package I0; import C0.C0104e; import C0.InterfaceC0110k; import G0.AbstractC0244a; import G0.InterfaceC0247b0; import G0.InterfaceC0279y; import J2.C0427s; import android.graphics.Canvas; import android.graphics.Paint; import android.os.Build; import android.view.ViewParent; import androidx.compose.runtime.collection.MutableVector; import androidx.compose.runtime.snapshots.Snapshot; import androidx.media3.exoplayer.source.ProgressiveMediaSource; import i0.AbstractC2254r; import java.lang.ref.Reference; import java.lang.ref.ReferenceQueue; import java.lang.ref.WeakReference; import java.util.Map; import n.C2568C; import n.C2571F; import o0.C2631b; import o0.C2632c; import o0.C2633d; import p0.AbstractC2686D; import p0.AbstractC2690H; import p0.AbstractC2697c; import p0.AbstractC2704j; import p0.AbstractC2715v; import p0.C2692J; import p0.C2693K; import p0.C2694L; import p0.C2702h; import p0.C2709o; import p0.C2714u; import p0.InterfaceC2684B; import p0.InterfaceC2712s; import q.AbstractC2761L; import r0.C2862a; import r0.C2863b; import x4.AbstractC3252r; /* JADX INFO: renamed from: I0.j0, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public abstract class AbstractC0300j0 extends P implements G0.Z, InterfaceC0279y, u0 { /* JADX INFO: renamed from: P, reason: collision with root package name */ public static final p0.U f2401P = new p0.U(); /* JADX INFO: renamed from: Q, reason: collision with root package name */ public static final C0313w f2402Q = new C0313w(); /* JADX INFO: renamed from: R, reason: collision with root package name */ public static final float[] f2403R = C2692J.a(); /* JADX INFO: renamed from: S, reason: collision with root package name */ public static final C0292f0 f2404S = new C0292f0(0); /* JADX INFO: renamed from: T, reason: collision with root package name */ public static final C0292f0 f2405T = new C0292f0(1); /* JADX INFO: renamed from: A, reason: collision with root package name */ public InterfaceC0247b0 f2406A; /* JADX INFO: renamed from: B, reason: collision with root package name */ public C2571F f2407B; /* JADX INFO: renamed from: D, reason: collision with root package name */ public float f2409D; /* JADX INFO: renamed from: E, reason: collision with root package name */ public C0427s f2410E; /* JADX INFO: renamed from: F, reason: collision with root package name */ public C0313w f2411F; /* JADX INFO: renamed from: H, reason: collision with root package name */ public boolean f2413H; /* JADX INFO: renamed from: I, reason: collision with root package name */ public boolean f2414I; /* JADX INFO: renamed from: J, reason: collision with root package name */ public s0.b f2415J; /* JADX INFO: renamed from: K, reason: collision with root package name */ public InterfaceC2712s f2416K; /* JADX INFO: renamed from: L, reason: collision with root package name */ public G0.V f2417L; /* JADX INFO: renamed from: N, reason: collision with root package name */ public boolean f2419N; /* JADX INFO: renamed from: O, reason: collision with root package name */ public r0 f2420O; /* JADX INFO: renamed from: r, reason: collision with root package name */ public final H f2421r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public AbstractC0300j0 f2422s; /* JADX INFO: renamed from: t, reason: collision with root package name */ public AbstractC0300j0 f2423t; /* JADX INFO: renamed from: u, reason: collision with root package name */ public boolean f2424u; /* JADX INFO: renamed from: v, reason: collision with root package name */ public boolean f2425v; /* JADX INFO: renamed from: w, reason: collision with root package name */ public J4.c f2426w; /* JADX INFO: renamed from: x, reason: collision with root package name */ public h1.c f2427x; /* JADX INFO: renamed from: y, reason: collision with root package name */ public h1.m f2428y; /* JADX INFO: renamed from: z, reason: collision with root package name */ public float f2429z = 0.8f; /* JADX INFO: renamed from: C, reason: collision with root package name */ public long f2408C = 0; /* JADX INFO: renamed from: G, reason: collision with root package name */ public p0.X f2412G = AbstractC2686D.f22844b; /* JADX INFO: renamed from: M, reason: collision with root package name */ public final C0294g0 f2418M = new C0294g0(this, 1); public AbstractC0300j0(H h5) { this.f2421r = h5; this.f2427x = h5.f2155C; this.f2428y = h5.f2156D; } public static AbstractC0300j0 p1(InterfaceC0279y interfaceC0279y) { AbstractC0300j0 abstractC0300j0; G0.Y y6 = interfaceC0279y instanceof G0.Y ? (G0.Y) interfaceC0279y : null; if (y6 != null && (abstractC0300j0 = y6.f1953a.f2251r) != null) { return abstractC0300j0; } kotlin.jvm.internal.o.f(interfaceC0279y, "null cannot be cast to non-null type androidx.compose.ui.node.NodeCoordinator"); return (AbstractC0300j0) interfaceC0279y; } @Override // I0.P public final boolean B0() { return this.f2406A != null; } @Override // I0.P public final H C0() { return this.f2421r; } @Override // I0.P public final InterfaceC0247b0 D0() { InterfaceC0247b0 interfaceC0247b0 = this.f2406A; if (interfaceC0247b0 != null) { return interfaceC0247b0; } throw new IllegalStateException("Asking for measurement result of unmeasured layout modifier"); } @Override // I0.P public final P E0() { return this.f2423t; } @Override // G0.InterfaceC0279y public final long F() { return this.f2000c; } @Override // I0.P public final long F0() { return this.f2408C; } @Override // I0.P public final void J0() { s0(this.f2408C, this.f2409D, this.f2426w); } public final void K0(AbstractC0300j0 abstractC0300j0, C0427s c0427s, boolean z6) { if (abstractC0300j0 == this) { return; } AbstractC0300j0 abstractC0300j02 = this.f2423t; if (abstractC0300j02 != null) { abstractC0300j02.K0(abstractC0300j0, c0427s, z6); } long j4 = this.f2408C; float f6 = (int) (j4 >> 32); c0427s.f3444b -= f6; c0427s.f3446d -= f6; float f7 = (int) (j4 & 4294967295L); c0427s.f3445c -= f7; c0427s.f3447e -= f7; r0 r0Var = this.f2420O; if (r0Var != null) { J0.F0 f0 = (J0.F0) r0Var; float[] fArrA = f0.a(); if (!f0.f2836v) { if (fArrA == null) { c0427s.f3444b = 0.0f; c0427s.f3445c = 0.0f; c0427s.f3446d = 0.0f; c0427s.f3447e = 0.0f; } else { C2692J.c(fArrA, c0427s); } } if (this.f2425v && z6) { long j6 = this.f2000c; c0427s.a(0.0f, 0.0f, (int) (j6 >> 32), (int) (j6 & 4294967295L)); } } } public final long L0(AbstractC0300j0 abstractC0300j0, long j4) { if (abstractC0300j0 == this) { return j4; } AbstractC0300j0 abstractC0300j02 = this.f2423t; return (abstractC0300j02 == null || kotlin.jvm.internal.o.c(abstractC0300j0, abstractC0300j02)) ? S0(j4) : S0(abstractC0300j02.L0(abstractC0300j0, j4)); } @Override // G0.InterfaceC0279y public final long M(long j4) { if (!w()) { F0.a.b("LayoutCoordinate operations are only valid when isAttached is true"); } return ((J0.A) K.a(this.f2421r)).s(e0(j4)); } public final long M0(long j4) { float fIntBitsToFloat = Float.intBitsToFloat((int) (j4 >> 32)) - q0(); float fIntBitsToFloat2 = Float.intBitsToFloat((int) (j4 & 4294967295L)) - n0(); float fMax = Math.max(0.0f, fIntBitsToFloat / 2.0f); return (((long) Float.floatToRawIntBits(Math.max(0.0f, fIntBitsToFloat2 / 2.0f))) & 4294967295L) | (Float.floatToRawIntBits(fMax) << 32); } public final float N0(long j4, long j6) { if (q0() >= Float.intBitsToFloat((int) (j6 >> 32)) && n0() >= Float.intBitsToFloat((int) (j6 & 4294967295L))) { return Float.POSITIVE_INFINITY; } long jM0 = M0(j6); float fIntBitsToFloat = Float.intBitsToFloat((int) (jM0 >> 32)); float fIntBitsToFloat2 = Float.intBitsToFloat((int) (jM0 & 4294967295L)); float fIntBitsToFloat3 = Float.intBitsToFloat((int) (j4 >> 32)); float fMax = Math.max(0.0f, fIntBitsToFloat3 < 0.0f ? -fIntBitsToFloat3 : fIntBitsToFloat3 - q0()); float fIntBitsToFloat4 = Float.intBitsToFloat((int) (j4 & 4294967295L)); long jFloatToRawIntBits = (((long) Float.floatToRawIntBits(Math.max(0.0f, fIntBitsToFloat4 < 0.0f ? -fIntBitsToFloat4 : fIntBitsToFloat4 - n0()))) & 4294967295L) | (((long) Float.floatToRawIntBits(fMax)) << 32); if (fIntBitsToFloat > 0.0f || fIntBitsToFloat2 > 0.0f) { int i6 = (int) (jFloatToRawIntBits >> 32); if (Float.intBitsToFloat(i6) <= fIntBitsToFloat) { int i7 = (int) (jFloatToRawIntBits & 4294967295L); if (Float.intBitsToFloat(i7) <= fIntBitsToFloat2) { float fIntBitsToFloat5 = Float.intBitsToFloat(i6); float fIntBitsToFloat6 = Float.intBitsToFloat(i7); return (fIntBitsToFloat6 * fIntBitsToFloat6) + (fIntBitsToFloat5 * fIntBitsToFloat5); } } } return Float.POSITIVE_INFINITY; } /* 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 O0(InterfaceC2712s interfaceC2712s, s0.b bVar) { boolean z6; Canvas canvas; boolean z7; boolean z8; float f6; r0 r0Var = this.f2420O; if (r0Var == null) { long j4 = this.f2408C; float f7 = (int) (j4 >> 32); float f8 = (int) (j4 & 4294967295L); interfaceC2712s.p(f7, f8); P0(interfaceC2712s, bVar); interfaceC2712s.p(-f7, -f8); return; } J0.F0 f0 = (J0.F0) r0Var; f0.f(); f0.f2837w = f0.f2819a.f24021a.J() > 0.0f; C2863b c2863b = f0.f2830p; o4.f fVar = c2863b.f23803b; fVar.l(interfaceC2712s); fVar.f21849b = bVar; s0.b bVar2 = f0.f2819a; InterfaceC2712s interfaceC2712sC = c2863b.a0().c(); s0.b bVar3 = (s0.b) c2863b.a0().f21849b; if (bVar2.f24038s) { return; } bVar2.a(); s0.d dVar = bVar2.f24021a; if (!dVar.p()) { try { dVar.l(bVar2.f24022b, bVar2.f24023c, bVar2, bVar2.f24025e); } catch (Throwable unused) { } } boolean z9 = dVar.J() > 0.0f; if (z9) { interfaceC2712sC.t(); } Canvas canvasA = AbstractC2697c.a(interfaceC2712sC); boolean zIsHardwareAccelerated = canvasA.isHardwareAccelerated(); if (!zIsHardwareAccelerated) { long j6 = bVar2.f24039t; float f9 = (int) (j6 >> 32); float f10 = (int) (j6 & 4294967295L); long j7 = bVar2.f24040u; float f11 = ((int) (j7 >> 32)) + f9; float f12 = f10 + ((int) (j7 & 4294967295L)); float alpha = dVar.getAlpha(); AbstractC2715v colorFilter = dVar.getColorFilter(); int iM = dVar.M(); if (alpha < 1.0f || iM != 3 || colorFilter != null || dVar.k() == 1) { I2.O oI = bVar2.f24035p; if (oI == null) { oI = AbstractC2686D.i(); bVar2.f24035p = oI; } oI.e(alpha); oI.f(iM); oI.h(colorFilter); f6 = f9; canvasA.saveLayer(f6, f10, f11, f12, (Paint) oI.f2524b); } else { canvasA.save(); f6 = f9; } canvasA.translate(f6, f10); canvasA.concat(dVar.G()); } boolean z10 = !zIsHardwareAccelerated && bVar2.f24042w; if (z10) { interfaceC2712sC.f(); p0.N nD = bVar2.d(); if (nD instanceof C2694L) { InterfaceC2712s.d(interfaceC2712sC, ((C2694L) nD).f22856a); } else if (nD instanceof p0.M) { C2702h c2702hA = bVar2.f24032m; if (c2702hA != null) { c2702hA.f22920a.rewind(); } else { c2702hA = AbstractC2704j.a(); bVar2.f24032m = c2702hA; } p0.Q.b(c2702hA, ((p0.M) nD).f22857a); interfaceC2712sC.q(c2702hA, 1); } else { if (!(nD instanceof C2693K)) { throw new E3.v(); } interfaceC2712sC.q(((C2693K) nD).f22855a, 1); } } if (bVar3 != null) { C0.D d6 = bVar3.f24037r; if (!d6.f518a) { AbstractC2690H.a("Only add dependencies during a tracking"); } n.O o6 = (n.O) d6.f521d; if (o6 != null) { o6.d(bVar2); } else if (((s0.b) d6.f519b) != null) { n.O o7 = n.a0.f21397a; n.O o8 = new n.O(); s0.b bVar4 = (s0.b) d6.f519b; kotlin.jvm.internal.o.e(bVar4); o8.d(bVar4); o8.d(bVar2); d6.f521d = o8; d6.f519b = null; } else { d6.f519b = bVar2; } n.O o9 = (n.O) d6.f522e; if (o9 != null) { z8 = !o9.l(bVar2); } else if (((s0.b) d6.f520c) != bVar2) { z8 = true; } else { d6.f520c = null; z8 = false; } if (z8) { bVar2.f24036q++; } } if (AbstractC2697c.a(interfaceC2712sC).isHardwareAccelerated()) { z6 = z9; canvas = canvasA; z7 = z10; dVar.h(interfaceC2712sC); } else { C2863b c2863b2 = bVar2.f24034o; if (c2863b2 == null) { c2863b2 = new C2863b(); bVar2.f24034o = c2863b2; } h1.c cVar = bVar2.f24022b; h1.m mVar = bVar2.f24023c; long jK = W0.e.K(bVar2.f24040u); o4.f fVar2 = c2863b2.f23803b; C2862a c2862a = ((C2863b) fVar2.f21851d).f23802a; h1.c cVar2 = c2862a.f23798a; h1.m mVar2 = c2862a.f23799b; InterfaceC2712s interfaceC2712sC2 = fVar2.c(); canvas = canvasA; z7 = z10; long jF = fVar2.f(); z6 = z9; s0.b bVar5 = (s0.b) fVar2.f21849b; fVar2.m(cVar); fVar2.n(mVar); fVar2.l(interfaceC2712sC); fVar2.o(jK); fVar2.f21849b = bVar2; interfaceC2712sC.f(); try { bVar2.c(c2863b2); } finally { interfaceC2712sC.r(); fVar2.m(cVar2); fVar2.n(mVar2); fVar2.l(interfaceC2712sC2); fVar2.o(jF); fVar2.f21849b = bVar5; } } if (z7) { interfaceC2712sC.r(); } if (z6) { interfaceC2712sC.g(); } if (zIsHardwareAccelerated) { return; } canvas.restore(); } public final void P0(InterfaceC2712s interfaceC2712s, s0.b bVar) { InterfaceC2712s interfaceC2712s2; s0.b bVar2; AbstractC2254r abstractC2254rW0 = W0(4); if (abstractC2254rW0 == null) { k1(interfaceC2712s, bVar); return; } H h5 = this.f2421r; h5.getClass(); J sharedDrawScope = ((J0.A) K.a(h5)).getSharedDrawScope(); long jK = W0.e.K(this.f2000c); sharedDrawScope.getClass(); MutableVector mutableVector = null; while (abstractC2254rW0 != null) { if (abstractC2254rW0 instanceof InterfaceC0305n) { interfaceC2712s2 = interfaceC2712s; bVar2 = bVar; sharedDrawScope.d(interfaceC2712s2, jK, this, (InterfaceC0305n) abstractC2254rW0, bVar2); } else { interfaceC2712s2 = interfaceC2712s; bVar2 = bVar; if ((abstractC2254rW0.getKindSet$ui() & 4) != 0 && (abstractC2254rW0 instanceof AbstractC0301k)) { int i6 = 0; for (AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rW0).f2431b; child$ui != null; child$ui = child$ui.getChild$ui()) { if ((child$ui.getKindSet$ui() & 4) != 0) { i6++; if (i6 == 1) { abstractC2254rW0 = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rW0 != null) { mutableVector.add(abstractC2254rW0); abstractC2254rW0 = null; } mutableVector.add(child$ui); } } } if (i6 == 1) { } } interfaceC2712s = interfaceC2712s2; bVar = bVar2; } abstractC2254rW0 = AbstractC0303l.e(mutableVector); interfaceC2712s = interfaceC2712s2; bVar = bVar2; } } public abstract void Q0(); @Override // G0.InterfaceC0279y public final long R(long j4) { if (!w()) { F0.a.b("LayoutCoordinate operations are only valid when isAttached is true"); } InterfaceC0279y interfaceC0279yI = G0.B.i(this); J0.A a6 = (J0.A) K.a(this.f2421r); a6.C(); return k(interfaceC0279yI, C2631b.d(C2692J.b(j4, a6.f0), interfaceC0279yI.e0(0L))); } public final AbstractC0300j0 R0(AbstractC0300j0 abstractC0300j0) { H hT = abstractC0300j0.f2421r; H h5 = this.f2421r; if (hT == h5) { AbstractC2254r abstractC2254rV0 = abstractC0300j0.V0(); AbstractC2254r abstractC2254rV02 = V0(); if (!abstractC2254rV02.getNode().isAttached()) { F0.a.b("visitLocalAncestors called on an unattached node"); } for (AbstractC2254r parent$ui = abstractC2254rV02.getNode().getParent$ui(); parent$ui != null; parent$ui = parent$ui.getParent$ui()) { if ((parent$ui.getKindSet$ui() & 2) != 0 && parent$ui == abstractC2254rV0) { return abstractC0300j0; } } return this; } while (hT.f2189t > h5.f2189t) { hT = hT.t(); kotlin.jvm.internal.o.e(hT); } H hT2 = h5; while (hT2.f2189t > hT.f2189t) { hT2 = hT2.t(); kotlin.jvm.internal.o.e(hT2); } while (hT != hT2) { hT = hT.t(); hT2 = hT2.t(); if (hT == null || hT2 == null) { throw new IllegalArgumentException("layouts are not part of the same hierarchy"); } } if (hT2 != h5) { if (hT != abstractC0300j0.f2421r) { return (C0310t) hT.f2162J.f2362d; } return abstractC0300j0; } return this; } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r5v8 */ @Override // G0.q0, G0.InterfaceC0273s public final Object S() { H h5 = this.f2421r; if (!h5.f2162J.f(64)) { return null; } V0(); Object objE0 = null; for (AbstractC2254r parent$ui = (F0) h5.f2162J.f2364f; parent$ui != null; parent$ui = parent$ui.getParent$ui()) { if ((parent$ui.getKindSet$ui() & 64) != 0) { AbstractC2254r abstractC2254rE = parent$ui; MutableVector mutableVector = null; while (abstractC2254rE != 0) { if (abstractC2254rE instanceof w0) { objE0 = ((w0) abstractC2254rE).e0(h5.f2155C, objE0); } else if ((abstractC2254rE.getKindSet$ui() & 64) != 0 && (abstractC2254rE instanceof AbstractC0301k)) { AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rE).f2431b; int i6 = 0; abstractC2254rE = abstractC2254rE; while (child$ui != null) { if ((child$ui.getKindSet$ui() & 64) != 0) { i6++; if (i6 == 1) { abstractC2254rE = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rE != 0) { mutableVector.add(abstractC2254rE); abstractC2254rE = 0; } mutableVector.add(child$ui); } } child$ui = child$ui.getChild$ui(); abstractC2254rE = abstractC2254rE; } if (i6 == 1) { } } abstractC2254rE = AbstractC0303l.e(mutableVector); } } } return objE0; } public final long S0(long j4) { long j6 = this.f2408C; long jFloatToRawIntBits = (((long) Float.floatToRawIntBits(Float.intBitsToFloat((int) (j4 & 4294967295L)) - ((int) (j6 & 4294967295L)))) & 4294967295L) | (((long) Float.floatToRawIntBits(Float.intBitsToFloat((int) (j4 >> 32)) - ((int) (j6 >> 32)))) << 32); r0 r0Var = this.f2420O; return r0Var != null ? ((J0.F0) r0Var).c(jFloatToRawIntBits, true) : jFloatToRawIntBits; } @Override // h1.c public final float T() { return this.f2421r.f2155C.T(); } public abstract Q T0(); public final long U0() { return this.f2427x.k0(this.f2421r.f2157E.d()); } @Override // G0.InterfaceC0279y public final InterfaceC0279y V() { boolean zW = w(); H h5 = this.f2421r; if (!zW) { StringBuilder sb = new StringBuilder("LayoutCoordinate operations are only valid when isAttached is true"); for (H hT = h5; hT != null; hT = hT.t()) { sb.append("\n|"); sb.append(hT); sb.append(" isAttached="); sb.append(hT.F()); sb.append(" modifier="); sb.append(hT.f2167O); sb.append(" tail="); sb.append(V0()); } F0.a.b(sb.toString()); } e1(); return ((AbstractC0300j0) h5.f2162J.f2363e).f2423t; } public abstract AbstractC2254r V0(); public final AbstractC2254r W0(int i6) { boolean zH = AbstractC0302k0.h(i6); AbstractC2254r abstractC2254rV0 = V0(); if (!zH && (abstractC2254rV0 = abstractC2254rV0.getParent$ui()) == null) { return null; } for (AbstractC2254r abstractC2254rX0 = X0(zH); abstractC2254rX0 != null && (abstractC2254rX0.getAggregateChildKindSet$ui() & i6) != 0; abstractC2254rX0 = abstractC2254rX0.getChild$ui()) { if ((abstractC2254rX0.getKindSet$ui() & i6) != 0) { return abstractC2254rX0; } if (abstractC2254rX0 == abstractC2254rV0) { return null; } } return null; } public final AbstractC2254r X0(boolean z6) { AbstractC2254r abstractC2254rV0; C0290e0 c0290e0 = this.f2421r.f2162J; if (((AbstractC0300j0) c0290e0.f2363e) == this) { return (AbstractC2254r) c0290e0.f2365g; } if (!z6) { AbstractC0300j0 abstractC0300j0 = this.f2423t; if (abstractC0300j0 != null) { return abstractC0300j0.V0(); } return null; } AbstractC0300j0 abstractC0300j02 = this.f2423t; if (abstractC0300j02 == null || (abstractC2254rV0 = abstractC0300j02.V0()) == null) { return null; } return abstractC2254rV0.getChild$ui(); } public final void Y0(AbstractC2254r abstractC2254r, C0292f0 c0292f0, long j4, r rVar, int i6, boolean z6) { if (abstractC2254r == null) { b1(c0292f0, j4, rVar, i6, z6); return; } int i7 = rVar.f2457c; n.J j6 = rVar.f2455a; rVar.h(i7 + 1, j6.f21377b); rVar.f2457c++; j6.g(abstractC2254r); rVar.f2456b.a(AbstractC0303l.a(-1.0f, z6, false)); Y0(AbstractC0303l.d(abstractC2254r, c0292f0.b()), c0292f0, j4, rVar, i6, z6); rVar.f2457c = i7; } public final void Z0(AbstractC2254r abstractC2254r, C0292f0 c0292f0, long j4, r rVar, int i6, boolean z6, float f6) { if (abstractC2254r == null) { b1(c0292f0, j4, rVar, i6, z6); return; } int i7 = rVar.f2457c; n.J j6 = rVar.f2455a; rVar.h(i7 + 1, j6.f21377b); rVar.f2457c++; j6.g(abstractC2254r); rVar.f2456b.a(AbstractC0303l.a(f6, z6, false)); j1(AbstractC0303l.d(abstractC2254r, c0292f0.b()), c0292f0, j4, rVar, i6, z6, f6, true); rVar.f2457c = i7; } @Override // h1.c public final float a() { return this.f2421r.f2155C.a(); } public final void a1(C0292f0 c0292f0, long j4, r rVar, int i6, boolean z6) { boolean z7; boolean z8; AbstractC2254r abstractC2254rW0 = W0(c0292f0.b()); if (!v1(j4)) { if (i6 == 1) { float fN0 = N0(j4, U0()); if ((Float.floatToRawIntBits(fN0) & Integer.MAX_VALUE) < 2139095040) { if (rVar.f2457c != AbstractC3252r.A(rVar)) { if (AbstractC0303l.g(rVar.g(), AbstractC0303l.a(fN0, false, false)) <= 0) { return; } } Z0(abstractC2254rW0, c0292f0, j4, rVar, i6, false, fN0); return; } return; } return; } if (abstractC2254rW0 == null) { b1(c0292f0, j4, rVar, i6, z6); return; } float fIntBitsToFloat = Float.intBitsToFloat((int) (j4 >> 32)); float fIntBitsToFloat2 = Float.intBitsToFloat((int) (j4 & 4294967295L)); if (fIntBitsToFloat >= 0.0f && fIntBitsToFloat2 >= 0.0f && fIntBitsToFloat < q0() && fIntBitsToFloat2 < n0()) { Y0(abstractC2254rW0, c0292f0, j4, rVar, i6, z6); return; } float fN02 = i6 == 1 ? N0(j4, U0()) : Float.POSITIVE_INFINITY; if ((Float.floatToRawIntBits(fN02) & Integer.MAX_VALUE) < 2139095040) { if (rVar.f2457c != AbstractC3252r.A(rVar)) { z7 = z6; if (AbstractC0303l.g(rVar.g(), AbstractC0303l.a(fN02, z7, false)) > 0) { } j1(abstractC2254rW0, c0292f0, j4, rVar, i6, z7, fN02, z8); } z7 = z6; z8 = true; j1(abstractC2254rW0, c0292f0, j4, rVar, i6, z7, fN02, z8); } z7 = z6; z8 = false; j1(abstractC2254rW0, c0292f0, j4, rVar, i6, z7, fN02, z8); } public void b1(C0292f0 c0292f0, long j4, r rVar, int i6, boolean z6) { AbstractC0300j0 abstractC0300j0 = this.f2422s; if (abstractC0300j0 != null) { abstractC0300j0.a1(c0292f0, abstractC0300j0.S0(j4), rVar, i6, z6); } } @Override // G0.InterfaceC0279y public final long c0(long j4) { if (!w()) { F0.a.b("LayoutCoordinate operations are only valid when isAttached is true"); } return k(G0.B.i(this), ((J0.A) K.a(this.f2421r)).G(j4)); } public final void c1() { r0 r0Var = this.f2420O; if (r0Var != null) { r0Var.invalidate(); return; } AbstractC0300j0 abstractC0300j0 = this.f2423t; if (abstractC0300j0 != null) { abstractC0300j0.c1(); } } @Override // G0.InterfaceC0279y public final C2632c d0(InterfaceC0279y interfaceC0279y, boolean z6) { if (!w()) { F0.a.b("LayoutCoordinate operations are only valid when isAttached is true"); } if (!interfaceC0279y.w()) { F0.a.b("LayoutCoordinates " + interfaceC0279y + " is not attached!"); } AbstractC0300j0 abstractC0300j0P1 = p1(interfaceC0279y); abstractC0300j0P1.e1(); AbstractC0300j0 abstractC0300j0R0 = R0(abstractC0300j0P1); C0427s c0427s = this.f2410E; if (c0427s == null) { c0427s = new C0427s(); this.f2410E = c0427s; } c0427s.f3444b = 0.0f; c0427s.f3445c = 0.0f; c0427s.f3446d = (int) (interfaceC0279y.F() >> 32); c0427s.f3447e = (int) (interfaceC0279y.F() & 4294967295L); while (abstractC0300j0P1 != abstractC0300j0R0) { abstractC0300j0P1.m1(c0427s, z6, false); if (c0427s.b()) { return C2632c.f21786e; } abstractC0300j0P1 = abstractC0300j0P1.f2423t; kotlin.jvm.internal.o.e(abstractC0300j0P1); } K0(abstractC0300j0R0, c0427s, z6); return new C2632c(c0427s.f3444b, c0427s.f3445c, c0427s.f3446d, c0427s.f3447e); } public final boolean d1() { if (this.f2420O != null && this.f2429z <= 0.0f) { return true; } AbstractC0300j0 abstractC0300j0 = this.f2423t; if (abstractC0300j0 != null) { return abstractC0300j0.d1(); } return false; } @Override // G0.InterfaceC0279y public final long e0(long j4) { if (!w()) { F0.a.b("LayoutCoordinate operations are only valid when isAttached is true"); } e1(); for (AbstractC0300j0 abstractC0300j0 = this; abstractC0300j0 != null; abstractC0300j0 = abstractC0300j0.f2423t) { H h5 = abstractC0300j0.f2421r; if (abstractC0300j0 == ((AbstractC0300j0) h5.f2162J.f2363e) && !h5.f2176c) { long jB = ((J0.A) K.a(h5)).getRectManager().b(h5); if (!h1.j.a(jB, 9223372034707292159L)) { return W.c.O(j4, jB); } } r0 r0Var = abstractC0300j0.f2420O; if (r0Var != null) { j4 = ((J0.F0) r0Var).c(j4, false); } j4 = W.c.O(j4, abstractC0300j0.f2408C); } return j4; } public final void e1() { this.f2421r.f2163K.b(); } @Override // G0.InterfaceC0279y public final long f0(InterfaceC0279y interfaceC0279y, long j4) { return k(interfaceC0279y, j4); } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r8v10 */ public final void f1() { AbstractC2254r parent$ui; AbstractC2254r abstractC2254rX0 = X0(AbstractC0302k0.h(128)); if (abstractC2254rX0 == null || (abstractC2254rX0.getNode().getAggregateChildKindSet$ui() & 128) == 0) { return; } Snapshot.Companion companion = Snapshot.Companion; Snapshot currentThreadSnapshot = companion.getCurrentThreadSnapshot(); J4.c readObserver = currentThreadSnapshot != null ? currentThreadSnapshot.getReadObserver() : null; Snapshot snapshotMakeCurrentNonObservable = companion.makeCurrentNonObservable(currentThreadSnapshot); try { boolean zH = AbstractC0302k0.h(128); if (!zH) { parent$ui = V0().getParent$ui(); if (parent$ui == null) { } } parent$ui = V0(); for (AbstractC2254r abstractC2254rX02 = X0(zH); abstractC2254rX02 != null; abstractC2254rX02 = abstractC2254rX02.getChild$ui()) { if ((abstractC2254rX02.getAggregateChildKindSet$ui() & 128) == 0) { break; } if ((abstractC2254rX02.getKindSet$ui() & 128) != 0) { MutableVector mutableVector = null; AbstractC2254r abstractC2254rE = abstractC2254rX02; while (abstractC2254rE != 0) { if (abstractC2254rE instanceof InterfaceC0314x) { ((InterfaceC0314x) abstractC2254rE).m(this.f2000c); } else if ((abstractC2254rE.getKindSet$ui() & 128) != 0 && (abstractC2254rE instanceof AbstractC0301k)) { AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rE).f2431b; int i6 = 0; abstractC2254rE = abstractC2254rE; while (child$ui != null) { if ((child$ui.getKindSet$ui() & 128) != 0) { i6++; if (i6 == 1) { abstractC2254rE = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rE != 0) { mutableVector.add(abstractC2254rE); abstractC2254rE = 0; } mutableVector.add(child$ui); } } child$ui = child$ui.getChild$ui(); abstractC2254rE = abstractC2254rE; } if (i6 == 1) { } } abstractC2254rE = AbstractC0303l.e(mutableVector); } } if (abstractC2254rX02 == parent$ui) { break; } } } finally { companion.restoreNonObservable(currentThreadSnapshot, snapshotMakeCurrentNonObservable, readObserver); } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r4v6 */ public final void g1() { boolean zH = AbstractC0302k0.h(4194304); AbstractC2254r abstractC2254rV0 = V0(); if (!zH && (abstractC2254rV0 = abstractC2254rV0.getParent$ui()) == null) { return; } for (AbstractC2254r abstractC2254rX0 = X0(zH); abstractC2254rX0 != null && (abstractC2254rX0.getAggregateChildKindSet$ui() & 4194304) != 0; abstractC2254rX0 = abstractC2254rX0.getChild$ui()) { if ((abstractC2254rX0.getKindSet$ui() & 4194304) != 0) { AbstractC2254r abstractC2254rE = abstractC2254rX0; MutableVector mutableVector = null; while (abstractC2254rE != 0) { if (abstractC2254rE instanceof InterfaceC0314x) { ((InterfaceC0314x) abstractC2254rE).h0(this); } else if ((abstractC2254rE.getKindSet$ui() & 4194304) != 0 && (abstractC2254rE instanceof AbstractC0301k)) { AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rE).f2431b; int i6 = 0; abstractC2254rE = abstractC2254rE; while (child$ui != null) { if ((child$ui.getKindSet$ui() & 4194304) != 0) { i6++; if (i6 == 1) { abstractC2254rE = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rE != 0) { mutableVector.add(abstractC2254rE); abstractC2254rE = 0; } mutableVector.add(child$ui); } } child$ui = child$ui.getChild$ui(); abstractC2254rE = abstractC2254rE; } if (i6 == 1) { } } abstractC2254rE = AbstractC0303l.e(mutableVector); } } if (abstractC2254rX0 == abstractC2254rV0) { return; } } } @Override // G0.InterfaceC0274t public final h1.m getLayoutDirection() { return this.f2421r.f2156D; } public final void h1() { this.f2424u = true; this.f2418M.invoke(); n1(); if (h1.j.a(this.f2408C, 0L)) { return; } this.f2421r.L(); } @Override // G0.InterfaceC0279y public final long i(long j4) { long jE0 = e0(j4); J0.A a6 = (J0.A) K.a(this.f2421r); a6.C(); return C2692J.b(jE0, a6.e0); } public final void i1() { AbstractC2254r abstractC2254rX0 = X0(AbstractC0302k0.h(ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES)); if (abstractC2254rX0 == null || (abstractC2254rX0.getNode().getAggregateChildKindSet$ui() & ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES) == 0) { return; } boolean zH = AbstractC0302k0.h(ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES); AbstractC2254r abstractC2254rV0 = V0(); if (!zH && (abstractC2254rV0 = abstractC2254rV0.getParent$ui()) == null) { return; } for (AbstractC2254r abstractC2254rX02 = X0(zH); abstractC2254rX02 != null && (abstractC2254rX02.getAggregateChildKindSet$ui() & ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES) != 0; abstractC2254rX02 = abstractC2254rX02.getChild$ui()) { if ((abstractC2254rX02.getKindSet$ui() & ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES) != 0) { AbstractC2254r abstractC2254rE = abstractC2254rX02; MutableVector mutableVector = null; while (abstractC2254rE != null) { if ((abstractC2254rE.getKindSet$ui() & ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES) != 0 && (abstractC2254rE instanceof AbstractC0301k)) { int i6 = 0; for (AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rE).f2431b; child$ui != null; child$ui = child$ui.getChild$ui()) { if ((child$ui.getKindSet$ui() & ProgressiveMediaSource.DEFAULT_LOADING_CHECK_INTERVAL_BYTES) != 0) { i6++; if (i6 == 1) { abstractC2254rE = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rE != null) { mutableVector.add(abstractC2254rE); abstractC2254rE = null; } mutableVector.add(child$ui); } } } if (i6 == 1) { } } abstractC2254rE = AbstractC0303l.e(mutableVector); } } if (abstractC2254rX02 == abstractC2254rV0) { return; } } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:71:0x0194 A[PHI: r3 0x0194: PHI (r3v4 androidx.compose.runtime.collection.MutableVector) = (r3v1 androidx.compose.runtime.collection.MutableVector) (r3v1 androidx.compose.runtime.collection.MutableVector) (r3v6 androidx.compose.runtime.collection.MutableVector) binds: [B:53:0x015d, B:55:0x0161, B:69:0x018e] A[DONT_GENERATE, DONT_INLINE]] */ /* JADX WARN: Type inference failed for: r0v18 */ /* JADX WARN: Type inference failed for: r0v19, types: [i0.r] */ /* JADX WARN: Type inference failed for: r0v21 */ /* JADX WARN: Type inference failed for: r0v22, types: [i0.r] */ /* JADX WARN: Type inference failed for: r0v23, types: [java.lang.Object] */ /* JADX WARN: Type inference failed for: r0v24 */ /* JADX WARN: Type inference failed for: r0v25 */ /* JADX WARN: Type inference failed for: r0v26 */ /* JADX WARN: Type inference failed for: r0v27 */ /* JADX WARN: Type inference failed for: r0v28 */ /* JADX WARN: Type inference failed for: r0v29 */ /* JADX WARN: Type inference failed for: r10v7 */ /* JADX WARN: Type inference failed for: r2v0 */ /* JADX WARN: Type inference failed for: r2v1, types: [i0.r] */ /* JADX WARN: Type inference failed for: r2v15, types: [i0.r] */ /* JADX WARN: Type inference failed for: r2v16 */ /* JADX WARN: Type inference failed for: r2v17, types: [java.lang.Object] */ /* JADX WARN: Type inference failed for: r2v18 */ /* JADX WARN: Type inference failed for: r2v19 */ /* JADX WARN: Type inference failed for: r2v20 */ /* JADX WARN: Type inference failed for: r2v21 */ /* JADX WARN: Type inference failed for: r2v31 */ /* JADX WARN: Type inference failed for: r2v32 */ /* JADX WARN: Type inference failed for: r2v33 */ /* JADX WARN: Type inference failed for: r3v15 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void j1(AbstractC2254r abstractC2254r, C0292f0 c0292f0, long j4, r rVar, int i6, boolean z6, float f6, boolean z7) { ?? E5; if (abstractC2254r == null) { b1(c0292f0, j4, rVar, i6, z6); return; } int i7 = i6; if (i7 == 3 || i7 == 4) { ?? r22 = abstractC2254r; MutableVector mutableVector = null; while (true) { if (r22 == 0) { break; } if (r22 instanceof y0) { long jL = ((y0) r22).l(); int i8 = (int) (j4 >> 32); float fIntBitsToFloat = Float.intBitsToFloat(i8); H h5 = this.f2421r; h1.m mVar = h5.f2156D; int i9 = G0.f2150b; long j6 = Long.MIN_VALUE & jL; if (fIntBitsToFloat >= (-((j6 == 0 || mVar == h1.m.f16628a) ? C0292f0.a(0, jL) : C0292f0.a(2, jL)))) { if (Float.intBitsToFloat(i8) < q0() + ((j6 == 0 || h5.f2156D == h1.m.f16628a) ? C0292f0.a(2, jL) : C0292f0.a(0, jL))) { int i10 = (int) (j4 & 4294967295L); if (Float.intBitsToFloat(i10) >= (-C0292f0.a(1, jL))) { if (Float.intBitsToFloat(i10) < C0292f0.a(3, jL) + n0()) { C0296h0 c0296h0 = new C0296h0(this, abstractC2254r, c0292f0, j4, rVar, i7, z6, f6, z7); int i11 = rVar.f2457c; int iA = AbstractC3252r.A(rVar); C2568C c2568c = rVar.f2456b; n.J j7 = rVar.f2455a; if (i11 == iA) { int i12 = rVar.f2457c; rVar.h(i12 + 1, j7.f21377b); rVar.f2457c++; j7.g(abstractC2254r); c2568c.a(AbstractC0303l.a(0.0f, z6, true)); c0296h0.invoke(); rVar.f2457c = i12; return; } long jG = rVar.g(); int i13 = rVar.f2457c; if (!AbstractC0303l.l(jG)) { if (AbstractC0303l.j(jG) > 0.0f) { int i14 = rVar.f2457c; rVar.h(i14 + 1, j7.f21377b); rVar.f2457c++; j7.g(abstractC2254r); c2568c.a(AbstractC0303l.a(0.0f, z6, true)); c0296h0.invoke(); rVar.f2457c = i14; return; } return; } int iA2 = AbstractC3252r.A(rVar); rVar.f2457c = iA2; rVar.h(iA2 + 1, j7.f21377b); rVar.f2457c++; j7.g(abstractC2254r); c2568c.a(AbstractC0303l.a(0.0f, z6, true)); c0296h0.invoke(); rVar.f2457c = iA2; if (AbstractC0303l.j(rVar.g()) < 0.0f) { rVar.h(i13 + 1, rVar.f2457c + 1); } rVar.f2457c = i13; return; } } } } } else { if ((r22.getKindSet$ui() & 16) == 0 || !(r22 instanceof AbstractC0301k)) { E5 = AbstractC0303l.e(mutableVector); } else { AbstractC2254r child$ui = ((AbstractC0301k) r22).f2431b; int i15 = 0; E5 = r22; while (child$ui != null) { if ((child$ui.getKindSet$ui() & 16) != 0) { i15++; if (i15 == 1) { E5 = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (E5 != 0) { mutableVector.add(E5); E5 = 0; } mutableVector.add(child$ui); } } child$ui = child$ui.getChild$ui(); E5 = E5; } if (i15 == 1) { } } i7 = i6; r22 = E5; } } } if (z7) { Z0(abstractC2254r, c0292f0, j4, rVar, i6, z6, f6); return; } switch (c0292f0.f2373a) { case 0: ?? E6 = abstractC2254r; MutableVector mutableVector2 = null; while (E6 != 0) { if (E6 instanceof y0) { ((y0) E6).K(); } else if ((E6.getKindSet$ui() & 16) != 0 && (E6 instanceof AbstractC0301k)) { AbstractC2254r child$ui2 = ((AbstractC0301k) E6).f2431b; int i16 = 0; E6 = E6; while (child$ui2 != null) { if ((child$ui2.getKindSet$ui() & 16) != 0) { i16++; if (i16 == 1) { E6 = child$ui2; } else { if (mutableVector2 == null) { mutableVector2 = new MutableVector(new AbstractC2254r[16], 0); } if (E6 != 0) { mutableVector2.add(E6); E6 = 0; } mutableVector2.add(child$ui2); } } child$ui2 = child$ui2.getChild$ui(); E6 = E6; } if (i16 == 1) { } } E6 = AbstractC0303l.e(mutableVector2); } break; } j1(AbstractC0303l.d(abstractC2254r, c0292f0.b()), c0292f0, j4, rVar, i6, z6, f6, false); } @Override // G0.InterfaceC0279y public final long k(InterfaceC0279y interfaceC0279y, long j4) { if (interfaceC0279y instanceof G0.Y) { G0.Y y6 = (G0.Y) interfaceC0279y; y6.f1953a.f2251r.e1(); return y6.k(this, j4 ^ (-9223372034707292160L)) ^ (-9223372034707292160L); } AbstractC0300j0 abstractC0300j0P1 = p1(interfaceC0279y); abstractC0300j0P1.e1(); AbstractC0300j0 abstractC0300j0R0 = R0(abstractC0300j0P1); while (abstractC0300j0P1 != abstractC0300j0R0) { r0 r0Var = abstractC0300j0P1.f2420O; if (r0Var != null) { j4 = ((J0.F0) r0Var).c(j4, false); } j4 = W.c.O(j4, abstractC0300j0P1.f2408C); abstractC0300j0P1 = abstractC0300j0P1.f2423t; kotlin.jvm.internal.o.e(abstractC0300j0P1); } return L0(abstractC0300j0R0, j4); } public abstract void k1(InterfaceC2712s interfaceC2712s, s0.b bVar); public final void l1(long j4, float f6, J4.c cVar) throws Throwable { t1(false, cVar); boolean zA = h1.j.a(this.f2408C, j4); H h5 = this.f2421r; if (!zA) { ((J0.A) K.a(h5)).M(-4.0f); this.f2408C = j4; h5.f2163K.f2227p.y0(); r0 r0Var = this.f2420O; if (r0Var != null) { ((J0.F0) r0Var).d(j4); } else { AbstractC0300j0 abstractC0300j0 = this.f2423t; if (abstractC0300j0 != null) { abstractC0300j0.c1(); } } h5.L(); P.H0(this); J0.A a6 = h5.f2187r; if (a6 != null) { a6.y(h5); } } this.f2409D = f6; if (this == ((AbstractC0300j0) h5.f2162J.f2363e)) { ((J0.A) K.a(h5)).getRectManager().e(h5, false); } if (this.f2247n) { return; } y0(D0()); } @Override // G0.InterfaceC0279y public final void m(InterfaceC0279y interfaceC0279y, float[] fArr) { AbstractC0300j0 abstractC0300j0P1 = p1(interfaceC0279y); abstractC0300j0P1.e1(); AbstractC0300j0 abstractC0300j0R0 = R0(abstractC0300j0P1); C2692J.d(fArr); abstractC0300j0P1.s1(abstractC0300j0R0, fArr); r1(abstractC0300j0R0, fArr); } public final void m1(C0427s c0427s, boolean z6, boolean z7) { r0 r0Var = this.f2420O; if (r0Var != null) { if (this.f2425v) { if (z7) { long jU0 = U0(); float fIntBitsToFloat = Float.intBitsToFloat((int) (jU0 >> 32)) / 2.0f; float fIntBitsToFloat2 = Float.intBitsToFloat((int) (jU0 & 4294967295L)) / 2.0f; long j4 = this.f2000c; c0427s.a(-fIntBitsToFloat, -fIntBitsToFloat2, ((int) (j4 >> 32)) + fIntBitsToFloat, ((int) (j4 & 4294967295L)) + fIntBitsToFloat2); } else if (z6) { long j6 = this.f2000c; c0427s.a(0.0f, 0.0f, (int) (j6 >> 32), (int) (j6 & 4294967295L)); } if (c0427s.b()) { return; } } J0.F0 f0 = (J0.F0) r0Var; float[] fArrB = f0.b(); if (!f0.f2836v) { if (fArrB == null) { c0427s.f3444b = 0.0f; c0427s.f3445c = 0.0f; c0427s.f3446d = 0.0f; c0427s.f3447e = 0.0f; } else { C2692J.c(fArrB, c0427s); } } } long j7 = this.f2408C; float f6 = (int) (j7 >> 32); c0427s.f3444b += f6; c0427s.f3446d += f6; float f7 = (int) (j7 & 4294967295L); c0427s.f3445c += f7; c0427s.f3447e += f7; } public final void n1() { if (this.f2420O != null) { t1(false, null); this.f2421r.U(false); } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r9v6 */ public final void o1(InterfaceC0247b0 interfaceC0247b0) throws Throwable { AbstractC0300j0 abstractC0300j0; boolean z6; boolean z7; boolean z8 = true; InterfaceC0247b0 interfaceC0247b02 = this.f2406A; if (interfaceC0247b0 != interfaceC0247b02) { this.f2406A = interfaceC0247b0; H h5 = this.f2421r; int i6 = 0; if (interfaceC0247b02 == null || interfaceC0247b0.getWidth() != interfaceC0247b02.getWidth() || interfaceC0247b0.getHeight() != interfaceC0247b02.getHeight()) { int width = interfaceC0247b0.getWidth(); int height = interfaceC0247b0.getHeight(); r0 r0Var = this.f2420O; if (r0Var != null) { ((J0.F0) r0Var).e((((long) width) << 32) | (((long) height) & 4294967295L)); } else if (h5.G() && (abstractC0300j0 = this.f2423t) != null) { abstractC0300j0.c1(); } t0((((long) height) & 4294967295L) | (((long) width) << 32)); if (this.f2426w != null) { u1(false); } boolean zH = AbstractC0302k0.h(4); AbstractC2254r abstractC2254rV0 = V0(); if (zH || (abstractC2254rV0 = abstractC2254rV0.getParent$ui()) != null) { for (AbstractC2254r abstractC2254rX0 = X0(zH); abstractC2254rX0 != null && (abstractC2254rX0.getAggregateChildKindSet$ui() & 4) != 0; abstractC2254rX0 = abstractC2254rX0.getChild$ui()) { if ((abstractC2254rX0.getKindSet$ui() & 4) != 0) { AbstractC2254r abstractC2254rE = abstractC2254rX0; MutableVector mutableVector = null; while (abstractC2254rE != 0) { if (abstractC2254rE instanceof InterfaceC0305n) { ((InterfaceC0305n) abstractC2254rE).onMeasureResultChanged(); } else if ((abstractC2254rE.getKindSet$ui() & 4) != 0 && (abstractC2254rE instanceof AbstractC0301k)) { AbstractC2254r child$ui = ((AbstractC0301k) abstractC2254rE).f2431b; int i7 = 0; abstractC2254rE = abstractC2254rE; while (child$ui != null) { if ((child$ui.getKindSet$ui() & 4) != 0) { i7++; if (i7 == 1) { abstractC2254rE = child$ui; } else { if (mutableVector == null) { mutableVector = new MutableVector(new AbstractC2254r[16], 0); } if (abstractC2254rE != 0) { mutableVector.add(abstractC2254rE); abstractC2254rE = 0; } mutableVector.add(child$ui); } } child$ui = child$ui.getChild$ui(); abstractC2254rE = abstractC2254rE; } if (i7 == 1) { } } abstractC2254rE = AbstractC0303l.e(mutableVector); } } if (abstractC2254rX0 == abstractC2254rV0) { break; } } } J0.A a6 = h5.f2187r; if (a6 != null) { a6.y(h5); } } C2571F c2571f = this.f2407B; if ((c2571f == null || c2571f.f21374e == 0) && interfaceC0247b0.b().isEmpty()) { return; } C2571F c2571f2 = this.f2407B; Map mapB = interfaceC0247b0.b(); if (c2571f2 != null && c2571f2.f21374e == mapB.size()) { Object[] objArr = c2571f2.f21371b; int[] iArr = c2571f2.f21372c; long[] jArr = c2571f2.f21370a; int length = jArr.length - 2; if (length < 0) { return; } int i8 = 0; loop0: while (true) { long j4 = jArr[i8]; if ((((~j4) << 7) & j4 & (-9187201950435737472L)) != -9187201950435737472L) { int i9 = 8 - ((~(i8 - length)) >>> 31); int i10 = i6; while (i10 < i9) { if ((j4 & 255) < 128) { int i11 = (i8 << 3) + i10; Object obj = objArr[i11]; z7 = z8; int i12 = iArr[i11]; Integer num = (Integer) mapB.get((AbstractC0244a) obj); if (num == null || num.intValue() != i12) { break loop0; } } else { z7 = z8; } j4 >>= 8; i10++; z8 = z7; } z6 = z8; if (i9 != 8) { return; } } else { z6 = z8; } if (i8 == length) { return; } i8++; z8 = z6; i6 = 0; } } h5.f2163K.f2227p.f2299A.f(); C2571F c2571f3 = this.f2407B; if (c2571f3 == null) { C2571F c2571f4 = n.T.f21375a; c2571f3 = new C2571F(); this.f2407B = c2571f3; } c2571f3.b(); for (Map.Entry entry : interfaceC0247b0.b().entrySet()) { c2571f3.g(((Number) entry.getValue()).intValue(), entry.getKey()); } } } public final C2632c q1() { boolean zW = w(); C2632c c2632c = C2632c.f21786e; if (zW) { InterfaceC0279y interfaceC0279yI = G0.B.i(this); C0427s c0427s = this.f2410E; if (c0427s == null) { c0427s = new C0427s(); this.f2410E = c0427s; } long jM0 = M0(U0()); int i6 = (int) (jM0 >> 32); c0427s.f3444b = -Float.intBitsToFloat(i6); int i7 = (int) (jM0 & 4294967295L); c0427s.f3445c = -Float.intBitsToFloat(i7); c0427s.f3446d = Float.intBitsToFloat(i6) + q0(); c0427s.f3447e = Float.intBitsToFloat(i7) + n0(); AbstractC0300j0 abstractC0300j0 = this; while (abstractC0300j0 != interfaceC0279yI) { abstractC0300j0.m1(c0427s, false, true); if (!c0427s.b()) { abstractC0300j0 = abstractC0300j0.f2423t; kotlin.jvm.internal.o.e(abstractC0300j0); } } return new C2632c(c0427s.f3444b, c0427s.f3445c, c0427s.f3446d, c0427s.f3447e); } return c2632c; } @Override // I0.u0 public final boolean r() { return (this.f2420O == null || this.f2424u || !this.f2421r.F()) ? false : true; } public final void r1(AbstractC0300j0 abstractC0300j0, float[] fArr) { float[] fArrA; if (kotlin.jvm.internal.o.c(abstractC0300j0, this)) { return; } AbstractC0300j0 abstractC0300j02 = this.f2423t; kotlin.jvm.internal.o.e(abstractC0300j02); abstractC0300j02.r1(abstractC0300j0, fArr); if (!h1.j.a(this.f2408C, 0L)) { float[] fArr2 = f2403R; C2692J.d(fArr2); long j4 = this.f2408C; C2692J.f(fArr2, -((int) (j4 >> 32)), -((int) (j4 & 4294967295L))); C2692J.e(fArr, fArr2); } r0 r0Var = this.f2420O; if (r0Var == null || (fArrA = ((J0.F0) r0Var).a()) == null) { return; } C2692J.e(fArr, fArrA); } public final void s1(AbstractC0300j0 abstractC0300j0, float[] fArr) { AbstractC0300j0 abstractC0300j02 = this; while (!abstractC0300j02.equals(abstractC0300j0)) { r0 r0Var = abstractC0300j02.f2420O; if (r0Var != null) { C2692J.e(fArr, ((J0.F0) r0Var).b()); } if (!h1.j.a(abstractC0300j02.f2408C, 0L)) { float[] fArr2 = f2403R; C2692J.d(fArr2); C2692J.f(fArr2, (int) (r1 >> 32), (int) (r1 & 4294967295L)); C2692J.e(fArr, fArr2); } abstractC0300j02 = abstractC0300j02.f2423t; kotlin.jvm.internal.o.e(abstractC0300j02); } } public final void t1(boolean z6, J4.c cVar) throws Throwable { J0.A a6; T.p pVar; Reference referencePoll; MutableVector mutableVector; G0.V v3; Reference referencePoll2; MutableVector mutableVector2; Object obj; H h5 = this.f2421r; boolean z7 = (!z6 && this.f2426w == cVar && kotlin.jvm.internal.o.c(this.f2427x, h5.f2155C) && this.f2428y == h5.f2156D) ? false : true; this.f2427x = h5.f2155C; this.f2428y = h5.f2156D; boolean zF = h5.F(); C0294g0 c0294g0 = this.f2418M; if (!zF || cVar == null) { this.f2426w = null; r0 r0Var = this.f2420O; if (r0Var != null) { J0.F0 f0 = (J0.F0) r0Var; if (!AbstractC2686D.x(f0.b())) { h5.L(); } f0.f2822d = null; f0.f2823e = null; f0.f2825j = true; boolean z8 = f0.f2827m; J0.A a7 = f0.f2821c; if (z8) { f0.f2827m = false; a7.w(f0, false); } InterfaceC2684B interfaceC2684B = f0.f2820b; if (interfaceC2684B != null) { interfaceC2684B.a(f0.f2819a); do { pVar = a7.f2777z0; referencePoll = ((ReferenceQueue) pVar.f6346c).poll(); mutableVector = (MutableVector) pVar.f6345b; if (referencePoll != null) { mutableVector.remove(referencePoll); } } while (referencePoll != null); mutableVector.add(new WeakReference(f0, (ReferenceQueue) pVar.f6346c)); a7.f2712G.k(f0); } h5.f2166N = true; c0294g0.invoke(); if (w() && h5.G() && (a6 = h5.f2187r) != null) { a6.y(h5); } } this.f2420O = null; this.f2419N = false; return; } this.f2426w = cVar; if (this.f2420O != null) { if (z7) { u1(true); return; } return; } t0 t0VarA = K.a(h5); G0.V v6 = this.f2417L; if (v6 == null) { G0.V v7 = new G0.V(1, this, new C0294g0(this, 0)); this.f2417L = v7; v3 = v7; } else { v3 = v6; } J0.A a8 = (J0.A) t0VarA; do { T.p pVar2 = a8.f2777z0; referencePoll2 = ((ReferenceQueue) pVar2.f6346c).poll(); mutableVector2 = (MutableVector) pVar2.f6345b; if (referencePoll2 != null) { mutableVector2.remove(referencePoll2); } } while (referencePoll2 != null); while (true) { if (mutableVector2.getSize() == 0) { obj = null; break; } else { obj = ((Reference) AbstractC2761L.e(1, mutableVector2)).get(); if (obj != null) { break; } } } r0 f02 = (r0) obj; if (f02 != null) { J0.F0 f03 = (J0.F0) f02; InterfaceC2684B interfaceC2684B2 = f03.f2820b; if (interfaceC2684B2 == null) { throw com.google.android.recaptcha.internal.a.g("currently reuse is only supported when we manage the layer lifecycle"); } if (!f03.f2819a.f24038s) { F0.a.a("layer should have been released before reuse"); } f03.f2819a = interfaceC2684B2.b(); f03.f2825j = false; f03.f2822d = v3; f03.f2823e = c0294g0; f03.f2834t = false; f03.f2835u = false; f03.f2836v = true; C2692J.d(f03.f2826k); float[] fArr = f03.l; if (fArr != null) { C2692J.d(fArr); } f03.f2832r = p0.c0.f22905b; f03.f2837w = false; long j4 = Integer.MAX_VALUE; f03.f2824f = (j4 & 4294967295L) | (j4 << 32); f03.f2833s = null; f03.f2831q = 0; } else { f02 = new J0.F0(a8.getGraphicsContext().b(), a8.getGraphicsContext(), a8, v3, c0294g0); } J0.F0 f04 = (J0.F0) f02; f04.e(this.f2000c); f04.d(this.f2408C); this.f2420O = f02; u1(true); h5.f2166N = true; c0294g0.invoke(); } public final void u1(boolean z6) throws Throwable { char c6; boolean z7; J0.A a6; C0294g0 c0294g0; C0294g0 c0294g02; r0 r0Var = this.f2420O; if (r0Var == null) { if (this.f2426w == null) { return; } F0.a.b("null layer with a non-null layerBlock"); return; } J4.c cVar = this.f2426w; if (cVar == null) { throw com.google.android.recaptcha.internal.a.g("updateLayerParameters requires a non-null layerBlock"); } p0.U u6 = f2401P; u6.b(); H h5 = this.f2421r; u6.f22878u = h5.f2155C; u6.f22879v = h5.f2156D; u6.f22877t = W0.e.K(this.f2000c); ((J0.A) K.a(h5)).getSnapshotObserver().f2468a.observeReads(this, C0287d.f2344e, new C0104e(2, cVar, this)); C0313w c0313w = this.f2411F; if (c0313w == null) { c0313w = new C0313w(); this.f2411F = c0313w; } C0313w c0313w2 = f2402Q; c0313w2.getClass(); c0313w2.f2476a = c0313w.f2476a; c0313w2.f2477b = c0313w.f2477b; c0313w2.f2478c = c0313w.f2478c; c0313w2.f2479d = c0313w.f2479d; c0313w2.f2480e = c0313w.f2480e; c0313w2.f2481f = c0313w.f2481f; c0313w2.f2482g = c0313w.f2482g; c0313w2.f2483h = c0313w.f2483h; c0313w2.f2484i = c0313w.f2484i; float f6 = u6.f22863b; c0313w.f2476a = f6; c0313w.f2477b = u6.f22864c; c0313w.f2478c = u6.f22866e; c0313w.f2479d = u6.f22867f; c0313w.f2480e = u6.f22870m; c0313w.f2481f = u6.f22871n; c0313w.f2482g = u6.f22872o; c0313w.f2483h = u6.f22873p; long j4 = u6.f22874q; c0313w.f2484i = j4; J0.F0 f0 = (J0.F0) r0Var; int i6 = u6.f22862a | f0.f2831q; f0.f2829o = u6.f22879v; f0.f2828n = u6.f22878u; int i7 = i6 & 4096; if (i7 != 0) { f0.f2832r = j4; } if ((i6 & 1) != 0) { s0.d dVar = f0.f2819a.f24021a; if (dVar.b() != f6) { dVar.y(f6); } } if ((i6 & 2) != 0) { s0.b bVar = f0.f2819a; float f7 = u6.f22864c; s0.d dVar2 = bVar.f24021a; if (dVar2.K() != f7) { dVar2.m(f7); } } if ((i6 & 4) != 0) { s0.b bVar2 = f0.f2819a; float f8 = u6.f22865d; s0.d dVar3 = bVar2.f24021a; if (dVar3.getAlpha() != f8) { dVar3.t(f8); } } if ((i6 & 8) != 0) { s0.b bVar3 = f0.f2819a; float f9 = u6.f22866e; s0.d dVar4 = bVar3.f24021a; if (dVar4.A() != f9) { dVar4.E(f9); } } if ((i6 & 16) != 0) { s0.b bVar4 = f0.f2819a; float f10 = u6.f22867f; s0.d dVar5 = bVar4.f24021a; if (dVar5.u() != f10) { dVar5.f(f10); } } if ((i6 & 32) != 0) { s0.b bVar5 = f0.f2819a; float f11 = u6.f22868j; s0.d dVar6 = bVar5.f24021a; if (dVar6.J() != f11) { dVar6.c(f11); bVar5.f24027g = true; bVar5.a(); } if (u6.f22868j > 0.0f && !f0.f2837w && (c0294g02 = f0.f2823e) != null) { c0294g02.invoke(); } } if ((i6 & 64) != 0) { s0.b bVar6 = f0.f2819a; long j6 = u6.f22869k; s0.d dVar7 = bVar6.f24021a; if (!C2714u.d(j6, dVar7.s())) { dVar7.w(j6); } } if ((i6 & 128) != 0) { s0.b bVar7 = f0.f2819a; long j7 = u6.l; s0.d dVar8 = bVar7.f24021a; if (!C2714u.d(j7, dVar8.v())) { dVar8.F(j7); } } if ((i6 & 1024) != 0) { s0.b bVar8 = f0.f2819a; float f12 = u6.f22872o; s0.d dVar9 = bVar8.f24021a; if (dVar9.q() != f12) { dVar9.e(f12); } } if ((i6 & 256) != 0) { s0.b bVar9 = f0.f2819a; float f13 = u6.f22870m; s0.d dVar10 = bVar9.f24021a; if (dVar10.C() != f13) { dVar10.L(f13); } } if ((i6 & 512) != 0) { s0.b bVar10 = f0.f2819a; float f14 = u6.f22871n; s0.d dVar11 = bVar10.f24021a; if (dVar11.o() != f14) { dVar11.a(f14); } } if ((i6 & 2048) != 0) { s0.b bVar11 = f0.f2819a; float f15 = u6.f22873p; s0.d dVar12 = bVar11.f24021a; if (dVar12.z() != f15) { dVar12.I(f15); } } if (i7 != 0) { c6 = ' '; if (p0.c0.a(f0.f2832r, p0.c0.f22905b)) { s0.b bVar12 = f0.f2819a; if (!C2631b.b(bVar12.f24041v, 9205357640488583168L)) { bVar12.f24041v = 9205357640488583168L; bVar12.f24021a.r(9205357640488583168L); } } else { s0.b bVar13 = f0.f2819a; long jFloatToRawIntBits = (((long) Float.floatToRawIntBits(p0.c0.b(f0.f2832r) * ((int) (f0.f2824f >> 32)))) << 32) | (((long) Float.floatToRawIntBits(p0.c0.c(f0.f2832r) * ((int) (f0.f2824f & 4294967295L)))) & 4294967295L); if (!C2631b.b(bVar13.f24041v, jFloatToRawIntBits)) { bVar13.f24041v = jFloatToRawIntBits; bVar13.f24021a.r(jFloatToRawIntBits); } } } else { c6 = ' '; } if ((i6 & 16384) != 0) { s0.b bVar14 = f0.f2819a; boolean z8 = u6.f22876s; if (bVar14.f24042w != z8) { bVar14.f24042w = z8; bVar14.f24027g = true; bVar14.a(); } } if ((131072 & i6) != 0) { s0.b bVar15 = f0.f2819a; C2709o c2709o = u6.f22880w; s0.d dVar13 = bVar15.f24021a; if (!kotlin.jvm.internal.o.c(dVar13.d(), c2709o)) { dVar13.H(c2709o); } } if ((262144 & i6) != 0) { s0.d dVar14 = f0.f2819a.f24021a; if (!kotlin.jvm.internal.o.c(dVar14.getColorFilter(), null)) { dVar14.x(); } } if ((524288 & i6) != 0) { s0.b bVar16 = f0.f2819a; int i8 = u6.f22881x; s0.d dVar15 = bVar16.f24021a; if (dVar15.M() != i8) { dVar15.i(i8); } } if ((32768 & i6) != 0) { s0.d dVar16 = f0.f2819a.f24021a; if (dVar16.k() != 0) { dVar16.D(0); } } if ((i6 & 7963) != 0) { f0.f2834t = true; f0.f2835u = true; } if (kotlin.jvm.internal.o.c(f0.f2833s, u6.f22882y)) { z7 = false; } else { p0.N n6 = u6.f22882y; f0.f2833s = n6; if (n6 != null) { s0.b bVar17 = f0.f2819a; if (n6 instanceof C2694L) { C2632c c2632c = ((C2694L) n6).f22856a; float f16 = c2632c.f21787a; long jFloatToRawIntBits2 = Float.floatToRawIntBits(f16); float f17 = c2632c.f21788b; bVar17.f((((long) Float.floatToRawIntBits(f17)) & 4294967295L) | (jFloatToRawIntBits2 << c6), 0.0f, (((long) Float.floatToRawIntBits(c2632c.f21789c - f16)) << c6) | (((long) Float.floatToRawIntBits(c2632c.f21790d - f17)) & 4294967295L)); } else if (n6 instanceof C2693K) { bVar17.f24031k = null; bVar17.f24029i = 9205357640488583168L; bVar17.f24028h = 0L; bVar17.f24030j = 0.0f; bVar17.f24027g = true; bVar17.f24033n = false; bVar17.l = ((C2693K) n6).f22855a; bVar17.a(); } else { if (!(n6 instanceof p0.M)) { throw new E3.v(); } p0.M m6 = (p0.M) n6; C2702h c2702h = m6.f22858b; if (c2702h != null) { bVar17.f24031k = null; bVar17.f24029i = 9205357640488583168L; bVar17.f24028h = 0L; bVar17.f24030j = 0.0f; bVar17.f24027g = true; bVar17.f24033n = false; bVar17.l = c2702h; bVar17.a(); } else { C2633d c2633d = m6.f22857a; bVar17.f((((long) Float.floatToRawIntBits(c2633d.f21791a)) << c6) | (((long) Float.floatToRawIntBits(c2633d.f21792b)) & 4294967295L), Float.intBitsToFloat((int) (c2633d.f21798h >> c6)), (((long) Float.floatToRawIntBits(c2633d.b())) << c6) | (((long) Float.floatToRawIntBits(c2633d.a())) & 4294967295L)); } } if ((n6 instanceof C2693K) && Build.VERSION.SDK_INT < 33 && (c0294g0 = f0.f2823e) != null) { c0294g0.invoke(); } } z7 = true; } f0.f2831q = u6.f22862a; if (i6 != 0 || z7) { int i9 = Build.VERSION.SDK_INT; J0.A a7 = f0.f2821c; if (i9 >= 26) { ViewParent parent = a7.getParent(); if (parent != null) { parent.onDescendantInvalidated(a7, a7); } } else { a7.invalidate(); } if (a7.f2754o) { a7.M(0.0f); } } boolean z9 = this.f2425v; this.f2425v = u6.f22876s; this.f2429z = u6.f22865d; boolean z10 = c0313w2.f2476a == c0313w.f2476a && c0313w2.f2477b == c0313w.f2477b && c0313w2.f2478c == c0313w.f2478c && c0313w2.f2479d == c0313w.f2479d && c0313w2.f2480e == c0313w.f2480e && c0313w2.f2481f == c0313w.f2481f && c0313w2.f2482g == c0313w.f2482g && c0313w2.f2483h == c0313w.f2483h && p0.c0.a(c0313w2.f2484i, c0313w.f2484i); if (z6 && ((!z10 || z9 != this.f2425v) && (a6 = h5.f2187r) != null)) { a6.y(h5); } if (z10) { return; } L l = h5.f2163K; if (l.l > 0) { if (l.f2223k || l.f2222j) { h5.U(false); } l.f2227p.y0(); } h5.L(); J0.A a8 = (J0.A) K.a(h5); R0.b rectManager = a8.getRectManager(); if (this == ((AbstractC0300j0) h5.f2162J.f2363e)) { rectManager.e(h5, false); } else { rectManager.getClass(); if (h5.G()) { long jF = R0.b.f(h5); if (h1.j.a(jF, 9223372034707292159L)) { rectManager.c(h5); } else { h5.f2179f = jF; h5.f2180j = false; MutableVector mutableVectorX = h5.x(); Object[] objArr = mutableVectorX.content; int size = mutableVectorX.getSize(); for (int i10 = 0; i10 < size; i10++) { rectManager.e((H) objArr[i10], false); } rectManager.d(h5); } } } if (h5.f2172T > 0) { T.p pVar = a8.f2735a0.f2292e; pVar.getClass(); if (h5.f2172T > 0) { ((MutableVector) pVar.f6345b).add(h5); h5.f2171S = true; } a8.F(null); } } /* JADX WARN: Code restructure failed: missing block: B:19:0x0063, code lost: if (r5 < r1.f21790d) goto L68; */ /* JADX WARN: Removed duplicated region for block: B:61:0x017c */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final boolean v1(long j4) { boolean z6; boolean z7; boolean zR; if ((((9187343241974906880L ^ (j4 & 9187343241974906880L)) - 4294967297L) & (-9223372034707292160L)) != 0) { return false; } r0 r0Var = this.f2420O; if (r0Var == null || !this.f2425v) { return true; } float fIntBitsToFloat = Float.intBitsToFloat((int) (j4 >> 32)); float fIntBitsToFloat2 = Float.intBitsToFloat((int) (j4 & 4294967295L)); s0.b bVar = ((J0.F0) r0Var).f2819a; if (bVar.f24042w) { p0.N nD = bVar.d(); if (nD instanceof C2694L) { C2632c c2632c = ((C2694L) nD).f22856a; if (c2632c.f21787a <= fIntBitsToFloat) { if (fIntBitsToFloat < c2632c.f21789c) { if (c2632c.f21788b <= fIntBitsToFloat2) { } } } } else if (nD instanceof p0.M) { C2633d c2633d = ((p0.M) nD).f22857a; float f6 = c2633d.f21791a; if (fIntBitsToFloat >= f6) { float f7 = c2633d.f21793c; if (fIntBitsToFloat < f7) { float f8 = c2633d.f21792b; if (fIntBitsToFloat2 >= f8) { float f9 = c2633d.f21794d; if (fIntBitsToFloat2 < f9) { long j6 = c2633d.f21795e; z6 = false; z7 = true; int i6 = (int) (j6 >> 32); float fIntBitsToFloat3 = Float.intBitsToFloat(i6); long j7 = c2633d.f21796f; int i7 = (int) (j7 >> 32); if (Float.intBitsToFloat(i7) + fIntBitsToFloat3 <= c2633d.b()) { long j8 = c2633d.f21798h; int i8 = (int) (j8 >> 32); float fIntBitsToFloat4 = Float.intBitsToFloat(i8); long j9 = c2633d.f21797g; int i9 = (int) (j9 >> 32); if (Float.intBitsToFloat(i9) + fIntBitsToFloat4 <= c2633d.b()) { int i10 = (int) (j6 & 4294967295L); int i11 = (int) (j8 & 4294967295L); if (Float.intBitsToFloat(i11) + Float.intBitsToFloat(i10) <= c2633d.a()) { int i12 = (int) (j7 & 4294967295L); int i13 = (int) (j9 & 4294967295L); if (Float.intBitsToFloat(i13) + Float.intBitsToFloat(i12) <= c2633d.a()) { float fIntBitsToFloat5 = Float.intBitsToFloat(i6) + f6; float fIntBitsToFloat6 = Float.intBitsToFloat(i10) + f8; float fIntBitsToFloat7 = f7 - Float.intBitsToFloat(i7); float fIntBitsToFloat8 = Float.intBitsToFloat(i12) + f8; float fIntBitsToFloat9 = f7 - Float.intBitsToFloat(i9); float fIntBitsToFloat10 = f9 - Float.intBitsToFloat(i13); float fIntBitsToFloat11 = f9 - Float.intBitsToFloat(i11); float fIntBitsToFloat12 = Float.intBitsToFloat(i8) + f6; zR = (fIntBitsToFloat >= fIntBitsToFloat5 || fIntBitsToFloat2 >= fIntBitsToFloat6) ? (fIntBitsToFloat >= fIntBitsToFloat12 || fIntBitsToFloat2 <= fIntBitsToFloat11) ? (fIntBitsToFloat <= fIntBitsToFloat7 || fIntBitsToFloat2 >= fIntBitsToFloat8) ? (fIntBitsToFloat <= fIntBitsToFloat9 || fIntBitsToFloat2 <= fIntBitsToFloat10) ? z7 : J0.O.r(fIntBitsToFloat, fIntBitsToFloat2, fIntBitsToFloat9, fIntBitsToFloat10, c2633d.f21797g) : J0.O.r(fIntBitsToFloat, fIntBitsToFloat2, fIntBitsToFloat7, fIntBitsToFloat8, c2633d.f21796f) : J0.O.r(fIntBitsToFloat, fIntBitsToFloat2, fIntBitsToFloat12, fIntBitsToFloat11, c2633d.f21798h) : J0.O.r(fIntBitsToFloat, fIntBitsToFloat2, fIntBitsToFloat5, fIntBitsToFloat6, c2633d.f21795e); } else { C2702h c2702hA = AbstractC2704j.a(); p0.Q.b(c2702hA, c2633d); zR = J0.O.q(c2702hA, fIntBitsToFloat, fIntBitsToFloat2); } } } } } } } } } else { z6 = false; z7 = true; if (!(nD instanceof C2693K)) { throw new E3.v(); } zR = J0.O.q(((C2693K) nD).f22855a, fIntBitsToFloat, fIntBitsToFloat2); } z6 = false; z7 = true; zR = false; } else { z6 = false; z7 = true; } return zR ? z7 : z6; } @Override // G0.InterfaceC0279y public final boolean w() { return V0().isAttached(); } @Override // G0.InterfaceC0279y public final void z(float[] fArr) { t0 t0VarA = K.a(this.f2421r); s1(p1(G0.B.i(this)), fArr); ((J0.A) ((InterfaceC0110k) t0VarA)).r(fArr); } @Override // I0.P public final P z0() { return this.f2422s; } @Override // I0.P public final InterfaceC0279y A0() { return this; } }