def __init__(self,path,name): self.model = None self.name = name self.path = path if not(SceneManager.doesModelExist(name)): SceneManager.loadPolygonModel(path,name) self.model = SceneManager.getModel(name) SceneManager.addNodeToScene(name,"mainView") else: self.model = SceneManager.getModel(name)
def __init__(self,path,name):
self.model = None
self.name = name
self.path = path
self.rigidBodyId = None
if (SceneManager.doesModelExist(name) != True):
SceneManager.loadPolygonModel(path,name)
self.model = SceneManager.getModel(name)
addToScene("mainView")
else:
self.model = SceneManager.getModel(name)
def askForBone(expectedPosition):
global CORRECT
global verdict
global CURRENT
global usersAns
global correctAns
# Set up button
buttonZ = polyModel(buttonPath, buttonModel)
#buttonPosition = util.addTuple(buttonZ.getPositionOffset(), rbButton.getPositionOffset())
buttonPosition = buttonZ.getPositionOffset()
print("buttonPosition: " + str(buttonPosition))
# Set up button hand and navigation hand
hand = polyModel(handPath, handButtModel)
navHand = polyModel(navPath, handNavModel)
print("Waiting for button press")
# Wait for button press
while (1):
#print(" Model: " + str(hand.getPositionOffset()))
#print(str(rbButtHand)+" has id: "+str(rbButtHand.getID()))
#print(" Rigid: " + str(rbButtHand.getPosition()))
handPosition = util.addTuple(hand.getPositionOffset(), rbButtHand.getPosition())
#print("handPosition:" +str(handPosition))
time.sleep(0.1)
if (util.isOver(buttonPosition, handPosition, 0.3, 0.3)):
# Get the position of the navigation hand and check if it is in the right place
navPosition = util.addTuple(navHand.getPositionOffset(), rbNavHand.getPosition())
#print("navPosition: " + str(navPosition))
if (util.isOver(navPosition, expectedPosition, 0.3, 0.3)):
CORRECT += 1
verdict = "Correct!"
print("Got the correct answer!")
else:
verdict = "Incorrect"
print("Answer was wrong")
navRBHand = rbNavHand.getPosition()
SceneManager.getModel(greenModel).setPositionOffset(navRBHand[0], navRBHand[1], navRBHand[2])
SceneManager.addNodeToScene(greenModel, "projectorView")
# Results tab housekeeping
CURRENT += 1
usersAns = str(navPosition)
correctAns = str(expectedPosition)
break
def loadPolygonModel(self,path,name):
try:
if not(SceneManager.doesModelExist(name)):
SceneManager.loadPolygonModel(path,name)
self.polyModelDict[name] = SceneManager.getModel(name)
else:
print("loadPolygonModel - a model with specified name already exists")
except:
print("loadPolygonModel - something happened")
#print("path: "+path)
#print("name: "+name)
return 1
return 0
#optitrack stuff local_IP = "25.79.169.119" OptiTrack_IP = "25.79.169.119" OptiTrack_DataPort = 1511 OptiTrack_CmdPort = 1510 #ClientHandler.connect(local_IP,OptiTrack_IP,OptiTrack_DataPort,OptiTrack_CmdPort,ClientHandler.ConnectionType.Multicast) #load model from path #modelist = list([0]*len(paths)) #test loading multiple models modellist = [] for i in range(3): print "loading"+name+paths[i] SceneManager.loadPolygonModel(paths[i],name+paths[i]) modellist.append(SceneManager.getModel(name+paths[i])) print str(len(modellist))+" length of list after adding models" print modellist for i in range(len(modellist)): SceneManager.deleteModel(name+paths[i]) print "deleting"+name+paths[i] print str(len(modellist))+" length of list after removing the models" print modellist #todo: remove all the references to the model after removing model (aka: call delete on list on specified index) #output test, replace with infinite loop with a keyboard event to break #something = ""
def run(self):
old = 0
new = 0
print("Running the Test")
# Begin timer
startTime = time.time()
print("Start Timer")
for i in range(ITERATIONS):
# Randomly choose a bone. Make sure we don't ask for same bone twice.
print("Starting For Loop")
while new == old:
new = randint(1, 3)
print("After While Loop")
if new == 1:
print("C1")
SceneManager.getModel(C1Model).setPositionOffset(0.35, 0, -0.09)
SceneManager.addNodeToScene(C1Model, "projectorView")
askForBone(C1)
SceneManager.removeNodeFromScene(MODEL1, "projectorView")
SceneManager.addNodeToScene(C1Ans,"projectorView")
time.sleep(4)
SceneManager.removeNodeFromScene(C1Ans,"projectorView")
SceneManager.removeNodeFromScene(C1Model, "projectorView")
elif new == 2:
print("T1")
SceneManager.getModel(T1Model).setPositionOffset(0.35, 0, -0.09)
SceneManager.addNodeToScene(T1Model, "projectorView")
askForBone(T1)
SceneManager.removeNodeFromScene(MODEL1, "projectorView")
SceneManager.addNodeToScene(T1Ans,"projectorView")
time.sleep(4)
SceneManager.removeNodeFromScene(T1Ans,"projectorView")
SceneManager.removeNodeFromScene(T1Model, "projectorView")
else:
print("L1")
# Display text for bone we want in projector view
SceneManager.getModel(L1Model).setPositionOffset(0.35, 0, -0.09)
SceneManager.addNodeToScene(L1Model, "projectorView")
askForBone(L1)
SceneManager.removeNodeFromScene(MODEL1, "projectorView")
SceneManager.addNodeToScene(L1Ans,"projectorView")
time.sleep(4)
SceneManager.removeNodeFromScene(L1Ans,"projectorView")
SceneManager.removeNodeFromScene(L1Model, "projectorView")
old = new
SceneManager.removeNodeFromScene(greenModel, "projectorView")
SceneManager.addNodeToScene(MODEL1,"projectorView")
# Get the time after the 10 iterations
endTime = time.time()
elapsedTime = endTime - startTime
elapsedTime = str(elapsedTime)+" Seconds"
# Calculate the accuracy
accuracy = str((CORRECT/ITERATIONS) * 100);
# Write results to a file
date = datetime.datetime.now().strftime("%B %d %I:%M%p")
testName = "Skeleton Full"
# Terminate the thread when we are done!!
self.terminate()
def selectTest(self):
# Grab currently displayed test from combo box
chosenTest = str(self.combo.currentText())
# Based on displayed test, send model to projectDr
if chosenTest == TEST1:
model = MODEL1
else:
model = MODEL2
# Before we try to add a model, we should make sure one doesn't already exist
if SceneManager.doesModelExist(MODEL1) or SceneManager.doesModelExist(MODEL2):
title = "A skeleton model is already loaded!"
error = "Please wait for current test to finish before attempting to start another."
QtGui.QMessageBox.critical(None, title, error, QtGui.QMessageBox.Close)
return
# We can load the model in projectDr now
if model == MODEL1:
path = PATH1
else:
path = PATH2
# Notify the user that model was successfully loaded.
title = "Model Loaded"
error = "Model was successfully loaded into ProjectDr."
QtGui.QMessageBox.information(None, title, error, QtGui.QMessageBox.Ok)
# Send the model to scene manager
print("LOADING NEW TEST")
# Load Skeleton
SceneManager.loadPolygonModel(path, model)
#Scale Skeleton
SceneManager.getModel(model).setScale(.025,.025,.025)
SceneManager.getModel(model).setRotationOffset(0,0,-1,1)
SceneManager.getModel(model).setPositionOffset(0.105,0.15,-0.711)
SceneManager.addNodeToScene(model,"mainView")
SceneManager.addNodeToScene(model,"projectorView")
# Load Skeleton C1 Answer
SceneManager.loadPolygonModel(C1Ans, C1Ans)
#Scale Skeleton
SceneManager.getModel(C1Ans).setScale(.025,.025,.025)
SceneManager.getModel(C1Ans).setRotationOffset(0,0,-1,1)
SceneManager.getModel(C1Ans).setPositionOffset(0.105,0.15,-0.711)
SceneManager.addNodeToScene(C1Ans,"mainView")
# Load Skeleton T1 Answer
SceneManager.loadPolygonModel(T1Ans, T1Ans)
#Scale Skeleton
SceneManager.getModel(T1Ans).setScale(.025,.025,.025)
SceneManager.getModel(T1Ans).setRotationOffset(0,0,-1,1)
SceneManager.getModel(T1Ans).setPositionOffset(0.105,0.15,-0.711)
SceneManager.addNodeToScene(T1Ans,"mainView")
# Load Skeleton
SceneManager.loadPolygonModel(L1Ans, L1Ans)
#Scale Skeleton
SceneManager.getModel(L1Ans).setScale(.025,.025,.025)
SceneManager.getModel(L1Ans).setRotationOffset(0,0,-1,1)
SceneManager.getModel(L1Ans).setPositionOffset(0.105,0.15,-0.711)
SceneManager.addNodeToScene(L1Ans,"mainView")
# Start thread for running test!
self.thread = WorkThread()
self.thread.start()
return
if __name__ == '__main__':
import sys
print("Starting")
# Load button and hand models
SceneManager.loadPolygonModel(navPath, handNavModel)
SceneManager.loadPolygonModel(handPath, handButtModel)
SceneManager.loadPolygonModel(buttonPath, buttonModel)
SceneManager.loadPolygonModel(greenPath, greenModel)
# Scale the Green Circle
SceneManager.getModel(greenModel).setScale(0.01, 0.01, 0.01)
SceneManager.addNodeToScene(greenModel, "mainView")
# Create text but do not load into view
SceneManager.loadPolygonModel("C1.OSGB", C1Model)
SceneManager.getModel(C1Model).setScale(0.005, 0.005, 0.005)
SceneManager.getModel(C1Model).setPositionOffset(0.350, 0, -0.090)
SceneManager.getModel(C1Model).setRotationOffset(0, 0, -1, 1)
SceneManager.addNodeToScene(C1Model,"mainView")
#print("Added C1")
SceneManager.loadPolygonModel("T1.OSGB", T1Model)
SceneManager.getModel(T1Model).setScale(0.005, 0.005, 0.005)
SceneManager.getModel(T1Model).setPositionOffset(0.350, 0, -0.090)
SceneManager.getModel(T1Model).setRotationOffset(0, 0, -1,1)
SceneManager.addNodeToScene(T1Model,"mainView")
import ClientHandler
import SceneManager
import glob
path = "C:\Users\w\Documents\Models\osg-data-master\glider.osg"
name = "somethingyouwant"
paths = glob.glob("C:\Users\Aedan\Desktop\Homework Folder\CMPUT 302\DICOM Models\COU\*.dcm")
for i in paths:
i = i[66:]
print i
local_IP = "25.79.169.119"
OptiTrack_IP = "25.79.169.119"
OptiTrack_DataPort = 1511
OptiTrack_CmdPort = 1510
ClientHandler.connect(local_IP,OptiTrack_IP,OptiTrack_DataPort,OptiTrack_CmdPort,ClientHandler.ConnectionType.Multicast)
SceneManager.loadPolygonModel(path,name)
model = SceneManager.getModel(name)