Enum RxBw 

pub enum RxBw {
    BwAuto = 255,
    Bw3076 = 0,
    Bw2857 = 64,
    Bw2666 = 128,
    Bw2222 = 192,
    Bw1333 = 136,
    Bw1111 = 200,
    Bw888 = 144,
    Bw769 = 24,
    Bw740 = 208,
    Bw714 = 88,
    Bw666 = 152,
    Bw615 = 32,
    Bw571 = 96,
    Bw555 = 216,
    Bw533 = 160,
    Bw512 = 17,
    Bw476 = 81,
    Bw444 = 224,
    Bw384 = 25,
    Bw370 = 209,
    Bw357 = 89,
    Bw333 = 153,
    Bw307 = 33,
    Bw285 = 97,
    Bw277 = 217,
    Bw266 = 161,
    Bw256 = 18,
    Bw238 = 82,
    Bw222 = 225,
    Bw192 = 26,
    Bw185 = 210,
    Bw178 = 90,
    Bw166 = 154,
    Bw153 = 34,
    Bw142 = 98,
    Bw138 = 218,
    Bw133 = 162,
    Bw128 = 19,
    Bw119 = 83,
    Bw111 = 226,
    Bw96 = 27,
    Bw92 = 211,
    Bw89 = 91,
    Bw83 = 155,
    Bw76 = 35,
    Bw71 = 99,
    Bw69 = 219,
    Bw66 = 163,
    Bw64 = 20,
    Bw59 = 84,
    Bw55 = 227,
    Bw48 = 28,
    Bw46 = 212,
    Bw44 = 92,
    Bw41 = 156,
    Bw38 = 36,
    Bw35 = 100,
    Bw34 = 220,
    Bw33 = 164,
    Bw32 = 21,
    Bw29 = 85,
    Bw27 = 228,
    Bw24 = 29,
    Bw23 = 213,
    Bw22 = 93,
    Bw20 = 157,
    Bw19 = 37,
    Bw17 = 101,
    Bw16 = 165,
    Bw14 = 86,
    Bw13 = 229,
    Bw12 = 30,
    Bw11 = 94,
    Bw10 = 158,
    Bw9p6 = 38,
    Bw8p9 = 102,
    Bw8p7 = 222,
    Bw8p3 = 166,
    Bw8 = 23,
    Bw7p4 = 87,
    Bw6p9 = 230,
    Bw6 = 31,
    Bw5p8 = 215,
    Bw5p6 = 95,
    Bw5p2 = 159,
    Bw4p8 = 39,
    Bw4p5 = 103,
    Bw4p3 = 223,
    Bw4p2 = 167,
    Bw3p5 = 231,
}

RX bandwidth (same format as in the SetAdvancedModulationParams command)

Variants

BwAuto = 255

Bw3076 = 0

Bw2857 = 64

Bw2666 = 128

Bw2222 = 192

Bw1333 = 136

Bw1111 = 200

Bw888 = 144

Bw769 = 24

Bw740 = 208

Bw714 = 88

Bw666 = 152

Bw615 = 32

Bw571 = 96

Bw555 = 216

Bw533 = 160

Bw512 = 17

Bw476 = 81

Bw444 = 224

Bw384 = 25

Bw370 = 209

Bw357 = 89

Bw333 = 153

Bw307 = 33

Bw285 = 97

Bw277 = 217

Bw266 = 161

Bw256 = 18

Bw238 = 82

Bw222 = 225

Bw192 = 26

Bw185 = 210

Bw178 = 90

Bw166 = 154

Bw153 = 34

Bw142 = 98

Bw138 = 218

Bw133 = 162

Bw128 = 19

Bw119 = 83

Bw111 = 226

Bw96 = 27

Bw92 = 211

Bw89 = 91

Bw83 = 155

Bw76 = 35

Bw71 = 99

Bw69 = 219

Bw66 = 163

Bw64 = 20

Bw59 = 84

Bw55 = 227

Bw48 = 28

Bw46 = 212

Bw44 = 92

Bw41 = 156

Bw38 = 36

Bw35 = 100

Bw34 = 220

Bw33 = 164

Bw32 = 21

Bw29 = 85

Bw27 = 228

Bw24 = 29

Bw23 = 213

Bw22 = 93

Bw20 = 157

Bw19 = 37

Bw17 = 101

Bw16 = 165

Bw14 = 86

Bw13 = 229

Bw12 = 30

Bw11 = 94

Bw10 = 158

Bw9p6 = 38

Bw8p9 = 102

Bw8p7 = 222

Bw8p3 = 166

Bw8 = 23

Bw7p4 = 87

Bw6p9 = 230

Bw6 = 31

Bw5p8 = 215

Bw5p6 = 95

Bw5p2 = 159

Bw4p8 = 39

Bw4p5 = 103

Bw4p3 = 223

Bw4p2 = 167

Bw3p5 = 231

Trait Implementations

impl Clone for RxBw

fn clone(&self) -> RxBw

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for RxBw

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for RxBw

fn eq(&self, other: &RxBw) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for RxBw

impl Eq for RxBw

impl StructuralPartialEq for RxBw