engines/gig/EGADSR.cpp

/***************************************************************************
 *                                                                         *
 *   LinuxSampler - modular, streaming capable sampler                     *
 *                                                                         *
 *   Copyright (C) 2003, 2004 by Benno Senoner and Christian Schoenebeck   *
 *   Copyright (C) 2005 Christian Schoenebeck                              *
 *                                                                         *
 *   This program is free software; you can redistribute it and/or modify  *
 *   it under the terms of the GNU General Public License as published by  *
 *   the Free Software Foundation; either version 2 of the License, or     *
 *   (at your option) any later version.                                   *
 *                                                                         *
 *   This program is distributed in the hope that it will be useful,       *
 *   but WITHOUT ANY WARRANTY; without even the implied warranty of        *
 *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the         *
 *   GNU General Public License for more details.                          *
 *                                                                         *
 *   You should have received a copy of the GNU General Public License     *
 *   along with this program; if not, write to the Free Software           *
 *   Foundation, Inc., 59 Temple Place, Suite 330, Boston,                 *
 *   MA  02111-1307  USA                                                   *
 ***************************************************************************/

#include "EGADSR.h"

namespace LinuxSampler { namespace gig {

    EGADSR::EGADSR() {
        enterEndStage();
        Level = 0.0;
        CalculateFadeOutCoeff(CONFIG_EG_MIN_RELEASE_TIME, 44100.0); // even if the sample rate will be 192kHz it won't hurt at all
    }

    void EGADSR::CalculateFadeOutCoeff(float FadeOutTime, float SampleRate) {
        const float killSteps = FadeOutTime * SampleRate / CONFIG_DEFAULT_SUBFRAGMENT_SIZE;
        FadeOutCoeff = -1.0f / killSteps;
    }

    void EGADSR::update(event_t Event, uint SampleRate) {
        if (Event == event_hold_end) HoldAttack = false;

        switch (Stage) {
            case stage_attack:
                switch (Event) {
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_cancel_release:
                        enterSustainStage();
                        break;
                    case event_stage_end:
                        if (HoldAttack)
                            enterAttackHoldStage();
                        else
                            enterDecay1Part1Stage(SampleRate);
                        break;
                }
                break;
            case stage_attack_hold:
                switch (Event) {
                    case event_stage_end: {// just refresh time
                        const int intMax = (unsigned int) -1 >> 1;
                        StepsLeft = intMax; // we use the highest possible value
                        break;
                    }
                    case event_hold_end:
                        enterDecay1Part1Stage(SampleRate);
                        break;
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_cancel_release:
                        if (InfiniteSustain)
                            enterSustainStage();
                        else
                            enterDecay1Part1Stage(SampleRate);
                        break;
                }
                break;
            case stage_decay1_part1:
                switch (Event) {
                    case event_stage_end:
                        enterDecay1Part2Stage(SampleRate);
                        break;
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_cancel_release:
                        if (InfiniteSustain)
                            enterSustainStage();
                        else
                            enterDecay2Stage(SampleRate);
                        break;
                }
                break;
            case stage_decay1_part2:
                switch (Event) {
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_stage_end: // fall through
                    case event_cancel_release:
                        if (Level < CONFIG_EG_BOTTOM)
                            enterEndStage();
                        else if (InfiniteSustain)
                            enterSustainStage();
                        else
                            enterDecay2Stage(SampleRate);
                        break;
                }
                break;
            case stage_decay2:
                switch (Event) {
                    case event_stage_end:
                        enterFadeOutStage();
                        break;
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_hold_end:
                        enterDecay1Part1Stage(SampleRate);
                        break;
                }
                break;
            case stage_sustain:
                switch (Event) {
                    case event_stage_end: {// just refresh time
                        const int intMax = (unsigned int) -1 >> 1;
                        StepsLeft = intMax; // we use the highest possible value
                        break;
                    }
                    case event_release:
                        enterReleasePart1Stage();
                        break;
                    case event_hold_end:
                        enterDecay1Part1Stage(SampleRate);
                        break;
                }
                break;
            case stage_release_part1:
                switch (Event) {
                    case event_stage_end:
                        enterReleasePart2Stage();
                        break;
                    case event_cancel_release:
                        if (InfiniteSustain)
                            enterSustainStage();
                        else
                            enterDecay2Stage(SampleRate);
                        break;
                }
                break;
            case stage_release_part2:
                switch (Event) {
                    case event_stage_end:
                        enterFadeOutStage();
                        break;
                    case event_cancel_release:
                        if (InfiniteSustain)
                            enterSustainStage();
                        else
                            enterDecay2Stage(SampleRate);
                        break;
                }
                break;
            case stage_fadeout:
                switch (Event) {
                    case event_stage_end:
                        enterEndStage();
                        break;
                }
                break;
        }
    }

    void EGADSR::trigger(uint PreAttack, float AttackTime, bool HoldAttack, float Decay1Time, double Decay2Time, bool InfiniteSustain, uint SustainLevel, float ReleaseTime, float Volume, uint SampleRate) {
        this->SustainLevel     = SustainLevel / 1000.0;
        this->InfiniteSustain  = InfiniteSustain;
        this->HoldAttack       = HoldAttack;

        this->Decay1Time = Decay1Time;
        this->Decay2Time = Decay2Time;

        invVolume = 1 / Volume;
        ExpOffset = (0.25 - 1 / 3.55) * invVolume;

        // calculate release stage parameters (lin+exp curve)
        if (ReleaseTime < CONFIG_EG_MIN_RELEASE_TIME) ReleaseTime = CONFIG_EG_MIN_RELEASE_TIME;  // to avoid click sounds at the end of the sample playback
        const float ReleaseStepsLeft = (long) (ReleaseTime * SampleRate);
        ReleaseSlope  = 1.365 * (0 - 1) / ReleaseStepsLeft;
        ReleaseCoeff  = ReleaseSlope * invVolume;
        ReleaseSlope  *= 3.55;
        ReleaseCoeff2 = exp(ReleaseSlope);
        ReleaseCoeff3 = ExpOffset * (1 - ReleaseCoeff2);
        ReleaseLevel2 = 0.25 * invVolume;

        enterAttackStage(PreAttack, AttackTime, SampleRate);
    }

    void EGADSR::enterAttackStage(const uint PreAttack, const float AttackTime, const uint SampleRate) {
        Stage   = stage_attack;
        Segment = segment_lin;

        if (AttackTime >= 0.0005f) {
            // Measurements of GSt output shows that the real attack time
            // is about 65.5% of the value specified in the gig file.
            // The minimum attack value used is 0.032.
            StepsLeft = int(0.655f * RTMath::Max(AttackTime, 0.032f) * SampleRate);
            Level = (float) PreAttack / 1000.0;
            Coeff = 0.896f * (1.0f - Level) / StepsLeft; // max level is a bit lower if attack != 0
        } else { // attack is zero - immediately jump to the next stage
            Level = 1.0;
            if (HoldAttack) enterAttackHoldStage();
            else            enterDecay1Part1Stage(SampleRate);
        }
    }

    void EGADSR::enterAttackHoldStage() {
        Stage     = stage_attack_hold;
        Segment   = segment_lin;
        Coeff     = 0.0f; // don't rise anymore
        const int intMax = (unsigned int) -1 >> 1;
        StepsLeft = intMax; // we use the highest value possible (we refresh StepsLeft in update() in case)
    }

    void EGADSR::enterDecay1Part1Stage(const uint SampleRate) {
        // The decay1 and release stage both consist of two parts,
        // first a linear curve, f, followed by an exponential curve,
        // g:
        //
        // f(x + d) = f(x) + Coeff
        // g(x + d) = Coeff2 * g(x) + Coeff3
        //
        // (where d is 1/SampleRate). The transition from f to g is
        // done when f(x) has reached Level2 = 25% of full volume.
        StepsLeft = (int) (Decay1Time * SampleRate);
        if (StepsLeft && SustainLevel < 1.0 && Level > SustainLevel) {
            Stage        = stage_decay1_part1;
            Segment      = segment_lin;
            Decay1Slope  = 1.365 * (SustainLevel - 1.0) / StepsLeft;
            Coeff        = Decay1Slope * invVolume;
            Decay1Level2 = 0.25 * invVolume;
            if (Level < Decay1Level2) enterDecay1Part2Stage(SampleRate);
            else StepsLeft = int((RTMath::Max(Decay1Level2, SustainLevel) - Level) / Coeff);
        } else {
            if (InfiniteSustain) enterSustainStage();
            else                 enterDecay2Stage(SampleRate);
        }
    }

    void EGADSR::enterDecay1Part2Stage(const uint SampleRate) {
        if (SustainLevel < Decay1Level2) {
            Stage   = stage_decay1_part2;
            Segment = segment_exp;
            Decay1Slope *= 3.55;
            Coeff  = exp(Decay1Slope);
            Offset = ExpOffset * (1 - Coeff);
            StepsLeft = int(log((SustainLevel - ExpOffset) / (Level - ExpOffset)) / Decay1Slope);
        } else {
            if (InfiniteSustain) enterSustainStage();
            else                 enterDecay2Stage(SampleRate);
        }
    }

    void EGADSR::enterDecay2Stage(const uint SampleRate) {
        Stage      = stage_decay2;
        Segment    = segment_lin;
        Decay2Time = RTMath::Max(Decay2Time, CONFIG_EG_MIN_RELEASE_TIME);
        StepsLeft  = (int) (Decay2Time * SampleRate);
        Coeff      = (-1.03 / StepsLeft) * invVolume;
        //FIXME: do we really have to calculate 'StepsLeft' two times?
        StepsLeft  = int((CONFIG_EG_BOTTOM - Level) / Coeff);
        if (StepsLeft == 0) enterEndStage();
    }

    void EGADSR::enterSustainStage() {
        Stage   = stage_sustain;
        Segment = segment_lin;
        Coeff   = 0.0f; // don't change the envelope level in this stage
        const int intMax = (unsigned int) -1 >> 1;
        StepsLeft = intMax; // we use the highest value possible (we refresh StepsLeft in update() in case)
    }

    void EGADSR::enterReleasePart1Stage() {
        Stage     = stage_release_part1;
        Segment   = segment_lin;
        StepsLeft = int((ReleaseLevel2 - Level) / ReleaseCoeff);
        Coeff     = ReleaseCoeff;
    }

    void EGADSR::enterReleasePart2Stage() {
        Stage     = stage_release_part2;
        Segment   = segment_exp;
        StepsLeft = int(log((CONFIG_EG_BOTTOM - ExpOffset) / (Level - ExpOffset)) / ReleaseSlope);
        Coeff     = ReleaseCoeff2;
        Offset    = ReleaseCoeff3;
    }

    void EGADSR::enterFadeOutStage() {
        Stage     = stage_fadeout;
        Segment   = segment_lin;
        StepsLeft = int(Level / (-FadeOutCoeff));
        Coeff     = FadeOutCoeff;
        if (StepsLeft == 0) enterEndStage();
    }

    void EGADSR::enterEndStage() {
        Stage   = stage_end;
        Segment = segment_end;
        Level   = 0;
    }

}} // namespace LinuxSampler::gig
1	schoenebeck	53	/***************************************************************************
2			* *
3			* LinuxSampler - modular, streaming capable sampler *
4			* *
5	schoenebeck	56	* Copyright (C) 2003, 2004 by Benno Senoner and Christian Schoenebeck *
6	schoenebeck	554	* Copyright (C) 2005 Christian Schoenebeck *
7	schoenebeck	53	* *
8			* This program is free software; you can redistribute it and/or modify *
9			* it under the terms of the GNU General Public License as published by *
10			* the Free Software Foundation; either version 2 of the License, or *
11			* (at your option) any later version. *
12			* *
13			* This program is distributed in the hope that it will be useful, *
14			* but WITHOUT ANY WARRANTY; without even the implied warranty of *
15			* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
16			* GNU General Public License for more details. *
17			* *
18			* You should have received a copy of the GNU General Public License *
19			* along with this program; if not, write to the Free Software *
20			* Foundation, Inc., 59 Temple Place, Suite 330, Boston, *
21			* MA 02111-1307 USA *
22			***************************************************************************/
23
24			#include "EGADSR.h"
25
26			namespace LinuxSampler { namespace gig {
27
28	schoenebeck	738	EGADSR::EGADSR() {
29			enterEndStage();
30			Level = 0.0;
31			CalculateFadeOutCoeff(CONFIG_EG_MIN_RELEASE_TIME, 44100.0); // even if the sample rate will be 192kHz it won't hurt at all
32			}
33
34	schoenebeck	688	void EGADSR::CalculateFadeOutCoeff(float FadeOutTime, float SampleRate) {
35	persson	796	const float killSteps = FadeOutTime * SampleRate / CONFIG_DEFAULT_SUBFRAGMENT_SIZE;
36	schoenebeck	688	FadeOutCoeff = -1.0f / killSteps;
37	schoenebeck	239	}
38
39	persson	783	void EGADSR::update(event_t Event, uint SampleRate) {
40			if (Event == event_hold_end) HoldAttack = false;
41
42	schoenebeck	738	switch (Stage) {
43			case stage_attack:
44	persson	783	switch (Event) {
45			case event_release:
46	schoenebeck	738	enterReleasePart1Stage();
47	persson	783	break;
48			case event_cancel_release:
49	schoenebeck	738	enterSustainStage();
50	persson	783	break;
51			case event_stage_end:
52			if (HoldAttack)
53			enterAttackHoldStage();
54			else
55			enterDecay1Part1Stage(SampleRate);
56			break;
57	schoenebeck	53	}
58	schoenebeck	738	break;
59			case stage_attack_hold:
60			switch (Event) {
61	persson	783	case event_stage_end: {// just refresh time
62			const int intMax = (unsigned int) -1 >> 1;
63			StepsLeft = intMax; // we use the highest possible value
64			break;
65			}
66			case event_hold_end:
67	schoenebeck	738	enterDecay1Part1Stage(SampleRate);
68	schoenebeck	53	break;
69	schoenebeck	738	case event_release:
70			enterReleasePart1Stage();
71			break;
72			case event_cancel_release:
73			if (InfiniteSustain)
74			enterSustainStage();
75			else
76			enterDecay1Part1Stage(SampleRate);
77			break;
78	schoenebeck	53	}
79	schoenebeck	738	break;
80			case stage_decay1_part1:
81			switch (Event) {
82	persson	768	case event_stage_end:
83			enterDecay1Part2Stage(SampleRate);
84	persson	614	break;
85	schoenebeck	738	case event_release:
86			enterReleasePart1Stage();
87			break;
88			case event_cancel_release:
89			if (InfiniteSustain)
90			enterSustainStage();
91			else
92			enterDecay2Stage(SampleRate);
93			break;
94	persson	614	}
95	schoenebeck	738	break;
96			case stage_decay1_part2:
97			switch (Event) {
98			case event_release:
99			enterReleasePart1Stage();
100			break;
101			case event_stage_end: // fall through
102			case event_cancel_release:
103	persson	783	if (Level < CONFIG_EG_BOTTOM)
104			enterEndStage();
105			else if (InfiniteSustain)
106	schoenebeck	738	enterSustainStage();
107			else
108			enterDecay2Stage(SampleRate);
109			break;
110	schoenebeck	53	}
111	schoenebeck	738	break;
112			case stage_decay2:
113			switch (Event) {
114			case event_stage_end:
115			enterFadeOutStage();
116			break;
117			case event_release:
118			enterReleasePart1Stage();
119			break;
120	persson	783	case event_hold_end:
121			enterDecay1Part1Stage(SampleRate);
122			break;
123	persson	614	}
124	schoenebeck	738	break;
125			case stage_sustain:
126			switch (Event) {
127			case event_stage_end: {// just refresh time
128			const int intMax = (unsigned int) -1 >> 1;
129			StepsLeft = intMax; // we use the highest possible value
130			break;
131	schoenebeck	53	}
132	schoenebeck	738	case event_release:
133			enterReleasePart1Stage();
134			break;
135	persson	783	case event_hold_end:
136			enterDecay1Part1Stage(SampleRate);
137			break;
138	schoenebeck	53	}
139	schoenebeck	738	break;
140			case stage_release_part1:
141			switch (Event) {
142			case event_stage_end:
143			enterReleasePart2Stage();
144			break;
145			case event_cancel_release:
146			if (InfiniteSustain)
147			enterSustainStage();
148			else
149			enterDecay2Stage(SampleRate);
150			break;
151	schoenebeck	53	}
152	schoenebeck	738	break;
153			case stage_release_part2:
154			switch (Event) {
155			case event_stage_end:
156			enterFadeOutStage();
157			break;
158			case event_cancel_release:
159			if (InfiniteSustain)
160			enterSustainStage();
161			else
162			enterDecay2Stage(SampleRate);
163			break;
164	schoenebeck	53	}
165	schoenebeck	738	break;
166			case stage_fadeout:
167			switch (Event) {
168			case event_stage_end:
169			enterEndStage();
170			break;
171	persson	614	}
172	schoenebeck	738	break;
173	schoenebeck	53	}
174			}
175
176	persson	783	void EGADSR::trigger(uint PreAttack, float AttackTime, bool HoldAttack, float Decay1Time, double Decay2Time, bool InfiniteSustain, uint SustainLevel, float ReleaseTime, float Volume, uint SampleRate) {
177			this->SustainLevel = SustainLevel / 1000.0;
178	schoenebeck	53	this->InfiniteSustain = InfiniteSustain;
179			this->HoldAttack = HoldAttack;
180
181	schoenebeck	738	this->Decay1Time = Decay1Time;
182			this->Decay2Time = Decay2Time;
183	persson	614
184	schoenebeck	738	invVolume = 1 / Volume;
185			ExpOffset = (0.25 - 1 / 3.55) * invVolume;
186
187			// calculate release stage parameters (lin+exp curve)
188			if (ReleaseTime < CONFIG_EG_MIN_RELEASE_TIME) ReleaseTime = CONFIG_EG_MIN_RELEASE_TIME; // to avoid click sounds at the end of the sample playback
189			const float ReleaseStepsLeft = (long) (ReleaseTime * SampleRate);
190			ReleaseSlope = 1.365 * (0 - 1) / ReleaseStepsLeft;
191			ReleaseCoeff = ReleaseSlope * invVolume;
192			ReleaseSlope *= 3.55;
193			ReleaseCoeff2 = exp(ReleaseSlope);
194			ReleaseCoeff3 = ExpOffset * (1 - ReleaseCoeff2);
195			ReleaseLevel2 = 0.25 * invVolume;
196	persson	768
197	persson	783	enterAttackStage(PreAttack, AttackTime, SampleRate);
198	schoenebeck	738	}
199
200	persson	783	void EGADSR::enterAttackStage(const uint PreAttack, const float AttackTime, const uint SampleRate) {
201	schoenebeck	738	Stage = stage_attack;
202			Segment = segment_lin;
203	persson	797
204			if (AttackTime >= 0.0005f) {
205			// Measurements of GSt output shows that the real attack time
206			// is about 65.5% of the value specified in the gig file.
207			// The minimum attack value used is 0.032.
208			StepsLeft = int(0.655f * RTMath::Max(AttackTime, 0.032f) * SampleRate);
209	schoenebeck	738	Level = (float) PreAttack / 1000.0;
210			Coeff = 0.896f * (1.0f - Level) / StepsLeft; // max level is a bit lower if attack != 0
211	persson	797	} else { // attack is zero - immediately jump to the next stage
212	persson	768	Level = 1.0;
213	persson	783	if (HoldAttack) enterAttackHoldStage();
214	schoenebeck	738	else enterDecay1Part1Stage(SampleRate);
215	schoenebeck	53	}
216	schoenebeck	738	}
217	schoenebeck	53
218	persson	783	void EGADSR::enterAttackHoldStage() {
219	schoenebeck	738	Stage = stage_attack_hold;
220			Segment = segment_lin;
221			Coeff = 0.0f; // don't rise anymore
222	persson	783	const int intMax = (unsigned int) -1 >> 1;
223			StepsLeft = intMax; // we use the highest value possible (we refresh StepsLeft in update() in case)
224	schoenebeck	738	}
225	persson	614
226	schoenebeck	738	void EGADSR::enterDecay1Part1Stage(const uint SampleRate) {
227	persson	614	// The decay1 and release stage both consist of two parts,
228			// first a linear curve, f, followed by an exponential curve,
229			// g:
230			//
231			// f(x + d) = f(x) + Coeff
232			// g(x + d) = Coeff2 * g(x) + Coeff3
233			//
234			// (where d is 1/SampleRate). The transition from f to g is
235			// done when f(x) has reached Level2 = 25% of full volume.
236	schoenebeck	738	StepsLeft = (int) (Decay1Time * SampleRate);
237	persson	783	if (StepsLeft && SustainLevel < 1.0 && Level > SustainLevel) {
238	schoenebeck	738	Stage = stage_decay1_part1;
239			Segment = segment_lin;
240			Decay1Slope = 1.365 * (SustainLevel - 1.0) / StepsLeft;
241			Coeff = Decay1Slope * invVolume;
242	persson	614	Decay1Level2 = 0.25 * invVolume;
243	persson	768	if (Level < Decay1Level2) enterDecay1Part2Stage(SampleRate);
244			else StepsLeft = int((RTMath::Max(Decay1Level2, SustainLevel) - Level) / Coeff);
245	schoenebeck	738	} else {
246			if (InfiniteSustain) enterSustainStage();
247			else enterDecay2Stage(SampleRate);
248	persson	614	}
249	schoenebeck	738	}
250	schoenebeck	53
251	persson	768	void EGADSR::enterDecay1Part2Stage(const uint SampleRate) {
252			if (SustainLevel < Decay1Level2) {
253			Stage = stage_decay1_part2;
254			Segment = segment_exp;
255			Decay1Slope *= 3.55;
256			Coeff = exp(Decay1Slope);
257			Offset = ExpOffset * (1 - Coeff);
258			StepsLeft = int(log((SustainLevel - ExpOffset) / (Level - ExpOffset)) / Decay1Slope);
259			} else {
260			if (InfiniteSustain) enterSustainStage();
261			else enterDecay2Stage(SampleRate);
262			}
263	schoenebeck	738	}
264	schoenebeck	53
265	schoenebeck	738	void EGADSR::enterDecay2Stage(const uint SampleRate) {
266			Stage = stage_decay2;
267			Segment = segment_lin;
268			Decay2Time = RTMath::Max(Decay2Time, CONFIG_EG_MIN_RELEASE_TIME);
269			StepsLeft = (int) (Decay2Time * SampleRate);
270			Coeff = (-1.03 / StepsLeft) * invVolume;
271			//FIXME: do we really have to calculate 'StepsLeft' two times?
272			StepsLeft = int((CONFIG_EG_BOTTOM - Level) / Coeff);
273	persson	768	if (StepsLeft == 0) enterEndStage();
274	schoenebeck	738	}
275	schoenebeck	53
276	schoenebeck	738	void EGADSR::enterSustainStage() {
277			Stage = stage_sustain;
278			Segment = segment_lin;
279			Coeff = 0.0f; // don't change the envelope level in this stage
280			const int intMax = (unsigned int) -1 >> 1;
281			StepsLeft = intMax; // we use the highest value possible (we refresh StepsLeft in update() in case)
282	schoenebeck	53	}
283
284	schoenebeck	738	void EGADSR::enterReleasePart1Stage() {
285			Stage = stage_release_part1;
286			Segment = segment_lin;
287			StepsLeft = int((ReleaseLevel2 - Level) / ReleaseCoeff);
288			Coeff = ReleaseCoeff;
289			}
290
291			void EGADSR::enterReleasePart2Stage() {
292			Stage = stage_release_part2;
293			Segment = segment_exp;
294			StepsLeft = int(log((CONFIG_EG_BOTTOM - ExpOffset) / (Level - ExpOffset)) / ReleaseSlope);
295			Coeff = ReleaseCoeff2;
296			Offset = ReleaseCoeff3;
297			}
298
299			void EGADSR::enterFadeOutStage() {
300			Stage = stage_fadeout;
301			Segment = segment_lin;
302			StepsLeft = int(Level / (-FadeOutCoeff));
303			Coeff = FadeOutCoeff;
304	persson	768	if (StepsLeft == 0) enterEndStage();
305	schoenebeck	738	}
306
307			void EGADSR::enterEndStage() {
308			Stage = stage_end;
309			Segment = segment_end;
310	persson	830	Level = 0;
311	schoenebeck	738	}
312
313	schoenebeck	53	}} // namespace LinuxSampler::gig