#PORTABLE SONIC VISUALISER SOFTWARE#
#PORTABLE SONIC VISUALISER DOWNLOAD#

You'll be able to interact with other students as you undertake tasks on the module’s online forum.

#PORTABLE SONIC VISUALISER SOFTWARE#

Throughout, there are activities of various sorts – quizzes, listening exercises, recording and software tasks – which help you to engage with the teaching materials.

#PORTABLE SONIC VISUALISER DOWNLOAD#

Before you begin you'll need to download the relevant software, which is supplied as part of the module’s materials. You will also need to buy a small hand-held recording device, if you don’t already own one (no other purchases are required). The module is presented online and the text is interspersed with musical recordings and video clips. The main aim of Block 4 is to develop your recording and editing skills prior to the module’s final assessment project, which involves the recording and editing necessary to produce a mobile phone ringtone.Block 3 examines the acoustical properties of instruments, and explains how they produce the sounds that they make and why they sound so different from one another.There is an emphasis on developing the listening skills which are essential to the production of recordings. Blocks 1 and 2 introduce you to recording practice and history, the software that you'll use throughout the module, some of the science behind recording, the physical properties of sound and the way in which we perceive it.The core teaching text of the module is grouped into four blocks. Similarly, you won't need any sophisticated mathematical or scientific knowledge. As some mathematical and scientific ideas are introduced it will be helpful to have a basic understanding of mathematical concepts again, you'll be directed to websites that will help. If you've not studied music in any form previously you'll be directed to websites where you can gain the relevant information. You don't need any knowledge of musical notation in order to study this module, but a grasp of some basic musical concepts – names of notes and the octave, for example – will be helpful. You'll learn about how we hear sound as well as how we perceive it, relating observations about, for example, loudness and pitch to the physical basis on which those descriptions are based. Interspersed with this practical element you'll learn about the scientific basis for music – how it is transmitted through air and produced by a wide variety of instruments – and the physics that lie behind its production. These activities are introduced at the beginning of the module and you'll build your skills with them right up to the final assessment. Hands-on activities involve making your own recordings and manipulating what you have recorded using the software Sonic Visualiser and Reaper. There are several strands to this module.

Portable sonic visualiser