def get_camera():
if _platform == "darwin":
import webcam
return webcam.OpenCVCapture(device_id=0)
elif _platform == "linux" or _platform == "linux2":
import picam
return picam.OpenCVCapture()
def get_camera(self):
if self.settings.use_webcam:
import webcam
return webcam.OpenCVCapture(device_id=0)
else:
import picam
return picam.OpenCVCapture()
def get_camera():
try:
import picam
return picam.OpenCVCapture()
except Exception:
import webcam
return webcam.OpenCVCapture(device_id=0)
def get_camera():
try:
import picam
capture = picam.OpenCVCapture()
capture.start()
return capture
except Exception:
import webcam
return webcam.OpenCVCapture(device_id=0)
def get_camera():
syslog.syslog("-" * 20)
try:
import picam
syslog.syslog("Picam ausgewählt...")
return picam.OpenCVCapture()
except Exception:
import webcam
syslog.syslog("Webcam ausgewählt...")
return webcam.OpenCVCapture(device_id=0)
syslog.syslog("-" * 20)
def getCamera(cls):
try:
import webcam
return webcam.OpenCVCapture(device_id=0)
except Exception as e:
print(e)
import picam
print("Loading PiCamera")
capture = picam.OpenCVCapture(True)
print("PiCamera loaded")
capture.start()
return capture
def init():
print("Loading training data...")
os.chdir(config.MODEL_DIR)
global models
global camera
for file in glob.glob("*.xml"):
print("Loading model {0}".format(file))
name = file.replace(".xml", "")
models[name] = cv2.face.createEigenFaceRecognizer()
models[name].load(file)
print("Training data loaded!")
camera = picam.OpenCVCapture()
def get_camera():
try:
if useUSBCam:
print("Force use of USBCam...")
raise Exception()
import picam
print("Picam selected...") # ausgewählt
capture = picam.OpenCVCapture()
capture.start()
return capture
except Exception:
import webcam
print("Webcam selected...")
return webcam.OpenCVCapture(device_id=0)
def get_camera():
to_node("status", "-" * 20)
try:
if get("useUSBCam") == False:
import picam
to_node("status", "PiCam starting")
cam = picam.OpenCVCapture()
cam.start()
return cam
else:
raise Exception
except Exception:
import webcam
to_node("status", "Webcam ausgewählt...")
return webcam.OpenCVCapture(device_id=0)
to_node("status", "-" * 20)
def getCamera(cls):
cls.toNode("status", "-" * 20)
try:
if cls.get("useUSBCam") == False:
import picam
cls.toNode("status", "PiCam loaded...")
cam = picam.OpenCVCapture()
cam.start()
return cam
else:
raise Exception
except Exception:
import webcam
cls.toNode("status", "Webcam loaded...")
return webcam.OpenCVCapture(device_id=0)
cls.toNode("status", "-" * 20)
def get_camera(): # Camera to use for capturing images. # Use this code for capturing from the Pi camera: import picam return picam.OpenCVCapture()
#imports for camera conversion
from picamera.array import PiRGBArray
from picamera import PiCamera
import time
import cv2
import PiCamera_Converter
import picam
#initialize the camera
#PiCamera_Converter.PiCamera_Converter.take_Picture()
#(camera, rawCapture) = PiCamera_Converter.PiCamera_Converter.createConvertedCameraObject()
#camera.capture(rawCapture, format="bgr")
#image = rawCapture.array
#cv2.imshow("Image",image)
#cv2.waitKey(0)
cv2.imshow("image", picam.OpenCVCapture().read())
cv2.waitKey(0)
def get_camera():
import picam
return picam.OpenCVCapture()
def get_camera():
# Camera to use for capturing images.
import picam
return picam.OpenCVCapture()
