def setUp():
global currentCondition
viz.setMultiSample(8)
initGlobals()
currentCondition = viz.choose('Select condition:', CONDITION_CHOICES)
print "CurCondition:", currentCondition
setFlags()
# setUpRecording()
#
# if YOKE_F:
# setUpYoke()
#
# if not FLYING_F:
# setUpHelicopter()
#
# if(not confirmStates(currentCondition)):
# viz.quit()
# finish() #TODO make it so that on failure no files are created.
# return
#
# #configData()
if USE_HMD_F:
setUpHMD()
if not FLYING_F:
setHeliInitPos()
else:
viz.go()
viz.MainView.setPosition(START_POSITION_HELI)
setUpWorld()
setUpChild()
setUpSound()
def InitRecording():
# Condition is ALWAYS 1 here.
pptExtension.STATE = 0
pptExtension.ARMS_LIMIT_STATE = 0
pptExtension.LEGS_LIMIT_STATE = 0
global name
name = vizinput.input('Participant Name: ')
global gender
genderChoices = ['female', 'male']
gender = vizinput.choose('Gender: ', genderChoices)
global condition
wcChoices = ['Third Arm', 'Cylinder', 'Floating hand', 'Floating ball']
condition = vizinput.choose('Which condition would you like to use?', wcChoices)
global skin, skinChoices
skinChoices = ['1','2','3','4','5','6','7','8','9','10']
skin = viz.choose('Skin Color? (1 = lightest, 10 = darkest)',skinChoices)
global file
file = hf_playback.openAvatarRecording(genderChoices[gender], name, 'w')
# the end line is perpendicular to walking direction
K = -DIMENSION_X/DIMENSION_Z # The slope of the end line
END_DIS = 2.0 # The distance between end line to home pole position of following trial
# The intercept of the end line for two home poles respectively
B = [-(DIAGONAL/2 - END_DIS) / math.cos(ROOM_ANGLE), (DIAGONAL/2 - END_DIS) / math.cos(ROOM_ANGLE)]
#####################################################################################
# Settings
IPD = viz.input('Please enter notes(IPD):')
# Dialog box asking for type of control and subject number
HMD = 'Odyssey'
MONITOR = 'PC Monitor'
controlOptions = [HMD,MONITOR]
controlType = controlOptions[viz.choose('How would you like to explore? ', controlOptions)]
subject = viz.input('Please enter the subject number:','')
subject = str(subject).zfill(2)
# Use keyboard controls
# Controls:
# q - Strafe L w - Forward e - Strafe R
# a - Turn L s - Back d - Turn R
#
# y - Face Up r - Fly Up
# h - Face Down f - Fly Down
if controlType == MONITOR:
HZ = 60
##
paused = False
Swapped = False
SubjEyePercent = None
SubjHeightJudgement = None
ToRecord_YN = None
HaltFlag = False
DebugFlag = False
CalcErrorFlag = True
EH_Flag = False
Estimate = None
FootH_Offset = 0
##Reorganize LAter
viz.setLogFile('Diagnostic.log')
print("New Log Begin")
if viz.choose("Debug Mode", ["False","True"]) == 1:
DebugFlag = True
print("In debug mode.")
#~~~~~~~~~~Environment Setup~~~~~~~~#
# Add the Piazza, set scale
Piazza = viz.add('Piazza.osgb')
#Disables rendering of Piazza built in ground plane.
Piazza.getChild('pz_ground').disable(viz.RENDERING)
# Create Grass ground plane
# Sets plane size to the size of Piazza and attaches it as a child (so it SHOULD rotate the grass plane with the Piazza)
GrassGround = viz.addTexQuad(parent = Piazza ,size = (Piazza.getBoundingBox().width, Piazza.getBoundingBox().depth))
# Rotates quad to be parallel with ground
GrassGround.setEuler([0,90,0])
name = viz.addTextbox()
nameText = {'':'Player %s name:', 'GR':'Όνομα παίκτη %s:'}
title = viz.addText(nameText[LANG]%str(i+1), viz.SCREEN)
title.fontSize(24)
title.addParent(inputPanel)
title.setPosition([.4, .53+.1*p, 0])
name.setPosition([.5, .5+.1*p, 0])
name.addParent(inputPanel)
names.append(name)
startB = viz.addButtonLabel('START')
startB.setPosition(.5,.4)
startB.addParent(inputPanel)
vizact.onbuttonup(startB, initialize)
if studyMode:
trial = viz.choose('Choose practice or main trial:',['practice', 'trial'])
condition = viz.choose('Choose study condition:',['1P', '3P', 'Facilitated'])
if trial:
group = viz.input('Choose group number:', '')
displayInputPanel()
else:
initialize()
else:
condition = CONDITION #0->'1P', 1->'3P', 2->'F'
trial = TRIAL #1->full factory & logging, 0->practice
initialize()
#----------------------------------------------------------------
def sendEventToMachine (mach, action):
(mActions, mMessage, multi) = FSM[mach].evaluate_multi_input(action, gPlayers[1]['player'], True)
gPlayers[1]['player'].BroadcastActionsMessages(mActions, mMessage)