Sensors’ Datasheet, Examples
- Exploring Infrared and Ultrasonic Distance Measuring Sensors
- Servo Motors and gear sets…(source provided by M.Pincay)
- LED, resistors for Light Emitting Diodes (source provided by Victor)
- General MIDI Instrument Patch Map
- Theremin Related Links
- Cycling74 Community, Teleo Cookbook
- Max/MSP Object Download and Examples
- Example of Pull-Up Resistor
- Example and Procedure for Changing Teleo Addresses
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Related Courses at Lehman College
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Sensors’ Datasheet, Examples
In the market, there are many kinds of infrared distance measuring sensors. But if they connect
with Teleo board, we just need to consider if they are Digital In or Analog In.
As I know, the infrared distance measuring sensors we usually using for making wide range sound
effect is the “Analog In” infrared distance measuring sensors. Moreover,
I found there are two kinds of infrared distance measuring sensors.
—
Sharp GP2Y0A02YK IR Sensor (long distance)
Reports distance as an analog voltage with a range of ~8″-60″ (20cmx150cm)
—
Sharp GP2D12 IR Sensor (short distance)
Reports distance as an analog voltage with a range of 4″-30″ (10cm-80cm)
Value Setting in Max/MSP (Infrared Rangefinders)
—
Sharp GP2D120 IR Sensor (shortest distance)
Reports distance as an analog voltage with a range of 1.5″ to 12″ (4cm-30cm)
—
Ultrasonic Distance Measuring Sensor
(SensComp/Polaroid Instrument Grade Transducer, 6500 Ranging Module)
—
From: Don Day <don@rgb.com>
Subject: Re: How to connect the ultrasonic distance measuring sensor to Teleo Intro Module?
“The 6500 Ranging Module’s output is a pulse. The timing of the pulse must be determined
very precisely to measure distance. The Mini A module has converted the distance
timing measure into an analog voltage, which can be measured by the Teleo AIN.”
—
In this experiment, I already tried my best to search several possible ways
to make the ultrasonic distance measuring sensor (6500 Ranging Module) compatible
with the Teleo Intro Module. Finally, I gave up because the two techincians
from Makingthings and Acroname cannot solve the technical problem and make the
same conclusion. The detailed e-mail discussions are in
10/28 of my Interaction Digital Diary blog.
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- If you want to call your music file, the file must be .aiff, .au, or .wave…. The number 1 and 2 or
more are different music files.
- The next example as follow is how I can call each .wav file out by number 1, 2, 3, 4…..Moreover,
I use the object “loadbang”
to remember my setting. The object “sfplay~” cannot make musical notes sustain, but can
play music files. - Click here to see the part of my source code and understand how I call each .wav file out
- If you want make each musical notes sustain, using external Max/MSP object “qtmusic”
will satisfy your need!! - Let’s download qtmusic.sit
- To change the instrument number, you can go to ”
General MIDI Instrument Patch Map“.
- The next example as follow is how I set different instruments and how I can make each musical notes sustain.
- Click here to see the part of my source code and understand how
I set different instruments and sustain musical notes
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Related Courses at Lehman College
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Stores
-
- www.radioshack.com
- http://cycling74.com/
- www.digi-key.com
- http://www.junun.org
- Mark III Robot Store
- Acroname
- Jameco
- Morales Warehouse (for wood)
- Tremont Electric Supply (for electronic wires, lights)
- Home Depot (For hardware everything)
- J&R (for Teleo USB cable, only for $9)
- Cheap Teleo Adapter: Google key words: 120vac+60hz+16w+output+12vdc+800ma
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Last update: February 13, 2014