func main() {
checks()
initialize()
configure()
populate()
list = fat.Agglomerate(list, delta)
puts()
}
func run_with(base string, length int, base_history *map[int]float64) {
notUsd := true
if *base_history == nil {
notUsd = false
}
base_price := 1.0
if notUsd {
base_price = 0.0
}
pivots := make([]float64, 0)
mmas := ma.New(1827)
var price, m2, wk float64
var pv bool
var nmbr int
sma := make(map[int]float64)
lsma := make(map[int]float64)
mma := make(map[int]float64)
lmma := make(map[int]float64)
for _, day := range keys {
if notUsd {
price = (*base_history)[day]
if price > 0.0 {
base_price = price
}
}
if base_price == 0.0 {
continue
}
price = stock_history[day] / base_price
if price <= 0.0 {
panic("WUT!???")
}
mmas.Add(price)
wk, m2, pv = mmas.Rapideco()
m2 /= wk // relative momentum
if pv {
pivots = append(pivots, wk)
}
for i := month; i <= quint; i++ {
nmbr = number[i]
sma[nmbr] = mmas.SMA(nmbr)
lsma[nmbr] = mmas.LSMA(nmbr)
mma[nmbr] = mmas.MMA(nmbr)
lmma[nmbr] = mmas.LMMA(nmbr)
}
}
sort.Float64s(pivots)
pivots = fat.Agglomerate(pivots, delta)
fmt.Printf("### %s / %s ###\n", stock, base)
fmt.Println("# Moving Averages:")
for i := month; i <= quint; i++ {
nmbr = number[i]
fmt.Printf("# %d Days:\n", nmbr)
fmt.Printf("$%.2f\t\t%v\tSMA(%d)\n", sma[nmbr]*base_price, sma[nmbr], nmbr)
fmt.Printf("$%.2f\t\t%v\tLSMA(%d)\n", lsma[nmbr]*base_price, lsma[nmbr], nmbr)
fmt.Printf("$%.2f\t\t%v\tMMA(%d)\n", mma[nmbr]*base_price, mma[nmbr], nmbr)
fmt.Printf("$%.2f\t\t%v\tLMMA(%d)\n", lmma[nmbr]*base_price, lmma[nmbr], nmbr)
}
fmt.Println("# Levels:")
rounded0 := ""
for _, pivot := range pivots {
rounded := fmt.Sprintf("%.2f", pivot*base_price)
if rounded != rounded0 {
rounded0 = rounded
fmt.Printf("$%s\t\t%v\n", rounded, pivot)
}
}
}
