Cycling '74 Wiki - Recent changes [en]

United States/Canada (Schools)

2013-05-23T16:22:46Z

‎Massachusetts:

function

2013-05-22T17:18:00Z

File:function-envelope.gif

2013-05-22T17:17:19Z

Ddg@cycling74.com uploaded "File:function-envelope.gif"

function

2013-05-22T17:11:30Z

UK/Europe/Asia Minor (Schools)

2013-05-21T13:27:03Z

Asia/Pacific (Trainers)

2013-05-20T04:00:18Z

Asia/Pacific (Consultants)

2013-05-20T03:51:29Z

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 ----
-'''Massachusetts College of Art and Design - Online Course'''
+'''Massachusetts College of Art and Design, Studio for Interrelated Media'''
-'''Enrollment Contact''': http://pce.massart.edu/courses/spring/sim/index.shtml
+'''Enrollment Contact''': [http://www.massart.edu/Continuing_Education  http://www.massart.edu/Continuing_Education]
 '''Email''': Judy.Dunaway@massart.edu
@@ Line 1,070: / Line 1,070: @@
 '''Software Taught''': Max/MSP/Jitter
-'''Course Offered''': Getting Started with Sound in MaxMSP
+'''Course Offered''': Getting Started with Sound in MaxMSP ONLINE, Advanced Max ONLINE
-'''Platforms''': Mac, Win, Other
+'''Platforms''': Mac, Win
 '''Frequency''': Quarterly
@@ Line 1,078: / Line 1,078: @@
 '''Instructor''': Judy Dunaway
-'''Cost''': $555
+'''Cost''': $565
-'''Comments''': For complete information visit the class website: http://www.jeweltone16.org/SoundWithMaxMSP This intensive course is for beginners in MaxMSP who want to create sound works. Using a step-by-step approach, you will learn how to build Max patches [self-contained programs] from the ground up. In this half-semester course you will learn to manipulate MIDI sounds in your computer via Max, how to create digital synthesized sound within MaxMSP and how to build a basic sampler. Sound concepts will be made understandable and one-on-one help will be provided throughout the course. Classes are posted once weekly for this online course, but do not meet in real-time, allowing some flexibility for individual schedules.  1.5 college credits.  .
+'''Comments''': For complete information visit the class websites -
 '''Address''': Massachusetts College of Art and Design
@@ Line 1,106: / Line 1,109: @@
 '''Instructor''': Paul D. Lehrman, PhD
-'''Comments''': Visit our website at http://tuftsemid.com to see student projects from the last several years.
+'''Comments''': Visit our website at [http://tuftsemid.com http://tuftsemid.com] to see student projects from the last several years.
 '''Address''': Tufts University

← Older revision		Revision as of 17:18, 22 May 2013
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	You can use the {{maxword\|name=function}} object in two ways: as a generator of level/time pairs for line~ and curve~, and as a transfer function calculator. The first mode requires two messages: '''bang''' and '''next'''. The '''bang''' message produces a series of level/time pairs that represent all of the points up to the first sustain point. Subsequent sections of the envelope need to be accessed by sending the '''next''' message. This is appropriate for creating musically-useful modulation envelopes for amplitude, filtering and pitch.		You can use the {{maxword\|name=function}} object in two ways: as a generator of level/time pairs for line~ and curve~, and as a transfer function calculator. The first mode requires two messages: '''bang''' and '''next'''. The '''bang''' message produces a series of level/time pairs that represent all of the points up to the first sustain point. Subsequent sections of the envelope need to be accessed by sending the '''next''' message. This is appropriate for creating musically-useful modulation envelopes for amplitude, filtering and pitch.
		+
		+	[[File:function-envelope.gif]]

	The {{maxword\|name=function}} object has two curvature modes: "linear" and "curve". When in the linear mode, the output will output value pairs that represent the time and target value for each of the points in the function display. Typically, this output is sent to a {{maxword\|name=line~}} object, which can be used to drive almost any object at audio rate.		The {{maxword\|name=function}} object has two curvature modes: "linear" and "curve". When in the linear mode, the output will output value pairs that represent the time and target value for each of the points in the function display. Typically, this output is sent to a {{maxword\|name=line~}} object, which can be used to drive almost any object at audio rate.

@@ Line 3: / Line 3: @@
 ==Using the {{maxword|name=function}} object==
-The {{maxword|name=function}} object has two modes: "linear" and "curve". When in the linear mode, the output will output value pairs that represent the time and target value for each of the points in the function display. Typically, this output is sent to a {{maxword|name=line~}} object, which can be used to drive almost any object at audio rate.
+You can use the {{maxword|name=function}} object in two ways: as a generator of level/time pairs for line~ and curve~, and as a transfer function calculator. The first mode requires two messages: '''bang''' and '''next'''. The '''bang''' message produces a series of level/time pairs that represent all of the points up to the first sustain point. Subsequent sections of the envelope need to be accessed by sending the '''next''' message. This is appropriate for creating musically-useful modulation envelopes for amplitude, filtering and pitch.
 When in curve mode - either set in the inspector or using the ''mode'' message - the function object produces output consistent with the values required by the {{maxword|name=curve~}} object - value triplets that include delta time, target value and curve value. The curve value ranges from -1.0 through 1.0, with positive values producing a logarithmic curve, and negative values producing an exponential curve:

@@ Line 1,331: / Line 1,331: @@
 **Muzyka komputerowa (Computer music),
 *specjalność Reżyseria dźwięku w multimediach (speciality Sound Engineering in the Multimedia):
-**Programowanie obiektowe (Object programming),
+**Programowanie obiektowe (Visual/Object programming),
 **Dźwięk interaktywny (Interactive sound),
 **Systemy interaktywne (Interactive systems)

@@ Line 1: / Line 1: @@
 If you wish to offer your services as a person offering their skills for one-on-one training or tutorials for Max, MSP, and Jitter, you may provide a brief listing identifying yourself and your services. This page is intended to serve as a starting point for further contact rather than a place to publish a CV or examples of your work.
 ==Asia==
-===''<your name here>''===
+===''Tobias Rosenberger''===
 ----
-'''Contact''':
+'''Contact''': tobias@tobiasrosenberger.de
-'''Website''':
+'''Website''': http://www.tobiasrosenberger.de
-'''Specialty''':
+'''Specialty''': Training, One-on-one tutorials, Workshops
-'''Area of Expertise''':
+'''Area of Expertise''': Max, Jitter, Dmx, Arduino
-'''More info''':
+'''More info''': based in Shanghai > 6 months/year
 ----