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#X text 6 175 Metronome:;
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#X text 9 237 To access the patch for;
#X text 8 257 a question \, click the;
#X text 8 279 appropriate box below.;
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#X text 7 5 Rhythm Lab;
#X text 7 28 The purpose of this lab is to explore rhythm perception
and to highlight the inaccuracy of perception (i.e. that it is not
perfect and that you cannot expect to get the same results as your
classmates \, or even the same result as you had just a moment ago).
;
#X text 7 103 There are three questions. For each of these questions
the patch should default to the settings required by the question.
However \, the patch has been designed to allow you to explore the
issue further \, should you wish to do so.;
#X text 6 165 The first question tests your ability to distinguish
between a steady beat and a beat of the same tempo with a random offset
time. A random offset causes the notes to fall some time before or
after they ought to occur.;
#X text 7 236 The second and third questions test your ability to distinguish
between a steady beat and grouped notes. Grouped notes have the same
tempo within the group but a slight offset time between the groups.
Although the patches are the same \, the two questions ask you to use
different tempos to see if the offset time necessary to perceive the
difference is different at different tempos.;
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#X text 8 158 Directions:;
#X text 307 103 trial #;
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#X text 46 108 time (msec);
#X text 6 232 2) Set the offset time to zero in the window above.;
#X text 6 252 3) Gradually raise the offset time (allowing several
beats to occur between each increment) until you can tell that the
beat is irregular.;
#X text 7 175 1) Make sure that in the global controls window the tempo
is set to 120bpm \, the random box checked \, the metronome is on \,
the mode is in Set-Mode \, and the volume is turned up to a comfortable
level.;
#X text 5 392 5) If you had 80% right \, record your results and move
on to the next question. Otherwise \, switch the mode to Set-Mode and
repeat steps 3 and 4 until you get at least 80% correct when testing
your result.;
#X text 5 3 1) Find the lowest offset time from a 120bpm tempo at which
you can distinguish between a steady beat and that same beat with a
random offset. Test your answer to make sure your results are reliable.
If you cannot correctly distinguish between steady and random 80% of
10 trials \, raise the offset time and try again.;
#X text 5 296 4) Test yourself to make sure your answer is reliable.
Switch the mode to Test-Mode and run at least 10 trials. For each trial
\, you will randomly hear either a steady pulse or a random offset.
Click steady if the output is steady and unsteady if the output has
a random offset. Each time you click either steady or unsteady \, a
new trial will automatically begin.;
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#X text 331 141 % correct;
#X text 5 173 Directions:;
#X text 331 116 trial #;
#X text 66 132 group size;
#X text 5 242 2) Set the offset to zero in the window above.;
#X text 4 258 3) Gradually raise the offset (allowing several beats
to occur between each increment) until you can tell that the beat is
grouped into equally sized subgroups rather than beating steadily.
;
#X text 66 108 group offset;
#X text 5 188 1) Make sure that in the global controls window the tempo
is set to 120bpm \, the Grouped box checked \, the metronome is on
\, the mode is in Set-Mode \, and the volume is turned up to a comfortable
level.;
#X text 3 401 5) If you got 80% right \, record your results and move
on to the next question. Otherwise \, switch to Set-Mode and repeat
steps 3 and 4 until you get at least 80% correct when testing your
result.;
#X text 5 4 2) Find the lowest offset time from a 120bpm tempo at which
you can distinguish between a steady beat and a beat with groupings
that are steady within the group but have an offset between groups.
Test your answer to make sure your results are reliable If you cannot
correctly distinguish between steady and random 80% of 10 trials \,
raise the offset and try again.;
#X text 22 149 (Set Mode Only);
#X text 4 308 4) Test yourself to make sure your answer is reliable.
Switch the mode to Test-Mode and run at least 10 trials. For each trial
\, click steady if the output is steady and unsteady if the output
is grouped. The group size will be random during the test and may not
be the group size displayed. Each time you click on either steady or
unsteady \, a new trial will automatically begin.;
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#X text 336 138 % correct;
#X text 7 171 Directions:;
#X text 335 115 trial #;
#X text 69 131 group size;
#X text 6 240 2) Set the offset to zero in the window above.;
#X text 6 259 3) Gradually raise the offset (allowing several beats
to occur between each increment) until you can tell that the beat is
grouped into equally sized subgroups rather than beating steadily.
;
#X text 6 408 5) If you got 80% right \, record your results and move
on to the next question. Otherwise \, repeat steps 3 and 4 until you
get at least 80% correct when testing your result.;
#X text 69 107 group offset;
#X text 5 2 3) Find the lowest offset time from a 60bpm tempo at which
you can distinguish between a steady beat and a beat with groupings
that are steady within the group but have an offset between groups.
Test your answer to make sure your results are reliable If you cannot
correctly distinguish between steady and random 80% of 10 trials \,
raise the offset and try again.;
#X text 6 185 1) Make sure that in the global controls window the tempo
is set to 60bpm \, the Grouped box checked \, the metronome is on \,
the mode is in Set-Mode \, and the volume is turned up to a comfortable
level.;
#X text 25 149 (Set Mode Only);
#X text 6 314 4) Test yourself to make sure your answer is reliable.
Switch the mode to Test-Mode and run at least 10 trials. For each trial
\, click steady if the output is steady and unsteady if the output
is grouped. The group size will be random during the test and may not
be the group size displayed. Each time you click on either steady or
unsteady \, a new trial will automatically begin.;
#X restore 17 374 pd question3;
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#X text 6 2 Interface Help;
#X text 30 23 Bang;
#X text 31 89 Toggle;
#X text 52 169 Number Box;
#X text 35 371 Slider;
#X text 11 41 A bang is a button that has no state (see toggle) and
is used to trigger something. Clicking on one should do whatever the
label next to it says.;
#X text 11 109 A toggle is a button that has state (it either has an
X in it or it does not). Toggles are often used as on/off switches
\, with an X indicating that something has been turned on.;
#X text 11 193 A number box lets you set values. You can enter things
into a number box in two ways. The easiest way to enter a specific
number is to click in the box \, type the desired number \, then press
return. If would like to scroll through settings \, you can click in
the box and move the mouse up or down while holding down the (left)
button. This will scroll through by ones. To scroll through by hundredths
\, hold down the shift key while scrolling. If a box won't let you
scroll below or above a particular number \, it has been set not to
let you slide past that number for some reason. Wile you can probably
type the number in and have it work \, it might be a bad idea \, since
the boundary was put there for a reason.;
#X text 34 404 the slider bar up or down to change its value.;
#X text 34 390 Sliders work a lot like number boxes. Click and drag
;
#X restore 17 398 pd help;