def take_thermal_still(snap_id, group_id, delay=0, repeat=0, scale_image=True):
'''
Top level handler for taking Lepton pictures between the camera view and the camera service modules.
Besides group and snap information, it accepts get parameters to schedule delayed or repeating stills.
Also optionally accepts a parameter to chain an 'enlarge and colorize' task after the Lepton still if desired
'''
pic_ids = []
scaled_pic_ids = []
snap_ids = []
if scale_image:
for i in [x * delay for x in range(1, repeat + 2)]:
pic_id = uuid.uuid4()
scaled_pic_id = uuid.uuid4()
chain(
thermal_still_task.s(snap_id=snap_id,
group_id=group_id,
pic_id=pic_id),
scale_image_chained.s(img_id_in=pic_id,
img_id_out=scaled_pic_id,
group_id=group_id),
send_mail_chained.s(snap_id=snap_id, group_id=group_id),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id)).apply_async(countdown=i)
pic_ids.append(str(pic_id))
snap_ids.append(str(snap_id))
scaled_pic_ids.append(str(scaled_pic_id))
snap_id = uuid.uuid4()
else:
for i in [x * delay for x in range(1, repeat + 2)]:
pic_id = uuid.uuid4()
chain(
thermal_still_task.s(snap_id=snap_id,
group_id=group_id,
pic_id=pic_id),
send_mail_chained.s(snap_id=snap_id, group_id=group_id),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id)).apply_async(countdown=i)
pic_ids.append(str(pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'pic_ids': pic_ids,
'scaled_pic_ids': scaled_pic_ids,
'snap_ids': snap_ids,
'group_id': group_id
}
def take_picam_still(snap_id, group_id, delay=0, repeat=0):
'''
Top level handler for taking Picam pictures between the camera view and the camera service modules.
Besides group and snap information, it accepts get parameters to schedule delayed or repeating stills.
'''
normal_exposure_pic_ids = []
long_exposure_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
normal_exposure_pic_id = uuid.uuid4()
long_exposure_pic_id = uuid.uuid4()
chain(
picam_still_task.s(snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_pic_id,
long_exposure_pic_id=long_exposure_pic_id),
send_mail_chained.s(snap_id=snap_id, group_id=group_id),
file_wrap_up_chained.s(snap_id=snap_id,
group_id=group_id)).apply_async(countdown=i)
normal_exposure_pic_ids.append(str(normal_exposure_pic_id))
long_exposure_pic_ids.append(str(long_exposure_pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': str(group_id),
'normal_exposure_pic_ids': normal_exposure_pic_ids,
'long_exposure_pic_ids': long_exposure_pic_ids
}
def take_thermal_still(snap_id, group_id, delay=0, repeat=0, scale_image=True, clean_up_files=True):
'''
Top level handler for taking Lepton pictures between the camera view and the camera service modules.
Besides group and snap information, it accepts get parameters to schedule delayed or repeating stills.
Also optionally accepts a parameter to chain an 'enlarge and colorize' task after the Lepton still if desired
'''
pic_ids = []
scaled_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
pic_id = uuid.uuid4()
scaled_pic_id = uuid.uuid4()
chain(
thermal_still_task.s(
snap_id=snap_id,
group_id=group_id,
pic_id=pic_id,
clean_up_files=clean_up_files
),
scale_image_chained.s(
img_id_in=pic_id,
img_id_out=scaled_pic_id,
group_id=group_id,
scale_image=scale_image
),
send_mail_chained.s(
snap_id=snap_id,
group_id=group_id
),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id
)
).apply_async(countdown=i)
pic_ids.append(str(pic_id))
snap_ids.append(str(snap_id))
if scale_image:
scaled_pic_ids.append(str(scaled_pic_id))
snap_id = uuid.uuid4()
return {
'pic_ids': pic_ids,
'scaled_pic_ids': scaled_pic_ids,
'snap_ids': snap_ids,
'group_id': group_id
}
def take_picam_still(snap_id, group_id, delay=0, repeat=0, clean_up_files=True):
'''
Top level handler for taking Picam pictures between the camera view and the camera service modules.
Besides group and snap information, it accepts get parameters to schedule delayed or repeating stills.
'''
normal_exposure_pic_ids = []
long_exposure_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
normal_exposure_pic_id = uuid.uuid4()
long_exposure_pic_id = uuid.uuid4()
chain(
picam_still_task.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_pic_id,
long_exposure_pic_id=long_exposure_pic_id,
clean_up_files=clean_up_files
),
send_mail_chained.s(
snap_id=snap_id,
group_id=group_id
),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id
)
).apply_async(countdown=i)
normal_exposure_pic_ids.append(str(normal_exposure_pic_id))
long_exposure_pic_ids.append(str(long_exposure_pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': str(group_id),
'normal_exposure_pic_ids': normal_exposure_pic_ids,
'long_exposure_pic_ids': long_exposure_pic_ids
}
def take_both_still(snap_id, group_id, delay=0, repeat=0, clean_up_files=False):
'''
Wrapper method to handle the celery scheduling of the taking of a 'both' still with standard subtasks.
A both still and subtasks consists of:
- Lepton still
- Enlarge and colorize Lepton still
- Distort enlarged+colorized Lepton still to compensate for lens distortion and alignment issues
- Picam still
- Merge picam still and 'Enlarged and colorized Lepton still'
- Optionally email the result to recipients specified on the group file
Calls the synchronous take_picam_still method.
'''
thermal_pic_ids = []
normal_exposure_picam_pic_ids = []
long_exposure_picam_pic_ids = []
scaled_for_thermal_merge_pic_ids = []
distorted_for_thermal_merge_pic_ids = []
merged_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
thermal_pic_id = uuid.uuid4()
normal_exposure_picam_pic_id = uuid.uuid4()
long_exposure_picam_pic_id = uuid.uuid4()
scaled_for_thermal_merge_pic_id = uuid.uuid4()
distorted_for_thermal_merge_pic_id = uuid.uuid4()
merged_pic_id = uuid.uuid4()
chain(
thermal_still_task.s(
snap_id=snap_id,
group_id=group_id,
pic_id=thermal_pic_id,
clean_up_files=clean_up_files
),
take_picam_still_chained.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_picam_pic_id,
long_exposure_pic_id=long_exposure_picam_pic_id,
clean_up_files=clean_up_files
),
scale_image_chained.s(
img_id_in=thermal_pic_id,
img_id_out=scaled_for_thermal_merge_pic_id,
group_id=group_id
),
distort_image_shepards_chained.s(
img_id_in=scaled_for_thermal_merge_pic_id,
img_id_out=distorted_for_thermal_merge_pic_id
),
merge_images_chained.s(
img1_primary_id_in=normal_exposure_picam_pic_id,
img1_alternate_id_in=long_exposure_picam_pic_id,
img2_id_in=distorted_for_thermal_merge_pic_id,
img_id_out=merged_pic_id,
group_id=group_id
),
send_mail_chained.s(
snap_id=snap_id,
group_id=group_id
),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id
)
).apply_async(countdown=i)
thermal_pic_ids.append(str(thermal_pic_id))
normal_exposure_picam_pic_ids.append(str(normal_exposure_picam_pic_id))
long_exposure_picam_pic_ids.append(str(long_exposure_picam_pic_id))
scaled_for_thermal_merge_pic_ids.append(str(scaled_for_thermal_merge_pic_id))
distorted_for_thermal_merge_pic_ids.append(str(distorted_for_thermal_merge_pic_id))
merged_pic_ids.append(str(merged_pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': group_id,
'normal_exposure_picam_ids': normal_exposure_picam_pic_ids,
'long_exposure_picam_ids': long_exposure_picam_pic_ids,
'thermal_ids': thermal_pic_ids,
'scaled_for_thermal_merge_ids': scaled_for_thermal_merge_pic_ids,
'distorted_for_thermal_merge_ids': distorted_for_thermal_merge_pic_ids,
'merged_ids': merged_pic_ids
}
def take_both_still_edge_detect(snap_id, group_id, delay=0, repeat=0):
'''
Wrapper method to handle the celery scheduling of the taking of a 'both' still with standard subtasks.
A both still and subtasks consists of:
- Lepton still
- Enlarge and colorize Lepton still
- Picam still
- Merge picam still and 'Enlarged and colorized Lepton still'
- Optionally email the result to recipients specified on the group file
Calls the synchronous take_picam_still method.
'''
thermal_pic_ids = []
normal_exposure_picam_pic_ids = []
long_exposure_picam_pic_ids = []
scaled_for_thermal_merge_pic_ids = []
merged_pic_ids = []
picam_auto_pic_ids = []
picam_wide_pic_ids = []
picam_tight_pic_ids = []
thermal_auto_small_pic_ids = []
thermal_wide_small_pic_ids = []
thermal_tight_small_pic_ids = []
thermal_auto_large_pic_ids = []
thermal_wide_large_pic_ids = []
thermal_tight_large_pic_ids = []
snap_ids = []
for i in [x*delay for x in range(1,repeat+2)]:
thermal_pic_id = uuid.uuid4()
normal_exposure_picam_pic_id = uuid.uuid4()
long_exposure_picam_pic_id = uuid.uuid4()
scaled_for_thermal_merge_pic_id = uuid.uuid4()
merged_pic_id = uuid.uuid4()
picam_auto_id = uuid.uuid4()
picam_wide_id = uuid.uuid4()
picam_tight_id = uuid.uuid4()
thermal_auto_small_id = uuid.uuid4()
thermal_wide_small_id = uuid.uuid4()
thermal_tight_small_id = uuid.uuid4()
thermal_auto_large_id = uuid.uuid4()
thermal_wide_large_id = uuid.uuid4()
thermal_tight_large_id = uuid.uuid4()
chain(
thermal_still_task.s(
snap_id=snap_id,
group_id=group_id,
pic_id=thermal_pic_id
),
take_picam_still_chained.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_picam_pic_id,
long_exposure_pic_id=long_exposure_picam_pic_id
),
edge_detect_chained.s(
img_id_in=normal_exposure_picam_pic_id,
alternate_img_id_in=long_exposure_picam_pic_id,
auto_id=picam_auto_id,
wide_id=picam_wide_id,
tight_id=picam_tight_id
),
edge_detect_chained.s(
img_id_in=thermal_pic_id,
alternate_img_id_in='',
auto_id=thermal_auto_small_id,
wide_id=thermal_wide_small_id,
tight_id=thermal_tight_small_id
),
scale_image_chained.s(
img_id_in=thermal_auto_small_id,
img_id_out=thermal_auto_large_id,
group_id=group_id,
scale_type='bicubic_blur'
),
scale_image_chained.s(
img_id_in=thermal_wide_small_id,
img_id_out=thermal_wide_large_id,
group_id=group_id,
scale_type='bicubic_blur'
),
scale_image_chained.s(
img_id_in=thermal_tight_small_id,
img_id_out=thermal_tight_large_id,
group_id=group_id,
scale_type='bicubic_blur'
),
scale_image_chained.s(
img_id_in=thermal_pic_id,
img_id_out=scaled_for_thermal_merge_pic_id,
group_id=group_id,
),
merge_images_chained.s(
img1_primary_id_in=normal_exposure_picam_pic_id,
img1_alternate_id_in=long_exposure_picam_pic_id,
img2_id_in=scaled_for_thermal_merge_pic_id,
img_id_out=merged_pic_id,
group_id=group_id
),
send_mail_chained.s(
snap_id=snap_id,
group_id=group_id
),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id
)
).apply_async(countdown=i)
thermal_pic_ids.append(str(thermal_pic_id))
normal_exposure_picam_pic_ids.append(str(normal_exposure_picam_pic_id))
long_exposure_picam_pic_ids.append(str(long_exposure_picam_pic_id))
scaled_for_thermal_merge_pic_ids.append(str(scaled_for_thermal_merge_pic_id))
merged_pic_ids.append(str(merged_pic_id))
snap_ids.append(str(snap_id))
picam_auto_pic_ids.append(str(picam_auto_id))
picam_wide_pic_ids.append(str(picam_wide_id))
picam_tight_pic_ids.append(str(picam_tight_id))
thermal_auto_small_pic_ids.append(str(thermal_auto_small_id))
thermal_wide_small_pic_ids.append(str(thermal_wide_small_id))
thermal_tight_small_pic_ids.append(str(thermal_tight_small_id))
thermal_auto_large_pic_ids.append(str(thermal_auto_large_id))
thermal_wide_large_pic_ids.append(str(thermal_wide_large_id))
thermal_tight_large_pic_ids.append(str(thermal_tight_large_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': group_id,
'normal_exposure_picam_ids': normal_exposure_picam_pic_ids,
'long_exposure_picam_ids': long_exposure_picam_pic_ids,
'thermal_ids':thermal_pic_ids,
'scaled_for_thermal_merge_ids': scaled_for_thermal_merge_pic_ids,
'merged_ids': merged_pic_ids,
'picam_auto_pic_ids': picam_auto_pic_ids,
'picam_wide_pic_ids': picam_wide_pic_ids,
'picam_tight_pic_ids': picam_tight_pic_ids,
'thermal_auto_small_pic_ids': thermal_auto_small_pic_ids,
'thermal_wide_small_pic_ids': thermal_wide_small_pic_ids,
'thermal_tight_small_pic_ids': thermal_tight_small_pic_ids,
'thermal_auto_large_pic_ids': thermal_auto_large_pic_ids,
'thermal_wide_large_pic_ids': thermal_wide_large_pic_ids,
'thermal_tight_large_pic_ids': thermal_tight_large_pic_ids
}
def take_both_still_test(snap_id, group_id, delay=0, repeat=0):
'''
Testing some fixed distortion logic
'''
thermal_pic_ids = []
normal_exposure_picam_pic_ids = []
long_exposure_picam_pic_ids = []
scaled_for_thermal_merge_pic_ids = []
distorted_for_thermal_merge_pic_ids = []
merged_pic_ids = []
snap_ids = []
for i in [x*delay for x in range(1,repeat+2)]:
thermal_pic_id = uuid.uuid4()
normal_exposure_picam_pic_id = uuid.uuid4()
long_exposure_picam_pic_id = uuid.uuid4()
scaled_for_thermal_merge_pic_id = uuid.uuid4()
distorted_for_thermal_merge_pic_id = uuid.uuid4()
merged_pic_id = uuid.uuid4()
chain(
thermal_still_task.s(
snap_id=snap_id,
group_id=group_id,
pic_id=thermal_pic_id
),
take_picam_still_chained.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_picam_pic_id,
long_exposure_pic_id=long_exposure_picam_pic_id
),
scale_image_chained.s(
img_id_in=thermal_pic_id,
img_id_out=scaled_for_thermal_merge_pic_id,
group_id=group_id
),
distort_image_chained.s(
img_id_in=scaled_for_thermal_merge_pic_id,
img_id_out=distorted_for_thermal_merge_pic_id,
group_id=group_id
),
merge_images_chained.s(
img1_primary_id_in=normal_exposure_picam_pic_id,
img1_alternate_id_in=long_exposure_picam_pic_id,
img2_id_in=distorted_for_thermal_merge_pic_id,
img_id_out=merged_pic_id,
group_id=group_id
),
send_mail_chained.s(
snap_id=snap_id,
group_id=group_id
),
file_wrap_up_chained.s(
snap_id=snap_id,
group_id=group_id
)
).apply_async(countdown=i)
thermal_pic_ids.append(str(thermal_pic_id))
normal_exposure_picam_pic_ids.append(str(normal_exposure_picam_pic_id))
long_exposure_picam_pic_ids.append(str(long_exposure_picam_pic_id))
scaled_for_thermal_merge_pic_ids.append(str(scaled_for_thermal_merge_pic_id))
distorted_for_thermal_merge_pic_ids.append(str(distorted_for_thermal_merge_pic_id))
merged_pic_ids.append(str(merged_pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': group_id,
'normal_exposure_picam_ids': normal_exposure_picam_pic_ids,
'long_exposure_picam_ids': long_exposure_picam_pic_ids,
'thermal_ids':thermal_pic_ids,
'scaled_for_thermal_merge_ids': scaled_for_thermal_merge_pic_ids,
'distorted_for_thermal_merge_ids': distorted_for_thermal_merge_pic_ids,
'merged_ids': merged_pic_ids
}
def take_both_still_edge_detect(snap_id, group_id, delay=0, repeat=0):
'''
Wrapper method to handle the celery scheduling of the taking of a 'both' still with standard subtasks.
A both still and subtasks consists of:
- Lepton still
- Enlarge and colorize Lepton still
- Picam still
- Merge picam still and 'Enlarged and colorized Lepton still'
- Optionally email the result to recipients specified on the group file
Calls the synchronous take_picam_still method.
'''
thermal_pic_ids = []
normal_exposure_picam_pic_ids = []
long_exposure_picam_pic_ids = []
scaled_for_thermal_merge_pic_ids = []
merged_pic_ids = []
picam_auto_pic_ids = []
picam_wide_pic_ids = []
picam_tight_pic_ids = []
thermal_auto_small_pic_ids = []
thermal_wide_small_pic_ids = []
thermal_tight_small_pic_ids = []
thermal_auto_large_pic_ids = []
thermal_wide_large_pic_ids = []
thermal_tight_large_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
thermal_pic_id = uuid.uuid4()
normal_exposure_picam_pic_id = uuid.uuid4()
long_exposure_picam_pic_id = uuid.uuid4()
scaled_for_thermal_merge_pic_id = uuid.uuid4()
merged_pic_id = uuid.uuid4()
picam_auto_id = uuid.uuid4()
picam_wide_id = uuid.uuid4()
picam_tight_id = uuid.uuid4()
thermal_auto_small_id = uuid.uuid4()
thermal_wide_small_id = uuid.uuid4()
thermal_tight_small_id = uuid.uuid4()
thermal_auto_large_id = uuid.uuid4()
thermal_wide_large_id = uuid.uuid4()
thermal_tight_large_id = uuid.uuid4()
chain(
thermal_still_task.s(snap_id=snap_id,
group_id=group_id,
pic_id=thermal_pic_id),
take_picam_still_chained.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_picam_pic_id,
long_exposure_pic_id=long_exposure_picam_pic_id),
edge_detect_chained.s(
img_id_in=normal_exposure_picam_pic_id,
alternate_img_id_in=long_exposure_picam_pic_id,
auto_id=picam_auto_id,
wide_id=picam_wide_id,
tight_id=picam_tight_id),
edge_detect_chained.s(img_id_in=thermal_pic_id,
alternate_img_id_in='',
auto_id=thermal_auto_small_id,
wide_id=thermal_wide_small_id,
tight_id=thermal_tight_small_id),
scale_image_chained.s(img_id_in=thermal_auto_small_id,
img_id_out=thermal_auto_large_id,
group_id=group_id,
scale_type='bicubic_blur'),
scale_image_chained.s(img_id_in=thermal_wide_small_id,
img_id_out=thermal_wide_large_id,
group_id=group_id,
scale_type='bicubic_blur'),
scale_image_chained.s(img_id_in=thermal_tight_small_id,
img_id_out=thermal_tight_large_id,
group_id=group_id,
scale_type='bicubic_blur'),
scale_image_chained.s(
img_id_in=thermal_pic_id,
img_id_out=scaled_for_thermal_merge_pic_id,
group_id=group_id,
),
merge_images_chained.s(
img1_primary_id_in=normal_exposure_picam_pic_id,
img1_alternate_id_in=long_exposure_picam_pic_id,
img2_id_in=scaled_for_thermal_merge_pic_id,
img_id_out=merged_pic_id,
group_id=group_id),
send_mail_chained.s(snap_id=snap_id, group_id=group_id),
file_wrap_up_chained.s(snap_id=snap_id,
group_id=group_id)).apply_async(countdown=i)
thermal_pic_ids.append(str(thermal_pic_id))
normal_exposure_picam_pic_ids.append(str(normal_exposure_picam_pic_id))
long_exposure_picam_pic_ids.append(str(long_exposure_picam_pic_id))
scaled_for_thermal_merge_pic_ids.append(
str(scaled_for_thermal_merge_pic_id))
merged_pic_ids.append(str(merged_pic_id))
snap_ids.append(str(snap_id))
picam_auto_pic_ids.append(str(picam_auto_id))
picam_wide_pic_ids.append(str(picam_wide_id))
picam_tight_pic_ids.append(str(picam_tight_id))
thermal_auto_small_pic_ids.append(str(thermal_auto_small_id))
thermal_wide_small_pic_ids.append(str(thermal_wide_small_id))
thermal_tight_small_pic_ids.append(str(thermal_tight_small_id))
thermal_auto_large_pic_ids.append(str(thermal_auto_large_id))
thermal_wide_large_pic_ids.append(str(thermal_wide_large_id))
thermal_tight_large_pic_ids.append(str(thermal_tight_large_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': group_id,
'normal_exposure_picam_ids': normal_exposure_picam_pic_ids,
'long_exposure_picam_ids': long_exposure_picam_pic_ids,
'thermal_ids': thermal_pic_ids,
'scaled_for_thermal_merge_ids': scaled_for_thermal_merge_pic_ids,
'merged_ids': merged_pic_ids,
'picam_auto_pic_ids': picam_auto_pic_ids,
'picam_wide_pic_ids': picam_wide_pic_ids,
'picam_tight_pic_ids': picam_tight_pic_ids,
'thermal_auto_small_pic_ids': thermal_auto_small_pic_ids,
'thermal_wide_small_pic_ids': thermal_wide_small_pic_ids,
'thermal_tight_small_pic_ids': thermal_tight_small_pic_ids,
'thermal_auto_large_pic_ids': thermal_auto_large_pic_ids,
'thermal_wide_large_pic_ids': thermal_wide_large_pic_ids,
'thermal_tight_large_pic_ids': thermal_tight_large_pic_ids
}
def take_both_still_test(snap_id, group_id, delay=0, repeat=0):
'''
Testing some fixed distortion logic
'''
thermal_pic_ids = []
normal_exposure_picam_pic_ids = []
long_exposure_picam_pic_ids = []
scaled_for_thermal_merge_pic_ids = []
distorted_for_thermal_merge_pic_ids = []
merged_pic_ids = []
snap_ids = []
for i in [x * delay for x in range(1, repeat + 2)]:
thermal_pic_id = uuid.uuid4()
normal_exposure_picam_pic_id = uuid.uuid4()
long_exposure_picam_pic_id = uuid.uuid4()
scaled_for_thermal_merge_pic_id = uuid.uuid4()
distorted_for_thermal_merge_pic_id = uuid.uuid4()
merged_pic_id = uuid.uuid4()
chain(
thermal_still_task.s(snap_id=snap_id,
group_id=group_id,
pic_id=thermal_pic_id),
take_picam_still_chained.s(
snap_id=snap_id,
group_id=group_id,
normal_exposure_pic_id=normal_exposure_picam_pic_id,
long_exposure_pic_id=long_exposure_picam_pic_id),
scale_image_chained.s(img_id_in=thermal_pic_id,
img_id_out=scaled_for_thermal_merge_pic_id,
group_id=group_id),
distort_image_chained.s(
img_id_in=scaled_for_thermal_merge_pic_id,
img_id_out=distorted_for_thermal_merge_pic_id,
group_id=group_id),
merge_images_chained.s(
img1_primary_id_in=normal_exposure_picam_pic_id,
img1_alternate_id_in=long_exposure_picam_pic_id,
img2_id_in=distorted_for_thermal_merge_pic_id,
img_id_out=merged_pic_id,
group_id=group_id),
send_mail_chained.s(snap_id=snap_id, group_id=group_id),
file_wrap_up_chained.s(snap_id=snap_id,
group_id=group_id)).apply_async(countdown=i)
thermal_pic_ids.append(str(thermal_pic_id))
normal_exposure_picam_pic_ids.append(str(normal_exposure_picam_pic_id))
long_exposure_picam_pic_ids.append(str(long_exposure_picam_pic_id))
scaled_for_thermal_merge_pic_ids.append(
str(scaled_for_thermal_merge_pic_id))
distorted_for_thermal_merge_pic_ids.append(
str(distorted_for_thermal_merge_pic_id))
merged_pic_ids.append(str(merged_pic_id))
snap_ids.append(str(snap_id))
snap_id = uuid.uuid4()
return {
'snap_ids': snap_ids,
'group_id': group_id,
'normal_exposure_picam_ids': normal_exposure_picam_pic_ids,
'long_exposure_picam_ids': long_exposure_picam_pic_ids,
'thermal_ids': thermal_pic_ids,
'scaled_for_thermal_merge_ids': scaled_for_thermal_merge_pic_ids,
'distorted_for_thermal_merge_ids': distorted_for_thermal_merge_pic_ids,
'merged_ids': merged_pic_ids
}