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cfm_control_panel-confocal206-scan.py
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cfm_control_panel-confocal206-scan.py
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# -*- coding: utf-8 -*-
"""
Control panel with a few of the basics as a template
Created on December 17th, 2022
@author: mccambria
"""
### Imports
import time
import numpy as np
import labrad
import utils.tool_belt as tool_belt
import utils.positioning as positioning
import majorroutines.image_sample as image_sample
import majorroutines.optimize as optimize
import majorroutines.stationary_count as stationary_count
import majorroutines.pulsed_resonance as pulsed_resonance
import majorroutines.rabi as rabi
import majorroutines.siv_frequency_sweep as siv_frequency_sweep
import majorroutines.siv_broad_frequency_sweep as siv_broad_frequency_sweep
### Major Routines
def do_image_sample(nv_sig):
scan_range = 100.0
num_steps = 10
# scan_range = 1.0
# num_steps = 90
# scan_range = 0.5
# num_steps = 90
# scan_range = 0.2
# num_steps = 60
# scan_range = 1.0
# num_steps = 180
image_sample.main(
nv_sig,
scan_range,
scan_range,
num_steps,
)
def do_image_sample_zoom(nv_sig):
# scan_range = 0.15
# num_steps = 150
scan_range = 1.0
num_steps = 70
image_sample.main(nv_sig, scan_range, scan_range, num_steps)
def do_optimize(nv_sig):
optimize.main(nv_sig, set_to_opti_coords=False, save_data=True, plot_data=True)
def do_stationary_count(nv_sig, disable_opt=False):
nv_sig["imaging_readout_dur"] *= 10
run_time = 1 * 60 * 10**9 # ns
stationary_count.main(nv_sig, run_time, disable_opt=disable_opt)
def do_siv_freq_sweep(cxn, nv_sig, freq_center=50, freq_range=30):
num_steps = 200
# num_reps = 2e4
# num_runs = 16
num_reps = 1
num_runs = 2
siv_frequency_sweep.main_with_cxn(
cxn,
nv_sig,
freq_center,
freq_range,
num_steps,
num_reps,
num_runs,
)
def do_siv_broad_freq_sweep(cxn, nv_sig, freq_center=737.0, freq_range=1.2):
num_steps = 180
# num_reps = 2e4
# num_runs = 16
num_reps = 1
num_runs = 6
siv_broad_frequency_sweep.main_with_cxn(
cxn,
nv_sig,
freq_center,
freq_range,
num_steps,
num_reps,
num_runs,
)
def do_pulsed_resonance(nv_sig, freq_center=2.87, freq_range=0.2):
num_steps = 51
# num_reps = 2e4
# num_runs = 16
num_reps = 1e2
num_runs = 32
uwave_power = 4
uwave_pulse_dur = 100
pulsed_resonance.main(
nv_sig,
freq_center,
freq_range,
num_steps,
num_reps,
num_runs,
uwave_power,
uwave_pulse_dur,
)
def do_rabi(nv_sig, state, uwave_time_range=[0, 300]):
num_steps = 51
# num_reps = 2e4
# num_runs = 16
num_reps = 1e2
num_runs = 16
period = rabi.main(nv_sig, uwave_time_range, state, num_steps, num_reps, num_runs)
nv_sig["rabi_{}".format(state.name)] = period
### Run the file
if __name__ == "__main__":
### Shared parameters
green_laser = "laserglow_532"
siv_resonant_laser = "Msquared"
sample_name = "sandia1"
z_coord = 5
#
ref_coords = [0, 0, z_coord]
# ref_coords = [0.359, 0.924, z_coord]
ref_coords = np.array(ref_coords)
nv_sig = {
"coords": ref_coords,
"name": "{}-nvref".format(sample_name),
"disable_opt": False,
"disable_z_opt": True,
"expected_count_rate": None,
"imaging_laser": green_laser,
# "imaging_laser": red_laser,
# "imaging_laser": siv_resonant_laser,
"imaging_laser_filter": "nd_0",
"imaging_readout_dur":2e7,
#
"collection_filter": None,
"magnet_angle": None,
"piezo_coords": [None, None],
}
# nv_sig = {
# "coords": [-0.01, 0.39, z_coord],
# "name": "{}-nv1_2023_08_01".format(sample_name),
# "disable_opt": False,
# "disable_z_opt": True,
# "expected_count_rate": None,
# #
# "imaging_laser": green_laser,
# "imaging_laser_filter": "nd_0",
# "imaging_readout_dur": 1e7,
# #
# "collection_filter": None,
# "magnet_angle": None,
# "piezo_coords": [None, None],
# }
### Functions to run
email_to = "[email protected]"
try:
# pass
tool_belt.init_safe_stop()
# Increasing x moves the image down, increasing y moves the image left
# for x_coord in np.arange(1000,-1000,-75):
# # if tool_belt.safe_stop():
# # break
# for y_coord in np.arange(500,-1000,-75):
# if tool_belt.safe_stop():
# break
# with labrad.connect() as cxn:
# cxn.pos_xyz_ATTO_piezos.write_xy(x_coord, y_coord)
# nv_sig["piezo_coords"] = [int(x_coord), int(y_coord)]
# print(x_coord, y_coord, time.time())
# do_image_sample(nv_sig)
# y_coord=-700
# for x_coord in np.arange(0,-2100,-60):
# if tool_belt.safe_stop():
# break
# with labrad.connect() as cxn:
# cxn.pos_xyz_ATTO_piezos.write_xy(x_coord, y_coord)
# nv_sig["piezo_coords"] = [int(x_coord), int(y_coord)]
# do_image_sample(nv_sig)
with labrad.connect() as cxn:
x_coord= 50
y_coord= 50
cxn.pos_xyz_Newport_25XA.write_xy(x_coord, y_coord)
nv_sig["piezo_coords"] = [int(x_coord), int(y_coord)]
# nv_sig["collection_filter"]="nd_1"
do_image_sample(nv_sig)
# do_image_sample_zoom(nv_sig)
# do_optimize(nv_sig)
# positioning.reset_drift()
# do_stationary_count(nv_sig, disable_opt=True)
# for z_coord in np.arange(1, 9, 2, dtype=int):
# nv_sig["coords"][2] = z_coord
# # x_coord=0
# # y_coord=0
# with labrad.connect() as cxn:
# cxn.pos_xyz_ATTO_piezos.write_xy(x_coord, y_coord)
# do_image_sample(nv_sig)
# do_siv_freq_sweep(cxn, nv_sig)
# do_siv_broad_freq_sweep(cxn, nv_sig)
#
# except Exception as exc:
# tool_belt.send_exception_email(email_to=email_to)
# raise exc
finally:
# msg = "Experiment complete!"
# tool_belt.send_email(msg, email_to=email_to)
# Make sure everything is reset
tool_belt.reset_cfm()
tool_belt.reset_safe_stop()