def initialize_camera(filename,tel_id,file_closed = True):
if file_closed:
ld.clear_lists_camera()
ld.clear_lists_telescope()
else:
pass
if 'simtel.gz' in filename:
CD.initialize_hessio(filename,tel_id,file_closed)
elif 'fits' in filename:
CD.initialize_fits(filename,tel_id,file_closed)
def initialize_camera(filename, tel_id, file_closed=True):
if file_closed:
ld.clear_lists_camera()
ld.clear_lists_telescope()
else:
pass
if 'simtel.gz' in filename:
CD.initialize_hessio(filename, tel_id, file_closed)
elif 'fits' in filename:
CD.initialize_fits(filename, tel_id, file_closed)
def initialize_camera(tel_id, filename, file_closed=1):
if 'simtel.gz' in filename:
if file_closed:
ld.clear_lists_camera()
load_hessio(filename)
nextevent_hessio()
else:
pass
px = h.get_pixel_position(tel_id)[0]
py = h.get_pixel_position(tel_id)[1]
ld.pixel_posX.append(px)
ld.pixel_posY.append(py)
ld.camera_class.append(
io.guess_camera_geometry(px * u.m, py * u.m).cam_id)
#to use this, one has to go through every event of the run...
n_channel = h.get_num_channel(tel_id)
ld.channel_num = n_channel
for chan in range(n_channel):
ld.adc_sampels.append(h.get_adc_sample(tel_id, chan).tolist())
if file_closed:
close_hessio()
elif 'fits' in filename:
hdulist = file_closed
if file_closed == 1:
ld.clear_lists_camera()
ld.clear_lists_telescope()
hdulist = load_fits(filename)
teles = hdulist[1].data
ld.telescope = teles["TelID"].tolist()
else:
pass
index = ld.telescope_id.index(tel_id)
ld.camera_fov.append(hdulist[1].data[index]["FOV"])
pixel_id_cam = []
index2 = np.where(hdulist[2].data['L0ID'] == index)[0]
for i in index2:
pixel_id_cam.append(hdulist[2].data[i]['PixelID'])
ld.pixel_id.append(pixel_id_cam)
if file_closed == 1:
close_fits(hdulist)
def initialize_camera(tel_id, filename, file_closed = 1):
if 'simtel.gz' in filename:
if file_closed:
ld.clear_lists_camera()
load_hessio(filename)
nextevent_hessio()
else:
pass
px = h.get_pixel_position(tel_id)[0]
py = h.get_pixel_position(tel_id)[1]
ld.pixel_posX.append(px)
ld.pixel_posY.append(py)
ld.camera_class.append(io.guess_camera_geometry(px*u.m,py*u.m).cam_id)
#to use this, one has to go through every event of the run...
n_channel = h.get_num_channel(tel_id)
ld.channel_num = n_channel
for chan in range(n_channel):
ld.adc_sampels.append(h.get_adc_sample(tel_id,chan).tolist())
if file_closed:
close_hessio()
elif 'fits' in filename:
hdulist = file_closed
if file_closed == 1:
ld.clear_lists_camera()
ld.clear_lists_telescope()
hdulist = load_fits(filename)
teles = hdulist[1].data
ld.telescope = teles["TelID"].tolist()
else:
pass
index = ld.telescope_id.index(tel_id)
ld.camera_fov.append(hdulist[1].data[index]["FOV"])
pixel_id_cam = []
index2 = np.where(hdulist[2].data['L0ID'] == index)[0]
for i in index2:
pixel_id_cam.append(hdulist[2].data[i]['PixelID'])
ld.pixel_id.append(pixel_id_cam)
if file_closed == 1:
close_fits(hdulist)
def initialize_telescope(filename, file_closed = True):
ld.clear_lists_telescope()
ld.clear_lists_camera()
ld.clear_lists_optics()
if 'simtel.gz' in filename:
file_closed = TD.initialize_hessio(filename,file_closed)
for tel in ld.telescope_id:
CD.initialize_hessio(filename,tel,file_closed)
OD.initialize_hessio(filename,tel,file_closed)
util_functions.close_hessio()
elif 'fits' in filename:
file_closed = TD.initialize_fits(filename,file_closed)
for tel in ld.telescope_id:
CD.initialize_fits(filename,tel,file_closed)
OD.initialize_fits(filename,tel,file_closed)
util_functions.close_fits(file_closed)
def initialize_telescope(filename, file_closed=True):
ld.clear_lists_telescope()
ld.clear_lists_camera()
ld.clear_lists_optics()
if 'simtel.gz' in filename:
file_closed = TD.initialize_hessio(filename, file_closed)
for tel in ld.telescope_id:
CD.initialize_hessio(filename, tel, file_closed)
OD.initialize_hessio(filename, tel, file_closed)
util_functions.close_hessio()
elif 'fits' in filename:
file_closed = TD.initialize_fits(filename, file_closed)
for tel in ld.telescope_id:
CD.initialize_fits(filename, tel, file_closed)
OD.initialize_fits(filename, tel, file_closed)
util_functions.close_fits(file_closed)
def initialize_telescope(filename, file_closed = True):
ld.clear_lists_telescope()
ld.clear_lists_camera()
if 'simtel.gz' in filename:
if file_closed:
file_closed = load_hessio(filename)
nextevent_hessio()
else:
pass
#ld.telescope_id = h.get_telescope_ids().tolist() #--> this function only can be used if the according python wrapper hase been added to pyhessio.c and hessio.py
ld.telescope_id = h.get_teldata_list().tolist()
ld.telescope_num = h.get_num_telescope()
elif 'fits' in filename:
if file_closed:
hdulist = load_fits(filename)
file_closed = hdulist
else:
pass
teles = hdulist[1].data
ld.telescope_id = teles["TelID"].tolist()
ld.telescope_posX = teles["TelX"].tolist()
ld.telescope_posY = teles["TelY"].tolist()
ld.telescope_posZ = teles["TelZ"].tolist()
ld.telescope_num = len(ld.telescope_id)
for tel in ld.telescope_id:
initialize_camera(tel,filename,file_closed)
initialize_optics(tel,filename,file_closed)
if 'simtel.gz' in filename:
close_hessio()
elif 'fits' in filename:
close_fits(hdulist)
def initialize_telescope(filename, file_closed=True):
ld.clear_lists_telescope()
ld.clear_lists_camera()
if 'simtel.gz' in filename:
if file_closed:
file_closed = load_hessio(filename)
nextevent_hessio()
else:
pass
#ld.telescope_id = h.get_telescope_ids().tolist() #--> this function only can be used if the according python wrapper hase been added to pyhessio.c and hessio.py
ld.telescope_id = h.get_teldata_list().tolist()
ld.telescope_num = h.get_num_telescope()
elif 'fits' in filename:
if file_closed:
hdulist = load_fits(filename)
file_closed = hdulist
else:
pass
teles = hdulist[1].data
ld.telescope_id = teles["TelID"].tolist()
ld.telescope_posX = teles["TelX"].tolist()
ld.telescope_posY = teles["TelY"].tolist()
ld.telescope_posZ = teles["TelZ"].tolist()
ld.telescope_num = len(ld.telescope_id)
for tel in ld.telescope_id:
initialize_camera(tel, filename, file_closed)
initialize_optics(tel, filename, file_closed)
if 'simtel.gz' in filename:
close_hessio()
elif 'fits' in filename:
close_fits(hdulist)
