post-hardware upgrades tweaks

daily.py

@@ -33,7 +33,7 @@ flir_config = dict(
 reps = 5 # repeat shots for statistics
 take_background = True # include a background shot in frame capture
 flir_prerelease = True # use the Flir to take a pre-release image
-probe_image = True # use the probe beams for recapture imaging, else CMOT beams
+probe_image = False # use the probe beams for recapture imaging, else CMOT beams
 
 ## TIMINGS
 
@@ -68,23 +68,23 @@ tau_andor = +0e-3 # EMCCD post-tof image time rel. to end of tof; s
 # coil settings
 B_blue = int(441815) # blue MOT gradient setting
 B_green = int(55227) # green MOT gradient setting; 174: 48600
-B_comp = 1.8 # compression ramp endpoint multiplier (= B_comp * B_green)
-shim_fb = +1.200 # front/back shim; 174:  1.2
-shim_lr = +0.125 # left/right shim; 174: -0.2
-shim_ud = +0.580 #    up/down shim; 174:  0.4
+B_comp = 2.0 # compression ramp endpoint multiplier (= B_comp * B_green)
+shim_fb = +1.155 # front/back shim; 174:  1.2
+shim_lr = -0.350 # left/right shim; 174: -0.2
+shim_ud = +0.635 #    up/down shim; 174:  0.4
 
 # CMOT AOM settings
 f_freqpow = 90.0 # start of frequency ramp; MHz
 p_freqpow_beg = 29.0 # start of power ramp; dBm
-p_freqpow_end = -11.0 # end of ramp; dBm
+p_freqpow_end = -12.0 # end of ramp; dBm
 p_image = 27.0 # power for imaging; dBm
-p_image_cmot = 20.0 # power for imaging with CMOT beams; dBm
+p_image_cmot = 5.0 # power for imaging with CMOT beams; dBm
 
 # PARAMETERS
-nu_freqpow0 = 3.58 # extent of CMOT frequency ramp; MHz
+nu_freqpow0 = 3.55 # extent of CMOT frequency ramp; MHz
 NU_FREQPOW = np.linspace(3.3, 3.775, 20) # ^
 det_image0 = 0.18 # detuning for imaging rel. to AOM-fiber optimal 93.5; MHz
-DET_IMAGE = np.arange(-2.2, +3.8, 150e-3) # ^
+DET_IMAGE = np.arange(-2.0, +2.0, 150e-3) # ^
 tau_tof0 = 0.0e-3 # time of flight for free-space imaging; s
 TAU_TOF = np.array([0.1e-3, 0.5e-3, 1.0e-3, 2.0e-3, 3.0e-3, 4.0e-3]) # ^
 # TAU_TOF = np.array([0.1e-3])