GMU:Digital Puppetry Lab/Group Swarm: Difference between revisions

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 - after, under options panel tap it and enabled the accelerometer (/xyz) <br>
 - then choose a layout or create your own with [http://hexler.net/software/touchosc TouchOsc editor] if you need more info about touch osc here is a [https://www.youtube.com/watch?v=8FygDh7RssI Editor tutorial]<br>
-- Finally go to the layout to start sending the acc date via OSC protocol <br>
+-finally go to the layout to start sending the acc data via OSC protocol <br>
 [[File:01.TouchOSC.jpg‎ |thumb| left| 150px  | Connection setup on TouchOSC]]
 [[File:02.TouchOSC.png‎ ‎ |thumb| left| 150px  | Options setup on TouchOSC]]
 [[File:07.TouchOSC Editor.png |thumb| left| 333px | Create your own canvas or user interface to manipulate midi or osc data]]
 [[File:03.TouchOSC.png‎ ‎ |thumb| left| 150px  | TouchOSC simple canvas layout]]
+<br style="clear:both;">
+====Max Sound Patch====
+[[File:04.Max_Sound_Patch.png‎ |thumb| left| 685px  | OSC patch receiver sender and sound  output]]
+<br> ''Max/Msp sound patch'' <br>
+- In this patch at the top you have the receiver object with the port 8000, then the route from the acceleration "/accxyz".
+- then with unpack object the values are split in three and all of them are float values between -1.0 and 1.0, for these values to be useful we are going to scale it  now from 0 till 127 so the data now are integers, we use the sliders as a visual aid to see the behaviour of the acc values.
+- after those values goes to the make note object that creates a midi tone with a velocity to transmit the values as sound we create a note out object and also to visualize this in a musical scale we use an n-slider object.
+-Finally the pack object is used to create an array of integers and send it to the second laptop with the udpsend object.
+-Tip: is useful to create a print object just to see in the console how the data is sent
+<br style="clear:both;">
+====Max Video Patch====
+The following patch was create using the lessons under the browse lessons button on the right side of the patcher window. The tutorial is the one called ''geometric dreams''
+[[File:08.Video_Patch_Geometry.png‎ |thumb| left| 500px  | Geometric dreams lesson]]
+[[File:09.step_by_step_patch.png‎ |thumb| left| 500px  | Step by step patch tutorial]]
+<br style="clear:both;">
+After completed the tutorial and have the complete patch you can change the music to get more interesting results and now you just need to create the receiver object and attached to different controllers.
+[[File:06.Max_Video_Patch.png‎ |thumb| left| 500px  |Max/Jitter patch]]
+[[File:05.Max_Video_Patch.png‎ |thumb| left| 520px  |Max/Jitter patch with window visualizer]]
+<br style="clear:both;">
+To receive data from the first laptop we need an udprecive object with the port 9000 in this case, because we are sending from the same port, then add an unpack object to split the values in three again and three scale objects to resample the data, to be useful so the data is going to change from 0 to 127 to 0 till 1 using float values.
+In this example the acceleration on the X axis is controlling the slide up and slide down the SLDR object, the Y axis acceleration is not been used and the Z axis  acceleration is changing the mat emission object to make darker or brighter the visuals and also change their colors.
+- Tip with the eraser object set it up to a dark color as a background and change the values on the mat emission and mat diffuse to get a brighter color to make contrast.
+- To get the same results as the picture on the visualizer window, set the draw mode in  trip_strip and fix the vertical pan on 55 in INTERPOL8R object.
+== Video Result ==
+Coming soon ...