gogo2/Niki/new.pinescript

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//@version=4
study("DrNiki Nuke", shorttitle="DrNiki Nuke", overlay=true)
// Define pairs and timeframes
string[] pairs = ["US30", "GOLD", "DXY", "BTCUSDT.P", syminfo.ticker]
int[] timeframes = [60, 120, 180, 240] // Timeframes in minutes
// Initialize variables for odds and points
var float[] longOdds = array.new_float(0)
var float[] shortOdds = array.new_float(0)
wavetrendPoints(pair, timeframe) =>
wt1 = ... // Your calculation for wavetrend wt1 here
wt1[0] > wt1[1] ? 1 : wt1[0] < wt1[1] ? -1 : 0
rsiPoints(pair, timeframe) =>
rsiValue = rsi(close, 14) // Example: using 14 periods for RSI
rsiValue[0] > rsiValue[1] ? 1 : rsiValue[0] < rsiValue[1] ? -1 : 0
stochRsiKPoints(pair, timeframe) =>
K = stoch(close, high, low, 14) // Example: using 14 periods for Stoch RSI
K[0] > K[1] ? 1 : K[0] < K[1] ? -1 : 0
obvPoints(pair, timeframe) =>
obvValue = obv(close, volume)
obvValue[0] > obvValue[1] ? 1 : obvValue[0] < obvValue[1] ? -1 : 0
// Function to calculate points for indicators
calcPoints(indicator, current, previous) =>
// Main Calculation Loop
for pair in pairs
for timeframe in timeframes
// Switch to pair and timeframe
...
// Calculate points for each indicator
longPoints = calcPoints(wt1, ...) + calcPoints(rsi, ...) + ...
shortPoints = calcPoints(wt1, ...) + calcPoints(rsi, ...) + ...
// Inverse for DXY
if pair == "DXY"
...
// Normalize to get odds
longOdds = ...
shortOdds = ...
// Display results
...
// Combine and display most efficient combinations
...