[rtt233] type=friend username=rtt233_sip secret=XXXXXXX host=dynamic dtmfmode=rfc2833 disallow=all allow=gsm nat=yes qualify=yes context=rtt233_sip
Below is my dialplan for SIP:
[rtt233_sip] exten => _X,1,GoTo(rtt233_sip_answer,s,1) [rtt233_sip_answer] exten => s,1,Playback(hello-world) same => n,Playback(auth-thankyou) same => n,Hangup()
Below is my iax.conf:
[rtt233_iax] type=friend host=dynamic username=rtt233_iax secret=XXXXXXXX auth=md5 requirecalltoken=no context=rtt233_iax
Below is my dialplan for IAX:
[rtt233_iax] exten => _X,1,GoTo(rtt233_iax_answer,s,1) [rtt233_iax_answer] exten => s,1,Playback(hello-world) same => n,Playback(auth-thankyou) same => n,Hangup()
My dialplan and setup files here are pretty plain, but it was great to see the connection being made from my machines softphone to the Asterisk server. After this I learned about dialing to a real phone using SIP:
exten => s,1,Dial(SIP/itp_jnctn/19175551234,30,r) ;SIP call
An alternative to this – one can let the user choose a number to dial with:
exten => _1NXXNXXXXXX,1,Dial(SIP/itp_jnctn/${EXTEN},30,r) ;dials any valid North American phone.
As well as calling a machine through the dial plan IAX2:
same => n,Set(CALLERID(num)=12125551234) ;set caller ID same => n,Dial(IAX2/rtt233_iax,30,r)
Alright…So we have simple dialing down…how can we save variables so that they can be reused over multiple calls? With Asterisk we can save variables to a Database(DB). Check out the below DB calls that can be used in any dialplan:
same => n,Set(numOfCalls=${DB(rtt233/calls)}) ;set # in database same => n,Set(numOfCalls=$[1 + ${numOfCalls}]) ;add 1 to it same => n,Set(DB(rtt233/calls)=${numOfCalls}) ;take # from database same => n,SayDigits(${numOfCalls}) ;say # of calls
The video I made is an art piece to puppeteer what many american’s feel is the ultimate puppet – US Presidents. With puppeteering I’m trying to pull out the inner child in famous presidents who are forced into a very public and very serious role. My goal of this is to have babies and young children control these serious figures. I wasn’t able to find a child to control the puppets with this week, but plan to redo this piece with the proper pupet master.
Lastly, I’d like to give another huge applaud to Jason Saragih, Kyle McDonald, and Arturo for making this technology open source and accessible for newb inventors like myself. It’s really amazing that we can all use this type of face tracking and I can’t even imagine what we will be using in 20 years…
soundrack feat Jay-Z – Forever Young
There are two types emotions that drive our life and our actions: 1) the way in which we understand the emotions around us (example – facial expressions, gestures, tone of voice) and 2) the way in which we feel emotions for ourselves. Through this external and internal process we are able to listen to emotions, think about emotions, and react to emotions.
There have been a lot of really great examples in the field of understanding emotions. The two videos presented to the left use robotics (from MIT Media Lab and Cambridge) to mimic human emotions. Although they seek realistic in terms of movement and understanding and are extremely impressive accomplishment, the ability to think and feel for oneself is missing.
In 2004, the Washington Post asked its readers, “If computers are to have emotional components, what role would they play in everyday life? Do human beings really want an emotional relationship with a mechanical mind?” Through media we’ve seen many instances of computers that can feel however the consequence of these machines existence is often portrayed as a threat to the human kind. Hal in 2001 Space Odyssey attempts to kill all the humans on a spaceship, in I-Robot the ability to feel leads to murder and suicide, and in A.I. Artificial Intelligence, David follows a path similar to Pinocchio with a heartbreaking conclusion where he relizes he will never be a real boy and that the mother he loves has to die. Although Hollywood portrays machines with emotions as an evolutionary disaster, I believe there is a deeper meanings that can be derived from creating a computer that feels.
Below is my code
[rtt233] exten => s,1,Wait(1) exten => s,n,Playback(/home/rtt233/asterisk_sounds/intro) exten => s,n,Goto(rtt233_beat,s,1) [rtt233_beat] exten => s,1,Playback(/home/rtt233/asterisk_sounds/recordstart) same => n,Background(/home/rtt233/asterisk_sounds/beat, m) same => n,Goto(rtt233_beat_withoutRecorded,s,1) same => n,WaitExten(30); [rtt233_beat_withoutRecorded] exten => s,1,Background(/home/rtt233/asterisk_sounds/beat, m) same => n,Goto(rtt233_beat_withoutRecorded,s,1) same => n,WaitExten(30); exten => 2,1, Playback(/home/rtt233/asterisk_sounds/recordend) same => n,Set(PITCH_SHIFT(rx)=0.7) same => n,Record(asterisk-recording%d:ulaw); same => n,Goto(rtt233_beat_withRecorded,s,1) same => n,WaitExten(30); [rtt233_beat_withRecorded] exten => s,1,Background(/home/rtt233/asterisk_sounds/beat, m) same => n,Playback(${RECORDED_FILE}) same => n,Goto(rtt233_beat_withRecorded,s,1) same => n,WaitExten(30);