Working on a Device in MSF: "Reproduction" of the classical analog mono synth Octave Cat

[] Peter:H []

Hi all,

I'm currently working on a little exercise which is inspired by Behringers re-releases of classic analog synths: I try to reproduce the Octave Cat in MSF.
To manage expectations - My goal is to reprode the signal path as close as possible. Don't expect it to be 1:1 in sound because this will not work in MSF. Additionally I have to do some guess work, when I'm not 100% sure how parameters work on the original CAT.

I've almost finished the basic Oscillator section with 2 Oscillators which are actually made of a mix of 4 basic waveforms. I'm a bit proud that only through the "GenCustomCMod" (my Feature Request) module I was able to implement the cross oscillator pitch modulation. Give it a try modulate oscillator 1 with oscillator 2. The other way around is not implemented yet.
There's still a lot of things misssing, like the filter section, LFO controls and several other things.
You can find the current WiP Device in the attachment wrapped into a zip file (s. PHU_CAT Synth 002.zip).

Would anybody be interested in the final thingy? Could such a synth go as "donation ware"?

BR
] Peter:H [

[Tyrs]

I really like the idea of recreating synths in MSF and a good recreation would finally prove MSF's usability. Now I unfortunatley don't know the original synth, but this device you've build has definitley character. Most devices, which are included in the MSF package sound (at least for my ears) often little boring and the presets are only little variations of the main sound. In your device I could make really good sounding presets within seconds. I have also noticed, while tweaking, that the synth produces lots of unforeseen noise, what I personally like a lot, as it reminds me of the chaos in the universe The only question is, if the original behaves the same way. If not, then someone might feel like this device is little buggy.

Would anybody be interested in the final thingy? Could such a synth go as "donation ware"?

Yes, yes

[] Peter:H []

I really like the idea of recreating synths in MSF and a good recreation would finally prove MSF's usability. Now I unfortunatley don't know the original synth, but this device you've build has definitley character. Most devices, which are included in the MSF package sound (at least for my ears) often little boring and the presets are only little variations of the main sound. In your device I could make really good sounding presets within seconds. I have also noticed, while tweaking, that the synth produces lots of unforeseen noise, what I personally like a lot, as it reminds me of the chaos in the universe The only question is, if the original behaves the same way. If not, then someone might feel like this device is little buggy.

Would anybody be interested in the final thingy? Could such a synth go as "donation ware"?

Yes, yes

Thanks a lot for your feedback, Tyrs.

Though it is only semi-encouraging to only have your single feedback. Seems nobody else is interested. Bad luck.

Anyway - You have mentioned "unforseen noises" - could you elaborate a bit on that. I would love to take a look on it and check whether I did something worng.

In the mean time - I have added a second beta to the attachments. I've added the the filter section including modulation options. Now you can use S&H or VCO1 to modulate the filter...

To get an impression what the original Synth is like, check out the two videos: and

Have fun!

[Tyrs]

Oh yes. With the filters it becomes really powerful. I'm glad to see, you're not completely discouraged

Tried to reproduce those unforeseen sounds mentioned before. Now all works fine, I guess it was an issue with my equip. Sorry for bothering you unnecessarily.

Thanks for the links, it's a pretty cool thing.

Now I am wondering, what is your approach, when recreating the Cat. Do you have a blueprint of the original or are you recreating it completely from scratch?

Viele Grüße
T.

[] Peter:H []

Oh yes. With the filters it becomes really powerful. I'm glad to see, you're not completely discouraged

I think I'm already to far into this to abandon it. It is extremely helpful to understand MSF better for me and it show some really quirky things. For instance I had to "invert" some modulators to work as expected, which was completely counterintuitive. And the "F1" help was not real help ... it required some trial and error to figure this out.
2nd thing - The 2 Pitch Modulators with 5 source already filled most of the modulator section...
Imagine rebuilding a synth little more complex would be really hard.

Tried to reproduce those unforeseen sounds mentioned before. Now all works fine, I guess it was an issue with my equip. Sorry for bothering you unnecessarily.

No, no, it's not bothering. I just want to reproduce it and in case it's a "bug" fix it. So if you come across sth. weird, please report them to me.
What I have figured out is that keyboard aftertouch produces some weird noises. If no aftertouch is sent everything is "stable". With aftertouch the sound becomes unstable.

Thanks for the links, it's a pretty cool thing.

Yep it is. Those behringer recreations, Model D, Poly D, Cat, K-2, Mono/Poly bring me close to triggering the "buy now" button. But thanksfully I can still control my GAS...

Now I am wondering, what is your approach, when recreating the Cat. Do you have a blueprint of the original or are you recreating it completely from scratch?

No, I don't have a blueprint of the original. I try to get how all is wired up from the yt videos about the original Cat or the behringer recreation. And the Cat is a good example of a classical analog signal path OSC, Filter , VCA. The Cat is not too simple example of this signal path and on the other hand not overly complex to figure out.
But again - My reproduction in MSF will never be able to sound truely analog or like 100% original Cat. All I can try is to rereate the signal path / structure to some extent.

For now I want to build the basic setup. Things still missing is the LFO controls, the ADSR, the AR and Oscilltor Sync.

After that I'm thinking about checking out the original Waveforms. Probably I will replace the MSF out-of-the-box waveforms with single cycle that are closer to the Original. Some of the yt videos show how the waveforms look like, it should be possible to come a little closer to them.

Viele Grüße
] Peter:H [

[] Peter:H []

And here's two simple classic analog sounding "bass" preset for the latest Version of my device (PHU Cat Synth 003). Please use with "lower" notes

Code: Select all

$eNrtXVlz2zgSfvevYNFT+7KxTQA8ayVNSbKVuNaKNKadZJ6mGAm2WaFIDUn52F+-BYCkeB866SmrUo5INoBGo9HobnyEOr+-LizuGbue6dhdHpwLPIftmTM37ccuv-IfzlT+995JZ6w7K3s+Mma+47552PdN+9HjTrs84LnT-uUlXvpPXV44FzX6UaGqyjx3emUbPy08vRwywpFp+dgdOZblvIwd2yElBIEV0WSkQMRzp58tc47vzAUmT4FAP0BRVIk+c34alndn-GQV6gvH8Z8GLjZY85nKGMHV69LFHutiIdHIxX+vsD17K6EZG6YNqp4LVQSVNcAqAlRFIFYRSFUEcgVBFY9VLFZxWMVgFX9KxXO14rlW9tyZf3-C2CohmZr+7GmA7XkZDVHKlYtLSPSV5xtmmdremYufpVV8w5YzM-23ycNDLtU3x5yZ9uPYmeMuT2bl8smxzdn6STjbruam77i6+T-c5QFStE+yguJ3rwzvrcsDVUSfFEHmuS9-3C89Y7G0qC0ReO7mVl9apu9jSg66PNBUmL4NaVtj4-VmNBlYzuwXaxBBnhtjH7ve0LEsY+nhue5jFzuMfGX55tRwjUWShDb7LbRuGtCgJvO9jr76ObVWj6YdGLReh13qScOWy4SOLTzz8ZyV6PLgk8aH5b3wCzcw7F9DZ2X7tKLRyrK+GsSiTfQhrdj7dW1T5tjtsTNfWYbLc7fYNhaEb8BzPyjBn+Rvr0MqFC62YRR9gg0Y1e8HOXxOvJlpWYbvFLEKq1g9ncx84xl7Xf6MXN3bpufYbJmIjVpBn3qd8eTy9No2fdOwpk+Gh7k179EapGkq3+vcCrFnnjsTuvxXx8eca9hzZ8EB-qLXuUhXxxrQ8cL0HRt7YQ1irHYpUTfkOdN+xq4PYu0MV57vLDhIr0GXHzq25xu2z3P3y749v3RebEr9SlYKwsctCOtDYX1sGjhL0OX783lY85X9zIGwWnLB2oDxNta1wlIub0aTdV0FLJJaUJ2+otp9vUhIuNfRn4wl5pipsrHnURslKzyn311Np7dX+tUdVa5nw1oRw8MGLqlb0Y1Ktb5zTcN+tHBCt8nXyYr1sFLPQU09-9DsD82mmp2vxltpsd7-nq-AYg0Fhh8K-KHA2ysw2kqDpyvLKzDCag0dRh86-E-Q4V7nzjVs78FxF4ZvOjbgrr5+C3UNMJ28hftXdHI5-T6OSSkaD1Q9HgmppQXFvdJoX4IAAlUAksYmznpICoVX3Z38msuHZV1ZI34vAhFVGIXtljUSHHHj6x88d20vV-56dtDLa3uOAx7X16xr62tIu72+RnQ06bXuY8MS1vT0GqSuYeoaBcaCmSkghd-pQ3YjiODMV+zy3GTlx1gjIU7sDszcQexObiglVlq3b461WmA6XirSgAqgKktS9ADRmoILmm5RBFWURBUIoibnm8CL2GhdRLHiNiMKK1ztotAX7DD0he8r9A2GjJofbe9LFWzDUsWMjiSLoqIpQJPhntYt1hLPvcLcBquXNNjSiBmKe4qYSzy1w4TL8dlAEpbvfzqAj+lwqCjlXcfZMc0XBUGUoKiqsqp+rAgfU+BggTrx4LI+OdrQJ2-gg4fTTkm53MoGHvfW-nV0AQM7sHfPWf-z65Cb6MNt7Y+wE-tTZHL2aHu-OqaHP2Mbu6R3HKhIFlHyWG5o08CBdB0BWZE0KChiYlQrGA4SHnlcAjlk82Y0oUyKNQfHNXxMdPhclURRBjJQNZ479d7sGXtOvlnYfvSf-vqrywPugitcHrz9GYkxdh8xHaOEVYAFViE260NpyalZDnNDRdpMYoIzW5K1AQ08z0v37TtmzZyyTXD9zSbb3xMCi4n2r0HqTt96dLq8bjkv1fagSnzEknGwwqaitbS0vBmQtYcCLZQrnLoJ1HwTCM4Fuh+-Xbd1Iknct+dfHGueVB6wTvvkKAuJdZJpGDlPIIn6mwkGVQpGN+d4+EShGeTy7snF3pNjUbiHWuSjXTRadzniF4CsVjCCz9gejp15weImVXZgbNrmYrUIkhHjlY8LzWJjVQY13YMSdyAca5QaapRrGPJUv9wuSJusDw3HD9IRTM-ruCLnLenRwCa7AwsW+OqRHj4Zto2twMLtZdj1fxmL5X++0P7G7JSaNy0L+ocKNnka9A-trX8MuMgVDF2kh4wsRxEjtdMqezPq8mfCuSxKBPYIBE0Vee70D2JWoKpqmqYoiqAQJ0A3-JVLt03oQ0ERoACBICCxLEAc7Tx1kdg3gKKGZFWQNUmUdx+wxSO1TEvVkZpYxPwWIVoYjY3K3KeyeCCDRTuJwdN+bJP1Fj4R-5LpIuSYgz8PusvuotTdgM2Lcj5-9E46fd83Zr8Ad0N9Tyq0ELILJVmVVUGQZBJhXdnP2HKWuNeZOqbtczOm3jw3soxHb9DlgQh47u5tybYCMBn3tyBsZiUShK8hdGJd70XAS8QVjHG1ZiC+tcjmfkAdlUONyqGonNionBiVkxqVk6JycqNyclROaVROicqpjcqpvRNCA7hLPDMolhogURMJhlsjGO4YolUSAFAViJAMFboXjBeO5eTFlMGIA1Y3jNWtAkEBSJCQBuJ116oOsupQHVrEaMU6tCKjlerQSoxWrkMrM1qlDq3CaNU6tGTIGLKeGN5IiKBaiFGp3knnZjRJ2IOSrAAlhk2IUTFxQCFWV6ecSyG1VFmfXEmhVFKo5RS3NN0K0iiI+MxSGQYiIAyLwLpFYFQE1S2CoiJi3SJE3-+L37yZYeEavVmTrovB+sVIn0JMe90mU-SpCmDDCuIc5K5S1DSJQFSDf1LZahYtd1EjvZM1P+E7AmmW4iThqwY-SojCVxZKSNibBIpYQsLetBFgCcn6XRsASsgCK1NCQXYkJg8PWQr6ghCzSJlnN6OJ1yN-BS72Pg-xmGhm5ysZYYtgAcJ3BaiTf2vYj5i6xNH9KFYJ8o9nHEWnnHH6-YD8pc2fcXECnSyLPPeNGRsh+DYwZr9WS+ZlX-Q6uvloG1Z691YsNoGs1Js9i9kSoiykj+w-r3fSGTq27zqWhV2P002CcI6iImZrUm9I9FI3BO4SPxgry19z-9l1CN-sjYXP99dDx3LcLo+U0UgQRiN6j738QWQLSS7MnJPo5-P9tW4s8K3zkpV8mJpZ-STL9RKHr2gErQY4FiQgTVGD26z8FLszbPteydiNjdeoHqnOUIZ4I+6MRegcucmSXDwX1EurioRCvf2k4NKSBIeVZAhozxMnOLwEYXMJgrQE4YF10XjJCu+AIkPNRQbTIkOHFRnFhORPYAYxU1RFQUdQP7G5LFFalmIkOm8GuLuVbdqPcQmORqqg5kowFNLn+2taRaZAniyHjuGSnau1LHUfL4NchKYkZDh44x5M1-O5ZcjsDpYy6j6Qq3A-OSY6QVSTwtu8sdBQVbRI-aJ7D49IP4O7YFc86P3vVc1LyqbNx7VXqcUOnUYVDJG9jgw-mwkh3FLOb7FkiojpKSLtb4rUsD4j08YFBnuvE2RIzdf+pkNQ-2GUf8+NpVV7X83l6HTOMKX0WUrrsxpP-COeXpG2hC6vU2ULb4Aur-+9MtzYLRjtfsTXXA4E-IwdurW5nhtXMlH23AWY5m8dNzM7EkWys4Nw4kXejLNyZ0XLCUpPlp+G-Ysjmy6JaXL16t8SmHKwBVJg4tD6kxki8uY45hYU2k0D6jOOwiPCyClm4MSY84DidfZ+u-62-DXRtCm4O5v-+4f09-OXO3v60mefSf+scxE1W4v9jVdE0hOOqBZIuBW93wJe+uqlGny7fDkqh5dxDoEK4qEV0GIci2uOHyOOp805br7qlTkCuYKG4lEkXYfPyySfKO4IS8oexL2xj5MvWajEOVbQcVS6nOOkSmtSXKUFac8qrQraVp5crtiRoB1F0JVcJkSN4roho6aCTq25anrN1cpC1k2Wz5hrWeVB3uBnbG0e81-T7WFa+-ZLCqznA+2yzUu4qSfWiItahr49rBxIKlX2uRVcHEgW1WazJXxUyyNl7rRMWlgojjGu7OdEiNG-TYQX34b0JYN4yL02jjBuHPvDwUhuFlskihwzttjaqvXjI3IMz6uOkekXRRCtcRBbwGHldGyDFMuVcZDgUIot8ueiqOZ7f4-Hj2cGNQLcx6NGAy3gsFI92yDFCvWEubZy-YmFIv1+-0jKeGwmq1QRxoZZEeK5FqhpR+G4WjW3kGl63za79V2y913itShIGYlNdgsSBd5RrDdARwptSMPHDyoOxEX1HDiQNCrc1fZEvv1WxJz9lsR6-aaxHsggWIDYYEMpEf3BLn85jKwmOZNq4s2SGbDBSFMbBnnKSJbEXQZ5OfuuW2wlqQA2GbkIIUgCc-IKS25YgADMDwwOlGQt5HKQ3DNQE3sG8KgebSHPw60CrvR8yeAJgFToODScAkUeQ-kEqOMxsNOYZHpyNkCKvFdHolrV4R5NY7HqHtZEF6tjYxOd2fIHctwDFWRhMMo1qUtjFoDipoaNLfaiEv1KnNg89WFnnpX7mxcZdpSy7ZCEu0zQe6N+GYKvAHELD4RyhOF-W0JrgZKRkrq5UApGsA5AlCI+YJ5FOLwcNwHYZvbegLaVHGsgauHB4ci50toAWwsyqXsoxKJYmAN3U0biQChdjloE-IRlwM-twV+wHNe4D7wZLEN2NlomYCalAcHWY98aRCPcH6IRHhDylzvitRpLj3b2zQNx90BA+AEEzAIBYZuBgLD1QED47oGAsClSTTyOkBtA044P-4ONkWjHBwDCxri0rSGA6WUgk46AUik2Df4jsGnwCNg02ApsGmwFCgu2AoUFW4LCgntBYcFM2gfKW8GwQHxDM2EIWofDSsfbu0ZkwZYjsuC7A+nAluM2YOvBY7D1+CH47mAl8B0A8uA7QGXBA8NzoJxZ+5QyeE7xanYMfA5LAkDy288ioL9Tezw3eOewHdgKdAhsBWIHtgIYAluCG4J7AajAzEYaguHMv5ly4aml6xmvCgNxNGq6oTGa5U5jQWU-Ca8ioEhN53GJuMIzWddfz9ZnPsVdOUGGUt7BH9lTVNCWUqlh7v7IlVFwtKssAwD2LKJb7Dm2Yc9w+akomWNRkLzb3PjNdJTNoMiCqhRsxBcFToki7Qicts2Oi63NjpfOuTYkx2sxuNvceHrmZPwupGyo81tnDfeWP6ynBztNH9Yb2aZLI8oujeqOMkThYMP2GThhf5mhWsN0vMRQLfbalBeqx-DuwkaUAQshbUON3oX5OlclRLxHBSIRHdGW9Q9vy6rDjfTQaZlb5GjQ-sw3nzE5Rxb7XPgDT3cuZnaAjBg7L3to+PjRcd+ufby4th8cbmp43ovjzrs8aWy4cl1s59QQHAn45f6vYf+O099s-4kTBHS+uLY9310tMDslvz9lLNCTwmMsEQ7dJXdLf+iIHG160hlT1mGv892c+0-kN4epWeOmLn6g4qI-yMNEEJJchIVOOhdj3VnZ8+A8fY8dYe-1Tv4PMHycvA==

Code: Select all

$eNrtXVlz2zgSfvevYNFT+7KxTQA8ayVtSbKZuNaKNKbtZJ6mGAm2WaFIDUn52F+-BYCkeB+6M2tVyhHJBtBoNBrdjY9Q599vc5t7wZ5vuU6XB+cCz2Fn6s4s56nLL4PHM5X-d++kMzLcpTPTzWngeu8+DgLLefK50y4PeO60f3mJF8FzlxfORY1+VKiqMs+dXjnmDxtPLoeMULfsAHu6a9vu68h1XFJCEFgRTUYKRDx3+tm2ZvjOmmPyFAj0AxRFlegz94dp+3fmD1ahMXfd4HngYZM1n6uMEVy9LTzssy6WEuke-muJnel7Bc3ItBxQ91yoI6itAdYRoDoCsY5AqiOQawjqeKxjsY7DOgbr+FNqnqs1z7Wq5+7s2zPGdgXJxAqmzwPszKpoiFIuPVxBYiz9wLSq1PbOmv+orOIB2+7UCt7Hj4+FVA+uNbWcp5E7w12ezMrFs+tY09WTaLZdzazA9Qzrv7jLA6Ron2QFJe9emf57lweqiD4pgsxzX36-X-jmfGFTWyLw3M2tsbCtIMCUHHR5oKkwexvStkbm240+Htju9CdrEEGeG+EAe-7QtW1z4eOZEWAPu4x8aQfWxPTMeZqENvsQWTcNaFCT+V7HWP6Y2MsnywkNWq-DLo20YStkwsA2ngZ4xkp0efBJ46PyfvSFG5jOz6G7dAJakb607a8msWhjY0gr9n9eO5Q5dnvkzpa26fHcLXbMOeEb8Nx3SvAH+dvrkAqFi00YRZ9gC0aN+0EBn2N-atm2GbhlrMI6Vk-H08B8wX6XPyNX947luw5bJhKjVtKnXmc0vjy9dqzAMu3Js+ljbsV7vAZpmsr3OrdC4pnvTYUu-9UNMOeZzsydc4C-6HUustWxBgw8twLXwX5Ug5ioXUrVDXnOcl6wF4BEO8OlH7hzDtJr0OWHruMHphPw3P2i78wu3VeiN4SBWxBVhKKKmP67C9Dl+7NZVOWV88KBqD5ywSqHycrfBDoKb2R5oZXDSi5v9PGqygoWUZO+opqKQuYimccS7nWMZ3OBOWaqHOz71EbJCs8Zd1eTye2VcXVHu-Vi2ktieNjApXUrvlGr1neeZTpPNk7pNvk6XrIe1uo5aKjnH5r9odlUs4vVeCMtNvrfihVYbKDA8EOBPxR4cwVGG2nwZGn7JUZYbaDD6EOH-w463OvceabjP7re3Aws1wHc1deHSNcA08lbuHtFJ5eTb6OEsOLxQPXjkRJesbzOkSQjCQqKCGB6YEplV9+bwoqrB2VVVxtuL0L51FiEzdY0Ehlxo+vvPHftLJbBamrQy2tnhkMWV9esZ6trSHu9ukZ0KOm1EWDTFlb09BpkrmHmGoWWgtkoIEXf6UN2IwzfrDfs8dx4GSRYI-FN4g7M3UHsTmEcJdaatgfXXs4xHS4FIQ2oAKqyJMVPIK0qvKDJGFUCCABNQkhC8ROahpFlRUaqqCJNlopN40ViIC-iGHKTwYY1LnhZSAy2GBLDYwyJY7vU5QGsXMPCIaQzVtv5kgYPv6SF5kmGiiAomgwlQdvtMse9wcIG65c+eKSRNRR3FFlXeHTbDKvXmx0k0fnrTw-wMT32Fd38AvH5WjNBFARRgqKqyqr6sWJ8TIm9BfzE48u792hN976FOx9NQyXjvStrOO+bu+oqFFUBAVGTyQ5ZwlU-lwRJEyQJABWAtN8uCoKiSqokykDZi3du-PF1yI2N4aY2TNggP7OyWWVmaof2+6tr+fgzdrBHeseBmkQVJU-kpdYNTkjXEZAVSSOxd2pUaxgOky1FXAI5YvNGH1MmxYaD45kBJnp-rkqiKAMZqBrPnfrvzpQ9J99s7DwFz3-+2eUBd8GVLin+7gzLCHtPmI5RypLAEkuSsBSRtOSMZYCF4ShtJmUUmP3J240W3uyl9-4Ns2ZO2Qa88e6QrfcxgeTEe+cgc6dvP7ld3rDd13p7UCc+Yv04WGOH0UpaWtEMyNtQgRYqFE7T5O3KbCYtJTgXKBZgs24bRJK478y+uPYsrTxglXUqUBYSP6WzQHKRQFL1txMMqvf8rBkePlNYCLm8e-aw-+zaFGqilvl1F63Wao74EiCvFYzgM3aGI3dWsiBKtR0YWY41X87DhMdoGeBSs9halUFDl6LChYjGGmWGGhUahiLVr7YL0jrrQ8vxg3QEs-M6qchFS3o8sOnuwJIFvn6kh8+m42A7tHA7GXbjH+Z88a8vtL8JO6UWTcuS-qGSDaYW-UM76x8DTXIlQxfrISMrUMRY7bTa3uhd-kw4F4FCIJdA0FSR505-pxkUmcDGVAEAiTgBhhksPbplQx5CQRGgAIEgILEqqNS3nv7I7UltNa5LBHQNYzixjMUNgrcoTtOrnKQqrz+HdjtJAOC+b5I-Fz4RL5JpHOSYGz8Lu8vuoszdkM2Laj6-9046-SAwpz8Bd0M9TCq0CBQMJVmVVUGQZBJ7XTkv2HYXuNeZuJYTcFOqxDLP6bb55A+6PBABz929L9imAiZD-R4G1KxEivAtAmes6r0IeYm5ggmuVgwkNy-ZDA+p43KoVTkUlxNblRPjclKrclJcTm5VTo7LKa3KKXE5tVU5tXdCaAB3iacmRWsDJGoiQYlrBCWewMxKAgCqAhGSoUJ3m-Hctd2iyDEcccDqhom6VSAoAAkS0kCy7kbVQVYdakKLGK3YhFZktFITWonRyk1oZUarNKFVGK3ahJYMGcPuE1sbCxHUCzEu1Tvp3OjjlD2oiP0pMWxDjMqJQwqxvjrlXIqopdr65FoKpZZCraa4pYlYkMVZJGeWylAWIWFUBDYtAuMiqGkRFBcRmxYh+v4f-O5PTRs36M2KdFUMNi9G+hSh5ps2maHPVABbVpDkoHCVoqZJBKIa-pOqVrN4uYsb6Z2s+IneQsiylCSJXmb4XkEUvRRRQcLeVVDEChL2Lo8AK0hWb-MAUEEWWpkKCrJXMX58zFPQV5CYRco9u9HHfo-8FbjEG0PEY6L5m69khG2CKojeRqCu-K3pPGHq+Mb344gkzDKecRQCc8YZ9wPylzZ-xiUJDLIs8twDMzZC+G1gTn8uF8yXvuh1DOvJMe3svq9YbgJZqXdnmrAlRFlIH9l-fu+kM3SdwHNtG3s+Z1gEQx3HPszWZN7B6GVuCNwlfjSXdrDi-rPnEr7ZOxGf76+Hru16XR4pui4Iuk7vsddLiGwhyXhZMxLjfL6-Nsw5vnVf85KPEjDLH2S5XuDoJZCw1QxYht5m5SfYm2In8CvGbmS+xfVITYYyAjVxZywO58hNlsriubBeWlUsFOrtpwWXlSTYryQjyHxenHuUG2wvN5CVG9yzBpqvxRoY4rBUICvq-iWJ2ksSZiWJ9itJCi0plmUaubZvWYrtZYmyshRj0flTwN0tHct5SkpQ11VBLZRgJKTP99e0ilyBIlkOXdMjm1UrWRoBXoSJCU1JyXDwzj1anh9wi4jZLaxr1JcgV9G2c0J0gqimhbd+Y5HVqmmROkn3PtZJP8O7YFs8GP1vdc1LyrrNJ7VXacQOnUY1DJHtjRw-6wkh2kUubrFiiojZKSLtboo0sD665eCSpW+nE2RIzdfupkNY-36Uf8eNZVV7V80V6HTBMGX0Wcrqs5rM9SOeXpG2hC5vUGWLboAub-y1NL3ELRhveCTXXA6E-Ixcupu5mhtXMlH2wgWYJnNdLzc7UkXys4Nw4sdOjrv0pmXLCcpOlh+m85Mj+yypaXL1FtxSFBtfZeLQ6pMbIvKiOubmFDFOo+szjiIiojAqYeDEhPOAknX2frt+WPwca9oE3J3N-vld+uvly50zee2zz7h-1rmIm23E-torIukJR1QLpNyK3m8hL331Ug2-Xb4elMPLJIdABUkvF2gJjsUVx08xx5P2HLdf9aocgUJBQ-Egkm7C52WaT5QMayVlB+Je28cplixUkhwr6DAqXc1xWqU1KanSgrRjlVYFbSNPrlDsSNAOIuhaLlOiRkndkFFbQWfWXDW75mpVIes6y2fCtazzIG-wC7bXz55c071iWvvmSwps5gNts81LuK4n1oqLRob+eFjZk1Tq7PNRcLEnWdSbzSPho14eGXOn5XLEQnmMceW8pEKM-m0qvHgY0ncRkiH3yjjCpHHsDwe63C62SBXZRmyxksy6UcbG9q2fHJtD+GBNzE2-LJY4GlfxCDisnZjHIMVqZRykOJQSy-25KKrFfuDT4SObQYNQ9+mgccERcFirnscgxRr1hIW2cvVJBCX9fv9AynhoJutUESaGWRGSWReoaQfhuF41N5BpdmM3vyNesSVe4b8oSNHFNvsGqQK-UNQ3QAcKckjDhw8v9sRF-RzYkzRq3NXjiYH7RxF99o8k6uu3jfpADuICxBZbS6k4EHb5y2FsNclhWGN-ms6FDXRNbRnuKbosidsN94Qtbiqp5OCE5iMXAwdJiE7eXykMCxCAxYHBntKtpVwO0rsHamr3AB7Uoy3lebhRwJWdLzlkAZBKHYeWU6DMY6ieAE08Bjo+skKO7BYVQQE7dSTqVR3u0DSWq+5+TXS5OrY20bnNfyAnPVBBFgZ6oUldmNMQHjcxHWyz95foV+LEFqkPO1St2t+8yLGjVG2MpNxlguPT+1VYvhIgLiyGQbKjMBQkiXCn0D0Y-bchEBcoOeGp68uqZGCbAEspJKRYqOlTRPYt1HVQurmdOqBtJNQGsNxi0aWPWdm36NaA5YJc1h8KibAXFiDlFF0cCJXr1-qYUXbskbQrgBysQpBujiKD1QDJXQDXYBVEtNUqA3MZEQg21oSjgUbC3UEj4R6xg4Uj3qix7Gjn32wQt48ohB+IwjyiEB4zohAePaIQ-vKIQtgW8iYeRsgtMG6HxxHC1pC2wyMJYWuA28ZYwuwykMtmQKkS5Ab-FiA3eACQGzwKkBs8CjgXPAo4FzwSOBfcCZwL5rJGUN4IzwWS+6EpQ-B-B+iCRw7ogr8cxgceOewDHj32DB49-Aj+cqgU+Avg+eAvAOqCe0b3QDm39ilV6J7y1ewQ8J5wa5X8ZjVSgIYO6QZvHfUDjwJcAo8C8AOPAlcCjwR2BHeCb4G5DTcEo5l-M+GiE09XM14VBqKut93e0KeF0xgARH-KXkWg9TEtFdKKjnNdfT1bHSSV2o4imykFB4jkT2NBGwqlgbX7vVBE6VNhdyqiW+y7julMcfXpKrnjVZC83dT4zUTPJ1BkQVVKtvHL4qZUkeOImzZNjotHmxyvnHPHkBtvxOB2U+PZmZNzu5Cyps5vnDTcWfqwmR5sNXvYbGTbrowovzKqW0oQRYMNj8-ACbtLDDUapsPlhRqxd0xpoWYMby9qRDkYEdLW1OgtmC9wQPPV37-5qg8wsqOl5W6RI0b708B6weQ8Whxw0c9B3XmYTX0ySOzc7aEZ4CfXe78O8PzaeXS5ien7r6436-KkseHS87BTUEN4muCX+z+H-TvOeHeCZ04Q0Pn82vEDbznH7LT9-oSxQE8cT7BEOPQW3C39WSRyROpJZ0RZh73ON2sWPJMfSKaWjJt4+JGKi-58DxNBRHIRFTrpXIwMd+nMwnP5fXYUvt87+R+2VcfV

[ElVincente]

I had fun with your device.
Loved the retrogamy sound I got here :

Code: Select all

$eNrtPWtz2zqu3-MrNMqZ-bJNIpJ6zrW9Yztxm9m49omStvvpjGoziaay5CPJedxff4eknhb1suNH98bTSS0JBEEABAEQojv-el04wjP2A9tzuyI4l0QBuzNvbruPXXEVPpzp4r96J52x6a3c+ciahZ7-FuAwtN3HQDjtikAUTvuXl3gZPnVF6Vw26EeHuq6KwumVa-108PRyyABHthNif+Q5jvcy9lyPtJAk1sRQkQaRKJx+duw5vrMXmDwFEv0ATdMV+sz7aTnBnfWTITQXnhc+DXxsse4LyBjA1evSxwEbYinQyMd-r7A7e6uAGVu2C+qeS3UAtRhgHQCqA5DrAJQ6ALUGoI7GOhLrKKwjsI4+rea5XvPcqHruzb8-YexUgEztcPY0wO68CoYo5crHFSDmKggtu0pt7+zFz0oU37DjzezwbfLwwIX65tkz230ce3PcFcmsXD55rj1Ln8Sz7Wpuh55v2v+LuyJAmvFJ1VD27pUVvHVFoEnqJ01RReHLn-fLwFosHWpLJFG4uTWXjh2GmIKDrggMHa7fhrSvsfV6M5oMHG-2i3WIoCiMcYj9YOg5jrUM8NwMsY89Br5yQntq+dYiD0K7-RZbNwMY0FDFXsdc-Zw6q0fbjQxar8Muzbxh4xJhYgfPQjxnLboi+GSIcfsg-iIMLPfX0Fu5IUU0WjnOV4tYtIk5pIiDX9cuJY7dHnvzlWP5onCLXWtB6Aai8IMC-If87XUIQuliG0LRJ9iCUPN+wKFzEsxsx7FCr4xUWEfq6WQWWs846Ipn1IDjhR16LruGonB679qB57J1IyPGkkH2OuPJ5em1a4e25UyfrAAL6WCSRckwdLHXuZUyzwJ-JnXFr16IBd9y595CAOJFr3Oxjo51kFAZY5Az2JUcbigKtvuM-RBk+hmugtBbCJBeg6449NwgtNxQFO6XfXd+6b24FPqVLB2EjlsQ40MxPjYvvCXoiv35PMZ85T4LIEZLLlgfMNvHK4ixwkoqb0aTFFc9iagSWTRkVIMv5nnC4V7HfLKWWGC2y8VBQI2WqomCeXc1nd5emVd3VNueLWdFLBFDkle25Eatnt-5tuU+Ojin7OTrZMWGVqv4oKHif6g6X48+VJ2v11uptdn-ztdouYFGww+NLor3Q6ML+NpqNNpKpacrJygx03oDpUYfSl2U8H+PUvc6d77lBg+ev7BC23OBcPX1W6yDgHZ2cQt3qPnkcvp9nOFSIg9UL48c1zKMomNj-DqXJQTzouCiIkxDtUzLY6wWQ4qkEX0XEStqrMF2CxwJpITx9Q9RuHaXqzCdBfTy2p3jiLb0mg0pvYZ0uOk1olKj12aILUdK4ek1WLuGa9coMgrMPgEl-k4fshtRtGe-Yl8UJqswQxoJhzJ3YOEOYne4YZdca9a+ec5qgZmcEDR0QzUkDcLkCU3nIF1VDM1AOpDl5AlN5GhQ1SUZQKSBFJscWeGiFbzICPIiCTm3ETbkW35YF0GDd4yg4XFE0EPshmR1ks7Vqnharly7IhFSqRv88b-jUgY-lrLRpJbEd3PM0rGW+Gf54BrKOwquK1y294ys8xNioylAMqG--xzgeBAlevExB3ai8HsJu7dXd1mSZAXKuq7q+oft-9D7rWNz4qAVvXG0oTfewvuO55q25mxrG-jaXHeslWetAajKSNV0oIK8Z60jBcqGJEMgq3nPGikqgkBHhlQyFd-Zlzb-83UoTMzhtnZKes9MSmqb+DyoUd7tjPZXzw7wZ+xinwxXAHzOJDkmCp5JKW0aW5ChI6BqigElTc6JuYbgKC3CoxKoMZk3owklUm4oLd8KMRHUua7IsgpUoBuicBq8uTP2nHxzsPsYPv31V1cEwoVQoq+9TlAlq+0MzRj7j5jKKGdZYIllyViOmFvqmqWAPKeUdZMzEsweFe1ICz-10n-7jlk3p2y73XxzyUb7hBTgJDvlYO1O33n0uqLpeC98hrfQHGoNBVhjl1HKLYM3A4o2VaKNuMxpmndNzWjWcoJzie78bzdsk3AS9935F8+Z55UHpEkjjrKQyCifxFF5DMnhb8cYVG9G7TkePtEiEHJ59+Tj4MlzaGGJXua-XbRauwXiW4CiVjCAz9gdjr15YR1gC6RSO4Cx7dqL1SLKUIxXIS41i61VmUN0uSHguxSxrNGaqBHXMPBUv9ouKJusDy3lB6kE1+d1VpF5a3wi2PxwYEHSsKGkh0+W62InsnA7Ebv5D2ux-J8vdLwZO6XzpmXJ+FBhfKjt+NDOxsdKJIUS0SV6yMA4ipionVE7mhExrzokdZV-EmMCiaU9Na1w5dMtFHpP0iQoQSBJSOaPjQVyo3dPXOS2FlSkwPcP36IeYK6H+lBO5hBLqTRUXQFwq1AuN+oUHw3lRlV+U1VkUCh3O8lUwP0oUQ+erAsZcekTcSyZEkKBefbzKPxkd9Ha3YhMrg+YJeqk0w9Da-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-KXdnwlZAJMsgKLwjZk0Kfo2sGa-VkvmW1-0Oqb96FrO+nauXLAPSfKNtXpzZxlbQpSFjJH9F-ROOkPPDX3PcbAfCKZNqqOTwIfZmrXXLXprNyThEj9YKydMqf-se4Ru9vrD5-vroed4fldE2mgkSaMRvcfeJCG8hSTdZc9JgPP5-tq0FvjWeylyPs6+rH6ShXmJ4-c9ol7XCl3obdZ+iv0Z2USrkN3Yek3wKE1EGRckCWcsCBfITZbHEoUIL0WVMIX69XnGrXMS7JeTcTE8n5356qB9sxO2ZydYZyfcs2JaL3xO5qup9s1J1J6TcJ2TaL+cpIUkRV7ukWlye6ahdabJCY+CGRDuVq7tPmZZNRrpks5lVcyNz-fXFEWhAY9pQ8-yyU5VyjQzxMsoL2Fo2Zmt5dVw8CY82H4QCsuY9AreNl3lqGdBruJtwQwjJVnPs3LzzmIbVtMjdZnuAzwi44zugveiwex-r+te0TbtPqvLWiNy6OypIYjsdBToqaCiotd4h5nfY8WEkdcnjLK7CdPA6IxsF5eYnJ1OEFrfs8PpEOEvSHsnyr-jztZVe1fdcXSaI6Y1fVbW9VnPpv2RSK9IX1JXNKmyxTdAVzT-Xll+5hZM9j6yS60AInrGHt3YTOfGlUqUnTc3WBLX8wuzI9ekODsIJUHi23grf1a2uKCELYV15afl-hLI5ktuwly9hrekTiTaCikxdij9FIRF3lXHwoJWgdOo+0ygZRJxeJUxdXJ25cvi7P1x-W35a2IYU3B3Nv-nD+Xv5y937vSlzz6T-lnnIum2EfkVGsWd+mk93MKbC0TJQM7d6P0R0dLXL-Xo2+XLQSm8zFII9MxUO9eBkaFYTil+TCietqe4-frHsYGFYeQYDeWDcLoJnZd5OlE2qlC0HbB7Y2+Hz1mY9Ts1DR1Gpaspzqu0oWRVWlJ2rNK6ZGzl03HZjiTjIIyupTLHapTVDRW1ZfTa6quvr75GVcy6yUKacTKLq2Xel7zBz9gpcSYbxK-XdAuZYt9+SYHNvKH37PMSbuqTtaKikaE-HlL2xJUaazc8Cir2xIt6s3kkdNTzY83cGYXcsVQebVy5z7lgo3+bCzS+DekLC9ngOzWOMGsc+8PBSOUax9IoI9ekaDc3iTIKwXnLKGNr+9bPyuYQPlgTc9MviyWOxlU8AgprJ+YxcLFaGQc5ChWY3RGTdb4f+Hj4yGZQxtj9kVmjnkdAYa16HgMXa9QTcm1l+skEJf1+-0DKeGgi61QRZsSsSdmsCzSMg1Bcr5pb8HR9Z7e4U16xVV7hv2hIG8lc-6VkByHXoOi9HG3UN0AHCnJIx9WO7D7Ciz1RUT8H9sSNamXoH08M3D+K6LN-JFFfv23UBwo1LkAuD-sKm0y5OBB2xcthYjXJWVaTYJbPhQ1Ght4y3NNGqlJhMA8R7uXSreTN5OaSSwoKSYhO3nPhhgUIQH5gsKd0aymVg-zugZ7bPYAH9WhLaS7dAtskKQwKNQZAKXUcWk6BMo+hegI08RhYzdhO3Yd6BYc7NIilvQ72a5hL6Ri2NsyFzX+gZv1OSZUGI54WmUtrFlXFTS0XO+y9JfqVuK48pWHHo1V7mRcFcrRSvWf4UmJJ+d6ozyU2KuHjUWWufhapKp6SwSO2XKqtCvlg-N+WZblAKzBP35xXJYJtUk9KS0L4TM0fMLJvpm5SnFvYnwPGVkxtUI3LZ13uBJZ9c26DYlxQSPVDKRPrQk6hnDaSB-wi3JhHPI41LyBVkKZGH21XhXKwPK55j2oyWOWf76aADZYHJi1XG1jIh0CwtUpsWiLJfgdoj3rAqcR7Px3YYQFjUf6NOluXfSEEhPL71xnC464zlA5cZwiPuc6wOGMKiYfSIGs-tULwt68zLM7lwggOXWIIW1a+Hb66kGePCzQfWX0hbF32tnWF4fqCUMhxwPIcx4a2-QhL3+ABSt-gUZS+waMo8oJHUeQFj6TIC+6kyAsWskpQLff1GlR5gewuac4Q-L8r84JHXuYFf7vKH3jkxSDw6CvS4NEXJcHfrlYF-gZVfvA3KPWCe675gWph7avYwqhazf47in7gAYp+4FHUlsCjqPeBR1FWAo+k6gjupLwFFnbeEIyn+M1UiE9BTae2Lg3kEXdftWqjYzQrzFe2MdR28lbwKD7YNf16lp4qlXXUJBUqHFag4hksaEtWNDBmf3IZQ0+K3SlnbnHguZY7w5XqgQpHrKCKcGiT1PfNdFRMi6iSrpVs3pdFQ7kmRab-jilv+WhT3jyFSqYaN21Y4j29HJLA9014r8+cgjOFtA11futUID0ACKi7cZSa6cK75gWbSbftUoiKS2HFcSKtUj+xwOGxGbkdJHoaCedweZ5G5B1TmqcZwe8XBaJC2RAyNtTjdzFcUD6g3erv327VhxLrAjMKt8gZo-1ZaD9jciAtDoX4x6DufMwcGyIndsT20Arxo+e-XYd4ce0+eMLUCoIXz593RdLZcOX72OVgiM4N-HL-17B-J5hvbvgkSBI6X1y7QeivFtgNSfv+NCaBIWJX15dd0ceh7z0Sk0MPHs+QS6j3l8It-cEkcn7qSWdMhwXpofdj4dIOlo71NrZe2Q9EULZ8t+fhE-lNZGr4hKmPHyiT6U-+MMbFIBcxupPOxdj0Vu48Org-YGflB72T-wMUcOAP

I'd love to be able to adjust modulations more precisely

Thanks for sharing

[] Peter:H []

I had fun with your device.
Loved the retrogamy sound I got here :

I'd love to be able to adjust modulations more precisely

Thanks for sharing

Cool perset, thanks, ElVincente.
And you are completely right. Control of LFO, ENV and AR are still missing. That is next on my list.
On the Todo list are:

• ADSR controls for attack, decay, sustian and release
• AR controls for attack and release
• LFO frequency and LFO delay
• Oscillator Sync
• Switching OSC1 on/off, i.e. use OSC 1 as modualtor only but not as output
• Detaching OSC1 from keyboard pitch, turning it into a second LFO basically

Does that sound promising?

[ElVincente]

Yeah nice! looking forward to it!

[MeldaProduction]

When you finish it, send it over to me please info@meldaproduction.com

[Tyrs]

It is extremely helpful to understand MSF better for me and it show some really quirky things. For instance I had to "invert" some modulators to work as expected, which was completely counterintuitive. And the "F1" help was not real help ... it required some trial and error to figure this out.

I know, what you mean. I only recently started to build my own devices and I am still struggling with basic stuff. E.g. it's still a mystrery for me, how to to wire the single building blocks like your above mentioned GenCustomMod, to get an audible effect. Tried different ways, but I'm not getting any effect. Even when analysing most of the devices included in the MSF package, they rarley using any of the exotic modulators. Finally I mostly end up using the Merger, which at least works for me.

So I would just love Melda, Chandler or you to make a tutorial about the different modules and how to use them or at least how wire them. This I believe would also help the community to grow.

What I have figured out is that keyboard aftertouch produces some weird noises. If no aftertouch is sent everything is "stable". With aftertouch the sound becomes unstable.

This was it

No, I don't have a blueprint of the original. I try to get how all is wired up from the yt videos about the original Cat or the behringer recreation.

After that I'm thinking about checking out the original Waveforms. Probably I will replace the MSF out-of-the-box waveforms with single cycle that are closer to the Original. Some of the yt videos show how the waveforms look like, it should be possible to come a little closer to them.

Can't wait

Once your Cat is finished, are you planning to share also an editable version with the world e.g. on donationware-basis?

[pizzatime]

I agree - I would love a series of articles / tutorials about what each module does and good uses for it.
Would be a great overview for everyone and could be updated as new modules are added.

[David]

I agree - I would love a series of articles / tutorials about what each module does and good uses for it.
Would be a great overview for everyone and could be updated as new modules are added.

DITTO! Been needed from the start, IMO. But better late than never:)

[David]

Easy to get some really crazy s&*t from this thing, Peter!

Code: Select all

$eNrtXVtzm0oSfs+voMipfTlxzMxwrZW0hW6OTixLNnYS5+UUlsYSxwgUQL7k12-NIBA3cdE9u1GlHAE9PU1Pd0-3zAeq-ed1ZjLP2HEN26qz4CPHMtga2WPDmtTZhfd4JrP-abyr9TV7YY27+siznTcXe55hTVzmfZ0FLPNebbfx3JvWWe4jr9CPDGVZZJn3HUt-MPGw3fIJu4bpYadrm6b90rctm7TgOL+JIiIJIpZ5f6Eb1mDh1dkzAD7KApIQD4AgkSumMca3xgyTdoCjHyBJskCv2Q+66d7qD35X2sy2vWnTwbovWKobn6DzOnew69-8WqKug38ssDV6y6Hp64YFiq5zRQSFHGARASoi4IsIhCICsYCgSMYiEYskLBKwSD6p4LpccF3Ju26Pv04xNnNIhoY3mjaxNc6jIUa5cHAOibZwPd3IM9tbY-aQy+ILNu2R4b0NHh8zqb7YxsiwJn17jOss8df51LaM0epK4G2dseHZjmb8xHUWSEj6ADjARU93dPetzgJZQB8USWaZT9d3c1efzU0aZjiWuTRmhocdyu3yRpubhudh2hTUWQiRmDwNKWlff73sDpqmPXrye0eQZfrYw47bsk1Tn7t4rHnYwbZPvjA9Y6g7+ixOQkX4EgRBBShQEdlGTVs8DM3FxLCWca9R8w+1ePzLFELDJh55eOy3qLPgg8IG7d3gC9PUraeWvbA8yqi7MM0rnYS3gdaijN2nnkWF80-37fHC1B2WucGWPiNyA5b5Rgnuyd9GjTDkzrcRFH2AFQTV7poZcg7ckWGaumevExUWifp+MPL0Z+ySWYBl3t9Zhmtb-mwSGbU199So9Qft9z3L8AzdHE51FzMr2cOpSlFktlG74SLXXGfE1dkr28OMo1tje8YA9rxRO0+y8zvQ8MzwbAu7AQc+wl2I8YYsY1jP2PFApJ-WwvXsGQPpMaizLdtyPd3yWOZurlrjtv1iUepXjqrtlU4OvCzzvEykugEBdxRw953CnoM6q47HQT8d65kBQSfkwO8RRnsM+oCJPmDuHVx2ByvOa8WncgsclBUkyQBJAuWMyugGVdJNso-z2Cg1atpUn2PGj30Wdl0a9ESJZbTbznB409E6t5Tbs24uSCTzBz9un+GJQte4dQzdmpg45h-kK01uYAlfASV95bd3-PaOnXlHtits5Qma+jXbCfgSTgB-O8FvJzgNJ0BbecFwYbprJgO5hB+g337w-+gHjdqto1vuo+3MdM+wLcB0rr4Etgk4qvMbeBxnIYfDr-2IbsMxRcVjGtN1Wr3+ECqcJMD4EK5Vb7Wbi7DOH7kVt5SoCUbnS4UUhJHtJlNSGjL93jeW6VnzhbfyJ3rYs8Z4eZurY-9uVseQ3unqGNGxo8eah3WTW9HTY5A4holjtAwvfmADQvCdXvRPLOtX4xU7LDNYeBHRSIEXOQNTZ5B-JrOQ5Avj4RfbXMwwHSmRF4AIoMKh5fIGuQJ9S0cQCjIn8gIMr6Dl6IaXwiu8f0WUJB4oSODl7OB6HhnV87Ci3mbkYUExsW6BAOxwgQD+WgsEyyGjQUnZ+yQIT20SFCUBIrj7SRBEJsFIH8WT4Mbi72iCS7AttUYA+T2tEeTkhIdZIIh6BwmKv757gN-usX-32IcvHHmVIOIJPMfxAuRlWZTl3zPGb5fYwiXQtrk+TOf6aMNcv0JuH7ihlEjlpQ0y+e3zdiDwPBJFgRfleNqOZEVReJFTeAXF03ZAE30eiALiD5Kca-dXLWagtbYNYdxOQti6qLXH8H1lGy6+wBZ2yN0xoGCli5JHFrY2rU3IrSMgSoICOYmPjWqBwMsVmSwpgRiIedkdUCH5koPj6B4mZv9RFnheBCKQFZZ5775ZI-86+WZia+JN--67zgLmnFk7w7j7iyt97EwwHaNYIIFrAkkkUATaEhOBAWZWo7SbWEzww086bFRIZtvO21fsd-PehyZobxYBJQwIjCkEFYDEGdWc2HVWM+2X4nhQpD4S-BhYEIbRSltKlgekQyhHG2Uqp+zq7ypqRiMl+MhRYMR2t60RTWLVGn+yzXHceMBqBSrDWCCfXBESsxQS419NMahQMZoxxq0pBcyQw9upg92pbVIQjizLWytnoLUYklGAtFX4BBfYavXt8Zr5UCi8gb5hGbPFbLne0V94eG1YrGzKoGRGkZNBBGONEkONMgNDlunnxwVhk-mh4vhBOoJJv44actaUHg5s-Hbgmgm+eKRbU92ysLmMcHsZdu1f+mz+70-0fiNxSs5yyzX3h9bsUFW4P7S3+-OBpsyaoQvt0CfLMMTQ7JTCu+nS6gCSzPSafqVJqqZ7C4du2JBzkJM4yEHAceuyUb-e6+586SO+n7PfvTChZD3HF4gpImG7+i3OhtZr3bxsKS-9T2EA30Vggd+2WUfnPpB00jc9yPj5PEUingdnUeLsUszzfDm-Nd7VVM-TR0+AuaSpJlVggJuGgiiLMscJIqnBOtYzNu05btSGtmF5zKjOnnEfRZbpmvrEbdZZwAOWuX2b+5sLmBjB2xIP4reIEb4GUJEV3-OlLKFUMCLVSoDotqY-bEvqsB2q1A6F7fhK7fiwnVCpnRC2Eyu1E8N2UqV2UthOrtRObrwjNIBp45FOAe0A8QpPgPQKAdJHYMUCB4AsQYREKNF9aDyzTTurhFyOOPB5wwhvGXASQJyAFBDlXYod9NmhMrTIp+XL0PI+rVCGVvBpxTK0ok8rlaGVfFq5DC0ZMv-xBhKFQyWCYiWGrRrvapfdQSweJKkpBVxPEZSeEo3zlBoV8uMr8RMK+YmFFFIhhZxPcUOXZUESdxH1J9lHXSwJgyawbBMYNkFlm6CwCV+2CbHyz-jNHekmLnE3K9JVM1i+Gbmn4HGCsl0m6BMMYEUGUQky5yYakHjAy8t-Qt4cFk5yYSeNdyt5gsczkiJFSYKnPL7lEAVPi+SQ+A9xSHwOif+QEwdzSFaPOQGQQ7aMLTkUZOdi8PiYpqDPZvlxKHXtsjtwG+Qvx0QepSJ5El2+uSIjbBJMQfBkBs3kb3RrgmkqHJ4PC5LlIuMZQ9EwZ4x21yR-afdnTJRAI5Mhy3zxgw23-NbUR0+LeZi0asbE0s3kri+-Nmb5tkOWnSKxhBgLuUf-P7fxrtayLc+xTRM7LqMZBAselj5+rEk8j9JInOCYNn7UF6a3kv7CsYnc-vMhF3e9lm3aTp1FUrfLcd0uPec-dkN0C8mClzEmJc7FXU-TZ-jGfklrPlh-WTyQSXqOgwdilr0mcDP0tN9+iJ0Rtjw3Z+z6+mvIRygzlAG+iTnzy3CGnPRXslhmyZeyCpVCc-y44pKaBIfVZAD9z1ZnHGx0aHXC6uoESXXCAxum-pKtyTg469CaRNU1CZOaRIfVJMWbrNNlFM52aF3y1XWJkrrkQ9W5I8DcLizDmkQ12O3KnJypwUBJF3c9yiLVIEuXLVt3yBbWSpeah+fLFQtFiqlWFgVFBhwvxs20+cY8Go7rMfPgHnYwC9LMgxwFW9QRjXLh2AZLCht3FsS4gh5pSnXn4i65z+VZsCsZNPVrUffkwfHNuo8atVRKHOpdBQKRvZCUPJspIdhyzu4xx3P4pOcI+-OcEkGpa1g4FZIO4CAtGtX25w5L-ocx-j13ljTtfXWXYdMZw5SwZyFpz3J0YwCx9Ij0xdVZjRpbcALUWe3HQncip2C4OxKdihmwlKdv063PlW90RGLsmfMyXfC1nZR3xJqkvYNI4oa5j71wRutmGZQqbEK3edCtJ4Zsz8QcpvPq3RDM9HKzZE2wQ6tParDIk-+YmVGcOa3KzxgKpAjKr0io4yNTIIrybPzR+zJ-GijKENyejf-8Jvx4-nRrDV9U-zNQz2rnYbelxN94biR3whAjA7G8o-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-tWrlB1LwGMBX2H+K1YKwzrZbYQwl79YauKP4Mlmzq8gVSz6pKwr8bvebwA73m2QAq4xciEUkZTp5SCazSEAAZpcJB1qJXStlM76xIMc2FuBR89u1Mre2Kr+S-pKCHwBhbRpR0QXW5Q-5DlA6fxDlveYPxRYO9xgR11vsYSPzeiusHJlTwAAgRtNQTuSa3cxIOtdHS0TdULew6T--RL+STDbLavyXs2UYDccJvIBExHOSRLacsuznPCWnlLeHEkumCSawq+bhAtdgfbPFjb1rY48oQBj8tyXUF0gp3cmbq2rNgJfBqFIYSbZO468pObRSNwH8pvb0gLKVUksgfNeYY+w9LodW3QYIX5DaCIBcpCaGGeg6qcs3udzpbHP46c5hdDAPZ7o91gzmwyj3AW+DeUDSSvMNTC2QQLD12J8MgBLuD0AJD4gwzBzxUp0lRzv9WAS-e9whPG3cITgy7hCeMu4QnjzuEP7yuENYFRjHH0fJFZBwx0cbwsrAt+PjDWFlGNzWiMPkhJBa2IBCLhQOHgkKBzl+b+sY8AgIOHgSCDh4ElgveBJYL3giWC+4F6wXTK0rQXErsBeIbpvGwsLJob22f9Rka18+Ku4L-nJQIHji6BB48hA1ePIoJfjLgVfgLwD7g78A9gseGAQExdTcJ+WBgNbPZsdCAR05+905CgieBNgEngQACJ4EzgSeCAwJ7gXvAlM7bggGDn85ZIJ3qq4cXeaafLdbdX+jO8r2XljZe3OUFLwndvX1bPWKqmjexolQyHoHSfqFLmhLXZSIbdfZb2mqvmNbUTM32LUt3Rrh-PeypF7MgsTdrotfDrvpNRORk6U1u-nriqNYk-+N9XD+ZNfDc13tFJbDSwm429XwpOekciskbWjzu1kn3FOiVM4UdrpKWG5wq06FKD0VyjtaCArGG55ajNvDsk+pwTneqk8p8U5p0aecwLurCVEKLoSUDe1467h1jFClHj5UFVcPyTFSUqfIK0rVkWc8Y-I+W+wxwa9J3TrYL+PJ0Phv627pHp7YzlvPw7Oe9WgzQ911X2xnXGdJZ62F42Arg8PytYOf7v5uqbeM9mZ5U4bj0MdZz3I9ZzHDlkfaq8NABJ+Rf9Rr11nyMuPlT4tHZSWiO-PV+-HJj4cEPwhLF7o8HAYw1-+5sb7uOcZr4w985XhPbXfw0lZ712do8fjnk-0J9NzOD-PB-NnjW+rPe+7mz8em0RZ-vJj9-vfJrPVp+nn2nfuktZ7Qd+H6djgTnZY0fG5-B4O3P3-8Jbiff7riYsqdfTOd7y0oKNfYewTPwJqMn6a29E0lDr6UoOZLupJn-s-9RXPyvae2O81h8+b7pfry9LXX-6f3Mpmo7Z4wueLv1O51p9dRO9e3qH3z1L5+6bdV9bOrqtPaeYxf+BLkKP+m2rlo-qP+9XKjDmbqw8+R+tdF88fb29fhjTrtqJ2n6cs-KmH50ldbZ6rau67XV68+Djj777qN8+1ftNSL1qgldqbX9xN1Mp1+Vr32p9t7tT-lvxCOqqpe9amcsfa1oWM-6A+GmRD1+0Vz0ux0L-qd++a92rm4mdzbk3b-pfmXend-3eWF5uT+QlWv7ijLNJPauerMybt1qYlD+lsKfaZtuHNTf+vrr-6vjVAX+WqMvSn5tW467zFDBz9Sh6O-H+U7UUByHrB7Vzvva-bCGi9-D8L1f4LBbbz7Lxjz1OE=

[David]

Once your Cat is finished, are you planning to share also an editable version with the world e.g. on donationware-basis?

Hope so, really cool:) I started making presets right away.