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// This script had been cloned from “Weinstein Stage Analysis” at 27 Jan 2025, 16:14

describe_indicator(‘Weinstein Stage Analysis’);

// This is an experimental implementation of Weinstein Stage Analysis for candle coloring.

// Please note that this is an interpretation and may not perfectly align with all aspects of the analysis.

const smaLength = input.number(‘MA Length’, 30, { min: 1 });

const withinRangePercent = input.number(‘Within Range %’, 5, { min: 0, max: 25 });

// Allow user to select the moving average type

const maType = input.select(‘MA Type’, ‘sma’, constants.ma_types);

const computeMA = indicators[maType];

// Allow user to adjust candle colors

const stage2Color = input.color(‘Stage 2 Color’, ‘green’);

const stage3Color = input.color(‘Stage 3 Color’, ‘orange’);

const stage4Color = input.color(‘Stage 4 Color’, ‘red’);

const stage1Color = input.color(‘Stage 1 Color’, ‘lightgreen’);

// Fetch weekly data

const weeklyData = await request.history(current.ticker, ‘W’);

assert(!weeklyData.error, Error fetching weekly data: ${weeklyData.error});

const weeklyMA = computeMA(weeklyData.close, smaLength);

const withinRange = mult(weeklyMA, withinRangePercent / 100);

let currentTrend = ”;

const myColors = for_every(

  weeklyData.open, weeklyData.close, shift(weeklyData.open, 1), shift(weeklyData.close, 1), weeklyMA, shift(weeklyMA, 1), withinRange,

  (_open, _close, _pOpen, _pClose, _ma, _pMa, _withinRange, _prevColor) => {

    const myBodyLow = Math.min(_open, _close);

    const myBodyHigh = Math.max(_open, _close);

    if (myBodyLow > _ma + _withinRange && _pMa < _ma) {

      currentTrend = ‘upward’;

      return stage2Color;

    } 

    if (myBodyHigh < _ma – _withinRange && _pMa > _ma) {

      currentTrend = ‘downward’;

      return stage4Color;

    }

    if (currentTrend == ‘upward’) {

      return stage3Color;

    }

    if (currentTrend == ‘downward’) {

      return stage1Color;

    }

    return _prevColor || null;

  }

);

// Map weekly colors to the chart’s time frame

const myMappedColors = interpolate_sparse_series(land_points_onto_series(weeklyData.time, myColors, time, ‘le’), ‘constant’);

color_candles(myMappedColors);

// Paint the weekly MA for reference

const myMappedMA = land_points_onto_series(weeklyData.time, weeklyMA, time, ‘le’);

const myInterpolatedMA = interpolate_sparse_series(myMappedMA, ‘linear’);

paint(myInterpolatedMA, { name: Weekly ${maType.toUpperCase()}, color: ‘white’ });

// Create signals based on candle colors

const myGreenSignal = for_every(myMappedColors, _color => _color === stage2Color ? 1 : 0);

const myOrangeSignal = for_every(myMappedColors, _color => _color === stage3Color ? 1 : 0);

const myRedSignal = for_every(myMappedColors, _color => _color === stage4Color ? 1 : 0);

const myLightGreenSignal = for_every(myMappedColors, _color => _color === stage1Color ? 1 : 0);

register_signal(myGreenSignal, ‘Stage 2’);

register_signal(myOrangeSignal, ‘Stage 3’);

register_signal(myRedSignal, ‘Stage 4’);

register_signal(myLightGreenSignal, ‘Stage 1’);