Cheap Hydra Tricks

BYTE-Smasher · April 16, 2009, 12:16pm

K, so I’ve got this wonderful new metadevice, that I know opens a world of possibilities, but I can’t figure out for the life of me where to start messing around with it.

So, my question to you guys is: What are the best tricks you can accomplish with the hydra device? Can you add numbers? Can you calculate pi? Can you bake a pie? Can you eat a delicious strawberry rhubarb pie? How about a donkey rhubarb pie? Mmmmmm aphex twin.

So yes. I want to see hydra tricks. The cheaper the better. I’m even open to dirty gutter hydra tricks.

JUST MAKE WITH THE TRICKS!

happy_milkshake_man · April 16, 2009, 12:55pm

did a 180flip to perfect land on the hydra just now

haha ok, i had tripple filters, all doing things at the same time. so yeah, grab 3 of the native filters and set the hydra for each cuttoff/freq and experiment with the different bands

damn it’s good, i call it the tripple-filter-ollie lol

BYTE-Smasher · April 16, 2009, 1:28pm

It just occured that using multiple bandpass filters, one could create a very effective comb filter. I’ll have to try that when I get home

It-Alien · April 16, 2009, 1:28pm

I have made a tutorial song for hydra and keytrack devices, but I don’t know if it will be added to the package. in the meantime, you can download it from this post. See the song comments for the list of my cheap tricks

Johann · April 16, 2009, 3:45pm

I guess it’s mostly useful when used with keytracking… and it SCREAMS for an “amplitude tracking” device. Yeah, that ain’t tricks, but I haven’t had time to really use 2.1 yet…

dblue · April 16, 2009, 4:46pm

The trouble is, once the signal has gone through the first bandpass filter, there is no more audio remaining in the frequency ranges that you’d apply other bandpass filters to in order to create the comb effect.

So currently, the only way to create the effect yourself is to create multiple send tracks, each with a differently-tuned bandpass filter on it, with your original audio sent to each, then finally recombine the results of each filter into another send track to get your comb.

Like so:
http://illformed.org/temp/comb.xrns

( Quite similar to a post/demo sunjammer made recently: https://forum.renoise.com/t/dual-bandpass-formant-filter/24790 )

Unfortunately, this places all filter parameters squarely outside the reach of one single Hydra device, which can currently only operate on devices within its own chain.

gentleclockdivider · April 16, 2009, 4:56pm

INdeed , in order to achieve the comb filter effect we need parallel routing of the filters
LIke a new ’ mini mixer for effects meta device’ with user defined routing…serain /parallel …
Imagine …

dblue:

The trouble is, once the signal has gone through the first bandpass filter, there is no more audio remaining in the frequency ranges that you’d apply other bandpass filters to in order to create the comb effect.

So currently, the only way to create the effect yourself is to create multiple send tracks, each with a differently-tuned bandpass filter on it, with your original audio sent to each, then finally recombine the results of each filter into another send track to get your comb.

Like so:
http://illformed.org/temp/comb.xrns

( Quite similar to a post/demo sunjammer made recently: https://forum.renoise.com/t/dual-bandpass-formant-filter/24790 )

Unfortunately, this places all filter parameters squarely outside the reach of one single Hydra device, which can currently only operate on devices within its own chain.

BOards of canada …roybiv

BYTE-Smasher · April 16, 2009, 5:50pm

dblue:

The trouble is, once the signal has gone through the first bandpass filter, there is no more audio remaining in the frequency ranges that you’d apply other bandpass filters to in order to create the comb effect.

So currently, the only way to create the effect yourself is to create multiple send tracks, each with a differently-tuned bandpass filter on it, with your original audio sent to each, then finally recombine the results of each filter into another send track to get your comb.

Like so:
http://illformed.org/temp/comb.xrns

( Quite similar to a post/demo sunjammer made recently: https://forum.renoise.com/t/dual-bandpass-formant-filter/24790 )

Unfortunately, this places all filter parameters squarely outside the reach of one single Hydra device, which can currently only operate on devices within its own chain.

damnit

Jonas · April 16, 2009, 6:51pm

cheap trick of today is sort a like ‘cross synthesizing’ between 2 dsp/vst’s by having the hydra input slider control both dsp/vst instances dry/wet ratio, by having one instance min/max values flipped.

very cheap yes.

BYTE-Smasher · April 16, 2009, 7:03pm

oh wow jonas… nice crossfading trick… too bad we can’t use the hydra across tracks eh?

kickofighto · April 16, 2009, 7:36pm

velocity device=>Resets one shot LFO=>hydra=>delay wet mix
=>frequency on 2nd LFO=>shelf filter cutoff
=>stereo expander(surround)
=>reverb wet mix
=>track panning

key track device=>2nd hydra=>shelf filter gain
=>reverb room size
=>1st LFO offset
=>2nd LFO offset
=>etc etc etc Set limits to taste flip things up
Different curves and polarities make all the diff

Roll on pitch dependent spatial behaviour.

kickofighto · April 16, 2009, 7:55pm

Great demo!
I tried using key track with the ring modulator before I tried your demo. The problem is there is no scaling curve that will follow the key according to whatever logarithm relates key to frequency.
What I mean is; I was able to get C4 to correspond to a reasonably harmonic frequency and if I hit C5 it goes to double that frequency but the notes in between are pretty out of tune.

Do you reckon this a resolution problem or a problem with the curves or the Range options (which I don’t yet fully understand)?

BYTE-Smasher · April 16, 2009, 8:00pm

I started another topic on this… you need to use a frequency table to figure out the proper values to use… then you use the flat curve and it magically works with ringmod…

… just not with lofimat shakes a fist

Jonas · April 16, 2009, 8:15pm

yep, tho you can achieve this sort of globally by using sends.

For example;

beat.wav on track 1

dsp chain on that particular track: send device 1 & send device 2 (use keep source) + a hydra device

set up 2 different effect chains on the 2 send tracks

Use the different sends ‘amount’ parameter in the hydra + flip one of those min & max values.

BYTE-Smasher · April 16, 2009, 8:46pm

Good call… I probably woulda figured that out sometime tonight

kickofighto · April 16, 2009, 8:50pm

LOL. Just asked you that question on the other topic=>worked it out.

Is there anywhere I can put up vst chains on this site? They’re really small so there should be right?
There should totally be a hydra usage compo!

vvoois · April 16, 2009, 10:11pm

How about a proper side-chaining emulator?

kickofighto · April 16, 2009, 10:34pm

side chain EMULATOR
Set a one shot LFO to be the reverse of the decay of whatever instro. Put the LFO reset under control of an empty instrument’s velocity device. Copy the notes from the first instruments track and remap them to the empty instrument in the effected track.
use in combination with key track controlling the LFO frequency to give yourself more freedom in the decay department.

dblue · April 17, 2009, 1:19am

Here’s a little device chain to make easing the transition into LofiMat a little smoother:

<?xml version="1.0" encoding="UTF-8"?>  
<FilterDeviceChainClipboard doc_version="0">  
 <DeviceContainerSlot type="SequencerTrackDeviceChain">  
 <Devices>  
 <SequencerTrackDevice type="SequencerTrackDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>false</SelectedPresetIsModified>  
 <Panning>  
 <Value>0.5</Value>  
 <Visualization>Device only</Visualization>  
 </Panning>  
 <Volume>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Volume>  
 <Surround>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Surround>  
 <PostPanning>  
 <Value>0.5</Value>  
 <Visualization>Device only</Visualization>  
 </PostPanning>  
 <PostVolume>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </PostVolume>  
 </SequencerTrackDevice>  
 <HydraDevice type="HydraDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <VisiblePages>1</VisiblePages>  
 <InputValue>  
 <Value>1.0</Value>  
 <Visualization>Mixer and Device</Visualization>  
 </InputValue>  
 <Out1DestEffect>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Out1DestEffect>  
 <Out1DestParameter>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out1DestParameter>  
 <Out1Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out1Min>  
 <Out1Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out1Max>  
 <Out1Scaling>Linear</Out1Scaling>  
 <Out2DestEffect>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Out2DestEffect>  
 <Out2DestParameter>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </Out2DestParameter>  
 <Out2Min>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out2Min>  
 <Out2Max>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out2Max>  
 <Out2Scaling>Exp Fast</Out2Scaling>  
 <Out3DestEffect>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Out3DestEffect>  
 <Out3DestParameter>  
 <Value>4</Value>  
 <Visualization>Device only</Visualization>  
 </Out3DestParameter>  
 <Out3Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out3Min>  
 <Out3Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out3Max>  
 <Out3Scaling>Exp Fast</Out3Scaling>  
 <Out4DestEffect>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Out4DestEffect>  
 <Out4DestParameter>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Out4DestParameter>  
 <Out4Min>  
 <Value>0.5</Value>  
 <Visualization>Device only</Visualization>  
 </Out4Min>  
 <Out4Max>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out4Max>  
 <Out4Scaling>Log Slow</Out4Scaling>  
 <Out5DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out5DestEffect>  
 <Out5DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out5DestParameter>  
 <Out5Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out5Min>  
 <Out5Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out5Max>  
 <Out5Scaling>Linear</Out5Scaling>  
 <Out6DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out6DestEffect>  
 <Out6DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out6DestParameter>  
 <Out6Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out6Min>  
 <Out6Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out6Max>  
 <Out6Scaling>Linear</Out6Scaling>  
 <Out7DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out7DestEffect>  
 <Out7DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out7DestParameter>  
 <Out7Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out7Min>  
 <Out7Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out7Max>  
 <Out7Scaling>Linear</Out7Scaling>  
 <Out8DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out8DestEffect>  
 <Out8DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out8DestParameter>  
 <Out8Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out8Min>  
 <Out8Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out8Max>  
 <Out8Scaling>Linear</Out8Scaling>  
 <Out9DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out9DestEffect>  
 <Out9DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out9DestParameter>  
 <Out9Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out9Min>  
 <Out9Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out9Max>  
 <Out9Scaling>Linear</Out9Scaling>  
 </HydraDevice>  
 <Lofi2Device type="Lofi2Device">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <Bits>  
 <Value>16</Value>  
 <Visualization>Device only</Visualization>  
 </Bits>  
 <Rate>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Rate>  
 <Noise>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Noise>  
 <WetOut>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </WetOut>  
 <DryOut>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </DryOut>  
 <Interpolate>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Interpolate>  
 </Lofi2Device>  
 </Devices>  
 </DeviceContainerSlot>  
</FilterDeviceChainClipboard>

BYTE-Smasher · April 17, 2009, 11:07am

K, I’ve managed to figure out the best hydra trick of all

THE REVERSE HYDRA:
That’s right, the Reverse Hydra. Instead of controlling many parameters with one metadevice, lets control one parameter with many metadevices.

Here’s a nifty 4xLFO bandpass chain to get you started:

<?xml version="1.0" encoding="UTF-8"?>  
<FilterDeviceChainClipboard doc_version="0">  
 <DeviceContainerSlot type="SequencerTrackDeviceChain">  
 <Devices>  
 <SequencerTrackDevice type="SequencerTrackDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>false</SelectedPresetIsModified>  
 <Panning>  
 <Value>0.5</Value>  
 <Visualization>Device only</Visualization>  
 </Panning>  
 <Volume>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Volume>  
 <Surround>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Surround>  
 <PostPanning>  
 <Value>0.5</Value>  
 <Visualization>Device only</Visualization>  
 </PostPanning>  
 <PostVolume>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </PostVolume>  
 </SequencerTrackDevice>  
 <LfoDevice type="LfoDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </DestEffect>  
 <DestParameter>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </DestParameter>  
 <Amplitude>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Amplitude>  
 <Offset>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Offset>  
 <Frequency>  
 <Value>1.6071438789367676</Value>  
 <Visualization>Device only</Visualization>  
 </Frequency>  
 <Type>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Type>  
 <CustomEnvelope>  
 <PlayMode>Linear</PlayMode>  
 <Length>64</Length>  
 <ValueQuantum>0.0</ValueQuantum>  
 <Points>  
 <Point>0,0.0</Point>  
 <Point>63,1.0</Point>  
 </Points>  
 </CustomEnvelope>  
 <CustomEnvelopeOneShot>false</CustomEnvelopeOneShot>  
 </LfoDevice>  
 <LfoDevice type="LfoDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </DestEffect>  
 <DestParameter>  
 <Value>4</Value>  
 <Visualization>Device only</Visualization>  
 </DestParameter>  
 <Amplitude>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Amplitude>  
 <Offset>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Offset>  
 <Frequency>  
 <Value>0.9375</Value>  
 <Visualization>Device only</Visualization>  
 </Frequency>  
 <Type>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Type>  
 <CustomEnvelope>  
 <PlayMode>Linear</PlayMode>  
 <Length>64</Length>  
 <ValueQuantum>0.0</ValueQuantum>  
 <Points>  
 <Point>0,0.0</Point>  
 <Point>63,1.0</Point>  
 </Points>  
 </CustomEnvelope>  
 <CustomEnvelopeOneShot>false</CustomEnvelopeOneShot>  
 </LfoDevice>  
 <HydraDevice type="HydraDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <VisiblePages>1</VisiblePages>  
 <InputValue>  
 <Value>0.5</Value>  
 <Visualization>Mixer and Device</Visualization>  
 </InputValue>  
 <Out1DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </Out1DestEffect>  
 <Out1DestParameter>  
 <Value>11</Value>  
 <Visualization>Device only</Visualization>  
 </Out1DestParameter>  
 <Out1Min>  
 <Value>0.9240226149559021</Value>  
 <Visualization>Device only</Visualization>  
 </Out1Min>  
 <Out1Max>  
 <Value>0.45643064379692078</Value>  
 <Visualization>Device only</Visualization>  
 </Out1Max>  
 <Out1Scaling>Linear</Out1Scaling>  
 <Out2DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </Out2DestEffect>  
 <Out2DestParameter>  
 <Value>12</Value>  
 <Visualization>Device only</Visualization>  
 </Out2DestParameter>  
 <Out2Min>  
 <Value>0.3687044084072113</Value>  
 <Visualization>Device only</Visualization>  
 </Out2Min>  
 <Out2Max>  
 <Value>0.48700356483459473</Value>  
 <Visualization>Device only</Visualization>  
 </Out2Max>  
 <Out2Scaling>Linear</Out2Scaling>  
 <Out3DestEffect>  
 <Value>4</Value>  
 <Visualization>Device only</Visualization>  
 </Out3DestEffect>  
 <Out3DestParameter>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out3DestParameter>  
 <Out3Min>  
 <Value>0.69022661447525024</Value>  
 <Visualization>Device only</Visualization>  
 </Out3Min>  
 <Out3Max>  
 <Value>0.42785400152206421</Value>  
 <Visualization>Device only</Visualization>  
 </Out3Max>  
 <Out3Scaling>Linear</Out3Scaling>  
 <Out4DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out4DestEffect>  
 <Out4DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out4DestParameter>  
 <Out4Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out4Min>  
 <Out4Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out4Max>  
 <Out4Scaling>Linear</Out4Scaling>  
 <Out5DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out5DestEffect>  
 <Out5DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out5DestParameter>  
 <Out5Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out5Min>  
 <Out5Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out5Max>  
 <Out5Scaling>Linear</Out5Scaling>  
 <Out6DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out6DestEffect>  
 <Out6DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out6DestParameter>  
 <Out6Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out6Min>  
 <Out6Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out6Max>  
 <Out6Scaling>Linear</Out6Scaling>  
 <Out7DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out7DestEffect>  
 <Out7DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out7DestParameter>  
 <Out7Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out7Min>  
 <Out7Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out7Max>  
 <Out7Scaling>Linear</Out7Scaling>  
 <Out8DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out8DestEffect>  
 <Out8DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out8DestParameter>  
 <Out8Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out8Min>  
 <Out8Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out8Max>  
 <Out8Scaling>Linear</Out8Scaling>  
 <Out9DestEffect>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out9DestEffect>  
 <Out9DestParameter>  
 <Value>-1</Value>  
 <Visualization>Device only</Visualization>  
 </Out9DestParameter>  
 <Out9Min>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out9Min>  
 <Out9Max>  
 <Value>1.0</Value>  
 <Visualization>Device only</Visualization>  
 </Out9Max>  
 <Out9Scaling>Linear</Out9Scaling>  
 </HydraDevice>  
 <Filter3Device type="Filter3Device">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <Type>  
 <Value>2</Value>  
 <Visualization>Device only</Visualization>  
 </Type>  
 <Frequency>  
 <Value>0.55904030799865723</Value>  
 <Visualization>Device only</Visualization>  
 </Frequency>  
 <Q>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Q>  
 <Gain>  
 <Value>-60</Value>  
 <Visualization>Device only</Visualization>  
 </Gain>  
 <Inertia>  
 <Value>0.0078125</Value>  
 <Visualization>Device only</Visualization>  
 </Inertia>  
 <Model>24dB 4Pole</Model>  
 </Filter3Device>  
 <LfoDevice type="LfoDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>true</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </DestEffect>  
 <DestParameter>  
 <Value>7</Value>  
 <Visualization>Device only</Visualization>  
 </DestParameter>  
 <Amplitude>  
 <Value>0.30803570151329041</Value>  
 <Visualization>Device only</Visualization>  
 </Amplitude>  
 <Offset>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Offset>  
 <Frequency>  
 <Value>15</Value>  
 <Visualization>Device only</Visualization>  
 </Frequency>  
 <Type>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </Type>  
 <CustomEnvelope>  
 <PlayMode>Linear</PlayMode>  
 <Length>64</Length>  
 <ValueQuantum>0.0</ValueQuantum>  
 <Points>  
 <Point>0,0.0</Point>  
 <Point>63,1.0</Point>  
 </Points>  
 </CustomEnvelope>  
 <CustomEnvelopeOneShot>false</CustomEnvelopeOneShot>  
 </LfoDevice>  
 <LfoDevice type="LfoDevice">  
 <IsActive>true</IsActive>  
 <IsSelected>false</IsSelected>  
 <SelectedPresetName>Init</SelectedPresetName>  
 <SelectedPresetIsModified>true</SelectedPresetIsModified>  
 <DestEffect>  
 <Value>3</Value>  
 <Visualization>Device only</Visualization>  
 </DestEffect>  
 <DestParameter>  
 <Value>8</Value>  
 <Visualization>Device only</Visualization>  
 </DestParameter>  
 <Amplitude>  
 <Value>0.125</Value>  
 <Visualization>Device only</Visualization>  
 </Amplitude>  
 <Offset>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Offset>  
 <Frequency>  
 <Value>23.035715103149414</Value>  
 <Visualization>Device only</Visualization>  
 </Frequency>  
 <Type>  
 <Value>0.0</Value>  
 <Visualization>Device only</Visualization>  
 </Type>  
 <CustomEnvelope>  
 <PlayMode>Linear</PlayMode>  
 <Length>64</Length>  
 <ValueQuantum>0.0</ValueQuantum>  
 <Points>  
 <Point>0,0.0</Point>  
 <Point>63,1.0</Point>  
 </Points>  
 </CustomEnvelope>  
 <CustomEnvelopeOneShot>false</CustomEnvelopeOneShot>  
 </LfoDevice>  
 </Devices>  
 </DeviceContainerSlot>  
</FilterDeviceChainClipboard>