Making Music with Sounds offers a creative introduction to the art of making sound-based music. It introduces the elements of making compositions with sounds and facilitates creativity in school age children, with the activities primarily for 11-14 year old students. It can also be used by people of all ages becoming acquainted with this music for the first time. Sound-based music is defined as the art form in which the sound, rather than the musical note, is the basic unit and is closely related to electronic music and the sonic arts. The art of sound organisation can be found in a number of forms of music--in film, television, theatre, dance, and new media. Despite this, there are few materials available currently for young people to discover how to make sound-based music. This book offers a programme of development starting from aural awareness, through the discovery and organisation of potential sounds, to the means of generating and manipulating sounds to create sequences and entire works. The book's holistic pedagogical approach to composition also involves aspects related to musical understanding and appreciation, reinforced by the author's online pedagogical ElectroAcoustic Resource Site (EARS II).

Creating Sounds from Scratch is a practical, in-depth resource on the most common forms of music synthesis. It includes historical context, an overview of concepts in sound and hearing, and practical training examples to help sound designers and electronic music producers effectively manipulate presets and create new sounds. The book covers the all of the main synthesis techniques including analog subtractive, FM, additive, physical modeling, wavetable, sample-based, and granular. While the book is grounded in theory, it relies on practical examples and contemporary production techniques show the reader how to utilize electronic sound design to maximize and improve his or her work. Creating Sounds from Scratch is ideal for all who work in sound creation, composition, editing, and contemporary commercial production.

Sound Heritage is the first study of music in the historic house museum, featuring contributions from both music and heritage scholars and professionals in a richly interdisciplinary approach to central issues. It examines how music materials can be used to create narratives about past inhabitants and their surroundings - including aspects of social and cultural life beyond the activity of music making itself - and explores how music as sound, material, and practice can be more consistently and engagingly integrated into the curation and interpretation of historic houses. The volume is structured around a selection of thematic chapters and a series of shorter case studies, each focusing on a specific house, object or project. Key themes include: Different types of historic house, including the case of the composer or musician house; what can be learned from museums and galleries about the use of sound and music and what may not transfer to the historic house setting Musical instruments as part of a wider collection; questions of restoration and public use; and the demands of particular collection types such as sheet music Musical objects and pieces of music as storytelling components, and the use of music to affectively colour narratives or experiences. This is a pioneering study that will appeal to all those interested in the intersection between Music and Museum and Heritage Studies. It will also be of interest to scholars and researchers of Music History, Popular Music, Performance Studies and Material Culture.

David Gibson uses 3D visual representations of sounds in a mix as a tool to explain the dynamics that can be created in a mix. This book provides an in-depth exploration into the aesthetics of what makes a great mix. Gibson’s unique approach explains how to map sounds to visuals in order to create a visual framework that can be used to analyze what is going on in any mix. Once you have the framework down, Gibson then uses it to explain the traditions that have be developed over time by great recording engineers for different styles of music and songs. You will come to understand everything that can be done in a mix to create dynamics that affect people in really deep ways. Once you understand what engineers are doing to create the great mixes they do, you can then use this framework to develop your own values as to what you feel is a good mix. Once you have a perspective on what all can be done, you have the power to be truly creative on your own – to create whole new mixing possibilities. It is all about creating art out of technology. This book goes beyond explaining what the equipment does – it explains what to do with the equipment to make the best possible mixes.

Making Music with Sounds offers a creative introduction to the art of making sound-based music. It introduces the elements of making compositions with sounds and facilitates creativity in school age children, with the activities primarily for 11-14 year old students. It can also be used by people of all ages becoming acquainted with this music for the first time. Sound-based music is defined as the art form in which the sound, rather than the musical note, is the basic unit and is closely related to electronic music and the sonic arts. The art of sound organisation can be found in a number of forms of music--in film, television, theatre, dance, and new media. Despite this, there are few materials available currently for young people to discover how to make sound-based music. This book offers a programme of development starting from aural awareness, through the discovery and organisation of potential sounds, to the means of generating and manipulating sounds to create sequences and entire works. The book’s holistic pedagogical approach to composition also involves aspects related to musical understanding and appreciation, reinforced by the author’s online pedagogical ElectroAcoustic Resource Site (EARS II).

Making Music With Samples is packed with creative, hands-on tips - aimed at getting the reader actively enjoying the art of sampling as quickly and easily as possible - interspersed with snippets of essential theoretical stuff: whether it's the science of sound, or copyright legalities. Starting with the absolute basics of what sampling is, author Dan Duffell progresses from simpler, widely-used tools like small loop-based samplers, through the various platforms available to the sample user - the different methods and equipment required to create and manipulate samples, including: hardware samplers, sampling/keyboard workstations, computer setups, software samplers, drum samplers, etc. He then describes the setting up procedures needed to get you started - connections and installation, signal levels and so on - at the same time providing some relevant background information on how a sampler actually works. Next: choosing source material - whether created you, or from sample CDs like the one attached, or from other people's recordings - which inevitably also raises the thorny subject of copyright and licensing: sampling and the law.Then there's a section depicting the basic layout and operation of some well-known software and hardware samplers, and a look at Sampling & Synthesis and Modular Systems...

Sound is a form of energy. It happens when something moves rapidly, or vibrates. People and animals communicate by using sound. When voices or instruments play a series of notes, musical sounds ,etc. Contents: A World of sound | What is sound ? | Why are

Teach Your Students How to Use Computing to Explore Powerful and Creative IdeasIn the twenty-first century, computers have become indispensable in music making, distribution, performance, and consumption. Making Music with Computers: Creative Programming in Python introduces important concepts and skills necessary to generate music with computers.

Readers will discover how, from the hushed quiet of a gentle snowfall to the undersea calls of marine life to the way sound travels through our skull, different sounds make our lives fuller and more enjoyable. Includes explanation of scientific terminology, different uses forsound, early discoveries, and examples of sound-related careers.