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Magpick: an Augmented Guitar Pick for Nuanced Control
Magpick: an Augmented Guitar Pick for Nuanced Control Fabio Morreale Andrea Guidi Andrew McPherson Creative Arts and Industries Centre For Digital Music Centre For Digital Music University of Auckland, Queen Mary University of Queen Mary University of New Zealand London, UK London, UK [email protected] [email protected] [email protected] ABSTRACT This paper introduces the Magpick, an augmented pick for electric guitar that uses electromagnetic induction to sense the motion of the pick with respect to the permanent mag- nets in the guitar pickup. The Magpick provides the gui- tarist with nuanced control of the sound that coexists with traditional plucking-hand technique. The paper presents three ways that the signal from the pick can modulate the guitar sound, followed by a case study of its use in which 11 guitarists tested the Magpick for five days and composed a piece with it. Reflecting on their comments and experi- Figure 1: The Magpick is composed of two parts: a ences, we outline the innovative features of this technology hollow body (black) and a cap (brass). from the point of view of performance practice. In partic- ular, compared to other augmentations, the high tempo- ral resolution, low latency, and large dynamic range of the The challenge is to find ways to sense the movement of Magpick support a highly nuanced control over the sound. the pick with respect to the guitar with high resolution, Our discussion highlights the utility of having the locus of high dynamic range, and low latency, then use the resulting augmentation coincide with the locus of interaction. -
Guitar Resonator GR-Junior II
Guitar Resonator GR-Junior II User Manual Copyright © by Vibesware, all rights reserved. www.vibesware.com Rev. 1.0 Contents 1 Introduction ...............................................................................................1 1.1 How does it work ? ...............................................................................1 1.2 Differences to the EBow and well known Sustainers ............................2 2 Fields of application .................................................................................3 2.1 Feedback playing everywhere / composing / recording ........................3 2.2 On stage ...............................................................................................3 2.3 New ways of playing .............................................................................4 3 Start-Up of the GR-Junior .........................................................................5 4 Playing techniques ...................................................................................5 4.1 Basics ...................................................................................................5 4.2 Harmonics control by positioning the Resonator ...................................6 4.3 Changing harmonics by phase shifting .................................................6 4.4 Some string vibration basics .................................................................6 4.5 Feedback of multiple strings .................................................................9 4.6 Limits of playing, pickup selection, -
7 Lead Guitar Success Secrets Click Here
7 Lead Guitar Success Secrets Click Here >>> (Video Course) - 7 Lead Guitar Success Secrets - (Video Course) 7 Lead Guitar Success Secrets Disclaimer and Terms of Use: Your reliance upon information and content obtained by you at or through this publication is solely at your own risk. The author assumes no liability or responsibly for damage or injury to you, other persons, or property arising from any use of any product, information, idea, or instruction contained in the content provided to you through this report. This information is intended for individuals taking action to achieve higher musical awareness, and expand their lead guitar vocabulary. However, I can’t be responsible for loss or action to any individual or corporation acting, or not acting, as a result of the material presented here. Reproduction or translation of any part of this work by any means, electronic or mechanical, including photocopying, beyond that permitted by the copyright law, without the permission of the publisher, is unlawful. Much effort has been applied to assure this report is free from errors. These proven lead guitar success secrets are the result of 25 years of lead guitar playing, and teaching. You’re about to learn 7 extremely effective Lead Guitar Success Secrets to quickly ramp up your lead guitar playing. In moments, I'm going to reveal 7 highly important lead guitar success secrets, and you're going to focus upon them quite possibly more than you ever have in all your years of guitar playing. Say goodbye to stale lead guitar playing, and hello to an injection of fresh horsepower. -
Take Your Guitar Further
The VGA-3 V-Guitar Amplifier puts Roland’s most sought-after guitar and amp models in a compact digital amp at a very friendly price. This 50-watt brute uses COSM modeling to deliver a stunning range of electric and acoustic guitar models—plus unique GK effects—from any GK pickup-equipped guitar. There are also 11 programmable COSM amp models, 3-band EQ, and three independent effects processors that can be accessed using any standard electric guitar. TaTaTa k k k e e e Yo Yo Yoururur Guitar Guitar Guitar Further Further Further ● Rated Power Output 50 W ● Patches 10 (Recalled from Panel), 40 (Recalled from MIDI Foot Controller) ● Nominal Input Level (1 kHz) INPUT: -10 dBu, EXT IN: -10 dBu ● Speaker 30 cm (12 inches) x 1 ● Connectors Front: GK In, Input, Recording Out/Phones, Rear: EXT In, EXP Pedal, Foot SW, MIDI In ● Power Supply AC 117/230/240 V ● Power Consumption 55 W ● Dimensions 586 (W) x 260 (D) x 480 (H) mm / 23-1/8 (W) x 10-1/4 (D) x 18-15/16 (H) inches ● Weight 18.5 kg / 40 lbs. 13 oz. ● Accessory Owner's Manual * 0 dBu=0.775 Vrms ■ Roland’s Flagship Modeling Amplifier. The VGA-7 V-Guitar Amplifier is the most powerful and complete modeling amplifier in history. This technological marvel serves up a range of COSM amp sounds, onboard effects, and speaker cabinet simulations—plus models of different electric and acoustic guitars, pickups, and tunings using any steel-string guitar and an optional GK-2A Divided Pickup. -
Electric Guitar Amplifier with Digital Effects
Electric Guitar Amplifier With Digital Effects By Shawn Garrett Senior Project February, 2011 Computer Engineering Department California Polytechnic State University, San Luis Obispo © 2011 Shawn Garrett Garrett 1 Table of Contents Table of Figures .......................................................................................................................... 3 Acknowledgement ...................................................................................................................... 4 Abstract ....................................................................................................................................... 5 I. Introduction ............................................................................................................................ 6 II. Background ........................................................................................................................... 7 III. Requirements ....................................................................................................................... 9 IV. Design Approach Alternatives ............................................................................................ 13 V. Project Design ..................................................................................................................... 14 VI. Physical Construction and Integration ................................................................................ 21 VII. Integrated System Tests and Results ............................................................................... -
Guitar Educator Resource Guide
GUITAR EDUCATOR RESOURCE GUIDE Introduction This guide is intended to assist precollege classroom guitar educators, studio guitar educators, curriculum administrators, and other stakeholders review the curricula, texts, materials, and supplements available and decide which are appropriate for their own students and educational setting. When considering a curriculum, resource, or text, it is important to consider standards in your own locale and district. For national, state, GFA, and professional standards, see the GFA website Education menu >> Education Standards. Contents Quick Reference Comprehensive Guitar Curricula for Classroom Use “Out-of-the-box” methods that include student text, teacher resources/materials, and a sequenced approach to multiple levels. These may also include ensemble and solo repertoire. Classroom Guitar Methods Methods for the classroom that include student text/materials only and/or for a single level General Guitar Methods Methods for general guitar instruction Graded Solo Repertoire Series Sequenced solo repertoire for individual student development. Online Guitar Education Publishers Online/digital publishers with a focus on educational content or application. General Guitar Publishers & Sheet Music Resources General publishers of guitar materials Guitar Educator’s Library Suggestions for reference materials from guitar educators and GFA Certified Schools Teaching Guitar Handbooks Professional Organizations and Professional Development for Guitar Educators Notes - Publisher Descriptions may be redacted for -
Applications to Guitar Feedback Control
Proceedings of the 2010 Conference on New Interfaces for Musical Expression (NIME 2010), Sydney, Australia Mechanisms for Controlling Complex Sound Sources: Applications to Guitar Feedback Control Aengus Martin Sam Ferguson and Kirsty Beilharz Computing and Audio Research Laboratory Faculty of Arts and Social Sciences School of Electrical and Information Engineering Faculty of Design, Architecture and Building The University of Sydney The University of Technology, Sydney [email protected] [email protected] ABSTRACT Guitar/Amplifier Feedback Loop Many musical instruments have interfaces which emphasise the pitch of the sound produced over other perceptual char- acteristics, such as its timbre. This is at odds with the mu- Metal sical developments of the last century. In this paper, we Slide introduce a method for replacing the interface of musical String Dampers instruments (both conventional and unconventional) with a more flexible interface which can present the intrument's available sounds according to variety of different perceptual characteristics, such as their brightness or roughness. We Audio Feature Mechanical Controller apply this method to an instrument of our own design which Auditing Controller Extraction (Pitch Mechanism comprises an electro-mechanically controlled electric guitar Level etc.) and amplifier configured to produce feedback tones. Keywords Audio Features & Control Concatenative Synthesis, Feedback, Guitar User Interface Associated Control Parameter & Parameters Audio Feature 1. INTRODUCTION Database Concatenative sound synthesis (CSS) is a technique for synthesizing sound by assembling a sequence of short seg- ments of digital audio and concatenating them together Figure 1: A block diagram of the system. (see, e.g. [1] and [2]). There are two parts to a CSS sys- tem. -
RADIAL JDI.Pdf
Mk3 JDI and DUPLEX User Guide Radial Engineering 1638 Kebet Way, Port Coquitlam BC V3C 5W9 tel: 604-942-1001 • fax: 604-942-1010 email: [email protected] • web: www.radialeng.com Radial Engineering is a division of C•TEC (JP CableTek Electronics Ltd.) www.radialeng.com RADIAL JDI & DUPLEX USER GUIDE TABLE OF CONTENTS PAGE 1. Introduction .................................................................................1 2. JDI feature set ............................................................................2 3. JDI quick start ...........................................................................3 4. Direct box basics .........................................................................4 5. Features and functions ...............................................................7 6. Other cool uses for your JDI .................................................... 11 7. Frequently asked questions ......................................................12 8. Block diagram and specifications ..............................................15 Warranty ......................................................................Back cover Radial Engineering 1638 Kebet Way, Port Coquitlam BC V3C 5W9 tel: 604-942-1001 • fax: 604-942-1010 email: [email protected] • web: www.radialeng.com Radial Engineering Ltd. is a division of C•TEC (JP CableTek Electronics Ltd.) Features and specifications are subject to change without notice. True to the Music Part 1 - Introduction Congratulations on your purchase of the world’s finest direct box! The Radial -
Guitar Harmonics - Wikipedia, the Free Encyclopedia Guitar Harmonics from Wikipedia, the Free Encyclopedia
3/14/2016 Guitar harmonics - Wikipedia, the free encyclopedia Guitar harmonics From Wikipedia, the free encyclopedia A guitar harmonic is a musical note played by preventing or amplifying vibration of certain overtones of a guitar string. Music using harmonics can contain very high pitch notes difficult or impossible to reach by fretting. Guitar harmonics also produce a different sound quality than fretted notes, and are one of many techniques used to create musical variety. Contents Basic and harmonic oscillations of a 1 Technique string 2 Overtones 3 Nodes 4 Intervals 5 Advanced techniques 5.1 Pinch harmonics 5.2 Tapped harmonics 5.3 String harmonics driven by a magnetic field 6 See also 7 References Technique Harmonics are primarily generated manually, using a variety of techniques such as the pinch harmonic. Another method utilizes sound wave feedback from a guitar amplifier at high volume, which allows for indefinite vibration of certain string harmonics. Magnetic string drivers, such as the EBow, also use string harmonics to create sounds that are generally not playable via traditional picking or fretting techniques. Harmonics are most often played by lightly placing a finger on a string at a nodal point of one of the overtones at the moment when the string is driven. The finger immediately damps all overtones that do not have a node near the location touched. The lowest-pitch overtone dominates the resulting sound. https://en.wikipedia.org/wiki/Guitar_harmonics 1/6 3/14/2016 Guitar harmonics - Wikipedia, the free encyclopedia Overtones When a guitar string is plucked normally, the ear tends to hear the fundamental frequency most prominently, but the overall sound is also 0:00 MENU colored by the presence of various overtones (integer multiples of the Tuning a guitar using overtones fundamental frequency). -
Electric Guitars and Basses
About Electric Guitars and Basses Since the development of the Spanish six-string guitar in the early 1800s, guitar makers and players had searched for a way to make the guitar's sound louder. (See Acoustic Guitars for more info.) Big changes came at the beginning of the 20th century when a number of guitar players and designers experimented with electrical amplification. Major changes in guitar design began with the invention of the electromagnetic transducer commonly known as a "pickup." A pickup is a device placed underneath the strings of a guitar converting string vibrations into electrical energy. This energy is converted back into sound by an amplifier. The amplifier has knobs or switches that allow the player to increase or decrease the sound level of the guitar. (See section on Amplifiers for more info.) As early as the 1930s guitar players began installing pickups in their acoustic instruments. Although this helped make the sound louder, it created a whole new set of problems - especially "feedback" when the guitar was played at high volume. Several inventors developed a solution to this problem by experimenting with a solid body for the instrument by attaching a neck with strings to a solid block of wood. This solid wood body - not as resonant as a hollow body - created less feedback when amplified. By the 1950s solid body electric guitars were mass-produced to keep up with the increasing demand for these new instruments. First seen as just a novelty, electric guitars have become one of the most popular and influential instruments in modern music - used to play blues, jazz, rock & roll, country, and rhythm & blues styles. -
THE LEGENDARY PEAVEY SESSION STEEL GUITAR AMPLIFIER by Mike Brown
Peavey Electronics Corporation THE LEGENDARY PEAVEY SESSION STEEL GUITAR AMPLIFIER By Mike Brown In the late 1960's Nashville steel guitarist/road musician Julian Tharpe traveled through Mississippi to visit with Hartley Peavey in hopes of persuading him to design a guitar amplifier that could handle the vast range of frequencies that his 20 string/11 pedal steel guitar was capable of producing. This was a challenge that Hartley did not take lightly, and he immediately began working on this new amplifier design. After several trips back to Meridian with the failed prototypes, Hartley would go "back to the drawing board" to revise / modify the design once more. After several trips, Julian returned to Hartley with the news that the latest version survived his last road trip. Although the amplifier survived, unfortunately the JBL speaker could not handle the power and grueling wide-range of frequencies. As HP would say, "With the push of a foot Pictured: Julian Tharpe pedal, a player could lay the strings on the fret board like a wet noodle!" And for that reason, the Black Widow speaker was born. This new challenge led to the innovative design of the Peavey Black Widow speaker which featured field replaceable speaker baskets that can be swapped out "on the job" in a matter of minutes. With the BW's ability to faithfully reproduce the wide frequency ranges of a multi-string steel guitar, the Black Widow quickly became the steel guitar 'standard' of the industry. The rest is history. The legendary Black Widow 1501 speaker has been used in every Peavey steel guitar amplifier since its inception in the late 1970's. -
Digital Guitar Amplifier and Effects Unit Shaun Caraway, Matt Evens, and Jan Nevarez Group 5, Senior Design Spring 2014
Digital Guitar Amplifier and Effects Unit Shaun Caraway, Matt Evens, and Jan Nevarez Group 5, Senior Design Spring 2014 Table of Contents 1. Executive Summary ....................................................................................... 1 2. Project Description ......................................................................................... 2 2.1. Project Motivation and Goals ................................................................... 2 2.2. Objectives ................................................................................................ 3 2.3. Project Requirements and Specifications ................................................ 3 3. Research ........................................................................................................ 4 3.1. Digital Signal Processing ......................................................................... 4 3.1.1. Requirements ................................................................................... 4 3.1.1.1. Sampling Rate ............................................................................... 4 3.1.1.2. Audio Word Size ............................................................................ 5 3.1.2. Processor Comparison ..................................................................... 5 3.1.3. Features ............................................................................................ 6 3.1.3.1. Programming Method .................................................................... 6 3.1.3.2. Real-Time OS ...............................................................................