@Mighty23 said in Sampler Playback - ping-pong:
@Lindon said in Sampler Playback - ping-pong:
ooh cool, I will investigate... thanks.
Sorry for the necro-bump, did you manage to accomplish anything? Any suggestions? Did you manage to use 'core.ramp' in scriptnode for ping-pong sampler playback?
The SignalIn mode of flle_player is really cool . Great for things like drum replacement, single cycle waveforms (this is the best, play around with math nodes between your oscillator and sampler for sync and PWM like effects) , even waveshaping., But perhaps not something you'd want to use for "normal" sample playback. As Lindon say, baked in loops don't work and it can sound pretty grainy. Here's a snippet:
HiseSnippet 1880.3oc4Y0zaaTDFd1jLNeUJskpJ3lO.RsnRv1w4KgP4SmhglDSbHhaQS1cb7nr6Lt6tNIlpJgDG4WP4D23u.bqm3HBwEj5IjPhqj+Av6rytdm0dcriUSaQrQJxy6LyNOyy79979N1UbElTOOgKxXp8Z0fhLtFtZKte80qSXbT4MPFWGuEwym5lUYZsVMHddTKjgwnOPZvXxwPAOmu7ZDaB2jFaBg1WvLoOj4v7isVYkOiYauIwhtGyQazEWorofutvVzDvyn3bnFDyiIGQ2lHG1HXzmP7piLdeLY1YspM+7KtjkYw4xuTMxBVlGN6RyQsJTbV5RTKqEl05vZ0PFYJYw7EtU8I9TOjwXqIrZUst3TtZA1m4wNzlJajGUEVYk4ME1VxsnzJZ85LaqJQDkGBYfqDSaipnsai2hYwZaOl9tQPGYimgNAZLRR3MZB3kuWvKEHYnAowTP5l3pltrF9w8Hwyz3xb3zrFANmzghZrHimgWW.Cf6OiC4X5ltPi1S3tymK28yB+6deTslbSelfmUv2V3S2ge26M0imZxodxTY6rqZ0RsO4x3Jrsoto1sz0v8hl3c4McNj5d+rmPraRaOPX6mjSyLXbpoZWqMPAuLm4uSCZX6K1o.ERavm9hxaP7IxCkPav3ZPc8YR3XrA8DHjPcDMIdCp2w9hFPPQWmefmivpoMwOo6jLnKrCfORbFJOn3dL+V5AkWBerbWnO1fBwahqv7MqmNFGIELBL0UAFCiLeCboZ0nl9w.bL7le4vFFN3K+zQKuJxJPUMX4emPKbgEMafYpGyi5l+BzV+0AUasw.qstcSmp1LKpaEPjE1zXiogwAVWsoESrIylFXbDvXj1v8wWl3vKT5smwgIcu0FeJhdYdEnC+hIF4UXXbhTESFgwpLmF1zR7Sn1fVU.FuEHNUizz1OxZRGzsDbQi5BNyT2mbWpuK6nint5XO0Mzp99fiWrkauxtTaJwSyo8cW4gLNk3B7DcH4hKeZyTOudarBtYkQUY+uq76n+uQ98hnnIvkNy2kj+0vSuPnU3kIz1UzzmwOZKBD5dFn4KyL.oILo.r3bpc67.gsyIaKAQUJ2Jnw+.OgclW11Hry7QcpUcz1T+SEtGGD8E9Yjw3x893fJzQk4nUssEmVQX2JRdIX6Pc8jNyvnxMC7mZTqKbZvBcyAhR0LB2q5HZBKYH3g6NrGgYKqAoZSOnpNqc3UgAGjTU5DtcfJSlMIl.q1pBARWCASx5BgCGp6LlsOjh.Z7YTPB0faoD0m7sEktUwV.3bjTf7hLFiJ6WwApkU9duFtF6rEO3PaAHLl.G2QCGZiQ2IQs7IdE8CCZ0kpjBks.mrQTfor29xdMI1n8k41kTGJB2iog6IwbwANP50jf9sz.cz.5FwwS9pDtilflEdlPURxHOTWG2tzYz5Nsi3DyuefV5RZSOK5FAav7ZXSZsVSPTTkAJgEncYtE8LoJ4G.07Tg3BKoOMrbmnVvm2hwC2kXY.AZKxYsaWDZW0m1nJ6qBZmGZK23YvAYRCGWa8+UByym38gzVrIhWrL3BIWsIACvShU71vaHeN0S9hKkKe94g7vGSOUQ1pATnvRKkq3byWnvrEWbgEmK71oa5ReTSHnrUmvrXGvbbbg.nrZSegCHAF3Roi5w6MEEWfQLniSGp7Qj.I6tRoktHLTmDljf02ewpznA8LKeOOyd.r4PIFWZKu9Bg62BoDwpTWVsU6M228T34d+wx8yaXfd6YBJvsSl67kSG5ZA1Hs.0L3FTRGJgSqBQC5nawjvYzmfxwRrfwUJsGw8HpuW3M24TSUdkfLCksjImcXbGxYwrgz53X0tAcYC0GILTWkhrDbKJKKpUvziRapG+qyLiiMgZk6P85ZXHNn9Lpd5lahlSeHmQRPNIDfLRO5JNtn6HryWNsHrziUTaL0KnOgbw16IE09vJAGcifbRv0VmIr2t4o1S7xjO5R3EgwDKqd3B0S89IdMgt0UaGAc06OLoTsg4zzYX7HtJQE4rzPUmBbomHnST88O8o+zxCZ1otP0yl7q+skUxkx9dw.oWPDE.IX7uzO6.a8DRSggqVPbk2lZvgklthJ7MgnxTJgWo8zpWTMi9J61Kk1LCV1bkoDwmI1Nw61+9G94u84k+kk6Yd22.tDgM8.YtJZG4XtkJ8qd+oskS9Ftj0Hq8EPp2BxaqWabx7kuG9wU1cmOsz56cvl67vMJs6SdnPzv6C2h5SVi46s3LDVMjFSZjzaBab873NzeGaPODJziZ2tNtBP.GRLONs5tOuuUZ8pnfwtJvehfB7Ce4uIdWgvOkZzezGO0u+MO+jtpQuXwK0lJISdGY+4VR8rvByWbwBysXAsKJzc44+4m+i+0.TjYhhFR1XHtj4ZBwwNjfuSig6G+4kw2.iCwzUbPX0OxM2DAVfvOd38v2R1NadzIcJ+Iuc9AllIeUcMwBC6DmcXmXwgchyMrSb9gchKLrSbw9OQ4OrQnturRSPVqRIkpnQIN4P6vqF+uDMBX4C
Couple of the things to point out:
- Adjusting the gain going into the file player will affect the pitch
- The min/max node allows us to set start (min) and end (max) points for the loop, but again this will effect the pitch. If you're clever there might be a way to correct this by adjusting the gain, or oscillator pitch in conjunction with min/max
- Drop in a tempo sync and covert ms to freq to can clock playback rate to DAW bpm
- Set your oscillator to a saw for forward playback, invert min/max for reverse.
Also, we can track pitch to midi if we loose the start/end controls and drop in another oscillator. So here the first oscillator is controlling the "scrub" position, while the second tracks the pitch (more or less, it's a bit more convoluted than that).
HiseSnippet 1958.3oc4Ys7aaTDFeVmLNuZg1RUE8lO.nVTIX637RHTd5TLjGl3PDRbHLY2wwix5cb2ccRLUUpR8BR7WP3Bbi+EfabhafPhCH0SHgDWoW3L7M6rq2YsW+jlVdrQJxyiuc9M+9daWzlqScb31HsI2qQMJR6R3RMrbqrVEByBUXcj1Kf2h33RsSImZ0F0HNNTCjl1H2ULg1Dih7ddxRqRLIV5zvoPn84Lc5lrpL2vYKt76wLM2fXP2iUUY24VtfN2ZMtIuNfmQvoQ0H5GSNhtMQrsDXz6PbpfzdcLYlYLJO2bKrngdtYyrXYx7F5GNyhyRMxlaF5hTCi4mw3vxkQZIyavb41kbItTGj1nqxMZTpB+TK4ArOygcnIULHCpDbxxo2faZHthhYQqUgYZTLfnbPHMbwPZaDIscc7VLCVy4Couq3sPpPITIPsDQg2HQfWlNAuXfjlBjFUBoqhKoayp4Fth.OSgKXAZyxDPOoBE4dQZeKdMNrAK2oqRNltgMLno.2ZtzouSJ3e29sJW2R2kwsRws1l6R2w5V2dx6O4DS9fIS05RkKG6ZhiwlaZRsicYgogc2D7VV0qdH09NoNgXVm1biv0OJmlr+3Tc4sVYibqBVL2cpQ8G2ciBjOsAe5CJrNwkHTJ9yA6qF01kIfi15zS.WBoJZB75Tmic40.mh1zefkC2ntIwMp4jvoyeAfOhnCEJJKGlaCUmxAvFKcWsw5WHdUbQlqdk3wXhXvHvTWDXz2y7x37kKS0cCA3n3M9vg0Mr+O9oBNdomkWTUui+l9yXwMno7ll5vbn1Y5Rr0ereisVquistc8pkLYFT6hPPV3Ri0lB1GL6J0MX7MXlTuIS.SFDa3N3AwOrqgd6neXTyak8GSPujOGhC+zwG44nabjTESDfwRrp0Lo4sNgZBwp7v30ffSkI0McClMpA5VbKdsJbKltpM4tTWa1QGQsUwdrWnUbcACuvYt9x6RMoDGEi1WY4MYVThMvSzgjKF7zlwpudYrDtoDdUo92a32Q9eS32tQQiiyelqMIy+.0d9PK6yRnsKutKy5nsHfq6YPLeQlAHMgNEfkkE0rYd.+woEiEfnD0xvaveBO9KlQLVyewLAKpTcz1T2S41G6484+Yj1Xh69XPTniJXgVwzjeZQtYifvKdWGpsivXF1U5og+j6ZMd0ZLeybfnjCCv8JU40gizG7PuC6QXlhZPJU2AppyXGqRvl8RpJLB21KJSxMH5.q1nHARWCNSh5BAkC0dZ8lJo.fFpi7Rn50kRvZh2VP5VIaAfqpfBDMxnMhXcIGHOVw68R3xryV3fCM4PfwH33FJ3PYOpFIxiOxqnWXPotTYnPwHvHKgDLEb1WrpNwDsuH2tf5PA3dTEbOA1hePUH8ZTP+RJfNXCsi3PguHgahHzL2QGpRR34gZScaSmVY43TwQjuWfVXRZROKnif0YN0LIMVsNDTTlAJxLv3BVFzyDQIeCnlmhDa3Hco9k6DLB97VLK+aIV3Pf1hbVyw4fwkbo0Jw9DuwYfwhKdRrWlT+80L9+x944i79PJG13gGVRb1nm1DvDvSjS75vaHSZ4SlbKlNSl4f7vGSOUR1xMjM6hKlN2rykM6L4VX9El0u6zMro2qN3T1PElebBzCWqEXNFNqGTVotKuJDBzyjRE0i0YJJr.iPPGlNTZiH.RpcEgVZivPsRXBBV89EFkF0u5rLcTmcW3xghru3Nd0CB2qCRFDqXEQ0VMube94vys+kk5k0Pe81S5Ufa+wbHUGajhiZRbMJokHgSIcQ8Vn8fI9RzCmxQibfgUJsGw9Hpqiem6VTcYdEuXGELDvkXXDREhoFCKuJnA0OOguetL+XdnEJCCpgm3A4LUc9iNPgiFGqCUMCMOFgktDFbIpLs2RwPSMEpGDUhHDUjfQZw6oEpoa2a6IKEm2V79MRKT4KnGFQgyqxKigA5F5LtioykK2N2DH3fjMJ1zL.IKpXHCpGUTDq5QJ4ypLhIEF1s.zIklPBK937y7D3+tlOWVIGel9uHg.9Ip3CjozEbfjHUQzmL+UhIMInM5Hy2e0YnP7cGR4VtMH8o+TqP5KO+7uocHs7ip98K0kBKR8EmeyOJdb8viWFM3TU5AjpFj5Lhuph+FdOcWGpV2Q3ZWvPp6NzsTwROcniuF1mlXJ95b5LM0gpUcZM4kL0v.m4HPvKxDGpcrJqHp24MBadRJQOSbzobEI6uRakSoR1IhnQBUX+9W8ce1iK7CKg5XtpNpktLzqsI8.QvXZKMRdMYNB00iiLh9FFvVIU9d5UGAk2p1BYzDBuJ99E2cm2M+Z6cvF6r45428Aax40bdysntjUYtNyOMgUFovwZQcSvZ+wqMZKoxGseUOY6PKNu.tHP.GRzONtzFOomMj77nup15Cdbu9f8e4uHdWN2MlLN26sm7meziOosVYykaftTQYxaHVO8hxm4metbKjc1ExpzOc6YW902+q+sk5cuXc1MXXBfrJmebUh2W82v8aj9r3KprJQ2left721Rb4F2aFv8yx+qqZKw3TYPmzZ1DwWh0A55QeUsIX1gUvYFVAyMrBN6vJ3bCqfyOrBtPuET76+4mQPzVODVqXdYTQs7VjCM8yI+WfFDwnE