Max patch for circulating through 5 LEDs

In-Class,Max — Ali Momeni @ 9:29 pm

<pre><code> ———-begin_max5_patcher———- 1377.3oc2Z9zbhaCFF+L7oPimdLMw5u1du0YZu068P6N6X.Eh1AjYrEoa6Na +rWKIaVXIDjksUb3PvAiQ9QO7999SRVec9rnEEegWEA9.3OAyl804ylYNk9D yZd+rns4eY4l7JykEsrX6VtTEcm8yT7unLm+2+sesBrrPJ4KU7U.UAfB1IjU sW3iERUk3e45KFhtOt4z6xUKeRHW+ox5umUGXVx8z6.TRZ8UAfTp9.J99XvG a9Rx8aExMbkQQvlSJVYzQwhO+yL1w2UY9VycM5WJE4ah9daTrW01HGjSIupt 2kqDExikTRrVDMRJt4EvG0eouMet9k65o+st3+5tUASXZqBC0Jhf6tQQGZih xLFEbz7I09RInPxAaDqeRU+e2A9Ko5ItDX9DQ8od7QfPBfwwaOD8sQTGWVrW ZZCTm84j3LceAiONjDS6hSS5rS6goU2BK3kssmswT+yNtsWDIz9IHZQtbczA k6tKfxP1r.yqwmEssKurteo3kehKyWrgeb7xU8GTW8GjG9yVdUU9Z9YAUwWz x7wmfPiCgSsGP5TTX5kBVPmaFzNmVB8IXg+202ry7hU7M5bmK5H9F8z5JD1E BetpqvBgqboPD3vFhXAJMET7IDIIDlwh8JUgzwPgWpaZAlnzr1es6HfhlNbc FUw50a3uZwQG5KDKrEMrk+nYieD7C3GVIVKT4a9iRghC9oANjtweXVFYrwf5 TLMK9sLAeXY.HLqeL.R1MHCn0U7mADe6v.ZFNUOX.v2CL.jE00CF.Zxv.Z5K iDC.G.F.LYTg.sFTKDf0YH.kb6.AvzzdBAv2fPfVWwaH.gb6.AHMyJxaH.g9 d.BfsrN+g.D1jABzzWFGH.IIDPfzQEBzZP9CAHo2NP.RZb+f.3tOU+WeQZOU Q8ZUZCL5nU4diNvoijWZUTu7xv.bnMSAyafCNafsvSUTurv9honVZbOvTw9Y Ambe6kEzS3ViRFI3FrOtSilFkbrGfYiJRrsKzCjHZnS6NQRihqNrfTVLpmfT 1PagYYuSAosdo+fT5sybvXMSH0ejH48vbvXVNq+vMrekuwD6N3fhFqrjJcVB .Av.Bf95FzcW+nWq6UC.GZ71Tytx3xdK6buE047I1awyyy9r+goLOCgPjIyz 3aRGFmQ5fPdkpbHEk8VONPXpoXHKdDLG3.9PcG4c7Bp4oXhGgs7BjEhs7xEJ YVK5xh59xH7L9rkBgwIl.HZmGZA7Mc4ce.EOpyDnsri+yD.BG3gw1HILZz.z lsdGurFRSuVpZ6emTfp6QeDygjqrkHouv7r5p4RFxfu06ECZzVlsvEz6Q1F9 m+zy4kGtQ0W1dgr37pWmd9gY+qfMkpnI1M4H60ibvuPdYe7JycwrMU+gcisQ o5yepAVUrubYa2scCTB9tXWwqTBoIS+nKRWZsNIr8hdRrZEWdLyZknRiwVc4 Mfpq5QOf15Aj+55QubYGI5QWOnqoGVX0C7J5ghBqdtV7id63EH8vhcIdNXxQ usDlPxgjNsjCZRIGHbZE6j4fbXgqTH0oT8rvomjIldXtnGZ3ziKI6T1DSOIg SOtT8gBmX5If46tfRIAL+xkxy5cCYnnWYSK87C2pKnGR37GWpOSB2PCIt3Oj vU+gPmX5wkwpRBX9kK7TBYhomvw2ItTeFmMwzS3x2wtLdCb3xuvtvKHga7F3 jokdHtv2IAboMbZ1oA72KWp+fBm+fISL83BOEGt46fcIdFSmX5gD1kNjbM8D vk+wo7q.x2cQNg6mKXpqOofoi8.CW1NzoQOGtj8QboLsOzo7c6dlWV0zjFgD sM+yEkG1pRQaER6aMsXTI+YQ60imqasuM++QWPlmi ———–end_max5_patcher———– </code></pre>

Perspectives and Experiences: Looking at Miniatures

Artists,Reference — Ali Momeni @ 6:00 pm

DUE Feb 13, 2012 – Sensors to actuators, and “the stage”

Assignment — Ali Momeni @ 8:50 pm
  • Working circuit, software and parts for controlling at least 4 motors/lights independently with 4 photo-resistors; this must be prepared, assembled and ready to view at the beginning of class; there will be no time for problem-solving
  • Sketches for “the stage” for your final project; the stage should help you fasten your components (motors/lights) and present your collected miniature objects.  Be prepared to share drawings, sketches, descriptions and reference images for how you will go about designing and making a “stage”.  Each student will be expected to give a 5 minute presentation on their research/ideas for how and why the objects she has collected will be displayed and animated.

IN CLASS: Feb. 8, 2012, sensors to actuators

Electronics,In-Class,Max — Ali Momeni @ 9:05 pm

We continue our work with sensing circuits (using photoresistors) and actuators (LEDs, incandescent light bulbs, motors, and servos).  Connect the necessary components on a bread-board to do the following:

  • One photo resistor controlling the rotation of a servo motor
  • One photo resistor controlling the brightness of an LED
  • One photo resistor controlling the brightness of an incandescent light bulb
  • One photo resistor controlling the speed of a DC motor

Once the circuitry and the Max patch for the above set of mappings is complete, the begin integrating elements from your collection of very-small-things, by attaching some of your collected items to your motors and servos, and lighting other collected items with LEDs and light bulbs


Uncategorized — Connie @ 6:59 am

Connecting simple analog sensors: Photoresistor to Microcontroller

Electronics,Reference — Ali Momeni @ 10:35 pm

Simple circuit for connecting a variable resistance sensor to a micro-controller (with details regarding our favorite microcontroller the Arduino-compatible Teensy):

Maxuino stepper beta-12 test!

Max — Ali Momeni @ 7:02 pm


Controlling DC Motors/Lights: Microcontroller to MOSFET

Electronics,Reference — Ali Momeni @ 6:27 pm

The above diagram shows how to use a microcontoller (like our Arduino-compatible Teeny board) and a MOSFET to turn on/off a DC motor or a light.

In the above diagram:

  • “Load”: your light or actuator (including motors, solenoids) and its two leads
  • “Load Power +12″: the positive terminal of your power supply; note that this voltage can be different than +12V” as long its within the MOSFET’s specifications
  • “MOSFET”: the three leads are labeled [G]ate, [D]rain and [S]ource; refer to the MOSFET’s datasheet to assure which pin is which
  • Grounds: the MOSFET’s [S]ource pin connects to the ground of the power supply; the microcontroller’s ground pin should also be connected to the ground of the power supply
  • “Control +5V”: this connection is to one of the digital outputs pins of the microcontroller (either Digital I/O or PWM)

maxuino fixer

Max — Ali Momeni @ 7:59 pm


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