//@version=4
study("Planetary Tunings Moving Averages", shorttitle="PTMA", overlay = true)

// Convert decimal values to integers
Mercury_val = 483
Venus_val = 616
Earth_val = 501
Mars_val = 471
Jupiter_val = 743
Saturn_val = 461
Uranus_val = 685
Neptune_val = 645
Pluto_val = 486
Moon_val = 648
MoonSid_val = 599
Day_val = 702

// Define colors
Mercury_col = color.blue
Venus_col = color.orange
Earth_col = color.teal
Mars_col = color.aqua
Jupiter_col = color.red
Saturn_col = color.navy
Uranus_col = color.maroon
Neptune_col = color.red
Pluto_col = color.purple
Moon_col = color.red
MoonSid_col = color.orange
Day_col = color.yellow

// Calculate moving averages
Mercury_ma = sma(close, Mercury_val)
Venus_ma = sma(close, Venus_val)
Earth_ma = sma(close, Earth_val)
Mars_ma = sma(close, Mars_val)
Jupiter_ma = sma(close, Jupiter_val)
Saturn_ma = sma(close, Saturn_val)
Uranus_ma = sma(close, Uranus_val)
Neptune_ma = sma(close, Neptune_val)
Pluto_ma = sma(close, Pluto_val)
Moon_ma = sma(close, Moon_val)
MoonSid_ma = sma(close, MoonSid_val)
Day_ma = sma(close, Day_val)

// Plot moving averages
plot(Mercury_ma, color = Mercury_col, linewidth = 2, title = "Mercury Moving Average")
plot(Venus_ma, color = Venus_col, linewidth = 2, title = "Venus Moving Average")
plot(Earth_ma, color = Earth_col, linewidth = 2, title = "Earth Moving Average")
plot(Mars_ma, color = Mars_col, linewidth = 2, title = "Mars Moving Average")
plot(Jupiter_ma, color = Jupiter_col, linewidth = 2, title = "Jupiter Moving Average")
plot(Saturn_ma, color = Saturn_col, linewidth = 2, title = "Saturn Moving Average")
plot(Uranus_ma, color = Uranus_col, linewidth = 2, title = "Uranus Moving Average")
plot(Neptune_ma, color = Neptune_col, linewidth = 2, title = "Neptune Moving Average")
plot(Pluto_ma, color = Pluto_col, linewidth = 2, title = "Pluto Moving Average")
plot(Moon_ma, color = Moon_col, linewidth = 2, title = "Moon Moving Average")
plot(MoonSid_ma, color = MoonSid_col, linewidth = 2, title = "MoonSid Moving Average")
plot(Day_ma, color = Day_col, linewidth = 2, title = "Day Moving Average")

// Find the mean of moving averages and plot it
mean_ma = sma(hma(close, (Mercury_val + Venus_val + Earth_val + Mars_val + Jupiter_val + Saturn_val + Uranus_val + Neptune_val + Pluto_val + Moon_val + MoonSid_val + Day_val) / 12), 12)
plot(mean_ma, color = color.black, linewidth = 2, title = "Mean Moving Average")