package q0; import java.util.Arrays; import p0.AbstractC2686D; /* JADX INFO: renamed from: q0.r, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public final class C2826r extends AbstractC2811c { /* JADX INFO: renamed from: r, reason: collision with root package name */ public static final C2812d f23555r = new C2812d(6); /* JADX INFO: renamed from: d, reason: collision with root package name */ public final C2828t f23556d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public final float f23557e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public final float f23558f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public final C2827s f23559g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public final float[] f23560h; /* JADX INFO: renamed from: i, reason: collision with root package name */ public final float[] f23561i; /* JADX INFO: renamed from: j, reason: collision with root package name */ public final float[] f23562j; /* JADX INFO: renamed from: k, reason: collision with root package name */ public final InterfaceC2818j f23563k; public final C2825q l; /* JADX INFO: renamed from: m, reason: collision with root package name */ public final C2822n f23564m; /* JADX INFO: renamed from: n, reason: collision with root package name */ public final InterfaceC2818j f23565n; /* JADX INFO: renamed from: o, reason: collision with root package name */ public final C2825q f23566o; /* JADX INFO: renamed from: p, reason: collision with root package name */ public final C2822n f23567p; /* JADX INFO: renamed from: q, reason: collision with root package name */ public final boolean f23568q; public C2826r(String str, float[] fArr, C2828t c2828t, final C2827s c2827s, int i6) { InterfaceC2818j interfaceC2818j; InterfaceC2818j interfaceC2818j2; double d6 = c2827s.f23569a; boolean z6 = d6 == -3.0d; double d7 = c2827s.f23575g; double d8 = c2827s.f23574f; if (z6) { final int i7 = 4; interfaceC2818j = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i7) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else if (d6 == -2.0d) { final int i8 = 5; interfaceC2818j = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i8) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else if (d8 == 0.0d && d7 == 0.0d) { final int i9 = 6; interfaceC2818j = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i9) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else { final int i10 = 7; interfaceC2818j = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i10) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } if (d6 == -3.0d) { final int i11 = 0; interfaceC2818j2 = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i11) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else if (d6 == -2.0d) { final int i12 = 1; interfaceC2818j2 = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i12) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else if (d8 == 0.0d && d7 == 0.0d) { final int i13 = 2; interfaceC2818j2 = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i13) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } else { final int i14 = 3; interfaceC2818j2 = new InterfaceC2818j() { // from class: q0.p @Override // q0.InterfaceC2818j public final double c(double d9) { C2827s c2827s2 = c2827s; switch (i14) { case 0: float[] fArr2 = C2813e.f23505a; return C2813e.a(c2827s2, d9); case 1: float[] fArr3 = C2813e.f23505a; return C2813e.c(c2827s2, d9); case 2: return d9 >= c2827s2.f23573e ? Math.pow((c2827s2.f23570b * d9) + c2827s2.f23571c, c2827s2.f23569a) : d9 * c2827s2.f23572d; case 3: double d10 = c2827s2.f23570b; if (d9 >= c2827s2.f23573e) { return Math.pow((d10 * d9) + c2827s2.f23571c, c2827s2.f23569a) + c2827s2.f23574f; } return c2827s2.f23575g + (c2827s2.f23572d * d9); case 4: float[] fArr4 = C2813e.f23505a; return C2813e.b(c2827s2, d9); case 5: float[] fArr5 = C2813e.f23505a; return C2813e.d(c2827s2, d9); case 6: double d11 = c2827s2.f23573e; double d12 = c2827s2.f23572d; return d9 >= d11 * d12 ? (Math.pow(d9, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / c2827s2.f23570b : d9 / d12; default: double d13 = c2827s2.f23570b; double d14 = c2827s2.f23573e; double d15 = c2827s2.f23572d; return d9 >= d14 * d15 ? (Math.pow(d9 - c2827s2.f23574f, 1.0d / c2827s2.f23569a) - c2827s2.f23571c) / d13 : (d9 - c2827s2.f23575g) / d15; } } }; } this(str, fArr, c2828t, null, interfaceC2818j, interfaceC2818j2, 0.0f, 1.0f, c2827s, i6); } @Override // q0.AbstractC2811c public final float a(int i6) { return this.f23558f; } @Override // q0.AbstractC2811c public final float b(int i6) { return this.f23557e; } @Override // q0.AbstractC2811c public final boolean c() { return this.f23568q; } @Override // q0.AbstractC2811c public final long d(float f6, float f7, float f8) { double d6 = f6; C2822n c2822n = this.f23567p; float fC = (float) c2822n.c(d6); float fC2 = (float) c2822n.c(f7); float fC3 = (float) c2822n.c(f8); float[] fArr = this.f23561i; if (fArr.length < 9) { return 0L; } float f9 = (fArr[6] * fC3) + (fArr[3] * fC2) + (fArr[0] * fC); return (((long) Float.floatToRawIntBits((fArr[7] * fC3) + (fArr[4] * fC2) + (fArr[1] * fC))) & 4294967295L) | (Float.floatToRawIntBits(f9) << 32); } @Override // q0.AbstractC2811c public final float e(float f6, float f7, float f8) { double d6 = f6; C2822n c2822n = this.f23567p; float fC = (float) c2822n.c(d6); float fC2 = (float) c2822n.c(f7); float fC3 = (float) c2822n.c(f8); float[] fArr = this.f23561i; return (fArr[8] * fC3) + (fArr[5] * fC2) + (fArr[2] * fC); } @Override // q0.AbstractC2811c public final boolean equals(Object obj) { if (this == obj) { return true; } if (obj == null || C2826r.class != obj.getClass() || !super.equals(obj)) { return false; } C2826r c2826r = (C2826r) obj; if (Float.compare(c2826r.f23557e, this.f23557e) != 0 || Float.compare(c2826r.f23558f, this.f23558f) != 0 || !kotlin.jvm.internal.o.c(this.f23556d, c2826r.f23556d) || !Arrays.equals(this.f23560h, c2826r.f23560h)) { return false; } C2827s c2827s = c2826r.f23559g; C2827s c2827s2 = this.f23559g; if (c2827s2 != null) { return kotlin.jvm.internal.o.c(c2827s2, c2827s); } if (c2827s == null) { return true; } if (kotlin.jvm.internal.o.c(this.f23563k, c2826r.f23563k)) { return kotlin.jvm.internal.o.c(this.f23565n, c2826r.f23565n); } return false; } @Override // q0.AbstractC2811c public final long f(float f6, float f7, float f8, float f9, AbstractC2811c abstractC2811c) { float[] fArr = this.f23562j; float f10 = (fArr[6] * f8) + (fArr[3] * f7) + (fArr[0] * f6); float f11 = (fArr[7] * f8) + (fArr[4] * f7) + (fArr[1] * f6); float f12 = (fArr[8] * f8) + (fArr[5] * f7) + (fArr[2] * f6); C2822n c2822n = this.f23564m; return AbstractC2686D.b((float) c2822n.c(f10), (float) c2822n.c(f11), (float) c2822n.c(f12), f9, abstractC2811c); } @Override // q0.AbstractC2811c public final int hashCode() { int iHashCode = (Arrays.hashCode(this.f23560h) + ((this.f23556d.hashCode() + (super.hashCode() * 31)) * 31)) * 31; float f6 = this.f23557e; int iFloatToIntBits = (iHashCode + (f6 == 0.0f ? 0 : Float.floatToIntBits(f6))) * 31; float f7 = this.f23558f; int iFloatToIntBits2 = (iFloatToIntBits + (f7 == 0.0f ? 0 : Float.floatToIntBits(f7))) * 31; C2827s c2827s = this.f23559g; int iHashCode2 = iFloatToIntBits2 + (c2827s != null ? c2827s.hashCode() : 0); if (c2827s == null) { return this.f23565n.hashCode() + ((this.f23563k.hashCode() + (iHashCode2 * 31)) * 31); } return iHashCode2; } /* JADX WARN: 'super' call moved to the top of the method (can break code semantics) */ /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:42:0x01e9 */ /* JADX WARN: Removed duplicated region for block: B:63:0x022d */ /* JADX WARN: Removed duplicated region for block: B:68:0x025f */ /* Code decompiled incorrectly, please refer to instructions dump. */ public C2826r(String str, float[] fArr, C2828t c2828t, float[] fArr2, InterfaceC2818j interfaceC2818j, InterfaceC2818j interfaceC2818j2, float f6, float f7, C2827s c2827s, int i6) { int i7; char c6; float f8; float f9; boolean z6; double d6; super(str, AbstractC2810b.f23496a, i6); int i8 = 0; int i9 = 1; this.f23556d = c2828t; this.f23557e = f6; this.f23558f = f7; this.f23559g = c2827s; this.f23563k = interfaceC2818j; this.l = new C2825q(this, i9); this.f23564m = new C2822n(this, i8); this.f23565n = interfaceC2818j2; this.f23566o = new C2825q(this, i8); this.f23567p = new C2822n(this, i9); if (fArr.length != 6 && fArr.length != 9) { throw new IllegalArgumentException("The color space's primaries must be defined as an array of 6 floats in xyY or 9 floats in XYZ"); } if (f6 < f7) { float[] fArr3 = new float[6]; if (fArr.length == 9) { float f10 = fArr[0]; float f11 = fArr[1]; float f12 = f10 + f11 + fArr[2]; fArr3[0] = f10 / f12; fArr3[1] = f11 / f12; float f13 = fArr[3]; float f14 = fArr[4]; float f15 = f13 + f14 + fArr[5]; fArr3[2] = f13 / f15; fArr3[3] = f14 / f15; float f16 = fArr[6]; float f17 = fArr[7]; float f18 = f16 + f17 + fArr[8]; fArr3[4] = f16 / f18; fArr3[5] = f17 / f18; } else { System.arraycopy(fArr, 0, fArr3, 0, 6); } this.f23560h = fArr3; if (fArr2 == null) { float f19 = fArr3[0]; float f20 = fArr3[1]; float f21 = fArr3[2]; float f22 = fArr3[3]; float f23 = fArr3[4]; float f24 = fArr3[5]; f8 = 1.0f; float f25 = 1; float f26 = (f25 - f19) / f20; float f27 = (f25 - f21) / f22; float f28 = (f25 - f23) / f24; i7 = 0; float f29 = c2828t.f23576a; c6 = 1; float f30 = c2828t.f23577b; float f31 = (f25 - f29) / f30; float f32 = f19 / f20; float f33 = (f21 / f22) - f32; float f34 = (f29 / f30) - f32; float f35 = f27 - f26; float f36 = (f23 / f24) - f32; float f37 = (((f31 - f26) * f33) - (f34 * f35)) / (((f28 - f26) * f33) - (f35 * f36)); float f38 = (f34 - (f36 * f37)) / f33; float f39 = (1.0f - f38) - f37; float f40 = f39 / f20; float f41 = f38 / f22; float f42 = f37 / f24; this.f23561i = new float[]{f40 * f19, f39, ((1.0f - f19) - f20) * f40, f41 * f21, f38, ((1.0f - f21) - f22) * f41, f42 * f23, f37, ((1.0f - f23) - f24) * f42}; } else { i7 = 0; c6 = 1; f8 = 1.0f; if (fArr2.length == 9) { this.f23561i = fArr2; } else { throw new IllegalArgumentException("Transform must have 9 entries! Has " + fArr2.length); } } this.f23562j = AbstractC2819k.f(this.f23561i); float fB = AbstractC2819k.b(fArr3); float[] fArr4 = C2813e.f23505a; if (fB / AbstractC2819k.b(C2813e.f23506b) > 0.9f) { float[] fArr5 = C2813e.f23505a; float f43 = fArr3[i7]; float f44 = fArr5[i7]; float f45 = fArr3[c6]; float f46 = fArr5[c6]; float f47 = fArr3[2]; float f48 = fArr5[2]; float f49 = fArr3[3]; float f50 = fArr5[3]; float f51 = fArr3[4]; float f52 = fArr5[4]; float f53 = fArr3[5]; float f54 = fArr5[5]; f9 = 0.0f; float[] fArr6 = new float[6]; fArr6[i7] = f43 - f44; fArr6[c6] = f45 - f46; fArr6[2] = f47 - f48; fArr6[3] = f49 - f50; fArr6[4] = f51 - f52; fArr6[5] = f53 - f54; float f55 = fArr6[i7]; float f56 = fArr6[c6]; if (((f46 - f54) * f55) - ((f44 - f52) * f56) >= 0.0f && ((f44 - f48) * f56) - ((f46 - f50) * f55) >= 0.0f) { float f57 = fArr6[2]; float f58 = fArr6[3]; if (((f50 - f46) * f57) - ((f48 - f44) * f58) >= 0.0f && ((f48 - f52) * f58) - ((f50 - f54) * f57) >= 0.0f) { float f59 = fArr6[4]; float f60 = fArr6[5]; if (((f54 - f50) * f59) - ((f52 - f48) * f60) < 0.0f || ((f52 - f44) * f60) - ((f54 - f46) * f59) < 0.0f) { } } } if (i6 != 0) { float[] fArr7 = C2813e.f23505a; if (fArr3 == fArr7) { if (AbstractC2819k.d(c2828t, AbstractC2819k.f23540d) && f6 == f9 && f7 == f8) { float[] fArr8 = C2813e.f23505a; C2826r c2826r = C2813e.f23509e; for (d6 = 0.0d; d6 <= 1.0d; d6 += 0.00392156862745098d) { if (Math.abs(interfaceC2818j.c(d6) - c2826r.f23563k.c(d6)) <= 0.001d && Math.abs(interfaceC2818j2.c(d6) - c2826r.f23565n.c(d6)) <= 0.001d) { } } z6 = c6; } z6 = i7; break; } for (int i10 = i7; i10 < 6; i10++) { if (Float.compare(fArr3[i10], fArr7[i10]) != 0 && Math.abs(fArr3[i10] - fArr7[i10]) > 0.001f) { break; } } if (AbstractC2819k.d(c2828t, AbstractC2819k.f23540d)) { float[] fArr82 = C2813e.f23505a; C2826r c2826r2 = C2813e.f23509e; while (d6 <= 1.0d) { } z6 = c6; } z6 = i7; break; } z6 = c6; this.f23568q = z6; return; } f9 = 0.0f; int i11 = (f6 > f9 ? 1 : (f6 == f9 ? 0 : -1)); if (i6 != 0) { } this.f23568q = z6; return; } throw new IllegalArgumentException("Invalid range: min=" + f6 + ", max=" + f7 + "; min must be strictly < max"); } /* JADX WARN: Illegal instructions before constructor call */ public C2826r(String str, float[] fArr, C2828t c2828t, final double d6, float f6, float f7, int i6) { InterfaceC2818j interfaceC2818j; InterfaceC2818j interfaceC2818j2 = f23555r; if (d6 == 1.0d) { interfaceC2818j = interfaceC2818j2; } else { final int i7 = 0; interfaceC2818j = new InterfaceC2818j() { // from class: q0.o @Override // q0.InterfaceC2818j public final double c(double d7) { switch (i7) { case 0: if (d7 < 0.0d) { d7 = 0.0d; } return Math.pow(d7, 1.0d / d6); default: if (d7 < 0.0d) { d7 = 0.0d; } return Math.pow(d7, d6); } } }; } if (d6 != 1.0d) { final int i8 = 1; interfaceC2818j2 = new InterfaceC2818j() { // from class: q0.o @Override // q0.InterfaceC2818j public final double c(double d7) { switch (i8) { case 0: if (d7 < 0.0d) { d7 = 0.0d; } return Math.pow(d7, 1.0d / d6); default: if (d7 < 0.0d) { d7 = 0.0d; } return Math.pow(d7, d6); } } }; } this(str, fArr, c2828t, null, interfaceC2818j, interfaceC2818j2, f6, f7, new C2827s(d6, 1.0d, 0.0d, 0.0d, 0.0d), i6); } }