package M; import java.io.InputStream; import java.util.ArrayList; import java.util.List; /* JADX INFO: loaded from: classes.dex */ public class i { /* JADX INFO: renamed from: a, reason: collision with root package name */ private c f1402a; /* JADX INFO: renamed from: b, reason: collision with root package name */ private List f1403b; /* JADX INFO: renamed from: c, reason: collision with root package name */ private int f1404c; /* JADX INFO: renamed from: d, reason: collision with root package name */ private f f1405d; /* JADX INFO: renamed from: e, reason: collision with root package name */ private a f1406e; /* JADX INFO: renamed from: f, reason: collision with root package name */ private int f1407f; public i(InputStream inputStream, boolean z2) { this.f1403b = new ArrayList(); j jVar = new j(inputStream, z2); this.f1402a = jVar.b(); this.f1403b = jVar.g(); this.f1404c = jVar.e(); } private void b(m mVar) throws Exception { f fVarD = d(mVar); this.f1405d = fVarD; a aVarC = c(mVar, fVarD.d()); this.f1406e = aVarC; this.f1407f = aVarC.f(this.f1405d.c(), 80, this.f1405d.f()); this.f1406e.g(this.f1405d); } private a c(m mVar, int i2) throws Exception { String str; String str2; int i3; String str3 = "\n"; String str4 = "PGSParserLog"; int iD = mVar.d(); int iC = mVar.c(); int i4 = 0; long jA = ((e) mVar.p().b().get(0)).a(); if (iD > mVar.f() || iC > mVar.b()) { throw new Exception("Subpicture too large: " + iD + "x" + iC + " at offset " + o.b(jA, 8)); } a aVar = new a(iD, iC, (byte) i2); int i5 = 16; try { try { int iA = mVar.p().a(); byte[] bArr = new byte[iA]; int iB = 0; for (e eVar : mVar.p().b()) { try { b0.o.d(str4, "parseImg begin w=" + iD + ", h=" + iC + ", bsize=" + mVar.p().a() + ", fragSize=" + eVar.b() + ", Ofs=" + jA + str3, i5); int i6 = 0; while (i6 < eVar.b()) { try { try { str = str3; str2 = str4; try { bArr[iB + i6] = (byte) this.f1402a.b(eVar.a() + ((long) i6)); i6++; str3 = str; str4 = str2; } catch (ArrayIndexOutOfBoundsException unused) { i4 = iB; b0.o.d(str2, "Problems during RLE decoding of picture OBJ at offset " + o.b(jA + ((long) i4), 8) + str, 16); return aVar; } } catch (ArrayIndexOutOfBoundsException unused2) { str = str3; str2 = str4; i4 = iB; b0.o.d(str2, "Problems during RLE decoding of picture OBJ at offset " + o.b(jA + ((long) i4), 8) + str, 16); return aVar; } } catch (Exception e2) { e = e2; throw new Exception(e.getMessage()); } } String str5 = str3; String str6 = str4; iB += eVar.b(); str3 = str5; str4 = str6; i5 = 16; } catch (ArrayIndexOutOfBoundsException unused3) { } } str = str3; str2 = str4; int i7 = 0; int i8 = 0; int i9 = 0; do { i4 = i7 + 1; try { int i10 = bArr[i7] & 255; if (i10 == 0) { int i11 = i7 + 2; try { byte b2 = bArr[i4]; int i12 = b2 & 255; if (i12 == 0) { i8 = (i8 / iD) * iD; if (i9 < iD) { i8 += iD; } i7 = i11; i9 = 0; } else { int i13 = b2 & 192; if (i13 == 64) { i7 += 3; try { i3 = ((i12 - 64) << 8) + (bArr[i11] & 255); int i14 = 0; while (i14 < i3) { aVar.e()[i8] = 0; i14++; i8++; } } catch (ArrayIndexOutOfBoundsException unused4) { i4 = i7; b0.o.d(str2, "Problems during RLE decoding of picture OBJ at offset " + o.b(jA + ((long) i4), 8) + str, 16); return aVar; } } else if (i13 == 128) { i3 = i12 - 128; i7 += 3; int i15 = bArr[i11] & 255; int i16 = 0; while (i16 < i3) { int i17 = i8 + 1; aVar.e()[i8] = (byte) i15; i16++; i8 = i17; } } else if (i13 != 0) { int i18 = i7 + 3; i3 = ((i12 - 192) << 8) + (bArr[i11] & 255); i7 += 4; int i19 = bArr[i18] & 255; int i20 = 0; while (i20 < i3) { int i21 = i8 + 1; aVar.e()[i8] = (byte) i19; i20++; i8 = i21; } } else { int i22 = 0; while (i22 < i12) { int i23 = i8 + 1; aVar.e()[i8] = 0; i22++; i8 = i23; } i9 += i12; i7 = i11; } i9 += i3; } } catch (ArrayIndexOutOfBoundsException unused5) { i4 = i11; } } else { int i24 = i8 + 1; aVar.e()[i8] = (byte) i10; i9++; i7 = i4; i8 = i24; } } catch (ArrayIndexOutOfBoundsException unused6) { } } while (i7 < iA); return aVar; } catch (ArrayIndexOutOfBoundsException unused7) { str = "\n"; str2 = "PGSParserLog"; } } catch (Exception e3) { e = e3; } } private f d(m mVar) throws Exception { List list = (List) mVar.t().get(mVar.p().d()); if (list == null) { throw new Exception("Palette ID out of bounds."); } f fVar = new f(256, false); try { boolean z2 = false; for (g gVar : list) { int iA = gVar.a(); for (int i2 = 0; i2 < gVar.b(); i2++) { int iB = this.f1402a.b(iA); int iB2 = this.f1402a.b(iA + 1); int iB3 = this.f1402a.b(iA + 2); int iB4 = this.f1402a.b(iA + 3); int iB5 = this.f1402a.b(iA + 4); if (iB5 >= fVar.b(iB)) { if (iB5 < 14) { iB3 = 128; iB2 = 16; iB4 = 128; } fVar.g(iB, iB5); } else { z2 = true; } fVar.h(iB, iB2, iB4, iB3); iA += 5; } } if (z2) { b0.o.d("PGSParserLog", "fade out detected -> patched palette\n", 16); } return fVar; } catch (Exception e2) { throw new Exception(e2.getMessage()); } } public void a(int i2) throws Exception { if (i2 < this.f1403b.size()) { b((m) this.f1403b.get(i2)); return; } throw new Exception("Index " + i2 + " out of bounds\n"); } public a e() { return this.f1406e; } public float f(int i2) { return ((m) this.f1403b.get(i2)).f() != 0 ? r2.p().f() / r2.f() : r2.p().f() / 1920.0f; } public final void finalize() { } public float g(int i2) { return ((m) this.f1403b.get(i2)).b() != 0 ? r2.p().g() / r2.b() : r2.p().g() / 1080.0f; } public List h() { return this.f1403b; } public i(byte[] bArr, boolean z2) { this.f1403b = new ArrayList(); j jVar = new j(bArr, z2); this.f1402a = jVar.b(); this.f1403b = jVar.g(); this.f1404c = jVar.e(); } }