Al Nik's Hackpact

_about

 it's just a toy! - bruno

here are several research & experiments hackpacts to start with ⟿

_[audiozines]

[format] playing with audiozines as focus on format rather than on a topic.

[wip pad] is here

[process log]

research - i became quite interested in zines as a format and since we're experimenting with audio a lot, the combo looks like a good starting point for me. Started with a small research. (more details in the pad)

timeline

_1970-1980s - audio cassettes

_1997+ - compact discs (becoming more hybrid, + image and video)

_2000s - web based; podzines (ipods; downloadable)

_2010s - becoming podcasts

main characteristics

_small scale content

_analog turned digital through tech development

_notion of limitation - in length, in size, in accessibility

_often come in series

_radical, anarchistic content (now)

_independent publishers (now)

_spoken words

_non-fiction content, but often connected to science fiction pieces (at least for a few decades)

_curated, conceptual content

_DIY culture

why interesting in audiozines?

_DYI and independent publishing notion

_limitations - in terms of length, accessibility, distribution - small scale contents

_conceptual (curated, but raw)

_connection to analog - audio cassette origins

_connection with print zines - can have its own printed zine edition as well

_[pure data]

[format] experiment with focus on format (instead of topic). First baby steps in getting to know Pd.

[work] with Mitsa

[wip pad] is here

[process log]

research - for the experiment, i have researched a bit what pure data is and what tutorials we can use to start. As Mitsa and i are interested in creating sounds, music, edit audio with it, i proposed us to try the tutorials created by Australian artist and educator Andrew R. Brown.

He has published a series of 53 video tutorials for getting to use Pure Data for Real-time music and sound.

creating a simple oscillator with pure data - process log

 1_ download pure data vanilla - here
 2_ create a new patch
 3_ create the following boxes: object box with osc~; object box with audio output (digital to analog converter); object for defining the volume - object box with multiplying function and number box to define the volume number; finally, a number box to adjust the osc frequency.
 4_ connect them with sound on to hear the osc sound.
 5_ add another one and play with frequencies.
 6_ record the sound in pure data - by adding a message, start and stop. (listen to the third audio)

why interested in pure data?

as part of the master project research, we (Mitsa and Alex) are looking for various methods and tools to collect and edit sound and music. What we like about pure data is its visual interface and mapping style. It is also a way to build complex pieces and mix already existing audio with newly programmed sounds. It is a free software, independent; also new to us both.

building an instrument

after experimenting with recording the simple oscillator sounds and uploading them both here, the idea of building an instrument on the wiki arose. :) you can play the audio files above at the same time or play with different overlappings. now, imagine this with more sounds!

_[osc instrument]

[about] for this experiment, i am using pure data to build a very simple instrument only by using oscillators, tuned in different frequencies. Not advancing with more tutorials, but building up on the first and simple one. Made additional research how to record audio and how to press "start" and "stop" of playing various objects in Pd.

[process log]

 1_ create an oscillator 
 2_ replicated it 4 times
 3_ set different frequency values to each osc 
 4_ record by playing different sequences and combinations
 5_ up next: find out how to add start and stop buttons to play