problem with stereo mode

[shivanangel]

Hi again,

I'm having a problem getting into stereo mode.

I have two demo's. The first demo runs just fine.

The second demo involves manipulating the camera's location with a game pad. However, whenever I try to use viz.QUAD_BUFFER, I don't get stereo mode.

Here is my code:

##Name     :George D. Lecakes Jr
##Created  : October 11, 2006
##Modified : October 11, 2006
##Descr    : 	This program creates a viewport that centers around
##				the translational properties of an object similar
##				to that of a video game.
####################################################################

import viz

##############################################
##Game Pad Library Information
##############################################
import sid


viz.go(viz.QUAD_BUFFER)
viz.viewdist(-5)


##############################################
#Global Variables
##############################################

##Height from Interest

H = 0

##X from Interest

R = 0

##Z from Interest

I = 0


##############################################
##Reference Plane
##############################################

envio = viz.add('coords.obj')
envio.translate(0,-3,0)

##############################################
#Model of Interest
##############################################

modelOfInterest = viz.add('templateModel.obj')

##############################################
##Create a new viewpoint
##############################################

objectTracker = viz.add(viz.VIEWPOINT)

###############################################
##Get and set the main window to the viewpoint
###############################################

mainWindow = viz.get(viz.MAIN_WINDOW)
mainWindow.viewpoint(objectTracker)

###############################################
##Initialize Elements
###############################################

######################
##Object Of Interest
######################

interestx = 0 
interesty = 0
interestz = 0

modelOfInterest.translate(interestx,interesty,interestz)

######################
##Viewpoint
######################

viewCoordx = 0
viewCoordy = 10
viewCoordz = 20

objectTracker.translate(viewCoordx,viewCoordy,viewCoordz)

###############################################
#Function Declarations
###############################################
def georgesTimer(timerNum):
	
	## Get the translation information of the desired object
	
	#interest = modelOfInterest.get(viz.POSITION)
	
	## Get the translation information of the viewpoint
	
	#viewCoords = objectTracker.get(viz.POSITION)
	
	## See which gamepad button has been pressed
	
	global H
	global R
	global I
	
	global upCheck
	
	global interestx 
	global interesty
	global interestz
	
	global viewCoordx
	global viewCoordy
	global viewCoordz
	
	upCheck = 0
	
	## Up
	
	if sid.isbuttondown(7):
		
		diff = viewCoordy - interesty
				
		##  If view is above interest

		if  diff > 0:
			H = (H + .1)
			viewCoordy = (interesty + H)
			
		##  If View is below interet
	
		if diff < 0:
			H = (H + .1)
			viewCoordy = (interesty + H)
			
		## If View is equal to interest
	
		if diff == 0:
			viewCoordy = 0
			H = (H + .1)
			viewCoordy = (interesty + H)
						
## Down
	
	if sid.isbuttondown(8):
		
		diff = viewCoordy - interesty
	
		##  If view is above interest

		if  diff > 0:
			H = (H - .1)
			viewCoordy = (interesty + H)

		##  If View is below interest
		
		if diff < 0:
			H = (H - .1)
			viewCoordy = (interesty - abs(H))
		
		## If View is equal to interest
		
		if diff == 0: 
			viewCoordy = 0
			H = (H - .1)	
			viewCoordy = (interesty + H)
			

##Forward
	
	if sid.isbuttondown(3):
		
		diff = viewCoordx - interestx
	
		##  If view is above interest

		if  diff > 0:
			R = (R + .1)
			viewCoordx = (interestx + R)
			
		##  If View is below interet
	
		if diff < 0:
			R = (R + .1)
			viewCoordx = (interestx + R)
			
		## If View is equal to interest
	
		if diff == 0:
			viewCoordx = 0
			R = (R + .1)
			viewCoordx = (interestx + R)
			
##Backward	

	if sid.isbuttondown(2):
		
		diff = viewCoordx - interestx
	
		##  If view is above interest

		if  diff > 0:
			R = (R - .1)
			viewCoordx = (interestx + R)

		##  If View is below interest
		
		if diff < 0:
			R = (R - .1)
			viewCoordx = (interestx - abs(R))
		
		## If View is equal to interest
		
		if diff == 0: 
			viewCoordx = 0
			R = (R - .1)	
			viewCoordx = (interestx + R)

##Left
	
	if sid.isbuttondown(1):
		
		diff = viewCoordz - interestz
	
		##  If view is above interest

		if  diff > 0:
			I = (I + .1)
			viewCoordz = (interestz + I)
			
		##  If View is below interet
	
		if diff < 0:
			I = (I + .1)
			viewCoordz = (interestz + I)
			
		## If View is equal to interest
	
		if diff == 0:
			viewCoordz = 0
			I = (I + .1)
			viewCoordz = (interestz + I)
			
##Right	

	if sid.isbuttondown(4):
		
		diff = viewCoordz - interestz
	
		##  If view is above interest

		if  diff > 0:
			I = (I - .1)
			viewCoordz = (interestz + I)

		##  If View is below interest
		
		if diff < 0:
			I = (I - .1)
			viewCoordz = (interestz - abs(I))
		
		## If View is equal to interest
		
		if diff == 0: 
			viewCoordz = 0
			I = (I - .1)	
			viewCoordz = (interestz + I)



	objectTracker.translate(viewCoordx,viewCoordy,viewCoordz)
	objectTracker.lookat(modelOfInterest.get(viz.POSITION))
	print viewCoordx

###############################################
##CallBack to Functions
###############################################

viz.callback(viz.TIMER_EVENT, georgesTimer)
viz.starttimer(0,0, viz.PERPETUAL)