Body Type M true 2 2 if (<BodyTypeMON> == 1) then awet1L mode ain1 * <BodyTypeM_gain1>, <BodyTypeM_frequency1>, <BodyTypeM_resonance1> awet1R mode ain2 * <BodyTypeM_gain1>, <BodyTypeM_frequency1>, <BodyTypeM_resonance1> awet2L mode ain1 * <BodyTypeM_gain2>, <BodyTypeM_frequency2>, <BodyTypeM_resonance2> awet2R mode ain2 * <BodyTypeM_gain2>, <BodyTypeM_frequency2>, <BodyTypeM_resonance2> awet3L mode ain1 * <BodyTypeM_gain3>, <BodyTypeM_frequency3>, <BodyTypeM_resonance3> awet3R mode ain2 * <BodyTypeM_gain3>, <BodyTypeM_frequency3>, <BodyTypeM_resonance3> awet4L mode ain1 * <BodyTypeM_gain4>, <BodyTypeM_frequency4>, <BodyTypeM_resonance4> awet4R mode ain2 * <BodyTypeM_gain4>, <BodyTypeM_frequency4>, <BodyTypeM_resonance4> awet5L mode ain1 * <BodyTypeM_gain5>, <BodyTypeM_frequency5>, <BodyTypeM_resonance5> awet5R mode ain2 * <BodyTypeM_gain5>, <BodyTypeM_frequency5>, <BodyTypeM_resonance5> awetL = ((awet1L*.8) + (awet2L*1.4) + (awet3L*.7) + (awet4L*.8) + awet5L) * .2 awetR = ((awet1R*1.2) + (awet2R*.6) + (awet3R*1.3) + (awet4R*1.2) + awet5R) * .2 awetL *= <BodyTypeM_wet> awetR *= <BodyTypeM_wet> ;wet signal ain1 *= <BodyTypeM_dry> ;dry signal ain2 *= <BodyTypeM_dry> aout1 = ain1 + awetL ;dry and wet to output aout2 = ain2 + awetR else aout1 = ain1 aout2 = ain2 endif DESCRIPTION: sound is going through 5 spring-mass systems (mode opcode) and is 'reverberating' on the frequency you set. (Combined with the dry signal,) it produces a resonant body to the sound. CONTROLLERS: ON/OFF - bypass gain - gain for input signal Q - Quality of filter frequency - resonant frequency of the filter dry - direct signal wet - wet (effect) signal --- version 1.11, May 2020 - added comments on controllers version 1.1, february 2019 - set mode ringing in stereo panning version 1, december 2017 - initial version by Menno Knevel - 5 springs to 'color' the incoming sound - wet/dry mixing - comparison switch to quickly check the effect against the direct signal 5 5 DOT true 0 0 Group 0x00000033 0x000000ff 0xffffffff true 20 20 BodyTypeMON 0 0 true true true 10 10 Group 0x4d8080ff 0x000000ff 0xffffffff false 20 20 BodyTypeM_gain2 15 55 true 0.0 0.5 0.20500000000000002 30 true false gain0 false System Regular 12.0 BodyTypeM_resonance5 55 145 true 0.001 500.0 370.00025999999997 30 true false resonance5 false System Regular 12.0 BodyTypeM_wet 370 25 true 0.0 1.0 0.01 0.67 150 true false BodyTypeM_resonance1 55 25 true 0.001 500.0 220.00055999999995 30 true false resonance1 false System Regular 12.0 BodyTypeM_gain4 15 115 true 0.0 0.5 0.0 30 true false gain0 false System Regular 12.0 BodyTypeM_frequency4 90 115 true 50.0 10000.0 1 5939.0 200 true true BodyTypeM_resonance4 55 115 true 0.001 500.0 370.00025999999997 30 true false resonance4 false System Regular 12.0 BodyTypeM_resonance2 55 55 true 0.001 500.0 370.00025999999997 30 true false resonance2 false System Regular 12.0 375 10 wet System Regular 12.0 BodyTypeM_resonance3 55 85 true 0.001 500.0 370.00025999999997 30 true false resonance3 false System Regular 12.0 BodyTypeM_gain5 15 145 true 0.0 0.5 0.215 30 true false gain0 false System Regular 12.0 BodyTypeM_dry 345 25 true 0.0 0.5 0.01 0.36 150 true false 155 10 frequency System Bold 12.0 BodyTypeM_frequency2 90 55 true 50.0 10000.0 1 1370.0 200 true true BodyTypeM_frequency3 90 85 true 50.0 10000.0 1 3154.0 200 true true BodyTypeM_frequency5 90 145 true 50.0 10000.0 1 7781.0 200 true true BodyTypeM_gain3 15 85 true 0.0 0.5 0.25 30 true false gain0 false System Regular 12.0 BodyTypeM_gain1 15 25 true 0.0 0.5 0.11000000000000001 30 true false gain1 false System Regular 12.0 350 10 dry System Regular 12.0 15 10 gain System Bold 12.0 65 10 Q System Bold 12.0 BodyTypeM_frequency1 90 25 true 50.0 10000.0 1 356.0 200 true true