def send_genes():
"""This sets constant voltages on the mirror which are determined within the function
"""
num_genes = 37 # there are 37 mirror voltages
constant_voltage = 0
test_voltages = np.zeros(
37) + constant_voltage # create array of 37 constant voltages
print('This is the genes:\n',
test_voltages) # show the operator what the actuator voltages are
print('You are setting voltages for deformable mirror')
dm_actuators = mirror_f.actuator_array(
) # initialize the information about the mirror
mirror_f.write_to_mirror(test_voltages,
dm_actuators) # write the voltages to the mirror
def send_file():
""" This sets voltages on the mirror from a file of actuator voltages
"""
num_genes = 37 # there are 37 mirror voltages
filename = input('Please input the filename: ')
saved_voltages = file_f.read_adf(
filename, num_genes) # read the saved voltages from the given file
dm_actuators = mirror_f.actuator_array(
) # initialize the information about the mirror
print('You are setting voltages for deformable mirror')
print('Actuator voltages are: ', saved_voltages
) # show the operator what voltages they are sending to the mirror
mirror_f.write_to_mirror(saved_voltages,
dm_actuators) # send the voltages to the mirror
def test_actuators():
num_genes = 37 # there are 37 actuators
test_voltages = np.zeros(37) # initialize the array of test voltages to 0
dm_actuators = mirror_f.actuator_array(
) # initialize the information about the mirror
print("You are testing individual actuator voltages.\n")
while True: # create a while loop until the test voltage is determined
print(
"What would you like the singular test actuator's voltage to be?")
print("\tNote: The voltages for all of the other actuators will be 0")
voltage = float(input()) # get the voltage from the operator
print('Is this input okay: ', voltage, ' (Enter y or n)')
good = input() # get input from the user
if good == 'y': # if the input was good
break
while True:
test_voltages = np.zeros(
37) # reinitialze the test voltage array to be 0s
while True: # create a while loop until the actuator to be tested is determined
print(
"Which actuator would you like to test?\nEnter a integer from 0 to 36."
)
actuator_index = int(input())
good = (actuator_index >= 0) and (
actuator_index <= 36
) # make sure the actuator is within the correct range
if good == True: # if the input was good
print("Testing actuator ", actuator_index, "\n")
break
print("You didn't enter a number between 0 and 36")
test_voltages[
actuator_index] = voltage # set the test actuators voltage to the specified voltage
print("Voltages are: ", test_voltages)
mirror_f.write_to_mirror(
test_voltages,
dm_actuators) # write the set of voltages to the mirror
print("Finished testing? (Enter 'y' or 'n')")
done = input() # determine if the user is done
if (done == 'y'):
print("\nSending all 0's to the mirror")
test_voltages = np.zeros(37) # set the actuator voltages back to 0
print("Voltages are: ", test_voltages)
mirror_f.write_to_mirror(
test_voltages,
dm_actuators) # write the set of voltages to the mirror
break
def test_person(self, dm_actuators, device): """write each person to the mirror to measure the figure of merits Parameters ---------- dm_actuators : object from mirror_functions.py This contains the list of neighbors to make sure the genes don't break the mirror. Returns ------- figure_of_merit : figure of merit, float The figure of merit of this specific person. """ mirror_f.write_to_mirror(self.genes, dm_actuators) # write the genes to the mirror time.sleep(WAITING_TIME) # wait for the given amount of time self.figure_of_merit = device.figure_of_merit() # measure and calculate the figure of merit return self.figure_of_merit # return the measured figure of merit