def main():
cap0 = cv2.VideoCapture(config['video0'])
cap1 = cv2.VideoCapture(config['video1'])
Blocks.config(AreaTopBound={'interface': False},
AreaBottomBound={'interface': False},
B2x1={'interface': False},
B2x2={'interface': False},
B2x4={'interface': False},
time={'interface': True},
blocchi={'interface': True},
task={'interface': True},
testGraph={'interface': True},
procedureToggle={'interface': False})
newWindow = intWr.interface()
newWindow.config(
obj=Blocks,
pipelines=['TopCamera', 'eyetrack'],
media=[cap0, cap1],
timestamps=[config['timestamps0'], config['timestamps1']],
startStamps=[config['startStamp0'], config['startStamp1']],
stopStamps=[False, config['stopStamp1']])
newWindow.initialise()
newWindow.create()
def configurationTopCamera():
cap = cv2.VideoCapture(config['video0'])
##### 1 CONFIG TRIM
#################
# newWindow = intWr.interface()
# newWindow.config(obj=Trims['Trim'],pipelines=['TrimWarp'],media=[cap])
# newWindow.initialise()
# newWindow.create()
##### 2 ORIGRECT used for the eyetracker perspective transformations
#################
# newWindow = intWr.interface()
# newWindow.config(obj=OrgRect,pipelines=['OrgRect'],media=[cap],speed=1)
# newWindow.initialise()
# newWindow.create()
##### 3 EXCLRECT Area where the contourns are not tracked
#################
# newWindow = intWr.interface()
# newWindow.config(obj=exclRect,pipelines=['exclRect'],media=[cap],speed=1)
# newWindow.initialise()
# newWindow.create()
##### 4 BINS CONFIG
#################
# windows={}
# for binname in Bins:
# windows[binname] = intWr.interface()
# windows[binname].config(obj=Bins[binname],pipelines=['Bins'],media=[cap],speed=1001)
# windows[binname].initialise()
# windows[binname].create()
##### 5 AREAS CONFIG
####################
# windows={}
# for wArea in wAreas:
# windows[wArea] = intWr.interface()
# windows[wArea].config(obj=wAreas[wArea],pipelines=['wAreas'],media=[cap],speed=1001)
# windows[wArea].initialise()
# windows[wArea].create()
##### 6 MASKS CONFIG
####################
# windows={}
# pipelineMasks = ['pipelineBlue','pipelineRed','pipelineGreen','pipelineYellow','pipelineHand']
# for idx,maskKey in enumerate(Masks):
# windows[maskKey] = intWr.interface()
# windows[maskKey].config(obj=Masks[maskKey],pipelines=[pipelineMasks[idx]],media=[cap])
# windows[maskKey].initialise()
# windows[maskKey].create()
##### 7 BLOCK SIZES CONFIG
##########################
# newWindow = intWr.interface()
# Blocks.config(AreaTopBound = {'interface':True},
# AreaBottomBound={'interface':True},
# B2x1 = {'interface':True},
# B2x2 = {'interface':True},
# B2x4 = {'interface':True},
# time = {'interface':True},
# blocchi = {'interface':False},
# persistentModelToggle = {"value": False,"interface": True},
# task = {"value": False,'interface':False})
# newWindow.config(obj=Blocks,
# pipelines=['TopCamera'],
# media=[cap],
# timestamps=[config['timestamps0']],
# startStamps=[config['startStamp0']])
# newWindow.initialise()
# newWindow.create()
#### 8 CONFIGURE EXPECTED BLOCKS AND TASKS
##########################
###### configure 'ExpectedBlocks' in the config.json file
###### configure 'Tasks' in the config.json file
############################
Blocks.config(AreaTopBound={'interface': False},
AreaBottomBound={'interface': False},
B2x1={'interface': False},
B2x2={'interface': False},
B2x4={'interface': False},
time={'interface': True},
blocchi={'interface': True},
task={'interface': True})
newWindow = intWr.interface()
newWindow.config(obj=Blocks,
pipelines=['TopCamera'],
media=[cap],
timestamps=[config['timestamps0']],
startStamps=[config['startStamp0']])
newWindow.initialise()
newWindow.create()
def hand(self):
self.frame, contours = Masks['Hand'].process(self.hsv, self.frame)
self.handImage = np.copy(self.blankImage)
self.handImage, self.frame, self.handCoordinates = Masks[
'Hand'].mostSomenthing(self.handImage, self.frame)
Blocks.handDetection(self.handImage, self.handCoordinates)
def timeUpdate(self, key):
timenow = Blocks.getStampNum()
self.textUpdate('time', str(timenow)[:4])
def greenMask(self):
self.frame, contours = Masks['Green Mask'].process(
self.hsv, self.frame)
Blocks.addContours(contours, [0, 255, 0])
def yellowMask(self):
self.frame, contours = Masks['Yellow Mask'].process(
self.hsv, self.frame)
Blocks.addContours(contours, [0, 255, 255])
def blueMask(self):
self.frame, contours = Masks['Blue Mask'].process(self.hsv, self.frame)
Blocks.addContours(contours, [255, 0, 0])
def redMask(self):
self.frame, contours = Masks['Red Mask'].process(self.hsv, self.frame)
Blocks.addContours(contours, [0, 0, 255])
def perspective(self):
self.frame = perspective.process(self.frame)
Blocks.gazeDetection()
def renderROIs(self):
#Blocks.detectPosition()
self.frame = Blocks.renderROIs(self.frame)
def blocksRepres(self):
Blocks.process()
def filterHand(self):
Blocks.handFiltering(self.handImage2)
def bckSub(self):
self.bckSub = bckSub['bckSub'].process(self.frame)
#self.frame = self.bckSub
Blocks.movementDetection(self.bckSub)