package J2; import I2.C0325i; import I2.C0334s; import android.graphics.Bitmap; import android.graphics.BitmapFactory; import android.graphics.Canvas; import android.graphics.ColorMatrix; import android.graphics.ColorMatrixColorFilter; import android.graphics.DashPathEffect; import android.graphics.LinearGradient; import android.graphics.Matrix; import android.graphics.Paint; import android.graphics.Path; import android.graphics.PathMeasure; import android.graphics.PorterDuff; import android.graphics.PorterDuffXfermode; import android.graphics.RadialGradient; import android.graphics.RectF; import android.graphics.Shader; import android.graphics.Typeface; import android.util.Base64; import android.util.Log; import java.util.ArrayList; import java.util.HashSet; import java.util.Iterator; import java.util.Locale; import java.util.Set; import java.util.Stack; import m1.AbstractC2464a; /* JADX INFO: loaded from: classes.dex */ public final class B0 { /* JADX INFO: renamed from: g, reason: collision with root package name */ public static HashSet f3153g; /* JADX INFO: renamed from: a, reason: collision with root package name */ public Canvas f3154a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public C4.f f3155b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public z0 f3156c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public Stack f3157d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public Stack f3158e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public Stack f3159f; public static Path A(O o6) { Path path = new Path(); float[] fArr = o6.f3303o; path.moveTo(fArr[0], fArr[1]); int i6 = 2; while (true) { float[] fArr2 = o6.f3303o; if (i6 >= fArr2.length) { break; } path.lineTo(fArr2[i6], fArr2[i6 + 1]); i6 += 2; } if (o6 instanceof P) { path.close(); } if (o6.f3357h == null) { o6.f3357h = c(path); } return path; } public static void N(z0 z0Var, boolean z6, AbstractC0405d0 abstractC0405d0) { int i6; U u6 = z0Var.f3488a; float fFloatValue = (z6 ? u6.f3329c : u6.f3331e).floatValue(); if (abstractC0405d0 instanceof C0430v) { i6 = ((C0430v) abstractC0405d0).f3467a; } else if (!(abstractC0405d0 instanceof C0431w)) { return; } else { i6 = z0Var.f3488a.f3336n.f3467a; } int i7 = i(fFloatValue, i6); if (z6) { z0Var.f3491d.setColor(i7); } else { z0Var.f3492e.setColor(i7); } } public static void a(float f6, float f7, float f8, float f9, float f10, boolean z6, boolean z7, float f11, float f12, M m6) { if (f6 == f11 && f7 == f12) { return; } if (f8 == 0.0f || f9 == 0.0f) { m6.e(f11, f12); return; } float fAbs = Math.abs(f8); float fAbs2 = Math.abs(f9); double radians = Math.toRadians(((double) f10) % 360.0d); double dCos = Math.cos(radians); double dSin = Math.sin(radians); double d6 = ((double) (f6 - f11)) / 2.0d; double d7 = ((double) (f7 - f12)) / 2.0d; double d8 = (dSin * d7) + (dCos * d6); double d9 = (dCos * d7) + ((-dSin) * d6); double d10 = fAbs * fAbs; double d11 = fAbs2 * fAbs2; double d12 = d8 * d8; double d13 = d9 * d9; double d14 = (d13 / d11) + (d12 / d10); if (d14 > 0.99999d) { double dSqrt = Math.sqrt(d14) * 1.00001d; fAbs = (float) (((double) fAbs) * dSqrt); fAbs2 = (float) (dSqrt * ((double) fAbs2)); d10 = fAbs * fAbs; d11 = fAbs2 * fAbs2; } double d15 = z6 == z7 ? -1.0d : 1.0d; double d16 = d10 * d11; double d17 = d10 * d13; double d18 = d11 * d12; double d19 = ((d16 - d17) - d18) / (d17 + d18); if (d19 < 0.0d) { d19 = 0.0d; } double dSqrt2 = Math.sqrt(d19) * d15; double d20 = fAbs; double d21 = fAbs2; double d22 = ((d20 * d9) / d21) * dSqrt2; double d23 = dSqrt2 * (-((d21 * d8) / d20)); double d24 = ((dCos * d22) - (dSin * d23)) + (((double) (f6 + f11)) / 2.0d); double d25 = (dCos * d23) + (dSin * d22) + (((double) (f7 + f12)) / 2.0d); double d26 = (d8 - d22) / d20; double d27 = (d9 - d23) / d21; double d28 = ((-d8) - d22) / d20; double d29 = ((-d9) - d23) / d21; double d30 = (d27 * d27) + (d26 * d26); double dAcos = Math.acos(d26 / Math.sqrt(d30)) * (d27 < 0.0d ? -1.0d : 1.0d); double dSqrt3 = ((d27 * d29) + (d26 * d28)) / Math.sqrt(((d29 * d29) + (d28 * d28)) * d30); double dAcos2 = ((d26 * d29) - (d27 * d28) < 0.0d ? -1.0d : 1.0d) * (dSqrt3 < -1.0d ? 3.141592653589793d : dSqrt3 > 1.0d ? 0.0d : Math.acos(dSqrt3)); if (!z7 && dAcos2 > 0.0d) { dAcos2 -= 6.283185307179586d; } else if (z7 && dAcos2 < 0.0d) { dAcos2 += 6.283185307179586d; } double d31 = dAcos2 % 6.283185307179586d; double d32 = dAcos % 6.283185307179586d; int iCeil = (int) Math.ceil((Math.abs(d31) * 2.0d) / 3.141592653589793d); double d33 = d31 / ((double) iCeil); double d34 = d33 / 2.0d; double dSin2 = (Math.sin(d34) * 1.3333333333333333d) / (Math.cos(d34) + 1.0d); int i6 = iCeil * 6; float[] fArr = new float[i6]; int i7 = 0; int i8 = 0; while (i7 < iCeil) { double d35 = d32; double d36 = (((double) i7) * d33) + d35; double dCos2 = Math.cos(d36); double dSin3 = Math.sin(d36); int i9 = i7; int i10 = i8; fArr[i10] = (float) (dCos2 - (dSin2 * dSin3)); fArr[i8 + 1] = (float) ((dCos2 * dSin2) + dSin3); double d37 = d36 + d33; double dCos3 = Math.cos(d37); double dSin4 = Math.sin(d37); fArr[i10 + 2] = (float) ((dSin2 * dSin4) + dCos3); fArr[i10 + 3] = (float) (dSin4 - (dSin2 * dCos3)); fArr[i10 + 4] = (float) dCos3; i8 = i10 + 6; fArr[i10 + 5] = (float) dSin4; i7 = i9 + 1; d32 = d35; iCeil = iCeil; } Matrix matrix = new Matrix(); matrix.postScale(fAbs, fAbs2); matrix.postRotate(f10); matrix.postTranslate((float) d24, (float) d25); matrix.mapPoints(fArr); fArr[i6 - 2] = f11; fArr[i6 - 1] = f12; for (int i11 = 0; i11 < i6; i11 += 6) { m6.c(fArr[i11], fArr[i11 + 1], fArr[i11 + 2], fArr[i11 + 3], fArr[i11 + 4], fArr[i11 + 5]); } } public static C0427s c(Path path) { RectF rectF = new RectF(); path.computeBounds(rectF, true); return new C0427s(rectF.left, rectF.top, rectF.width(), rectF.height()); } /* JADX WARN: Code restructure failed: missing block: B:26:0x005e, code lost: if (r7 != 9) goto L31; */ /* JADX WARN: Removed duplicated region for block: B:34:0x0073 */ /* JADX WARN: Removed duplicated region for block: B:36:0x0078 */ /* JADX WARN: Removed duplicated region for block: B:37:0x007d A[PHI: r5 0x007d: PHI (r5v2 float) = (r5v1 float), (r5v3 float) binds: [B:32:0x006f, B:35:0x0076] A[DONT_GENERATE, DONT_INLINE]] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static Matrix e(C0427s c0427s, C0427s c0427s2, r rVar) { EnumC0426q enumC0426q; float f6; float f7; Matrix matrix = new Matrix(); if (rVar != null && (enumC0426q = rVar.f3436a) != null) { float f8 = c0427s.f3446d / c0427s2.f3446d; float f9 = c0427s.f3447e / c0427s2.f3447e; float f10 = -c0427s2.f3444b; float f11 = -c0427s2.f3445c; if (rVar.equals(r.f3434c)) { matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(f8, f9); matrix.preTranslate(f10, f11); return matrix; } float fMax = rVar.f3437b == 2 ? Math.max(f8, f9) : Math.min(f8, f9); float f12 = c0427s.f3446d / fMax; float f13 = c0427s.f3447e / fMax; int iOrdinal = enumC0426q.ordinal(); if (iOrdinal == 2) { f6 = (c0427s2.f3446d - f12) / 2.0f; f10 -= f6; switch (enumC0426q.ordinal()) { case 4: case 5: case 6: f7 = (c0427s2.f3447e - f13) / 2.0f; break; case 7: case 8: case 9: f7 = c0427s2.f3447e - f13; break; default: matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(fMax, fMax); matrix.preTranslate(f10, f11); break; } f11 -= f7; matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(fMax, fMax); matrix.preTranslate(f10, f11); } else { if (iOrdinal != 3) { if (iOrdinal != 5) { if (iOrdinal != 6) { if (iOrdinal != 8) { } } } f6 = (c0427s2.f3446d - f12) / 2.0f; f10 -= f6; switch (enumC0426q.ordinal()) { } f11 -= f7; matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(fMax, fMax); matrix.preTranslate(f10, f11); } f6 = c0427s2.f3446d - f12; f10 -= f6; switch (enumC0426q.ordinal()) { } f11 -= f7; matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(fMax, fMax); matrix.preTranslate(f10, f11); } } return matrix; } public static Typeface h(String str, int i6, Integer num) { int i7; boolean z6 = i6 == 2; i7 = num.intValue() > 500 ? z6 ? 3 : 1 : z6 ? 2 : 0; str.getClass(); switch (str) { case "sans-serif": return Typeface.create(Typeface.SANS_SERIF, i7); case "monospace": return Typeface.create(Typeface.MONOSPACE, i7); case "fantasy": return Typeface.create(Typeface.SANS_SERIF, i7); case "serif": return Typeface.create(Typeface.SERIF, i7); case "cursive": return Typeface.create(Typeface.SANS_SERIF, i7); default: return null; } } public static int i(float f6, int i6) { int i7 = 255; int iRound = Math.round(((i6 >> 24) & 255) * f6); if (iRound < 0) { i7 = 0; } else if (iRound <= 255) { i7 = iRound; } return (i7 << 24) | (i6 & 16777215); } public static void o(String str, Object... objArr) { Log.e("SVGAndroidRenderer", String.format(str, objArr)); } public static void q(AbstractC0434z abstractC0434z, String str) { AbstractC0399a0 abstractC0399a0N = abstractC0434z.f3370a.N(str); if (abstractC0399a0N == null) { Log.w("SVGAndroidRenderer", "Gradient reference '" + str + "' not found"); return; } if (!(abstractC0399a0N instanceof AbstractC0434z)) { o("Gradient href attributes must point to other gradient elements", new Object[0]); return; } if (abstractC0399a0N == abstractC0434z) { o("Circular reference in gradient href attribute '%s'", str); return; } AbstractC0434z abstractC0434z2 = (AbstractC0434z) abstractC0399a0N; if (abstractC0434z.f3485i == null) { abstractC0434z.f3485i = abstractC0434z2.f3485i; } if (abstractC0434z.f3486j == null) { abstractC0434z.f3486j = abstractC0434z2.f3486j; } if (abstractC0434z.f3487k == 0) { abstractC0434z.f3487k = abstractC0434z2.f3487k; } if (abstractC0434z.f3484h.isEmpty()) { abstractC0434z.f3484h = abstractC0434z2.f3484h; } try { if (abstractC0434z instanceof C0401b0) { C0401b0 c0401b0 = (C0401b0) abstractC0434z; C0401b0 c0401b02 = (C0401b0) abstractC0399a0N; if (c0401b0.f3366m == null) { c0401b0.f3366m = c0401b02.f3366m; } if (c0401b0.f3367n == null) { c0401b0.f3367n = c0401b02.f3367n; } if (c0401b0.f3368o == null) { c0401b0.f3368o = c0401b02.f3368o; } if (c0401b0.f3369p == null) { c0401b0.f3369p = c0401b02.f3369p; } } else { r((C0409f0) abstractC0434z, (C0409f0) abstractC0399a0N); } } catch (ClassCastException unused) { } String str2 = abstractC0434z2.l; if (str2 != null) { q(abstractC0434z, str2); } } public static void r(C0409f0 c0409f0, C0409f0 c0409f02) { if (c0409f0.f3381m == null) { c0409f0.f3381m = c0409f02.f3381m; } if (c0409f0.f3382n == null) { c0409f0.f3382n = c0409f02.f3382n; } if (c0409f0.f3383o == null) { c0409f0.f3383o = c0409f02.f3383o; } if (c0409f0.f3384p == null) { c0409f0.f3384p = c0409f02.f3384p; } if (c0409f0.f3385q == null) { c0409f0.f3385q = c0409f02.f3385q; } } public static void s(N n6, String str) { AbstractC0399a0 abstractC0399a0N = n6.f3370a.N(str); if (abstractC0399a0N == null) { Log.w("SVGAndroidRenderer", "Pattern reference '" + str + "' not found"); return; } if (!(abstractC0399a0N instanceof N)) { o("Pattern href attributes must point to other pattern elements", new Object[0]); return; } if (abstractC0399a0N == n6) { o("Circular reference in pattern href attribute '%s'", str); return; } N n7 = (N) abstractC0399a0N; if (n6.f3295p == null) { n6.f3295p = n7.f3295p; } if (n6.f3296q == null) { n6.f3296q = n7.f3296q; } if (n6.f3297r == null) { n6.f3297r = n7.f3297r; } if (n6.f3298s == null) { n6.f3298s = n7.f3298s; } if (n6.f3299t == null) { n6.f3299t = n7.f3299t; } if (n6.f3300u == null) { n6.f3300u = n7.f3300u; } if (n6.f3301v == null) { n6.f3301v = n7.f3301v; } if (n6.f3353i.isEmpty()) { n6.f3353i = n7.f3353i; } if (n6.f3387o == null) { n6.f3387o = n7.f3387o; } if (n6.f3375n == null) { n6.f3375n = n7.f3375n; } String str2 = n7.f3302w; if (str2 != null) { s(n6, str2); } } public static boolean x(U u6, long j4) { return (u6.f3327a & j4) != 0; } /* JADX WARN: Removed duplicated region for block: B:16:0x0048 */ /* JADX WARN: Removed duplicated region for block: B:17:0x004e */ /* JADX WARN: Removed duplicated region for block: B:20:0x0053 */ /* JADX WARN: Removed duplicated region for block: B:21:0x0059 */ /* JADX WARN: Removed duplicated region for block: B:24:0x006a */ /* JADX WARN: Removed duplicated region for block: B:29:0x0081 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final Path B(Q q6) { float fD; float fE; float fMin; float fD2; float fE2; float f6; float f7; Path path; E e6 = q6.f3308s; if (e6 == null && q6.f3309t == null) { fD = 0.0f; } else if (e6 == null) { fD = q6.f3309t.e(this); } else { if (q6.f3309t != null) { fD = e6.d(this); fE = q6.f3309t.e(this); fMin = Math.min(fD, q6.f3306q.d(this) / 2.0f); float fMin2 = Math.min(fE, q6.f3307r.e(this) / 2.0f); E e7 = q6.f3304o; fD2 = e7 == null ? e7.d(this) : 0.0f; E e8 = q6.f3305p; fE2 = e8 == null ? e8.e(this) : 0.0f; float fD3 = q6.f3306q.d(this); float fE3 = q6.f3307r.e(this); if (q6.f3357h == null) { q6.f3357h = new C0427s(fD2, fE2, fD3, fE3); } f6 = fD3 + fD2; f7 = fE2 + fE3; path = new Path(); if (fMin != 0.0f || fMin2 == 0.0f) { path.moveTo(fD2, fE2); path.lineTo(f6, fE2); path.lineTo(f6, f7); path.lineTo(fD2, f7); path.lineTo(fD2, fE2); } else { float f8 = fMin * 0.5522848f; float f9 = 0.5522848f * fMin2; float f10 = fE2 + fMin2; path.moveTo(fD2, f10); float f11 = f10 - f9; float f12 = fD2 + fMin; float f13 = f12 - f8; path.cubicTo(fD2, f11, f13, fE2, f12, fE2); float f14 = f6 - fMin; path.lineTo(f14, fE2); float f15 = f14 + f8; path.cubicTo(f15, fE2, f6, f11, f6, f10); float f16 = f7 - fMin2; path.lineTo(f6, f16); float f17 = f16 + f9; path.cubicTo(f6, f17, f15, f7, f14, f7); path.lineTo(f12, f7); float f18 = fD2; path.cubicTo(f13, f7, f18, f17, fD2, f16); path.lineTo(f18, f10); } path.close(); return path; } fD = e6.d(this); } fE = fD; fMin = Math.min(fD, q6.f3306q.d(this) / 2.0f); float fMin22 = Math.min(fE, q6.f3307r.e(this) / 2.0f); E e72 = q6.f3304o; if (e72 == null) { } E e82 = q6.f3305p; if (e82 == null) { } float fD32 = q6.f3306q.d(this); float fE32 = q6.f3307r.e(this); if (q6.f3357h == null) { } f6 = fD32 + fD2; f7 = fE2 + fE32; path = new Path(); if (fMin != 0.0f) { path.moveTo(fD2, fE2); path.lineTo(f6, fE2); path.lineTo(f6, f7); path.lineTo(fD2, f7); path.lineTo(fD2, fE2); } path.close(); return path; } public final C0427s C(E e6, E e7, E e8, E e9) { float fD = e6 != null ? e6.d(this) : 0.0f; float fE = e7 != null ? e7.e(this) : 0.0f; z0 z0Var = this.f3156c; C0427s c0427s = z0Var.f3494g; if (c0427s == null) { c0427s = z0Var.f3493f; } return new C0427s(fD, fE, e8 != null ? e8.d(this) : c0427s.f3446d, e9 != null ? e9.e(this) : c0427s.f3447e); } public final Path D(Z z6, boolean z7) { Path pathB; Path pathB2; this.f3157d.push(this.f3156c); z0 z0Var = new z0(this.f3156c); this.f3156c = z0Var; T(z6, z0Var); if (!k() || !V()) { this.f3156c = (z0) this.f3157d.pop(); return null; } if (z6 instanceof r0) { if (!z7) { o(" elements inside a cannot reference another ", new Object[0]); } r0 r0Var = (r0) z6; AbstractC0399a0 abstractC0399a0N = z6.f3370a.N(r0Var.f3438o); if (abstractC0399a0N == null) { o("Use reference '%s' not found", r0Var.f3438o); this.f3156c = (z0) this.f3157d.pop(); return null; } if (!(abstractC0399a0N instanceof Z)) { this.f3156c = (z0) this.f3157d.pop(); return null; } pathB = D((Z) abstractC0399a0N, false); if (pathB != null) { if (r0Var.f3357h == null) { r0Var.f3357h = c(pathB); } Matrix matrix = r0Var.f3152n; if (matrix != null) { pathB.transform(matrix); } if (this.f3156c.f3488a.f3311A != null && (pathB2 = b(z6, z6.f3357h)) != null) { pathB.op(pathB2, Path.Op.INTERSECT); } this.f3156c = (z0) this.f3157d.pop(); return pathB; } return null; } if (z6 instanceof A) { A a6 = (A) z6; if (z6 instanceof K) { pathB = new v0(((K) z6).f3279o).f3468a; if (z6.f3357h == null) { z6.f3357h = c(pathB); } } else { pathB = z6 instanceof Q ? B((Q) z6) : z6 instanceof C0428t ? y((C0428t) z6) : z6 instanceof C0433y ? z((C0433y) z6) : z6 instanceof O ? A((O) z6) : null; } if (pathB != null) { if (a6.f3357h == null) { a6.f3357h = c(pathB); } Matrix matrix2 = a6.f3149n; if (matrix2 != null) { pathB.transform(matrix2); } pathB.setFillType(w()); } return null; } if (!(z6 instanceof C0421l0)) { o("Invalid %s element found in clipPath definition", z6.m()); return null; } C0421l0 c0421l0 = (C0421l0) z6; ArrayList arrayList = c0421l0.f3419n; float fE = 0.0f; float fD = (arrayList == null || arrayList.size() == 0) ? 0.0f : ((E) c0421l0.f3419n.get(0)).d(this); ArrayList arrayList2 = c0421l0.f3420o; float fE2 = (arrayList2 == null || arrayList2.size() == 0) ? 0.0f : ((E) c0421l0.f3420o.get(0)).e(this); ArrayList arrayList3 = c0421l0.f3421p; float fD2 = (arrayList3 == null || arrayList3.size() == 0) ? 0.0f : ((E) c0421l0.f3421p.get(0)).d(this); ArrayList arrayList4 = c0421l0.f3422q; if (arrayList4 != null && arrayList4.size() != 0) { fE = ((E) c0421l0.f3422q.get(0)).e(this); } if (this.f3156c.f3488a.f3323M != 1) { float fD3 = d(c0421l0); if (this.f3156c.f3488a.f3323M == 2) { fD3 /= 2.0f; } fD -= fD3; } if (c0421l0.f3357h == null) { y0 y0Var = new y0(this, fD, fE2); n(c0421l0, y0Var); RectF rectF = (RectF) y0Var.l; c0421l0.f3357h = new C0427s(rectF.left, rectF.top, rectF.width(), ((RectF) y0Var.l).height()); } Path path = new Path(); n(c0421l0, new y0(this, fD + fD2, fE2 + fE, path)); Matrix matrix3 = c0421l0.f3404r; if (matrix3 != null) { path.transform(matrix3); } path.setFillType(w()); pathB = path; if (this.f3156c.f3488a.f3311A != null) { pathB.op(pathB2, Path.Op.INTERSECT); } this.f3156c = (z0) this.f3157d.pop(); return pathB; } public final void E(C0427s c0427s) { if (this.f3156c.f3488a.f3312B != null) { Paint paint = new Paint(); PorterDuff.Mode mode = PorterDuff.Mode.DST_IN; paint.setXfermode(new PorterDuffXfermode(mode)); Canvas canvas = this.f3154a; canvas.saveLayer(null, paint, 31); Paint paint2 = new Paint(); paint2.setColorFilter(new ColorMatrixColorFilter(new ColorMatrix(new float[]{0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.2127f, 0.7151f, 0.0722f, 0.0f, 0.0f}))); canvas.saveLayer(null, paint2, 31); H h5 = (H) this.f3155b.N(this.f3156c.f3488a.f3312B); L(h5, c0427s); canvas.restore(); Paint paint3 = new Paint(); paint3.setXfermode(new PorterDuffXfermode(mode)); canvas.saveLayer(null, paint3, 31); L(h5, c0427s); canvas.restore(); canvas.restore(); } O(); } public final boolean F() { AbstractC0399a0 abstractC0399a0N; int i6 = 0; if (this.f3156c.f3488a.f3335m.floatValue() >= 1.0f && this.f3156c.f3488a.f3312B == null) { return false; } int iFloatValue = (int) (this.f3156c.f3488a.f3335m.floatValue() * 256.0f); if (iFloatValue >= 0) { i6 = 255; if (iFloatValue <= 255) { i6 = iFloatValue; } } this.f3154a.saveLayerAlpha(null, i6, 31); this.f3157d.push(this.f3156c); z0 z0Var = new z0(this.f3156c); this.f3156c = z0Var; String str = z0Var.f3488a.f3312B; if (str != null && ((abstractC0399a0N = this.f3155b.N(str)) == null || !(abstractC0399a0N instanceof H))) { o("Mask reference '%s' not found", this.f3156c.f3488a.f3312B); this.f3156c.f3488a.f3312B = null; } return true; } public final void G(V v3, C0427s c0427s, C0427s c0427s2, r rVar) { if (c0427s.f3446d == 0.0f || c0427s.f3447e == 0.0f) { return; } if (rVar == null && (rVar = v3.f3375n) == null) { rVar = r.f3435d; } T(v3, this.f3156c); if (k()) { z0 z0Var = this.f3156c; z0Var.f3493f = c0427s; if (!z0Var.f3488a.f3340r.booleanValue()) { C0427s c0427s3 = this.f3156c.f3493f; M(c0427s3.f3444b, c0427s3.f3445c, c0427s3.f3446d, c0427s3.f3447e); } f(v3, this.f3156c.f3493f); Canvas canvas = this.f3154a; if (c0427s2 != null) { canvas.concat(e(this.f3156c.f3493f, c0427s2, rVar)); this.f3156c.f3494g = v3.f3387o; } else { C0427s c0427s4 = this.f3156c.f3493f; canvas.translate(c0427s4.f3444b, c0427s4.f3445c); } boolean zF = F(); U(); I(v3, true); if (zF) { E(v3.f3357h); } R(v3); } } /* JADX WARN: Multi-variable type inference failed */ public final void H(AbstractC0403c0 abstractC0403c0) { E e6; String str; int iIndexOf; Set setA; E e7; Boolean bool; if (abstractC0403c0 instanceof I) { return; } P(); if ((abstractC0403c0 instanceof AbstractC0399a0) && (bool = ((AbstractC0399a0) abstractC0403c0).f3359d) != null) { this.f3156c.f3495h = bool.booleanValue(); } if (abstractC0403c0 instanceof V) { V v3 = (V) abstractC0403c0; G(v3, C(v3.f3349p, v3.f3350q, v3.f3351r, v3.f3352s), v3.f3387o, v3.f3375n); } else { Bitmap bitmapDecodeByteArray = null; if (abstractC0403c0 instanceof r0) { r0 r0Var = (r0) abstractC0403c0; E e8 = r0Var.f3441r; if ((e8 == null || !e8.h()) && ((e7 = r0Var.f3442s) == null || !e7.h())) { T(r0Var, this.f3156c); if (k()) { AbstractC0403c0 abstractC0403c0N = r0Var.f3370a.N(r0Var.f3438o); if (abstractC0403c0N == null) { o("Use reference '%s' not found", r0Var.f3438o); } else { Matrix matrix = r0Var.f3152n; Canvas canvas = this.f3154a; if (matrix != null) { canvas.concat(matrix); } E e9 = r0Var.f3439p; float fD = e9 != null ? e9.d(this) : 0.0f; E e10 = r0Var.f3440q; canvas.translate(fD, e10 != null ? e10.e(this) : 0.0f); f(r0Var, r0Var.f3357h); boolean zF = F(); this.f3158e.push(r0Var); this.f3159f.push(this.f3154a.getMatrix()); if (abstractC0403c0N instanceof V) { V v6 = (V) abstractC0403c0N; C0427s c0427sC = C(null, null, r0Var.f3441r, r0Var.f3442s); P(); G(v6, c0427sC, v6.f3387o, v6.f3375n); O(); } else if (abstractC0403c0N instanceof C0415i0) { E e11 = r0Var.f3441r; if (e11 == null) { e11 = new E(100.0f, 9); } E e12 = r0Var.f3442s; if (e12 == null) { e12 = new E(100.0f, 9); } C0427s c0427sC2 = C(null, null, e11, e12); P(); C0415i0 c0415i0 = (C0415i0) abstractC0403c0N; if (c0427sC2.f3446d != 0.0f && c0427sC2.f3447e != 0.0f) { r rVar = c0415i0.f3375n; if (rVar == null) { rVar = r.f3435d; } T(c0415i0, this.f3156c); z0 z0Var = this.f3156c; z0Var.f3493f = c0427sC2; if (!z0Var.f3488a.f3340r.booleanValue()) { C0427s c0427s = this.f3156c.f3493f; M(c0427s.f3444b, c0427s.f3445c, c0427s.f3446d, c0427s.f3447e); } C0427s c0427s2 = c0415i0.f3387o; if (c0427s2 != null) { canvas.concat(e(this.f3156c.f3493f, c0427s2, rVar)); this.f3156c.f3494g = c0415i0.f3387o; } else { C0427s c0427s3 = this.f3156c.f3493f; canvas.translate(c0427s3.f3444b, c0427s3.f3445c); } boolean zF2 = F(); I(c0415i0, true); if (zF2) { E(c0415i0.f3357h); } R(c0415i0); } O(); } else { H(abstractC0403c0N); } this.f3158e.pop(); this.f3159f.pop(); if (zF) { E(r0Var.f3357h); } R(r0Var); } } } } else if (abstractC0403c0 instanceof C0413h0) { C0413h0 c0413h0 = (C0413h0) abstractC0403c0; T(c0413h0, this.f3156c); if (k()) { Matrix matrix2 = c0413h0.f3152n; if (matrix2 != null) { this.f3154a.concat(matrix2); } f(c0413h0, c0413h0.f3357h); boolean zF3 = F(); String language = Locale.getDefault().getLanguage(); Iterator it = c0413h0.f3353i.iterator(); while (true) { if (!it.hasNext()) { break; } AbstractC0403c0 abstractC0403c02 = (AbstractC0403c0) it.next(); if (abstractC0403c02 instanceof W) { W w6 = (W) abstractC0403c02; if (w6.b() == null && ((setA = w6.a()) == null || (!setA.isEmpty() && setA.contains(language)))) { Set requiredFeatures = w6.getRequiredFeatures(); if (requiredFeatures != null) { if (f3153g == null) { synchronized (B0.class) { HashSet hashSet = new HashSet(); f3153g = hashSet; hashSet.add("Structure"); f3153g.add("BasicStructure"); f3153g.add("ConditionalProcessing"); f3153g.add("Image"); f3153g.add("Style"); f3153g.add("ViewportAttribute"); f3153g.add("Shape"); f3153g.add("BasicText"); f3153g.add("PaintAttribute"); f3153g.add("BasicPaintAttribute"); f3153g.add("OpacityAttribute"); f3153g.add("BasicGraphicsAttribute"); f3153g.add("Marker"); f3153g.add("Gradient"); f3153g.add("Pattern"); f3153g.add("Clip"); f3153g.add("BasicClip"); f3153g.add("Mask"); f3153g.add("View"); } } if (requiredFeatures.isEmpty() || !f3153g.containsAll(requiredFeatures)) { } } Set setK = w6.k(); if (setK == null) { Set setL = w6.l(); if (setL == null) { H(abstractC0403c02); break; } setL.isEmpty(); } else { setK.isEmpty(); } } } } if (zF3) { E(c0413h0.f3357h); } R(c0413h0); } } else if (abstractC0403c0 instanceof B) { B b5 = (B) abstractC0403c0; T(b5, this.f3156c); if (k()) { Matrix matrix3 = b5.f3152n; if (matrix3 != null) { this.f3154a.concat(matrix3); } f(b5, b5.f3357h); boolean zF4 = F(); I(b5, true); if (zF4) { E(b5.f3357h); } R(b5); } } else { if (abstractC0403c0 instanceof D) { D d6 = (D) abstractC0403c0; E e13 = d6.f3163r; if (e13 != null && !e13.h() && (e6 = d6.f3164s) != null && !e6.h() && (str = d6.f3160o) != null) { r rVar2 = d6.f3375n; if (rVar2 == null) { rVar2 = r.f3435d; } if (str.startsWith("data:") && str.length() >= 14 && (iIndexOf = str.indexOf(44)) >= 12 && ";base64".equals(str.substring(iIndexOf - 7, iIndexOf))) { try { byte[] bArrDecode = Base64.decode(str.substring(iIndexOf + 1), 0); bitmapDecodeByteArray = BitmapFactory.decodeByteArray(bArrDecode, 0, bArrDecode.length); } catch (Exception e14) { Log.e("SVGAndroidRenderer", "Could not decode bad Data URL", e14); } } if (bitmapDecodeByteArray != null) { C0427s c0427s4 = new C0427s(0.0f, 0.0f, bitmapDecodeByteArray.getWidth(), bitmapDecodeByteArray.getHeight()); T(d6, this.f3156c); if (k() && V()) { Matrix matrix4 = d6.f3165t; Canvas canvas2 = this.f3154a; if (matrix4 != null) { canvas2.concat(matrix4); } E e15 = d6.f3161p; float fD2 = e15 != null ? e15.d(this) : 0.0f; E e16 = d6.f3162q; float fE = e16 != null ? e16.e(this) : 0.0f; float fD3 = d6.f3163r.d(this); float fD4 = d6.f3164s.d(this); z0 z0Var2 = this.f3156c; z0Var2.f3493f = new C0427s(fD2, fE, fD3, fD4); if (!z0Var2.f3488a.f3340r.booleanValue()) { C0427s c0427s5 = this.f3156c.f3493f; M(c0427s5.f3444b, c0427s5.f3445c, c0427s5.f3446d, c0427s5.f3447e); } d6.f3357h = this.f3156c.f3493f; R(d6); f(d6, d6.f3357h); boolean zF5 = F(); U(); canvas2.save(); canvas2.concat(e(this.f3156c.f3493f, c0427s4, rVar2)); canvas2.drawBitmap(bitmapDecodeByteArray, 0.0f, 0.0f, new Paint(this.f3156c.f3488a.f3326P == 3 ? 0 : 2)); canvas2.restore(); if (zF5) { E(d6.f3357h); } } } } } else if (abstractC0403c0 instanceof K) { K k6 = (K) abstractC0403c0; if (k6.f3279o != null) { T(k6, this.f3156c); if (k() && V()) { z0 z0Var3 = this.f3156c; if (z0Var3.f3490c || z0Var3.f3489b) { Matrix matrix5 = k6.f3149n; if (matrix5 != null) { this.f3154a.concat(matrix5); } Path path = new v0(k6.f3279o).f3468a; if (k6.f3357h == null) { k6.f3357h = c(path); } R(k6); g(k6); f(k6, k6.f3357h); boolean zF6 = F(); z0 z0Var4 = this.f3156c; if (z0Var4.f3489b) { int i6 = z0Var4.f3488a.f3317G; path.setFillType((i6 == 0 || i6 != 2) ? Path.FillType.WINDING : Path.FillType.EVEN_ODD); l(k6, path); } if (this.f3156c.f3490c) { m(path); } K(k6); if (zF6) { E(k6.f3357h); } } } } } else if (abstractC0403c0 instanceof Q) { Q q6 = (Q) abstractC0403c0; E e17 = q6.f3306q; if (e17 != null && q6.f3307r != null && !e17.h() && !q6.f3307r.h()) { T(q6, this.f3156c); if (k() && V()) { Matrix matrix6 = q6.f3149n; if (matrix6 != null) { this.f3154a.concat(matrix6); } Path pathB = B(q6); R(q6); g(q6); f(q6, q6.f3357h); boolean zF7 = F(); if (this.f3156c.f3489b) { l(q6, pathB); } if (this.f3156c.f3490c) { m(pathB); } if (zF7) { E(q6.f3357h); } } } } else if (abstractC0403c0 instanceof C0428t) { C0428t c0428t = (C0428t) abstractC0403c0; E e18 = c0428t.f3450q; if (e18 != null && !e18.h()) { T(c0428t, this.f3156c); if (k() && V()) { Matrix matrix7 = c0428t.f3149n; if (matrix7 != null) { this.f3154a.concat(matrix7); } Path pathY = y(c0428t); R(c0428t); g(c0428t); f(c0428t, c0428t.f3357h); boolean zF8 = F(); if (this.f3156c.f3489b) { l(c0428t, pathY); } if (this.f3156c.f3490c) { m(pathY); } if (zF8) { E(c0428t.f3357h); } } } } else if (abstractC0403c0 instanceof C0433y) { C0433y c0433y = (C0433y) abstractC0403c0; E e19 = c0433y.f3478q; if (e19 != null && c0433y.f3479r != null && !e19.h() && !c0433y.f3479r.h()) { T(c0433y, this.f3156c); if (k() && V()) { Matrix matrix8 = c0433y.f3149n; if (matrix8 != null) { this.f3154a.concat(matrix8); } Path pathZ = z(c0433y); R(c0433y); g(c0433y); f(c0433y, c0433y.f3357h); boolean zF9 = F(); if (this.f3156c.f3489b) { l(c0433y, pathZ); } if (this.f3156c.f3490c) { m(pathZ); } if (zF9) { E(c0433y.f3357h); } } } } else if (abstractC0403c0 instanceof F) { F f6 = (F) abstractC0403c0; T(f6, this.f3156c); if (k() && V() && this.f3156c.f3490c) { Matrix matrix9 = f6.f3149n; if (matrix9 != null) { this.f3154a.concat(matrix9); } E e20 = f6.f3170o; float fD5 = e20 == null ? 0.0f : e20.d(this); E e21 = f6.f3171p; float fE2 = e21 == null ? 0.0f : e21.e(this); E e22 = f6.f3172q; float fD6 = e22 == null ? 0.0f : e22.d(this); E e23 = f6.f3173r; fE = e23 != null ? e23.e(this) : 0.0f; if (f6.f3357h == null) { f6.f3357h = new C0427s(Math.min(fD5, fD6), Math.min(fE2, fE), Math.abs(fD6 - fD5), Math.abs(fE - fE2)); } Path path2 = new Path(); path2.moveTo(fD5, fE2); path2.lineTo(fD6, fE); R(f6); g(f6); f(f6, f6.f3357h); boolean zF10 = F(); m(path2); K(f6); if (zF10) { E(f6.f3357h); } } } else if (abstractC0403c0 instanceof P) { P p6 = (P) abstractC0403c0; T(p6, this.f3156c); if (k() && V()) { z0 z0Var5 = this.f3156c; if (z0Var5.f3490c || z0Var5.f3489b) { Matrix matrix10 = p6.f3149n; if (matrix10 != null) { this.f3154a.concat(matrix10); } if (p6.f3303o.length >= 2) { Path pathA = A(p6); R(p6); g(p6); f(p6, p6.f3357h); boolean zF11 = F(); if (this.f3156c.f3489b) { l(p6, pathA); } if (this.f3156c.f3490c) { m(pathA); } K(p6); if (zF11) { E(p6.f3357h); } } } } } else if (abstractC0403c0 instanceof O) { O o6 = (O) abstractC0403c0; T(o6, this.f3156c); if (k() && V()) { z0 z0Var6 = this.f3156c; if (z0Var6.f3490c || z0Var6.f3489b) { Matrix matrix11 = o6.f3149n; if (matrix11 != null) { this.f3154a.concat(matrix11); } if (o6.f3303o.length >= 2) { Path pathA2 = A(o6); R(o6); int i7 = this.f3156c.f3488a.f3317G; pathA2.setFillType((i7 == 0 || i7 != 2) ? Path.FillType.WINDING : Path.FillType.EVEN_ODD); g(o6); f(o6, o6.f3357h); boolean zF12 = F(); if (this.f3156c.f3489b) { l(o6, pathA2); } if (this.f3156c.f3490c) { m(pathA2); } K(o6); if (zF12) { E(o6.f3357h); } } } } } else if (abstractC0403c0 instanceof C0421l0) { C0421l0 c0421l0 = (C0421l0) abstractC0403c0; T(c0421l0, this.f3156c); if (k()) { Matrix matrix12 = c0421l0.f3404r; if (matrix12 != null) { this.f3154a.concat(matrix12); } ArrayList arrayList = c0421l0.f3419n; float fD7 = (arrayList == null || arrayList.size() == 0) ? 0.0f : ((E) c0421l0.f3419n.get(0)).d(this); ArrayList arrayList2 = c0421l0.f3420o; float fE3 = (arrayList2 == null || arrayList2.size() == 0) ? 0.0f : ((E) c0421l0.f3420o.get(0)).e(this); ArrayList arrayList3 = c0421l0.f3421p; float fD8 = (arrayList3 == null || arrayList3.size() == 0) ? 0.0f : ((E) c0421l0.f3421p.get(0)).d(this); ArrayList arrayList4 = c0421l0.f3422q; if (arrayList4 != null && arrayList4.size() != 0) { fE = ((E) c0421l0.f3422q.get(0)).e(this); } int iV = v(); if (iV != 1) { float fD9 = d(c0421l0); if (iV == 2) { fD9 /= 2.0f; } fD7 -= fD9; } if (c0421l0.f3357h == null) { y0 y0Var = new y0(this, fD7, fE3); n(c0421l0, y0Var); RectF rectF = (RectF) y0Var.l; c0421l0.f3357h = new C0427s(rectF.left, rectF.top, rectF.width(), ((RectF) y0Var.l).height()); } R(c0421l0); g(c0421l0); f(c0421l0, c0421l0.f3357h); boolean zF13 = F(); n(c0421l0, new x0(this, fD7 + fD8, fE3 + fE)); if (zF13) { E(c0421l0.f3357h); } } } } } O(); } public final void I(X x6, boolean z6) { if (z6) { this.f3158e.push(x6); this.f3159f.push(this.f3154a.getMatrix()); } Iterator it = x6.f3353i.iterator(); while (it.hasNext()) { H((AbstractC0403c0) it.next()); } if (z6) { this.f3158e.pop(); this.f3159f.pop(); } } /* JADX WARN: Removed duplicated region for block: B:12:0x0033 */ /* JADX WARN: Removed duplicated region for block: B:65:0x00f3 */ /* JADX WARN: Removed duplicated region for block: B:67:0x00f7 */ /* JADX WARN: Removed duplicated region for block: B:68:0x00fb A[PHI: r1 0x00fb: PHI (r1v1 float) = (r1v0 float), (r1v2 float) binds: [B:63:0x00ef, B:66:0x00f5] A[DONT_GENERATE, DONT_INLINE]] */ /* JADX WARN: Removed duplicated region for block: B:70:0x0107 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void J(G g6, u0 u0Var) { float fFloatValue; float f6; float f7; float f8; P(); Float f9 = g6.f3180u; float f10 = 0.0f; if (f9 == null) { fFloatValue = 0.0f; } else if (Float.isNaN(f9.floatValue())) { float f11 = u0Var.f3462c; if (f11 != 0.0f || u0Var.f3463d != 0.0f) { fFloatValue = (float) Math.toDegrees(Math.atan2(u0Var.f3463d, f11)); } } else { fFloatValue = g6.f3180u.floatValue(); } float fC = g6.f3175p ? 1.0f : this.f3156c.f3488a.f3332f.c(); this.f3156c = t(g6); Matrix matrix = new Matrix(); matrix.preTranslate(u0Var.f3460a, u0Var.f3461b); matrix.preRotate(fFloatValue); matrix.preScale(fC, fC); E e6 = g6.f3176q; float fD = e6 != null ? e6.d(this) : 0.0f; E e7 = g6.f3177r; float fE = e7 != null ? e7.e(this) : 0.0f; E e8 = g6.f3178s; float fD2 = e8 != null ? e8.d(this) : 3.0f; E e9 = g6.f3179t; float fE2 = e9 != null ? e9.e(this) : 3.0f; C0427s c0427s = g6.f3387o; Canvas canvas = this.f3154a; if (c0427s != null) { float fMax = fD2 / c0427s.f3446d; float f12 = fE2 / c0427s.f3447e; r rVar = g6.f3375n; if (rVar == null) { rVar = r.f3435d; } if (!rVar.equals(r.f3434c)) { fMax = rVar.f3437b == 2 ? Math.max(fMax, f12) : Math.min(fMax, f12); f12 = fMax; } matrix.preTranslate((-fD) * fMax, (-fE) * f12); canvas.concat(matrix); C0427s c0427s2 = g6.f3387o; float f13 = c0427s2.f3446d * fMax; float f14 = c0427s2.f3447e * f12; EnumC0426q enumC0426q = rVar.f3436a; int iOrdinal = enumC0426q.ordinal(); if (iOrdinal == 2) { f6 = (fD2 - f13) / 2.0f; f7 = 0.0f - f6; switch (enumC0426q.ordinal()) { case 4: case 5: case 6: f8 = (fE2 - f14) / 2.0f; f10 = 0.0f - f8; if (!this.f3156c.f3488a.f3340r.booleanValue()) { M(f7, f10, fD2, fE2); } matrix.reset(); matrix.preScale(fMax, f12); canvas.concat(matrix); break; case 7: case 8: case 9: f8 = fE2 - f14; f10 = 0.0f - f8; if (!this.f3156c.f3488a.f3340r.booleanValue()) { } matrix.reset(); matrix.preScale(fMax, f12); canvas.concat(matrix); break; default: if (!this.f3156c.f3488a.f3340r.booleanValue()) { } matrix.reset(); matrix.preScale(fMax, f12); canvas.concat(matrix); break; } } else { if (iOrdinal != 3) { if (iOrdinal != 5) { if (iOrdinal != 6) { if (iOrdinal != 8) { if (iOrdinal != 9) { f7 = 0.0f; switch (enumC0426q.ordinal()) { } } } } } f6 = (fD2 - f13) / 2.0f; f7 = 0.0f - f6; switch (enumC0426q.ordinal()) { } } f6 = fD2 - f13; f7 = 0.0f - f6; switch (enumC0426q.ordinal()) { } } } else { matrix.preTranslate(-fD, -fE); canvas.concat(matrix); if (!this.f3156c.f3488a.f3340r.booleanValue()) { M(0.0f, 0.0f, fD2, fE2); } } boolean zF = F(); I(g6, false); if (zF) { E(g6.f3357h); } O(); } public final void K(A a6) { G g6; G g7; G g8; int i6; float f6; float f7; float f8; ArrayList arrayList; int size; U u6 = this.f3156c.f3488a; String str = u6.f3342t; if (str == null && u6.f3343u == null && u6.f3344v == null) { return; } if (str == null) { g6 = null; } else { AbstractC0399a0 abstractC0399a0N = a6.f3370a.N(str); if (abstractC0399a0N != null) { g6 = (G) abstractC0399a0N; } else { o("Marker reference '%s' not found", this.f3156c.f3488a.f3342t); g6 = null; } } String str2 = this.f3156c.f3488a.f3343u; if (str2 == null) { g7 = null; } else { AbstractC0399a0 abstractC0399a0N2 = a6.f3370a.N(str2); if (abstractC0399a0N2 != null) { g7 = (G) abstractC0399a0N2; } else { o("Marker reference '%s' not found", this.f3156c.f3488a.f3343u); g7 = null; } } String str3 = this.f3156c.f3488a.f3344v; if (str3 == null) { g8 = null; } else { AbstractC0399a0 abstractC0399a0N3 = a6.f3370a.N(str3); if (abstractC0399a0N3 != null) { g8 = (G) abstractC0399a0N3; } else { o("Marker reference '%s' not found", this.f3156c.f3488a.f3344v); g8 = null; } } float f9 = 0.0f; if (a6 instanceof K) { arrayList = new t0(this, ((K) a6).f3279o).f3451a; f7 = 0.0f; i6 = 1; } else if (a6 instanceof F) { F f10 = (F) a6; E e6 = f10.f3170o; float fD = e6 != null ? e6.d(this) : 0.0f; E e7 = f10.f3171p; float fE = e7 != null ? e7.e(this) : 0.0f; E e8 = f10.f3172q; float fD2 = e8 != null ? e8.d(this) : 0.0f; E e9 = f10.f3173r; float fE2 = e9 != null ? e9.e(this) : 0.0f; ArrayList arrayList2 = new ArrayList(2); float f11 = fD2 - fD; i6 = 1; float f12 = fE2 - fE; arrayList2.add(new u0(fD, fE, f11, f12)); arrayList2.add(new u0(fD2, fE2, f11, f12)); f7 = 0.0f; arrayList = arrayList2; } else { i6 = 1; O o6 = (O) a6; int length = o6.f3303o.length; if (length < 2) { arrayList = null; f7 = 0.0f; } else { ArrayList arrayList3 = new ArrayList(); float[] fArr = o6.f3303o; u0 u0Var = new u0(fArr[0], fArr[1], 0.0f, 0.0f); int i7 = 2; float f13 = 0.0f; float f14 = 0.0f; while (true) { f6 = u0Var.f3461b; f7 = f9; f8 = u0Var.f3460a; if (i7 >= length) { break; } float[] fArr2 = o6.f3303o; float f15 = fArr2[i7]; float f16 = fArr2[i7 + 1]; u0Var.a(f15, f16); arrayList3.add(u0Var); u0Var = new u0(f15, f16, f15 - f8, f16 - f6); i7 += 2; f14 = f16; f13 = f15; f9 = f7; } if (o6 instanceof P) { float[] fArr3 = o6.f3303o; float f17 = fArr3[0]; if (f13 != f17) { float f18 = fArr3[1]; if (f14 != f18) { u0Var.a(f17, f18); arrayList3.add(u0Var); u0 u0Var2 = new u0(f17, f18, f17 - f8, f18 - f6); u0Var2.b((u0) arrayList3.get(0)); arrayList3.add(u0Var2); arrayList3.set(0, u0Var2); } } } else { arrayList3.add(u0Var); } arrayList = arrayList3; } } if (arrayList == null || (size = arrayList.size()) == 0) { return; } U u7 = this.f3156c.f3488a; u7.f3344v = null; u7.f3343u = null; u7.f3342t = null; if (g6 != null) { J(g6, (u0) arrayList.get(0)); } if (g7 != null && arrayList.size() > 2) { u0 u0Var3 = (u0) arrayList.get(0); u0 u0Var4 = (u0) arrayList.get(i6); int i8 = 1; while (i8 < size - 1) { i8++; u0 u0Var5 = (u0) arrayList.get(i8); if (u0Var4.f3464e) { float f19 = u0Var4.f3462c; float f20 = u0Var4.f3463d; float f21 = u0Var3.f3460a; float f22 = u0Var4.f3460a; float f23 = u0Var4.f3461b; float f24 = ((f23 - u0Var3.f3461b) * f20) + ((f22 - f21) * f19); if (f24 == f7) { f24 = ((u0Var5.f3460a - f22) * f19) + ((u0Var5.f3461b - f23) * f20); } if (f24 <= f7 && (f24 != f7 || (f19 <= f7 && f20 < f7))) { u0Var4.f3462c = -f19; u0Var4.f3463d = -f20; } } J(g7, u0Var4); u0Var3 = u0Var4; u0Var4 = u0Var5; } } if (g8 != null) { J(g8, (u0) arrayList.get(size - 1)); } } public final void L(H h5, C0427s c0427s) { float fD; float fE; Boolean bool = h5.f3182n; if (bool == null || !bool.booleanValue()) { E e6 = h5.f3184p; float fB = e6 != null ? e6.b(this, 1.0f) : 1.2f; E e7 = h5.f3185q; float fB2 = e7 != null ? e7.b(this, 1.0f) : 1.2f; fD = fB * c0427s.f3446d; fE = fB2 * c0427s.f3447e; } else { E e8 = h5.f3184p; fD = e8 != null ? e8.d(this) : c0427s.f3446d; E e9 = h5.f3185q; fE = e9 != null ? e9.e(this) : c0427s.f3447e; } if (fD == 0.0f || fE == 0.0f) { return; } P(); z0 z0VarT = t(h5); this.f3156c = z0VarT; z0VarT.f3488a.f3335m = Float.valueOf(1.0f); boolean zF = F(); Canvas canvas = this.f3154a; canvas.save(); Boolean bool2 = h5.f3183o; if (bool2 != null && !bool2.booleanValue()) { canvas.translate(c0427s.f3444b, c0427s.f3445c); canvas.scale(c0427s.f3446d, c0427s.f3447e); } I(h5, false); canvas.restore(); if (zF) { E(c0427s); } O(); } public final void M(float f6, float f7, float f8, float f9) { float fD = f8 + f6; float fE = f9 + f7; C0.J j4 = this.f3156c.f3488a.f3341s; if (j4 != null) { f6 += ((E) j4.f536e).d(this); f7 += ((E) this.f3156c.f3488a.f3341s.f533b).e(this); fD -= ((E) this.f3156c.f3488a.f3341s.f534c).d(this); fE -= ((E) this.f3156c.f3488a.f3341s.f535d).e(this); } this.f3154a.clipRect(f6, f7, fD, fE); } public final void O() { this.f3154a.restore(); this.f3156c = (z0) this.f3157d.pop(); } public final void P() { this.f3154a.save(); this.f3157d.push(this.f3156c); this.f3156c = new z0(this.f3156c); } public final String Q(String str, boolean z6, boolean z7) { if (this.f3156c.f3495h) { return str.replaceAll("[\\n\\t]", " "); } String strReplaceAll = str.replaceAll("\\n", "").replaceAll("\\t", " "); if (z6) { strReplaceAll = strReplaceAll.replaceAll("^\\s+", ""); } if (z7) { strReplaceAll = strReplaceAll.replaceAll("\\s+$", ""); } return strReplaceAll.replaceAll("\\s{2,}", " "); } public final void R(Z z6) { if (z6.f3371b == null || z6.f3357h == null) { return; } Matrix matrix = new Matrix(); if (((Matrix) this.f3159f.peek()).invert(matrix)) { C0427s c0427s = z6.f3357h; float f6 = c0427s.f3444b; float f7 = c0427s.f3445c; float fC = c0427s.c(); C0427s c0427s2 = z6.f3357h; float f8 = c0427s2.f3445c; float fC2 = c0427s2.c(); float fD = z6.f3357h.d(); C0427s c0427s3 = z6.f3357h; float[] fArr = {f6, f7, fC, f8, fC2, fD, c0427s3.f3444b, c0427s3.d()}; matrix.preConcat(this.f3154a.getMatrix()); matrix.mapPoints(fArr); float f9 = fArr[0]; float f10 = fArr[1]; RectF rectF = new RectF(f9, f10, f9, f10); for (int i6 = 2; i6 <= 6; i6 += 2) { float f11 = fArr[i6]; if (f11 < rectF.left) { rectF.left = f11; } if (f11 > rectF.right) { rectF.right = f11; } float f12 = fArr[i6 + 1]; if (f12 < rectF.top) { rectF.top = f12; } if (f12 > rectF.bottom) { rectF.bottom = f12; } } Z z7 = (Z) this.f3158e.peek(); C0427s c0427s4 = z7.f3357h; if (c0427s4 == null) { float f13 = rectF.left; float f14 = rectF.top; z7.f3357h = new C0427s(f13, f14, rectF.right - f13, rectF.bottom - f14); return; } float f15 = rectF.left; float f16 = rectF.top; float f17 = rectF.right - f15; float f18 = rectF.bottom - f16; if (f15 < c0427s4.f3444b) { c0427s4.f3444b = f15; } if (f16 < c0427s4.f3445c) { c0427s4.f3445c = f16; } if (f15 + f17 > c0427s4.c()) { c0427s4.f3446d = (f15 + f17) - c0427s4.f3444b; } if (f16 + f18 > c0427s4.d()) { c0427s4.f3447e = (f16 + f18) - c0427s4.f3445c; } } } public final void S(z0 z0Var, U u6) { U u7; if (x(u6, 4096L)) { z0Var.f3488a.f3336n = u6.f3336n; } if (x(u6, 2048L)) { z0Var.f3488a.f3335m = u6.f3335m; } boolean zX = x(u6, 1L); C0430v c0430v = C0430v.f3466c; if (zX) { z0Var.f3488a.f3328b = u6.f3328b; AbstractC0405d0 abstractC0405d0 = u6.f3328b; z0Var.f3489b = (abstractC0405d0 == null || abstractC0405d0 == c0430v) ? false : true; } if (x(u6, 4L)) { z0Var.f3488a.f3329c = u6.f3329c; } if (x(u6, 6149L)) { N(z0Var, true, z0Var.f3488a.f3328b); } if (x(u6, 2L)) { z0Var.f3488a.f3317G = u6.f3317G; } if (x(u6, 8L)) { z0Var.f3488a.f3330d = u6.f3330d; AbstractC0405d0 abstractC0405d02 = u6.f3330d; z0Var.f3490c = (abstractC0405d02 == null || abstractC0405d02 == c0430v) ? false : true; } if (x(u6, 16L)) { z0Var.f3488a.f3331e = u6.f3331e; } if (x(u6, 6168L)) { N(z0Var, false, z0Var.f3488a.f3330d); } if (x(u6, 34359738368L)) { z0Var.f3488a.f3325O = u6.f3325O; } if (x(u6, 32L)) { U u8 = z0Var.f3488a; E e6 = u6.f3332f; u8.f3332f = e6; z0Var.f3492e.setStrokeWidth(e6.a(this)); } if (x(u6, 64L)) { z0Var.f3488a.f3318H = u6.f3318H; int iC = AbstractC2464a.c(u6.f3318H); Paint paint = z0Var.f3492e; if (iC == 0) { paint.setStrokeCap(Paint.Cap.BUTT); } else if (iC == 1) { paint.setStrokeCap(Paint.Cap.ROUND); } else if (iC == 2) { paint.setStrokeCap(Paint.Cap.SQUARE); } } if (x(u6, 128L)) { z0Var.f3488a.f3319I = u6.f3319I; int iC2 = AbstractC2464a.c(u6.f3319I); Paint paint2 = z0Var.f3492e; if (iC2 == 0) { paint2.setStrokeJoin(Paint.Join.MITER); } else if (iC2 == 1) { paint2.setStrokeJoin(Paint.Join.ROUND); } else if (iC2 == 2) { paint2.setStrokeJoin(Paint.Join.BEVEL); } } if (x(u6, 256L)) { z0Var.f3488a.f3333j = u6.f3333j; z0Var.f3492e.setStrokeMiter(u6.f3333j.floatValue()); } if (x(u6, 512L)) { z0Var.f3488a.f3334k = u6.f3334k; } if (x(u6, 1024L)) { z0Var.f3488a.l = u6.l; } Typeface typefaceH = null; if (x(u6, 1536L)) { E[] eArr = z0Var.f3488a.f3334k; Paint paint3 = z0Var.f3492e; if (eArr == null) { paint3.setPathEffect(null); } else { int length = eArr.length; int i6 = length % 2 == 0 ? length : length * 2; float[] fArr = new float[i6]; int i7 = 0; float f6 = 0.0f; while (true) { u7 = z0Var.f3488a; if (i7 >= i6) { break; } float fA = u7.f3334k[i7 % length].a(this); fArr[i7] = fA; f6 += fA; i7++; } if (f6 == 0.0f) { paint3.setPathEffect(null); } else { float fA2 = u7.l.a(this); if (fA2 < 0.0f) { fA2 = (fA2 % f6) + f6; } paint3.setPathEffect(new DashPathEffect(fArr, fA2)); } } } if (x(u6, 16384L)) { float textSize = this.f3156c.f3491d.getTextSize(); z0Var.f3488a.f3338p = u6.f3338p; z0Var.f3491d.setTextSize(u6.f3338p.b(this, textSize)); z0Var.f3492e.setTextSize(u6.f3338p.b(this, textSize)); } if (x(u6, 8192L)) { z0Var.f3488a.f3337o = u6.f3337o; } if (x(u6, 32768L)) { if (u6.f3339q.intValue() == -1 && z0Var.f3488a.f3339q.intValue() > 100) { U u9 = z0Var.f3488a; u9.f3339q = Integer.valueOf(u9.f3339q.intValue() - 100); } else if (u6.f3339q.intValue() != 1 || z0Var.f3488a.f3339q.intValue() >= 900) { z0Var.f3488a.f3339q = u6.f3339q; } else { U u10 = z0Var.f3488a; u10.f3339q = Integer.valueOf(u10.f3339q.intValue() + 100); } } if (x(u6, 65536L)) { z0Var.f3488a.f3320J = u6.f3320J; } if (x(u6, 106496L)) { U u11 = z0Var.f3488a; ArrayList arrayList = u11.f3337o; if (arrayList != null) { Iterator it = arrayList.iterator(); while (it.hasNext()) { typefaceH = h((String) it.next(), u11.f3320J, u11.f3339q); if (typefaceH != null) { break; } } } if (typefaceH == null) { typefaceH = h(androidx.media3.common.C.SERIF_NAME, u11.f3320J, u11.f3339q); } z0Var.f3491d.setTypeface(typefaceH); z0Var.f3492e.setTypeface(typefaceH); } if (x(u6, 131072L)) { z0Var.f3488a.f3321K = u6.f3321K; Paint paint4 = z0Var.f3491d; paint4.setStrikeThruText(u6.f3321K == 4); paint4.setUnderlineText(u6.f3321K == 2); Paint paint5 = z0Var.f3492e; paint5.setStrikeThruText(u6.f3321K == 4); paint5.setUnderlineText(u6.f3321K == 2); } if (x(u6, 68719476736L)) { z0Var.f3488a.f3322L = u6.f3322L; } if (x(u6, 262144L)) { z0Var.f3488a.f3323M = u6.f3323M; } if (x(u6, 524288L)) { z0Var.f3488a.f3340r = u6.f3340r; } if (x(u6, 2097152L)) { z0Var.f3488a.f3342t = u6.f3342t; } if (x(u6, 4194304L)) { z0Var.f3488a.f3343u = u6.f3343u; } if (x(u6, 8388608L)) { z0Var.f3488a.f3344v = u6.f3344v; } if (x(u6, 16777216L)) { z0Var.f3488a.f3345w = u6.f3345w; } if (x(u6, 33554432L)) { z0Var.f3488a.f3346x = u6.f3346x; } if (x(u6, 1048576L)) { z0Var.f3488a.f3341s = u6.f3341s; } if (x(u6, 268435456L)) { z0Var.f3488a.f3311A = u6.f3311A; } if (x(u6, 536870912L)) { z0Var.f3488a.f3324N = u6.f3324N; } if (x(u6, 1073741824L)) { z0Var.f3488a.f3312B = u6.f3312B; } if (x(u6, 67108864L)) { z0Var.f3488a.f3347y = u6.f3347y; } if (x(u6, 134217728L)) { z0Var.f3488a.f3348z = u6.f3348z; } if (x(u6, 8589934592L)) { z0Var.f3488a.f3315E = u6.f3315E; } if (x(u6, 17179869184L)) { z0Var.f3488a.f3316F = u6.f3316F; } if (x(u6, 137438953472L)) { z0Var.f3488a.f3326P = u6.f3326P; } } public final void T(AbstractC0399a0 abstractC0399a0, z0 z0Var) { boolean z6 = abstractC0399a0.f3371b == null; U u6 = z0Var.f3488a; Boolean bool = Boolean.TRUE; u6.f3345w = bool; if (!z6) { bool = Boolean.FALSE; } u6.f3340r = bool; u6.f3341s = null; u6.f3311A = null; u6.f3335m = Float.valueOf(1.0f); u6.f3347y = C0430v.f3465b; u6.f3348z = Float.valueOf(1.0f); u6.f3312B = null; u6.f3313C = null; u6.f3314D = Float.valueOf(1.0f); u6.f3315E = null; u6.f3316F = Float.valueOf(1.0f); u6.f3325O = 1; U u7 = abstractC0399a0.f3360e; if (u7 != null) { S(z0Var, u7); } ArrayList arrayList = ((C0334s) this.f3155b.f742c).f2658b; if (arrayList != null && !arrayList.isEmpty()) { for (C0420l c0420l : ((C0334s) this.f3155b.f742c).f2658b) { if (C0325i.g(c0420l.f3401a, abstractC0399a0)) { S(z0Var, c0420l.f3402b); } } } U u8 = abstractC0399a0.f3361f; if (u8 != null) { S(z0Var, u8); } } public final void U() { int i6; U u6 = this.f3156c.f3488a; AbstractC0405d0 abstractC0405d0 = u6.f3315E; if (abstractC0405d0 instanceof C0430v) { i6 = ((C0430v) abstractC0405d0).f3467a; } else if (!(abstractC0405d0 instanceof C0431w)) { return; } else { i6 = u6.f3336n.f3467a; } Float f6 = u6.f3316F; if (f6 != null) { i6 = i(f6.floatValue(), i6); } this.f3154a.drawColor(i6); } public final boolean V() { Boolean bool = this.f3156c.f3488a.f3346x; if (bool != null) { return bool.booleanValue(); } return true; } public final Path b(Z z6, C0427s c0427s) { Path pathD; AbstractC0399a0 abstractC0399a0N = z6.f3370a.N(this.f3156c.f3488a.f3311A); if (abstractC0399a0N == null) { o("ClipPath reference '%s' not found", this.f3156c.f3488a.f3311A); return null; } C0429u c0429u = (C0429u) abstractC0399a0N; this.f3157d.push(this.f3156c); this.f3156c = t(c0429u); Boolean bool = c0429u.f3459o; boolean z7 = bool == null || bool.booleanValue(); Matrix matrix = new Matrix(); if (!z7) { matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(c0427s.f3446d, c0427s.f3447e); } Matrix matrix2 = c0429u.f3152n; if (matrix2 != null) { matrix.preConcat(matrix2); } Path path = new Path(); for (AbstractC0403c0 abstractC0403c0 : c0429u.f3353i) { if ((abstractC0403c0 instanceof Z) && (pathD = D((Z) abstractC0403c0, true)) != null) { path.op(pathD, Path.Op.UNION); } } if (this.f3156c.f3488a.f3311A != null) { if (c0429u.f3357h == null) { c0429u.f3357h = c(path); } Path pathB = b(c0429u, c0429u.f3357h); if (pathB != null) { path.op(pathB, Path.Op.INTERSECT); } } path.transform(matrix); this.f3156c = (z0) this.f3157d.pop(); return path; } public final float d(n0 n0Var) { A0 a02 = new A0(this); n(n0Var, a02); return a02.f3150h; } public final void f(Z z6, C0427s c0427s) { Path pathB; if (this.f3156c.f3488a.f3311A == null || (pathB = b(z6, c0427s)) == null) { return; } this.f3154a.clipPath(pathB); } public final void g(Z z6) { AbstractC0405d0 abstractC0405d0 = this.f3156c.f3488a.f3328b; if (abstractC0405d0 instanceof J) { j(true, z6.f3357h, (J) abstractC0405d0); } AbstractC0405d0 abstractC0405d02 = this.f3156c.f3488a.f3330d; if (abstractC0405d02 instanceof J) { j(false, z6.f3357h, (J) abstractC0405d02); } } public final void j(boolean z6, C0427s c0427s, J j4) { float fB; float f6; float fB2; float f7; float f8; float fB3; float fB4; float f9; float f10; AbstractC0399a0 abstractC0399a0N = this.f3155b.N(j4.f3271a); if (abstractC0399a0N == null) { o("%s reference '%s' not found", z6 ? "Fill" : "Stroke", j4.f3271a); AbstractC0405d0 abstractC0405d0 = j4.f3272b; if (abstractC0405d0 != null) { N(this.f3156c, z6, abstractC0405d0); return; } else if (z6) { this.f3156c.f3489b = false; return; } else { this.f3156c.f3490c = false; return; } } boolean z7 = abstractC0399a0N instanceof C0401b0; C0430v c0430v = C0430v.f3465b; if (z7) { C0401b0 c0401b0 = (C0401b0) abstractC0399a0N; String str = c0401b0.l; if (str != null) { q(c0401b0, str); } Boolean bool = c0401b0.f3485i; boolean z8 = bool != null && bool.booleanValue(); z0 z0Var = this.f3156c; Paint paint = z6 ? z0Var.f3491d : z0Var.f3492e; if (z8) { z0 z0Var2 = this.f3156c; f7 = 256.0f; C0427s c0427s2 = z0Var2.f3494g; if (c0427s2 == null) { c0427s2 = z0Var2.f3493f; } E e6 = c0401b0.f3366m; float fD = e6 != null ? e6.d(this) : 0.0f; E e7 = c0401b0.f3367n; fB3 = e7 != null ? e7.e(this) : 0.0f; f8 = 0.0f; E e8 = c0401b0.f3368o; float fD2 = e8 != null ? e8.d(this) : c0427s2.f3446d; E e9 = c0401b0.f3369p; f10 = fD2; f9 = fD; fB4 = e9 != null ? e9.e(this) : 0.0f; } else { f7 = 256.0f; f8 = 0.0f; E e10 = c0401b0.f3366m; float fB5 = e10 != null ? e10.b(this, 1.0f) : 0.0f; E e11 = c0401b0.f3367n; fB3 = e11 != null ? e11.b(this, 1.0f) : 0.0f; E e12 = c0401b0.f3368o; float fB6 = e12 != null ? e12.b(this, 1.0f) : 1.0f; E e13 = c0401b0.f3369p; fB4 = e13 != null ? e13.b(this, 1.0f) : 0.0f; f9 = fB5; f10 = fB6; } float f11 = fB3; P(); this.f3156c = t(c0401b0); Matrix matrix = new Matrix(); if (!z8) { matrix.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix.preScale(c0427s.f3446d, c0427s.f3447e); } Matrix matrix2 = c0401b0.f3486j; if (matrix2 != null) { matrix.preConcat(matrix2); } int size = c0401b0.f3484h.size(); if (size == 0) { O(); if (z6) { this.f3156c.f3489b = false; return; } else { this.f3156c.f3490c = false; return; } } int[] iArr = new int[size]; float[] fArr = new float[size]; Iterator it = c0401b0.f3484h.iterator(); int i6 = 0; float f12 = -1.0f; while (it.hasNext()) { T t6 = (T) ((AbstractC0403c0) it.next()); Float f13 = t6.f3310h; float fFloatValue = f13 != null ? f13.floatValue() : f8; if (i6 == 0 || fFloatValue >= f12) { fArr[i6] = fFloatValue; f12 = fFloatValue; } else { fArr[i6] = f12; } P(); T(t6, this.f3156c); U u6 = this.f3156c.f3488a; C0430v c0430v2 = (C0430v) u6.f3347y; if (c0430v2 == null) { c0430v2 = c0430v; } iArr[i6] = i(u6.f3348z.floatValue(), c0430v2.f3467a); i6++; O(); } if ((f9 == f10 && f11 == fB4) || size == 1) { O(); paint.setColor(iArr[size - 1]); return; } Shader.TileMode tileMode = Shader.TileMode.CLAMP; int i7 = c0401b0.f3487k; if (i7 != 0) { if (i7 == 2) { tileMode = Shader.TileMode.MIRROR; } else if (i7 == 3) { tileMode = Shader.TileMode.REPEAT; } } Shader.TileMode tileMode2 = tileMode; O(); LinearGradient linearGradient = new LinearGradient(f9, f11, f10, fB4, iArr, fArr, tileMode2); linearGradient.setLocalMatrix(matrix); paint.setShader(linearGradient); int iFloatValue = (int) (this.f3156c.f3488a.f3329c.floatValue() * f7); paint.setAlpha(iFloatValue < 0 ? 0 : iFloatValue > 255 ? 255 : iFloatValue); return; } if (!(abstractC0399a0N instanceof C0409f0)) { if (abstractC0399a0N instanceof S) { S s6 = (S) abstractC0399a0N; if (z6) { if (x(s6.f3360e, 2147483648L)) { z0 z0Var3 = this.f3156c; U u7 = z0Var3.f3488a; AbstractC0405d0 abstractC0405d02 = s6.f3360e.f3313C; u7.f3328b = abstractC0405d02; z0Var3.f3489b = abstractC0405d02 != null; } if (x(s6.f3360e, 4294967296L)) { this.f3156c.f3488a.f3329c = s6.f3360e.f3314D; } if (x(s6.f3360e, 6442450944L)) { z0 z0Var4 = this.f3156c; N(z0Var4, z6, z0Var4.f3488a.f3328b); return; } return; } if (x(s6.f3360e, 2147483648L)) { z0 z0Var5 = this.f3156c; U u8 = z0Var5.f3488a; AbstractC0405d0 abstractC0405d03 = s6.f3360e.f3313C; u8.f3330d = abstractC0405d03; z0Var5.f3490c = abstractC0405d03 != null; } if (x(s6.f3360e, 4294967296L)) { this.f3156c.f3488a.f3331e = s6.f3360e.f3314D; } if (x(s6.f3360e, 6442450944L)) { z0 z0Var6 = this.f3156c; N(z0Var6, z6, z0Var6.f3488a.f3330d); return; } return; } return; } C0409f0 c0409f0 = (C0409f0) abstractC0399a0N; String str2 = c0409f0.l; if (str2 != null) { q(c0409f0, str2); } Boolean bool2 = c0409f0.f3485i; boolean z9 = bool2 != null && bool2.booleanValue(); z0 z0Var7 = this.f3156c; Paint paint2 = z6 ? z0Var7.f3491d : z0Var7.f3492e; if (z9) { E e14 = new E(50.0f, 9); E e15 = c0409f0.f3381m; float fD3 = e15 != null ? e15.d(this) : e14.d(this); E e16 = c0409f0.f3382n; fB = e16 != null ? e16.e(this) : e14.e(this); E e17 = c0409f0.f3383o; fB2 = e17 != null ? e17.a(this) : e14.a(this); f6 = fD3; } else { E e18 = c0409f0.f3381m; float fB7 = e18 != null ? e18.b(this, 1.0f) : 0.5f; E e19 = c0409f0.f3382n; fB = e19 != null ? e19.b(this, 1.0f) : 0.5f; E e20 = c0409f0.f3383o; f6 = fB7; fB2 = e20 != null ? e20.b(this, 1.0f) : 0.5f; } float f14 = fB; P(); this.f3156c = t(c0409f0); Matrix matrix3 = new Matrix(); if (!z9) { matrix3.preTranslate(c0427s.f3444b, c0427s.f3445c); matrix3.preScale(c0427s.f3446d, c0427s.f3447e); } Matrix matrix4 = c0409f0.f3486j; if (matrix4 != null) { matrix3.preConcat(matrix4); } int size2 = c0409f0.f3484h.size(); if (size2 == 0) { O(); if (z6) { this.f3156c.f3489b = false; return; } else { this.f3156c.f3490c = false; return; } } int[] iArr2 = new int[size2]; float[] fArr2 = new float[size2]; Iterator it2 = c0409f0.f3484h.iterator(); int i8 = 0; float f15 = -1.0f; while (it2.hasNext()) { T t7 = (T) ((AbstractC0403c0) it2.next()); Float f16 = t7.f3310h; float fFloatValue2 = f16 != null ? f16.floatValue() : 0.0f; if (i8 == 0 || fFloatValue2 >= f15) { fArr2[i8] = fFloatValue2; f15 = fFloatValue2; } else { fArr2[i8] = f15; } P(); T(t7, this.f3156c); U u9 = this.f3156c.f3488a; C0430v c0430v3 = (C0430v) u9.f3347y; if (c0430v3 == null) { c0430v3 = c0430v; } iArr2[i8] = i(u9.f3348z.floatValue(), c0430v3.f3467a); i8++; O(); } if (fB2 == 0.0f || size2 == 1) { O(); paint2.setColor(iArr2[size2 - 1]); return; } Shader.TileMode tileMode3 = Shader.TileMode.CLAMP; int i9 = c0409f0.f3487k; if (i9 != 0) { if (i9 == 2) { tileMode3 = Shader.TileMode.MIRROR; } else if (i9 == 3) { tileMode3 = Shader.TileMode.REPEAT; } } Shader.TileMode tileMode4 = tileMode3; O(); RadialGradient radialGradient = new RadialGradient(f6, f14, fB2, iArr2, fArr2, tileMode4); radialGradient.setLocalMatrix(matrix3); paint2.setShader(radialGradient); int iFloatValue2 = (int) (this.f3156c.f3488a.f3329c.floatValue() * 256.0f); if (iFloatValue2 < 0) { iFloatValue2 = 0; } else if (iFloatValue2 > 255) { iFloatValue2 = 255; } paint2.setAlpha(iFloatValue2); } public final boolean k() { Boolean bool = this.f3156c.f3488a.f3345w; if (bool != null) { return bool.booleanValue(); } return true; } /* JADX WARN: Removed duplicated region for block: B:80:0x0176 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final void l(Z z6, Path path) { char c6; float fD; float fE; float fE2; float fD2; char c7; float f6; float f7; AbstractC0405d0 abstractC0405d0 = this.f3156c.f3488a.f3328b; boolean z7 = abstractC0405d0 instanceof J; Canvas canvas = this.f3154a; if (z7) { AbstractC0399a0 abstractC0399a0N = this.f3155b.N(((J) abstractC0405d0).f3271a); if (abstractC0399a0N instanceof N) { N n6 = (N) abstractC0399a0N; Boolean bool = n6.f3295p; boolean z8 = bool != null && bool.booleanValue(); String str = n6.f3302w; if (str != null) { s(n6, str); } if (z8) { E e6 = n6.f3298s; fD = e6 != null ? e6.d(this) : 0.0f; E e7 = n6.f3299t; fE2 = e7 != null ? e7.e(this) : 0.0f; E e8 = n6.f3300u; fD2 = e8 != null ? e8.d(this) : 0.0f; E e9 = n6.f3301v; fE = e9 != null ? e9.e(this) : 0.0f; c6 = 0; } else { E e10 = n6.f3298s; float fB = e10 != null ? e10.b(this, 1.0f) : 0.0f; E e11 = n6.f3299t; float fB2 = e11 != null ? e11.b(this, 1.0f) : 0.0f; E e12 = n6.f3300u; float fB3 = e12 != null ? e12.b(this, 1.0f) : 0.0f; E e13 = n6.f3301v; float fB4 = e13 != null ? e13.b(this, 1.0f) : 0.0f; C0427s c0427s = z6.f3357h; float f8 = c0427s.f3444b; c6 = 0; float f9 = c0427s.f3446d; fD = (fB * f9) + f8; float f10 = c0427s.f3445c; float f11 = c0427s.f3447e; float f12 = f9 * fB3; fE = fB4 * f11; fE2 = (fB2 * f11) + f10; fD2 = f12; } if (fD2 == 0.0f || fE == 0.0f) { return; } r rVar = n6.f3375n; if (rVar == null) { rVar = r.f3435d; } P(); canvas.clipPath(path); z0 z0Var = new z0(); S(z0Var, U.a()); z0Var.f3488a.f3340r = Boolean.FALSE; u(n6, z0Var); this.f3156c = z0Var; C0427s c0427s2 = z6.f3357h; Matrix matrix = n6.f3297r; if (matrix != null) { canvas.concat(matrix); Matrix matrix2 = new Matrix(); if (n6.f3297r.invert(matrix2)) { C0427s c0427s3 = z6.f3357h; float f13 = c0427s3.f3444b; float f14 = c0427s3.f3445c; float fC = c0427s3.c(); c7 = 1; C0427s c0427s4 = z6.f3357h; float f15 = c0427s4.f3445c; float fC2 = c0427s4.c(); float fD3 = z6.f3357h.d(); C0427s c0427s5 = z6.f3357h; float f16 = c0427s5.f3444b; float fD4 = c0427s5.d(); float[] fArr = new float[8]; fArr[c6] = f13; fArr[1] = f14; fArr[2] = fC; fArr[3] = f15; fArr[4] = fC2; fArr[5] = fD3; fArr[6] = f16; fArr[7] = fD4; matrix2.mapPoints(fArr); float f17 = fArr[c6]; float f18 = fArr[1]; RectF rectF = new RectF(f17, f18, f17, f18); for (int i6 = 2; i6 <= 6; i6 += 2) { float f19 = fArr[i6]; if (f19 < rectF.left) { rectF.left = f19; } if (f19 > rectF.right) { rectF.right = f19; } float f20 = fArr[i6 + 1]; if (f20 < rectF.top) { rectF.top = f20; } if (f20 > rectF.bottom) { rectF.bottom = f20; } } float f21 = rectF.left; float f22 = rectF.top; c0427s2 = new C0427s(f21, f22, rectF.right - f21, rectF.bottom - f22); } else { c7 = 1; } } float fFloor = (((float) Math.floor((c0427s2.f3444b - fD) / fD2)) * fD2) + fD; float fC3 = c0427s2.c(); float fD5 = c0427s2.d(); C0427s c0427s6 = new C0427s(0.0f, 0.0f, fD2, fE); boolean zF = F(); for (float fFloor2 = (((float) Math.floor((c0427s2.f3445c - fE2) / fE)) * fE) + fE2; fFloor2 < fD5; fFloor2 += fE) { float f23 = fFloor; while (f23 < fC3) { c0427s6.f3444b = f23; c0427s6.f3445c = fFloor2; P(); if (this.f3156c.f3488a.f3340r.booleanValue()) { f6 = fD5; f7 = fFloor; } else { f6 = fD5; f7 = fFloor; M(c0427s6.f3444b, c0427s6.f3445c, c0427s6.f3446d, c0427s6.f3447e); } C0427s c0427s7 = n6.f3387o; if (c0427s7 != null) { canvas.concat(e(c0427s6, c0427s7, rVar)); } else { Boolean bool2 = n6.f3296q; char c8 = (bool2 == null || bool2.booleanValue()) ? c7 : c6; canvas.translate(f23, fFloor2); if (c8 == 0) { C0427s c0427s8 = z6.f3357h; canvas.scale(c0427s8.f3446d, c0427s8.f3447e); } } Iterator it = n6.f3353i.iterator(); while (it.hasNext()) { H((AbstractC0403c0) it.next()); } O(); f23 += fD2; fD5 = f6; fFloor = f7; } } if (zF) { E(n6.f3357h); } O(); return; } } canvas.drawPath(path, this.f3156c.f3491d); } public final void m(Path path) { z0 z0Var = this.f3156c; int i6 = z0Var.f3488a.f3325O; Canvas canvas = this.f3154a; if (i6 != 2) { canvas.drawPath(path, z0Var.f3492e); return; } Matrix matrix = canvas.getMatrix(); Path path2 = new Path(); path.transform(matrix, path2); canvas.setMatrix(new Matrix()); Shader shader = this.f3156c.f3492e.getShader(); Matrix matrix2 = new Matrix(); if (shader != null) { shader.getLocalMatrix(matrix2); Matrix matrix3 = new Matrix(matrix2); matrix3.postConcat(matrix); shader.setLocalMatrix(matrix3); } canvas.drawPath(path2, this.f3156c.f3492e); canvas.setMatrix(matrix); if (shader != null) { shader.setLocalMatrix(matrix2); } } public final void n(n0 n0Var, android.support.v4.media.session.b bVar) { float f6; float fE; float fD; int iV; if (k()) { Iterator it = n0Var.f3353i.iterator(); boolean z6 = true; while (it.hasNext()) { AbstractC0403c0 abstractC0403c0 = (AbstractC0403c0) it.next(); if (abstractC0403c0 instanceof q0) { bVar.E(Q(((q0) abstractC0403c0).f3433c, z6, !it.hasNext())); } else if (bVar.l((n0) abstractC0403c0)) { if (abstractC0403c0 instanceof o0) { P(); o0 o0Var = (o0) abstractC0403c0; T(o0Var, this.f3156c); if (k() && V()) { AbstractC0399a0 abstractC0399a0N = o0Var.f3370a.N(o0Var.f3413n); if (abstractC0399a0N == null) { o("TextPath reference '%s' not found", o0Var.f3413n); } else { K k6 = (K) abstractC0399a0N; Path path = new v0(k6.f3279o).f3468a; Matrix matrix = k6.f3149n; if (matrix != null) { path.transform(matrix); } PathMeasure pathMeasure = new PathMeasure(path, false); E e6 = o0Var.f3414o; fE = e6 != null ? e6.b(this, pathMeasure.getLength()) : 0.0f; int iV2 = v(); if (iV2 != 1) { float fD2 = d(o0Var); if (iV2 == 2) { fD2 /= 2.0f; } fE -= fD2; } g(o0Var.f3415p); boolean zF = F(); n(o0Var, new w0(this, path, fE)); if (zF) { E(o0Var.f3357h); } } } O(); } else if (abstractC0403c0 instanceof C0419k0) { P(); C0419k0 c0419k0 = (C0419k0) abstractC0403c0; T(c0419k0, this.f3156c); if (k()) { ArrayList arrayList = c0419k0.f3419n; boolean z7 = arrayList != null && arrayList.size() > 0; boolean z8 = bVar instanceof x0; if (z8) { float fD3 = !z7 ? ((x0) bVar).f3473h : ((E) c0419k0.f3419n.get(0)).d(this); ArrayList arrayList2 = c0419k0.f3420o; fE = (arrayList2 == null || arrayList2.size() == 0) ? ((x0) bVar).f3474i : ((E) c0419k0.f3420o.get(0)).e(this); ArrayList arrayList3 = c0419k0.f3421p; fD = (arrayList3 == null || arrayList3.size() == 0) ? 0.0f : ((E) c0419k0.f3421p.get(0)).d(this); ArrayList arrayList4 = c0419k0.f3422q; if (arrayList4 != null && arrayList4.size() != 0) { fE = ((E) c0419k0.f3422q.get(0)).e(this); } float f7 = fD3; f6 = fE; fE = f7; } else { f6 = 0.0f; fE = 0.0f; fD = 0.0f; } if (z7 && (iV = v()) != 1) { float fD4 = d(c0419k0); if (iV == 2) { fD4 /= 2.0f; } fE -= fD4; } g(c0419k0.f3400r); if (z8) { x0 x0Var = (x0) bVar; x0Var.f3473h = fE + fD; x0Var.f3474i = fE + f6; } boolean zF2 = F(); n(c0419k0, bVar); if (zF2) { E(c0419k0.f3357h); } } O(); } else if (abstractC0403c0 instanceof C0417j0) { P(); C0417j0 c0417j0 = (C0417j0) abstractC0403c0; T(c0417j0, this.f3156c); if (k()) { g(c0417j0.f3397o); AbstractC0399a0 abstractC0399a0N2 = abstractC0403c0.f3370a.N(c0417j0.f3396n); if (abstractC0399a0N2 == null || !(abstractC0399a0N2 instanceof n0)) { o("Tref reference '%s' not found", c0417j0.f3396n); } else { StringBuilder sb = new StringBuilder(); p((n0) abstractC0399a0N2, sb); if (sb.length() > 0) { bVar.E(sb.toString()); } } } O(); } } z6 = false; } } } public final void p(n0 n0Var, StringBuilder sb) { Iterator it = n0Var.f3353i.iterator(); boolean z6 = true; while (it.hasNext()) { AbstractC0403c0 abstractC0403c0 = (AbstractC0403c0) it.next(); if (abstractC0403c0 instanceof n0) { p((n0) abstractC0403c0, sb); } else if (abstractC0403c0 instanceof q0) { sb.append(Q(((q0) abstractC0403c0).f3433c, z6, !it.hasNext())); } z6 = false; } } public final z0 t(AbstractC0399a0 abstractC0399a0) { z0 z0Var = new z0(); S(z0Var, U.a()); u(abstractC0399a0, z0Var); return z0Var; } public final void u(AbstractC0399a0 abstractC0399a0, z0 z0Var) { ArrayList arrayList = new ArrayList(); AbstractC0403c0 abstractC0403c0 = abstractC0399a0; while (true) { if (abstractC0403c0 instanceof AbstractC0399a0) { arrayList.add(0, (AbstractC0399a0) abstractC0403c0); } Object obj = abstractC0403c0.f3371b; if (obj == null) { break; } else { abstractC0403c0 = (AbstractC0403c0) obj; } } Iterator it = arrayList.iterator(); while (it.hasNext()) { T((AbstractC0399a0) it.next(), z0Var); } z0 z0Var2 = this.f3156c; z0Var.f3494g = z0Var2.f3494g; z0Var.f3493f = z0Var2.f3493f; } public final int v() { int i6; U u6 = this.f3156c.f3488a; return (u6.f3322L == 1 || (i6 = u6.f3323M) == 2) ? u6.f3323M : i6 == 1 ? 3 : 1; } public final Path.FillType w() { int i6 = this.f3156c.f3488a.f3324N; return (i6 == 0 || i6 != 2) ? Path.FillType.WINDING : Path.FillType.EVEN_ODD; } public final Path y(C0428t c0428t) { E e6 = c0428t.f3448o; float fD = e6 != null ? e6.d(this) : 0.0f; E e7 = c0428t.f3449p; float fE = e7 != null ? e7.e(this) : 0.0f; float fA = c0428t.f3450q.a(this); float f6 = fD - fA; float f7 = fE - fA; float f8 = fD + fA; float f9 = fE + fA; if (c0428t.f3357h == null) { float f10 = 2.0f * fA; c0428t.f3357h = new C0427s(f6, f7, f10, f10); } float f11 = fA * 0.5522848f; Path path = new Path(); path.moveTo(fD, f7); float f12 = fD + f11; float f13 = fE - f11; path.cubicTo(f12, f7, f8, f13, f8, fE); float f14 = fE + f11; path.cubicTo(f8, f14, f12, f9, fD, f9); float f15 = fD - f11; path.cubicTo(f15, f9, f6, f14, f6, fE); path.cubicTo(f6, f13, f15, f7, fD, f7); path.close(); return path; } public final Path z(C0433y c0433y) { E e6 = c0433y.f3476o; float fD = e6 != null ? e6.d(this) : 0.0f; E e7 = c0433y.f3477p; float fE = e7 != null ? e7.e(this) : 0.0f; float fD2 = c0433y.f3478q.d(this); float fE2 = c0433y.f3479r.e(this); float f6 = fD - fD2; float f7 = fE - fE2; float f8 = fD + fD2; float f9 = fE + fE2; if (c0433y.f3357h == null) { c0433y.f3357h = new C0427s(f6, f7, fD2 * 2.0f, 2.0f * fE2); } float f10 = fD2 * 0.5522848f; float f11 = fE2 * 0.5522848f; Path path = new Path(); path.moveTo(fD, f7); float f12 = fD + f10; float f13 = fE - f11; path.cubicTo(f12, f7, f8, f13, f8, fE); float f14 = fE + f11; path.cubicTo(f8, f14, f12, f9, fD, f9); float f15 = fD - f10; path.cubicTo(f15, f9, f6, f14, f6, fE); path.cubicTo(f6, f13, f15, f7, fD, f7); path.close(); return path; } }