wave~ equivalent to write into buffers
I am looking for a method to write into buffers in the way wave~ reads from them. So basically filling a buffer from beginning to end with a signal 0. – 1. determining writing position. loop point would be useful as well.
Interpolation of sample values would be crucial, if sync signal would not cover all sample indexes. (i.e. trying to fill 44100 in the time of samples 32000 samples)
I constructed a mixture of phasor~ – *~ [buffer length in samples] – poke~ abstraction, but i could not get the interpolation issues addressed, a problem especially when speeding up the sync phasor.
any ideas appreciated
make sure you use a [round~] or [trunc~] before the index input of [poke~]
This object wont work unless you are feeding it whole numbers.
thanks for your replies, but this has been what I have been doing. The problem is very clear, if writing samples into a buffer with poke~ will not fill in between sample positions, if the sync signal is so fast that the increments of the sample position is not covering every whole number. That is why wave~ is interpolating during playback. Same problem would occur when attempting to playback with index~.
I isolated a method which shows the problem. This is obviously not doing now anything meaningful.
I am pretty sure that no abstraction build in max/msp will solve this. My jitter experiments have not been successful either, because I need this in realtime. I would like to stay away from ftm for the project in question, if possible.
So I was hoping someone else had come across this and knows of some 3rd party external written in C++ or a java class, able to interpolate during recording as well.
so here is the example
----------begin_max5_patcher---------- 1603.3oc4ZssihiCD8Y5uBKdo2cDSKeIWWsureGqVsJ.FvyDhQwlgt6QCe6a 7EtzcSbL2bZo8EBNjDJeRU04Tk8OeXvvw7mohgf+.72fAC94CCFnOk5DCriG LbYwySJKD5KaXEcCe72FNx7SR5yR8oK4ESWREB.Y2OUsdIesrjJ02Gxd1Y7J of8JUeN7SP6oMWo7kUTisLbH3er+zpB4jErp4+aMchz7qQv3l6DPf4pCopGC .CeBt+dXS0FUig9038Fj5utpXo9eX3eUyJJOxTYU6sT0490COn9Xz0AJx50U S1da.DAadUiE6BVvXhBIP4Z.IJxIrfC.rLgubIsR9AbYRIsnF73lE7Rp3Q.q BHWPAiWOaFsdKf9bwxUkz8FXIqhNgutReu3SBl6PsU0TQyeXgjwqNFXxPZ+k D0mP6G6QkVdCbJ.93mCBoAXRTK.LL..rJhqXN8C.L4I2NcsgSQl3pryAmNuP 227WPvOE2.jYsffnyDAw2PWzhxRfP6GJ.aXMCFSAapYRIsZ3E4Blnm2nq1Ez 9bLQ5IDWw3Q48nKH5o.PDfwZF.Tb2dSQY8n2D4h7Yh0SNSNGmtL3HWtLG+Xh blyJJsGIEvWDFkXX4huRL53GSGXTROhQnKBiH4ZOfnq0QJBpEVPznDNyIJE2 inzLU95YrZgzpovMp4ex2nTzAfDECcl7MpGQfBAPv4UfliqVTH30.l.LqPHo 0MRsJp.HvBZ8qi.uvW+nhoiRAqqr7aVduFYYSoMEGrSd1lhePmwqWBlxDqJK dogQrjuA7aioM37OXB13l6YCStX+ETRql2LjOCP.KE+9I0ykbid0fSM7hX7Q DiY4s7tA2iDiv.vKFaKDf3AuXHTY0R8QBZInkTZ3yDNFWTMe3H+fkjzCp3aK 7kjG.XQxmOuj51e3CyTlJvwwjjnyNksu5OGywr6cAvraiudWSYTpQSb5A28V myI8m6Nc5b51aq6t9nSExHzQEq5tm.jdrUI+41FQInv0pDCrja3yichJ3.3w Lqj27LtM9FMOqBoWNG65TjFEbKmgf5QJSc+hB.soI0IN2Hs0jToEZSB7+Ozl VXIIqaZSbV+AKR.CvtMvhhvYj27NIdv6fCQo0MOfwsUsyEBAclCIBZKWlzcR DbROlDQPken0x2yVSkmXJVVStjgckLAGGfnlc0u0hBjjNoSb7kRlP1YZDblo bjTc2HH1rJjiwD0KqI7Rds4NNIVEcRDI1dRSA+6gv8uvu..i9ZwzIcnWqMsG i7REBJ4fHciHD0mmbVSt2BvlWHogaopPlNofyhOH.osrFn79iSIrnBNM0fJI dfJ8HS6J92oa6HY542BGqOAIRGOX5YYqy9ykNkb6l8uecJAHHDFZo6DSRC65 .QbVWGJDztiWKk7pyrWFcqtHJ8sgBNlkw26TjeQ02b3MpHUyqZmcqxnrBkp0 cG4Nd.2eYCpKplxW5HJ3V2tmc.iUZk6zjn9sfjwAVMdNzjP.1cIIHX+0tmuB PgwWYGf.IcCH8nNi0uxZx0gZKBhbMsGziBYsoYS0Xk6MUPeJ6fR+9dZ2PkE1 5.g0KMJH24dM6yinjdQShcgyMx3P3TWPUR+k6QUH7M1MxmJdrtNFoL4t2bd8 mezW15JOzcYSKZWwVMhD6TkSOJxwrL5aA3P6vX1uWItE3eE3h94oWS92sMf0 lj57uErD700S1MM1sAaAGLqoTgjUo2BJGcQpN+czEsfMcJs53xDWxlth2PSI 104mS9pyaaxCSR0VA.JXlDxCSJNrfD1GTJ67PIrUhENVcf.y1O5JsVeL12Mi t6uR8wlROO7KtohdEhgfpCw1UaQM5JMV09erSikfBqGH5ymME4kMkcd1ThIn .kYTFYpX8MiRMs7S+VW88qbVn19JcNKhBKxRR7AYyCqM4UTQRPYJ7BmTqmXH wIhu3zYXSXr1cGY2OkQl3g2NhXJFMQegpAW6Dwmb1ua19YPZ.IrTaDerIzmN TJrfz6hAcHf5bBJzt5XKwe1gQAwXyuLiM1rCSg6GcstePeL1vVSA1KpBX38. QcETjEVaxK5qnfRohi80lBX9LejngBKMOJyWaJfEN6y6tv5hifdV3W.MIuHr wgGl5J6DJrpH7JnKrIwU9t3NLoqopnlA+5g+CmEiu6A -----------end_max5_patcher-----------
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