Commit 4c417806 authored by camera computer's avatar camera computer
Browse files

regular parameter adjustment

parent f3d608e0
...@@ -16,7 +16,7 @@ comments = """ ...@@ -16,7 +16,7 @@ comments = """
# CAMERA OPTIONS # CAMERA OPTIONS
camera_config = { camera_config = {
"exposure_time":500, "exposure_time":200,
"gain": 47.99, "gain": 47.99,
"gamma": 1.25, "gamma": 1.25,
"black_level": 5.0, "black_level": 5.0,
...@@ -36,15 +36,17 @@ camera_config = { ...@@ -36,15 +36,17 @@ camera_config = {
## MAIN SEQUENCE PARAMETERS ## MAIN SEQUENCE PARAMETERS
# general # general
reps = 10 # repeat shots for statistics reps = 5 # repeat shots for statistics
take_background = True # include a background image take_background = True # include a background image
flir_two_shots = True # use the Flir to take two shots flir_two_shots = True # use the Flir to take two shots
cmot_aom_freq = 93.58 # MHz f_image0 = 93.58 # MHz
p_probe = 0.0 # power in probe beam AOMs; dBm freespace_res = 93.68 # MHz
p_probe = 23.0 # power in probe beam AOMs; dBm
p_cmot = 0.0 # final power in CMOT beam AOM; dBm
## SCANNING PARAMETERS ## SCANNING PARAMETERS
SHIMS_FB = np.linspace(1.275, 1.275, 1) # Front/Back shim scans: 1.22; +1.2 for 174 SHIMS_FB = np.linspace(1.275, 1.275, 1) # Front/Back shim scans: 1.22; +1.2 for 174
SHIMS_LR = np.linspace(-0.22, -0.22, 1) # Left/Right shim scans: 0.20; -0.2 for 174 SHIMS_LR = np.linspace(-0.30, +0.30, 16) # Left/Right shim scans: 0.20; -0.2 for 174
# SHIMS_LR = np.append( # SHIMS_LR = np.append(
# np.linspace(-0.30, -0.12, 5), # np.linspace(-0.30, -0.12, 5),
# np.linspace(+0.12, +0.30, 5), # np.linspace(+0.12, +0.30, 5),
...@@ -134,8 +136,8 @@ class NarrowCoolingTweezerAlignmentCamera(Controller): ...@@ -134,8 +136,8 @@ class NarrowCoolingTweezerAlignmentCamera(Controller):
debug=False, debug=False,
mot_number_params={ # for post-release image mot_number_params={ # for post-release image
# from measurement on 03.21.22 # from measurement on 03.21.22
"intensity_parameter": 2.0 * 17.25 * 10**(p_freqpow_end / 10.0), # CMOT beams # "intensity_parameter": 2.0 * 17.25 * 10**(p_cmot / 10.0), # CMOT beams
# "intensity_parameter": 2.0 * 129.14 * 10**((p_image - 23.0) / 10.0), # probe beams "intensity_parameter": 2.0 * 129.14 * 10**((p_probe - 23.0) / 10.0), # probe beams
"detuning": abs(f_image0 - freespace_res) * 1e6 * 2.0 * np.pi, "detuning": abs(f_image0 - freespace_res) * 1e6 * 2.0 * np.pi,
}, },
) )
......
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