Creates a dict containing all the information required by PASKIL, in the
correct format. See docs for PASKIL.allskyImagePlugins.
"""
info = {'camera': {}, 'header': {}, 'processing': {}}
# search through outputs to find the image object corresponding to this
# type of image
image = None
for output in self.capture_mode.outputs:
if output.image_type.image_type == image_type:
image = output.image_type
break
assert image != None # make sure that we actually found the image
info['camera']['y_center'] = image.y_center
info['camera']['x_center'] = image.x_center
info['camera']['Radius'] = image.Radius
info['header']['Wavelength'] = image.Wavelength
info['header']['Creation Time'] = capture_time.strftime(
"%d %b %Y %H:%M:%S") + " GMT"
info['camera']['lat'] = glob_vars['latitude']
info['camera']['lon'] = glob_vars['longitude']
info['camera']['Magn. Bearing'] = glob_vars['magnetic_bearing']
info['camera']['lens_projection'] = glob_vars['lens_projection']
info['camera']['cam_rot'] = glob_vars['camera_rotation']
info['camera']['fov_angle'] = glob_vars['fov_angle']
return info
register("Camera Simulator", CameraSimulator)
# search through outputs to find the image object corresponding to this
# type of image
image = None
for output in self.capture_mode.outputs:
if output.image_type.image_type == image_type:
image = output.image_type
break
assert image != None # make sure that we actually found the image
info['camera']['y_center'] = image.y_center
info['camera']['x_center'] = image.x_center
info['camera']['Radius'] = image.Radius
info['header']['Wavelength'] = image.Wavelength
info['header']['Creation Time'] = capture_time.strftime(
"%d %b %Y %H:%M:%S") + " GMT"
info['camera']['lat'] = glob_vars['latitude']
info['camera']['lon'] = glob_vars['longitude']
info['camera']['Magn. Bearing'] = glob_vars['magnetic_bearing']
info['camera']['lens_projection'] = glob_vars['lens_projection']
info['camera']['cam_rot'] = glob_vars['camera_rotation']
info['camera']['fov_angle'] = glob_vars['fov_angle']
return info
##########################################################################
##########################################################################
register("Sony_a7s", A7SCameraManager)
"""
info = {'camera':{}, 'header':{}, 'processing':{}}
#search through outputs to find the image object corresponding to this type of image
image = None
for output in self.capture_mode.outputs:
if output.image_type.image_type == image_type:
image = output.image_type
break
assert image != None #make sure that we actually found the image
info['camera']['y_center'] = image.y_center
info['camera']['x_center'] = image.x_center
info['camera']['Radius'] = image.Radius
info['header']['Wavelength'] = image.Wavelength
info['header']['Creation Time'] = capture_time.strftime("%d %b %Y %H:%M:%S")+" GMT"
info['camera']['lat'] = glob_vars['latitude']
info['camera']['lon'] = glob_vars['longitude']
info['camera']['Magn. Bearing'] = glob_vars['magnetic_bearing']
info['camera']['lens_projection'] = glob_vars['lens_projection']
info['camera']['cam_rot'] = glob_vars['camera_rotation']
info['camera']['fov_angle'] = glob_vars['fov_angle']
return info
##############################################################################################
##############################################################################################
register("D80", D80CameraManager)
correct format. See docs for PASKIL.allskyImagePlugins.
"""
info = {'camera':{}, 'header':{}, 'processing':{}}
#search through outputs to find the image object corresponding to this type of image
image = None
for output in self.capture_mode.outputs:
if output.image_type.image_type == image_type:
image = output.image_type
break
assert image != None #make sure that we actually found the image
info['camera']['y_center'] = image.y_center
info['camera']['x_center'] = image.x_center
info['camera']['Radius'] = image.Radius
info['header']['Wavelength'] = image.Wavelength
info['header']['Creation Time'] = capture_time.strftime("%d %b %Y %H:%M:%S")+" GMT"
info['camera']['lat'] = glob_vars['latitude']
info['camera']['lon'] = glob_vars['longitude']
info['camera']['Magn. Bearing'] = glob_vars['magnetic_bearing']
info['camera']['lens_projection'] = glob_vars['lens_projection']
info['camera']['cam_rot'] = glob_vars['camera_rotation']
info['camera']['fov_angle'] = glob_vars['fov_angle']
return info
##############################################################################################
##############################################################################################
register("D90", D90CameraManager)
