Computer Music in C


google preview

You are about to leave the UNT Press website.
Please select from one of the following:

Hardcover Price: $29.95
Buy

You are about to leave the UNT Press website. Please select from one of the following:

Buy this book from Texas A&M University Press Consortium .
(Distributor for UNT Press books)

Buy this book from Amazon
Buy this book from Barnes & Noble
Buy this book from IndieBound

Hardcover ISBN-13: 1574411160
Paperback Price: $0.00
Buy

You are about to leave the UNT Press website. Please select from one of the following:

Buy this book from Texas A&M University Press Consortium .
(Distributor for UNT Press books)

Buy this book from Amazon
Buy this book from Barnes & Noble
Buy this book from IndieBound

Paperback ISBN-13: 9781574411164
Annotation:

If you are a C programmer interested in music or a composer hoping to expand your musical horizons, Computer Music in C provides you with a practical library of algorithms and related C programming functions that will ease your transition into computer-assisted composition. Phil Winsor and Gene DeLisa demonstrate the enormous creative and time-saving potential of computer composition with a collection of plug-in-and-play routines for setting melody, harmony, rhythm, and other musical parameters.

Complete source code and function-call examples are included to help you meet almost all of your compositional needs. Using these functions and utility programs, you will be able to:

  • Initialize a pitch data table for conversion of integers to pitch classes, and then display it
  • Convert input text to its equivalent musical pitch
  • Transform a pitch sequence with reverse-order, mirror inversion, and pitch-level transposition
  • Build chords around a central pitch according to input intervals
  • Compute simultaneous, ransom-order rhythm duration sequences
  • Retrieve multiple, random-order melodic lines from a common pitch bank
  • Generate and display all combinations in a 12-tone pitch row
  • Compute the number of unique arrangements for a given number of musical elements

Printed on demand.

Subject(s):