package a0; import B.AbstractC0069k; import B.C0061g; import B.InterfaceC0067j; import G0.AbstractC0250d; import G0.C0269n; import G0.InterfaceC0245a0; import G0.InterfaceC0247b0; import G0.InterfaceC0249c0; import G0.InterfaceC0273s; import G0.InterfaceC0274t; import c0.InterfaceC1208i; import h1.C2069a; import j1.AbstractC2319a; import java.util.List; import w4.C3137A; import x4.AbstractC3252r; /* JADX INFO: loaded from: classes.dex */ public final class v2 implements InterfaceC0245a0 { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final InterfaceC1208i f10282a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final InterfaceC0067j f10283b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final int f10284c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public final float f10285d; public v2(InterfaceC1208i interfaceC1208i, InterfaceC0067j interfaceC0067j, int i6, float f6) { this.f10282a = interfaceC1208i; this.f10283b = interfaceC0067j; this.f10284c = i6; this.f10285d = f6; } @Override // G0.InterfaceC0245a0 public final int maxIntrinsicHeight(InterfaceC0274t interfaceC0274t, List list, int i6) { Integer num; int iG0 = interfaceC0274t.g0(this.f10285d); if (list.isEmpty()) { num = null; } else { Integer numValueOf = Integer.valueOf(((InterfaceC0273s) list.get(0)).d(i6)); int iA = AbstractC3252r.A(list); int i7 = 1; if (1 <= iA) { while (true) { Integer numValueOf2 = Integer.valueOf(((InterfaceC0273s) list.get(i7)).d(i6)); if (numValueOf2.compareTo(numValueOf) > 0) { numValueOf = numValueOf2; } if (i7 == iA) { break; } i7++; } } num = numValueOf; } return Math.max(iG0, num != null ? num.intValue() : 0); } @Override // G0.InterfaceC0245a0 public final int maxIntrinsicWidth(InterfaceC0274t interfaceC0274t, List list, int i6) { int size = list.size(); int iK = 0; for (int i7 = 0; i7 < size; i7++) { iK += ((InterfaceC0273s) list.get(i7)).K(i6); } return iK; } @Override // G0.InterfaceC0245a0 /* JADX INFO: renamed from: measure-3p2s80s */ public final InterfaceC0247b0 mo1measure3p2s80s(final InterfaceC0249c0 interfaceC0249c0, List list, final long j4) { int iH; final v2 v2Var = this; int size = list.size(); final int i6 = 0; int i7 = 0; while (i7 < size) { G0.Z z6 = (G0.Z) list.get(i7); if (kotlin.jvm.internal.o.c(G0.B.j(z6), "navigationIcon")) { final G0.q0 q0VarQ = z6.Q(C2069a.a(j4, 0, 0, 0, 0, 14)); int size2 = list.size(); int i8 = 0; while (i8 < size2) { G0.Z z7 = (G0.Z) list.get(i8); if (kotlin.jvm.internal.o.c(G0.B.j(z7), "actionIcons")) { final G0.q0 q0VarQ2 = z7.Q(C2069a.a(j4, 0, 0, 0, 0, 14)); if (C2069a.h(j4) == Integer.MAX_VALUE) { iH = C2069a.h(j4); } else { iH = (C2069a.h(j4) - q0VarQ.f1998a) - q0VarQ2.f1998a; if (iH < 0) { iH = 0; } } int i9 = iH; int size3 = list.size(); int i10 = 0; while (i10 < size3) { G0.Z z8 = (G0.Z) list.get(i10); if (kotlin.jvm.internal.o.c(G0.B.j(z8), "title")) { final G0.q0 q0VarQ3 = z8.Q(C2069a.a(j4, 0, i9, 0, 0, 12)); C0269n c0269n = AbstractC0250d.f1958b; final int iM0 = q0VarQ3.m0(c0269n) != Integer.MIN_VALUE ? q0VarQ3.m0(c0269n) : 0; float fInvoke = v2Var.f10282a.invoke(); int iD0 = Float.isNaN(fInvoke) ? 0 : L4.a.d0(fInvoke); final int iMax = Math.max(interfaceC0249c0.g0(v2Var.f10285d), q0VarQ3.f1999b); if (C2069a.g(j4) == Integer.MAX_VALUE) { i6 = iMax; } else { int i11 = iD0 + iMax; if (i11 >= 0) { i6 = i11; } } return interfaceC0249c0.e(C2069a.h(j4), i6, x4.z.f26066a, new J4.c() { // from class: a0.u2 /* JADX WARN: Removed duplicated region for block: B:11:0x0067 */ /* JADX WARN: Removed duplicated region for block: B:12:0x006e */ @Override // J4.c /* Code decompiled incorrectly, please refer to instructions dump. */ public final Object invoke(Object obj) { int iH2; C0061g c0061g; InterfaceC0067j interfaceC0067j; G0.p0 p0Var = (G0.p0) obj; G0.q0 q0Var = q0VarQ; int i12 = q0Var.f1999b; int i13 = i6; int iMax2 = 0; G0.p0.r(p0Var, q0Var, 0, (i13 - i12) / 2); int iMax3 = Math.max(interfaceC0249c0.g0(AbstractC0946w.f10291f), q0Var.f1998a); G0.q0 q0Var2 = q0VarQ2; int i14 = q0Var2.f1998a; v2 v2Var2 = v2Var; v2Var2.getClass(); G0.q0 q0Var3 = q0VarQ3; int i15 = q0Var3.f1998a; long j6 = j4; int iH3 = C2069a.h(j6); h1.m mVar = h1.m.f16628a; float f6 = (iH3 - i15) / 2.0f; h1.m mVar2 = h1.m.f16628a; int iRound = Math.round((1 - 1.0f) * f6); if (iRound >= iMax3) { if (q0Var3.f1998a + iRound > C2069a.h(j6) - i14) { iH2 = (C2069a.h(j6) - i14) - (q0Var3.f1998a + iRound); } c0061g = AbstractC0069k.f327e; interfaceC0067j = v2Var2.f10283b; if (!kotlin.jvm.internal.o.c(interfaceC0067j, c0061g)) { iMax2 = (i13 - q0Var3.f1999b) / 2; } else if (kotlin.jvm.internal.o.c(interfaceC0067j, AbstractC0069k.f326d)) { int i16 = v2Var2.f10284c; if (i16 == 0) { iMax2 = i13 - q0Var3.f1999b; } else { int i17 = q0Var3.f1999b; int i18 = i16 - (i17 - iM0); int i19 = i18 + i17; int i20 = iMax; if (i19 > i20) { i18 -= i19 - i20; } iMax2 = (i13 - i17) - Math.max(0, i18); } } G0.p0.r(p0Var, q0Var3, iRound, iMax2); G0.p0.r(p0Var, q0Var2, C2069a.h(j6) - q0Var2.f1998a, (i13 - q0Var2.f1999b) / 2); return C3137A.f25453a; } iH2 = iMax3 - iRound; iRound += iH2; c0061g = AbstractC0069k.f327e; interfaceC0067j = v2Var2.f10283b; if (!kotlin.jvm.internal.o.c(interfaceC0067j, c0061g)) { } G0.p0.r(p0Var, q0Var3, iRound, iMax2); G0.p0.r(p0Var, q0Var2, C2069a.h(j6) - q0Var2.f1998a, (i13 - q0Var2.f1999b) / 2); return C3137A.f25453a; } }); } i10++; v2Var = this; } AbstractC2319a.b("Collection contains no element matching the predicate."); throw new E3.v(); } i8++; v2Var = this; } AbstractC2319a.b("Collection contains no element matching the predicate."); throw new E3.v(); } i7++; v2Var = this; } AbstractC2319a.b("Collection contains no element matching the predicate."); throw new E3.v(); } @Override // G0.InterfaceC0245a0 public final int minIntrinsicHeight(InterfaceC0274t interfaceC0274t, List list, int i6) { Integer num; int iG0 = interfaceC0274t.g0(this.f10285d); if (list.isEmpty()) { num = null; } else { Integer numValueOf = Integer.valueOf(((InterfaceC0273s) list.get(0)).j0(i6)); int iA = AbstractC3252r.A(list); int i7 = 1; if (1 <= iA) { while (true) { Integer numValueOf2 = Integer.valueOf(((InterfaceC0273s) list.get(i7)).j0(i6)); if (numValueOf2.compareTo(numValueOf) > 0) { numValueOf = numValueOf2; } if (i7 == iA) { break; } i7++; } } num = numValueOf; } return Math.max(iG0, num != null ? num.intValue() : 0); } @Override // G0.InterfaceC0245a0 public final int minIntrinsicWidth(InterfaceC0274t interfaceC0274t, List list, int i6) { int size = list.size(); int iG = 0; for (int i7 = 0; i7 < size; i7++) { iG += ((InterfaceC0273s) list.get(i7)).G(i6); } return iG; } }