Demain
27
French Pop
Demain was released on December 11, 2009 by SME Strategic Marketing Group as a part of the album Roméo et Juliette, les enfants de Vérone (Musique du spectacle musical)
Melodicness
How much the song possesses a clear and memorable tune that follows well-defined musical patterns. A song high in melodicness generally features clear and memorable instrumental or vocal lines.
Acousticness
A measure of how much a song relies on acoustic instruments (eg. piano, guitar, violin, drums, saxophone) instead of electronic or digitally synthesized
Valence
The musical positivity or emotional tone conveyed through the song's harmonic and rhythmic components. High valence corresponds to feelings of happiness, excitement, and euphoria while low valence is associated with sadness, anger, or melancholy.
Danceability
A combination of factors including tempo stability, rhythmic patterns, and beat emphasis to determine how suitable a song is for dancing. A "danceable" song may feature a consistent tempo, repetitive musical structure, and strong downbeats.
Energy
The perceived intensity of a track which may be influenced by tempo, dynamics, and musical compactness. A high energy song may have a driving rhythm and dense instrumentation while a low energy song can be musically sparse and feature slower tempos.
BPM125
Music Video
Music Video
Credits
PERFORMING ARTISTS
Joy Esther
Performer
Stéphanie Rodrigue
Performer
Arié Itah
Performer
Ida Gordon
Performer
Jean-Michel Bernard
Piano
Carolin Petit
Programming
Hugo Ripoll
Guitar
Claude Engel
Guitar
Laurent Vernerey
Bass Guitar
Laurent Faucheux
Drums
Nicolas Montazaud
Percussion
Dominique Sucetti
Accordion
Gilbert Chretien
Background Vocals
Béla Drahos
Conductor
Chœurs de Radio France
Performer
Philippe Rossi
Programming
Erwan Le Marc' Hadour
Programming
COMPOSITION & LYRICS
Gérard Presgurvic
Composer
Carolin Petit
Arranger
Viviane Willaume
Arranger
PRODUCTION & ENGINEERING
Nicolas Duport
Recording Engineer
Jean-Philippe Bonichon
Recording Engineer
Gábor Buczkó
Recording Engineer
Miklos Lukals
Assistant Engineer
