Primer paso de la investigacion. Se aportan el .apk, las carpetas con el apk extraido y el apk descompilado. El archivo API_DOCUMENTATION.md es un archivo donde se anotaran los descubrimientos del funcionamiento de la API, y los .py son scripts para probar la funcionalidad de la API con los métodos que vayamos encontrando. Finalmente, los archivos .js son scripts de Frida para extraer informacion de la APP durante la ejecucion.
This commit is contained in:
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apk_decompiled/sources/F/a.java
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187
apk_decompiled/sources/F/a.java
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package F;
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import android.graphics.Color;
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import com.google.android.gms.maps.model.BitmapDescriptorFactory;
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import com.google.firebase.remoteconfig.FirebaseRemoteConfig;
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/* loaded from: classes.dex */
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public final class a {
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/* renamed from: a, reason: collision with root package name */
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public final float f468a;
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/* renamed from: b, reason: collision with root package name */
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public final float f469b;
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/* renamed from: c, reason: collision with root package name */
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public final float f470c;
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/* renamed from: d, reason: collision with root package name */
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public final float f471d;
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/* renamed from: e, reason: collision with root package name */
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public final float f472e;
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/* renamed from: f, reason: collision with root package name */
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public final float f473f;
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public a(float f2, float f4, float f5, float f6, float f7, float f8) {
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this.f468a = f2;
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this.f469b = f4;
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this.f470c = f5;
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this.f471d = f6;
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this.f472e = f7;
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this.f473f = f8;
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}
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public static a a(int i) {
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r rVar = r.f506k;
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float e4 = b.e(Color.red(i));
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float e5 = b.e(Color.green(i));
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float e6 = b.e(Color.blue(i));
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float[][] fArr = b.f477d;
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float[] fArr2 = fArr[0];
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float f2 = (fArr2[2] * e6) + (fArr2[1] * e5) + (fArr2[0] * e4);
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float[] fArr3 = fArr[1];
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float f4 = (fArr3[2] * e6) + (fArr3[1] * e5) + (fArr3[0] * e4);
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float[] fArr4 = fArr[2];
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float f5 = (e6 * fArr4[2]) + (e5 * fArr4[1]) + (e4 * fArr4[0]);
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float[][] fArr5 = b.f474a;
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float[] fArr6 = fArr5[0];
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float f6 = (fArr6[2] * f5) + (fArr6[1] * f4) + (fArr6[0] * f2);
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float[] fArr7 = fArr5[1];
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float f7 = (fArr7[2] * f5) + (fArr7[1] * f4) + (fArr7[0] * f2);
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float[] fArr8 = fArr5[2];
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float f8 = (f5 * fArr8[2]) + (f4 * fArr8[1]) + (f2 * fArr8[0]);
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float[] fArr9 = rVar.f513g;
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float f9 = fArr9[0] * f6;
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float f10 = fArr9[1] * f7;
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float f11 = fArr9[2] * f8;
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float abs = Math.abs(f9);
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float f12 = rVar.h;
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float pow = (float) Math.pow((abs * f12) / 100.0d, 0.42d);
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float pow2 = (float) Math.pow((Math.abs(f10) * f12) / 100.0d, 0.42d);
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float pow3 = (float) Math.pow((Math.abs(f11) * f12) / 100.0d, 0.42d);
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float signum = ((Math.signum(f9) * 400.0f) * pow) / (pow + 27.13f);
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float signum2 = ((Math.signum(f10) * 400.0f) * pow2) / (pow2 + 27.13f);
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float signum3 = ((Math.signum(f11) * 400.0f) * pow3) / (pow3 + 27.13f);
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double d4 = signum3;
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float f13 = ((float) (((signum2 * (-12.0d)) + (signum * 11.0d)) + d4)) / 11.0f;
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float f14 = ((float) ((signum + signum2) - (d4 * 2.0d))) / 9.0f;
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float f15 = signum2 * 20.0f;
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float f16 = ((21.0f * signum3) + ((signum * 20.0f) + f15)) / 20.0f;
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float f17 = (((signum * 40.0f) + f15) + signum3) / 20.0f;
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float atan2 = (((float) Math.atan2(f14, f13)) * 180.0f) / 3.1415927f;
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if (atan2 < BitmapDescriptorFactory.HUE_RED) {
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atan2 += 360.0f;
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} else if (atan2 >= 360.0f) {
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atan2 -= 360.0f;
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}
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float f18 = atan2;
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float f19 = (3.1415927f * f18) / 180.0f;
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float f20 = f17 * rVar.f508b;
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float f21 = rVar.f507a;
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float f22 = rVar.f510d;
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float pow4 = ((float) Math.pow(f20 / f21, rVar.f514j * f22)) * 100.0f;
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Math.sqrt(pow4 / 100.0f);
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float f23 = f21 + 4.0f;
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float pow5 = ((float) Math.pow(1.64d - Math.pow(0.29d, rVar.f512f), 0.73d)) * ((float) Math.pow((((((((float) (Math.cos((((((double) f18) < 20.14d ? f18 + 360.0f : f18) * 3.141592653589793d) / 180.0d) + 2.0d) + 3.8d)) * 0.25f) * 3846.1538f) * rVar.f511e) * rVar.f509c) * ((float) Math.sqrt((f14 * f14) + (f13 * f13)))) / (f16 + 0.305f), 0.9d)) * ((float) Math.sqrt(pow4 / 100.0d));
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float f24 = rVar.i * pow5;
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Math.sqrt((r3 * f22) / f23);
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float f25 = (1.7f * pow4) / ((0.007f * pow4) + 1.0f);
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float log = ((float) Math.log((f24 * 0.0228f) + 1.0f)) * 43.85965f;
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double d5 = f19;
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return new a(f18, pow5, pow4, f25, log * ((float) Math.cos(d5)), log * ((float) Math.sin(d5)));
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}
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public static a b(float f2, float f4, float f5) {
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r rVar = r.f506k;
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float f6 = rVar.f510d;
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Math.sqrt(f2 / 100.0d);
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float f7 = rVar.f507a + 4.0f;
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float f8 = rVar.i * f4;
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Math.sqrt(((f4 / ((float) Math.sqrt(r1))) * rVar.f510d) / f7);
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float f9 = (1.7f * f2) / ((0.007f * f2) + 1.0f);
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float log = ((float) Math.log((f8 * 0.0228d) + 1.0d)) * 43.85965f;
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double d4 = (3.1415927f * f5) / 180.0f;
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return new a(f5, f4, f2, f9, log * ((float) Math.cos(d4)), log * ((float) Math.sin(d4)));
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}
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public final int c(r rVar) {
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float f2;
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float f4 = this.f469b;
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double d4 = f4;
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float f5 = this.f470c;
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if (d4 != FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE) {
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double d5 = f5;
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if (d5 != FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE) {
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f2 = f4 / ((float) Math.sqrt(d5 / 100.0d));
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float pow = (float) Math.pow(f2 / Math.pow(1.64d - Math.pow(0.29d, rVar.f512f), 0.73d), 1.1111111111111112d);
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double d6 = (this.f468a * 3.1415927f) / 180.0f;
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float cos = ((float) (Math.cos(2.0d + d6) + 3.8d)) * 0.25f;
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float pow2 = rVar.f507a * ((float) Math.pow(f5 / 100.0d, (1.0d / rVar.f510d) / rVar.f514j));
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float f6 = cos * 3846.1538f * rVar.f511e * rVar.f509c;
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float f7 = pow2 / rVar.f508b;
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float sin = (float) Math.sin(d6);
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float cos2 = (float) Math.cos(d6);
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float f8 = (((0.305f + f7) * 23.0f) * pow) / (((pow * 108.0f) * sin) + (((11.0f * pow) * cos2) + (f6 * 23.0f)));
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float f9 = cos2 * f8;
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float f10 = f8 * sin;
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float f11 = f7 * 460.0f;
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float f12 = ((288.0f * f10) + ((451.0f * f9) + f11)) / 1403.0f;
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float f13 = ((f11 - (891.0f * f9)) - (261.0f * f10)) / 1403.0f;
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float f14 = ((f11 - (f9 * 220.0f)) - (f10 * 6300.0f)) / 1403.0f;
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float max = (float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f12) * 27.13d) / (400.0d - Math.abs(f12)));
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float signum = Math.signum(f12);
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float f15 = 100.0f / rVar.h;
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float pow3 = signum * f15 * ((float) Math.pow(max, 2.380952380952381d));
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float signum2 = Math.signum(f13) * f15 * ((float) Math.pow((float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f13) * 27.13d) / (400.0d - Math.abs(f13))), 2.380952380952381d));
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float signum3 = Math.signum(f14) * f15 * ((float) Math.pow((float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f14) * 27.13d) / (400.0d - Math.abs(f14))), 2.380952380952381d));
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float[] fArr = rVar.f513g;
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float f16 = pow3 / fArr[0];
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float f17 = signum2 / fArr[1];
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float f18 = signum3 / fArr[2];
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float[][] fArr2 = b.f475b;
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float[] fArr3 = fArr2[0];
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float f19 = (fArr3[2] * f18) + (fArr3[1] * f17) + (fArr3[0] * f16);
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float[] fArr4 = fArr2[1];
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float f20 = (fArr4[2] * f18) + (fArr4[1] * f17) + (fArr4[0] * f16);
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float[] fArr5 = fArr2[2];
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return G.a.a(f19, f20, (f18 * fArr5[2]) + (f17 * fArr5[1]) + (f16 * fArr5[0]));
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}
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}
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f2 = BitmapDescriptorFactory.HUE_RED;
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float pow4 = (float) Math.pow(f2 / Math.pow(1.64d - Math.pow(0.29d, rVar.f512f), 0.73d), 1.1111111111111112d);
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double d62 = (this.f468a * 3.1415927f) / 180.0f;
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float cos3 = ((float) (Math.cos(2.0d + d62) + 3.8d)) * 0.25f;
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float pow22 = rVar.f507a * ((float) Math.pow(f5 / 100.0d, (1.0d / rVar.f510d) / rVar.f514j));
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float f62 = cos3 * 3846.1538f * rVar.f511e * rVar.f509c;
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float f72 = pow22 / rVar.f508b;
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float sin2 = (float) Math.sin(d62);
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float cos22 = (float) Math.cos(d62);
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float f82 = (((0.305f + f72) * 23.0f) * pow4) / (((pow4 * 108.0f) * sin2) + (((11.0f * pow4) * cos22) + (f62 * 23.0f)));
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float f92 = cos22 * f82;
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float f102 = f82 * sin2;
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float f112 = f72 * 460.0f;
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float f122 = ((288.0f * f102) + ((451.0f * f92) + f112)) / 1403.0f;
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float f132 = ((f112 - (891.0f * f92)) - (261.0f * f102)) / 1403.0f;
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float f142 = ((f112 - (f92 * 220.0f)) - (f102 * 6300.0f)) / 1403.0f;
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float max2 = (float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f122) * 27.13d) / (400.0d - Math.abs(f122)));
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float signum4 = Math.signum(f122);
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float f152 = 100.0f / rVar.h;
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float pow32 = signum4 * f152 * ((float) Math.pow(max2, 2.380952380952381d));
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float signum22 = Math.signum(f132) * f152 * ((float) Math.pow((float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f132) * 27.13d) / (400.0d - Math.abs(f132))), 2.380952380952381d));
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float signum32 = Math.signum(f142) * f152 * ((float) Math.pow((float) Math.max(FirebaseRemoteConfig.DEFAULT_VALUE_FOR_DOUBLE, (Math.abs(f142) * 27.13d) / (400.0d - Math.abs(f142))), 2.380952380952381d));
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float[] fArr6 = rVar.f513g;
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float f162 = pow32 / fArr6[0];
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float f172 = signum22 / fArr6[1];
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float f182 = signum32 / fArr6[2];
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float[][] fArr22 = b.f475b;
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float[] fArr32 = fArr22[0];
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float f192 = (fArr32[2] * f182) + (fArr32[1] * f172) + (fArr32[0] * f162);
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float[] fArr42 = fArr22[1];
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float f202 = (fArr42[2] * f182) + (fArr42[1] * f172) + (fArr42[0] * f162);
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float[] fArr52 = fArr22[2];
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return G.a.a(f192, f202, (f182 * fArr52[2]) + (f172 * fArr52[1]) + (f162 * fArr52[0]));
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}
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}
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