cam30 = ID.Camera.from_file(filename3,1)
print('Camera FOV of the first telescope of fits file.',
'Returned, when only the camera data is read from the file:')
print('{0:.2f}'.format(cam10.cam_fov))
print('Rotate the Camera by 180 degree, i.e. the x- & y-positions will be',
'rotated by 190 degree:')
print('x-position of the camera before using the rotate method:')
print(cam10.pix_posX)
print('x-position of the camera after using the rotate method:')
cam10.rotate(cam10,180*u.degree)
print(cam10.pix_posX)
print('FADC pulse shape over time of ASCII file')
plt.plot(cam30.fadc_pulsshape[0],cam30.fadc_pulsshape[1],'+')
plt.show()
print('----------------------------')
print('Print imported camera data as a table:')
table = CD.write_table(1,cam10.cam_class,cam10.pix_id[:1],cam10.pix_posX,
cam10.pix_posY,cam10.pix_area,cam10.pix_type)
print(table)
print('---------------------------')
opt10 = ID.Optics.from_file(filename1,1)
opt30 = ID.Optics.from_file(filename3,1)
print('Mirror Area of the first telescope of fits file.',
'Returned, when only the optics data is read from the file:')
print('{0:.2f}'.format(opt10.mir_area))
print('Mirror reflection over wavelength [nm]')
plt.plot(opt30.mir_reflection[0].value,opt30.mir_reflection[1],'+')
plt.show()
print('----------------------------')
print('Camera FOV of the first telescope of fits file.',
'Returned, when only the camera data is read from the file:')
print('{0:.2f}'.format(cam10.cam_fov))
print('Rotate the Camera by 180 degree, i.e. the x- & y-positions will be',
'rotated by 190 degree:')
print('x-position of the camera before using the rotate method:')
print(cam10.pix_posX)
print('x-position of the camera after using the rotate method:')
cam10.rotate(cam10, 180 * u.degree)
print(cam10.pix_posX)
print('FADC pulse shape over time of ASCII file')
plt.plot(cam30.fadc_pulsshape[0], cam30.fadc_pulsshape[1], '+')
plt.show()
print('----------------------------')
print('Print imported camera data as a table:')
table = CD.write_table(1, cam10.cam_class, cam10.pix_id[:1],
cam10.pix_posX, cam10.pix_posY, cam10.pix_area,
cam10.pix_type)
print(table)
print('---------------------------')
opt10 = ID.Optics.from_file(filename1, 1)
opt30 = ID.Optics.from_file(filename3, 1)
print('Mirror Area of the first telescope of fits file.',
'Returned, when only the optics data is read from the file:')
print('{0:.2f}'.format(opt10.mir_area))
print('Mirror reflection over wavelength [nm]')
plt.plot(opt30.mir_reflection[0].value, opt30.mir_reflection[1], '+')
plt.show()
print('----------------------------')
