from __future__ import absolute_import
import math, utilities.operator
from ...weight import WeightDict, normalize_exp
from .L1 import phase_description


# Normalised distances and L2-normalised (Euclidean norm) collector sets
collector_weights = \
  WeightDict(normalize_exp, (utilities.operator.square, math.sqrt),
    tags=('normalized'))

from __future__ import absolute_import
import math, utilities.operator
from ...weight import WeightDict, normalize_exp
from .L1 import descriptions


# Normalised distances and L2-normalised (Euclidean norm) collector sets
weights = \
  WeightDict(normalize_exp, (utilities.operator.square, math.sqrt),
    tags=('normalized'))

Update secondary collector description module
Update secondary collector description module

  from __future__ import absolute_import
  import math, utilities.operator
  from ...weight import WeightDict, normalize_exp
- from .L1 import phase_description
+ from .L1 import descriptions
  
  
  # Normalised distances and L2-normalised (Euclidean norm) collector sets
- collector_weights = \
+ weights = \
    WeightDict(normalize_exp, (utilities.operator.square, math.sqrt),
      tags=('normalized'))
  
Update secondary collector description module
## Code Before:
from __future__ import absolute_import
import math, utilities.operator
from ...weight import WeightDict, normalize_exp
from .L1 import phase_description


# Normalised distances and L2-normalised (Euclidean norm) collector sets
collector_weights = \
  WeightDict(normalize_exp, (utilities.operator.square, math.sqrt),
    tags=('normalized'))

## Instruction:
Update secondary collector description module
## Code After:
from __future__ import absolute_import
import math, utilities.operator
from ...weight import WeightDict, normalize_exp
from .L1 import descriptions


# Normalised distances and L2-normalised (Euclidean norm) collector sets
weights = \
  WeightDict(normalize_exp, (utilities.operator.square, math.sqrt),
    tags=('normalized'))
