
5
Once you are on the desired page, press the
Action Push Button
, the
corresponding LED will now blink faster, indicating you just entered that
page. Now you’re able to modify the parameter associated to that page
by moving the Action Potentiometer.
More specifically:
Page one, probes sensitivity
: move the Action
Potentiometer to modify the probes sensitivity; the LED’s
brightness will be proportionate to the new sensitivity
amount. By moving the potentiometer counterclockwise,
probes sensitivity decreases and thus threshold increases;
the module will now be less sensitive to small changes in
conductivity. Move the Action Potentiometer clockwise to
increase probes sensitivity and thus decrease the threshold;
the module will now be more sensitive to small changes in
conductivity;
Page one, pink LED:
set probes sensitivity;
Page three, orange LED:
set MIDI channel;
Page two, turquoise LED:
set notes’ scale;
Page four, purple LED:
set LEDs’ brightness;
03
FIRST BLOCK
3. First block: MIDI notes manipulation and light
settings
By default the Garden Listener will detect any conductivity variation and
convert it into a note of the chromatic scale with an octave range varying
from C-1 to C8: the higher the change in conductivity with respect to a
certain threshold, the higher in tone the note. This behavior can be
modified in many different ways through the Action section which allows
you to enter the main menu of the module.
Press the
Action Push Button (D)
to enter the menu: depending on
the position of the
Action Potentiometer (E)
, one of the five colored LEDs
will start blinking, indicating you in which page of the menu you are about
to enter (remember that the menu has a shout-down time of 5 seconds:
when entered the menu, if no further action is taken within 5 seconds, the
Garden Listener will close the menu by itself). You can use the Action
Potentiometer to scroll through the four different pages of the menu:
Summary of Contents for GARDEN LISTENER
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Page 3: ...2 Introduction to detection and conversion of electrical surface activities INDEX...
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