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whuie2
experiment-control
Commits
f715071a
Commit
f715071a
authored
3 years ago
by
Yb Tweezer
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regular parameter adjustment
parent
8cf0ea14
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daily.py
+10
-10
10 additions, 10 deletions
daily.py
with
10 additions
and
10 deletions
daily.py
+
10
−
10
View file @
f715071a
...
@@ -30,8 +30,8 @@ flir_config = dict(
...
@@ -30,8 +30,8 @@ flir_config = dict(
# add a comment for any literal numbers used
# add a comment for any literal numbers used
## GLOBAL PARAMETERS
## GLOBAL PARAMETERS
reps
=
5
# repeat shots for statistics
reps
=
1
# repeat shots for statistics
take_background
=
Tru
e
# include a background shot in frame capture
take_background
=
Fals
e
# include a background shot in frame capture
flir_prerelease
=
True
# use the Flir to take a pre-release image
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
=
True
# use the probe beams for recapture imaging, else CMOT beams
...
@@ -62,16 +62,16 @@ tau_freqpow_dur = 30e-3 # frequency/power ramp duration; s
...
@@ -62,16 +62,16 @@ tau_freqpow_dur = 30e-3 # frequency/power ramp duration; s
# camera timings
# camera timings
tau_flir_pre
=
-
20e-3
# Flir pre-release image time rel. to end of narrow_cooling; s
tau_flir_pre
=
-
20e-3
# Flir pre-release image time rel. to end of narrow_cooling; s
tau_flir
=
+
0.05e-3
# Flir post-tof image time rel. to end of tof; s
tau_flir
=
+
0.05e-3
# Flir post-tof image time rel. to end of tof; s
# tau_flir = -20e-3 # Flir post-tof image time rel. to end of tof; s
# tau_flir = -20e-3 # Flir post-tof image time rel. to end of tof; s
# used for debugging CMOT
tau_andor
=
+
0e-3
# EMCCD post-tof image time rel. to end of tof; s
tau_andor
=
+
0e-3
# EMCCD post-tof image time rel. to end of tof; s
# coil settings
# coil settings
B_blue
=
int
(
441815
)
# blue MOT gradient setting
B_blue
=
int
(
441815
)
# blue MOT gradient setting
B_green
=
int
(
55227
)
# green MOT gradient setting; 174: 48600
B_green
=
int
(
55227
)
# green MOT gradient setting; 174: 48600
B_comp
=
1.8
# compression ramp endpoint multiplier (= B_comp * B_green)
B_comp
=
1.8
# compression ramp endpoint multiplier (= B_comp * B_green)
shim_fb
=
+
1.2
10
# front/back shim; 174: 1.2
shim_fb
=
+
1.2
55
# front/back shim; 174: 1.2
shim_lr
=
-
0.1
80
# left/right shim; 174: -0.2
shim_lr
=
+
0.1
65
# left/right shim; 174: -0.2
shim_ud
=
+
0.56
0
# up/down shim; 174: 0.4
shim_ud
=
+
0.56
5
# up/down shim; 174: 0.4
# CMOT AOM settings
# CMOT AOM settings
f_freqpow
=
90.0
# start of frequency ramp; MHz
f_freqpow
=
90.0
# start of frequency ramp; MHz
...
@@ -83,9 +83,9 @@ p_image_cmot = 20.0 # power for imaging with CMOT beams; dBm
...
@@ -83,9 +83,9 @@ p_image_cmot = 20.0 # power for imaging with CMOT beams; dBm
# PARAMETERS
# PARAMETERS
nu_freqpow0
=
3.58
# extent of CMOT frequency ramp; MHz
nu_freqpow0
=
3.58
# extent of CMOT frequency ramp; MHz
NU_FREQPOW
=
np
.
linspace
(
3.3
,
3.775
,
20
)
# ^
NU_FREQPOW
=
np
.
linspace
(
3.3
,
3.775
,
20
)
# ^
det_image0
=
0.
45
# detuning for imaging rel. to AOM-fiber optimal 93.5; MHz
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
(
-
2.2
,
+
3.8
,
150e-3
)
# ^
tau_tof0
=
0.
1
e-3
# time of flight for free-space imaging; s
tau_tof0
=
0.
0
e-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
,
0.5e-3
,
1.0e-3
,
2.0e-3
,
3.0e-3
,
4.0e-3
])
# ^
# TAU_TOF = np.array([0.1e-3])
# TAU_TOF = np.array([0.1e-3])
...
@@ -310,8 +310,8 @@ def make_sequences(meas_type: DailyMeasType, name: str,
...
@@ -310,8 +310,8 @@ def make_sequences(meas_type: DailyMeasType, name: str,
"
Imaging
"
:
(
Sequence
()
"
Imaging
"
:
(
Sequence
()
+
Sequence
.
digital_pulse
(
+
Sequence
.
digital_pulse
(
*
C
.
probe_green_aom
,
*
C
.
probe_green_aom
,
t0
+
tau_flir
,
t0
+
tau_flir
-
tau_image
/
2.0
,
flir_config
[
"
exposure_time
"
]
*
1e-6
,
# account for exposure delay
tau_all
,
# account for exposure delay
invert
=
True
invert
=
True
)
)
+
Sequence
.
digital_pulse
(
+
Sequence
.
digital_pulse
(
...
...
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