func (m *OFDM) Fft(inputPin1 gocomm.Complex128AChannel) {
/// Read your data from Input channel(s) [inputPin1]
/// And write it to OutputChannels [outputPin1]
outputPin1 := m.Pins["outputPin1"].Channel.(gocomm.Complex128AChannel)
iters := 1
for i := 0; i < iters; i++ {
chData := <-inputPin1
iters = chData.MaxExpected
tsamples := chData.Ch
/// Do process here with chData
var outData gocomm.SComplex128AObj
outData.Ch = dsp.ExtFFT_C(tsamples, m.NPoint)
/// copy meta
outData.MaxExpected = chData.MaxExpected
outData.Ts = chData.Ts
outData.TimeStamp = chData.TimeStamp
outData.Message = chData.Message
outputPin1 <- outData
iters = chData.MaxExpected
}
}
func (m *MPChannel) Channel(inputPin0 gocomm.Complex128Channel) {
/// Read your data from Input channel(s) [inputPin0]
/// And write it to OutputChannels [outputPin0]
outputPin0 := chipset.ToComplexCH(m.Pins["outputPin0"])
var IdealChObj gocomm.SComplex128AObj
iters := 1
for i := 0; i < iters; i++ {
chData := <-inputPin0
iters = chData.MaxExpected
/// Do process here with chData
outData := m.ChannelFn(chData)
/// coeff attempt to send
IdealChObj.Ch = m.Coeff
IdealChObj.Ts = chData.Ts
IdealChObj.TimeStamp = chData.TimeStamp
IdealChObj.Message = chData.Message
IdealChObj.MaxExpected = chData.MaxExpected
//fmt.Printf("\n Want to broadcast %#v to %#v", IdealChObj, coeffPin)
///
// select {
// case coeffPin <- IdealChObj:
// // fmt.Printf("\n%f : sent message %v", IdealChObj.TimeStamp, IdealChObj.Ch)
// default:
// // fmt.Printf("\n%f: no message sent", IdealChObj.TimeStamp)
// }
outputPin0 <- outData
}
}
