException("innerRadius must be less than radius"); } float[] fArr = new float[i10 * 4]; int i11 = 0; for (int i12 = 0; i12 < i10; i12++) { float f11 = o.f29010b / i10; long jE = o.e(1.0f, 2 * f11 * i12); fArr[i11] = t(jE) + 0.0f; fArr[i11 + 1] = u(jE) + 0.0f; long jE2 = o.e(f10, f11 * ((i12 * 2) + 1)); int i13 = i11 + 3; fArr[i11 + 2] = t(jE2) + 0.0f; i11 += 4; fArr[i13] = u(jE2) + 0.0f; } return c(fArr, bVar, null, 0.0f, 0.0f); } public static final long D(long j10, float f10) { return i.a(t(j10) * f10, u(j10) * f10); } public static final m E(m mVar, Matrix matrix) { g.i(mVar, ""); n nVar = new n(new float[2], matrix); long jF = F(i.a(mVar.f29004b, mVar.f29005c), nVar); ListBuilder listBuilder = new ListBuilder(); List list = mVar.f29003a; int size = list.size(); for (int i10 = 0; i10 < size; i10++) { listBuilder.add(((k1.g) list.get(i10)).a(nVar)); } listBuilder.m(); return new m(listBuilder, t(jF), u(jF)); } public static final long F(long j10, n nVar) { float fT = t(j10); float fU = u(j10); float[] fArr = nVar.f29007a; fArr[0] = fT; fArr[1] = fU; nVar.f29008b.mapPoints(fArr); long jA = i.a(fArr[0], fArr[1]); return i.a(Float.intBitsToFloat((int) (jA >> 32)), Float.intBitsToFloat((int) (jA & 4294967295L))); } public static final void G(androidx.collection.o oVar) { g.i(oVar, "p"); Boolean boolValueOf = Boolean.TRUE; float[] fArr = oVar.f956a; int i10 = oVar.f957b; int i11 = 0; int i12 = 0; while (true) { boolean z10 = true; if (i12 >= i10) { break; } float f10 = fArr[i12]; if (!boolValueOf.booleanValue() || 0.0f > f10 || f10 > 1.0f) { z10 = false; } boolValueOf = Boolean.valueOf(z10); i12++; } if (!boolValueOf.booleanValue()) { throw new IllegalArgumentException("FloatMapping - Progress outside of range: ".concat(androidx.collection.o.e(oVar, null, null, 31)).toString()); } Iterable iterableM = ua.b.M(1, oVar.f957b); if ((iterableM instanceof Collection) && ((Collection) iterableM).isEmpty()) { return; } Iterator it = iterableM.iterator(); while (((xd.b) it).f34812c) { int iB = ((xd.b) it).b(); if (oVar.c(iB) < oVar.c(iB - 1) && (i11 = i11 + 1) < 0) { throw new ArithmeticException("Count overflow has happened."); } } if (i11 > 1) { throw new IllegalArgumentException("FloatMapping - Progress wraps more than once: ".concat(androidx.collection.o.e(oVar, null, null, 31)).toString()); } } public static final c a(float f10, float f11, float f12, float f13, float f14, float f15, float f16, float f17) { return new c(new float[]{f10, f11, f12, f13, f14, f15, f16, f17}); } public static final m b(int i10, float f10, float f11, float f12, k1.b bVar, List list) { g.i(bVar, "rounding"); float[] fArr = new float[i10 * 2]; int i11 = 0; for (int i12 = 0; i12 < i10; i12++) { long jY = y(o.e(f10, (o.f29010b / i10) * 2 * i12), i.a(f11, f12)); int i13 = i11 + 1; fArr[i11] = t(jY); i11 += 2; fArr[i13] = u(jY); } return c(fArr, bVar, list, f11, f12); } /* JADX WARN: Removed duplicated region for block: B:43:0x019a */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static final m c(float[] fArr, k1.b bVar, List list, float f10, float f11) { long jA; int i10; ArrayList arrayList; ArrayList arrayList2; int i11; ArrayList arrayList3; List listL0; c cVarA; k1.b bVar2; g.i(bVar, "rounding"); if (fArr.length < 6) { throw new IllegalArgumentException("Polygons must have at least 3 vertices"); } int i12 = 2; int i13 = 1; if (fArr.length % 2 == 1) { throw new IllegalArgumentException("The vertices array should have even size"); } if (list != null && list.size() * 2 != fArr.length) { throw new IllegalArgumentException("perVertexRounding list should be either null or the same size as the number of vertices (vertices.size / 2)"); } ArrayList arrayList4 = new ArrayList(); int length = fArr.length / 2; ArrayList arrayList5 = new ArrayList(); int i14 = 0; int i15 = 0; while (i15 < length) { k1.b bVar3 = (list == null || (bVar2 = (k1.b) list.get(i15)) == null) ? bVar : bVar2; int i16 = (((i15 + length) - 1) % length) * i12; int i17 = i15 + 1; int i18 = (i17 % length) * i12; int i19 = i15 * 2; arrayList5.add(new l(i.a(fArr[i16], fArr[i16 + 1]), i.a(fArr[i19], fArr[i19 + 1]), i.a(fArr[i18], fArr[i18 + 1]), bVar3)); i15 = i17; i12 = 2; } xd.c cVarM = ua.b.M(0, length); ArrayList arrayList6 = new ArrayList(kotlin.collections.i.Z0(10, cVarM)); Iterator it = cVarM.iterator(); while (((xd.b) it).f34812c) { int iB = ((xd.b) it).b(); int i20 = (iB + 1) % length; float f12 = ((l) arrayList5.get(iB)).f29001h + ((l) arrayList5.get(i20)).f29001h; float fC = ((l) arrayList5.get(i20)).c() + ((l) arrayList5.get(iB)).c(); int i21 = iB * 2; float f13 = fArr[i21]; float f14 = fArr[i21 + 1]; int i22 = i20 * 2; float f15 = f13 - fArr[i22]; float f16 = f14 - fArr[i22 + 1]; float f17 = o.f29010b; float fSqrt = (float) Math.sqrt((f16 * f16) + (f15 * f15)); arrayList6.add(f12 > fSqrt ? new Pair(Float.valueOf(fSqrt / f12), Float.valueOf(0.0f)) : fC > fSqrt ? new Pair(Float.valueOf(1.0f), Float.valueOf((fSqrt - f12) / (fC - f12))) : new Pair(Float.valueOf(1.0f), Float.valueOf(1.0f))); } int i23 = 0; while (i23 < length) { androidx.collection.o oVar = new androidx.collection.o(2); int i24 = i14; for (int i25 = 2; i24 < i25; i25 = 2) { Pair pair = (Pair) arrayList6.get((((i23 + length) - i13) + i24) % length); oVar.a(((((l) arrayList5.get(i23)).c() - ((l) arrayList5.get(i23)).f29001h) * ((Number) pair.getSecond()).floatValue()) + (((l) arrayList5.get(i23)).f29001h * ((Number) pair.getFirst()).floatValue())); i24++; } l lVar = (l) arrayList5.get(i23); float fC2 = oVar.c(i14); float fC3 = oVar.c(i13); lVar.getClass(); float fMin = Math.min(fC2, fC3); float f18 = lVar.f29001h; long j10 = lVar.f28995b; if (f18 < 1.0E-4f || fMin < 1.0E-4f) { i10 = i23; arrayList = arrayList4; arrayList2 = arrayList6; i11 = length; arrayList3 = arrayList5; lVar.f29002i = j10; listL0 = hb.a.l0(e.n(t(j10), u(j10), t(j10), u(j10))); } else { float f19 = lVar.f28999f; if (f19 >= 1.0E-4f) { float fMin2 = Math.min(fMin, f18); float fA = lVar.a(fC2); float fA2 = lVar.a(fC3); float f20 = (f19 * fMin2) / f18; float f21 = o.f29010b; float fSqrt2 = (float) Math.sqrt((fMin2 * fMin2) + (f20 * f20)); long j11 = lVar.f28997d; long j12 = lVar.f28998e; int i26 = length; arrayList3 = arrayList5; arrayList2 = arrayList6; lVar.f29002i = y(j10, D(m(h(y(j11, j12), 2.0f)), fSqrt2)); long jY = y(j10, D(j11, fMin2)); long jY2 = y(j10, D(j12, fMin2)); ArrayList arrayList7 = arrayList4; i10 = i23; c cVarB = l.b(fMin2, fA, lVar.f28995b, lVar.f28994a, jY, jY2, lVar.f29002i, f20); c cVarB2 = l.b(fMin2, fA2, lVar.f28995b, lVar.f28996c, jY2, jY, lVar.f29002i, f20); float fA3 = cVarB2.a(); float fB = cVarB2.b(); float[] fArr2 = cVarB2.f28977a; c cVarA2 = a(fA3, fB, fArr2[4], fArr2[5], fArr2[2], fArr2[3], fArr2[0], fArr2[1]); c[] cVarArr = new c[3]; cVarArr[0] = cVarB; float fT = t(lVar.f29002i); float fU = u(lVar.f29002i); float fA4 = cVarB.a(); float fB2 = cVarB.b(); float[] fArr3 = cVarA2.f28977a; float f22 = fArr3[0]; float f23 = fArr3[1]; long jB = o.b(fA4 - fT, fB2 - fU); float f24 = f22 - fT; float f25 = f23 - fU; long jB2 = o.b(f24, f25); arrayList = arrayList7; i11 = i26; long jA2 = i.a(-u(jB), t(jB)); long jA3 = i.a(-u(jB2), t(jB2)); boolean z10 = (u(jA2) * f25) + (t(jA2) * f24) >= 0.0f; float fI = i(jB, jB2); if (fI > 0.999f) { cVarA = e.n(fA4, fB2, f22, f23); } else { float fSqrt3 = (((float) Math.sqrt((r9 * r9) + (r2 * r2))) * 4.0f) / 3.0f; float fSqrt4 = (((((float) Math.sqrt(2 * r9)) - ((float) Math.sqrt(r11 - (fI * fI)))) * fSqrt3) / (1 - fI)) * (z10 ? 1.0f : -1.0f); cVarA = a(fA4, fB2, (t(jA2) * fSqrt4) + fA4, (u(jA2) * fSqrt4) + fB2, f22 - (t(jA3) * fSqrt4), f23 - (u(jA3) * fSqrt4), f22, f23); } cVarArr[1] = cVarA; cVarArr[2] = cVarA2; listL0 = hb.a.m0(cVarArr); } } ArrayList arrayList8 = arrayList; arrayList8.add(listL0); arrayList4 = arrayList8; length = i11; arrayList5 = arrayList3; arrayList6 = arrayList2; i13 = 1; i14 = 0; i23 = i10 + 1; } ArrayList arrayList9 = arrayList4; ArrayList arrayList10 = arrayList5; ArrayList arrayList11 = new ArrayList(); int i27 = 0; while (i27 < length) { int i28 = i27 + 1; int i29 = i28 % length; int i30 = i27 * 2; long jA4 = i.a(fArr[i30], fArr[i30 + 1]); int i31 = (((i27 + length) - 1) % length) * 2; long jA5 = i.a(fArr[i31], fArr[i31 + 1]); int i32 = i29 * 2; long jA6 = i.a(fArr[i32], fArr[i32 + 1]); long jX = x(jA4, jA5); long jX2 = x(jA6, jA4); ArrayList arrayList12 = arrayList10; arrayList11.add(new k1.e((List) arrayList9.get(i27), jA4, ((l) arrayList12.get(i27)).f29002i, (u(jX2) * t(jX)) - (t(jX2) * u(jX)) > 0.0f)); arrayList11.add(new k1.f(hb.a.l0(e.n(((c) kotlin.collections.n.k1((List) arrayList9.get(i27))).a(), ((c) kotlin.collections.n.k1((List) arrayList9.get(i27))).b(), ((c) kotlin.collections.n.e1((List) arrayList9.get(i29))).f28977a[0], ((c) kotlin.collections.n.e1((List) arrayList9.get(i29))).f28977a[1])))); i27 = i28; arrayList10 = arrayList12; } float f26 = 0.0f; if (f10 == Float.MIN_VALUE || f11 == Float.MIN_VALUE) { float f27 = 0.0f; int i33 = 0; while (i33 < fArr.length) { int i34 = i33 + 1; f27 += fArr[i33]; i33 += 2; f26 += fArr[i34]; } float f28 = 2; jA = i.a((f27 / fArr.length) / f28, (f26 / fArr.length) / f28); } else { jA = i.a(f10, f11); } return new m(arrayList11, Float.intBitsToFloat((int) (jA >> 32)), Float.intBitsToFloat((int) (jA & 4294967295L))); } /* JADX WARN: Removed duplicated region for block: B:186:0x0296 */ /* JADX WARN: Removed duplicated region for block: B:203:0x02e5 */ /* JADX WARN: Removed duplicated region for block: B:209:0x030f */ /* JADX WARN: Removed duplicated region for block: B:301:0x04dd */ /* JADX WARN: Removed duplicated region for block: B:402:0x06a6 A[ADDED_TO_REGION] */ /* JADX WARN: Removed duplicated region for block: B:410:0x06c2 */ /* JADX WARN: Removed duplicated region for block: B:413:0x06cd */ /* JADX WARN: Removed duplicated region for block: B:414:0x06d0 */ /* JADX WARN: Removed duplicated region for block: B:417:0x06d6 */ /* JADX WARN: Removed duplicated region for block: B:418:0x06d9 */ /* JADX WARN: Removed duplicated region for block: B:420:0x06dd */ /* JADX WARN: Removed duplicated region for block: B:425:0x06ed */ /* JADX WARN: Removed duplicated region for block: B:427:0x06f1 A[ADDED_TO_REGION] */ /* JADX WARN: Removed duplicated region for block: B:437:0x070e A[ADDED_TO_REGION, REMOVE, SYNTHETIC] */ /* JADX WARN: Removed duplicated region for block: B:65:0x00f5 */ /* JADX WARN: Removed duplicated region for block: B:74:0x0116 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static void d(w.e eVar, u.f fVar, ArrayList arrayList, int i10) { int i11; w.b[] bVarArr; int i12; int i13; int i14; boolean z10; boolean z11; float f10; d dVar; boolean z12; boolean z13; w.c[] cVarArr; w.b[] bVarArr2; int i15; int i16; int i17; d dVar2; int i18; int i19; d dVar3; k kVar; k kVar2; w.c cVar; w.c cVar2; k kVar3; d dVar4; d dVar5; d dVar6; k kVar4; int size; ArrayList arrayList2; int i20; float f11; d dVar7; boolean z14; w.b[] bVarArr3; boolean z15; d dVar8; w.b bVar; d dVar9; d dVar10; int i21; int i22; int i23; int i24; d dVar11; w.e eVar2 = eVar; ArrayList arrayList3 = arrayList; if (i10 == 0) { i11 = eVar2.E0; bVarArr = eVar2.H0; i12 = 0; } else { i11 = eVar2.F0; bVarArr = eVar2.G0; i12 = 2; } int i25 = 0; while (i25 < i11) { w.b bVar2 = bVarArr[i25]; boolean z16 = bVar2.f34018q; ConstraintWidget$DimensionBehaviour constraintWidget$DimensionBehaviour = ConstraintWidget$DimensionBehaviour.f1014c; d dVar12 = bVar2.f34002a; int i26 = 1; int i27 = 8; if (z16) { i13 = i25; i14 = i11; z10 = true; } else { int i28 = bVar2.f34013l; int i29 = i28 * 2; d dVar13 = dVar12; d dVar14 = dVar13; boolean z17 = false; while (!z17) { bVar2.f34010i += i26; dVar13.f34061q0[i28] = null; dVar13.f34059p0[i28] = null; int i30 = dVar13.f34045i0; w.c[] cVarArr2 = dVar13.R; if (i30 != i27) { dVar13.l(i28); cVarArr2[i29].e(); int i31 = i29 + 1; cVarArr2[i31].e(); cVarArr2[i29].e(); cVarArr2[i31].e(); if (bVar2.f34003b == null) { bVar2.f34003b = dVar13; } bVar2.f34005d = dVar13; ConstraintWidget$DimensionBehaviour constraintWidget$DimensionBehaviour2 = dVar13.U[i28]; if (constraintWidget$DimensionBehaviour2 == constraintWidget$DimensionBehaviour) { int i32 = dVar13.f34066t[i28]; if (i32 == 0 || i32 == 3 || i32 == 2) { bVar2.f34011j++; float f12 = dVar13.f34057o0[i28]; if (f12 > 0.0f) { i23 = i25; bVar2.f34012k += f12; } else { i23 = i25; } i24 = i11; if (dVar13.f34045i0 != 8 && constraintWidget$DimensionBehaviour2 == constraintWidget$DimensionBehaviour && (i32 == 0 || i32 == 3)) { if (f12 < 0.0f) { bVar2.f34015n = true; } else { bVar2.f34016o = true; } if (bVar2.f34009h == null) { bVar2.f34009h = new ArrayList(); } bVar2.f34009h.add(dVar13); } if (bVar2.f34007f == null) { bVar2.f34007f = dVar13; } d dVar15 = bVar2.f34008g; if (dVar15 != null) { dVar15.f34059p0[i28] = dVar13; } bVar2.f34008g = dVar13; } else { i23 = i25; i24 = i11; } if (i28 == 0) { if (dVar13.f34062r == 0 && dVar13.f34068u == 0) { int i33 = dVar13.f34070v; } } else if (dVar13.f34064s == 0 && dVar13.f34072x == 0) { int i34 = dVar13.f34073y; } } else { i23 = i25; i24 = i11; } } d dVar16 = dVar14; if (dVar16 != dVar13) { dVar16.f34061q0[i28] = dVar13; } w.c cVar3 = cVarArr2[i29 + 1].f34024f; if (cVar3 != null) { dVar11 = cVar3.f34022d; w.c cVar4 = dVar11.R[i29].f34024f; if (cVar4 == null || cVar4.f34022d != dVar13) { dVar11 = null; } } if (dVar11 == null) { dVar11 = dVar13; z17 = true; } dVar14 = dVar13; i25 = i23; i11 = i24; i27 = 8; dVar13 = dVar11; i26 = 1; } i13 = i25; i14 = i11; d dVar17 = bVar2.f34003b; if (dVar17 != null) { dVar17.R[i29].e(); } d dVar18 = bVar2.f34005d; if (dVar18 != null) { dVar18.R[i29 + 1].e(); } bVar2.f34004c = dVar13; if (i28 == 0 && bVar2.f34014m) { bVar2.f34006e = dVar13; } else { bVar2.f34006e = dVar12; } bVar2.f34017p = bVar2.f34016o && bVar2.f34015n; z10 = true; } bVar2.f34018q = z10; if (arrayList3 == null || arrayList3.contains(dVar12)) { d dVar19 = bVar2.f34004c; d dVar20 = bVar2.f34003b; d dVar21 = bVar2.f34005d; d dVar22 = bVar2.f34006e; float f13 = bVar2.f34012k; boolean z18 = eVar2.U[i10] == ConstraintWidget$DimensionBehaviour.f1013b; if (i10 == 0) { int i35 = dVar22.f34053m0; boolean z19 = i35 == 0; if (i35 == 1) { z13 = true; i22 = 2; } else { i22 = 2; z13 = false; } z11 = i35 == i22; f10 = f13; dVar = dVar12; z12 = z19; } else { int i36 = dVar22.f34055n0; boolean z20 = i36 == 0; boolean z21 = i36 == 1; z11 = i36 == 2; f10 = f13; dVar = dVar12; z12 = z20; z13 = z21; } boolean z22 = false; while (true) { cVarArr = eVar2.R; if (z22) { break; } w.c cVar5 = dVar.R[i12]; int i37 = z11 ? 1 : 4; int iE = cVar5.e(); boolean z23 = z22; if (dVar.U[i10] == constraintWidget$DimensionBehaviour && dVar.f34066t[i10] == 0) { bVarArr3 = bVarArr; z15 = true; } else { bVarArr3 = bVarArr; z15 = false; } w.c cVar6 = cVar5.f34024f; if (cVar6 != null && dVar != dVar12) { iE = cVar6.e() + iE; } int i38 = iE; if (!z11 || dVar == dVar12 || dVar == dVar20) { dVar8 = dVar22; } else { dVar8 = dVar22; i37 = 8; } w.c cVar7 = cVar5.f34024f; if (cVar7 != null) { if (dVar == dVar20) { dVar9 = dVar12; bVar = bVar2; fVar.f(cVar5.f34027i, cVar7.f34027i, i38, 6); } else { bVar = bVar2; dVar9 = dVar12; fVar.f(cVar5.f34027i, cVar7.f34027i, i38, 8); } if (z15 && !z11) { i37 = 5; } fVar.e(cVar5.f34027i, cVar5.f34024f.f34027i, i38, (dVar == dVar20 && z11 && dVar.T[i10]) ? 5 : i37); } else { bVar = bVar2; dVar9 = dVar12; } w.c[] cVarArr3 = dVar.R; if (z18) { if (dVar.f34045i0 == 8 || dVar.U[i10] != constraintWidget$DimensionBehaviour) { i21 = 0; } else { i21 = 0; fVar.f(cVarArr3[i12 + 1].f34027i, cVarArr3[i12].f34027i, 0, 5); } fVar.f(cVarArr3[i12].f34027i, cVarArr[i12].f34027i, i21, 8); } w.c cVar8 = cVarArr3[i12 + 1].f34024f; if (cVar8 != null) { dVar10 = cVar8.f34022d; w.c cVar9 = dVar10.R[i12].f34024f; if (cVar9 == null || cVar9.f34022d != dVar) { dVar10 = null; } } if (dVar10 != null) { dVar = dVar10; z22 = z23; } else { z22 = true; } dVar22 = dVar8; bVarArr = bVarArr3; dVar12 = dVar9; bVar2 = bVar; } w.b bVar3 = bVar2; d dVar23 = dVar22; d dVar24 = dVar12; bVarArr2 = bVarArr; if (dVar21 != null) { int i39 = i12 + 1; if (dVar19.R[i39].f34024f != null) { w.c cVar10 = dVar21.R[i39]; if (dVar21.U[i10] == constraintWidget$DimensionBehaviour && dVar21.f34066t[i10] == 0 && !z11) { w.c cVar11 = cVar10.f34024f; if (cVar11.f34022d == eVar2) { fVar.e(cVar10.f34027i, cVar11.f34027i, -cVar10.e(), 5); } fVar.g(cVar10.f34027i, dVar19.R[i39].f34024f.f34027i, -cVar10.e(), 6); } else { if (z11) { w.c cVar12 = cVar10.f34024f; if (cVar12.f34022d == eVar2) { fVar.e(cVar10.f34027i, cVar12.f34027i, -cVar10.e(), 4); } } fVar.g(cVar10.f34027i, dVar19.R[i39].f34024f.f34027i, -cVar10.e(), 6); } } if (z18) { int i40 = i12 + 1; k kVar5 = cVarArr[i40].f34027i; w.c cVar13 = dVar19.R[i40]; fVar.f(kVar5, cVar13.f34027i, cVar13.e(), 8); } ArrayList arrayList4 = bVar3.f34009h; if (arrayList4 != null && (size = arrayList4.size()) > 1) { float f14 = (!bVar3.f34015n || bVar3.f34017p) ? f10 : bVar3.f34011j; d dVar25 = null; float f15 = 0.0f; int i41 = 0; while (i41 < size) { d dVar26 = (d) arrayList4.get(i41); float f16 = dVar26.f34057o0[i10]; w.c[] cVarArr4 = dVar26.R; if (f16 < 0.0f) { if (bVar3.f34017p) { k kVar6 = cVarArr4[i12 + 1].f34027i; k kVar7 = cVarArr4[i12].f34027i; z14 = false; fVar.e(kVar6, kVar7, 0, 4); arrayList2 = arrayList4; i20 = size; i41++; size = i20; arrayList4 = arrayList2; } else { f16 = 1.0f; } } if (f16 == 0.0f) { k kVar8 = cVarArr4[i12 + 1].f34027i; k kVar9 = cVarArr4[i12].f34027i; z14 = false; fVar.e(kVar8, kVar9, 0, 8); arrayList2 = arrayList4; i20 = size; i41++; size = i20; arrayList4 = arrayList2; } else { if (dVar25 != null) { w.c[] cVarArr5 = dVar25.R; k kVar10 = cVarArr5[i12].f34027i; int i42 = i12 + 1; k kVar11 = cVarArr5[i42].f34027i; arrayList2 = arrayList4; k kVar12 = cVarArr4[i12].f34027i; k kVar13 = cVarArr4[i42].f34027i; i20 = size; u.d dVarL = fVar.l(); dVar7 = dVar26; dVarL.f33121b = 0.0f; if (f14 == 0.0f || f15 == f16) { f11 = f16; dVarL.f33123d.j(kVar10, 1.0f); dVarL.f33123d.j(kVar11, -1.0f); dVarL.f33123d.j(kVar13, 1.0f); dVarL.f33123d.j(kVar12, -1.0f); } else { if (f15 == 0.0f) { dVarL.f33123d.j(kVar10, 1.0f); dVarL.f33123d.j(kVar11, -1.0f); } else if (f16 == 0.0f) { dVarL.f33123d.j(kVar12, 1.0f); dVarL.f33123d.j(kVar13, -1.0f); } else { float f17 = (f15 / f14) / (f16 / f14); f11 = f16; dVarL.f33123d.j(kVar10, 1.0f); dVarL.f33123d.j(kVar11, -1.0f); dVarL.f33123d.j(kVar13, f17); dVarL.f33123d.j(kVar12, -f17); } f11 = f16; } fVar.c(dVarL); } else { arrayList2 = arrayList4; i20 = size; f11 = f16; dVar7 = dVar26; } f15 = f11; dVar25 = dVar7; i41++; size = i20; arrayList4 = arrayList2; } } } if (dVar20 == null || !(dVar20 == dVar21 || z11)) { i15 = i13; if (!z12 || dVar20 == null) { int i43 = 8; if (z13 && dVar20 != null) { int i44 = bVar3.f34011j; boolean z24 = i44 > 0 && bVar3.f34010i == i44; d dVar27 = dVar20; d dVar28 = dVar27; while (dVar28 != null) { d dVar29 = dVar28.f34061q0[i10]; while (dVar29 != null && dVar29.f34045i0 == i43) { dVar29 = dVar29.f34061q0[i10]; } if (dVar28 == dVar20 || dVar28 == dVar21 || dVar29 == null) { dVar2 = dVar27; i18 = i15; i19 = i43; } else { d dVar30 = dVar29 == dVar21 ? null : dVar29; w.c[] cVarArr6 = dVar28.R; w.c cVar14 = cVarArr6[i12]; k kVar14 = cVar14.f34027i; int i45 = i12 + 1; k kVar15 = dVar27.R[i45].f34027i; int iE2 = cVar14.e(); int iE3 = cVarArr6[i45].e(); if (dVar30 != null) { cVar = dVar30.R[i12]; kVar = cVar.f34027i; dVar3 = dVar30; w.c cVar15 = cVar.f34024f; kVar2 = cVar15 != null ? cVar15.f34027i : null; } else { dVar3 = dVar30; w.c cVar16 = dVar21.R[i12]; kVar = cVar16 != null ? cVar16.f34027i : null; kVar2 = cVarArr6[i45].f34027i; cVar = cVar16; } int iE4 = cVar != null ? cVar.e() + iE3 : iE3; int iE5 = dVar27.R[i45].e() + iE2; int i46 = z24 ? 8 : 4; if (kVar14 == null || kVar15 == null || kVar == null || kVar2 == null) { dVar2 = dVar27; i18 = i15; i19 = 8; } else { dVar2 = dVar27; int i47 = iE4; i18 = i15; i19 = 8; fVar.b(kVar14, kVar15, iE5, 0.5f, kVar, kVar2, i47, i46); } dVar29 = dVar3; } dVar27 = dVar28.f34045i0 != i19 ? dVar28 : dVar2; dVar28 = dVar29; i43 = i19; i15 = i18; } i16 = i15; w.c cVar17 = dVar20.R[i12]; w.c cVar18 = dVar24.R[i12].f34024f; int i48 = i12 + 1; w.c cVar19 = dVar21.R[i48]; w.c cVar20 = dVar19.R[i48].f34024f; if (cVar18 == null) { i17 = 5; if (cVar20 != null && dVar20 != dVar21) { fVar.e(cVar19.f34027i, cVar20.f34027i, -cVar19.e(), i17); } } else { if (dVar20 != dVar21) { fVar.e(cVar17.f34027i, cVar18.f34027i, cVar17.e(), 5); } else { if (cVar20 != null) { i17 = 5; fVar.b(cVar17.f34027i, cVar18.f34027i, cVar17.e(), 0.5f, cVar19.f34027i, cVar20.f34027i, cVar19.e(), 5); } if (cVar20 != null) { fVar.e(cVar19.f34027i, cVar20.f34027i, -cVar19.e(), i17); } } i17 = 5; if (cVar20 != null) { } } } if ((z12 || z13) && dVar20 != null && dVar20 != dVar21) { w.c[] cVarArr7 = dVar20.R; w.c cVar21 = cVarArr7[i12]; if (dVar21 == null) { dVar21 = dVar20; } int i49 = i12 + 1; w.c[] cVarArr8 = dVar21.R; w.c cVar22 = cVarArr8[i49]; w.c cVar23 = cVar21.f34024f; kVar4 = cVar23 != null ? cVar23.f34027i : null; w.c cVar24 = cVar22.f34024f; k kVar16 = cVar24 != null ? cVar24.f34027i : null; if (dVar19 != dVar21) { w.c cVar25 = dVar19.R[i49].f34024f; kVar16 = cVar25 != null ? cVar25.f34027i : null; } if (dVar20 == dVar21) { cVar22 = cVarArr7[i49]; } if (kVar4 != null && kVar16 != null) { fVar.b(cVar21.f34027i, kVar4, cVar21.e(), 0.5f, kVar16, cVar22.f34027i, cVarArr8[i49].e(), 5); } } } else { int i50 = bVar3.f34011j; boolean z25 = i50 > 0 && bVar3.f34010i == i50; d dVar31 = dVar20; for (d dVar32 = dVar31; dVar32 != null; dVar32 = dVar5) { d dVar33 = dVar32.f34061q0[i10]; while (dVar33 != null && dVar33.f34045i0 == 8) { dVar33 = dVar33.f34061q0[i10]; } if (dVar33 != null || dVar32 == dVar21) { w.c[] cVarArr9 = dVar32.R; w.c cVar26 = cVarArr9[i12]; k kVar17 = cVar26.f34027i; w.c cVar27 = cVar26.f34024f; k kVar18 = cVar27 != null ? cVar27.f34027i : null; if (dVar31 != dVar32) { kVar18 = dVar31.R[i12 + 1].f34027i; } else if (dVar32 == dVar20) { w.c cVar28 = dVar24.R[i12].f34024f; kVar18 = cVar28 != null ? cVar28.f34027i : null; } int iE6 = cVar26.e(); int i51 = i12 + 1; int iE7 = cVarArr9[i51].e(); if (dVar33 != null) { cVar2 = dVar33.R[i12]; kVar3 = cVar2.f34027i; } else { cVar2 = dVar19.R[i51].f34024f; kVar3 = cVar2 != null ? cVar2.f34027i : null; } k kVar19 = cVarArr9[i51].f34027i; if (cVar2 != null) { iE7 = cVar2.e() + iE7; } int iE8 = dVar31.R[i51].e() + iE6; if (kVar17 == null || kVar18 == null || kVar3 == null || kVar19 == null) { dVar5 = dVar33; dVar4 = dVar31; dVar6 = dVar32; } else { if (dVar32 == dVar20) { iE8 = dVar20.R[i12].e(); } if (dVar32 == dVar21) { iE7 = dVar21.R[i51].e(); } k kVar20 = kVar18; int i52 = iE8; k kVar21 = kVar3; dVar4 = dVar31; int i53 = iE7; dVar5 = dVar33; dVar6 = dVar32; fVar.b(kVar17, kVar20, i52, 0.5f, kVar21, kVar19, i53, z25 ? 8 : 5); } } dVar31 = dVar6.f34045i0 != 8 ? dVar6 : dVar4; } } } else { w.c cVar29 = dVar24.R[i12]; int i54 = i12 + 1; w.c cVar30 = dVar19.R[i54]; w.c cVar31 = cVar29.f34024f; k kVar22 = cVar31 != null ? cVar31.f34027i : null; w.c cVar32 = cVar30.f34024f; k kVar23 = cVar32 != null ? cVar32.f34027i : null; w.c cVar33 = dVar20.R[i12]; if (dVar21 != null) { cVar30 = dVar21.R[i54]; } if (kVar22 == null || kVar23 == null) { i15 = i13; } else { i15 = i13; fVar.b(cVar33.f34027i, kVar22, cVar33.e(), i10 == 0 ? dVar23.f34039f0 : dVar23.f34041g0, kVar23, cVar30.f34027i, cVar30.e(), 7); } } i16 = i15; if (z12) { w.c[] cVarArr72 = dVar20.R; w.c cVar212 = cVarArr72[i12]; if (dVar21 == null) { } int i492 = i12 + 1; w.c[] cVarArr82 = dVar21.R; w.c cVar222 = cVarArr82[i492]; w.c cVar232 = cVar212.f34024f; if (cVar232 != null) { } w.c cVar242 = cVar222.f34024f; if (cVar242 != null) { } if (dVar19 != dVar21) { } if (dVar20 == dVar21) { } if (kVar4 != null) { } } else { w.c[] cVarArr722 = dVar20.R; w.c cVar2122 = cVarArr722[i12]; if (dVar21 == null) { } int i4922 = i12 + 1; w.c[] cVarArr822 = dVar21.R; w.c cVar2222 = cVarArr822[i4922]; w.c cVar2322 = cVar2122.f34024f; if (cVar2322 != null) { } w.c cVar2422 = cVar2222.f34024f; if (cVar2422 != null) { } if (dVar19 != dVar21) { } if (dVar20 == dVar21) { } if (kVar4 != null) { } } } } else { bVarArr2 = bVarArr; i16 = i13; } i25 = i16 + 1; eVar2 = eVar; arrayList3 = arrayList; i11 = i14; bVarArr = bVarArr2; } } public static SpecialEffectsController$Operation$State e(View view) { return (view.getAlpha() == 0.0f && view.getVisibility() == 0) ? SpecialEffectsController$Operation$State.f2308d : l(view.getVisibility()); } public static final boolean f(File file, File file2) { g.i(file2, "toFile"); return Build.VERSION.SDK_INT >= 26 ? androidx.datastore.core.a.a(file, file2) : file.renameTo(file2); } public static m g(int i10, int i11) { if ((i11 & 1) != 0) { i10 = 8; } int i12 = i10; float f10 = (i11 & 2) != 0 ? 1.0f : 0.0f; if (i12 >= 3) { return b(i12, f10 / ((float) Math.cos(o.f29010b / i12)), 0.0f, 0.0f, new k1.b(f10, 2), null); } throw new IllegalArgumentException("Circle must have at least three vertices"); } public static final long h(long j10, float f10) { return i.a(t(j10) / f10, u(j10) / f10); } public static final float i(long j10, long j11) { return (u(j11) * u(j10)) + (t(j11) * t(j10)); } public static String j(ByteString byteString) { byte bC; nb.c cVar = new nb.c(byteString, 22); StringBuilder sb = new StringBuilder(cVar.o()); for (int i10 = 0; i10 < cVar.o(); i10++) { int i11 = cVar.f31182a; Object obj = cVar.f31183b; switch (i11) { case 5: bC = ((androidx.datastore.preferences.protobuf.ByteString) obj).c(i10); break; default: bC = ((ByteString) obj).c(i10); break; } if (bC == 34) { sb.append("\\\""); } else if (bC == 39) { sb.append("\\'"); } else if (bC != 92) { switch (bC) { case 7: sb.append("\\a"); break; case 8: sb.append("\\b"); break; case 9: sb.append("\\t"); break; case 10: sb.append("\\n"); break; case 11: sb.append("\\v"); break; case 12: sb.append("\\f"); break; case 13: sb.append("\\r"); break; default: if (bC < 32 || bC > 126) { sb.append('\\'); sb.append((char) (((bC >>> 6) & 3) + 48)); sb.append((char) (((bC >>> 3) & 7) + 48)); sb.append((char) ((bC & 7) + 48)); } else { sb.append((char) bC); } break; } } else { sb.append("\\\\"); } } return sb.toString(); } public static ExecutorService k() { if (f31424a == null) { synchronized (b.class) { try { if (f31424a == null) { f31424a = new ThreadPoolExecutor(1, 2, 60L, TimeUnit.SECONDS, new LinkedBlockingQueue(), new a(0)); } } catch (Throwable th) { throw th; } } } return f31424a; } public static SpecialEffectsController$Operation$State l(int i10) { if (i10 == 0) { return SpecialEffectsController$Operation$State.f2306b; } if (i10 == 4) { return SpecialEffectsController$Operation$State.f2308d; } if (i10 == 8) { return SpecialEffectsController$Operation$State.f2307c; } throw new IllegalArgumentException(u1.g("Unknown visibility ", i10)); } public static final long m(long j10) { float fSqrt = (float) Math.sqrt((u(j10) * u(j10)) + (t(j10) * t(j10))); if (fSqrt > 0.0f) { return h(j10, fSqrt); } throw new IllegalArgumentException("Can't get the direction of a 0-length vector".toString()); } public static void n() { StackTraceElement stackTraceElement = new Throwable().getStackTrace()[1]; stackTraceElement.getFileName(); stackTraceElement.getLineNumber(); stackTraceElement.getMethodName(); } public static void o() { StackTraceElement stackTraceElement = new Throwable().getStackTrace()[1]; stackTraceElement.getFileName(); stackTraceElement.getLineNumber(); } public static String p(Context context, int i10) { if (i10 == -1) { return "UNKNOWN"; } try { return context.getResources().getResourceEntryName(i10); } catch (Exception unused) { return u1.g("?", i10); } } public static String q(View view) { try { return view.getContext().getResources().getResourceEntryName(view.getId()); } catch (Exception unused) { return "UNKNOWN"; } } public static h2 r(ViewGroup viewGroup, y yVar) { g.i(viewGroup, "container"); g.i(yVar, "factory"); int i10 = i1.b.special_effects_controller_view_tag; Object tag = viewGroup.getTag(i10); if (tag instanceof h2) { return (h2) tag; } p pVar = new p(viewGroup); viewGroup.setTag(i10, pVar); return pVar; } public static String s(int i10, MotionLayout motionLayout) { return i10 == -1 ? "UNDEFINED" : motionLayout.getContext().getResources().getResourceEntryName(i10); } public static final float t(long j10) { return Float.intBitsToFloat((int) (j10 >> 32)); } public static final float u(long j10) { return Float.intBitsToFloat((int) (j10 & 4294967295L)); } public static boolean v(byte b10) { return b10 > -65; } /* JADX WARN: Removed duplicated region for block: B:22:0x0074 */ /* JADX WARN: Removed duplicated region for block: B:23:0x0077 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static final float w(androidx.collection.o oVar, androidx.collection.o oVar2, float f10) { g.i(oVar, "xValues"); g.i(oVar2, "yValues"); if (0.0f > f10 || f10 > 1.0f) { throw new IllegalArgumentException(("Invalid progress: " + f10).toString()); } Iterator it = ua.b.M(0, oVar.f957b).iterator(); while (it.hasNext()) { int iB = ((xd.b) it).b(); float fC = oVar.c(iB); int i10 = iB + 1; float fC2 = oVar.c(i10 % oVar.f957b); if (fC2 >= fC) { if (fC <= f10 && f10 <= fC2) { int i11 = i10 % oVar.f957b; float fD = o.d(oVar.c(i11) - oVar.c(iB), 1.0f); return o.d((o.d(oVar2.c(i11) - oVar2.c(iB), 1.0f) * (fD >= 0.001f ? 0.5f : o.d(f10 - oVar.c(iB), 1.0f) / fD)) + oVar2.c(iB), 1.0f); } } else if (f10 >= fC || f10 <= fC2) { int i112 = i10 % oVar.f957b; float fD2 = o.d(oVar.c(i112) - oVar.c(iB), 1.0f); return o.d((o.d(oVar2.c(i112) - oVar2.c(iB), 1.0f) * (fD2 >= 0.001f ? 0.5f : o.d(f10 - oVar.c(iB), 1.0f) / fD2)) + oVar2.c(iB), 1.0f); } } throw new NoSuchElementException("Collection contains no element matching the predicate."); } public static final long x(long j10, long j11) { return i.a(t(j10) - t(j11), u(j10) - u(j11)); } public static final long y(long j10, long j11) { return i.a(t(j11) + t(j10), u(j11) + u(j10)); } public static final m z(float f10, k1.b bVar, List list) { g.i(bVar, "rounding"); float f11 = 2; float f12 = f10 / f11; float f13 = 0.0f - f12; float f14 = 1.0f / f11; float f15 = 0.0f - f14; float f16 = f12 + 0.0f; float f17 = f14 + 0.0f; return c(new float[]{f16, f17, f13, f17, f13, f15, f16, f15}, bVar, list, 0.0f, 0.0f); } }