Big Brother - Revision history

Usako: /* This Code is Deprecated */

2019-02-25T04:36:15Z

This Code is Deprecated

← Older revision		Revision as of 21:36, 24 February 2019
Line 1:		Line 1:
	== ''This Code is Deprecated'' ==		=== <span style="color: red">''This Code is Deprecated''</span> ===


	Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms.		Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms.


	== Current and Future Uses ==		== Current and Future Uses ==

Usako at 04:34, 25 February 2019

2019-02-25T04:34:14Z

← Older revision		Revision as of 21:34, 24 February 2019
Line 1:		Line 1:
			== ''This Code is Deprecated'' ==

	Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms.		Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms.

C-P: Created page with "Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms. == Current and Future Uses == It is currently being used as the data source for the [[..."

2011-03-06T03:55:39Z

Created page with "Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms. == Current and Future Uses == It is currently being used as the data source for the [[..."

New page

Big Brother is an AXIS 2130 PTZ Network Camera, located at the ledge atop the bathrooms.

== Current and Future Uses ==

It is currently being used as the data source for the [[Occupancy Sensor]] and [[The Wall]].

== Python ==

<pre>
import urllib2,time,random

camurl="http://***.***.***.***/axis-cgi/com/ptz.cgi?camera=1"

def call(cmd):
req = urllib2.Request(camurl+'&'+cmd)
urllib2.urlopen(req)

#0-200
def iris(i):
call("irisbar=185&alignment=horisontal&barcoord=?"+str(i)+",0")
def zoom(i):
call("zoombar=185&alignment=horisontal&barcoord=?"+str(i)+",0")
def tilt(i):
call("tiltbar=180&alignment=vertical&barcoord=?0,"+str(i))
def pan(i):
call("panbar=200&alignment=horisontal&barcoord=?"+str(i)+",0")

def moveto(x=0,y=200):
tilt(y)
pan(x)

def movetorandom():
moveto(random.randint(0,200),random.randint(150,200))

def sweep(speed=1,pause=0):
moveto(0,200)
rang3=200/speed
while True:
for i in range(rang3):
pan((i*speed))
time.sleep(pause)
for i in range(rang3):
pan((200-(i*speed)))
time.sleep(pause)

def sweeprandom(pause=0):
while True:
movetorandom()
time.sleep(pause)
</pre>