func NewParser(symbolLength, decimation int, fastMag bool) (p Parser) {
p.Decoder = decode.NewDecoder(NewPacketConfig(symbolLength), decimation, fastMag)
// GF of order 32, polynomial 37, generator 2.
p.field = gf.NewField(32, 37, 2)
p.csum = make([]float64, p.Decoder.DecCfg.BufferLength+1)
p.filtered = make([][3]float64, p.Decoder.DecCfg.BufferLength)
p.quantized = make([]byte, p.Decoder.DecCfg.BufferLength)
return
}
func NewParser(chipLength, decimation int) parse.Parser {
p := new(Parser)
p.Decoder = decode.NewDecoder(NewPacketConfig(chipLength), decimation)
// GF of order 32, polynomial 37, generator 2.
p.field = gf.NewField(32, 37, 2)
p.signal = make([]float64, p.Decoder.DecCfg.BufferLength)
p.csum = make([]float64, p.Decoder.DecCfg.BufferLength+1)
p.filtered = make([][3]float64, p.Decoder.DecCfg.BufferLength)
p.quantized = make([]byte, p.Decoder.DecCfg.BufferLength)
return p
}
func NewParser(symbolLength, decimation int, fastMag bool) (p Parser) {
p.Decoder = decode.NewDecoder(NewPacketConfig(symbolLength), decimation, fastMag)
p.CRC = crc.NewCRC("BCH", 0, 0x6F63, 0)
return
}
func NewParser(symbolLength int, fastMag bool) (p Parser) {
p.Decoder = decode.NewDecoder(NewPacketConfig(symbolLength), fastMag)
p.CRC = crc.NewCRC("CCITT", 0xFFFF, 0x1021, 0x1D0F)
return
}
func NewParser(chipLength, decimation int) (p parse.Parser) {
return &Parser{
decode.NewDecoder(NewPacketConfig(chipLength), decimation),
crc.NewCRC("BCH", 0, 0x6F63, 0),
}
}
func NewParser(symbolLength, decimation int) (p parse.Parser) {
return &Parser{
decode.NewDecoder(NewPacketConfig(symbolLength), decimation),
crc.NewCRC("CCITT", 0xFFFF, 0x1021, 0x1D0F),
}
}
func NewParser(symbolLength, decimation int) (p Parser) {
p.Decoder = decode.NewDecoder(NewPacketConfig(symbolLength), decimation)
p.CRC = crc.NewCRC("CCITT", 0xFFFF, 0x1021, 0x1D0F)
return
}