def __init__(self, kind):
self.kind = kind
self.data = {
'primary':
{decoder.mask2hex(mask): None
for mask in kind.primary_masks},
'inverse':
{decoder.mask2hex(mask): None
for mask in kind.inverse_masks}
}
def hadamard_image(self, hadamard, name, delay = 1, measurements = 1, averaging_delay = 0, duty_cycle = False): #take_data = True, duty_cycle = False, cal = None, averaging = True, caching = True, f = '634ghz', attr = 's_db' ''' TO DO: implement modifiable duty_cyce NOTE: might have to change order of slides for variant = 'both' --> currently: all primary then all inverse future possibly: primary inverse primary inverse primary etc... ''' data = structure.image_data(hadamard, name) #if take_data: ppt = projector.PPT(hadamard) ppt.start_pres() time.sleep(5) 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) measurement_list = [] for y in range (0, measurements): measurement_list.append(self.zva.get_network(name = 'measurement_' + str(y) + '.s1p')) time.sleep(averaging_delay) data.add_primary_data(decoder.mask2hex(hadamard.primary_masks[x]), measurement_list) 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) measurement_list = [] for y in range (0, measurements): measurement_list.append(self.zva.get_network(name = 'measurement_' + str(y) + '.s1p')) time.sleep(averaging_delay) data.add_inverse_data(decoder.mask2hex(hadamard.inverse_masks[x]), measurement_list) elapsed_time = time.time() - start_time if duty_cycle: ppt.first_slide() time.sleep(elapsed_time) projector.kill_pptx() ''' TO DO: implement variant options in decoder ''' return data
def __init__(self, kind, image_name):
self.kind = kind
self.image_name = image_name
self.data = {
'primary':
{decoder.mask2hex(mask): []
for mask in kind.primary_masks},
'inverse':
{decoder.mask2hex(mask): []
for mask in kind.inverse_masks}
}
def walsh_image(self,
walsh,
name,
delay=1,
measurements=1,
averaging_delay=0):
'''
TO DO: implement variant and duty cycle stuff
'''
data = structure.image_data(walsh, name)
ppt = projector.PPT(walsh)
ppt.start_pres()
ppt.first_slide()
time.sleep(5)
for x in range(0, walsh.size):
ppt.show_slide(x + 2)
time.sleep(delay)
measurement_list = []
for y in range(0, measurements):
measurement_list.append(
self.zva.get_network(name='measurement_' + str(y) +
'.s1p'))
time.sleep(averaging_delay)
data.add_primary_data(decoder.mask2hex(walsh.primary_masks[x]),
measurement_list)
projector.kill_pptx()
return data
def gen_walsh_set(self, walsh, canvas_size=1024):
scale = walsh.scale / 100.
raw_masks = walsh.primary_masks
canvas_size = 1024
size = 2**walsh.rank
total = size**2 + 1
Application = win32com.client.Dispatch('PowerPoint.Application')
Presentation = Application.Presentations.Add()
height = Presentation.PageSetup.SlideHeight
width = Presentation.PageSetup.SlideWidth
x_inc = height / size * scale
y_inc = height / size * scale
#TO DO: implement variant
name = walsh.directory
if not os.path.exists(name):
os.mkdir(name)
with open(name + '\\map.csv', 'wb') as outfile:
fieldnames = ['slide', 'mask in hex']
writer = csv.DictWriter(outfile, fieldnames=fieldnames)
writer.writeheader()
count = 0
for k in range((len(raw_masks)) - 1, -1, -1):
#make a slide
slide = Presentation.Slides.Add(1, 12)
#black background
background = slide.ColorScheme.Colors(1).RGB = 0
for x in range(0, 2**walsh.rank):
for y in range(0, 2**walsh.rank):
if raw_masks[k][x][y] == 1:
pixel = slide.Shapes.AddShape(
msoShapeRectangle,
(width - height * scale) / 2 + x * x_inc,
(height - height * scale) / 2 + y * y_inc,
x_inc, y_inc)
pixel.Fill.ForeColor.RGB = rgb(255, 255, 255)
pixel.Line.ForeColor.RGB = rgb(255, 255, 255)
#write to csv map file (for decode)
writer.writerow({
'slide': total - count,
'mask in hex': decoder.mask2hex(raw_masks[k])
})
#add mask image to slide
count += 1
#make last (first) slide
slide = Presentation.Slides.Add(1, 12)
#black background
background = slide.ColorScheme.Colors(1).RGB = 0
#save and exit
Presentation.SaveAs(walsh.path)
os.system("taskkill /im powerpnt.exe /f")
def gen_walsh_set(self, walsh, canvas_size = 1024):
scale = walsh.scale/100.
raw_masks = walsh.primary_masks
canvas_size = 1024
size = 2**walsh.rank
total = size**2 + 1
Application = win32com.client.Dispatch('PowerPoint.Application')
Presentation = Application.Presentations.Add()
height = Presentation.PageSetup.SlideHeight
width = Presentation.PageSetup.SlideWidth
x_inc = height/size*scale
y_inc = height/size*scale
#TO DO: implement variant
name = walsh.directory
if not os.path.exists(name):
os.mkdir(name)
with open(name + '\\map.csv', 'wb') as outfile:
fieldnames = ['slide', 'mask in hex']
writer = csv.DictWriter(outfile, fieldnames = fieldnames)
writer.writeheader()
count = 0
for k in range ((len(raw_masks)) - 1, -1, -1):
#make a slide
slide = Presentation.Slides.Add(1, 12)
#black background
background = slide.ColorScheme.Colors(1).RGB = 0
for x in range (0, 2**walsh.rank):
for y in range(0, 2**walsh.rank):
if raw_masks[k][x][y] == 1:
pixel = slide.Shapes.AddShape(msoShapeRectangle, (width - height*scale)/2 + x*x_inc, (height - height*scale)/2 + y*y_inc, x_inc, y_inc)
pixel.Fill.ForeColor.RGB = rgb(255, 255, 255)
pixel.Line.ForeColor.RGB = rgb(255, 255, 255)
#write to csv map file (for decode)
writer.writerow({'slide': total - count, 'mask in hex': decoder.mask2hex(raw_masks[k])})
#add mask image to slide
count += 1
#make last (first) slide
slide = Presentation.Slides.Add(1, 12)
#black background
background = slide.ColorScheme.Colors(1).RGB = 0
#save and exit
Presentation.SaveAs(walsh.path)
os.system("taskkill /im powerpnt.exe /f")
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 walsh_image(self, walsh, name, delay = 1, measurements = 1, averaging_delay = 0): ''' TO DO: implement variant and duty cycle stuff ''' data = structure.image_data(walsh, name) ppt = projector.PPT(walsh) ppt.start_pres() ppt.first_slide() time.sleep(5) for x in range (0, walsh.size): ppt.show_slide(x + 2) time.sleep(delay) measurement_list = [] for y in range (0, measurements): measurement_list.append(self.zva.get_network(name = 'measurement_' + str(y) + '.s1p')) time.sleep(averaging_delay) data.add_primary_data(decoder.mask2hex(walsh.primary_masks[x]), measurement_list) projector.kill_pptx() return data
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 hadamard_image(self,
hadamard,
name,
delay=1,
measurements=1,
averaging_delay=0,
duty_cycle=False):
#take_data = True, duty_cycle = False, cal = None, averaging = True, caching = True, f = '634ghz', attr = 's_db'
'''
TO DO: implement modifiable duty_cyce
NOTE: might have to change order of slides for variant = 'both' --> currently: all primary then all inverse
future possibly: primary inverse primary inverse primary etc...
'''
data = structure.image_data(hadamard, name)
#if take_data:
ppt = projector.PPT(hadamard)
ppt.start_pres()
time.sleep(5)
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)
measurement_list = []
for y in range(0, measurements):
measurement_list.append(
self.zva.get_network(name='measurement_' + str(y) +
'.s1p'))
time.sleep(averaging_delay)
data.add_primary_data(
decoder.mask2hex(hadamard.primary_masks[x]),
measurement_list)
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)
measurement_list = []
for y in range(0, measurements):
measurement_list.append(
self.zva.get_network(name='measurement_' + str(y) +
'.s1p'))
time.sleep(averaging_delay)
data.add_inverse_data(
decoder.mask2hex(hadamard.inverse_masks[x]),
measurement_list)
elapsed_time = time.time() - start_time
if duty_cycle:
ppt.first_slide()
time.sleep(elapsed_time)
projector.kill_pptx()
'''
TO DO: implement variant options in decoder
'''
return data
def __init__(self, kind):
self.kind = kind
self.name = kind.name
self.data = {'primary' : {decoder.mask2hex(mask) : {} for mask in kind.primary_masks}, 'inverse' : {decoder.mask2hex(mask) : {} for mask in kind.inverse_masks}}
def __init__(self, kind, image_name):
self.kind = kind
self.image_name = image_name
self.data = {'primary' : {decoder.mask2hex(mask) : [] for mask in kind.primary_masks}, 'inverse' : {decoder.mask2hex(mask) : [] for mask in kind.inverse_masks}}
