func CDF(xInput vlib.VectorF) (xOut, yOut vlib.VectorF) {
n := xInput.Size()
str := fmt.Sprintf("%f:%f:1", 1/float64(n), 1/float64(n))
yOut = vlib.ToVectorF(str)
if yOut[yOut.Size()-1] < 1 {
yOut = yOut.Insert(yOut.Size()-1, 1)
}
sort.Float64s([]float64(xInput))
xOut = xInput
// xx := vlib.NewVectorI(n)
for i := 0; i < n-1; i++ {
if xOut[i] == xOut[i+1] {
xOut.Delete(i)
yOut.Delete(i)
i--
n--
}
}
yOut = yOut.Insert(0, 0)
xOut1 := vlib.NewVectorF(2 * n)
yOut1 := vlib.NewVectorF(2 * n)
// fmt.Printf("\n %v \n", yOut)
for i := 0; i < n; i++ {
xOut1[2*i] = xOut[i]
xOut1[2*i+1] = xOut[i]
yOut1[2*i] = yOut[i+1]
yOut1[2*i+1] = yOut[i+1]
}
return xOut1, yOut1
}
func (s *setup) Set(jsons string) {
s.settings = jsons
var v map[string]interface{}
json.Unmarshal([]byte(jsons), &v)
fmt.Printf("\nJSON Object : %v", v)
s.NBlocks = int(v["NBlocks"].(float64))
s.SF = int(v["SF"].(float64))
s.snr = vlib.ToVectorF(v["snr"].(string))
s.wg = new(sync.WaitGroup)
}
