In search of Stereo Reverbs and Delays to fill 2 Binaura EEPROMS.
- Thread starter BrainGutz
- Start date
Cybercow
Well-known member
Alrighty then! I'm going to jump to R08 - 'Dual-Tank Stereo Spring Reverb' for now. R05 (Slow-Attack Auto-Volume Reverb), R06 (Diffuse Multi-Tap Tape Reverb) & R07 (Reverse-Envelope Gated Reverb) are all presenting a good bit of challenge for the time being. We might need to settle on using stereo versions of standard reverbs like room, hall, plate, spring, etc. for slots R05, R06 & R07.
So here are two candidates for R08 (Dual-Tank Stereo Spring Reverb). . . . .
This first one, in my opinion, is a bit janky for a spring reverb. It uses 3 double-tapped delay blocks to achieve the effect. And while it may be useable, I don't think it really fits the bill for a spring/tank verb effect. We can futz with the 3 different Delay blocks' Delay Time parameters (in their respective Control Panels) to get a better spring/tank effect. Still, you may find it useful.
The second one presented uses a 'Spring Reverb' designer block with both left & right inputs & outputs and only has two control pots. The 3rd pot is not used.
R08_Stereo_Tank_Reverb.spcdj
R08_Stereo_Tank_Reverb_02.spcdj
So here are two candidates for R08 (Dual-Tank Stereo Spring Reverb). . . . .
This first one, in my opinion, is a bit janky for a spring reverb. It uses 3 double-tapped delay blocks to achieve the effect. And while it may be useable, I don't think it really fits the bill for a spring/tank verb effect. We can futz with the 3 different Delay blocks' Delay Time parameters (in their respective Control Panels) to get a better spring/tank effect. Still, you may find it useful.
The second one presented uses a 'Spring Reverb' designer block with both left & right inputs & outputs and only has two control pots. The 3rd pot is not used.
R08_Stereo_Tank_Reverb.spcdj
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}R08_Stereo_Tank_Reverb_02.spcdj
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BrainGutz
Member
I agree with you. The first option does not exactly fit the description, but I do like it! I think we call that "Triple Tap Reverb" and keep it as an option.
The second spring option is much closer, but It seems to be clipping/distorting when the spring "thwip/drip" simulation noises are triggered. do you hear this as well?
The second spring option is much closer, but It seems to be clipping/distorting when the spring "thwip/drip" simulation noises are triggered. do you hear this as well?
Digital Larry
Well-known member
Spring simulation goes beyond what the FV-1 can do convincingly, IMO. This typically uses long chains of identical or nearly so all-passes. Cranking the all-pass coefficient risks overloading the accumulator. If it's giving audible distortion, reduce the input gain. If you need more level afterwards, boost it back up. Don Stavely has a springy algo over at the Spin forum which many people have referenced. I think it includes tremolo.
Nevertheless I'd keep expectations low.
Nevertheless I'd keep expectations low.
Cybercow
Well-known member
I pushed the 2nd one thru to SpinASM and loaded it into an EEPROM and hear the distortion there. We can turn the 'Reverb Time' down to about 83 from the current setting of 95. That should clean up the distortion. I'll make the adjustment and push it thru the SpinASM/EEPROM process and try it again on a Binaura build I have.
Cybercow
Well-known member
Thanks DL! I'll copy that SpinASM file and see what I can do get stereo out of it.
Cybercow
Well-known member
In that case, here are four more (spread over this and the next post), R0x_Stereo_Room_Reverb.spcdj; R0x_Stereo_ROM_Reverb.spcdj; R0x_Stereo_Plate_Reverb.spcdj & R0x_Stereo_Hall_Reverb.spcdj . . . . .
R0x_Stereo_Room_Reverb.spcd
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"toPin": "Reverb_Time"
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}R0x_Stereo_ROM_Reverb.spcdj
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"fileName": "Untitled",
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"lines": [
"Pot 0: Reverb Time",
"Pot 1: Low Frequency",
"Pot 2: High Frequency",
"",
"R0x_Stereo_ROM_Reverb.spcdj"
]
},
"potValues": [
0.0,
0.0,
0.0
],
"blocks": [
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InputCADBlock",
"blockNum": 0,
"x": 141,
"y": 19,
"name": "Input"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot0CADBlock",
"blockNum": 1,
"x": 29,
"y": 57,
"name": "Pot 0",
"params": {
"speedup": false,
"potRegister": 16
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot1CADBlock",
"blockNum": 2,
"x": 29,
"y": 95,
"name": "Pot 1",
"params": {
"speedup": false,
"potRegister": 17
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot2CADBlock",
"blockNum": 3,
"x": 27,
"y": 136,
"name": "Pot 2",
"params": {
"speedup": false,
"potRegister": 18
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.rom_rev1CADBlock",
"blockNum": 4,
"x": 141,
"y": 85,
"name": "ROM_Reverb_1",
"params": {
"gain": 0.5,
"kiap": 0.5,
"nDLs": 4.0,
"kapd1": 0.6,
"kapd2": 0.5,
"kfl": 0.4,
"kfh": 0.01,
"lpf1": 32,
"hpf1": 33,
"lpf2": 34,
"hpf2": 35,
"lpf3": 36,
"hpf3": 37,
"lpf4": 38,
"hpf4": 39,
"temp": 40,
"rt": 41,
"hf": 42,
"lf": 43,
"lapout": 44,
"dacl": 45,
"rapout": 46,
"dacr": 47
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 5,
"x": 185,
"y": 147,
"name": "LPF 1P",
"params": {
"freq": 0.20171035571672602,
"lpf1": 48
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 6,
"x": 116,
"y": 147,
"name": "LPF 1P",
"params": {
"freq": 0.3239568324310992,
"lpf1": 49
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.OutputCADBlock",
"blockNum": 7,
"x": 140,
"y": 209,
"name": "Output",
"params": {
"mono": false,
"offset0": false,
"gain1": 1.0,
"gain2": 1.0
}
}
],
"connections": [
{
"fromBlockIndex": 0,
"fromPin": "Output 1",
"toBlockIndex": 4,
"toPin": "Input_Left"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 2",
"toBlockIndex": 4,
"toPin": "Input_Right"
},
{
"fromBlockIndex": 1,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "Reverb_Time"
},
{
"fromBlockIndex": 2,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "Low_Freq"
},
{
"fromBlockIndex": 3,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "High_Freq"
},
{
"fromBlockIndex": 4,
"fromPin": "Output_Right",
"toBlockIndex": 5,
"toPin": "Input"
},
{
"fromBlockIndex": 4,
"fromPin": "Output_Left",
"toBlockIndex": 6,
"toPin": "Input"
},
{
"fromBlockIndex": 6,
"fromPin": "Output",
"toBlockIndex": 7,
"toPin": "Input 1"
},
{
"fromBlockIndex": 5,
"fromPin": "Output",
"toBlockIndex": 7,
"toPin": "Input 2"
}
]
}Cybercow
Well-known member
R0x_Stereo_Plate_Reverb.spcdj
R0x_Stereo_Hall_Reverb.spcdj
JSON:
{
"formatVersion": 1,
"buildNumber": 1070,
"type": "patch",
"patchFileName": "R0x_Stereo_Plate_Reverb.spcdj",
"comments": {
"fileName": "Untitled",
"version": "Patch saved from SpinCAD Designer version 1070",
"lines": [
"Pot 0: Reverb Time",
"Pot 1: HF Loss",
"Pot 2: not used",
"",
"R0x_Stereo_Plate_Reverb.spcdj"
]
},
"potValues": [
99.0,
100.0,
0.0
],
"blocks": [
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InputCADBlock",
"blockNum": 0,
"x": 135,
"y": 16,
"name": "Input"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot0CADBlock",
"blockNum": 1,
"x": 48,
"y": 66,
"name": "Pot 0",
"params": {
"speedup": false,
"potRegister": 16
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot1CADBlock",
"blockNum": 2,
"x": 48,
"y": 104,
"name": "Pot 1",
"params": {
"speedup": false,
"potRegister": 17
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.DattorroPlateReverbCADBlock",
"blockNum": 3,
"x": 135,
"y": 77,
"name": "Dattorro Plate",
"params": {
"gain": -4.0,
"decay": 0.74,
"damping": 0.71,
"bandwidth": 0.47
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.OutputCADBlock",
"blockNum": 4,
"x": 135,
"y": 139,
"name": "Output",
"params": {
"mono": false,
"offset0": false,
"gain1": 1.0,
"gain2": 1.0
}
}
],
"connections": [
{
"fromBlockIndex": 0,
"fromPin": "Output 1",
"toBlockIndex": 3,
"toPin": "Audio Input L"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 2",
"toBlockIndex": 3,
"toPin": "Audio Input R"
},
{
"fromBlockIndex": 1,
"fromPin": "Control Output 1",
"toBlockIndex": 3,
"toPin": "Reverb Time"
},
{
"fromBlockIndex": 2,
"fromPin": "Control Output 1",
"toBlockIndex": 3,
"toPin": "HF Loss"
},
{
"fromBlockIndex": 3,
"fromPin": "Audio Output L",
"toBlockIndex": 4,
"toPin": "Input 1"
},
{
"fromBlockIndex": 3,
"fromPin": "Audio Output R",
"toBlockIndex": 4,
"toPin": "Input 2"
}
]
}R0x_Stereo_Hall_Reverb.spcdj
JSON:
{
"formatVersion": 1,
"buildNumber": 1070,
"type": "patch",
"patchFileName": "R0x_Stereo_Hall_Reverb.spcdj",
"comments": {
"fileName": "Untitled",
"version": "Patch saved from SpinCAD Designer version 1070",
"lines": [
"Pot 0: Pre-Delay",
"Pot 1: Reverb Time",
"Pot 2: HF Loss",
"",
"R0x_Stereo_Hall_Reverb.spcdj"
]
},
"potValues": [
0.0,
0.0,
0.0
],
"blocks": [
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InputCADBlock",
"blockNum": 0,
"x": 135,
"y": 16,
"name": "Input"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot0CADBlock",
"blockNum": 1,
"x": 19,
"y": 101,
"name": "Pot 0",
"params": {
"speedup": false,
"potRegister": 16
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot1CADBlock",
"blockNum": 2,
"x": 19,
"y": 139,
"name": "Pot 1",
"params": {
"speedup": false,
"potRegister": 17
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Mixer_2_to_1CADBlock",
"blockNum": 3,
"x": 135,
"y": 73,
"name": "Mixer 2:1",
"params": {
"gain1": 1.0,
"gain2": 1.0,
"output": 32
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot2CADBlock",
"blockNum": 4,
"x": 20,
"y": 180,
"name": "Pot 2",
"params": {
"speedup": false,
"potRegister": 18
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.reverb_hallCADBlock",
"blockNum": 5,
"x": 135,
"y": 130,
"name": "Reverb_Hall",
"params": {
"gain": 0.5,
"krt": 0.75,
"hpdf": 0.02,
"inputkap": 0.74,
"dlkap": 0.71,
"rate1": 20.0,
"pout": 33,
"apout": 34,
"temp": 35,
"outputL": 36,
"outputR": 37,
"lp1": 38,
"lp2": 39,
"hp1": 40,
"hp2": 41,
"tlp": 42
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 6,
"x": 109,
"y": 191,
"name": "LPF 1P",
"params": {
"freq": 0.3239568324310992,
"lpf1": 43
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 7,
"x": 178,
"y": 191,
"name": "LPF 1P",
"params": {
"freq": 0.20171035571672602,
"lpf1": 44
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.OutputCADBlock",
"blockNum": 8,
"x": 133,
"y": 250,
"name": "Output",
"params": {
"mono": false,
"offset0": false,
"gain1": 1.0,
"gain2": 1.0
}
}
],
"connections": [
{
"fromBlockIndex": 0,
"fromPin": "Output 1",
"toBlockIndex": 3,
"toPin": "Input 1"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 2",
"toBlockIndex": 3,
"toPin": "Input 2"
},
{
"fromBlockIndex": 3,
"fromPin": "Output",
"toBlockIndex": 5,
"toPin": "Input"
},
{
"fromBlockIndex": 1,
"fromPin": "Control Output 1",
"toBlockIndex": 5,
"toPin": "Pre_Delay"
},
{
"fromBlockIndex": 2,
"fromPin": "Control Output 1",
"toBlockIndex": 5,
"toPin": "Reverb_Time"
},
{
"fromBlockIndex": 4,
"fromPin": "Control Output 1",
"toBlockIndex": 5,
"toPin": "HF_Loss"
},
{
"fromBlockIndex": 5,
"fromPin": "OutputL",
"toBlockIndex": 6,
"toPin": "Input"
},
{
"fromBlockIndex": 5,
"fromPin": "OutputR",
"toBlockIndex": 7,
"toPin": "Input"
},
{
"fromBlockIndex": 6,
"fromPin": "Output",
"toBlockIndex": 8,
"toPin": "Input 1"
},
{
"fromBlockIndex": 7,
"fromPin": "Output",
"toBlockIndex": 8,
"toPin": "Input 2"
}
]
}Cybercow
Well-known member
The ROM verb is the stereo version of the two "ROM" verb blocks. Not a Room verb.
The Hall verb uses the Designer's "Hall Reverb" block and is about as big as it can get. Below, I swapped out the Hall verb block for the Adjustable Reverb block to get a bigger effect . . . .
R0x_Stereo_Hall_Reverb_02.spcdj
JSON:
{
"formatVersion": 1,
"buildNumber": 1070,
"type": "patch",
"patchFileName": "R0x_Stereo_Hall_Reverb_02.spcdj",
"comments": {
"fileName": "R0x_Stereo_Hall_Reverb.spcdj",
"version": "Patch saved from SpinCAD Designer version 1070",
"lines": [
"Pot 0: Pre-Delay",
"Pot 1: Reverb Time",
"Pot 2: HF Loss",
"",
"R0x_Stereo_Hall_Reverb.spcdj"
]
},
"potValues": [
39.0,
0.0,
0.0
],
"blocks": [
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InputCADBlock",
"blockNum": 0,
"x": 135,
"y": 16,
"name": "Input"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot0CADBlock",
"blockNum": 1,
"x": 22,
"y": 117,
"name": "Pot 0",
"params": {
"speedup": false,
"potRegister": 16
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot1CADBlock",
"blockNum": 2,
"x": 22,
"y": 155,
"name": "Pot 1",
"params": {
"speedup": false,
"potRegister": 17
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Mixer_2_to_1CADBlock",
"blockNum": 3,
"x": 135,
"y": 73,
"name": "Mixer 2:1",
"params": {
"gain1": 1.0,
"gain2": 1.0,
"output": 32
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.reverbCADBlock",
"blockNum": 4,
"x": 135,
"y": 131,
"name": "Reverb",
"params": {
"LFOAIs0": true,
"LFOBIs0": true,
"LFOAIs1": false,
"LFOBIs1": false,
"gain": 0.5,
"hpf4": 33,
"lpf4": 34,
"temp": 35,
"rt": 36,
"iapout": 37,
"outputL": 38,
"nAPs": 4.0,
"kiap": 0.5,
"nDLs": 4.0,
"klap": 0.6,
"kfl": 0.4,
"kfh": 0.01,
"lfoSelA": 0.0,
"lfoSelB": 0.0,
"rate1": 20.0,
"rate2": 20.0,
"hpf1": 39,
"lpf1": 40,
"hpf2": 41,
"lpf2": 42,
"hpf3": 43,
"lpf3": 44,
"outputR": 45
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 5,
"x": 178,
"y": 191,
"name": "LPF 1P",
"params": {
"freq": 0.20171035571672602,
"lpf1": 46
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.LPF_RDFXCADBlock",
"blockNum": 6,
"x": 109,
"y": 191,
"name": "LPF 1P",
"params": {
"freq": 0.3239568324310992,
"lpf1": 47
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.OutputCADBlock",
"blockNum": 7,
"x": 134,
"y": 257,
"name": "Output",
"params": {
"mono": false,
"offset0": false,
"gain1": 1.0,
"gain2": 1.0
}
}
],
"connections": [
{
"fromBlockIndex": 0,
"fromPin": "Output 1",
"toBlockIndex": 3,
"toPin": "Input 1"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 2",
"toBlockIndex": 3,
"toPin": "Input 2"
},
{
"fromBlockIndex": 3,
"fromPin": "Output",
"toBlockIndex": 4,
"toPin": "Input"
},
{
"fromBlockIndex": 1,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "Reverb_Time"
},
{
"fromBlockIndex": 2,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "Filter"
},
{
"fromBlockIndex": 4,
"fromPin": "Output_Right",
"toBlockIndex": 5,
"toPin": "Input"
},
{
"fromBlockIndex": 4,
"fromPin": "Output_Left",
"toBlockIndex": 6,
"toPin": "Input"
},
{
"fromBlockIndex": 6,
"fromPin": "Output",
"toBlockIndex": 7,
"toPin": "Input 1"
},
{
"fromBlockIndex": 5,
"fromPin": "Output",
"toBlockIndex": 7,
"toPin": "Input 2"
}
]
}Cybercow
Well-known member
Re: R03 (stereo shimmer verb) . . . .
I just finished putting all 8 of the reverbs into an EEPROM to do a final in-circuit test and seems that the only one that presents a problem is R03 - the Shimmer verb. It audits fine in SpinCAD, but in the Binaura, the shimmer aspect goes into runaway rather quickly. I'm looking for the solution now.
Cybercow
Well-known member
Just finished up trying several things and am currently unable to stop the shimmer aspect of the shimmer verb from running away. Tried six different ways to achieve a shimmer, burned to EEPROM, but they all run away when in stereo for some reason. On the bright side, we did get 15 out of 16 working patches.
Cybercow
Well-known member
Dunno. But it sounds like it would fun trying to get there. Lemme see what I can come up with.
Cybercow
Well-known member
OK, just spun this R0x_Stereo_Crush_Reverb.spcdj up and it passes muster in SpinCAD. Haven't burned to an EEPROM yet.
Giver a go and see what you think.
R0x_Stereo_Crush_Reverb.spcdj
JSON:
{
"formatVersion": 1,
"buildNumber": 1070,
"type": "patch",
"patchFileName": "R0x_Stereo_Crush_Reverb.spcdj",
"comments": {
"fileName": "Untitled",
"lines": [
"Pot 0: ",
"Pot 1: ",
"Pot 2: ",
"",
""
]
},
"potValues": [
1.0,
0.0,
0.0
],
"blocks": [
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InputCADBlock",
"blockNum": 0,
"x": 187,
"y": 10,
"name": "Input"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot0CADBlock",
"blockNum": 1,
"x": 12,
"y": 64,
"name": "Pot 0",
"params": {
"speedup": false,
"potRegister": 16
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot2CADBlock",
"blockNum": 2,
"x": 10,
"y": 159,
"name": "Pot 2",
"params": {
"speedup": false,
"potRegister": 18
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Pot1CADBlock",
"blockNum": 3,
"x": 10,
"y": 208,
"name": "Pot 1",
"params": {
"speedup": false,
"potRegister": 17
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.InvertControlCADBlock",
"blockNum": 4,
"x": 73,
"y": 159,
"name": "Invert"
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.ScaleOffsetControlCADBlock",
"blockNum": 5,
"x": 83,
"y": 64,
"name": "Scale/Offset",
"params": {
"inLow": 0.0,
"inHigh": 1.0,
"outLow": 0.11,
"outHigh": 1.0
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.MinReverb2CADBlock",
"blockNum": 6,
"x": 187,
"y": 64,
"name": "Small Reverb",
"params": {
"gain": 0.5,
"rtMax": 0.9,
"kiap": 0.5,
"ap1length": 125.0,
"ap2length": 250.0,
"ap3length": 750.0,
"ap4length": 1500.0,
"klap": 0.6,
"lap1length": 3800.0,
"del1length": 6250.0,
"lap2length": 4200.0,
"del2length": 7250.0,
"temp": 34,
"iapout": 35,
"outputL": 36,
"outputR": 37,
"hpf3": 38,
"lpf3": 39,
"krt": 40,
"apout": 41
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.AliaserCADBlock",
"blockNum": 7,
"x": 163,
"y": 159,
"name": "Aliaser",
"params": {
"ripLow": 0.01,
"ripHigh": 0.2,
"old": 42,
"new_val": 43,
"fptr": 44,
"temp": 45,
"temp2": 46,
"output": 47
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.AliaserCADBlock",
"blockNum": 8,
"x": 236,
"y": 118,
"name": "Aliaser",
"params": {
"ripLow": 0.002,
"ripHigh": 0.1,
"old": 48,
"new_val": 49,
"fptr": 50,
"temp": 51,
"temp2": 52,
"output": 53
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Mixer_2_to_1CADBlock",
"blockNum": 9,
"x": 236,
"y": 192,
"name": "Mixer 2:1",
"params": {
"gain1": 1.0,
"gain2": 1.0,
"output": 54
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.Mixer_2_to_1CADBlock",
"blockNum": 10,
"x": 163,
"y": 213,
"name": "Mixer 2:1",
"params": {
"gain1": 1.0,
"gain2": 1.0,
"output": 55
}
},
{
"className": "com.holycityaudio.SpinCAD.CADBlocks.OutputCADBlock",
"blockNum": 11,
"x": 195,
"y": 273,
"name": "Output",
"params": {
"mono": false,
"offset0": false,
"gain1": 1.0,
"gain2": 1.0
}
}
],
"connections": [
{
"fromBlockIndex": 2,
"fromPin": "Control Output 1",
"toBlockIndex": 4,
"toPin": "Control Input 1"
},
{
"fromBlockIndex": 1,
"fromPin": "Control Output 1",
"toBlockIndex": 5,
"toPin": "Control Input 1"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 1",
"toBlockIndex": 6,
"toPin": "Input_Left"
},
{
"fromBlockIndex": 0,
"fromPin": "Output 2",
"toBlockIndex": 6,
"toPin": "Input_Right"
},
{
"fromBlockIndex": 5,
"fromPin": "Control Output 1",
"toBlockIndex": 6,
"toPin": "Reverb_Time"
},
{
"fromBlockIndex": 6,
"fromPin": "Output_Left",
"toBlockIndex": 7,
"toPin": "Input"
},
{
"fromBlockIndex": 4,
"fromPin": "Control Output 1",
"toBlockIndex": 7,
"toPin": "Rip"
},
{
"fromBlockIndex": 6,
"fromPin": "Output_Right",
"toBlockIndex": 8,
"toPin": "Input"
},
{
"fromBlockIndex": 4,
"fromPin": "Control Output 1",
"toBlockIndex": 8,
"toPin": "Rip"
},
{
"fromBlockIndex": 8,
"fromPin": "Smooth",
"toBlockIndex": 9,
"toPin": "Input 1"
},
{
"fromBlockIndex": 8,
"fromPin": "Raw",
"toBlockIndex": 9,
"toPin": "Input 2"
},
{
"fromBlockIndex": 3,
"fromPin": "Control Output 1",
"toBlockIndex": 9,
"toPin": "Level 1"
},
{
"fromBlockIndex": 7,
"fromPin": "Smooth",
"toBlockIndex": 10,
"toPin": "Input 1"
},
{
"fromBlockIndex": 7,
"fromPin": "Raw",
"toBlockIndex": 10,
"toPin": "Input 2"
},
{
"fromBlockIndex": 3,
"fromPin": "Control Output 1",
"toBlockIndex": 10,
"toPin": "Level 1"
},
{
"fromBlockIndex": 10,
"fromPin": "Output",
"toBlockIndex": 11,
"toPin": "Input 1"
},
{
"fromBlockIndex": 9,
"fromPin": "Output",
"toBlockIndex": 11,
"toPin": "Input 2"
}
]
}Cybercow
Well-known member
Thanks!
Digital Larry
Well-known member
If you are having "runaway" issues when using a feedback loop, put a 1-pole highpass filter somewhere in the loop. Not sure if that's the issue, just a general rule of thumb.