package com.jsyn.unitgen; /* JADX INFO: loaded from: classes.dex */ public class c extends t implements w { /* JADX INFO: renamed from: c, reason: collision with root package name */ public x0.k f3227c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public x0.k f3228d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public x0.k f3229e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public x0.k f3230f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public x0.k f3231g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public x0.k f3232h; /* JADX INFO: renamed from: i, reason: collision with root package name */ public x0.k f3233i; /* JADX INFO: renamed from: k, reason: collision with root package name */ private double f3235k; /* JADX INFO: renamed from: m, reason: collision with root package name */ private double f3237m; /* JADX INFO: renamed from: n, reason: collision with root package name */ private double f3238n; /* JADX INFO: renamed from: j, reason: collision with root package name */ private b f3234j = b.IDLE; /* JADX INFO: renamed from: l, reason: collision with root package name */ private double f3236l = 1.0d; static /* synthetic */ class a { /* JADX INFO: renamed from: a, reason: collision with root package name */ static final /* synthetic */ int[] f3239a; static { int[] iArr = new int[b.values().length]; f3239a = iArr; try { iArr[b.IDLE.ordinal()] = 1; } catch (NoSuchFieldError unused) { } try { f3239a[b.DELAYING.ordinal()] = 2; } catch (NoSuchFieldError unused2) { } try { f3239a[b.ATTACKING.ordinal()] = 3; } catch (NoSuchFieldError unused3) { } try { f3239a[b.HOLDING.ordinal()] = 4; } catch (NoSuchFieldError unused4) { } try { f3239a[b.DECAYING.ordinal()] = 5; } catch (NoSuchFieldError unused5) { } try { f3239a[b.SUSTAINING.ordinal()] = 6; } catch (NoSuchFieldError unused6) { } try { f3239a[b.RELEASING.ordinal()] = 7; } catch (NoSuchFieldError unused7) { } } } enum b { IDLE, DELAYING, ATTACKING, HOLDING, DECAYING, SUSTAINING, RELEASING } public c() { x0.k kVar = new x0.k("Delay", u.FALSE); this.f3227c = kVar; addPort(kVar); this.f3227c.D(u.FALSE, u.FALSE, 2.0d); x0.k kVar2 = new x0.k("Attack", 0.1d); this.f3228d = kVar2; addPort(kVar2); this.f3228d.D(0.01d, 0.1d, 8.0d); x0.k kVar3 = new x0.k("Hold", u.FALSE); this.f3229e = kVar3; addPort(kVar3); this.f3229e.D(u.FALSE, u.FALSE, 2.0d); x0.k kVar4 = new x0.k("Decay", 0.2d); this.f3230f = kVar4; addPort(kVar4); this.f3230f.D(0.01d, 0.2d, 8.0d); x0.k kVar5 = new x0.k("Sustain", 0.5d); this.f3231g = kVar5; addPort(kVar5); this.f3231g.D(u.FALSE, 0.5d, 1.0d); x0.k kVar6 = new x0.k("Release", 0.3d); this.f3232h = kVar6; addPort(kVar6); this.f3232h.D(0.01d, 0.3d, 8.0d); x0.k kVar7 = new x0.k(u.PORT_NAME_AMPLITUDE, 1.0d); this.f3233i = kVar7; addPort(kVar7); } private void c(int i2) { double d2 = this.f3228d.l()[i2]; if (d2 < 1.0E-5d) { this.f3237m = 1.0d; f(i2); } else { this.f3238n = getFramePeriod() / d2; this.f3234j = b.ATTACKING; } } private void d(int i2) { double d2 = this.f3230f.l()[i2]; if (d2 < 1.0E-5d) { i(i2); } else { this.f3236l = getSynthesisEngine().q(d2); this.f3234j = b.DECAYING; } } private void e(int i2) { if (this.f3227c.l()[i2] <= u.FALSE) { c(i2); } else { this.f3235k = (int) (r1 * ((double) getFrameRate())); this.f3234j = b.DELAYING; } } private void f(int i2) { if (this.f3229e.l()[i2] <= u.FALSE) { d(i2); } else { this.f3235k = (int) (r1 * ((double) getFrameRate())); this.f3234j = b.HOLDING; } } private void g() { this.f3234j = b.IDLE; this.f3237m = u.FALSE; } private void h(int i2) { double d2 = this.f3232h.l()[i2]; if (d2 < 1.0E-5d) { d2 = 1.0E-5d; } this.f3236l = getSynthesisEngine().q(d2); this.f3234j = b.RELEASING; } private void i(int i2) { this.f3234j = b.SUSTAINING; } public void b(AbstractC0420b abstractC0420b, String str) { abstractC0420b.addPort(this.f3228d, str + this.f3228d.b()); abstractC0420b.addPort(this.f3230f, str + this.f3230f.b()); abstractC0420b.addPort(this.f3231g, str + this.f3231g.b()); abstractC0420b.addPort(this.f3232h, str + this.f3232h.b()); } @Override // com.jsyn.unitgen.u public void generate(int i2, int i3) { double[] dArrL = this.f3231g.l(); double[] dArrL2 = this.f3233i.l(); double[] dArrL3 = this.f3291b.l(); while (i2 < i3) { boolean zH = this.f3290a.H(i2); switch (a.f3239a[this.f3234j.ordinal()]) { case 1: while (true) { if (i2 < i3) { dArrL3[i2] = this.f3237m * dArrL2[i2]; if (zH) { e(i2); } else { i2++; } } break; } break; case 2: while (true) { if (i2 < i3) { dArrL3[i2] = this.f3237m * dArrL2[i2]; if (this.f3290a.J()) { h(i2); } else { double d2 = this.f3235k - 1.0d; this.f3235k = d2; if (d2 <= u.FALSE) { c(i2); } else { i2++; } } } break; } break; case 3: while (true) { if (i2 < i3) { double d3 = this.f3237m + this.f3238n; this.f3237m = d3; if (d3 >= 1.0d) { this.f3237m = 1.0d; dArrL3[i2] = 1.0d * dArrL2[i2]; f(i2); } else { dArrL3[i2] = d3 * dArrL2[i2]; if (this.f3290a.J()) { h(i2); } else { i2++; } } } break; } break; case 4: while (true) { if (i2 < i3) { dArrL3[i2] = dArrL2[i2]; double d4 = this.f3235k - 1.0d; this.f3235k = d4; if (d4 <= u.FALSE) { d(i2); } else if (this.f3290a.J()) { h(i2); } else { i2++; } } break; } break; case 5: while (true) { if (i2 < i3) { double d5 = this.f3237m; dArrL3[i2] = dArrL2[i2] * d5; double d6 = d5 * this.f3236l; this.f3237m = d6; if (zH) { e(i2); } else { double d7 = dArrL[i2]; if (d6 < d7) { this.f3237m = d7; i(i2); } else if (d6 < 1.5848931924611107E-5d) { this.f3290a.G(); g(); } else if (this.f3290a.J()) { h(i2); } else { i2++; } } } break; } break; case 6: while (true) { if (i2 < i3) { double d8 = dArrL[i2]; this.f3237m = d8; dArrL3[i2] = d8 * dArrL2[i2]; if (zH) { e(i2); } else if (this.f3290a.J()) { h(i2); } else { i2++; } } break; } break; case 7: while (true) { if (i2 < i3) { double d9 = this.f3237m; dArrL3[i2] = dArrL2[i2] * d9; double d10 = d9 * this.f3236l; this.f3237m = d10; if (zH) { e(i2); } else if (d10 < 1.5848931924611107E-5d) { this.f3290a.G(); g(); } else { i2++; } } break; } break; } } } }