package E; import B.B0; import B.C0096y; import B.InterfaceC0063h; import B.InterfaceC0067j; import B.J0; import B.V; import D.C0130a; import F.AbstractC0158l; import F.C0167v; import F.J; import G0.C0; import G0.InterfaceC0247b0; import androidx.compose.runtime.MutableState; import androidx.compose.runtime.snapshots.Snapshot; import h1.C2069a; import java.util.ArrayList; import java.util.List; import java.util.NoSuchElementException; import n.AbstractC2586m; import p0.InterfaceC2684B; import q.H0; import v.AbstractC3058z; import x.EnumC3207z0; import x4.AbstractC3250p; import x4.AbstractC3251q; import x4.AbstractC3252r; import x4.C3249o; /* JADX INFO: loaded from: classes.dex */ public final class q implements F.F { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final /* synthetic */ D f1047a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ J0 f1048b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final /* synthetic */ Q4.i f1049c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public final /* synthetic */ C0144e f1050d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public final /* synthetic */ InterfaceC0067j f1051e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public final /* synthetic */ V4.C f1052f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public final /* synthetic */ J f1053g; public q(D d6, J0 j02, Q4.i iVar, C0144e c0144e, InterfaceC0067j interfaceC0067j, InterfaceC0063h interfaceC0063h, V4.C c6, InterfaceC2684B interfaceC2684B, J j4) { this.f1047a = d6; this.f1048b = j02; this.f1049c = iVar; this.f1050d = c0144e; this.f1051e = interfaceC0067j; this.f1052f = c6; this.f1053g = j4; } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:112:0x0383 */ /* JADX WARN: Removed duplicated region for block: B:151:0x041e */ /* JADX WARN: Removed duplicated region for block: B:157:0x0432 */ /* JADX WARN: Removed duplicated region for block: B:162:0x0444 */ /* JADX WARN: Removed duplicated region for block: B:173:0x0497 */ /* JADX WARN: Removed duplicated region for block: B:174:0x049a */ /* JADX WARN: Removed duplicated region for block: B:176:0x049e A[ADDED_TO_REGION] */ /* JADX WARN: Removed duplicated region for block: B:217:0x0550 */ /* JADX WARN: Removed duplicated region for block: B:220:0x055a */ /* JADX WARN: Removed duplicated region for block: B:223:0x0563 */ /* JADX WARN: Removed duplicated region for block: B:245:0x05e4 */ /* JADX WARN: Removed duplicated region for block: B:246:0x05e7 */ /* JADX WARN: Removed duplicated region for block: B:248:0x05eb A[ADDED_TO_REGION] */ /* JADX WARN: Removed duplicated region for block: B:251:0x05f3 */ /* JADX WARN: Removed duplicated region for block: B:253:0x05fe */ /* JADX WARN: Removed duplicated region for block: B:263:0x062f */ /* JADX WARN: Removed duplicated region for block: B:266:0x0639 */ /* JADX WARN: Removed duplicated region for block: B:267:0x063c */ /* JADX WARN: Removed duplicated region for block: B:274:0x0651 A[LOOP:12: B:273:0x064f->B:274:0x0651, LOOP_END] */ /* JADX WARN: Removed duplicated region for block: B:277:0x066d */ /* JADX WARN: Removed duplicated region for block: B:301:0x06e1 */ /* JADX WARN: Removed duplicated region for block: B:319:0x076e */ /* JADX WARN: Removed duplicated region for block: B:327:0x07a2 */ /* JADX WARN: Removed duplicated region for block: B:358:0x0491 A[EDGE_INSN: B:358:0x0491->B:171:0x0491 BREAK A[LOOP:4: B:160:0x0440->B:170:0x0488], SYNTHETIC] */ /* JADX WARN: Type inference failed for: r9v32, types: [java.lang.Object, java.util.Collection, java.util.List] */ @Override // F.F /* Code decompiled incorrectly, please refer to instructions dump. */ public final InterfaceC0247b0 a(F.G g6, long j4) throws Throwable { EnumC3207z0 enumC3207z0; k kVar; y yVar; int i6; int i7; long j6; int i8; T.p pVar; V v3; J4.c readObserver; p pVar2; int iC; int intValue; boolean z6; int i9; int i10; int i11; int i12; t tVar; int i13; int i14; int size; int i15; y yVar2; o oVar; int i16; k kVar2; int i17; List list; int size2; int i18; int size3; int i19; int i20; t tVar2; boolean z7; int size4; int i21; int i22; D d6; r rVar; C0 c02; int i23; List list2; o oVar2; s sVar; int i24; o oVar3; D d7 = this.f1047a; MutableState mutableState = d7.f981s; D.B b5 = d7.f967d; mutableState.getValue(); boolean z8 = d7.f965b; C0 c03 = g6.f1200b; boolean z9 = z8 || c03.U(); EnumC3207z0 enumC3207z02 = EnumC3207z0.f25984a; AbstractC3058z.k(j4, enumC3207z02); h1.m layoutDirection = c03.getLayoutDirection(); J0 j02 = this.f1048b; int iG0 = c03.g0(j02.b(layoutDirection)); int iG02 = c03.g0(j02.d(c03.getLayoutDirection())); int iG03 = c03.g0(j02.f145b); int iG04 = c03.g0(j02.f147d) + iG03; int i25 = iG02 + iG0; int i26 = iG04 - iG03; long jI = h1.b.i(-i25, -iG04, j4); k kVar3 = (k) this.f1049c.invoke(); y yVar3 = kVar3.f1018b.f1014b; C0144e c0144e = this.f1050d; if (c0144e.f993d != null && C2069a.b(c0144e.f991b, jI) && c0144e.f992c == c03.a()) { pVar = c0144e.f993d; kotlin.jvm.internal.o.e(pVar); j6 = jI; yVar = yVar3; enumC3207z0 = enumC3207z02; i6 = i25; i7 = iG04; i8 = iG03; kVar = kVar3; } else { c0144e.f991b = jI; c0144e.f992c = c03.a(); C0096y c0096y = c0144e.f990a; if (C2069a.h(jI) == Integer.MAX_VALUE) { A.b.a("LazyVerticalGrid's width should be bound by parent."); } int iH = C2069a.h(jI); InterfaceC0063h interfaceC0063h = (InterfaceC0063h) c0096y.f397b; int[] iArrB0 = AbstractC3251q.B0(((InterfaceC0142c) c0096y.f398c).a(g6, iH, g6.g0(interfaceC0063h.a()))); int[] iArr = new int[iArrB0.length]; enumC3207z0 = enumC3207z02; kVar = kVar3; yVar = yVar3; i6 = i25; i7 = iG04; j6 = jI; i8 = iG03; interfaceC0063h.c(g6, iH, iArrB0, h1.m.f16628a, iArr); pVar = new T.p(4, iArrB0, iArr); c0144e.f993d = pVar; } T.p pVar3 = pVar; int length = ((int[]) pVar3.f6345b).length; if (length != yVar.f1109i) { yVar.f1109i = length; ArrayList arrayList = yVar.f1102b; arrayList.clear(); arrayList.add(new w(0, 0)); yVar.f1103c = 0; yVar.f1104d = 0; yVar.f1105e = 0; yVar.f1106f = -1; yVar.f1107g.clear(); } InterfaceC0067j interfaceC0067j = this.f1051e; if (interfaceC0067j == null) { A.b.b("null verticalArrangement when isVertical == true"); throw new E3.v(); } int iG05 = c03.g0(interfaceC0067j.a()); int i27 = kVar.f1018b.n().f1279b; int iG = C2069a.g(j4) - i7; int i28 = i8; y yVar4 = yVar; EnumC3207z0 enumC3207z03 = enumC3207z0; k kVar4 = kVar; o oVar4 = new o(kVar4, g6, iG05, this.f1047a, i28, i26, (((long) iG0) << 32) | (((long) i8) & 4294967295L)); p pVar4 = new p(pVar3, i27, iG05, oVar4, yVar4); int i29 = i27; B0 b02 = new B0(3, yVar4, pVar4); V v6 = new V(yVar4, 5); Snapshot.Companion companion = Snapshot.Companion; Snapshot currentThreadSnapshot = companion.getCurrentThreadSnapshot(); ArrayList arrayList2 = null; if (currentThreadSnapshot != null) { v3 = v6; readObserver = currentThreadSnapshot.getReadObserver(); } else { v3 = v6; readObserver = null; } Snapshot snapshotMakeCurrentNonObservable = companion.makeCurrentNonObservable(currentThreadSnapshot); try { int intValue2 = b5.f747b.getIntValue(); int iL = AbstractC0158l.l(kVar4, b5.f750e, intValue2); if (intValue2 != iL) { pVar2 = pVar4; b5.f747b.setIntValue(iL); b5.f751f.b(intValue2); } else { pVar2 = pVar4; } if (iL < i29 || i29 <= 0) { iC = yVar4.c(iL); intValue = b5.f748c.getIntValue(); } else { iC = yVar4.c(i29 - 1); intValue = 0; } companion.restoreNonObservable(currentThreadSnapshot, snapshotMakeCurrentNonObservable, readObserver); List listJ = AbstractC0158l.j(kVar4, d7.f979q, d7.f976n); float fFloatValue = (c03.U() || !z9) ? d7.f970g : ((Number) d7.f984v.f1229b.f23390b.getValue()).floatValue(); boolean zU = c03.U(); r rVar2 = d7.f966c; if (i28 < 0) { A.b.a("negative beforeContentPadding"); } if (i26 < 0) { A.b.a("negative afterContentPadding"); } x4.y yVar5 = x4.y.f26065a; x4.z zVar = x4.z.f26066a; C0167v c0167v = d7.f975m; k kVar5 = oVar4.f1033b; V4.C c6 = this.f1052f; if (i29 <= 0) { int iJ = C2069a.j(j6); int i30 = C2069a.i(j6); c0167v.c(iJ, i30, new ArrayList(), kVar5.f1019c, oVar4, zU, length, z9, 0, 0); if (!zU) { c0167v.b(); if (!h1.l.a(0L, 0L)) { long j7 = j6; iJ = h1.b.g((int) 0, j7); i30 = h1.b.f((int) 0, j7); } } c02 = c03; rVar = new r(null, 0, false, 0.0f, c03.e(h1.b.g(iJ + i6, j4), h1.b.f(i30 + i7, j4), zVar, new H0(8)), 0.0f, false, c6, g6, length, b02, v3, yVar5, -i28, iG + i26, 0, enumC3207z03, i26, iG05); d6 = d7; } else { o oVar5 = oVar4; C0167v c0167v2 = c0167v; V v7 = v3; int iRound = Math.round(fFloatValue); int i31 = intValue - iRound; if (iC == 0 && i31 < 0) { iRound += i31; i31 = 0; } C3249o c3249o = new C3249o(); int i32 = iC; int i33 = -i28; int i34 = i33 + (iG05 < 0 ? iG05 : 0); int i35 = i31 + i34; while (i35 < 0 && i32 > 0) { C0167v c0167v3 = c0167v2; int i36 = i32 - 1; float f6 = fFloatValue; x4.y yVar6 = yVar5; p pVar5 = pVar2; t tVarB = pVar5.b(i36); i32 = i36; c3249o.add(0, tVarB); i35 += tVarB.f1095g; pVar2 = pVar5; c0167v2 = c0167v3; fFloatValue = f6; yVar5 = yVar6; } C0167v c0167v4 = c0167v2; float f7 = fFloatValue; x4.y yVar7 = yVar5; p pVar6 = pVar2; if (i35 < i34) { iRound -= i34 - i35; i35 = i34; } int i37 = iRound; int i38 = i35 - i34; int i39 = iG + i26; if (i39 < 0) { i39 = 0; } int i40 = -i38; int i41 = i38; int i42 = i32; int i43 = 0; boolean z10 = false; while (i43 < c3249o.size()) { if (i40 >= i39) { c3249o.remove(i43); z10 = true; } else { i42++; i40 += ((t) c3249o.get(i43)).f1095g; i43++; } } boolean z11 = z10; int i44 = i42; while (i44 < i29 && (i40 < i39 || i40 <= 0 || c3249o.isEmpty())) { t tVarB2 = pVar6.b(i44); z6 = z11; s[] sVarArr = tVarB2.f1090b; int i45 = i44; if (sVarArr.length == 0) { break; } int i46 = tVarB2.f1095g; i40 += i46; int i47 = i34; if (i40 > i34) { c3249o.addLast(tVarB2); z11 = z6; } else { if (sVarArr.length == 0) { throw new NoSuchElementException("Array is empty."); } if (sVarArr[sVarArr.length - 1].f1072a != i29 - 1) { i41 -= i46; i32 = i45 + 1; z11 = true; } } i44 = i45 + 1; i34 = i47; } z6 = z11; if (i40 < iG) { int i48 = iG - i40; i40 += i48; i10 = i41 - i48; while (i10 < i28 && i32 > 0) { int i49 = i32 - 1; t tVarB3 = pVar6.b(i49); c3249o.add(0, tVarB3); i10 += tVarB3.f1095g; i48 = i48; i32 = i49; } i9 = i37 + i48; if (i10 < 0) { i9 += i10; i40 += i10; i10 = 0; } } else { i9 = i37; i10 = i41; } float f8 = (Integer.signum(Math.round(f7)) != Integer.signum(i9) || Math.abs(Math.round(f7)) < Math.abs(i9)) ? f7 : i9; float f9 = f7 - f8; float f10 = 0.0f; if (zU && i9 > i37 && f9 <= 0.0f) { f10 = (i9 - i37) + f9; } float f11 = f10; if (i10 < 0) { A.b.a("negative initial offset"); } int i50 = -i10; t tVar3 = (t) c3249o.j(); if (tVar3 != null) { s[] sVarArr2 = tVar3.f1090b; i11 = i50; s sVar2 = sVarArr2.length == 0 ? null : sVarArr2[0]; i12 = sVar2 != null ? sVar2.f1072a : 0; tVar = (t) c3249o.l(); if (tVar == null) { s[] sVarArr3 = tVar.f1090b; i13 = i28; s sVar3 = sVarArr3.length == 0 ? null : sVarArr3[sVarArr3.length - 1]; i14 = sVar3 != null ? sVar3.f1072a : 0; size = listJ.size(); float f12 = f8; ArrayList arrayList3 = null; i15 = 0; while (true) { yVar2 = pVar6.f1045e; if (i15 >= size) { break; } int i51 = size; int iIntValue = ((Number) listJ.get(i15)).intValue(); if (iIntValue < 0 || iIntValue >= i12) { i24 = i12; oVar3 = oVar5; } else { i24 = i12; int i52 = yVar2.f1109i; int iE = yVar2.e(iIntValue); o oVar6 = oVar5; s sVarN = oVar6.n(iIntValue, 0, iE, pVar6.a(0, iE), oVar6.f1035d); oVar3 = oVar6; if (arrayList3 == null) { arrayList3 = new ArrayList(); } ArrayList arrayList4 = arrayList3; arrayList4.add(sVarN); arrayList3 = arrayList4; } i15++; oVar5 = oVar3; size = i51; i12 = i24; } int i53 = i12; oVar = oVar5; List list3 = arrayList3 == null ? yVar7 : arrayList3; if (!zU || rVar2 == null) { i16 = i14; kVar2 = kVar5; i17 = i10; list = null; if (list == null) { list = yVar7; } size2 = listJ.size(); i18 = 0; while (i18 < size2) { int iIntValue2 = ((Number) listJ.get(i18)).intValue(); if (i16 + 1 > iIntValue2 || iIntValue2 >= i29) { i23 = size2; list2 = listJ; } else { if (zU) { int size5 = list.size(); int i54 = 0; while (i54 < size5) { i23 = size2; s[] sVarArr4 = ((t) list.get(i54)).f1090b; list2 = listJ; int length2 = sVarArr4.length; int i55 = 0; while (i55 < length2) { int i56 = i55; if (sVarArr4[i56].f1072a != iIntValue2) { i55 = i56 + 1; } } i54++; listJ = list2; size2 = i23; } } i23 = size2; list2 = listJ; int i57 = yVar2.f1109i; int iE2 = yVar2.e(iIntValue2); oVar2 = oVar; s sVarN2 = oVar2.n(iIntValue2, 0, iE2, pVar6.a(0, iE2), oVar.f1035d); if (arrayList2 == null) { arrayList2 = new ArrayList(); } ArrayList arrayList5 = arrayList2; arrayList5.add(sVarN2); arrayList2 = arrayList5; i18++; listJ = list2; size2 = i23; oVar = oVar2; } oVar2 = oVar; i18++; listJ = list2; size2 = i23; oVar = oVar2; } o oVar7 = oVar; List list4 = arrayList2 != null ? yVar7 : arrayList2; if (i13 <= 0 || iG05 < 0) { size3 = c3249o.size(); int i58 = i17; t tVar4 = tVar3; i19 = 0; while (i19 < size3) { int i59 = ((t) c3249o.get(i19)).f1095g; if (i58 == 0 || i59 > i58 || i19 == AbstractC3252r.A(c3249o)) { break; } i58 -= i59; i19++; tVar4 = (t) c3249o.get(i19); } i20 = i58; tVar2 = tVar4; } else { i20 = i17; tVar2 = tVar3; } int iH2 = C2069a.h(j6); long j8 = j6; int iF = h1.b.f(i40, j8); List listS0 = c3249o; if (!list.isEmpty()) { listS0 = AbstractC3251q.s0(list, c3249o); } z7 = i40 >= Math.min(iF, iG); if (z7 && i11 != 0) { A.b.c("non-zero firstLineScrollOffset"); } size4 = listS0.size(); t tVar5 = tVar2; int length3 = 0; i21 = 0; while (i21 < size4) { length3 += ((t) listS0.get(i21)).f1090b.length; i21++; i29 = i29; } int i60 = i29; ArrayList arrayList6 = new ArrayList(length3); if (z7) { int size6 = list3.size() - 1; if (size6 >= 0) { int i61 = i11; while (true) { int i62 = size6 - 1; s sVar4 = (s) list3.get(size6); i61 -= sVar4.l; sVar4.g(i61, iH2, iF); arrayList6.add(sVar4); if (i62 < 0) { break; } size6 = i62; } } int size7 = listS0.size(); int i63 = i11; int i64 = 0; List list5 = listS0; while (i64 < size7) { t tVar6 = (t) list5.get(i64); s[] sVarArrA = tVar6.a(i63, iH2, iF); List list6 = list5; int i65 = size7; int i66 = 0; for (int length4 = sVarArrA.length; i66 < length4; length4 = length4) { arrayList6.add(sVarArrA[i66]); i66++; } i63 += tVar6.f1095g; i64++; list5 = list6; size7 = i65; } int size8 = list4.size(); for (int i67 = 0; i67 < size8; i67++) { s sVar5 = (s) list4.get(i67); sVar5.g(i63, iH2, iF); arrayList6.add(sVar5); i63 += sVar5.l; } } else { if (!list3.isEmpty() || !list4.isEmpty()) { A.b.a("no items"); } int size9 = listS0.size(); int[] iArr2 = new int[size9]; for (int i68 = 0; i68 < size9; i68++) { iArr2[i68] = ((t) listS0.get(i68)).f1094f; } int[] iArr3 = new int[size9]; if (interfaceC0067j == null) { A.b.b("null verticalArrangement"); throw new E3.v(); } interfaceC0067j.b(g6, iF, iArr2, iArr3); P4.g gVarM = AbstractC3250p.M(iArr3); int i69 = gVarM.f5676a; int i70 = gVarM.f5677b; int i71 = gVarM.f5678c; if ((i71 > 0 && i69 <= i70) || (i71 < 0 && i70 <= i69)) { while (true) { s[] sVarArrA2 = ((t) listS0.get(i69)).a(iArr3[i69], iH2, iF); int length5 = sVarArrA2.length; int[] iArr4 = iArr3; int i72 = 0; while (i72 < length5) { int i73 = i72; arrayList6.add(sVarArrA2[i73]); i72 = i73 + 1; } if (i69 == i70) { break; } i69 += i71; iArr3 = iArr4; } } } k kVar6 = kVar2; int i74 = i40; c0167v4.c(iH2, iF, arrayList6, kVar6.f1019c, oVar7, zU, length, z9, i20, i74); int iG2 = iH2; int i75 = i20; if (zU) { c0167v4.b(); if (h1.l.a(0L, 0L)) { i22 = iF; } else { iG2 = h1.b.g(Math.max(iG2, (int) 0), j8); int iF2 = h1.b.f(Math.max(iF, (int) 0), j8); if (iF2 != iF) { int size10 = arrayList6.size(); for (int i76 = 0; i76 < size10; i76++) { ((s) arrayList6.get(i76)).f1083m = iF2; } } i22 = iF2; } kVar6.f1018b.getClass(); int i77 = iG2; List listI = AbstractC0158l.i(this.f1053g, i53, i16, arrayList6, AbstractC2586m.f21455a, i13, i77, i22, new B0(4, pVar6, oVar7)); int i78 = i16; d6 = d7; c02 = c03; rVar = new r(tVar5, i75, i78 != i60 + (-1) || i74 > iG, f12, c03.e(h1.b.g(i77 + i6, j4), h1.b.f(i22 + i7, j4), zVar, new D.v(d6.f980r, arrayList6, listI, zU, 1)), f11, z6, c6, g6, length, b02, v7, AbstractC0158l.r(i53, i78, arrayList6, listI), i33, i39, i60, EnumC3207z0.f25984a, i26, iG05); } } else { ?? r9 = rVar2.f1065m; if (!r9.isEmpty()) { i17 = i10; for (int size11 = r9.size() - 1; -1 < size11; size11--) { if (((s) r9.get(size11)).f1072a > i14 && (size11 == 0 || ((s) r9.get(size11 - 1)).f1072a <= i14)) { sVar = (s) r9.get(size11); break; } } sVar = null; s sVar6 = (s) AbstractC3251q.n0(r9); t tVar7 = (t) AbstractC3251q.o0(c3249o); int i79 = tVar7 != null ? tVar7.f1089a + 1 : 0; if (sVar != null) { i16 = i14; int iMin = Math.min(sVar6.f1072a, i29 - 1); int i80 = sVar.f1072a; if (i80 <= iMin) { ArrayList arrayList7 = null; while (true) { if (arrayList7 != null) { int size12 = arrayList7.size(); kVar2 = kVar5; int i81 = 0; while (i81 < size12) { int i82 = size12; s[] sVarArr5 = ((t) arrayList7.get(i81)).f1090b; int i83 = i81; int length6 = sVarArr5.length; int i84 = 0; while (i84 < length6) { int i85 = i84; if (sVarArr5[i85].f1072a == i80) { break; } i84 = i85 + 1; } i81 = i83 + 1; size12 = i82; } } else { kVar2 = kVar5; } if (arrayList7 == null) { arrayList7 = new ArrayList(); } t tVarB4 = pVar6.b(i79); i79++; arrayList7.add(tVarB4); if (i80 == iMin) { break; } i80++; kVar5 = kVar2; } list = arrayList7; if (list == null) { } size2 = listJ.size(); i18 = 0; while (i18 < size2) { } o oVar72 = oVar; if (arrayList2 != null) { } if (i13 <= 0) { size3 = c3249o.size(); int i582 = i17; t tVar42 = tVar3; i19 = 0; while (i19 < size3) { } i20 = i582; tVar2 = tVar42; int iH22 = C2069a.h(j6); long j82 = j6; int iF3 = h1.b.f(i40, j82); List listS02 = c3249o; if (!list.isEmpty()) { } if (i40 >= Math.min(iF3, iG)) { } if (z7) { A.b.c("non-zero firstLineScrollOffset"); } size4 = listS02.size(); t tVar52 = tVar2; int length32 = 0; i21 = 0; while (i21 < size4) { } int i602 = i29; ArrayList arrayList62 = new ArrayList(length32); if (z7) { } k kVar62 = kVar2; int i742 = i40; c0167v4.c(iH22, iF3, arrayList62, kVar62.f1019c, oVar72, zU, length, z9, i20, i742); int iG22 = iH22; int i752 = i20; if (zU) { } } } } else { i16 = i14; } kVar2 = kVar5; } list = null; if (list == null) { } size2 = listJ.size(); i18 = 0; while (i18 < size2) { } o oVar722 = oVar; if (arrayList2 != null) { } if (i13 <= 0) { } } } else { i13 = i28; } size = listJ.size(); float f122 = f8; ArrayList arrayList32 = null; i15 = 0; while (true) { yVar2 = pVar6.f1045e; if (i15 >= size) { } i15++; oVar5 = oVar3; size = i51; i12 = i24; } int i532 = i12; oVar = oVar5; if (arrayList32 == null) { } if (zU) { i16 = i14; kVar2 = kVar5; i17 = i10; list = null; if (list == null) { } size2 = listJ.size(); i18 = 0; while (i18 < size2) { } o oVar7222 = oVar; if (arrayList2 != null) { } if (i13 <= 0) { } } } else { i11 = i50; } tVar = (t) c3249o.l(); if (tVar == null) { } size = listJ.size(); float f1222 = f8; ArrayList arrayList322 = null; i15 = 0; while (true) { yVar2 = pVar6.f1045e; if (i15 >= size) { } i15++; oVar5 = oVar3; size = i51; i12 = i24; } int i5322 = i12; oVar = oVar5; if (arrayList322 == null) { } if (zU) { } } d6.f(rVar, c02.U(), false); C0130a c0130a = d6.f964a; return rVar; } catch (Throwable th) { companion.restoreNonObservable(currentThreadSnapshot, snapshotMakeCurrentNonObservable, readObserver); throw th; } } }