def OnStart():
print "Start: Point Multicube"
global output, cube_data
data_dir = microscope.GetUserDataDirectory()
output = microscope.ShowFileSequenceSaveDialog(data_dir)
if output != None:
print "Saving to directory ", output[0]
print "Filename Format ", output[1]
else:
print "Aborting Timelapse"
microscope.AbortTimeLapseVisitPoints()
cube_data = microscope.GetCubes()
def OnStart():
print "Start: Region Multicube"
global output, cube_data
data_dir = microscope.GetUserDataDirectory()
output = microscope.ShowSimpleFileSequenceSaveDialog(
data_dir
) # This is really geared to regions and does not have the %. options
if output != None:
print "Saving to directory ", output[0]
print "Filename Format ", output[1]
else:
print "Aborting Timelapse"
microscope.AbortTimeLapseVisitPoints()
cube_data = microscope.GetCubes()
def OnStart():
global output
global cube_data
global core
core = 1
data_dir = microscope.GetUserDataDirectory()
output = microscope.ShowSimpleFileSequenceSaveDialog(data_dir)
cube_data = microscope.GetCubes();
if output != None:
print "Saving to directory ", output[0]
print "Filename Format ", output[1]
else:
print "Aborting Timelapse"
microscope.AbortTimeLapseVisitPoints()
def OnStart():
global cubes
print "Stage Position, ", microscope.GetStagePosition()
print microscope.GetTimeLapsePoints()
try:
# Try to autoexpose within the range of 1 and 60 milli seconds
# Performing AutoExposure
print "Performing autoexposure"
microscope.PerformAutoExposure(1, 60)
except:
print "Could not calculate autoexposure. Is there enough light ?"
try:
print "Retrieving Cubes"
cubes = microscope.GetCubes()
except:
print "Could not get cubes"