def take_walsh_cal_set(self, walsh, delay = 0): ''' TO DO: implement duty cycle stuff and variant stuff ''' cals = structure.cal_set(walsh) ppt = projector.PPT(walsh) ppt.start_pres() time.sleep(5) for x in range (0, walsh.size): ppt.show_slide(x + 2) time.sleep(delay) cals.data['primary'][decoder.mask2hex(walsh.primary_masks[x])] = self.take_simple_cal() projector.kill_pptx() return cals
def take_walsh_cal_set(self, walsh, delay=0):
'''
TO DO: implement duty cycle stuff and variant stuff
'''
cals = structure.cal_set(walsh)
ppt = projector.PPT(walsh)
ppt.start_pres()
time.sleep(5)
for x in range(0, walsh.size):
ppt.show_slide(x + 2)
time.sleep(delay)
cals.data['primary'][decoder.mask2hex(
walsh.primary_masks[x])] = self.take_simple_cal()
projector.kill_pptx()
return cals
def take_hadamard_cal_set(self, hadamard, delay=0, duty_cycle=False):
cals = structure.cal_set(hadamard)
#if take_data:
ppt = projector.PPT(hadamard)
ppt.start_pres()
raw_input('Press Enter to Continue...')
start_time = 0
elapsed_time = 0
#take primary data
if hadamard.variant == 'primary' or hadmard.variant == 'both':
for x in range(0, hadamard.size):
start_time = time.time()
ppt.show_slide(x + 2)
time.sleep(delay)
cals.data['primary'][decoder.mask2hex(
hadamard.primary_masks[x])] = self.take_simple_cal()
elapsed_time = time.time() - start_time
if duty_cycle:
ppt.first_slide()
time.sleep(elapsed_time)
#take inverse data
if hadamard.variant == 'inverse' or hadamard.variant == 'both':
for x in range(0, hadamard.size):
start_time = time.time()
ppt.show_slide(hadamard.size + x + 2)
time.sleep(delay)
cals.data['primary'][mask2hex(
hadamard.inverse_masks[x])] = self.take_simple_cal()
elapsed_time = time.time() - start_time
if duty_cycle:
ppt.first_slide()
time.sleep(elapsed_time)
projector.kill_pptx()
return cals
def take_hadamard_cal_set(self, hadamard, delay = 0, duty_cycle = False):
cals = structure.cal_set(hadamard)
#if take_data:
ppt = projector.PPT(hadamard)
ppt.start_pres()
raw_input('Press Enter to Continue...')
start_time = 0
elapsed_time = 0
#take primary data
if hadamard.variant == 'primary' or hadmard.variant == 'both':
for x in range (0, hadamard.size):
start_time = time.time()
ppt.show_slide(x + 2)
time.sleep(delay)
cals.data['primary'][decoder.mask2hex(hadamard.primary_masks[x])] = self.take_simple_cal()
elapsed_time = time.time() - start_time
if duty_cycle:
ppt.first_slide()
time.sleep(elapsed_time)
#take inverse data
if hadamard.variant == 'inverse' or hadamard.variant == 'both':
for x in range (0, hadamard.size):
start_time = time.time()
ppt.show_slide(hadamard.size + x + 2)
time.sleep(delay)
cals.data['primary'][mask2hex(hadamard.inverse_masks[x])] = self.take_simple_cal()
elapsed_time = time.time() - start_time
if duty_cycle:
ppt.first_slide()
time.sleep(elapsed_time)
projector.kill_pptx()
return cals
