package B0; import C3.AbstractC0055q; import C3.AbstractC0062y; import C3.C0052n; import C3.D; import C3.G; import C3.W; import L0.C0149d; import N1.C0198b; import P2.C0253j; import android.content.Context; import android.graphics.Point; import android.hardware.display.DisplayManager; import android.os.Build; import android.text.TextUtils; import android.util.Pair; import android.view.Display; import android.view.WindowManager; import android.view.accessibility.CaptioningManager; import java.util.ArrayList; import java.util.Arrays; import java.util.Collection; import java.util.HashMap; import java.util.HashSet; import java.util.IdentityHashMap; import java.util.List; import java.util.Locale; import java.util.Map; import java.util.Objects; import java.util.TreeMap; import u0.C1579o; import u0.T; import x0.AbstractC1709a; /* JADX INFO: loaded from: classes.dex */ public final class V { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final Object f663a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final Object f664b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final L0.c0[] f665c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public boolean f666d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public boolean f667e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public boolean f668f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public W f669g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public boolean f670h; public final boolean[] i; /* JADX INFO: renamed from: j, reason: collision with root package name */ public final AbstractC0020g[] f671j; /* JADX INFO: renamed from: k, reason: collision with root package name */ public final O0.u f672k; /* JADX INFO: renamed from: l, reason: collision with root package name */ public final i0 f673l; /* JADX INFO: renamed from: m, reason: collision with root package name */ public V f674m; /* JADX INFO: renamed from: n, reason: collision with root package name */ public L0.n0 f675n; /* JADX INFO: renamed from: o, reason: collision with root package name */ public O0.v f676o; /* JADX INFO: renamed from: p, reason: collision with root package name */ public long f677p; public V(AbstractC0020g[] abstractC0020gArr, long j8, O0.u uVar, P0.e eVar, i0 i0Var, W w4, O0.v vVar) { this.f671j = abstractC0020gArr; this.f677p = j8; this.f672k = uVar; this.f673l = i0Var; L0.C c3 = w4.f678a; this.f664b = c3.f3625a; this.f669g = w4; this.f675n = L0.n0.f3882d; this.f676o = vVar; this.f665c = new L0.c0[abstractC0020gArr.length]; this.i = new boolean[abstractC0020gArr.length]; i0Var.getClass(); int i = o0.f860k; Pair pair = (Pair) c3.f3625a; Object obj = pair.first; L0.C cA = c3.a(pair.second); h0 h0Var = (h0) ((HashMap) i0Var.f794e).get(obj); h0Var.getClass(); ((HashSet) i0Var.f797h).add(h0Var); g0 g0Var = (g0) ((HashMap) i0Var.f795f).get(h0Var); if (g0Var != null) { g0Var.f766a.d(g0Var.f767b); } h0Var.f782c.add(cA); L0.A aB = h0Var.f780a.a(cA, eVar, w4.f679b); ((IdentityHashMap) i0Var.f793d).put(aB, h0Var); i0Var.d(); long j9 = w4.f681d; this.f663a = j9 != -9223372036854775807L ? new C0149d(aB, !w4.f683f, 0L, j9) : aB; } /* JADX WARN: Type inference failed for: r9v0, types: [L0.A, java.lang.Object] */ public final long a(O0.v vVar, long j8, boolean z8, boolean[] zArr) { AbstractC0020g[] abstractC0020gArr; L0.c0[] c0VarArr; int i = 0; while (true) { boolean z9 = true; if (i >= vVar.f4909a) { break; } if (z8 || !vVar.a(this.f676o, i)) { z9 = false; } this.i[i] = z9; i++; } int i5 = 0; while (true) { abstractC0020gArr = this.f671j; int length = abstractC0020gArr.length; c0VarArr = this.f665c; if (i5 >= length) { break; } if (abstractC0020gArr[i5].f757r == -2) { c0VarArr[i5] = null; } i5++; } b(); this.f676o = vVar; c(); long jB = this.f663a.b(vVar.f4911c, this.i, this.f665c, zArr, j8); for (int i8 = 0; i8 < abstractC0020gArr.length; i8++) { if (abstractC0020gArr[i8].f757r == -2 && this.f676o.b(i8)) { c0VarArr[i8] = new x3.e(7); } } this.f668f = false; for (int i9 = 0; i9 < c0VarArr.length; i9++) { if (c0VarArr[i9] != null) { AbstractC1709a.j(vVar.b(i9)); if (abstractC0020gArr[i9].f757r != -2) { this.f668f = true; } } else { AbstractC1709a.j(vVar.f4911c[i9] == null); } } return jB; } public final void b() { if (this.f674m != null) { return; } int i = 0; while (true) { O0.v vVar = this.f676o; if (i >= vVar.f4909a) { return; } boolean zB = vVar.b(i); O0.s sVar = this.f676o.f4911c[i]; if (zB && sVar != null) { sVar.q(); } i++; } } public final void c() { if (this.f674m != null) { return; } int i = 0; while (true) { O0.v vVar = this.f676o; if (i >= vVar.f4909a) { return; } boolean zB = vVar.b(i); O0.s sVar = this.f676o.f4911c[i]; if (zB && sVar != null) { sVar.i(); } i++; } } /* JADX WARN: Type inference failed for: r0v5, types: [L0.e0, java.lang.Object] */ public final long d() { if (!this.f667e) { return this.f669g.f679b; } long jK = this.f668f ? this.f663a.k() : Long.MIN_VALUE; return jK == Long.MIN_VALUE ? this.f669g.f682e : jK; } public final long e() { return this.f669g.f679b + this.f677p; } /* JADX WARN: Type inference failed for: r0v1, types: [L0.A, java.lang.Object] */ public final void f(float f3, u0.S s8, boolean z8) { this.f667e = true; this.f675n = this.f663a.d(); O0.v vVarJ = j(f3, s8, z8); W w4 = this.f669g; long j8 = w4.f682e; long jMax = w4.f679b; if (j8 != -9223372036854775807L && jMax >= j8) { jMax = Math.max(0L, j8 - 1); } long jA = a(vVarJ, jMax, false, new boolean[this.f671j.length]); long j9 = this.f677p; W w6 = this.f669g; this.f677p = (w6.f679b - jA) + j9; this.f669g = w6.b(jA); } /* JADX WARN: Type inference failed for: r0v4, types: [L0.e0, java.lang.Object] */ public final boolean g() { if (this.f667e) { return !this.f668f || this.f663a.k() == Long.MIN_VALUE; } return false; } public final boolean h() { if (this.f667e) { return g() || d() - this.f669g.f679b >= -9223372036854775807L; } return false; } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r0v0, types: [L0.A, java.lang.Object] */ /* JADX WARN: Type inference fix 'apply assigned field type' failed java.lang.UnsupportedOperationException: ArgType.getObject(), call class: class jadx.core.dex.instructions.args.ArgType$UnknownArg at jadx.core.dex.instructions.args.ArgType.getObject(ArgType.java:593) at jadx.core.dex.attributes.nodes.ClassTypeVarsAttr.getTypeVarsMapFor(ClassTypeVarsAttr.java:35) at jadx.core.dex.nodes.utils.TypeUtils.replaceClassGenerics(TypeUtils.java:177) at jadx.core.dex.visitors.typeinference.FixTypesVisitor.insertExplicitUseCast(FixTypesVisitor.java:397) at jadx.core.dex.visitors.typeinference.FixTypesVisitor.tryFieldTypeWithNewCasts(FixTypesVisitor.java:359) at jadx.core.dex.visitors.typeinference.FixTypesVisitor.applyFieldType(FixTypesVisitor.java:309) at jadx.core.dex.visitors.typeinference.FixTypesVisitor.visit(FixTypesVisitor.java:94) */ public final void i() { b(); ?? r02 = this.f663a; try { boolean z8 = r02 instanceof C0149d; i0 i0Var = this.f673l; if (z8) { i0Var.h(((C0149d) r02).f3797q); } else { i0Var.h(r02); } } catch (RuntimeException e8) { AbstractC1709a.p("MediaPeriodHolder", "Period release failed.", e8); } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:179:0x03d9 */ /* JADX WARN: Removed duplicated region for block: B:199:0x0447 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final O0.v j(float f3, u0.S s8, boolean z8) { final O0.k kVar; L0.n0[] n0VarArr; int[] iArr; boolean z9; final String str; L0.n0[] n0VarArr2; int[] iArr2; final Point point; Pair pairG; String languageTag; L0.n0[] n0VarArr3; boolean z10; C3.W wP; O0.s bVar; P0.d dVar; int i; int[] iArr3; Object obj; int[][][] iArr4; int i5; u0.T t6; L0.n0 n0Var; CaptioningManager captioningManager; Locale locale; Point point2; int[] iArr5; int i8 = 5; int i9 = 1; O0.u uVar = this.f672k; AbstractC0020g[] abstractC0020gArr = this.f671j; L0.n0 n0Var2 = this.f675n; uVar.getClass(); int[] iArr6 = new int[abstractC0020gArr.length + 1]; int length = abstractC0020gArr.length + 1; u0.T[][] tArr = new u0.T[length][]; int[][][] iArr7 = new int[abstractC0020gArr.length + 1][][]; for (int i10 = 0; i10 < length; i10++) { int i11 = n0Var2.f3883a; tArr[i10] = new u0.T[i11]; iArr7[i10] = new int[i11][]; } Object obj2 = null; int length2 = abstractC0020gArr.length; int[] iArr8 = new int[length2]; for (int i12 = 0; i12 < length2; i12++) { iArr8[i12] = abstractC0020gArr[i12].z(); } int i13 = 0; while (i13 < n0Var2.f3883a) { u0.T tA = n0Var2.a(i13); int i14 = tA.f17202c == i8 ? i9 : 0; int length3 = abstractC0020gArr.length; int i15 = i9; int i16 = 0; int i17 = 0; while (i16 < abstractC0020gArr.length) { AbstractC0020g abstractC0020g = abstractC0020gArr[i16]; int i18 = i13; int[] iArr9 = iArr8; int iMax = 0; for (int i19 = 0; i19 < tA.f17200a; i19++) { iMax = Math.max(iMax, abstractC0020g.y(tA.f17203d[i19]) & 7); } int i20 = iArr6[i16] == 0 ? i15 : 0; if (iMax > i17 || (iMax == i17 && i14 != 0 && i15 == 0 && i20 != 0)) { i17 = iMax; i15 = i20; length3 = i16; } i16++; i13 = i18; iArr8 = iArr9; } int i21 = i13; int[] iArr10 = iArr8; if (length3 == abstractC0020gArr.length) { iArr5 = new int[tA.f17200a]; } else { AbstractC0020g abstractC0020g2 = abstractC0020gArr[length3]; int[] iArr11 = new int[tA.f17200a]; for (int i22 = 0; i22 < tA.f17200a; i22++) { iArr11[i22] = abstractC0020g2.y(tA.f17203d[i22]); } iArr5 = iArr11; } int i23 = iArr6[length3]; tArr[length3][i23] = tA; iArr7[length3][i23] = iArr5; iArr6[length3] = i23 + 1; i13 = i21 + 1; iArr8 = iArr10; i9 = i15; i8 = 5; } final int[] iArr12 = iArr8; int i24 = i9; int i25 = 7; L0.n0[] n0VarArr4 = new L0.n0[abstractC0020gArr.length]; String[] strArr = new String[abstractC0020gArr.length]; int[] iArr13 = new int[abstractC0020gArr.length]; for (int i26 = 0; i26 < abstractC0020gArr.length; i26++) { int i27 = iArr6[i26]; n0VarArr4[i26] = new L0.n0((u0.T[]) x0.v.N(i27, tArr[i26])); iArr7[i26] = (int[][]) x0.v.N(i27, iArr7[i26]); strArr[i26] = abstractC0020gArr[i26].i(); iArr13[i26] = abstractC0020gArr[i26].f757r; } C0198b c0198b = new C0198b(iArr13, n0VarArr4, iArr12, iArr7, new L0.n0((u0.T[]) x0.v.N(iArr6[abstractC0020gArr.length], tArr[abstractC0020gArr.length]))); int[][][] iArr14 = iArr7; O0.q qVar = (O0.q) uVar; synchronized (qVar.f4899c) { kVar = qVar.f4902f; } if (kVar.f4867y && x0.v.f18553a >= 32 && qVar.f4903g == null) { qVar.f4903g = new C0016c(qVar.f4900d, qVar); } int i28 = c0198b.f4504a; O0.r[] rVarArr = new O0.r[i28]; int i29 = 0; while (true) { n0VarArr = (L0.n0[]) c0198b.f4506c; iArr = (int[]) c0198b.f4505b; if (i29 >= c0198b.f4504a) { z9 = 0; break; } if (2 == iArr[i29] && n0VarArr[i29].f3883a > 0) { z9 = i24; break; } i29++; } Pair pairG2 = O0.q.g(i24, c0198b, iArr14, new O0.e(qVar, kVar, z9, iArr12), new D1.F(i25)); if (pairG2 != null) { rVarArr[((Integer) pairG2.second).intValue()] = (O0.r) pairG2.first; } if (pairG2 == null) { str = null; } else { O0.r rVar = (O0.r) pairG2.first; str = rVar.f4905a.f17203d[rVar.f4906b[0]].f17349d; } kVar.f17240o.getClass(); boolean z11 = kVar.f17233g; Context context = qVar.f4900d; if (!z11 || context == null) { n0VarArr2 = n0VarArr; iArr2 = iArr; point = null; } else { DisplayManager displayManager = (DisplayManager) context.getSystemService("display"); Display display = displayManager != null ? displayManager.getDisplay(0) : null; if (display == null) { WindowManager windowManager = (WindowManager) context.getSystemService("window"); windowManager.getClass(); display = windowManager.getDefaultDisplay(); } int displayId = display.getDisplayId(); int i30 = x0.v.f18553a; if (displayId == 0 && x0.v.K(context)) { String strB = i30 < 28 ? x0.v.B("sys.display-size") : x0.v.B("vendor.display-size"); if (TextUtils.isEmpty(strB)) { n0VarArr2 = n0VarArr; iArr2 = iArr; } else { try { n0VarArr2 = n0VarArr; iArr2 = iArr; try { String[] strArrSplit = strB.trim().split("x", -1); if (strArrSplit.length == 2) { int i31 = Integer.parseInt(strArrSplit[0]); int i32 = Integer.parseInt(strArrSplit[1]); if (i31 > 0 && i32 > 0) { point = new Point(i31, i32); } } } catch (NumberFormatException unused) { } } catch (NumberFormatException unused2) { n0VarArr2 = n0VarArr; iArr2 = iArr; } AbstractC1709a.o("Util", "Invalid display size: " + strB); } if ("Sony".equals(Build.MANUFACTURER) && Build.MODEL.startsWith("BRAVIA") && context.getPackageManager().hasSystemFeature("com.sony.dtv.hardware.panel.qfhd")) { point2 = new Point(3840, 2160); } point = point2; } else { n0VarArr2 = n0VarArr; iArr2 = iArr; } point2 = new Point(); if (i30 >= 23) { Display.Mode mode = display.getMode(); point2.x = mode.getPhysicalWidth(); point2.y = mode.getPhysicalHeight(); } else { display.getRealSize(point2); } point = point2; } Pair pairG3 = O0.q.g(2, c0198b, iArr14, new O0.n() { // from class: O0.d /* JADX WARN: Removed duplicated region for block: B:29:0x0048 */ /* JADX WARN: Removed duplicated region for block: B:32:0x0050 */ /* JADX WARN: Removed duplicated region for block: B:33:0x005a */ @Override // O0.n /* Code decompiled incorrectly, please refer to instructions dump. */ public final W h(int i33, T t8, int[] iArr15) { int i34; int i35; int i36; int i37; int i38; Point point3; int i39; T t9 = t8; int i40 = iArr12[i33]; k kVar2 = kVar; Point point4 = point; int i41 = point4 != null ? point4.x : kVar2.f17231e; int i42 = point4 != null ? point4.y : kVar2.f17232f; boolean z12 = kVar2.f17234h; if (i41 == Integer.MAX_VALUE || i42 == Integer.MAX_VALUE) { i34 = Integer.MAX_VALUE; } else { int i43 = Integer.MAX_VALUE; for (int i44 = 0; i44 < t9.f17200a; i44++) { C1579o c1579o = t9.f17203d[i44]; int i45 = c1579o.f17365u; if (i45 > 0 && (i36 = c1579o.f17366v) > 0) { if (z12) { if ((i45 > i36) != (i41 > i42)) { i38 = i42; i37 = i41; } int i46 = i45 * i37; int i47 = i36 * i38; if (i46 < i47) { } i39 = c1579o.f17365u; int i48 = i39 * i36; if (i39 < ((int) (point3.x * 0.98f))) { } } else { i37 = i42; i38 = i41; int i462 = i45 * i37; int i472 = i36 * i38; point3 = i462 < i472 ? new Point(i38, x0.v.f(i472, i45)) : new Point(x0.v.f(i462, i36), i37); i39 = c1579o.f17365u; int i482 = i39 * i36; if (i39 < ((int) (point3.x * 0.98f)) && i36 >= ((int) (point3.y * 0.98f)) && i482 < i43) { i43 = i482; } } } } i34 = i43; } D dJ = G.j(); int i49 = 0; while (i49 < t9.f17200a) { C1579o c1579o2 = t9.f17203d[i49]; int i50 = c1579o2.f17365u; int i51 = (i50 == -1 || (i35 = c1579o2.f17366v) == -1) ? -1 : i50 * i35; dJ.a(new p(i33, t9, i49, kVar2, iArr15[i49], str, i40, i34 == Integer.MAX_VALUE || (i51 != -1 && i51 <= i34))); i49++; t9 = t8; } return dJ.g(); } }, new D1.F(6)); u0.V v7 = kVar.f17240o; int i33 = 4; if (pairG3 == null) { v7.getClass(); pairG = O0.q.g(4, c0198b, iArr14, new A1.G(20, kVar), new D1.F(5)); } else { pairG = null; } if (pairG != null) { rVarArr[((Integer) pairG.second).intValue()] = (O0.r) pairG.first; } else if (pairG3 != null) { rVarArr[((Integer) pairG3.second).intValue()] = (O0.r) pairG3.first; } v7.getClass(); if (!kVar.f17242q || context == null || (captioningManager = (CaptioningManager) context.getSystemService("captioning")) == null || !captioningManager.isEnabled() || (locale = captioningManager.getLocale()) == null) { languageTag = null; } else { int i34 = x0.v.f18553a; languageTag = locale.toLanguageTag(); } int i35 = 8; int i36 = 3; Pair pairG4 = O0.q.g(3, c0198b, iArr14, new E2.a(kVar, str, languageTag, i35), new D1.F(i35)); if (pairG4 != null) { rVarArr[((Integer) pairG4.second).intValue()] = (O0.r) pairG4.first; } int i37 = 0; while (i37 < i28) { int i38 = iArr2[i37]; if (i38 == 2) { iArr4 = iArr14; i5 = i37; } else if (i38 == 1) { iArr4 = iArr14; i5 = i37; } else if (i38 != i36 && i38 != i33) { L0.n0 n0Var3 = n0VarArr2[i37]; int[][] iArr15 = iArr14[i37]; u0.T t8 = null; O0.i iVar = null; int i39 = 0; int i40 = 0; while (i39 < n0Var3.f3883a) { u0.T tA2 = n0Var3.a(i39); int[] iArr16 = iArr15[i39]; int[][][] iArr17 = iArr14; int i41 = 0; while (i41 < tA2.f17200a) { int i42 = i37; if (I1.a.g(iArr16[i41], kVar.f4868z)) { t6 = tA2; O0.i iVar2 = new O0.i(tA2.f17203d[i41], iArr16[i41]); if (iVar != null) { n0Var = n0Var3; if (AbstractC0062y.f1316a.c(iVar2.f4850r, iVar.f4850r).c(iVar2.f4849q, iVar.f4849q).e() > 0) { } } else { n0Var = n0Var3; } iVar = iVar2; i40 = i41; t8 = t6; } else { t6 = tA2; n0Var = n0Var3; } i41++; i37 = i42; tA2 = t6; n0Var3 = n0Var; } i39++; iArr14 = iArr17; } iArr4 = iArr14; i5 = i37; rVarArr[i5] = t8 == null ? null : new O0.r(t8, new int[]{i40}); } i37 = i5 + 1; iArr14 = iArr4; i36 = 3; i33 = 4; } int i43 = c0198b.f4504a; HashMap map = new HashMap(); int i44 = 0; while (true) { n0VarArr3 = (L0.n0[]) c0198b.f4506c; if (i44 >= i43) { break; } O0.q.a(n0VarArr3[i44], kVar, map); i44++; } O0.q.a((L0.n0) c0198b.f4509f, kVar, map); for (int i45 = 0; i45 < i43; i45++) { u0.U u8 = (u0.U) map.get(Integer.valueOf(((int[]) c0198b.f4505b)[i45])); if (u8 != null) { C3.G g8 = u8.f17206b; if (!g8.isEmpty()) { L0.n0 n0Var4 = n0VarArr3[i45]; u0.T t9 = u8.f17205a; int iIndexOf = n0Var4.f3884b.indexOf(t9); if (iIndexOf < 0) { iIndexOf = -1; } O0.r rVar2 = iIndexOf != -1 ? new O0.r(t9, W3.b.w(g8)) : null; rVarArr[i45] = rVar2; } } } int i46 = c0198b.f4504a; for (int i47 = 0; i47 < i46; i47++) { L0.n0 n0Var5 = ((L0.n0[]) c0198b.f4506c)[i47]; Map map2 = (Map) kVar.f4861B.get(i47); if (map2 != null && map2.containsKey(n0Var5)) { Map map3 = (Map) kVar.f4861B.get(i47); if (map3 != null && map3.get(n0Var5) != null) { throw new ClassCastException(); } rVarArr[i47] = null; } } for (int i48 = 0; i48 < i28; i48++) { int i49 = ((int[]) c0198b.f4505b)[i48]; if (kVar.f4862C.get(i48) || kVar.f17245t.contains(Integer.valueOf(i49))) { rVarArr[i48] = null; } } C0253j c0253j = qVar.f4901e; P0.d dVar2 = qVar.f4908b; AbstractC1709a.k(dVar2); c0253j.getClass(); ArrayList arrayList = new ArrayList(); int i50 = 0; while (i50 < rVarArr.length) { O0.r rVar3 = rVarArr[i50]; if (rVar3 == null || rVar3.f4906b.length <= 1) { obj = obj2; arrayList.add(obj); } else { C3.D dJ = C3.G.j(); dJ.a(new O0.a(0L, 0L)); arrayList.add(dJ); obj = obj2; } i50++; obj2 = obj; } int length4 = rVarArr.length; long[][] jArr = new long[length4][]; for (int i51 = 0; i51 < rVarArr.length; i51++) { O0.r rVar4 = rVarArr[i51]; if (rVar4 == null) { jArr[i51] = new long[0]; } else { int[] iArr18 = rVar4.f4906b; jArr[i51] = new long[iArr18.length]; for (int i52 = 0; i52 < iArr18.length; i52++) { long j8 = rVar4.f4905a.f17203d[iArr18[i52]].f17354j; long[] jArr2 = jArr[i51]; if (j8 == -1) { j8 = 0; } jArr2[i52] = j8; } Arrays.sort(jArr[i51]); } } int[] iArr19 = new int[length4]; long[] jArr3 = new long[length4]; for (int i53 = 0; i53 < length4; i53++) { long[] jArr4 = jArr[i53]; jArr3[i53] = jArr4.length == 0 ? 0L : jArr4[0]; } O0.b.u(arrayList, jArr3); AbstractC0055q.c(2, "expectedValuesPerKey"); TreeMap treeMap = new TreeMap(C3.U.f1222r); C3.S s9 = new C3.S(); C3.T t10 = new C3.T(treeMap); t10.f1221v = s9; int i54 = 0; while (i54 < length4) { long[] jArr5 = jArr[i54]; if (jArr5.length <= 1) { dVar = dVar2; i = length4; iArr3 = iArr19; } else { int length5 = jArr5.length; double[] dArr = new double[length5]; dVar = dVar2; int i55 = 0; while (true) { long[] jArr6 = jArr[i54]; i = length4; double dLog = 0.0d; if (i55 >= jArr6.length) { break; } int[] iArr20 = iArr19; long j9 = jArr6[i55]; if (j9 != -1) { dLog = Math.log(j9); } dArr[i55] = dLog; i55++; length4 = i; iArr19 = iArr20; } iArr3 = iArr19; int i56 = length5 - 1; double d8 = dArr[i56] - dArr[0]; int i57 = 0; while (i57 < i56) { double d9 = dArr[i57]; int i58 = i57 + 1; Double dValueOf = Double.valueOf(d8 == 0.0d ? 1.0d : (((d9 + dArr[i58]) * 0.5d) - dArr[0]) / d8); Integer numValueOf = Integer.valueOf(i54); double d10 = d8; Map map4 = t10.f1219t; Collection collection = (Collection) map4.get(dValueOf); if (collection == null) { Collection collectionC = t10.c(); if (!collectionC.add(numValueOf)) { throw new AssertionError("New Collection violated the Collection spec"); } t10.f1220u++; map4.put(dValueOf, collectionC); } else if (collection.add(numValueOf)) { t10.f1220u++; } i57 = i58; d8 = d10; } } i54++; length4 = i; iArr19 = iArr3; dVar2 = dVar; } P0.d dVar3 = dVar2; int[] iArr21 = iArr19; C0052n c0052n = t10.f1289r; if (c0052n == null) { c0052n = new C0052n(0, t10); t10.f1289r = c0052n; } C3.G gK = C3.G.k(c0052n); for (int i59 = 0; i59 < gK.size(); i59++) { int iIntValue = ((Integer) gK.get(i59)).intValue(); int i60 = iArr21[iIntValue] + 1; iArr21[iIntValue] = i60; jArr3[iIntValue] = jArr[iIntValue][i60]; O0.b.u(arrayList, jArr3); } for (int i61 = 0; i61 < rVarArr.length; i61++) { if (arrayList.get(i61) != null) { jArr3[i61] = jArr3[i61] * 2; } } O0.b.u(arrayList, jArr3); C3.D dJ2 = C3.G.j(); for (int i62 = 0; i62 < arrayList.size(); i62++) { C3.D d11 = (C3.D) arrayList.get(i62); dJ2.a(d11 == null ? C3.W.f1225u : d11.g()); } C3.W wG = dJ2.g(); O0.s[] sVarArr = new O0.s[rVarArr.length]; for (int i63 = 0; i63 < rVarArr.length; i63++) { O0.r rVar5 = rVarArr[i63]; if (rVar5 != null) { int[] iArr22 = rVar5.f4906b; if (iArr22.length != 0) { if (iArr22.length == 1) { bVar = new O0.t(rVar5.f4905a, new int[]{iArr22[0]}); } else { long j10 = 25000; bVar = new O0.b(rVar5.f4905a, iArr22, dVar3, 10000, j10, j10, (C3.G) wG.get(i63)); } sVarArr[i63] = bVar; } } } p0[] p0VarArr = new p0[i28]; for (int i64 = 0; i64 < i28; i64++) { p0VarArr[i64] = (kVar.f4862C.get(i64) || kVar.f17245t.contains(Integer.valueOf(((int[]) c0198b.f4505b)[i64])) || (((int[]) c0198b.f4505b)[i64] != -2 && sVarArr[i64] == null)) ? null : p0.f869c; } kVar.f17240o.getClass(); Pair pairCreate = Pair.create(p0VarArr, sVarArr); O0.s[] sVarArr2 = (O0.s[]) pairCreate.second; List[] listArr = new List[sVarArr2.length]; for (int i65 = 0; i65 < sVarArr2.length; i65++) { O0.s sVar = sVarArr2[i65]; if (sVar != null) { wP = C3.G.p(sVar); } else { C3.E e8 = C3.G.f1197r; wP = C3.W.f1225u; } listArr[i65] = wP; } C3.D d12 = new C3.D(4); for (int i66 = 0; i66 < c0198b.f4504a; i66++) { L0.n0[] n0VarArr5 = (L0.n0[]) c0198b.f4506c; L0.n0 n0Var6 = n0VarArr5[i66]; List list = listArr[i66]; int i67 = 0; while (i67 < n0Var6.f3883a) { u0.T tA3 = n0Var6.a(i67); int i68 = n0VarArr5[i66].a(i67).f17200a; int[] iArr23 = new int[i68]; int i69 = 0; int i70 = 0; while (i69 < i68) { List[] listArr2 = listArr; if ((((int[][][]) c0198b.f4508e)[i66][i67][i69] & 7) == 4) { iArr23[i70] = i69; i70++; } i69++; listArr = listArr2; } List[] listArr3 = listArr; int[] iArrCopyOf = Arrays.copyOf(iArr23, i70); int iMin = 16; L0.n0[] n0VarArr6 = n0VarArr5; String str2 = null; int i71 = 0; boolean z12 = false; int i72 = 0; while (i71 < iArrCopyOf.length) { String str3 = n0VarArr6[i66].a(i67).f17203d[iArrCopyOf[i71]].f17358n; int i73 = i72 + 1; if (i72 == 0) { str2 = str3; } else { z12 = (!Objects.equals(str2, str3)) | z12; } iMin = Math.min(iMin, ((int[][][]) c0198b.f4508e)[i66][i67][i71] & 24); i71++; i72 = i73; } if (z12) { iMin = Math.min(iMin, ((int[]) c0198b.f4507d)[i66]); } boolean z13 = iMin != 0; int i74 = tA3.f17200a; int[] iArr24 = new int[i74]; boolean[] zArr = new boolean[i74]; for (int i75 = 0; i75 < tA3.f17200a; i75++) { iArr24[i75] = ((int[][][]) c0198b.f4508e)[i66][i67][i75] & 7; int i76 = 0; while (true) { if (i76 >= list.size()) { z10 = false; break; } O0.s sVar2 = (O0.s) list.get(i76); if (sVar2.b().equals(tA3) && sVar2.t(i75) != -1) { z10 = true; break; } i76++; } zArr[i75] = z10; } d12.a(new u0.Y(tA3, z13, iArr24, zArr)); i67++; listArr = listArr3; n0VarArr5 = n0VarArr6; } } int i77 = 0; while (true) { L0.n0 n0Var7 = (L0.n0) c0198b.f4509f; if (i77 >= n0Var7.f3883a) { break; } u0.T tA4 = n0Var7.a(i77); int[] iArr25 = new int[tA4.f17200a]; Arrays.fill(iArr25, 0); d12.a(new u0.Y(tA4, false, iArr25, new boolean[tA4.f17200a])); i77++; } O0.v vVar = new O0.v((p0[]) pairCreate.first, (O0.s[]) pairCreate.second, new u0.Z(d12.g()), c0198b); for (int i78 = 0; i78 < vVar.f4909a; i78++) { if (vVar.b(i78)) { AbstractC1709a.j(vVar.f4911c[i78] != null || this.f671j[i78].f757r == -2); } else { AbstractC1709a.j(vVar.f4911c[i78] == null); } } for (O0.s sVar3 : vVar.f4911c) { if (sVar3 != null) { sVar3.j(f3); sVar3.d(z8); } } return vVar; } public final void k() { Object obj = this.f663a; if (obj instanceof C0149d) { long j8 = this.f669g.f681d; if (j8 == -9223372036854775807L) { j8 = Long.MIN_VALUE; } C0149d c0149d = (C0149d) obj; c0149d.f3801u = 0L; c0149d.f3802v = j8; } } }