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Here Is a Built in Context Specific Help for All Pages and Modules
1 Table of Contents Introduction..................................................................................................3 Key Features 3 PPG WaveGenerator for Mac OS X and Windows 4 The Top Bar 5 Keyboard 7 Wave Page...................................................................................................10 The Spectrum Editor 14 Wave editor 15 The Wave Page Help Menus 16 Parameter Page..........................................................................................17 The parameter panel 17 The Oscillator Module 18 The Envelope 20 The Filter 22 The Dual Amplifier 23 The LFO Module 24 Ringmod & Noise Modules 25 The Arptor Module 26 The Delay Module 27 The Global Module.....................................................................................28 The Image Transformer 29 The Browser Page......................................................................................30 The Program Browser 31 The Program Manager 33 The Bank Manager 33 2 Introduction Key Features Creation of your own waves and wavetables Playful sound creation simply by drawing or picking harmonics 256 waves assembled within a wave grid 3 Audio Oscillators 3 Noise generators, for audio and modulations Classic 24 dB low pass filter, combined with an overdrive simulation. Dual amplifier, for versatile control of 2 audio signals as well as panning. 13 Envelopes, for control of pitch, waveform, filter, noise, gain, and panning 4 LFOs Powerful Step Sequencer with playback arpeggiator Delay/Reverb effect Audio engine with 2 synthesis -
UVI Synthlegacy | Software User Manual
Software User Manual Software Version 1.0 EN 160307 End User License Agreement (EULA) Do not use this product until the following license agreement is understood and accepted. By using this product, or allowing anyone else to do so, you are accepting this agreement. Synth Legacy (henceforth ‘the Product’) is licensed to you 3. Ownership as the end user. Please read this Agreement carefully. As between you and UVI, ownership of, and title to, the You cannot transfer ownership of these Sounds and Software enclosed digitally recorded sounds (including any copies) they contain. You cannot re-sell or copy the Product. are held by UVI. Copies are provided to you only to enable you to exercise your rights under the license. LICENSE AND PROTECTION 4. Term This agreement is effective from the date you open this package, and will remain in full force until termination. This agreement 1. License Grant will terminate if you break any of the terms or conditions of this UVI grants to you, subject to the following terms and agreement. Upon termination you agree to destroy and return to conditions, a non-exclusive, non-transferable right UVI all copies of this product and accompanying documentation. to use each authorized copy of the Product. 5. Restrictions The product is the property of UVI and is licensed to you only Except as expressly authorized in this agreement, you may not rent, for use as part of a musical performance, live or recorded. This sell, lease, sub-license, distribute, transfer, copy, reproduce, display, license expressly forbids resale or other distribution of the modify or time share the enclosed product or documentation. -
PPG Wave 3.V
PRESS RELEASE • FOR IMMEDIATE RELEASE • 02/12/10 CONTACT For review samples please e-mail: [email protected] For Waldorf Music info contact: [email protected] PPG Wave 3.V Waldorf releases new soft synth plug-in Waldorf, GERMANY: Waldorf Music is proud to announce availability of its new PPG Wave 3.V soft synth plug-in as of December 2, 2010… The PPG Wave 3.V is a virtual recreation of the legendary PPG Wave series, arguably amongst the most coveted high-end synthesizers of the Eighties. Originally developed by Wolfgang Palm — famed for inventing wavetable synthesis (whereby groups of short, single-cycle waves can be swept digitally from one to the next — a wavetable in PPG-speak), their unique, groundbreaking sounds graced countless hit records that have since inspired a whole generation of producers, composers, and listeners alike. While a full-blown PPG Music Computer System originally cost somewhere in the region of a classy, luxury car — affordable only to a few top musicians and producers, now anyone can enjoy these still-unique sounds in their favourite VST or AU host DAW at a fraction of that price! In 1981, the PPG Wave 2 was the first digital wavetable synthesizer — an eight-voice, one-oscillator- per-voice affair — with analogue filters and VCAs; upping the ante to two oscillators per voice, the eight-voice PPG Wave 2.2 made history a year later with hitherto-unheard sensational sound patterns, thanks to its 32 wavetables with 64 waveforms in each wavetable, as well as awesome analogue sounds, brilliant bells, cathedral-like choirs, and other digital delights. -
Museplayer Manual Software & Sound License Agreement
MusePlayer Manual Software & Sound License Agreement Ultimate Sound Bank Software License Agreement Copyright Notice TO PERSONS WHO PURCHASE OR USE THIS PRODUCT: Copyright © 2001-2011 by Ultimate Sound Bank, Inc. All rights reser- carefully read all the terms and conditions of this software licensing ved. No part of this publication may be reproduced, transmitted, agreement. Using the software or this documentation indicates your transcribed, stored in a retrieval system, or translated into any human acceptance of the terms and conditions of that license agreement. or computer language, in any form or by any means whatsoever, without express written permission of Ultimate Sound Bank. Ultimate Sound Bank. (“USB”) owns both this program and its docu- mentation. Both the program and the documentation are protected Ultimate Sound Bank Sound License Agreement under applicable copyright, trademark, and trade-secret laws. Your right to use the program and the documentation are limited to the DO NOT USE THIS PRODUCT UNTIL YOU HAVE READ THIS LICENSE terms and conditions described in the license agreement. AGREEMENT. BY USING THIS PRODUCT YOU ACCEPT THIS LICENSE AGREEMENT. Reminder of the terms of your license This summary is not your license agreement, the entire agreement is 1. License Grant. USB grants to you, subject to the following terms and printed in the appendix of this manual. A license agreement is a conditions, a non-exclusive, nontransferable right to use each autho- contract, and removing MuseBox from its packaging and powering it rized copy of the installed product. The installed product is the pro- on binds you and USB to all its terms and conditions. -
Metal Machine Music: Technology, Noise, and Modernism in Industrial Music 1975-1996
SSStttooonnnyyy BBBrrrooooookkk UUUnnniiivvveeerrrsssiiitttyyy The official electronic file of this thesis or dissertation is maintained by the University Libraries on behalf of The Graduate School at Stony Brook University. ©©© AAAllllll RRRiiiggghhhtttsss RRReeessseeerrrvvveeeddd bbbyyy AAAuuuttthhhooorrr... Metal Machine Music: Technology, Noise, and Modernism in Industrial Music 1975-1996 A Dissertation Presented by Jason James Hanley to The Graduate School in Partial Fulfillment of the Requirements for the Degree of Doctor of Philsophy in Music (Music History) Stony Brook University August 2011 Copyright by Jason James Hanley 2011 Stony Brook University The Graduate School Jason James Hanley We, the dissertation committee for the above candidate for the Doctor of Philosophy degree, hereby recommend acceptance of this dissertation. Judith Lochhead – Dissertation Advisor Professor, Department of Music Peter Winkler - Chairperson of Defense Professor, Department of Music Joseph Auner Professor, Department of Music David Brackett Professor, Department of Music McGill University This dissertation is accepted by the Graduate School Lawrence Martin Dean of the Graduate School ii Abstract of the Dissertation Metal Machine Music: Technology, Noise, and Modernism in Industrial Music 1975-1996 by Jason James Hanley Doctor of Philosophy in Music (Music History) Stony Brook University 2011 The British band Throbbing Gristle first used the term Industrial in the mid-1970s to describe the intense noise of their music while simultaneously tapping into a related set of aesthetics and ideas connected to early twentieth century modernist movements including a strong sense of history and an intense self-consciousness. This model was expanded upon by musicians in England and Germany during the late-1970s who developed the popular music style called Industrial as a fusion of experimental popular music sounds, performance art theatricality, and avant-garde composition. -
CM3106 Chapter 5: Digital Audio Synthesis
CM3106 Chapter 5: Digital Audio Synthesis Prof David Marshall [email protected] and Dr Kirill Sidorov [email protected] www.facebook.com/kirill.sidorov School of Computer Science & Informatics Cardiff University, UK Digital Audio Synthesis Some Practical Multimedia Digital Audio Applications: Having considered the background theory to digital audio processing, let's consider some practical multimedia related examples: Digital Audio Synthesis | making some sounds Digital Audio Effects | changing sounds via some standard effects. MIDI | synthesis and effect control and compression Roadmap for Next Few Weeks of Lectures CM3106 Chapter 5: Audio Synthesis Digital Audio Synthesis 2 Digital Audio Synthesis We have talked a lot about synthesising sounds. Several Approaches: Subtractive synthesis Additive synthesis FM (Frequency Modulation) Synthesis Sample-based synthesis Wavetable synthesis Granular Synthesis Physical Modelling CM3106 Chapter 5: Audio Synthesis Digital Audio Synthesis 3 Subtractive Synthesis Basic Idea: Subtractive synthesis is a method of subtracting overtones from a sound via sound synthesis, characterised by the application of an audio filter to an audio signal. First Example: Vocoder | talking robot (1939). Popularised with Moog Synthesisers 1960-1970s CM3106 Chapter 5: Audio Synthesis Subtractive Synthesis 4 Subtractive synthesis: Simple Example Simulating a bowed string Take the output of a sawtooth generator Use a low-pass filter to dampen its higher partials generates a more natural approximation of a bowed string instrument than using a sawtooth generator alone. 0.5 0.3 0.4 0.2 0.3 0.1 0.2 0.1 0 0 −0.1 −0.1 −0.2 −0.2 −0.3 −0.3 −0.4 −0.5 −0.4 0 2 4 6 8 10 12 14 16 18 20 0 2 4 6 8 10 12 14 16 18 20 subtract synth.m MATLAB Code Example Here. -
Wavetable Synthesis Is Inextricably Linked to PPG and Waldorf’S Lengthy Lineage of Wave Free Samples from PPG and Waldorf Wave Synths Past and Present
FM107.retro 9/2/01 4:59 pm Page 1 RETRO FAMILY TREE Retro Family Tree o CD TRACKS 6-11 A selection of copyright- > Wavetable synthesis is inextricably linked to PPG and Waldorf’s lengthy lineage of Wave free samples from PPG and Waldorf Wave synths past and present. synths. Jonathan Miller says hello, waves goodbye and says hello again.… IS IT REALLY 19 years since Depeche Unable to compete against an influx Mode stormed the charts with their lat- of cheaper, mass-produced Japanese est slice of bubblegum synth pop See and American instruments, the com- You? This song’s catchy bell-like motif pany finally bit the dust in 1987, but and unusual middle-eight tones repre- not before selling around 700 Wave sented my initiation into the world of 2.3s, 300 2.2s and 300 Waveterms and wavetable synthesis, courtesy of a PPG coming up with some quite remarkable Wave 2. But what’s the Wave’s history? innovations like 1986’s unreleased The PPG (Palm Productions GmbH) Realizer (quite possibly the world’s first name dates back to 1975 when German virtual instrument). However, the Wave electronics wizard Wolfgang Palm began story doesn’t stop there. > The Wave 2.3 and Waveterm B,the heart manufacturing little-known analogue and brain of PPG’s Music Computer System Palm’s next development was a cus- synths. For Palm, the future was digital tom wavetable chip, first utilised on the and it wasn’t long before legendary looked the business. The five-octave key- Waldorf Microwave spectral wavetable German electronic trailblazers Tangerine board is housed in a large black metal synthesizer in 1988, a cost-effective, 2U Dream came knocking on his door case with a blue sloping control panel rackmount with real-time parameter looking for new sounds.With the Tangs split into self-explanatory halves: the access via MIDI. -
Howard Scarr
PROGRAMMING ANALOGUE SYNTHS VIRUS TUTORIAL BY HOWARD SCARR PROGRAMMING ANALOGUE SYNTHS VIRUS TUTORIAL BY HOWARD SCARR © 2002 Access Music GmbH. Printed in Germany All rights reserved. This book is protected by the copyright and distributed under licenses restricting it’s use, copying, distribution, and decompilation. No parts of this book may be reproduced in any form by any means without prior written authorisation of Access Music GmbH and its licensors, if any. TRADEMARKS Access, the Access logo and Virus are trademarks or registered trademarks of Access Music GmbH in Germany and certain other countries. All other product names mentioned herin are the trademarks of their respective owner. CONTACT Access Music GmbH Am Stadion 10 45659 Recklinghausen Germany Email: [email protected] Web: http://www.access-music.de CREDITS Written by Howard Scarr Production supervision and layout: Marc Schlaile SPECIAL THANKS TO Alex Schmidt, Andreas Gammel, Anselm Roessler, Basil Brooks, Ben Crosland, Bernie Krause, Cosmic Dreamer, Drew Neumann, Geoff Farr, Ingo Gebhardt, Jeza, Maik Fliege, Manuel Schleis, Matt Picone, Matthew Stolley, Robert Margouleff, Terence M. Pender, Thilo Kramny, Zack Steinkamp. SYNTH PICTURES COURTESY OF MAGAZINE - WWW.KEYS.DE Table of Contents Introduction ............................................................................................................ 11 About This Tutorial.......................................................................................... 11 Setting Up...................................................................................................... -
And the Musicians Who Use Them by JOHN TWELLS ( SEP 15 2016
Roland AIRA TB-3 Touch Bassline... $299.00 Free Shipping on Most Items! Sweetwater The 14 most important synths in electronic music history – and the musicians who use them BY JOHN TWELLS (HTTP://WWW.FACTMAG.COM/AUTHOR/JOHN/), SEP 15 2016 Make Music (http://www.factmag.com/category/make-music) is FACT’s new section devoted to making music anywhere, whether you’re a seasoned producer or a total novice, using an arsenal of analog gear or just your iPhone. How did the synthesizer become such a crucial part of modern music? John Twells charts the evolution of an instrument at the heart of 21st century songwriting, delving into the famous and surprising songs they feature on. The synthesizer is as important, and as ubiquitous, in modern music today as the human voice. The concept is simple enough – a basic circuit generates a tone, and the tone can then be controlled by some sort of input, human or otherwise. It’s a concept that has provided the backbone for countless instruments over the last 100-or-so years, and like it or not, has informed the direction of modern music both in the mainstream and in the underground. These days it’s easy enough to boot up your cracked copy of Ableton Live or Logic and open any number of VST synths, giving you access to decades of technological innovation. It is however important to know how these sounds took hold in the first place, and why they were so successful. Sometimes it was simply the fact that there was no competition (the Minimoog) and sometimes the success was simply down to price and availability (the MS-20). -
ENGINEER/PRODUCER the Technical Journal for Audio Professionals $4.00
January 1987 Narrow Gauge Page 24 T.M. ENGINEER/PRODUCER The Technical Journal for Audio Professionals $4.00 AM- Why Leadin from Tape Finally the true potential of the digital studio can be realized. No longer are you limited to stor- ...... ing and retrieving digital data on O media designed for outdated tape The Synclavier Tapeless Studio - ,........ technology. The Direct-to -Disk is available today! ,.\.......\ ,.,..,,.., \\ Multi -Track Recording System .....r.... Start with the industry-proven Synclavier Digital ............................... by New England Digital Audio System. Now available with a 32 track digital ....................... uses multiple, high capa- sequence recorder, 32 megabytes of high -speed RAM ....,..,...... ....."" city, winchester hard and on -line storage support for up to 2000 megabytes of ....,........ sampled sounds. ....r"`"..........: disk drives for data ..... %% storage. The Direct -to -Disk System can be added at any time. %%%%%%%%%%........ %.. Operation is simple! The system is controlled by the """`::.."`. Synclavier's keyboard control panel. The easy -to -use inter- `;::::....:......... face provides all standard tape recorder functions, and .":.".`` ..`" . more! ..... .. ..... .....:.:. The finest quality 16 -bit A D conversion processes and output filtering technology available are combined with vari- able "stereo" sampling rates of up to 100kHz to offer audio When ;;N:%%;;;; %%%%%%%%%%% fidelity unequalled by any other system. comparing %%%%% .4. The Direct -to -Disk System stores large volumes of digital- the Direct -to -Disk `..;..`.`;;. System with standard ` ..` , ly coded information on formatted winchester hard disks. .`" .. %. .. ` .. Once stored, this information can be accessed randomly at tape -based digital record- .... any point in the recorded program material. This random ing there is a dramatic differ- `.... .--_ .` ' - access technology provides virtually instant rewind and ence. -
The Arpeggiator: a Compositional Tool for Performance and Production Martino Lozej a Thesis Submitted to the Faculty of Graduate
THE ARPEGGIATOR: A COMPOSITIONAL TOOL FOR PERFORMANCE AND PRODUCTION MARTINO LOZEJ A THESIS SUBMITTED TO THE FACULTY OF GRADUATE STUDIES IN PARTIAL FULFILMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTERS OF ARTS GRADUATE PROGRAM IN MUSIC YORK UNIVERSITY TORONTO ONTARIO JUNE 2016 © MARTINO LOZEJ, 2016 ABSTRACT The properties of the arpeggiator bring forth a creative process that marries production, composition, improvisation and performance in a manner that inspires the musician/producer, helped define the aesthetics, creative process, and social function of electronic music as a whole, while grounding that music in an association with traditional African-American music and notions of futurism simultaneously. The arpeggiator’s impact on aesthetics is explored, demonstrating how automation and repetition combine to inject mechanical aesthetics into music, reflecting society’s immersion and fascination with automation and futuristic technology while redefining the creative process of the musician. This paper establishes that the arpeggiator is more than just a series of knobs on a synthesizer that manipulate sound or act as a facilitator for performance. Rather, by referencing my creative process and compositions within the context of belonging to the lineage of African-American music, this paper will demonstrate how the arpeggiator is representational of electronic dance music’s overall essential qualities. ii ACKNOWLEDGEMENTS I take this opportunity to thank everyone who has helped and supported me as a graduate student. I am especially grateful to Professor Coghlan for offering guidance and perspective, both in the classroom, and as a supervisor. I am forever indebted to Pearl Lam for her patience and encouragement, Frank Kocis for his assistance, and my father, Dr.G.P. -
What Makes It Sound '80S?
MEGAN LAVENGOOD George Mason University Email: [email protected] What Makes It Sound ’80s? The Yamaha DX7 Electric Piano Sound ABSTRACT Popular music of the 1980s is remembered today as having a “sound” that is somehow unified and generalizable. The ’80s sound is tied to the electric piano preset of the Yamaha DX7 synthesizer. Not only was this preset (E. PIANO 1) astonishingly prevalent—heard in up to 61% of #1 hits on the pop, country, and R&B Billboard charts in 1986—but the timbre of E. PIANO 1 also encapsulates two crucial aspects of a distinctly ’80s sound in microcosm: one, technological associations with digital FM synthesis and the Yamaha DX7 as a ground- breaking ’80s synthesizer; and two, cultural positioning in a greater lineage of popular music history. This article analyzes the timbre of E. PIANO 1 by combining ethnographic study of musician language with visual analysis of spectrograms, a novel combination of techniques that links acoustic specificity with social context. The web of connections created by the use and re-use of DX7 presets like E. PIANO 1, among hundreds or maybe thousands of different tracks and across genres, is something that allows modern listeners to abstract a unified notion of the “’80s sound” from a diverse and eclectic repertoire of songs produced in the 1980s. KEYWORDS: ethnography, timbre, acoustics Plus there’s always something very distinct about ’80s music. When you hear it you just know. —Jerry Shen Despite the propagation of genres as diverse as punk, new wave, heavy metal, hip-hop, synth pop, and more, contemporary music culture is rife with language that generalizes the music of the 1980s into one “’80s sound.” For example, one episode of the NPR pod- cast All Songs Considered titled “The ’80s: Were They Really That Bad?” seems from its title to critique the music of the entire decade at once.