rs-client: Cleanup (#1087)
* rs-client: name SpriteBuffer * rs-client: (re)name spritebuffer methods * rs-client/deob: Add missed @Export's, make updatemappings fix this next time * rs-client: run intellij redundant else inspection * rs-client: invert some script interpreter if's * deob: checkstyle fixes * rs-client: SpriteBuffer_loadSprite -> SpriteBuffer_bufferFile
This commit is contained in:
Lucwousin
GitHub
@@ -152,155 +152,172 @@ public class Instrument {
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class301.clearIntArray(Instrument_samples, 0, var1);
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if (var2 < 10) {
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return Instrument_samples;
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} else {
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double var3 = (double)var1 / ((double)var2 + 0.0D);
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this.pitch.reset();
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this.volume.reset();
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int var5 = 0;
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int var6 = 0;
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int var7 = 0;
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}
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double var3 = (double)var1 / ((double)var2 + 0.0D);
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this.pitch.reset();
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this.volume.reset();
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int var5 = 0;
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int var6 = 0;
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int var7 = 0;
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if (this.pitchModifier != null) {
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this.pitchModifier.reset();
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this.pitchModifierAmplitude.reset();
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var5 = (int)((double)(this.pitchModifier.end - this.pitchModifier.start) * 32.768D / var3);
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var6 = (int)((double)this.pitchModifier.start * 32.768D / var3);
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}
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int var8 = 0;
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int var9 = 0;
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int var10 = 0;
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if (this.volumeMultiplier != null) {
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this.volumeMultiplier.reset();
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this.volumeMultiplierAmplitude.reset();
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var8 = (int)((double)(this.volumeMultiplier.end - this.volumeMultiplier.start) * 32.768D / var3);
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var9 = (int)((double)this.volumeMultiplier.start * 32.768D / var3);
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}
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int var11;
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for (var11 = 0; var11 < 5; ++var11) {
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if (this.oscillatorVolume[var11] != 0) {
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Instrument_phases[var11] = 0;
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Instrument_delays[var11] = (int)((double)this.oscillatorDelays[var11] * var3);
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Instrument_volumeSteps[var11] = (this.oscillatorVolume[var11] << 14) / 100;
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Instrument_pitchSteps[var11] = (int)((double)(this.pitch.end - this.pitch.start) * 32.768D * Math.pow(1.0057929410678534D, (double)this.oscillatorPitch[var11]) / var3);
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Instrument_pitchBaseSteps[var11] = (int)((double)this.pitch.start * 32.768D / var3);
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}
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}
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int var12;
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int var13;
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int var14;
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int var15;
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int[] var10000;
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for (var11 = 0; var11 < var1; ++var11) {
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var12 = this.pitch.doStep(var1);
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var13 = this.volume.doStep(var1);
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if (this.pitchModifier != null) {
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this.pitchModifier.reset();
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this.pitchModifierAmplitude.reset();
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var5 = (int)((double)(this.pitchModifier.end - this.pitchModifier.start) * 32.768D / var3);
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var6 = (int)((double)this.pitchModifier.start * 32.768D / var3);
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var14 = this.pitchModifier.doStep(var1);
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var15 = this.pitchModifierAmplitude.doStep(var1);
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var12 += this.evaluateWave(var7, var15, this.pitchModifier.form) >> 1;
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var7 = var7 + var6 + (var14 * var5 >> 16);
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}
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int var8 = 0;
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int var9 = 0;
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int var10 = 0;
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if (this.volumeMultiplier != null) {
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this.volumeMultiplier.reset();
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this.volumeMultiplierAmplitude.reset();
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var8 = (int)((double)(this.volumeMultiplier.end - this.volumeMultiplier.start) * 32.768D / var3);
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var9 = (int)((double)this.volumeMultiplier.start * 32.768D / var3);
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var14 = this.volumeMultiplier.doStep(var1);
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var15 = this.volumeMultiplierAmplitude.doStep(var1);
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var13 = var13 * ((this.evaluateWave(var10, var15, this.volumeMultiplier.form) >> 1) + 32768) >> 15;
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var10 = var10 + var9 + (var14 * var8 >> 16);
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}
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int var11;
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for (var11 = 0; var11 < 5; ++var11) {
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if (this.oscillatorVolume[var11] != 0) {
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Instrument_phases[var11] = 0;
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Instrument_delays[var11] = (int)((double)this.oscillatorDelays[var11] * var3);
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Instrument_volumeSteps[var11] = (this.oscillatorVolume[var11] << 14) / 100;
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Instrument_pitchSteps[var11] = (int)((double)(this.pitch.end - this.pitch.start) * 32.768D * Math.pow(1.0057929410678534D, (double)this.oscillatorPitch[var11]) / var3);
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Instrument_pitchBaseSteps[var11] = (int)((double)this.pitch.start * 32.768D / var3);
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}
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}
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int var12;
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int var13;
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int var14;
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int var15;
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int[] var10000;
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for (var11 = 0; var11 < var1; ++var11) {
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var12 = this.pitch.doStep(var1);
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var13 = this.volume.doStep(var1);
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if (this.pitchModifier != null) {
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var14 = this.pitchModifier.doStep(var1);
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var15 = this.pitchModifierAmplitude.doStep(var1);
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var12 += this.evaluateWave(var7, var15, this.pitchModifier.form) >> 1;
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var7 = var7 + var6 + (var14 * var5 >> 16);
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}
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if (this.volumeMultiplier != null) {
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var14 = this.volumeMultiplier.doStep(var1);
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var15 = this.volumeMultiplierAmplitude.doStep(var1);
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var13 = var13 * ((this.evaluateWave(var10, var15, this.volumeMultiplier.form) >> 1) + 32768) >> 15;
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var10 = var10 + var9 + (var14 * var8 >> 16);
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}
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for (var14 = 0; var14 < 5; ++var14) {
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if (this.oscillatorVolume[var14] != 0) {
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var15 = Instrument_delays[var14] + var11;
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if (var15 < var1) {
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var10000 = Instrument_samples;
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var10000[var15] += this.evaluateWave(Instrument_phases[var14], var13 * Instrument_volumeSteps[var14] >> 15, this.pitch.form);
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var10000 = Instrument_phases;
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var10000[var14] += (var12 * Instrument_pitchSteps[var14] >> 16) + Instrument_pitchBaseSteps[var14];
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}
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for (var14 = 0; var14 < 5; ++var14) {
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if (this.oscillatorVolume[var14] != 0) {
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var15 = Instrument_delays[var14] + var11;
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if (var15 < var1) {
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var10000 = Instrument_samples;
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var10000[var15] += this.evaluateWave(Instrument_phases[var14], var13 * Instrument_volumeSteps[var14] >> 15, this.pitch.form);
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var10000 = Instrument_phases;
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var10000[var14] += (var12 * Instrument_pitchSteps[var14] >> 16) + Instrument_pitchBaseSteps[var14];
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}
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}
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}
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}
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int var16;
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if (this.release != null) {
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this.release.reset();
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this.attack.reset();
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var11 = 0;
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boolean var19 = false;
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boolean var20 = true;
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int var16;
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if (this.release != null) {
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this.release.reset();
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this.attack.reset();
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var11 = 0;
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boolean var19 = false;
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boolean var20 = true;
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for (var14 = 0; var14 < var1; ++var14) {
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var15 = this.release.doStep(var1);
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var16 = this.attack.doStep(var1);
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if (var20) {
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var12 = (var15 * (this.release.end - this.release.start) >> 8) + this.release.start;
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} else {
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var12 = (var16 * (this.release.end - this.release.start) >> 8) + this.release.start;
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}
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for (var14 = 0; var14 < var1; ++var14) {
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var15 = this.release.doStep(var1);
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var16 = this.attack.doStep(var1);
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if (var20) {
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var12 = (var15 * (this.release.end - this.release.start) >> 8) + this.release.start;
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} else {
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var12 = (var16 * (this.release.end - this.release.start) >> 8) + this.release.start;
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}
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var11 += 256;
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if (var11 >= var12) {
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var11 = 0;
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var20 = !var20;
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}
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var11 += 256;
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if (var11 >= var12) {
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var11 = 0;
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var20 = !var20;
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}
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if (var20) {
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Instrument_samples[var14] = 0;
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}
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if (var20) {
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Instrument_samples[var14] = 0;
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}
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}
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}
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if (this.delayTime > 0 && this.delayDecay > 0) {
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var11 = (int)((double)this.delayTime * var3);
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if (this.delayTime > 0 && this.delayDecay > 0) {
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var11 = (int)((double)this.delayTime * var3);
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for (var12 = var11; var12 < var1; ++var12) {
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var10000 = Instrument_samples;
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var10000[var12] += Instrument_samples[var12 - var11] * this.delayDecay / 100;
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}
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for (var12 = var11; var12 < var1; ++var12) {
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var10000 = Instrument_samples;
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var10000[var12] += Instrument_samples[var12 - var11] * this.delayDecay / 100;
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}
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}
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if (this.filter.pairs[0] > 0 || this.filter.pairs[1] > 0) {
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this.filterEnvelope.reset();
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var11 = this.filterEnvelope.doStep(var1 + 1);
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var12 = this.filter.compute(0, (float)var11 / 65536.0F);
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var13 = this.filter.compute(1, (float)var11 / 65536.0F);
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if (var1 >= var12 + var13) {
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var14 = 0;
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var15 = var13;
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if (var13 > var1 - var12) {
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if (this.filter.pairs[0] > 0 || this.filter.pairs[1] > 0) {
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this.filterEnvelope.reset();
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var11 = this.filterEnvelope.doStep(var1 + 1);
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var12 = this.filter.compute(0, (float)var11 / 65536.0F);
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var13 = this.filter.compute(1, (float)var11 / 65536.0F);
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if (var1 >= var12 + var13) {
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var14 = 0;
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var15 = var13;
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if (var13 > var1 - var12) {
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var15 = var1 - var12;
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}
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int var17;
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while (var14 < var15) {
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var16 = (int)((long)Instrument_samples[var14 + var12] * (long)AudioFilter.forwardMultiplier >> 16);
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for (var17 = 0; var17 < var12; ++var17) {
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var16 += (int)((long)Instrument_samples[var14 + var12 - 1 - var17] * (long)AudioFilter.coefficients[0][var17] >> 16);
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}
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for (var17 = 0; var17 < var14; ++var17) {
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var16 -= (int)((long)Instrument_samples[var14 - 1 - var17] * (long)AudioFilter.coefficients[1][var17] >> 16);
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}
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Instrument_samples[var14] = var16;
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var11 = this.filterEnvelope.doStep(var1 + 1);
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++var14;
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}
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var15 = 128;
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while (true) {
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if (var15 > var1 - var12) {
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var15 = var1 - var12;
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}
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int var17;
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int var18;
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while (var14 < var15) {
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var16 = (int)((long)Instrument_samples[var14 + var12] * (long)AudioFilter.forwardMultiplier >> 16);
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var17 = (int)((long)Instrument_samples[var14 + var12] * (long)AudioFilter.forwardMultiplier >> 16);
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for (var17 = 0; var17 < var12; ++var17) {
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var16 += (int)((long)Instrument_samples[var14 + var12 - 1 - var17] * (long)AudioFilter.coefficients[0][var17] >> 16);
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for (var18 = 0; var18 < var12; ++var18) {
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var17 += (int)((long)Instrument_samples[var14 + var12 - 1 - var18] * (long)AudioFilter.coefficients[0][var18] >> 16);
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}
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for (var17 = 0; var17 < var14; ++var17) {
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var16 -= (int)((long)Instrument_samples[var14 - 1 - var17] * (long)AudioFilter.coefficients[1][var17] >> 16);
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for (var18 = 0; var18 < var13; ++var18) {
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var17 -= (int)((long)Instrument_samples[var14 - 1 - var18] * (long)AudioFilter.coefficients[1][var18] >> 16);
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}
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Instrument_samples[var14] = var16;
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Instrument_samples[var14] = var17;
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var11 = this.filterEnvelope.doStep(var1 + 1);
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++var14;
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}
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var15 = 128;
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if (var14 >= var1 - var12) {
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while (var14 < var1) {
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var17 = 0;
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while (true) {
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if (var15 > var1 - var12) {
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var15 = var1 - var12;
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}
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int var18;
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while (var14 < var15) {
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var17 = (int)((long)Instrument_samples[var14 + var12] * (long)AudioFilter.forwardMultiplier >> 16);
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for (var18 = 0; var18 < var12; ++var18) {
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for (var18 = var14 + var12 - var1; var18 < var12; ++var18) {
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var17 += (int)((long)Instrument_samples[var14 + var12 - 1 - var18] * (long)AudioFilter.coefficients[0][var18] >> 16);
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}
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@@ -309,48 +326,30 @@ public class Instrument {
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}
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Instrument_samples[var14] = var17;
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var11 = this.filterEnvelope.doStep(var1 + 1);
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this.filterEnvelope.doStep(var1 + 1);
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++var14;
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}
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if (var14 >= var1 - var12) {
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while (var14 < var1) {
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var17 = 0;
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for (var18 = var14 + var12 - var1; var18 < var12; ++var18) {
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var17 += (int)((long)Instrument_samples[var14 + var12 - 1 - var18] * (long)AudioFilter.coefficients[0][var18] >> 16);
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}
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for (var18 = 0; var18 < var13; ++var18) {
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var17 -= (int)((long)Instrument_samples[var14 - 1 - var18] * (long)AudioFilter.coefficients[1][var18] >> 16);
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}
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Instrument_samples[var14] = var17;
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this.filterEnvelope.doStep(var1 + 1);
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++var14;
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}
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break;
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}
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var12 = this.filter.compute(0, (float)var11 / 65536.0F);
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var13 = this.filter.compute(1, (float)var11 / 65536.0F);
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var15 += 128;
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break;
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}
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var12 = this.filter.compute(0, (float)var11 / 65536.0F);
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var13 = this.filter.compute(1, (float)var11 / 65536.0F);
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var15 += 128;
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}
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}
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for (var11 = 0; var11 < var1; ++var11) {
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if (Instrument_samples[var11] < -32768) {
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Instrument_samples[var11] = -32768;
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}
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if (Instrument_samples[var11] > 32767) {
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Instrument_samples[var11] = 32767;
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}
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}
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return Instrument_samples;
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}
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for (var11 = 0; var11 < var1; ++var11) {
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if (Instrument_samples[var11] < -32768) {
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Instrument_samples[var11] = -32768;
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}
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if (Instrument_samples[var11] > 32767) {
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Instrument_samples[var11] = 32767;
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}
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}
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return Instrument_samples;
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}
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@ObfuscatedName("w")
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@@ -358,13 +357,14 @@ public class Instrument {
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final int evaluateWave(int var1, int var2, int var3) {
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if (var3 == 1) {
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return (var1 & 32767) < 16384 ? var2 : -var2;
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} else if (var3 == 2) {
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return Instrument_sine[var1 & 32767] * var2 >> 14;
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} else if (var3 == 3) {
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return (var2 * (var1 & 32767) >> 14) - var2;
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} else {
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return var3 == 4 ? var2 * Instrument_noise[var1 / 2607 & 32767] : 0;
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}
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if (var3 == 2) {
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return Instrument_sine[var1 & 32767] * var2 >> 14;
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}
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if (var3 == 3) {
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return (var2 * (var1 & 32767) >> 14) - var2;
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}
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return var3 == 4 ? var2 * Instrument_noise[var1 / 2607 & 32767] : 0;
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}
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@ObfuscatedName("e")
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