GMU:Max/MSP visual programming/Yang Li: Difference between revisions

GMU:Max/MSP visual programming/Yang Li (view source)

Revision as of 12:32, 13 August 2018

780 bytes added , 13 August 2018

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Bona7546

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-*Task 4 "Using cables to control objects in Max"
+'''Task 4'''   "Using cables to control objects in Max"
-Based on task 2 Jitter, I want to build a connection between the virtual pattern object and physical equipment. Using the cables on Arduino to input series serials to max that I can control each axis by 6 cables (Analog0-- Analog5). For instance, when I touch the cable which inserts in A0, position X of the object will change in certain range, other cables can be inserted in 3.3V, 5V or GND to keep stable voltage. Furthermore, I use a gyroscope (GY521) on arduino to detect the direction that can control the position of  the object in 3 axes.
+Based on task 2 "Jitter", I want to build a connection between the virtual pattern object and physical equipment that we can have an interaction with the virtual world.
-<br>[[:File:Arduino signal sphere 6cables.maxpat]]
+Using 6 cables on Arduino to input serials to max, I connect converted inputs from arduino (physical equipment)to max that I can control each axis by 6 cables (Analog0-- Analog5). For instance, when I touch the cable (to change value) which inserts in pin A0, position X of the object will change in certain range, other cables can be inserted in 3.3V, 5V or GND to keep stable voltage that you can see the change obviously.
-<br>[[:File:AnalogReadSerial.ino]]
+*[[:File:Arduino signal sphere 6cables.maxpat]]
-*Task 3 "OSC"
+*[[:File:AnalogReadSerial.ino]]
-[[:File:Network-OSC.maxpat]]
+Furthermore, I use a gyroscope (GY521) on arduino to detect the moving direction, particles in max will follow the direction in 3 axes. Virtual patterns interact with the physical world still have many possibilities.
-*Task 2 "Jitter"
+*[[:File:tut_02_particles.maxpat]] [https://www.youtube.com/watch?v=TRgX7rVgSAE]
-I build camera, window, and objects models in this patch, control the position and rotate in X, Y and Z axis. The objects also can be controlled by using "join" to a certain place in a certain time.
+<br>'''Task 3'''   "OSC"
-<br>[[:File:Jitter_Graphic_test3.maxpat]] (miga edit)
+Using SoundcollOSC app to connect with Max. Drag the slider/volume or turn on/off the button on the app, the serials receive by max and vice versa. OSC received from SoundCool app, and outputs to Arduino and Sound.
-<br>[[:File:0517 Jitter_Graphic_test2.maxpat]]
+*[[:File:Network-OSC.maxpat]]
-*'''Task1:''' "dimmer and frequency"
+<br>'''Task 2'''   "Jitter"
+I build a camera, a window, and three-dimensional objects in this patcher, control the position and rotate in X, Y and Z axis. Objects also can be controlled by using "object: join" to a certain place in a certain time. (Mega helped me to edit the patcher easy to read and understand).
-[[:File:Homework.maxpat]]
+*[[:File:Jitter_Graphic_test3.maxpat]] (miga edit)
+*[[:File:0517 Jitter_Graphic_test2.maxpat]]
+'''Task1'''   "dimmer"
+If you drag the slider in patcher, you will find the LED which inserts in PWM pin change brightness.
+*[[:File:dimmer LY.maxpat]]
+*[[:File:Homework.maxpat]]