package defpackage; import android.graphics.Path; import android.graphics.PathMeasure; import android.os.Build; import java.util.ArrayList; /* JADX INFO: renamed from: ᵞˉ, reason: contains not printable characters */ /* JADX INFO: loaded from: classes3.dex */ public final class C2985 implements InterfaceC5340 { /* JADX INFO: renamed from: ˌᴵ, reason: contains not printable characters */ public final float[] f11510; /* JADX WARN: Removed duplicated region for block: B:40:0x01bb A[LOOP:2: B:9:0x0081->B:40:0x01bb, LOOP_END] */ /* JADX WARN: Removed duplicated region for block: B:77:0x01c6 A[EDGE_INSN: B:77:0x01c6->B:42:0x01c6 BREAK A[LOOP:2: B:9:0x0081->B:40:0x01bb], SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public C2985(float f, float f2) { int i; float[] fArrM8186; int i2; int i3; int i4; Path path = new Path(); path.moveTo(0.0f, 0.0f); path.cubicTo(f, 0.0f, f2, 1.0f, 1.0f, 1.0f); int i5 = 0; if (Build.VERSION.SDK_INT >= 26) { fArrM8186 = AbstractC3621.m8186(path, 0.002f); i = 0; } else { PathMeasure pathMeasure = new PathMeasure(path, false); ArrayList arrayList = new ArrayList(); arrayList.add(Float.valueOf(0.0f)); float length = 0.0f; do { length += pathMeasure.getLength(); arrayList.add(Float.valueOf(length)); } while (pathMeasure.nextContour()); PathMeasure pathMeasure2 = new PathMeasure(path, false); int iMin = Math.min(100, ((int) (length / 0.002f)) + 1); ArrayList arrayList2 = new ArrayList(iMin * 3); float[] fArr = new float[2]; float size = length / ((iMin - 1) - arrayList.size()); float[] fArr2 = new float[2]; float[] fArr3 = new float[2]; int i6 = 0; int i7 = 0; int i8 = 0; float f3 = 0.0f; while (true) { if (i7 >= iMin) { i = i5; break; } pathMeasure2.getPosTan(f3 - ((Float) arrayList.get(i6)).floatValue(), fArr, fArr3); int size2 = arrayList2.size(); i = i5; int i9 = size2 - 1; if (i7 > 0) { float f4 = fArr[i]; float f5 = fArr[1]; i3 = 3; int i10 = size2 - 2; float fFloatValue = ((Float) arrayList2.get(i10)).floatValue(); float fFloatValue2 = ((Float) arrayList2.get(i9)).floatValue(); if (Math.abs(fArr3[i] - fArr2[i]) > 1.0E-4f || Math.abs(fArr3[1] - fArr2[1]) > 1.0E-4f || Math.abs(((f4 - fFloatValue) * fArr3[1]) - ((f5 - fFloatValue2) * fArr3[i])) >= 1.0E-4f) { i2 = iMin; } else { if (i8 != 0) { i2 = iMin; arrayList2.set(size2 - 3, Float.valueOf(f3 / length)); arrayList2.set(i10, Float.valueOf(fArr[i])); arrayList2.set(i9, Float.valueOf(fArr[1])); } else { i2 = iMin; ᵸᵺᵜ.ᵲᵶᵳˈ(arrayList2, f3 / length, fArr[i], fArr[1]); i8 = 1; } f3 += size; i4 = i6 + 1; if (i4 < arrayList.size() && f3 > ((Float) arrayList.get(i4)).floatValue()) { float fFloatValue3 = ((Float) arrayList.get(i4)).floatValue(); pathMeasure2.getPosTan(fFloatValue3 - ((Float) arrayList.get(i6)).floatValue(), fArr, fArr3); ᵸᵺᵜ.ᵲᵶᵳˈ(arrayList2, fFloatValue3 / length, fArr[i], fArr[1]); pathMeasure2.nextContour(); i6 = i4; } fArr2[i] = fArr3[i]; fArr2[1] = fArr3[1]; if (f3 <= length) { break; } i7++; i5 = i; iMin = i2; } } else { i2 = iMin; i3 = 3; } if (i7 - (arrayList2.size() / 3) > 0 && i8 != 0) { float fFloatValue4 = ((Float) AbstractC3653.m8235(i3, arrayList2)).floatValue() * length; float fMin = size / Math.min(r1, 4); while (true) { fFloatValue4 += fMin; if (fFloatValue4 >= f3) { break; } pathMeasure2.getPosTan(fFloatValue4 - ((Float) arrayList.get(i6)).floatValue(), fArr, fArr3); ᵸᵺᵜ.ᵲᵶᵳˈ(arrayList2, fFloatValue4 / length, fArr[i], fArr[1]); fMin = fMin; } } else { ᵸᵺᵜ.ᵲᵶᵳˈ(arrayList2, f3 / length, fArr[i], fArr[1]); } i8 = i; f3 += size; i4 = i6 + 1; if (i4 < arrayList.size()) { float fFloatValue32 = ((Float) arrayList.get(i4)).floatValue(); pathMeasure2.getPosTan(fFloatValue32 - ((Float) arrayList.get(i6)).floatValue(), fArr, fArr3); ᵸᵺᵜ.ᵲᵶᵳˈ(arrayList2, fFloatValue32 / length, fArr[i], fArr[1]); pathMeasure2.nextContour(); i6 = i4; } fArr2[i] = fArr3[i]; fArr2[1] = fArr3[1]; if (f3 <= length) { } } fArrM8186 = new float[arrayList2.size()]; for (int i11 = i; i11 < arrayList2.size(); i11++) { fArrM8186[i11] = ((Float) arrayList2.get(i11)).floatValue(); } } this.f11510 = fArrM8186; int length2 = fArrM8186.length / 3; int i12 = i; if (m7060(m7061(i12), 0.0f) && m7060(m7062(i12), 0.0f)) { int i13 = length2 - 1; if (m7060(m7061(i13), 1.0f) && m7060(m7062(i13), 1.0f)) { float f6 = 0.0f; float f7 = 0.0f; int i14 = i12; while (i14 < length2) { float f8 = this.f11510[i14 * 3]; float fM7061 = m7061(i14); if (f8 == f7 && fM7061 != f6) { ᵕᵩʽᵲ.ᵮᵣᵗˈ("The Path cannot have discontinuity in the X axis."); throw null; } if (fM7061 < f6) { ᵕᵩʽᵲ.ᵮᵣᵗˈ("The Path cannot loop back on itself."); throw null; } i14++; f7 = f8; f6 = fM7061; } return; } } ᵕᵩʽᵲ.ᵮᵣᵗˈ("The Path must start at (0,0) and end at (1,1)"); throw null; } /* JADX INFO: renamed from: ᵲᵶᵳˈ, reason: contains not printable characters */ public static boolean m7060(float f, float f2) { return Math.abs(f - f2) < 0.01f; } @Override // defpackage.InterfaceC5340 public final float getInterpolation(float f) { if (f <= 0.0f) { return 0.0f; } if (f >= 1.0f) { return 1.0f; } int length = (this.f11510.length / 3) - 1; int i = 0; while (length - i > 1) { int i2 = (i + length) / 2; if (f < m7061(i2)) { length = i2; } else { i = i2; } } float fM7061 = m7061(length) - m7061(i); if (fM7061 == 0.0f) { return m7062(i); } float fM70612 = (f - m7061(i)) / fM7061; float fM7062 = m7062(i); return ((m7062(length) - fM7062) * fM70612) + fM7062; } /* JADX INFO: renamed from: ʽˈˋ, reason: contains not printable characters */ public final float m7061(int i) { return this.f11510[(i * 3) + 1]; } /* JADX INFO: renamed from: ːˏᵟᵯ, reason: contains not printable characters */ public final float m7062(int i) { return this.f11510[(i * 3) + 2]; } }