A Krell Machine
I wanted to experiment with Krell machines, machines that basically generate sound endlessly. I came across a tutorial by Simon Hutchinson and whereas he works in Pure Data, I recreated his patch in Max. There are some differences as not all PD objects are equivalent in Max but I kept as close as possible to his patch. You can download the patch here or copy the text block below. You can watch the original tutorial on Youtube: https://www.youtube.com/watch?v=SydWUqNRqQ4
----------begin_max5_patcher----------
3645.3oc0ck+iaabE9ms+qXfP+Aml0JyMGFfhh1FGjfhj5Dm1fhz.CJoY0xX
JRYdrGMH6e6cNnzdDIxQROxcqgwdvkRu46My66cMbzu9xWLYVw05pInOG8Sn
W7he8ku3EtKYuvKZ+8WLYUx0yyRpb21j4EqVoyqmbl+uUqut1c8uNupVmr.U
bd8EZza+BT05zkE0mg9ZTSkdAxd0kI0ZTwreQOe6qOKMWOunI28lPau35Rck
QFI0oE4ue22QR87KRyW99R66ka3yT7ohyPQ73o3yPDN19MFaJF8ysun7lUo4
Y5ZGPH2cwhl5MWE2d0zENPYFquVwmXu1u8xWZ+xYAplVoq0k2NY+CWhjNUfM
+SDQoXtPEqNCIEJ6nV4F6jCbru4p9KUeyZsWRSNOqHwH0edGXCeLXKWek4E+
6VA7GuEgmJ5.xTpaBJxMA4meLWZOXjdXXrJcYdR1NAYT7XBRBmNUEYmYIjXJ
NlF+T.YEfP1XLVjagcDhfwHVGfmysHTRhb.kgsy26Gubvvq7nrQ2GU16RV0n
yP+qjbz2mjWMSqm+gon2b8ZcYp8Ejjg9Bsczf9qMk5jFjhidMhhoLzUWc0zJ
2K+xj7xsu3YZ346HBGIAwoxYlUcvP2wifTU9CWjVgbCdj4GlkX8DTjiRP+ay
nnYlFU2TWTlZznytA8tzUl+1W03fpYM2TzWoQWjTgVkrPiRqQo4n2Zz3nuHo
NAkjacpXdWM+2LSkrHYsWCZusuI45oFOO0koVWOEnp5jaPl2o4YEUZ6EtabY
t55hppzYY5onKpqWW84e1mYmGuwODmZv1mck8V+yW9md2MK9w+4G+1u+ieGe
myn79mQE8MkJn2aFUhO8YTAjyn+8RcVlQ+ZG6aWUeRKfcbEJGCIKtOzddQdc
dxJGmvj+xk57zRz2ZGas+8YKmWjUT5k.dJkPhj7HrPonLA6LKKFlDKwQJNiv
hLyFlKoTRZDWfiUXVLkZuzCFF6P+ZGGmmL2MNX2SGcOo6.1C9xtnt3aWHYeK
qR+ut2RpwpFvIMJpTeotbVE5WZppsK4cVLKLFGmmkXTguJuvYdYiRyXOtL0v
z5sO9jctNm06DOqi3.3FcghwnJtRvUJUrQkq3QSIR6+D3nHiiSdjQmQcpNye
5jMBvPZD7iWn85Jc9k5rh0dZJctQgdlmTxnUVXn4lkjurk+ozn2QFWraeMvq
XYJg0iqhP8wOp.R4whgT48lqqKSPmmlYhPtZ5WVT5zje0aauz8SXXV5GaRVb
6okyPGJLogCxRAP4tPSMq+lRiMekJhXJBmYWXBfOUFn9Teyl0bFlXswi5.jJ
UriZlF6HkkbfBsfIGD0PRccx7OzsVXGXDSGDLJFDL9pjlEoEutzj.8m7exe0
biqhxhLj82QWUzjs.MOwX0XhjY8ZCNG.RaBS5YS7oWS4Pws.Zn6+fw20RCsh
i8n5lpZ8JzUaHqM39xzhlpcvZej5qnd4hIwbf4hYPpu9qlnnWatoVt2AHKEk
mJg3xETJgxLiBoV3K+FzphEMYIlbQfWEDKGDM.ARMvaSsoB8pyK0erQmO+lO
4PoSI2eZNh.DHo7wrzMRaE2ria0HWsFnAIsCPZh41hqHEabA4Q4WbYRZ91hn
tpIqNc9EI441pqTll3WTh6XB0YrEa7zyh3wwQQLAlxL+jGxsUI9PVidmEPYh
qDuuWmmLKSe+Ax9zJmglrSMC43Vkeh5FewXe9qa.0c2WetI6hqRK0t3ApSVa
FO1zyVnyRtgZuXt4FVpsWr.spwvIdtVuXlI9RTUg4OYTBoqR2jdRxp0Yo0MK
zcWKn8aD1VBDACnR8PHbPK76bc5k5aQlfptn1H4NamgKtvHOvhUcSqP.iVgP
HCAhyzm2Cf8YLtAu3wCuzg.udCfNfaDg3yT162HlMd.FxdTYKKS.ns09T4CH
PcTyt6x7DGCNVBv1LhceW9sAjCAZTfil9s6jsKDaQSjBLz.YXXu11prtVfwb
gHKE9HkkfFEVZ9t61KAKOtVYWUkrT+6vnh0Igguh9RkaBR.abl6AdB.mA8AG
bqcdDGfsE0ME5KNxnPKhONO8MqlcWZ96BOberH91xHNJluiJPPaHf1pkuGzx
fbkab2qbaUAbw3sxkN9qb2RjN1KciigErlzfBEqRepMQTPwpYLLuvj407cS6
FqF2hX3sbaKP6nkee7Q49zW1wkkIqu316kD0pjxOnKq1zEWWahwTexRRAKZp
X6PniXU4Lemzk92AgXeZA0FIWrbGRFu4aa+99aObzNZOL9XnCyRqpsTh98tU
2+vl6ce9821g471ltc+43Jccase8P1rZw.xyr+fKmTGnwSIt8pFFKhkXtjaa
mMgGa+WjjHTDtuq468KneFP9ayXF8GHckMJFq7S8JaVZ9n4or9rBd3lKvtsT
lzo8wEoKVnyOb9dU7t54uMYiwTIESeNqihwOGzQJlujvR5yx0Q.ph1WIyrpn
uCUThd21sXSyLC6UU5BceM9H10BLleSsFssfyGxN749JOufOnr5hI.phLDtF
AFBsiu9WBQ2KWHG3xE3iqNldm5obUhCFxQTgsgB5+azWrmV8kh8.8Uzyd8Ee
P0WcwYMuot37ysDWyM2htDY6sYmc0LXdME01zDKylOSQkxEt49iubPn1TzQh
821noCm6u0x1y8KheB39UrQRA0tu0J0UqKxua+XErtRFIcKfZWNQHpmBskXD
h2ZdlNoqpOIYt7E3beHorgIbqvBtRB4xm8jMe69ar+z44JW57wzt0HRnzHck
nOjKTRpqKaR27FVTltY20b+QWGo3angcLv9XKkGuEicf3tpdQZ86WUr3AKde
+UoKpuvUp.qj5RUlUL+COVjOtR.AlAjb3W.lUXXstEQ6q7Y9rfhjgT8LFbaL
F4f0qyIArofa6WlbrJLZjXX5zYWYrDG46RiuYZbfZlVzvsMDNzG8N+SPfhLZ
ShC19Qn+mrROVOtYwiBqzgoc1cMG6ed2ZWvJgp6uQ3AoU18+nR1hCBP3PFOH
cErcW7x7MI54RWAkPxWtxjtX.Z.eI.Yv1.ociNHc98oHJI.z09vjRGksifDx
MbQYR9hhUlTw6Gks90kiyltPBa2+lz29Lm2l0Tb2O60v03OIcPnb7n4YFiiP
MdLNsJfwivQDOdDNsfab4aviLeS6C9w3R2.Y3myuYdlI3SNG2OsCNZ.PYWOO
AP583S67jZQbuG7swiWU.o+eaAus6bjNO8NZeD+Db+NHQcLSkz92n+6mc8nh
mq2llz9jdJ8NQd13JYWsFA7LGQu4e725W0z9PJFE0spACgSFnSYLLD19HwKg
p.GhihlcVSccQd+i1n1YB9ludLN8Onkp6eYJdPAJQ9bAnbX2Z9YFx1.3jT9c
nVDnTsNLtumnJNjgvZOP2BXV1ejrAbXd6FcftC26JB113AjwCQXA6FaftGn6
JjNNYzwFjtEbE813nGGvzmOJm9p+1ABw8SxPFlxy8br5bz3Qr5bicw4npQr3
bOA0liN50l6InzbTI7jNS58T0g4CtiGMNTNTHKR95R8ZaL239gof53gjrQvX
jMDPrymxh1Ha3dGGQiAHof58epvP5P6GgBeccDhgO1MJATN0te.LaWkxiIaN
2AGiG.yAfUkgCBmsKTGIbBq2QAt+0osrpij6Qh.9IxtiWcCL4pPHbfBl7gL4
ep+gw64Px+DFv0ZE084j7lz+IAEJ.6vR+u6mjVXcifrGPK8GKfempyGAmHfd
bfXhoqOyxV5UpeCNqFmX5NtiDi8MIFTb.sHbLhC3nxartX4xLc+abnX7XWZ0
81oNnepfI8taiDi84POjzpKRlea.yusmd1G05zccBzM1sSsclpcatMZsS8Az
ltav4G6Qezf3Fu1q+PvWUzTNeiPZ+HW3Lzci4E5p5z7s6q6e5ty1K2csSMbv
hREjn3.HJoH.QIsRhdhRhEpfNYHwCPRJ7CtohxE9mVb7vK5n8HZxvKZY7tEM
8jDMIjoVNYHT3O5ccOhFBax3PLThifPRQgHIE.RhRCPR153hHPOwEtnA2RID
d7MCuSiFODLtwsxoYARFMQEEhEWjBDPMdhBGB6oXHXvBAiPveIDAJHxoJnPh
cACxRwPDUDHqDwijjBg5ORBgSlfhlECh+rPhlMNdPn5CJP5GY7CjgcrLjPSf
P+xCTP2c.ScuCmkSSzr.EsDdQSCTzQvK5PXCdjpAJYqBwt8Q5FvjcHhlOHhN
JDioMgneZ4QEBJkPvKJCgrWBAYuLDsmDDsGazlmBw9WHAHfFYHgnIwPfoPHV
DPD5THKHfHEHQHzUBHBgWDhcq.B6VQP1sfn8BYZh.gfBJDBPllBwrk.RBOAY
LMHUXHHQyoCRAwBwfiCAsHODCNNDjU7PLCDPP.yYgp8NYIQGMIc.dj27IuR5
h0Eo40scJIhhmZOZvDwtcMcT61m5A+F2+AJfjh8Gpj6+3Q8PF2z9F23AIZSq
nY80.g3ASzj9D8fHYZbnt0fuXvwgFKG3T0zPXwnPvhQCIrAJHk0Onn6fHTHZ
XE6CBIEByLYP7lGtng2vHjTODhAA0jf5A8fTR7fpZGHE1MHaRHhFkDT6CGjt
yFpjIPuDhDL6.3FNjPh5g.QcHBp42OpnRaAIaDD8d3D4Cuno6wisXDD8fvIF
jnI7AwJlxCrjMmZdcjf72AQ4M7RhLJ6yofZPt.DI8z4yl7D5yFGTspvCCtO.
gCuqFr3PZx3HrOEreH1MHZ4fn+vxgY8UXBmNHjuGfvgOJJL8D5eNdLj8.sbK
Dc9uOeY+F8MY85K0kUs2sSHSVk7KEka+rQZxpzb+u51awSJ0Wlt49caZ5IIk
yuHsVOutoze5Jesze.2LwdVJWl2j1hRC7LhzsWosmDyUqaOajcao5W9au7+Q
GKGUh
-----------end_max5_patcher-----------