package L; import G.R; import G.T; import G.SerializableImpl; import G.GInterfaceAi; import ax.CloneableImplInAxPackage; import ax.ExceptionInAxPackage; import ax.AxInterfaceAb; import ax.AbstractInAxPackage; import java.util.Iterator; public class ChannelTranslateByOffset extends AbstractInAxPackage { GInterfaceAi a; AxInterfaceAb b; int c = -1; AxInterfaceAb d = null; int e = -1; SerializableImpl f = null; double g = Double.NaN; public x(AxInterfaceAb paramab1, AxInterfaceAb paramab2) { this.d = paramab1; this.b = paramab2; } public x(GInterfaceAi paramaI, AxInterfaceAb paramab) { this.a = paramaI; this.b = paramab; } public double a(CloneableImplInAxPackage paramS) { double d = (this.d != null) ? this.d.b(paramS) : -1.0D; if (this.d != null && this.e != d) { String[] arrayOfString = T.a().d(); for (String str : arrayOfString) { R r = T.a().c(str); if (r.O().x() == d) { this.a = (GInterfaceAi)r; this.e = (int)d; break; } } this.c = -1; } if (this.a == null) return Double.NaN; int i = (int)this.b.b(paramS); if (this.c == -1 || i != this.c || this.f == null) { Iterator iterator = this.a.K().q(); while (iterator.hasNext()) { SerializableImpl aH1 = iterator.next(); if (aH1.b().equals("scalar") && aH1.a() == i) { this.f = aH1; this.c = i; break; } } if (this.f == null && i >= 0) throw new ExceptionInAxPackage("No OutputChannel found for offset: " + i); } return (this.f != null) ? this.f.i() : 0.0D; } public double b(CloneableImplInAxPackage paramS) { return a(paramS); } public String toString() { return "getChannelTranslateByOffset( " + this.b.toString() + " )"; } } /* Location: /home/rewrich/Downloads/TunerStudioMS/TunerStudioMS/!/L/x.class * Java compiler version: 8 (52.0) * JD-Core Version: 1.1.3 */