Round on a well-known text (David Ellyard): Difference between revisions
Jump to navigation
Jump to search
m (Text replace - "Sibelius 3" to "[{{filepath:TUMS Busking Book 1 0.sib}} Sibelius 3]") |
m (Text replacement - " \'\'\'External websites:\'\'\' (.*) \=\=" to " {{#ExtWeb: $1}} ==") |
||
| (18 intermediate revisions by 4 users not shown) | |||
| Line 1: | Line 1: | ||
==Music files== | ==Music files== | ||
{{Legend}} | {{#Legend:}} | ||
*{{PostedDate|2006-01-15}} {{CPDLno|10755}} [[Media:TUMS Greensleeves 1 0.pdf|{{pdf}}]] [[Media:TUMS Busking Book 1 0.mxl|{{XML}}]] [[Media:TUMS Busking Book 1 0.sib|{{sib}}]] (Sibelius 3) | |||
*{{CPDLno|10755}} [ | {{Editor|Philip Legge|2006-01-15}}{{ScoreInfo|A4|2|98}}{{Copy|Personal}} | ||
{{Editor|Philip Legge|2006-01-15}}{{ScoreInfo|A4|2|98}} | |||
:'''Edition notes:''' Included in the [[TUMS Busking Book]]. Personal copyright by the composer. The round follows after a setting of ''Greensleeves'', attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size. | :'''Edition notes:''' Included in the [[TUMS Busking Book]]. Personal copyright by the composer. The round follows after a setting of ''Greensleeves'', attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size. | ||
==General Information== | ==General Information== | ||
{{Title|''Round on a well-known text''}} | |||
{{Composer|David Ellyard}} | {{Composer|David Ellyard}} | ||
{{Voicing|3|3 equal voices}}<br> | {{Voicing|3|3 equal voices}}<br> | ||
{{Genre|Secular|Canons}} | {{Genre|Secular|Canons}} | ||
{{Language|English}} | {{Language|English}} | ||
{{Instruments|A cappella}} | |||
{{Pub|1|}} | |||
{{Descr|Three part round on Pythagoras’ Theorem.}} | |||
{{#ExtWeb: | |||
[http://www.davidellyard.com/ David Ellyard’s personal website]}} | |||
==Text and translations== | |||
== | {{Text|English| | ||
{{Text|English | The square on the hypotenuse of a right-angled triangle is equal to the sum of the squares on the two adjacent sides, fa la la, and hey! nonny no!}} | ||
The square on the hypotenuse of a right-angled triangle is equal to the sum of the squares on the two adjacent sides, fa la la, and hey! nonny no! | |||
[[Category:Sheet music]] | [[Category:Sheet music]] | ||
[[Category:Modern music]] | [[Category:Modern music]] | ||
Revision as of 21:03, 8 April 2021
Music files
| ICON | SOURCE |
|---|---|
 |
|
 |
MusicXML |
 |
Sibelius |
 |
File details |
 |
Help |
- (Posted 2006-01-15) CPDL #10755: (Sibelius 3)
- Editor: Philip Legge (submitted 2006-01-15). Score information: A4, 2 pages, 98 kB Copyright: Personal
- Edition notes: Included in the TUMS Busking Book. Personal copyright by the composer. The round follows after a setting of Greensleeves, attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size.
General Information
Title: Round on a well-known text
Composer: David Ellyard
Number of voices: 3vv Voicing: 3 equal voices
Genre: Secular, Canon
Language: English
Instruments: A cappella
First published:
Description: Three part round on Pythagoras’ Theorem.
External websites:
Text and translations
English text
The square on the hypotenuse of a right-angled triangle is equal to the sum of the squares on the two adjacent sides, fa la la, and hey! nonny no!