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package com.facebook.react.uimanager;
import com.facebook.react.bridge.ReadableArray;
import com.facebook.react.bridge.ReadableMap;
import com.facebook.react.bridge.ReadableType;
/* JADX INFO: loaded from: classes.dex */
public class E0 {
/* JADX INFO: renamed from: a, reason: collision with root package name */
private static ThreadLocal f7240a = new a();
class a extends ThreadLocal {
a() {
}
/* JADX INFO: Access modifiers changed from: protected */
@Override // java.lang.ThreadLocal
/* JADX INFO: renamed from: a, reason: merged with bridge method [inline-methods] */
public double[] initialValue() {
return new double[16];
}
}
static /* synthetic */ class b {
/* JADX INFO: renamed from: a, reason: collision with root package name */
static final /* synthetic */ int[] f7241a;
static {
int[] iArr = new int[ReadableType.values().length];
f7241a = iArr;
try {
iArr[ReadableType.Number.ordinal()] = 1;
} catch (NoSuchFieldError unused) {
}
try {
f7241a[ReadableType.String.ordinal()] = 2;
} catch (NoSuchFieldError unused2) {
}
}
}
private static double a(ReadableMap readableMap, String str) {
double d4;
boolean z3 = true;
if (readableMap.getType(str) == ReadableType.String) {
String string = readableMap.getString(str);
if (string.endsWith("rad")) {
string = string.substring(0, string.length() - 3);
} else if (string.endsWith("deg")) {
string = string.substring(0, string.length() - 3);
z3 = false;
}
d4 = Float.parseFloat(string);
} else {
d4 = readableMap.getDouble(str);
}
return z3 ? d4 : Y.l(d4);
}
private static float[] b(float f3, float f4, ReadableArray readableArray, boolean z3) {
if (readableArray == null) {
return null;
}
if (f4 == 0.0f && f3 == 0.0f) {
return null;
}
float f5 = f3 / 2.0f;
float f6 = f4 / 2.0f;
float[] fArr = new float[3];
fArr[0] = f5;
fArr[1] = f6;
fArr[2] = 0.0f;
int i3 = 0;
while (i3 < readableArray.size() && i3 < 3) {
int i4 = b.f7241a[readableArray.getType(i3).ordinal()];
if (i4 == 1) {
fArr[i3] = (float) readableArray.getDouble(i3);
} else if (i4 == 2 && z3) {
String string = readableArray.getString(i3);
if (string.endsWith("%")) {
fArr[i3] = ((i3 == 0 ? f3 : f4) * Float.parseFloat(string.substring(0, string.length() - 1))) / 100.0f;
}
}
i3++;
}
return new float[]{(-f5) + fArr[0], (-f6) + fArr[1], fArr[2]};
}
private static double c(String str, double d4) {
try {
return str.endsWith("%") ? (Double.parseDouble(str.substring(0, str.length() - 1)) * d4) / 100.0d : Double.parseDouble(str);
} catch (NumberFormatException unused) {
Y.a.I("ReactNative", "Invalid translate value: " + str);
return 0.0d;
}
}
public static void d(ReadableArray readableArray, double[] dArr, float f3, float f4, ReadableArray readableArray2, boolean z3) {
int i3;
int i4;
int i5;
double[] dArr2 = (double[]) f7240a.get();
Y.r(dArr);
float[] fArrB = b(f3, f4, readableArray2, z3);
int i6 = 1;
if (fArrB != null) {
Y.r(dArr2);
Y.j(dArr2, fArrB[0], fArrB[1], fArrB[2]);
Y.p(dArr, dArr, dArr2);
}
int i7 = 16;
if (readableArray.size() == 16 && readableArray.getType(0) == ReadableType.Number) {
Y.r(dArr2);
for (int i8 = 0; i8 < readableArray.size(); i8++) {
dArr2[i8] = readableArray.getDouble(i8);
}
Y.p(dArr, dArr, dArr2);
} else {
int size = readableArray.size();
int i9 = 0;
while (i9 < size) {
ReadableMap map = readableArray.getMap(i9);
String strNextKey = map.keySetIterator().nextKey();
Y.r(dArr2);
if ("matrix".equals(strNextKey)) {
ReadableArray array = map.getArray(strNextKey);
for (int i10 = 0; i10 < i7; i10++) {
dArr2[i10] = array.getDouble(i10);
}
} else if ("perspective".equals(strNextKey)) {
Y.a(dArr2, map.getDouble(strNextKey));
} else if ("rotateX".equals(strNextKey)) {
Y.b(dArr2, a(map, strNextKey));
} else if ("rotateY".equals(strNextKey)) {
Y.c(dArr2, a(map, strNextKey));
} else {
if ("rotate".equals(strNextKey) || "rotateZ".equals(strNextKey)) {
i3 = i9;
i4 = i7;
i5 = size;
Y.d(dArr2, a(map, strNextKey));
} else if ("scale".equals(strNextKey)) {
double d4 = map.getDouble(strNextKey);
Y.e(dArr2, d4);
Y.f(dArr2, d4);
} else if ("scaleX".equals(strNextKey)) {
Y.e(dArr2, map.getDouble(strNextKey));
} else if ("scaleY".equals(strNextKey)) {
Y.f(dArr2, map.getDouble(strNextKey));
} else {
int i11 = size;
if ("translate".equals(strNextKey)) {
ReadableArray array2 = map.getArray(strNextKey);
ReadableType type = array2.getType(0);
ReadableType readableType = ReadableType.String;
double dC = (type == readableType && z3) ? c(array2.getString(0), f3) : array2.getDouble(0);
i3 = i9;
double dC2 = (array2.getType(i6) == readableType && z3) ? c(array2.getString(i6), f4) : array2.getDouble(i6);
i5 = i11;
i4 = 16;
Y.j(dArr2, dC, dC2, array2.size() > 2 ? array2.getDouble(2) : 0.0d);
} else {
i3 = i9;
i5 = i11;
i4 = 16;
if ("translateX".equals(strNextKey)) {
Y.i(dArr2, (map.getType(strNextKey) == ReadableType.String && z3) ? c(map.getString(strNextKey), f3) : map.getDouble(strNextKey), 0.0d);
} else if ("translateY".equals(strNextKey)) {
Y.i(dArr2, 0.0d, (map.getType(strNextKey) == ReadableType.String && z3) ? c(map.getString(strNextKey), f4) : map.getDouble(strNextKey));
} else if ("skewX".equals(strNextKey)) {
Y.g(dArr2, a(map, strNextKey));
} else if ("skewY".equals(strNextKey)) {
Y.h(dArr2, a(map, strNextKey));
} else {
Y.a.I("ReactNative", "Unsupported transform type: " + strNextKey);
}
}
}
Y.p(dArr, dArr, dArr2);
i9 = i3 + 1;
i7 = i4;
size = i5;
i6 = 1;
}
i3 = i9;
i4 = i7;
i5 = size;
Y.p(dArr, dArr, dArr2);
i9 = i3 + 1;
i7 = i4;
size = i5;
i6 = 1;
}
}
if (fArrB != null) {
Y.r(dArr2);
Y.j(dArr2, -fArrB[0], -fArrB[1], -fArrB[2]);
Y.p(dArr, dArr, dArr2);
}
}
}
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