Parking Ramp Project topped Twin Cities dance scene in 2018

Cody McKinney (bass) and Peter Hennig rehearsing Parking Ramp Project

Parking Ramp Project was selected by the Star Tribune as the Twin Cities’ top dance scene in 2018:

“1. Parking Ramp Project: Aniccha Arts founder Pramila Vasudevan showcased her eye for space and ritual with this bewitching site-specific performance, full of eerie neon ropes, haunting vocals and post-apocalyptic pillows, in a Bloomington parking garage.”

The music that I composed for the event highlighted the movement of the cast through the seven story parking ramp with an animated, generative, graphic score written in Javascript. Read more about the project below:

Video Documentation of Parking Ramp Project
Animated, Generative, Graphic Scores for Parking Ramp Project
Star Tribune: 10 great Twin Cities dance events for fall 2018
City Pages: Parking Ramp Project

Video: Parking Ramp Project

Aniccha Arts premieres a performance installation inside a seven-level parking garage. The project asks questions about transience, migration, and stability in a space that temporarily stores cars and is home to nothing. Performers pervade the parking structure with their bodies, working against the visible slant of the ramp to find their individual verticality. Questions we asked in creating the work: How do we find softness in a landscape of concrete? What anchors us on these alternating planes? How do we connect across such a complex landscape? video by: Cully Gallagher

This video by Cully Gallagher is 3 minutes and 30 seconds of fragments from the approximately 44 minute long Parking Ramp Project. Composing music for this performance installation showed me how far it is still possible to explore improvised music through experimental processes. Considering the acoustics of the parking ramp was a critical consideration within the musical scope. One approach to this was rests coded into the algorithms that allowed for the music to decay during long pauses while the ambient sound of the space inserted itself as an unintentional “performer”.

I am humbled by the willingness of the Pramila Vasudevan and other collaborators to humor my absurd scheme to compose the work using Javascript. This language allowed me to quickly produce animated, generative, graphic scores. It was also a privilege to perform the music with Peter Hennig (drums) and Cody McKinney (bass/electronics) who effortlessly interpreted the graphic scores. You can read and hear more about the project or continue for a gallery of screen grabs from the animated graphic scores. Continue reading

Generative, Animated, Graphic Scores for Parking Ramp Project

This video is one of the six generative, animated, graphic scores that I have composed for Parking Ramp Project. The music was performed live and recorded while the screen was being captured. This piece is called Connected. Colored circles are generated on the screen with connecting lines. One of the three colors is randomly selected to change the color of circles with which it collides. Once all the circles are the same color they fade away and a new set is generated with a different color as the changer. This continues for seven minutes.

Musicians respond to this score by producing a sound event when circles of their assigned color collide with another circle or the boundaries of the screen. This process produces phrases with arbitrary yet continuous rhythmic patterns. The dimensions, velocity, x-axis, and y-axis of each circle serve as parameters that can be interpreted and applied to the frequency, timbre, dynamics and/or duration of the sound event. This interpretation is left up to the discretion of the musicians.

Purple = Peter Hennig (Drums)
Grey = Cody McKinney (Bass / Electronics)
Green / Cyan = John C.S. Keston (Rhodes / Synths)

Bloodline will be performing the music live for the piece, directed by Aniccha Arts choreographer Pramila Vasudevan, with nearly fifty dancers at a parking ramp near the Mall of America, September 29th and 30th, 2018. Learn more about Parking Ramp Project below: Continue reading