import MVGigE
import time
import datetime
import cv2
import numpy as np
CAP_TIME = 30
open_state, cam = MVGigE.open(0)
if open_state == True:
#MVGigE.set(cam, MVGigE.MVCAM_PROP_PACKET_DELAY, 5000);
MVGigE.set(cam, MVGigE.MVCAM_PROP_PACKET_SIZE, 8996);
MVGigE.set(cam, MVGigE.MVCAM_PROP_EXPOSURE, 2000);
MVGigE.set(cam, MVGigE.MVCAM_PROP_TRIG_MODE, MVGigE.TriggerMode_Off);
w = MVGigE.get(cam, MVGigE.MVCAM_PROP_WIDTH)
h = MVGigE.get(cam, MVGigE.MVCAM_PROP_HEIGHT)
pixel_format = MVGigE.get(cam, MVGigE.MVCAM_PROP_PIXELFORMAT)
rgb_image = np.zeros((h, w, 3), np.uint8)
print('w %d; h %d;' % (w, h))
if(MVGigE.start(cam)):
frames = 0
start_time = datetime.datetime.now()
while(1):
MVGigE.TriggerSoftware(cam)
while 1:
read_state, image = MVGigE.read(cam)
if read_state == True:
capture_time = 10 #
#print('times: ', sys.argv[1])
cam_numbers = MVGigE.GetNumOfCameras()
print("CamMum = %d" % cam_numbers)
threads = []
cam_handles = []
cam_handles_tmp = []
threads_tmp = []
for index in range(cam_numbers):
thread = -1
open_state, cam_handle = MVGigE.open(index)
if open_state:
cam_set_para(cam_handle)
pixel_format = MVGigE.get(cam_handle,
MVGigE.MVCAM_PROP_PIXELFORMAT)
thread = Capture_Thread(thread_fun, [cam_handle, pixel_format])
thread.start()
cam_handles_tmp.append(cam_handle)
threads_tmp.append(thread)
else:
if cam_handle == MVGigE.MVST_ERROR:
print("open error")
elif cam_handle == MVGigE.MVST_INVALID_PARAMETER:
print("incalied parameter")
elif cam_handle == MVGigE.MVST_ACCESS_DENIED:
print("access denied")
elif cam_handle == MVGigE.MVST_INVALID_ID:
print("invalid id")
else:
print("other error [%d]" % cam_handle)