Cloud (music): Difference between revisions

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{{Expert-verify|article|date=May 2008}}
{{about|the musical concept of clouds|clouds in [[meteorology]]|Cloud|other uses|Cloud (disambiguation)}}
{{about|the musical concept of clouds|clouds in [[meteorology]]|Cloud|other uses|Cloud (disambiguation)}}
In [[music]] a '''cloud''' is a [[sound mass]] consisting of statistical [[cloud]]s of [[microsound]]s and characterized first by the set of elements used in the [[musical texture|texture]], secondly [[density]], including [[rhythm]]ic and pitch density <ref name="Roads">Roads 2001, p.15</ref>{{Request quotation|date=February 2008}}. Clouds may include [[ambiguity]] of rhythmic [[foreground]] and background or rhythmic [[hierarchy]].
In [[music]] a '''cloud''' is a [[sound mass]] consisting of statistical [[cloud]]s of [[microsound]]s and characterized first by the set of elements used in the [[musical texture|texture]], secondly [[density]], including [[rhythm]]ic and pitch density <ref name="Roads">Roads 2001, p.15</ref>{{Request quotation|date=February 2008}}. Clouds may include [[ambiguity]] of rhythmic [[foreground]] and background or rhythmic [[hierarchy]].

Revision as of 15:18, 25 February 2014

In music a cloud is a sound mass consisting of statistical clouds of microsounds and characterized first by the set of elements used in the texture, secondly density, including rhythmic and pitch density [1][need quotation to verify]. Clouds may include ambiguity of rhythmic foreground and background or rhythmic hierarchy.

Examples include:

Clouds are created and used often in granular synthesis. Musical clouds exist on the "meso" or formal time scale. Clouds allow for the interpentration of sound masses first described by Edgard Varèse including smooth mutation (through crossfade), disintegration, and coalescence. [1]

Curtis Roads [1] suggests a taxonomy of cloud morphology based on atmospheric clouds: cumulus, stratocumulus, stratus, nimbostratus, and cirrus; as well as nebulae: dark or glowing, amorphus or ring-shaped, and constantly evolving.

Source

  1. ^ a b c d e Roads 2001, p.15

Notations

  • Roads, Curtis (2001). Microsound. Cambridge: MIT Press. ISBN 0-262-18215-7.

External links

  • Atomic Cloud Atomic Cloud is an easy to use real-time grain cloud generator for Windows