:[ KEnsemblee!EnsembleDYBPC:\Program Files\Native Instruments\ppx_wavs\new_big_wavs\poopstik\popsdork4.wavZrr2%dZrr2Zrr2Zrr2Zrr2Zrr2Zrr2Zrr2Zrr2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2ZMkM2][KSModule!Module ?@ ?? wfwf 2,d Modulmandal to,Output for the XX@Po40l`@``xxU  |?xbc8dd@EnsemblefSteamPipe Martijn Zwartjes 2002 (matz@xs4all.nl) Presets: Martijn Zwartjes Paul Swennenhuissxp,LLL F000dBank 1@BL=??][KSModule!LL][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort][KOutPort ][KOutPort ][KOutPort ][KOutPort ][KOutPort ][KOutPort][KOutPort][KSModule!,(,(][KInPort][KInPort][KInPortF][KInPortF][KInPortF][KInPortF][KInPortF][KInPortF][KInPortV][KInPort V][KInPort V][KInPort V][KInPort V][KInPort V][KInPortV][KInPortV][KSModule! ?@ ?? (` <n <n   c /|? by the (Val) int Val is sampled dGAAAAAAAAAAAAAAAAAAAAAAAALL)AAAA -0AAAAAAAAAA))䫬++A (Thld) sets the@ SteamPipefSteamPipe Martijn Zwartjes 2002 (matz@xs4all.nl) Presets: Martijn Zwartjes Paul SwennenhuisWa]p,LLL F00066Bank 1,FluteL=PanL=The PipeL= SoloPhoneL=HarmonixL=GuitarL= StringThingL=BellL= SteamPipeL= Bowed BellL= SteamGhostL=BongL= Pipe Organ 1L= Pipe Organ 2L=Flute 2L=Acc BassL=HarpL=Ethnic IL= NoiseFluteL=TriL= Ethnic IIL= SortofBassL= WaterdrumL= MuteGuitarL=MuteBassL=Glass?L= GlockenspielL=GlassWoodTemplateL= Far far awayL= Ethnic IIIL=BanjoL=ShangHaiL=Cello (use low registers)L= Distant BrassL=FagotL= Bariton SaxL=SaxL=RoughL= MiddleAgesL=RondoL=SomeDrumL=TibetL=TimpaniL=MW CryL=@BL=??')')))][KOutPortLOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortROutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!][KInPort][KOutPort][KSModule! S6S6 0 -@SteamSteam generator][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! OO<9@EnvEnvelope][KOutPort5Envelope audio output Typ. output range: [ 0 ... 1 ]][KSModule!DDd,d,][KInPort][KInPort][KInPort][KInPort][KInPort][KOutPort][KSModule!?,>>% >>>>>n7?WU?>>>B=y>>% >>Z>% > >a>>5>5>w>>>>?B'hh )9[[ )9[[ AttAttack Time Sets the attack time of an ADSR envelope triggered by MIDI gate events and used to short initial steam signal; logarithmic control.'][KOutPort][KSModule!?,Z>Z>Z>Z>Z>Z>>Z>Z>E?A?Z>Z>Z>Z>Z> >Z>J%?y>g>G>q>>>%>R>i>Z>Z>>5 ?>>g>>>Z>- ??W>Z>Z>?B'xx (Q9[[ (Q9[[DecDecay Time Sets the decay time of an ADSR envelope triggered by MIDI gate events and used to short initial steam signal; logarithmic control.' ][KOutPort][KSModule!?,g?g?g?6M?6M??g?}>?}>?e?e?B!==?R)???e???7M?{Gz??'xx Py9[[ Py9[[Sus~Sustain Level Sets the sustain level of an ADSR envelope triggered by MIDI gate events and used to short initial steam signal.' ][KOutPort][KSModule!?,Z>Z>Z>Z>Z>>>>Z>>A?>Z>Z>Z>>>>>gY>gY>'>W>>>>7>>>>>b=z>z>>e2?y>>- ?>W>Z>>?B' x9[[ x9[[RelRelease Time Sets the release time of an ADSR envelope triggered by MIDI gate events and used to short initial steam signal; logarithmic control.' ][KOutPort][KSModule!|h|h5Envelope audio output Typ. output range: [ 0 ... 1 ] ][KInPortF][KSModule!hDhD w]hw]h@ Kyb-Scaling Universal keyboard scaling macro ][KInPort @PInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@KSInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @AAttack in terminal][KInPort @DDecay 1 in terminal][KInPortD2Release in terminal][KInPort@RRelease in terminal][KOutPortAA out terminal][KOutPortDDecay 1 out terminal][KOutPortD2Release out terminal][KOutPortRRelease out terminal][KSModule!ot,t,][KInPortP'][KInPortQ'][KOutPort][KSModule!$$P][KOutPort][KSModule!$<$<KS][KOutPort][KSModule!TTAA out terminal][KInPort ][KSModule!DDecay 1 out terminal][KInPort ][KSModule!D2Release out terminal][KInPort ][KSModule!$\$\AAttack in terminal][KOutPort][KSModule!$$DDecay 1 in terminal][KOutPort][KSModule!$$D2Release in terminal][KOutPort][KSModule!nLL][KInPort'][KInPort'][KOutPort][KSModule!n][KInPort'][KInPort'][KOutPort][KSModule!n][KInPort'F][KInPort'F][KOutPort][KSModule!RRelease out terminal][KInPort][KSModule!$$RRelease in terminal][KOutPort][KSModule!n][KInPort'][KInPort' ][KOutPort][KSModule!d?@ ?p?-60][KOutPort][KSModule!nLL][KInPort'][KInPort'][KOutPort][KSModule!,,][KInPort][KOutPort][KSModule! hh ==@Vel AmtVelocity amount The incomming gate signal is processed and a certain amount of the velocity information is passed to the output. ][KInPort@GGate][KInPort@VTInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortGGate out terminal][KSModule!0t0t!][KInPortF][KInPortY][KOutPort][KOutPort][KSModule!GGate"][KOutPort][KSModule!d?@ ???#][KOutPort][KSModule!GGate out terminal$][KInPortF][KSModule!dLdL%][KInPortu][KInPort][KOutPort][KSModule!<<&][KInPort][KOutPort][KOutPort][KOutPort][KSModule!   ' '@XFade'][KInPort@XInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @0Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@1Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!tt(][KInPort F][KSModule!nhh)][KInPort' ][KInPort'][KOutPort][KSModule!d?@ ???$$*][KOutPort][KSModule!p@@+][KInPort ][KOutPort][KSModule!  X,][KOutPort][KSModule!PP0-][KOutPort][KSModule!1.][KOutPort][KSModule!o@@/][KInPortP'][KInPortQ'][KOutPort][KSModule!ohtht0][KInPortP'][KInPortQ'][KOutPort][KSModule!nll1][KInPort'][KInPort'][KOutPort][KSModule!HH2][KInPort][KOutPort][KSModule!  VT3][KOutPort][KSModule!n4][KInPort' ][KInPort'][KOutPort][KSModule!5][KInPort'][KInPort'][KOutPort][KSModule!6][KInPort][KOutPort][KSModule!4 ?@ ??  7][KOutPort][KSModule! ?,R>R>V+?A??n7?n7?R>R>V+?$ ?% ?V+??G>>>?5 ?>?% ??/K?V+???% >% >% >{Gz??' 9[[ 9[[VelrVelocity Amount Sets the amount to which the incoming MIDI velocity information is passed on to the ADSR envelope.'8][KOutPort][KSModule! ?,?????>>>?>?>???>g>>p= [z?r'XX 9[[ 9[[ ScalingKeyboard Scaling Amount Controls the amount of scaling applied to the envelope times by the incoming MIDI pitch information.. Turn to the left for no keyboard scaling, to the right for shorter envelope times on high notes.'9][KOutPort][KSModule!2 ?@ ?BHH:][KOutPort][KSModule!<h<h;][KInPort][KOutPort][KSModule!<x<x<][KInPort][KOutPort][KSModule!xx=][KInPort][KOutPort][KSModule!<<>][KInPort][KOutPort][KSModule!<<?][KInPort ][KOutPort][KSModule!<X<X@][KInPort ][KOutPort][KSModule!A][KInPortF][KSModule!hh 11< 9@GenB][KInPort@AInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! ?,V+??Z>>>?.K??^/??_W??Z-?Z-?R)??>O?v;???/K????????7M??O?e2>>- ?% ?f3??_W?q???{Gz??'\\ 99[[ 99[[ DC / NoiseImpulse Source Crossfades between the DC component at the left and the filtered noise, controlled in this section, at the right. The mixed signal is used as steam input of the resonating pipe. 'C][KOutPort][KSModule!`` __@KeyTrackD][KInPortDP][KInPortDKT][KOutPortP][KSModule!PE][KInPort][KSModule!o$$F][KInPortP'][KInPortQ'][KOutPort][KSModule!nG][KInPort'][KInPort'][KOutPort][KSModule!PH][KOutPort][KSModule!2?@ ?pB4444I][KOutPort][KSModule!$$KTJ][KOutPort][KSModule!?,V+?GQ?_W?u:?u:??r9?A?k?J>?k? ?].?N'?N'?>?n7?r9?z=?n7?E?r9?k?k???o[???r9?>= >m6?b1?A??O?V+?V+?z=?u:???B'   8a9[[ 8a9[[Cut;Noise Cutoff Sets the cutoff frequency of the noise signal.'K][KOutPort][KSModule!?,R)>R>B!>B!>B!>B!>B!>B!>R)>B!>R)>B!>4>4>B!>B!>N'?N'?B!>B!>N'?N'?N'?B!>B!>B!>B!>B!>B!>B!>B!>B!>B!>N'?B!>B!>B!>B!>B!>B!>N'?N'?N'?B!>B!>{Gz?@ ' 9[[ 9[[K-TrackCutoff Key Tracking Controls the amount of key tracking applied to the filter's cutoff frequency. Turn to the right for higher cutoff frequencies at high MIDI pitches.'L][KOutPort][KSModule!tltlAM][KOutPort][KSModule!plplN][KInPort F][KSModule!00 *b*b@VelTrackO][KInPortDP][KInPortDVT][KOutPortP][KSModule!PP][KInPortF][KSModule!oQ][KInPortP'][KInPortQ'][KOutPort][KSModule!PR][KOutPort][KSModule!VTS][KOutPort][KSModule!7?@ ??<<T][KOutPort][KSModule!d?@ ???$,$,U][KOutPort][KSModule! ll  O+ O+@XFadeV][KInPort@XInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@0Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@1Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!ttW][KInPort F][KSModule!nhhX][KInPort' ][KInPort'][KOutPort][KSModule!d?@ ???$$Y][KOutPort][KSModule!p@@Z][KInPort ][KOutPort][KSModule!  X[][KOutPort][KSModule!PP0\][KOutPort][KSModule!1]][KOutPort][KSModule!o@@^][KInPortP'][KInPortQ'][KOutPort][KSModule!ohtht_][KInPortP'][KInPortQ'][KOutPort][KSModule!nll`][KInPort'][KInPort'][KOutPort][KSModule!HHa][KInPort][KOutPort][KSModule!H,H,b][KInPort][KOutPort][KSModule!?,u:>R>B!>B!>B!>o[?4>o[?r>o[?r>o[?u:>u:>B!>G>>>B!>>U*??j>>>w>_W?j>w]??].? ?5>i>b1?B!>q>q>o[????B!>o[?{Gz?? 'pDpD 9[[ 9[[V-TrackCutoff Velocity Tracking Controls the amount of velocity tracking applied to the filter's cutoff frequency. Turn to the right for higher cutoff frequencies at high MIDI velocities.'c][KOutPort][KSModule!?,Z>B!>B!>R>B!>?R>^/?=R>R>{Gz?? ' `9[[ `9[[ReszNoise Filter Resonance Sets the resonance of the filter applied to the noise signal. It is only active if <1-pole> is off.'d][KOutPort][KSModule!?,?????????????????????????????????????????????@ ?? '001-poleFilter Damping Amount If on, a 1-pole filter is used with 12 dB damping / octave. If off, a 2-pole filter with 24 dB / octave is applied. )e][KInPort d1 P][KInPort D2 P][KOutPort][KSModule!f][KInPort][KOutPort][KSModule!,4|4|hhd4hhd4g][KInPort'F][KInPort F][KOutPort][KOutPort][KSModule!/44\l\ld4\l\ld4h][KInPort9][KInPort:][KInPort ][KOutPort][KOutPort][KOutPort][KSModule! X Xi][KInPort][KInPort][KInPort ][KOutPort][KSModule!\\j][KInPort][KOutPort][KSModule!, , k][KInPort][KOutPort][KSModule!,,l][KInPort][KOutPort][KSModule!DDm][KInPort][KOutPort][KSModule!n][KInPort][KOutPort][KSModule!hh C GC Gwt@PipePipe resonatoro][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! p][KOutPort][KSModule!ddq][KInPort F][KSModule!$$ ^^<9@Del Tune Delay tuningr][KOutPortDlyOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! I1I1@P2Ds][KInPort @PInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortDOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!  Pt][KOutPort][KSModule!Du][KInPortF][KSModule!u00v][KInPorte][KOutPort][KSModule!rhhw][KInPort][KInPort][KOutPort][KSModule!d?@ ?zD?$$1000x][KOutPort][KSModule!HHy][KInPort][KOutPort][KSModule!@0@0Dlyz][KInPortF][KSModule!2?@ ?B{][KOutPort][KSModule!3?@ ?@|][KOutPort][KSModule!?, ?}>? ?u:?????<??V+?f3? ?m6?m6?6>?7>M&??m6?>r9?? ?m6?e2?a?? ??- ??? ???????% ?E? ???ppB '(( )9[[ )9[[Tune(Pipe Tuning Adjusts the tuning correction of the pipe. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. Use the section to produce a reference signal for tuning; this knob can be used for large scale corrections.'}][KOutPort][KSModule!?,>>?m6???$ ?>>$>V+??GQ>F#?j5?m6?>>].?e2?>?'>>j>?>>E"?/K?- ?e2?m6?w>f3?w>M&?>?E"?5 ?A?>'>?{Gz??'88 (Q9[[ (Q9[[Fine&Pipe Fine Tuning Adjusts the tuning correction of the pipe. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. Use the section to produce a reference signal for tuning; this knob can be used for fine corrections.'~][KOutPort][KSModule!nhh][KInPort'][KInPort'][KInPort'][KInPort'][KOutPort][KSModule!n((][KInPort'][KInPort'][KOutPort][KSModule!?,u:>$>%>=y>GQ>G=?J>m6?>u:>j>$>>=a=> ?gY>j>J>e2>r9>%>R>%>5>7>%>e2>>>e2>gY>'I> >gY>gY>q>>q>w>GQ>?'|| Py9[[ Py9[[SREC]Sampling Rate Error Correction Adjusts the tuning correction of the pipe. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. Use the section to produce a reference signal for tuning; this knob can be used to compensate Reaktor's sampling rate influence on the tuning.'][KOutPort][KSModule!9?,>r>e2>4 ?>@ ??\'\\\'][KOutPort][KSModule!oh\h\][KInPortP'][KInPortQ'][KOutPort][KSModule!?,7M?g?G?g?N'?>>>6M? ?6M??6M?~??.K?>5 ?G>G>b1?>??r9??>> ?J>>>U*?? ?w]?>?@]'ll x9[[ x9[[MWModulation Wheel Tracking Sets the amount of pitch modification by the MIDI modulation wheel. This simulates pitch changes of pipes that get blown softer or harder. Refer also to the section.]'][KOutPort][KSModule!n ][KInPort'][KInPort' ][KOutPort][KSModule!LL][KOutPort][KOutPort][KOutPort][KOutPort][KSModule!q][KInPort][KOutPort][KSModule!o||][KInPortP'][KInPortQ'][KInPortR'][KOutPort][KSModule!d?@ ?zD?1000][KOutPort][KSModule!,,][KInPort][KOutPort][KSModule!<(<(][KInPort][KOutPort][KSModule!<8<8][KInPort][KOutPort][KSModule!||][KInPort][KOutPort][KSModule!,\,\][KInPort ][KOutPort][KSModule!<l<l][KInPort ][KOutPort][KSModule!pp][KInPort ][KOutPort][KSModule!][KInPort][KOutPort][KSModule! ?,????????????????????????????@ ??Y',, \4u \4uPolarityPolarity Switches the polarity of the pipe, simulating different modes of real pipes. Technically speaking, this value determines wether a phase inversion will be applied to the reverberating signal within the pipe. Refer also to the section.Y'][KOutPort][KSModule! oSoSl<l 9 Allpass TuneAllpass tuning][KOutPortDlyOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! I1I1P2D][KInPort @PInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortDOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!  P][KOutPort][KSModule!D][KInPortF][KSModule!u00][KInPorteF][KOutPort][KSModule!rhh][KInPortF][KInPortF][KOutPort][KSModule!d!?@ ?zD?$$1000][KOutPort][KSModule!@0@0Dly][KInPortF][KSModule!2"?@ ?B][KOutPort][KSModule!3#?@ ?@][KOutPort][KSModule!$?,???????W>B!?>>O?V+????6>??=???> ??j>?% ?v;?A?% ??>??OS?G??b>??^/? ?>w>??ppB'(( )9[[ )9[[TunePipe Tuning Adjusts the tuning correction of the additional allpass filter / delay. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. If the allpass filter / delay is switched off in the section, this control shows no effect. Use the section to produce a reference signal for tuning; this knob can be used for large scale corrections.'][KOutPort][KSModule!%?,???????F#?>>gY?????m6???>??^/?M&??G>?W>a>U*>~??'>?>?>b> ???Z> ?f3? ?w>?{Gz??'88 (Q9[[ (Q9[[FinePipe Tuning Adjusts the tuning correction of the additional allpass filter / delay. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. If the allpass filter / delay is switched off in the section, this control shows no effect. Use the section to produce a reference signal for tuning; this knob can be used for fine corrections.'][KOutPort][KSModule!nhh][KInPort'F][KInPort'F][KInPort'F][KInPort'F][KOutPort][KSModule!n((][KInPort'F][KInPort'F][KOutPort][KSModule!&?,?J>m6?6>u:>=?j>q>i>J>q>>r>%>e2>5>r9>B!>a>y>GQ>q>b1>% ?% ??'|| Py9[[ Py9[[SRECSampling Rate Error Correction Adjusts the tuning correction of the pipe. This correction becomes necessary as there are certain problems in the implementation of the physical modell of the pipe which is mainly based on a delay / feedback unit. Its delay time adjusts the pitch of the sound; however, additional signal modification processes within this unit and Reaktor's sampling rate interfere with this delay time, resulting in detuning of the sound. If the allpass filter / delay is switched off in the section, this control shows no effect. Use the section to produce a reference signal for tuning; this knob can be used to compensate Reaktor's sampling rate influence on the tuning.'][KOutPort][KSModule!9'?,4 ?@ ??'\\'][KOutPort][KSModule!oh\h\][KInPortP' F][KInPortQ'F][KOutPort][KSModule!(?, ??? ? ? ? ?>?? ?e2> ? ?? ? ? ?? ? ? ? ????>5 ?? ?>>>U*?? ? ??@'ll x9[[ x9[[MW2Modulation Wheel Tracking Sets the amount of pitch modification by the MIDI modulation wheel. This simulates pitch changes of pipes that get blown softer or harder. If the allpass filter / delay is switched off in the section, this control shows no effect. Refer also to the section. '][KOutPort][KSModule!n ][KInPort'F][KInPort' F][KOutPort][KSModule!LL][KOutPort][KOutPort][KOutPort][KOutPort][KSModule!q][KInPort F][KOutPort][KSModule!o||][KInPortP'F][KInPortQ'F][KInPortR'F][KOutPort][KSModule!d)?@ ?zD?1000][KOutPort][KSModule!<(<(][KInPortF][KOutPort][KSModule!<8<8][KInPortF][KOutPort][KSModule!||][KInPortF][KOutPort][KSModule!<l<l][KInPort F][KOutPort][KSModule!  wwTTTQ@ Push-Pull Interaction][KInPort@AInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @BInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @PolInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule! A][KOutPort][KSModule!00B][KOutPort][KSModule!*?,j5?z=?q?&I?N'???????WU?>O?>O?j5??o[?_W?j5?G='I>?e?G=?WU?=c?A=???o[??W>^/?>e??U*??m??{Gz??4(<< )9[[ )9[[OffsetDC Offset Sets the offset which is added to the reverberating steam signal. Unlike the section wich is simulating the pipe itself, this section controls the air and its oscillation within the pipe. Thus, this value influences a lot the amplitude interference between the new incoming steam and the reverberating steam inside the pipe. Note the connection with the button and try different values ...4(][KOutPort][KSModule! ][KInPort F][KSModule!+?,'I?&I?z=??>Z>A?R)>c?c?4 ?A>m6?B!?e2??B!??B!??w]?J>w]?E"?Z>m6?J>~??U*?Z> ???y>{Gz?@5( (Q9[[ (Q9[[PushReverberating Steam Amount Sets the amount of reverberating steam. Unlike the section wich is simulating the pipe itself, this section controls the air and its oscillation within the pipe.5(][KOutPort][KSModule!0L0LPol][KOutPort][KSModule!oX<X<][KInPortP' ][KInPortQ'][KOutPort][KSModule!oXX][KInPort][KInPort ][KOutPort][KSModule!n ][KInPort][KInPort][KOutPort][KSModule!o][KInPort][KInPort][KOutPort][KSModule!,<,<][KInPort][KOutPort][KSModule!,,][KInPort][KOutPort][KSModule! LLH<E9@FeedBackFeedback][KInPort@DlyInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort BInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!  Dly][KOutPort][KSModule!DD][KOutPort][KSModule!<L][KInPortF][KSModule! c1c1@RT][KInPort@DlyInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@RTInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortLvOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!r44][KInPort][KInPort][KOutPort][KSModule!o``][KInPortP'][KInPortQ'][KOutPort][KSModule!d,?@ ?p?<<-60][KOutPort][KSModule!Dly][KOutPort][KSModule!RT][KOutPort][KSModule!Lv][KInPortF][KSModule!<<<<][KInPort][KOutPort][KSModule!-?,A?A?A????u:?o[?A?o[?A?<?A?_?A??k?k?b>5 ?'I? ?u:>5 ??j>gY?W>k?M&?B!?}>?u:?y>E"?E"?>}>?5 ?f3?y>f3??>??AQ( )9[[ )9[[RT"Reverberation Time Adjusts the time of the pipe's reverberation, i. e. the amount of damping applied to the feedback's signal before it is mixed again with the new incoming signal. The longer the reverb time, the more the incoming noise steam signal becomes a tone with reckognizable pitch.Q(][KOutPort][KSModule! ""(T<(Q9@KeyTrack][KInPort@PPitch in terminal][KOutPortCCutoff out terminal][KSModule!PPitch in terminal][KOutPort][KSModule!88CCutoff out terminal][KInPortF][KSModule!.?,?????OS??R>?R>?OS?y>W>?OS? ????N'? ?B!??OS?OS?b1?G>G>G>U*>OS?? ????b>R> ? ? ??OS?{Gz?@R(@@ )9[[ )9[[K-TrackRT Key tracking Sets the amount of key tracking applied to the feedback's reverberation time. Turn to the right for longer reverb times at high MIDI pitches.R(][KOutPort][KSModule!o00][KInPortP'][KInPortQ'][KOutPort][KSModule!ntt][KInPort'][KInPort'][KOutPort][KSModule!d/?@ ?p?00-60][KOutPort][KSModule!,@,@][KInPort][KOutPort][KSModule!TT][KInPort][KOutPort][KSModule!20?@ ?B\$][KOutPort][KSModule!LL I1I1@P2D][KInPort@PInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortDOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!  P][KOutPort][KSModule!D][KInPortF][KSModule!u00][KInPorte][KOutPort][KSModule!rhh][KInPort][KInPort][KOutPort][KSModule!d1?@ ?zD?$$1000][KOutPort][KSModule!HH][KInPort][KOutPort][KSModule!n  ][KInPort'][KInPort'][KOutPort][KSModule!42?@ ??? @dP][KOutPort][KSModule!3?,a=a=G=o[?o[?N'?$ >a=a=a=>V+?% >b1>G=B!==>=N'??BS(lhx Py9[[ Py9[[DampjRT Key-Up Damping Sets the amount of damping applied to the pipe at Key-Up, i. e. at MIDI gate off events.S(][KOutPort][KSModule!oX][KInPortP'][KInPortQ'][KOutPort][KSModule!pl<d][KInPort ][KOutPort][KSModule!d4?@ ???P(8][KOutPort][KSModule!n(X][KInPort'][KInPort' ][KOutPort][KSModule!n`][KInPort' ][KInPort'][KOutPort][KSModule!D0D0][KInPort(][KInPort][KOutPort][KSModule!][KInPort][KOutPort][KSModule!hh][KInPort ][KOutPort][KSModule!p(p(][KInPort ][KOutPort][KSModule!n4t4t][KInPort][KInPort][KOutPort][KSModule!o`l`l][KInPort ][KInPort][KOutPort][KSModule!T5?@ ?zD``][KInPort<][KInPort][KOutPort][KSModule!XX C1C1,t<,q9@Allpass][KInPort@DlyInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort BInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!   Dly][KOutPort][KSModule!\\][KOutPort][KSModule!6?,???????A?A?g?r>}>???????V+???'I?n7????~??j5?a?k?m????G>?c?- ??B!??u:>u:>b1>?{Gz??( E9[[ E9[[DffsVDiffusion Amount Sets the amount of diffusion within the additional delay unit. Technically speaking, with a value of 0 this unit becomes an allpass filter. Turn it to the left for additional attack effects of the pipe's sound. It also enhances the sound of harmonic frequencies which are not multiples of the main pitch, like e. g. in bells.(][KOutPort][KSModule!7?,?????????????????????????????????????????????@ ??(HH!0!0PowerAllpass Filter / Delay Switch Turns the additional delay unit on or off. As it contains a diffusion control, it is very similar to an allpass filter. Its delay time can be adjusted in the section. Switch on for additional attack effetcs of the pipe's sound.(][KInPortdOn][KInPortDOff][KOutPort][KSModule!TT][KInPortF][KSModule!V8?@ ?HC\P][KInPort<F][KInPort>F][KInPortF][KOutPort][KSModule!,,][KInPortF][KOutPort][KSModule!TXTX B]B]xTxT@ Saturation Saturation][KInPort BInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!][KOutPort][KSModule!d8d8][KInPort F][KSModule!9?,Z>>, ???????A>?A>B!?e2>OS?B!?B!?Z-?OS?n7??B!???????A>gY>5>>?v;?v;?v;???{Gz??( 19[[ 19[[ Soft/HardqSaturation Mode Controls the way of saturation. Turn to the left for soft saturation, to the right for clipping. (][KOutPort][KSModule!:?,Z>>A???e2>G=G=$>}>?&I>q>gY>m6?=gY><V+?==].?B>u:>C? ?{Gz??(00 ,U9[[ ,U9[[Sym8Satuartion Symmetry Controls the szmmetrz of saturation.(][KOutPort][KSModule!d;?@ ???@@][KOutPort][KSModule!n00][KInPort' ][KInPort' ][KOutPort][KSModule!d<?@ ???tt][KOutPort][KSModule!ndd][KInPort'][KInPort' ][KOutPort][KSModule!p\`\`][KInPort ][KOutPort][KSModule!  @ ParaSatASym][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @H+Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@L+Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort @H-Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@L-Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!  ][KOutPort][KSModule!][KInPortF][KSModule!44H+][KOutPort][KSModule!DDL+][KOutPort][KSModule!H-][KOutPort][KSModule!L-][KOutPort][KSModule!4 4  GuGu@ParaSat][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@HInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@LInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!][KOutPort][KSModule!TT][KInPortF][KSModule!d=?@ ???( ( 0.5][KOutPort][KSModule! L@L@ $_$_@ EventClip][KInPort@MaxInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@MinInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!@@Max][KOutPort][KSModule!hhMin][KOutPort][KSModule!,,][KOutPort][KSModule!$$ ][KInPortF][KSModule!88 ][KInPort][KInPortY][KOutPort][KOutPort][KSModule!TT ][KInPortu][KInPort][KOutPort][KSModule! ][KInPort][KInPortY ][KOutPort][KOutPort][KSModule!l,l, ][KInPortu][KInPort][KOutPort][KSModule!n][KInPort' ][KInPort'][KOutPort][KSModule!][KInPort'][KInPort'][KOutPort][KSModule!][KInPort'][KInPort'][KOutPort][KSModule!d>?@ ?'7?TT1e-005][KOutPort][KSModule!d??@ ?X??DD0.99999][KOutPort][KSModule!$d$dH][KOutPort][KSModule!pXX][KInPort ][KOutPort][KSModule!n][KInPort'][KInPort'][KOutPort][KSModule!ohh][KInPortP'][KInPortQ'][KOutPort][KSModule!q((][KInPort ][KOutPort][KSModule!jHH][KInPort][KInPort][KInPort][KOutPort][KSModule!phphp][KInPort ][KOutPort][KSModule!n][KInPort ][KInPort][KOutPort][KSModule!o,,][KInPort ][KInPort ][KOutPort][KSModule!h((][KInPort][KOutPort][KSModule!oHH][KInPort ][KInPort][KOutPort][KSModule!npLpL][KInPort][KInPort ][KOutPort][KSModule!L][KOutPort][KSModule!oDD ][KInPortP'][KInPortQ'][KOutPort][KSModule!L L !][KInPort][KOutPort][KSModule!,T,T"][KInPort][KOutPort][KSModule!,D,D#][KInPort][KOutPort][KSModule!4p4p nGunGu@ParaSat$][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@HInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@LInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!%][KOutPort][KSModule!TT&][KInPortF][KSModule!d@?@ ???( ( 0.5'][KOutPort][KSModule! L@L@ $_$_@ EventClip(][KInPort@MaxInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@MinInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPortBInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!@@Max)][KOutPort][KSModule!hhMin*][KOutPort][KSModule!,,+][KOutPort][KSModule!$$,][KInPortF][KSModule!88-][KInPort][KInPortY][KOutPort][KOutPort][KSModule!TT.][KInPortu][KInPort][KOutPort][KSModule!/][KInPort][KInPortY ][KOutPort][KOutPort][KSModule!l,l,0][KInPortu][KInPort][KOutPort][KSModule!n1][KInPort' ][KInPort'][KOutPort][KSModule!2][KInPort'][KInPort'][KOutPort][KSModule!3][KInPort'][KInPort'][KOutPort][KSModule!dA?@ ?'7?TT1e-0054][KOutPort][KSModule!dB?@ ?X??DD0.999995][KOutPort][KSModule!$d$dH6][KOutPort][KSModule!pXX7][KInPort ][KOutPort][KSModule!n8][KInPort'][KInPort'][KOutPort][KSModule!ohh9][KInPortP'][KInPortQ'][KOutPort][KSModule!q((:][KInPort ][KOutPort][KSModule!jHH;][KInPort][KInPort][KInPort][KOutPort][KSModule!phphp<][KInPort ][KOutPort][KSModule!n=][KInPort ][KInPort][KOutPort][KSModule!o,,>][KInPort ][KInPort ][KOutPort][KSModule!h((?][KInPort][KOutPort][KSModule!oHH@][KInPort ][KInPort][KOutPort][KSModule!npLpLA][KInPort][KInPort ][KOutPort][KSModule!LB][KOutPort][KSModule!oDDC][KInPortP'][KInPortQ'][KOutPort][KSModule!L L D][KInPort][KOutPort][KSModule!,T,TE][KInPort][KOutPort][KSModule!,D,DF][KInPort][KOutPort][KSModule!G][KInPort][KInPort][KInPort][KOutPort][KSModule!H][KInPort][KOutPort][KSModule!,0,0I][KInPort][KOutPort][KSModule!@@J][KInPort][KOutPort][KSModule!ttK][KInPort][KOutPort][KSModule!XX n1n1lTtlTq@ MW FilterWheel controled filter L][KInPort B=Input for the signal to be filtered Typ. Range: [ -1 ... 1 ]][KOutPort#Audio output of the filtered signal][KSModule!TT#Audio output of the filtered signalM][KInPortF][KSModule!C?,G=G=G=GQ>GQ>E">a>e2>G==GQ>7>>=G=B>u:>?B) )9[[ )9[[HP 0Highpass Cutoff Frequency Low Sets the cutoff frequencz of an additional highpass filter within the pipe to enhance certain segments of the frequency spectrum of the signal (the formants of the pipe) Those formants are not modified by the tone's pitch, but by its pressure. By using the MIDI modulation wheel, this pressure can be controlled: At low modulation wheel values this knob is used to determine the formant's frequency, at high mod. wheel values the knob at the right adjusts the formant. Refer also to the knobs in the and sections for further influence possibilities of the MIDI modulation wheel. )N][KOutPort][KSModule!D4D4=Input for the signal to be filtered Typ. Range: [ -1 ... 1 ]O][KOutPort][KSModule! pp ?O+?O+@XFadeP][KInPort@XInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@0Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@1Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!ttQ][KInPort F][KSModule!nhhR][KInPort' ][KInPort'][KOutPort][KSModule!dD?@ ???$$S][KOutPort][KSModule!p@@T][KInPort ][KOutPort][KSModule!  XU][KOutPort][KSModule!PP0V][KOutPort][KSModule!1W][KOutPort][KSModule!o@@X][KInPortP'][KInPortQ'][KOutPort][KSModule!ohthtY][KInPortP'][KInPortQ'][KOutPort][KSModule!nllZ][KInPort'][KInPort'][KOutPort][KSModule!HH[][KInPort][KOutPort][KSModule!E?,5 ??].?>O??E">??W>u:>4 ?4 ?].?b1>>M&?J>E"> >?O??B ),, (Q9[[ (Q9[[HP 1Highpass Cutoff Frequency High Sets the cutoff frequencz of an additional highpass filter within the pipe to enhance certain segments of the frequency spectrum of the signal (the formants of the pipe). Those formants are not modified by the tone's pitch, but by its pressure. By using the MIDI modulation wheel, this pressure can be controlled: At high modulation wheel values this knob is used to determine the formant's frequency, at low mod. wheel values the knob at the left adjusts the formant. Refer also to the knobs in the and sections for further influence possibilities of the MIDI modulation wheel. )\][KOutPort][KSModule!F?,5 ??5 ?N'???g??>?z=?gY?J%?V+?4 ?V+??q?7M???=?i??% ?a?w?m??w??_W?g????{?q?a??f3?gY?5 ?k???B!)|| 9[[ 9[[LP 0~Lowpass Cutoff Frequency Low Sets the cutoff frequencz of an additional lowpass filter within the pipe to enhance certain segments of the frequency spectrum of the signal (the formants of the pipe) Those formants are not modified by the tone's pitch, but by its pressure. By using the MIDI modulation wheel, this pressure can be controlled: At low modulation wheel values this knob is used to determine the formant's frequency, at high mod. wheel values the knob at the right adjusts the formant. Refer also to the knobs in the and sections for further influence possibilities of the MIDI modulation wheel. )]][KOutPort][KSModule! phph ?O+?O+@XFade^][KInPort@XInput port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@0Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KInPort@1Input port terminal. Placing this type of module into the structure of a macro or instrument creates a new input port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KOutPortOutput port terminal. Placing this type of module into the structure of a macro or instrument creates a new output port for the macro or instrument module. The signal type (Audio or Event) depends on the internal wiring.][KSModule!tt_][KInPort F][KSModule!nhh`][KInPort' ][KInPort'][KOutPort][KSModule!dG?@ ???$$a][KOutPort][KSModule!p@@b][KInPort ][KOutPort][KSModule!  Xc][KOutPort][KSModule!PP0d][KOutPort][KSModule!1e][KOutPort][KSModule!o@@f][KInPortP'][KInPortQ'][KOutPort][KSModule!ohthtg][KInPortP'][KInPortQ'][KOutPort][KSModule!nllh][KInPort'][KInPort'][KOutPort][KSModule!HHi][KInPort][KOutPort][KSModule!H?,7M?6M?A?WU?m6????WU?A??V+?6M?6M?A???E">A?J%?_W?E">w]?J%??w?v;??^/?OS?????r9?????'I?'I?].?WU???B") 9[[ 9[[LP 1Lowpass Cutoff Frequency High Sets the cutoff frequencz of an additional highpass filter within the pipe to enhance certain segments of the frequency spectrum of the signal (the formants of the pipe). Those formants are not modified by the tone's pitch, but by its pressure. By using the MIDI modulation wheel, this pressure can be controlled: At high modulation wheel values this knob is used to determine the formant's frequency, at low mod. wheel values the knob at the left adjusts the formant. Refer also to the knobs in the and sections for further influence possibilities of the MIDI modulation wheel. )j][KOutPort][KSModule!9I?,>r>e2>4 ?>@ ??)  )k][KOutPort][KSModule! WW@KeyTrackl][KInPortDP][KInPortDKT][KOutPortP][KSModule!Pm][KInPort][KSModule!o$$n][KInPortP'][KInPortQ'][KOutPort][KSModule!no][KInPort'][KInPort'][KOutPort][KSModule!Pp][KOutPort][KSModule!2J?@ ?pB4444q][KOutPort][KSModule!$$KTr][KOutPort][KSModule!K?,????????