Riglog ========================= - **Example** .. code-block:: text # RIG VERSION: 0.3 # RIG GIT COMMIT HASH: 08701fb # CODES: screen=0,imaging=1,position=2,lick=3,reward=4,lap=5,cam1=6,cam2=7,cam3=8,act0=21,act1=22 # RIG CSV: code,time received,duino time,value # STARTED EXPERIMENT [2, 0, 7.0, 2508] [2, 0, 13.0, 2512] [2, 15, 19.0, 2516] [2, 15, 25.0, 2520] ... [6, 2711581, 2711520.0, 81427] [7, 2711581, 2711520.0, 81427] [2, 2711581, 2711525.0, 819] [8, 2711596, 2711529.0, 59873] [2, 2711596, 2711532.0, 823] # STOPPED EXPERIMENT init riglog --------------- .. code-block:: python from stimpyp import load_riglog root_path = ... # riglog file path or riglog directory path riglog = load_riglog(root_path) as array --------------- Load as numpy array .. code-block:: python print(riglog.dat) - **output** .. code-block:: text [[2.000000e+00 0.000000e+00 7.000000e+00 2.508000e+03] [2.000000e+00 0.000000e+00 1.300000e+01 2.512000e+03] [2.000000e+00 1.500000e+01 1.900000e+01 2.516000e+03] ... [2.000000e+00 2.711581e+06 2.711525e+06 8.190000e+02] [8.000000e+00 2.711596e+06 2.711529e+06 5.987300e+04] [2.000000e+00 2.711596e+06 2.711532e+06 8.230000e+02]] log config --------------- Get config dict for the log file - **Refer to API**: :attr:`~stimpyp.base.RigConfig` .. code-block:: python print(riglog.log_config) - **output** .. code-block:: text {'codes': {'act0': 21, 'act1': 22, 'cam1': 6, 'cam2': 7, 'cam3': 8, 'imaging': 1, 'lap': 5, 'lick': 3, 'position': 2, 'reward': 4, 'screen': 0}, 'commit_hash': '08701fb', 'fields': ('code', 'time received', 'duino time', 'value'), 'source_version': 'stimpy-bit', # ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ [1] 'version': 0.3} 1. Based on field information, auto infer your stimpy version: {'stimpy-bit', 'stimpy-git', 'pyvstim'} event time and value ------------------------ Get specific event information - **Refer to API** :class:`~stimpyp.base.AbstractLog` .. code-block:: python # get position event pos = riglog.position_event print(pos.value) # value array print(pos.time) # time array # get imaging (two-photon) event imaging = riglog.imaging_event print(imaging.value) print(imaging.time) # get camera event widefield_cam = riglog.camera_event['1P_cam'] # ^^^^^^^^^^ [1] print(widefield_cam.value) print(widefield_cam.time) print(widefield_cam.n_pulses) # get number of imaging pulse # get 0-base lap index print(riglog.lap_event.value_index) 1. Use get item method with :attr:`~stimpyp.base.AbstractLog.CameraEvent`. options: ``facecam``, ``eyecam``, ``1P_cam``