Last minute help for those who want to come prepared for tonight’s jam.
\nWe’ll be upstairs in E324 in the Old Town School East building (4545 Lincoln), one floor above the Global Dance Party in Szold Hall. The acoustics in our new building are phenomenal.<\/p>\n
Some answers to questions I’ve been asked. If you have a yearly subscription, you do not need to register. We welcome everyone who wants to hear and\/or learn some Cajun fiddling. It would be great if you register online, but you can also pay at the front desk tonight.<\/p>\n
In ABC Notation. Free software to read, print and play the ABCs is available here<\/a>. And a short tutorial on ABC notation for fiddlers can be downloaded from the Old Town School’s Tune Archive using this link<\/a>.<\/p>\n X:1 (The notation for “Lacassine Special has been revised to be more like the way David taught it at the Fiddle Club workshop. C’est la vie.)<\/p>\n X:2 (Notation for “Prison Bars was also revised to indicate 2nd finger slides marked by slurs and the triplet slides at the end of each strain.)<\/p>\n To use these notes, it is essential to listen to the tunes as David recorded them for us. To do that, go here<\/a>.<\/p>\n","protected":false},"excerpt":{"rendered":" Last minute help for those who want to come prepared for tonight’s jam. We’ll be upstairs in E324 in the Old Town School East building (4545 Lincoln), one floor above the Global Dance Party in Szold Hall. The acoustics in … Continue reading
\nT:Lacassine Special
\nM:C|
\nL:1\/8
\nO:Iry Lejeune
\nS:David Greely
\nK:A
\nzc2 | {Bc}B2A2 d2e2 | “slide”f3 f2ede | {e}f2=gf ecBA | A3 A3c2 |
\n{Bc}B2A2 c2d2 | e3 e2Ace | f2=gf ecBA | A3 A2 ::
\nBcc | BAFE CEFA | Bcc2 Bc2c | BAFE CEFA | Bcc2 Bc2c |
\nBAFE CEFA | Bcc2 Bc2d | B3B2 cBA | A3 A2 :|<\/p>\n
\nT:Barres de la Prison
\nM:3\/4
\nL:1\/8
\nO:Canray Fontenot
\nS:David Greely
\nK:D
\n“NB swing those 8th notes”
\nFAd | f2{fg}fe fg | “slide” (3f=fed ^FAd | f2{fg}fe fg | “slide” (3f=fed ^FAd |
\nf2{fg}fe fg | “slide” (3f=fe d2{ed} BA | “slide”(3=cBA =F2 “slide”(3FED | D6 | D3 ::
\nz2D | =F-EDF {EF}ED | =F-ED2 B,D | =F-EDF {EF}ED | =F-ED2 B,D |
\n=F-EDF {EF}ED | =F-ED2 B,D | E2=F2 “slide”(3FED | D6 | D3 :|<\/p>\n