E Spincad
Author: a | 2025-04-24
SPINCAD SOFTWARE MJC Engineering and Technology, Inc. has spent years developing SpinCAD with easy operator use and productivity in mind. SpinCAD uses Point and Click Technology SpinCAD uses icon-driven Windows format SpinCAD means no prior CNC programming experience is needed!
GitHub - HolyCityAudio/SpinCAD-Designer: SpinCAD
Delay lineAnd Fibonacci series is 2,3,5,8...4th repeat of 2ms delay line will superimpose on 8ms line's output 5th repeat of 3ms delay line will superimpose on 3rd repeat of 5ms delay line.We'd be looking for prime numbers, not Fibonacci. Wasn't that what the MN3011 did? I never bothered to check, but I had the idea the taps on that were at prime ratios of the overall length.Damnit, now I'm probably going to have to go and find out!... SUPPORTER MN3011 was tapped at3966621194172627903328 1 person likes this. Is there an easy online way to plot series like396,1396x2,1396x3,1....Along with662,1662x2,1662x3,1... Quote from: Digital Larry on September 24, 2022, 10:47:47 AMIf you want "the best" digital reverb code for the FV-1, I suggest that you search out the code examples supplied by Spin themselves. However, one very interesting patch is the "mini reverb" which accomplishes a stereo reverb in only 22 instructions. This gives you plenty of room to do other things while still having a reverby sound available. For years I have looked at the delay line lengths and all-pass lengths and coefficients in every example I could find and just thought of them as "magic numbers" as I could not find any objective strategy for determining them.Auditioning different combinations via trial and error with Spin ASM is very time consuming as you would need to come up with up to 8 different settings, make 8 different files, build them and upload them to the chip, audition them and take some notes, then try to figure out where to go from there.I've come up with a block in SpinCAD (version currently unreleased) that lets you adjust nearly everything in the small reverb and audition it immediately without writing code and without having to burn it into a chip. Even if you don't want to subscribe to my pay site I think you will find this interesting. I sure did!Does this imply there will be a fresh release of SpinCAD Designer soon? Digging these new verb and delay blocks you're working on. Cybercow (moo)Don't let your talent take you where your character cannot keep you. Quote from: Cybercow on September 25, 2022, 12:45:23 PMDoes this imply there will be a fresh release of SpinCAD Designer soon? Digging these new verb and delay blocks you're working on.Why yes it does in fact Mr. Cow! It's scheduled for next week and at the moment it's only for subscribers. Part of that is down to me forgetting how to check things into Github, and the fact that the current state of the code (several things in half-baked form) is not suitable for a full release.Thanks,DL Quote from: ElectricDruid on September 24, 2022, 03:21:25 PMQuote from: Vivek. SPINCAD SOFTWARE MJC Engineering and Technology, Inc. has spent years developing SpinCAD with easy operator use and productivity in mind. SpinCAD uses Point and Click Technology SpinCAD uses icon-driven Windows format SpinCAD means no prior CNC programming experience is needed! SPINCAD SOFTWARE MJC Engineering and Technology, Inc. has spent years developing SpinCAD with easy operator use and productivity in mind. SpinCAD uses Point and Click Technology SpinCAD uses icon-driven Windows format SpinCAD means no prior CNC programming experience is needed! I built SpinCAD Designer on top of it, which allows you to treat SpinASM as an object oriented language. That's how the block concept of SpinCAD Designer was made possible. I wrote a companion to SpinCAD Designer, called SpinCAD Builder. This lets you make your own blocks in the SpinCAD Designer program, starting from Spin ASM. Visit the SpinCAD Designer Github page and install the SpinCAD JAR file following the instructions. Before you do any patch design with SpinCAD Designer, you'll want to make Although SpinCAD provides all the capabilities of the earlier C-based pulse programming methodology, it does not preclude the use of C sequences, which can be used in conjunction with SpinCAD. There is also a tool, vnmrs2c, that converts a C sequence into SpinCAD. In general, SpinCAD uses the same parameters as do the C sequences. However If you want "the best" digital reverb code for the FV-1, I suggest that you search out the code examples supplied by Spin themselves. However, one very interesting patch is the "mini reverb" which accomplishes a stereo reverb in only 22 instructions. This gives you plenty of room to do other things while still having a reverby sound available. For years I have looked at the delay line lengths and all-pass lengths and coefficients in every example I could find and just thought of them as "magic numbers" as I could not find any objective strategy for determining them.Auditioning different combinations via trial and error with Spin ASM is very time consuming as you would need to come up with up to 8 different settings, make 8 different files, build them and upload them to the chip, audition them and take some notes, then try to figure out where to go from there.I've come up with a block in SpinCAD (version currently unreleased) that lets you adjust nearly everything in the small reverb and audition it immediately without writing code and without having to burn it into a chip. I think you will find this interesting. I sure did! Wow, Great !!!I need a good, small reverb for my current project. 1 person likes this. I think what everyone needs to remember about those "magic Numbers". The FV-1 reverbs are very much down to the knowledge of Keith Barr who was the reverb expert behind most of the Alesis reverb gear. So while we can ask why those numbers? I just think he knew what worked.Great step forward DL in making a block where you can change all these numbers and test easily. I would suggest also trying numbers that fit with the 'fibonacci sequence'. Sanity: doing the same thing over and over again and expecting the same result. Mick TaylorPlease at least have 1 forum post before sending me a PM demanding something. Suppose the idea is that no repeat output from a delay line should match the output of another delay lineAnd Fibonacci series is 2,3,5,8...4th repeat of 2ms delay line will superimpose on 8ms line's output 5th repeat of 3ms delay line will superimpose on 3rd repeat of 5ms delay line.DL once experimented with 3-4-5 reverb There is some clue in the (ancient) literature but it seems more like rule-of-thumb than a specific scientific conclusion. 3-4-5 was a suggestion from one of the Kadenze courses I took but that was parallel comb filters rather than a reverb ring or all-pass chain.DL Quote from: Vivek on September 24, 2022, 02:27:57 PMSuppose the idea is that no repeat output from a delay line should match the output of anotherComments
Delay lineAnd Fibonacci series is 2,3,5,8...4th repeat of 2ms delay line will superimpose on 8ms line's output 5th repeat of 3ms delay line will superimpose on 3rd repeat of 5ms delay line.We'd be looking for prime numbers, not Fibonacci. Wasn't that what the MN3011 did? I never bothered to check, but I had the idea the taps on that were at prime ratios of the overall length.Damnit, now I'm probably going to have to go and find out!... SUPPORTER MN3011 was tapped at3966621194172627903328 1 person likes this. Is there an easy online way to plot series like396,1396x2,1396x3,1....Along with662,1662x2,1662x3,1... Quote from: Digital Larry on September 24, 2022, 10:47:47 AMIf you want "the best" digital reverb code for the FV-1, I suggest that you search out the code examples supplied by Spin themselves. However, one very interesting patch is the "mini reverb" which accomplishes a stereo reverb in only 22 instructions. This gives you plenty of room to do other things while still having a reverby sound available. For years I have looked at the delay line lengths and all-pass lengths and coefficients in every example I could find and just thought of them as "magic numbers" as I could not find any objective strategy for determining them.Auditioning different combinations via trial and error with Spin ASM is very time consuming as you would need to come up with up to 8 different settings, make 8 different files, build them and upload them to the chip, audition them and take some notes, then try to figure out where to go from there.I've come up with a block in SpinCAD (version currently unreleased) that lets you adjust nearly everything in the small reverb and audition it immediately without writing code and without having to burn it into a chip. Even if you don't want to subscribe to my pay site I think you will find this interesting. I sure did!Does this imply there will be a fresh release of SpinCAD Designer soon? Digging these new verb and delay blocks you're working on. Cybercow (moo)Don't let your talent take you where your character cannot keep you. Quote from: Cybercow on September 25, 2022, 12:45:23 PMDoes this imply there will be a fresh release of SpinCAD Designer soon? Digging these new verb and delay blocks you're working on.Why yes it does in fact Mr. Cow! It's scheduled for next week and at the moment it's only for subscribers. Part of that is down to me forgetting how to check things into Github, and the fact that the current state of the code (several things in half-baked form) is not suitable for a full release.Thanks,DL Quote from: ElectricDruid on September 24, 2022, 03:21:25 PMQuote from: Vivek
2025-03-31If you want "the best" digital reverb code for the FV-1, I suggest that you search out the code examples supplied by Spin themselves. However, one very interesting patch is the "mini reverb" which accomplishes a stereo reverb in only 22 instructions. This gives you plenty of room to do other things while still having a reverby sound available. For years I have looked at the delay line lengths and all-pass lengths and coefficients in every example I could find and just thought of them as "magic numbers" as I could not find any objective strategy for determining them.Auditioning different combinations via trial and error with Spin ASM is very time consuming as you would need to come up with up to 8 different settings, make 8 different files, build them and upload them to the chip, audition them and take some notes, then try to figure out where to go from there.I've come up with a block in SpinCAD (version currently unreleased) that lets you adjust nearly everything in the small reverb and audition it immediately without writing code and without having to burn it into a chip. I think you will find this interesting. I sure did! Wow, Great !!!I need a good, small reverb for my current project. 1 person likes this. I think what everyone needs to remember about those "magic Numbers". The FV-1 reverbs are very much down to the knowledge of Keith Barr who was the reverb expert behind most of the Alesis reverb gear. So while we can ask why those numbers? I just think he knew what worked.Great step forward DL in making a block where you can change all these numbers and test easily. I would suggest also trying numbers that fit with the 'fibonacci sequence'. Sanity: doing the same thing over and over again and expecting the same result. Mick TaylorPlease at least have 1 forum post before sending me a PM demanding something. Suppose the idea is that no repeat output from a delay line should match the output of another delay lineAnd Fibonacci series is 2,3,5,8...4th repeat of 2ms delay line will superimpose on 8ms line's output 5th repeat of 3ms delay line will superimpose on 3rd repeat of 5ms delay line.DL once experimented with 3-4-5 reverb There is some clue in the (ancient) literature but it seems more like rule-of-thumb than a specific scientific conclusion. 3-4-5 was a suggestion from one of the Kadenze courses I took but that was parallel comb filters rather than a reverb ring or all-pass chain.DL Quote from: Vivek on September 24, 2022, 02:27:57 PMSuppose the idea is that no repeat output from a delay line should match the output of another
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E S S W W H E Q S SG|(14)-------------||D|-----------------||A|-----------------||E|-----------------||Key to rhythm notations:W - Whole Note/Semi-BrieveH - Half Note/MinimQ - Quarter Note/Crotchet Q. - Dotted Quarter NoteE - Eight Note/Quaver E. - Dotted Eight NoteS - Sixteenth Note/Semi-Quaver S. - Dotted Sixteenth Note***********************************| / Slide up| \ Slide down| x Dead note*********************************** Impossible Germany bass tab What Is This?Impossible Germany by Wilco guitar bass tabs playing instructions. Who Is This Page For?Welcome to the bass tabs guide for "Impossible Germany" by Wilco! This page is perfect for musicians of any skill level. Dive in and master your favorite tunes with ease by using our bass tabs.What You Will GainBy following this guide, you’ll not only learn to play "Impossible Germany" by Wilco with confidence but also improve your overall musicianship. 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2025-03-25