def __init__(self, dictionary): for (k, v) in dictionary.items(): setattr(self, k, v) # attempt = 0 # while attempt < 5: # try: self.controller = Pixelink_Controller() # break # except PixeLINKException as e: # print "RUH ROH" # if attempt == 4: # raise e # else: # sleep(5.0) if self.useROICenter: self.setROICenter() self.checkROI() ROI = self.ROI() self.controller.set_roi(*ROI) self.controller.set_exposure_time_ms(self.expTime_ms) self.controller.set_gain(self.gain) self.controller.set_external_trigger() self._imagelist = [] self.framesHandler = FramesHandler()
class PixeLinkMediator(object): def __init__(self, dictionary): for (k, v) in dictionary.items(): setattr(self, k, v) # attempt = 0 # while attempt < 5: # try: self.controller = Pixelink_Controller() # break # except PixeLINKException as e: # print "RUH ROH" # if attempt == 4: # raise e # else: # sleep(5.0) if self.useROICenter: self.setROICenter() self.checkROI() ROI = self.ROI() self.controller.set_roi(*ROI) self.controller.set_exposure_time_ms(self.expTime_ms) self.controller.set_gain(self.gain) self.controller.set_external_trigger() self._imagelist = [] self.framesHandler = FramesHandler() def start(self): self.framesHandler.N = self.numberOfImages self.controller.start(self.numberOfImages, self.framesHandler) print "PixeLink camera set. Waiting for %d triggers." % self.numberOfImages def stop(self): print "Waiting for PixeLink Camera to finish." while not self.clientCalledStop[0]: self.controller.T.join(10) if self.controller.T.isAlive(): failureStatus = True print "PixeLink requires flushing." else: failureStatus = self.controller.failed print "PixeLink Done" return failureStatus def save(self, path): self.framesHandler.save_frames(folder = path, data = False) def processExpData(self, pth): pass def saveState(self, pth): pass def restoreState(self, pth): pass # ----- Additional Functions def setNumberOfImages(self, numberOfImages): self.numberOfImages = numberOfImages def setROICenter(self): cx, cy, w, h = self.ROI_center[0], self.ROI_center[1], self.ROI_width, self.ROI_height self.ROI_left = cx - w/2 self.ROI_top = cy - h/2 self.ROI_width = w self.ROI_height = h def ROI(self): ROI = (self.ROI_left, self.ROI_top, self.ROI_width, self.ROI_height) return ROI def checkROI(self): left = self.ROI_left if left < 0: left = 0 elif left > 1272: left = 1272 self.ROI_left = int(left/8)*8 top = self.ROI_top if top < 0: top = 0 elif top > 1016: top = 1016 self.ROI_top = top width = self.ROI_width if width < 8: width = 8 elif width > 1280 - left: width = 1280 - left self.ROI_width = int(width/8)*8 height = self.ROI_height if height < 8: height = 8 if height > 1024 - top: rop = 1024 - top self.ROI_top = int(top/8)*8
