g.beam_mode="null"#Mode of the beam in this subgroup, taken from the defined vocabulary of: “vertical” (a set of beams that form a vertical slice through the water), ”horizontal” (a set of beams that form a nominally horizontal plane through the water), and ”inspection” (a set of beams with arbitrary pointing directions).

#if "conversion_equation_type" not in attributes:

#g.conversion_equation_type = #Type of equation used to convert backscatter measurements into volume backscattering strength and target strength.

if"conversion_equation_type"notinattributes:

g.conversion_equation_type=5#Type of equation used to convert backscatter measurements into volume backscattering strength and target strength.

if"preferred_MRU"notinattributes:

g.preferred_MRU=0#Index of the MRU sensor to use by default. If the sensor used can be dynamically changed, refer to the variable active_MRU. Index matches the ones used in the Platform MRU sensors variables.

if"preferred_position"notinattributes:

...

...

@@ -10032,8 +10032,8 @@ class GridGroup1Grp:

vlen_type=g.createVLType(vlen_type_dict[key],key)

if"beam_mode"notinattributes:

g.beam_mode="null"#Mode of the beam in this subgroup, taken from the defined vocabulary of: “vertical” (a set of beams that form a vertical slice through the water), ”horizontal” (a set of beams that form a nominally horizontal plane through the water), and ”inspection” (a set of beams with arbitrary pointing directions).

#if "conversion_equation_type" not in attributes:

#g.conversion_equation_type = #Type of equation used to convert backscatter measurements into volume backscattering strength and target strength.

if"conversion_equation_type"notinattributes:

g.conversion_equation_type=5#Type of equation used to convert backscatter measurements into volume backscattering strength and target strength.