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id: variable_cc_encoder_def
label: CC Encoder Definition
parameters:
- id: ndim
label: Parallelism
dtype: enum
default: '0'
options: ['0', '1', '2']
- id: dim1
label: Dimension 1
dtype: int
default: '1'
hide: ${ ('none' if (int(ndim) >= 1) else 'all') }
- id: dim2
label: Dimension 2
dtype: int
default: '1'
hide: ${ ('none' if (int(ndim) >= 2) else 'all') }
- id: framebits
label: Frame Bits
dtype: int
default: '2048'
- id: k
label: Constraint Length (K)
dtype: int
default: '7'
- id: rate
label: Rate Inverse (1/R) (1/2) --> 2
dtype: int
default: '2'
- id: polys
label: Polynomials
dtype: int_vector
default: '[79,109]'
- id: state_start
label: Start State
dtype: int
default: '0'
- id: mode
label: Streaming Behavior
dtype: enum
options: [fec.CC_STREAMING, fec.CC_TERMINATED, fec.CC_TAILBITING, fec.CC_TRUNCATED]
option_labels: [Streaming, Terminated, Tailbiting, Truncated]
- id: padding
label: Byte Padding
dtype: enum
default: 'False'
options: ['False', 'True']
option_labels: ['No', 'Yes']
value: ${ fec.cc_encoder_make(framebits, k, rate, polys, state_start, mode, padding)
}
templates:
imports: from gnuradio import fec
var_make: "\n% if int(ndim)==0 #:\nself.${id} = ${id} = fec.cc_encoder_make(${framebits},\
\ ${k}, ${rate}, ${polys}, ${state_start}, ${mode}, ${padding})\n% elif int(ndim)==1\
\ #:\nself.${id} = ${id} = map( (lambda a: fec.cc_encoder_make(${framebits},\
\ ${k}, ${rate}, ${polys}, ${state_start}, ${mode}, ${padding})), range(0,${dim1})\
\ ); \n% else:\nself.${id} = ${id} = map( (lambda b: map( ( lambda a: fec.cc_encoder_make(${framebits},\
\ ${k}, ${rate}, ${polys}, ${state_start}, ${mode}, ${padding})), range(0,${dim2})\
\ ) ), range(0,${dim1})); \n% endif\n "
documentation: ""
file_format: 1
|
