niquedegraaff/pine

## pine
// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © niquedegraaff

// @version=5

// @description Calculates momentum waves
indicator(title = "MOMENTUM_WAVES",
  shorttitle = "MOMENTUM WAVES",
  precision = 2,
  overlay = false)

// MAIN: COLOR PALETTE
color TEAL        = color.new(#3ab7a6, 0)
color DARKBLUE    = color.new(#3a4bb7, 0)
color LIGHTBLUE   = color.new(#3a8ab7, 0)
color RED         = color.new(#b73a4b, 0)
color YELLOW      = color.new(#b7a63a, 0)
color GREEN       = color.new(#89b73a, 0)
color PURPLE      = color.new(#683ab7, 0)
color PINK        = color.new(#b73a89, 0)
color ORANGE      = color.new(#b7683a, 0)
color SILVER      = color.new(#cccccc, 0)
color TRANSPARENT = color.new(#ffffff, 100)

// ------------------------------------------------------------------------------------------------------
// MOMENTUM WAVES
// ------------------------------------------------------------------------------------------------------
// MW: INPUT
int  i_mwAnchorLvl  = input(60, "Anchor Level")
int  i_mwTriggerLvl = input(53, "Trigger Level")


// MW: Basic
// @function Calculates Momentum Waves and returns basic parameters
// @param   src            Series to use (`hlc3` is used if no argument is supplied).
// @param   chLen          Length used for chLen (`5` is used if no argument is supplied).
// @param   fastLen        Length used for fast wave (`9` is used if no argument is supplied).
// @param   slowLen        Length used for slow wave (`3` is used if no argument is supplied).
// @returns mw1            Fast Wave
// @returns mw2            Slow Wave
// @returns mwGreenDot     Green Dot?
// @returns mwGreenDotAnch Green Dot at Anchor level?
// @returns mwGreenDotTrig Green Dot at Trigger level?
// @returns mwRedDot       Red Dot
// @returns mwGreenDotAnch Red Dot at Anchor level?
// @returns mwRedDotTrig   Red Dot at Trigger level?
mw(float src = hlc3, simple int chLen = 5, simple int fastLen = 9, simple int slowLen = 3, simple int anchLvl = 60, simple int trigLvl = 53) =>
    float esa            = ta.ema(src, chLen)
    float de             = ta.ema(math.abs(src - esa), chLen)
    float ci             = (src - esa) / (0.015 * de)
    float mw1            = ta.ema(ci, fastLen)             // Fast Wave
    float mw2            = ta.sma(mw1, slowLen)            // Slow Wave
    float mwv            = mw1 - mw2                       // Wave VWAP
    bool  mwRedDot       = ta.crossover(mw2, mw1)          // Green Dot
    bool  mwRedDotAnch   = mwRedDot and mw2 <= -anchLvl    // Red Dot Anchor
    bool  mwRedDotTrig   = mwRedDot and mw2 <= -trigLvl    // Red Dot Trigger
    bool  mwGreenDot     = ta.crossunder(mw2, mw1)         // Green Dot
    bool  mwGreenDotAnch = mwGreenDot and mw2 >=  anchLvl  // Green Dot Anchor
    bool  mwGreenDotTrig = mwGreenDot and mw2 >=  trigLvl  // Green Dot Trigger

    [mw1,
      mw2,
      mwv,
      mwRedDot,
      mwRedDotAnch,
      mwRedDotTrig,
      mwGreenDot,
      mwGreenDotAnch,
      mwGreenDotTrig]

// MW: Extended
// @function Calculates Momentum Waves and returns extended parameters
// @param   src              Series to use (`hlc3` is used if no argument is supplied).
// @param   chLen            Length used for chLen (`9` is used if no argument is supplied).
// @param   fastLen          Length used for fast wave (`12` is used if no argument is supplied).
// @param   slowLen          Length used for slow wave (`3` is used if no argument is supplied).
// @returns mw1              Fast Wave
// @returns mw2              Slow Wave
// @returns mwGreenDot       Green Dot? (slow wave crosses above fast wave)
// @returns mwGreenDotAnch   Green Dot at Anchor level?
// @returns mwGreenDotTrig   Green Dot at Trigger level?
// @returns mwRedDot         Is Red Dot? (slow wave crosses below fast wave)
// @returns mwGreenDotAnch   Is Red Dot at Anchor level?
// @returns mwRedDotTrig     Is Red Dot at Trigger level?
// @returns mwIsPositive     Is slow wave above zero?
// @returns mwIsNegative     Is slow wave below zero?
// @returns mwAboveMw1       Is slow wave above fast wave?
// @returns mwBelowMw1       Is slow wave below fast wave?
// @returns mwAtAnchLvlTop   Is slow wave above top anchor level?
// @returns mwAtAnchLvlBot   Is slow wave below bottom anchor level?
// @returns mwAtTrigLvlTop   Is slow wave above top trigger level?
// @returns mwAtTrigLvlBot   Is slow wave below bottom trigger level?
// @returns mwDot            Is green or red dot?
// @returns mwDotB           Bars back to previous dot
// @returns mwCrossOverZero  Is slow wave crossing above zero?
// @returns mwCrossUnderZero Is slow wave crossing below zero?
// TODO: FINISH THE DESCRIPTION FOR THIS FUNCTION
mwe(float src = hlc3, simple int chLen = 5, simple int fastLen = 9, simple int slowLen = 3, simple int anchLvl = 60, simple int trigLvl = 53) =>
    [mw1, mw2, mwv, mwRedDot, mwRedDotAnch, mwRedDotTrig, mwGreenDot, mwGreenDotAnch, mwGreenDotTrig] = mw(src, chLen, fastLen, slowLen, anchLvl, trigLvl)
    int    mwRedDotB                   = math.min(500, ta.barssince(mwRedDot))
    int    mwGreenDotB                 = math.min(500, ta.barssince(mwGreenDot))
    bool   mwIsPositive                = mw2 > 0
    bool   mwIsNegative                = mw2 < 0
    bool   mwAboveMw1                  = mw2 - mw1 >= 0
    bool   mwBelowMw1                  = mw2 - mw1 <= 0
    bool   mwAtAnchLvlTop              = mw2 >=  anchLvl
    bool   mwAtAnchLvlBot              = mw2 <= -anchLvl
    bool   mwAtTrigLvlTop              = mw2 >=  trigLvl
    bool   mwAtTrigLvlBot              = mw2 <= -trigLvl
    bool   mwAtAnchLvl                 = mwAtAnchLvlTop or mwAtAnchLvlBot
    bool   mwAtTrigLvl                 = mwAtTrigLvlTop or mwAtTrigLvlBot
    bool   mwDot                       = mwGreenDot or mwRedDot
    int    mwDotB                      = math.min(mwGreenDotB, mwRedDotB)
    bool   mwCrossOverZero             = ta.crossover(mw2, 0)
    bool   mwCrossUnderZero            = ta.crossunder(mw2, 0)
    bool   mwCrossZero                 = mwCrossOverZero or mwCrossUnderZero
    int    mwCrossOverZeroB            = int(math.min(500, ta.barssince(mwCrossOverZero)))
    int    mwCrossUnderZeroB           = int(math.min(500, ta.barssince(mwCrossUnderZero)))
    int    mwCrossZeroB                = int(math.min(500, ta.barssince(mwCrossZero)))
    bool   mwCrossOverTrigLvl          = ta.crossover(mw2, trigLvl) or ta.crossover(mw2, -trigLvl)
    bool   mwCrossUnderTrigLvl         = ta.crossunder(mw2, -trigLvl) or ta.crossunder(mw2, trigLvl)
    bool   mwCrossOverTrigLvlTop       = mwCrossOverTrigLvl and mwIsPositive
    bool   mwCrossOverTrigLvlBot       = mwCrossOverTrigLvl and mwIsNegative
    bool   mwCrossUnderTrigLvlTop      = mwCrossUnderTrigLvl and mwIsPositive
    bool   mwCrossUnderTrigLvlBot      = mwCrossUnderTrigLvl and mwIsNegative
    bool   mwIsCrossingTrigLvl         = mwCrossOverTrigLvl or mwCrossUnderTrigLvl
    int    mwCrossOverTrigLvlB         = mwAtTrigLvl ? int(math.min(500, ta.barssince(mwCrossOverTrigLvl))) : na
    int    mwCrossUnderTrigLvlB        = mwAtTrigLvl ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvl))) : na
    int    mwCrossOverTrigLvlTopB      = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossOverTrigLvlTop))) : na
    int    mwCrossOverTrigLvlBotB      = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlTop))) : na
    int    mwCrossUnderTrigLvlBotB     = mwAtTrigLvl and mwIsNegative ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlBot))) : na
    int    mwCrossUnderTrigLvlTopB     = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlTop))) : na
    bool   mwTrigger                   = mwAtTrigLvl and mwDot
    bool   mwAnchor                    = mwAtAnchLvl and mwDot
    bool   mwRegTop                    = mwIsPositive and mwRedDot
    bool   mwRegBot                    = mwIsNegative and mwGreenDot
    bool   mwTrigTop                   = mwIsPositive and mwRedDot   and mwAtTrigLvlTop
    bool   mwTrigBot                   = mwIsNegative and mwGreenDot and mwAtTrigLvlBot
    bool   mwAnchTop                   = mwIsPositive and mwRedDot   and mwAtAnchLvlTop
    bool   mwAnchBot                   = mwIsNegative and mwGreenDot and mwAtAnchLvlBot
    int    mwAnchTopB                  = int(math.min(500, ta.barssince(mwAnchTop)))
    int    mwAnchBotB                  = int(math.min(500, ta.barssince(mwAnchBot)))

    [mw1,
      mw2,
      mwv,
      mwRedDot,
      mwRedDotAnch,
      mwRedDotTrig,
      mwGreenDot,
      mwGreenDotAnch,
      mwGreenDotTrig,
      mwIsPositive,
      mwIsNegative,
      mwAboveMw1,
      mwBelowMw1,
      mwAtTrigLvlTop,
      mwAtTrigLvlBot,
      mwAtAnchLvlTop,
      mwAtAnchLvlBot,
      mwRedDotB,
      mwGreenDotB,
      mwDot,
      mwDotB,
      mwCrossOverZero,
      mwCrossOverZeroB,
      mwCrossUnderZero,
      mwCrossUnderZeroB,
      mwCrossZero,
      mwCrossZeroB,
      mwCrossOverTrigLvl,
      mwCrossOverTrigLvlB,
      mwCrossUnderTrigLvl,
      mwCrossUnderTrigLvlB,
      mwCrossOverTrigLvlTop,
      mwCrossOverTrigLvlTopB,
      mwCrossOverTrigLvlBot,
      mwCrossOverTrigLvlBotB,
      mwCrossUnderTrigLvlTop,
      mwCrossUnderTrigLvlTopB,
      mwCrossUnderTrigLvlBot,
      mwCrossUnderTrigLvlBotB,
      mwAnchor,
      mwTrigger,
      mwRegTop,
      mwRegBot,
      mwTrigTop,
      mwTrigBot,
      mwAnchTop,
      mwAnchTopB,
      mwAnchBot,
      mwAnchBotB]

[mw1,
  mw2,
  mwv,
  mwRedDot,
  mwRedDotAnch,
  mwRedDotTrig,
  mwGreenDot,
  mwGreenDotAnch,
  mwGreenDotTrig,
  mwIsPositive,
  mwIsNegative,
  mwAboveMw1,
  mwBelowMw1,
  mwAtTrigLvlTop,
  mwAtTrigLvlBot,
  mwAtAnchLvlTop,
  mwAtAnchLvlBot,
  mwRedDotB,
  mwGreenDotB,
  mwDot,
  mwDotB,
  mwCrossOverZero,
  mwCrossOverZeroB,
  mwCrossUnderZero,
  mwCrossUnderZeroB,
  mwCrossZero,
  mwCrossZeroB,
  mwCrossOverTrigLvl,
  mwCrossOverTrigLvlB,
  mwCrossUnderTrigLvl,
  mwCrossUnderTrigLvlB,
  mwCrossOverTrigLvlTop,
  mwCrossOverTrigLvlTopB,
  mwCrossOverTrigLvlBot,
  mwCrossOverTrigLvlBotB,
  mwCrossUnderTrigLvlTop,
  mwCrossUnderTrigLvlTopB,
  mwCrossUnderTrigLvlBot,
  mwCrossUnderTrigLvlBotB,
  mwAnchor,
  mwTrigger,
  mwRegTop,
  mwRegBot,
  mwTrigTop,
  mwTrigBot,
  mwAnchTop,
  mwAnchTopB,
  mwAnchBot,
  mwAnchBotB] = mwe(trigLvl = i_mwTriggerLvl, anchLvl = i_mwAnchorLvl)

// MW: PLOT
var mwPlotFast = plot(
  title     = "MW Fast",
  series    = mw1,
  color     = color.new(LIGHTBLUE, 21),
  style     = plot.style_area,
  linewidth = 0)

var mwPlotSlow = plot(
  title     = "MW Slow",
  series    = mw2,
  color     = color.new(DARKBLUE, 21),
  style     = plot.style_area,
  linewidth = 0)

var mwPlotCrossDot = plot(
  title     = "MW Cross Dot",
  series    = (mwRedDot or mwGreenDot) ? mw2 : na,
  color     = mw2 - mw1 > 0 ? mwTrigTop ? PINK :  color.new(#802860, 10) : mwTrigBot ? TEAL : color.new(#288074, 10),
  style     = plot.style_circles,
  linewidth = 2)
	// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
	// © niquedegraaff

	// @version=5

	// @description Calculates momentum waves
	indicator(title = "MOMENTUM_WAVES",
	shorttitle = "MOMENTUM WAVES",
	precision = 2,
	overlay = false)

	// MAIN: COLOR PALETTE
	color TEAL = color.new(#3ab7a6, 0)
	color DARKBLUE = color.new(#3a4bb7, 0)
	color LIGHTBLUE = color.new(#3a8ab7, 0)
	color RED = color.new(#b73a4b, 0)
	color YELLOW = color.new(#b7a63a, 0)
	color GREEN = color.new(#89b73a, 0)
	color PURPLE = color.new(#683ab7, 0)
	color PINK = color.new(#b73a89, 0)
	color ORANGE = color.new(#b7683a, 0)
	color SILVER = color.new(#cccccc, 0)
	color TRANSPARENT = color.new(#ffffff, 100)

	// ------------------------------------------------------------------------------------------------------
	// MOMENTUM WAVES
	// ------------------------------------------------------------------------------------------------------
	// MW: INPUT
	int i_mwAnchorLvl = input(60, "Anchor Level")
	int i_mwTriggerLvl = input(53, "Trigger Level")


	// MW: Basic
	// @function Calculates Momentum Waves and returns basic parameters
	// @param src Series to use (`hlc3` is used if no argument is supplied).
	// @param chLen Length used for chLen (`5` is used if no argument is supplied).
	// @param fastLen Length used for fast wave (`9` is used if no argument is supplied).
	// @param slowLen Length used for slow wave (`3` is used if no argument is supplied).
	// @returns mw1 Fast Wave
	// @returns mw2 Slow Wave
	// @returns mwGreenDot Green Dot?
	// @returns mwGreenDotAnch Green Dot at Anchor level?
	// @returns mwGreenDotTrig Green Dot at Trigger level?
	// @returns mwRedDot Red Dot
	// @returns mwGreenDotAnch Red Dot at Anchor level?
	// @returns mwRedDotTrig Red Dot at Trigger level?
	mw(float src = hlc3, simple int chLen = 5, simple int fastLen = 9, simple int slowLen = 3, simple int anchLvl = 60, simple int trigLvl = 53) =>
	float esa = ta.ema(src, chLen)
	float de = ta.ema(math.abs(src - esa), chLen)
	float ci = (src - esa) / (0.015 * de)
	float mw1 = ta.ema(ci, fastLen) // Fast Wave
	float mw2 = ta.sma(mw1, slowLen) // Slow Wave
	float mwv = mw1 - mw2 // Wave VWAP
	bool mwRedDot = ta.crossover(mw2, mw1) // Green Dot
	bool mwRedDotAnch = mwRedDot and mw2 <= -anchLvl // Red Dot Anchor
	bool mwRedDotTrig = mwRedDot and mw2 <= -trigLvl // Red Dot Trigger
	bool mwGreenDot = ta.crossunder(mw2, mw1) // Green Dot
	bool mwGreenDotAnch = mwGreenDot and mw2 >= anchLvl // Green Dot Anchor
	bool mwGreenDotTrig = mwGreenDot and mw2 >= trigLvl // Green Dot Trigger

	[mw1,
	mw2,
	mwv,
	mwRedDot,
	mwRedDotAnch,
	mwRedDotTrig,
	mwGreenDot,
	mwGreenDotAnch,
	mwGreenDotTrig]

	// MW: Extended
	// @function Calculates Momentum Waves and returns extended parameters
	// @param src Series to use (`hlc3` is used if no argument is supplied).
	// @param chLen Length used for chLen (`9` is used if no argument is supplied).
	// @param fastLen Length used for fast wave (`12` is used if no argument is supplied).
	// @param slowLen Length used for slow wave (`3` is used if no argument is supplied).
	// @returns mw1 Fast Wave
	// @returns mw2 Slow Wave
	// @returns mwGreenDot Green Dot? (slow wave crosses above fast wave)
	// @returns mwGreenDotAnch Green Dot at Anchor level?
	// @returns mwGreenDotTrig Green Dot at Trigger level?
	// @returns mwRedDot Is Red Dot? (slow wave crosses below fast wave)
	// @returns mwGreenDotAnch Is Red Dot at Anchor level?
	// @returns mwRedDotTrig Is Red Dot at Trigger level?
	// @returns mwIsPositive Is slow wave above zero?
	// @returns mwIsNegative Is slow wave below zero?
	// @returns mwAboveMw1 Is slow wave above fast wave?
	// @returns mwBelowMw1 Is slow wave below fast wave?
	// @returns mwAtAnchLvlTop Is slow wave above top anchor level?
	// @returns mwAtAnchLvlBot Is slow wave below bottom anchor level?
	// @returns mwAtTrigLvlTop Is slow wave above top trigger level?
	// @returns mwAtTrigLvlBot Is slow wave below bottom trigger level?
	// @returns mwDot Is green or red dot?
	// @returns mwDotB Bars back to previous dot
	// @returns mwCrossOverZero Is slow wave crossing above zero?
	// @returns mwCrossUnderZero Is slow wave crossing below zero?
	// TODO: FINISH THE DESCRIPTION FOR THIS FUNCTION
	mwe(float src = hlc3, simple int chLen = 5, simple int fastLen = 9, simple int slowLen = 3, simple int anchLvl = 60, simple int trigLvl = 53) =>
	[mw1, mw2, mwv, mwRedDot, mwRedDotAnch, mwRedDotTrig, mwGreenDot, mwGreenDotAnch, mwGreenDotTrig] = mw(src, chLen, fastLen, slowLen, anchLvl, trigLvl)
	int mwRedDotB = math.min(500, ta.barssince(mwRedDot))
	int mwGreenDotB = math.min(500, ta.barssince(mwGreenDot))
	bool mwIsPositive = mw2 > 0
	bool mwIsNegative = mw2 < 0
	bool mwAboveMw1 = mw2 - mw1 >= 0
	bool mwBelowMw1 = mw2 - mw1 <= 0
	bool mwAtAnchLvlTop = mw2 >= anchLvl
	bool mwAtAnchLvlBot = mw2 <= -anchLvl
	bool mwAtTrigLvlTop = mw2 >= trigLvl
	bool mwAtTrigLvlBot = mw2 <= -trigLvl
	bool mwAtAnchLvl = mwAtAnchLvlTop or mwAtAnchLvlBot
	bool mwAtTrigLvl = mwAtTrigLvlTop or mwAtTrigLvlBot
	bool mwDot = mwGreenDot or mwRedDot
	int mwDotB = math.min(mwGreenDotB, mwRedDotB)
	bool mwCrossOverZero = ta.crossover(mw2, 0)
	bool mwCrossUnderZero = ta.crossunder(mw2, 0)
	bool mwCrossZero = mwCrossOverZero or mwCrossUnderZero
	int mwCrossOverZeroB = int(math.min(500, ta.barssince(mwCrossOverZero)))
	int mwCrossUnderZeroB = int(math.min(500, ta.barssince(mwCrossUnderZero)))
	int mwCrossZeroB = int(math.min(500, ta.barssince(mwCrossZero)))
	bool mwCrossOverTrigLvl = ta.crossover(mw2, trigLvl) or ta.crossover(mw2, -trigLvl)
	bool mwCrossUnderTrigLvl = ta.crossunder(mw2, -trigLvl) or ta.crossunder(mw2, trigLvl)
	bool mwCrossOverTrigLvlTop = mwCrossOverTrigLvl and mwIsPositive
	bool mwCrossOverTrigLvlBot = mwCrossOverTrigLvl and mwIsNegative
	bool mwCrossUnderTrigLvlTop = mwCrossUnderTrigLvl and mwIsPositive
	bool mwCrossUnderTrigLvlBot = mwCrossUnderTrigLvl and mwIsNegative
	bool mwIsCrossingTrigLvl = mwCrossOverTrigLvl or mwCrossUnderTrigLvl
	int mwCrossOverTrigLvlB = mwAtTrigLvl ? int(math.min(500, ta.barssince(mwCrossOverTrigLvl))) : na
	int mwCrossUnderTrigLvlB = mwAtTrigLvl ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvl))) : na
	int mwCrossOverTrigLvlTopB = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossOverTrigLvlTop))) : na
	int mwCrossOverTrigLvlBotB = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlTop))) : na
	int mwCrossUnderTrigLvlBotB = mwAtTrigLvl and mwIsNegative ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlBot))) : na
	int mwCrossUnderTrigLvlTopB = mwAtTrigLvl and mwIsPositive ? int(math.min(500, ta.barssince(mwCrossUnderTrigLvlTop))) : na
	bool mwTrigger = mwAtTrigLvl and mwDot
	bool mwAnchor = mwAtAnchLvl and mwDot
	bool mwRegTop = mwIsPositive and mwRedDot
	bool mwRegBot = mwIsNegative and mwGreenDot
	bool mwTrigTop = mwIsPositive and mwRedDot and mwAtTrigLvlTop
	bool mwTrigBot = mwIsNegative and mwGreenDot and mwAtTrigLvlBot
	bool mwAnchTop = mwIsPositive and mwRedDot and mwAtAnchLvlTop
	bool mwAnchBot = mwIsNegative and mwGreenDot and mwAtAnchLvlBot
	int mwAnchTopB = int(math.min(500, ta.barssince(mwAnchTop)))
	int mwAnchBotB = int(math.min(500, ta.barssince(mwAnchBot)))

	[mw1,
	mw2,
	mwv,
	mwRedDot,
	mwRedDotAnch,
	mwRedDotTrig,
	mwGreenDot,
	mwGreenDotAnch,
	mwGreenDotTrig,
	mwIsPositive,
	mwIsNegative,
	mwAboveMw1,
	mwBelowMw1,
	mwAtTrigLvlTop,
	mwAtTrigLvlBot,
	mwAtAnchLvlTop,
	mwAtAnchLvlBot,
	mwRedDotB,
	mwGreenDotB,
	mwDot,
	mwDotB,
	mwCrossOverZero,
	mwCrossOverZeroB,
	mwCrossUnderZero,
	mwCrossUnderZeroB,
	mwCrossZero,
	mwCrossZeroB,
	mwCrossOverTrigLvl,
	mwCrossOverTrigLvlB,
	mwCrossUnderTrigLvl,
	mwCrossUnderTrigLvlB,
	mwCrossOverTrigLvlTop,
	mwCrossOverTrigLvlTopB,
	mwCrossOverTrigLvlBot,
	mwCrossOverTrigLvlBotB,
	mwCrossUnderTrigLvlTop,
	mwCrossUnderTrigLvlTopB,
	mwCrossUnderTrigLvlBot,
	mwCrossUnderTrigLvlBotB,
	mwAnchor,
	mwTrigger,
	mwRegTop,
	mwRegBot,
	mwTrigTop,
	mwTrigBot,
	mwAnchTop,
	mwAnchTopB,
	mwAnchBot,
	mwAnchBotB]

	[mw1,
	mw2,
	mwv,
	mwRedDot,
	mwRedDotAnch,
	mwRedDotTrig,
	mwGreenDot,
	mwGreenDotAnch,
	mwGreenDotTrig,
	mwIsPositive,
	mwIsNegative,
	mwAboveMw1,
	mwBelowMw1,
	mwAtTrigLvlTop,
	mwAtTrigLvlBot,
	mwAtAnchLvlTop,
	mwAtAnchLvlBot,
	mwRedDotB,
	mwGreenDotB,
	mwDot,
	mwDotB,
	mwCrossOverZero,
	mwCrossOverZeroB,
	mwCrossUnderZero,
	mwCrossUnderZeroB,
	mwCrossZero,
	mwCrossZeroB,
	mwCrossOverTrigLvl,
	mwCrossOverTrigLvlB,
	mwCrossUnderTrigLvl,
	mwCrossUnderTrigLvlB,
	mwCrossOverTrigLvlTop,
	mwCrossOverTrigLvlTopB,
	mwCrossOverTrigLvlBot,
	mwCrossOverTrigLvlBotB,
	mwCrossUnderTrigLvlTop,
	mwCrossUnderTrigLvlTopB,
	mwCrossUnderTrigLvlBot,
	mwCrossUnderTrigLvlBotB,
	mwAnchor,
	mwTrigger,
	mwRegTop,
	mwRegBot,
	mwTrigTop,
	mwTrigBot,
	mwAnchTop,
	mwAnchTopB,
	mwAnchBot,
	mwAnchBotB] = mwe(trigLvl = i_mwTriggerLvl, anchLvl = i_mwAnchorLvl)

	// MW: PLOT
	var mwPlotFast = plot(
	title = "MW Fast",
	series = mw1,
	color = color.new(LIGHTBLUE, 21),
	style = plot.style_area,
	linewidth = 0)

	var mwPlotSlow = plot(
	title = "MW Slow",
	series = mw2,
	color = color.new(DARKBLUE, 21),
	style = plot.style_area,
	linewidth = 0)

	var mwPlotCrossDot = plot(
	title = "MW Cross Dot",
	series = (mwRedDot or mwGreenDot) ? mw2 : na,
	color = mw2 - mw1 > 0 ? mwTrigTop ? PINK : color.new(#802860, 10) : mwTrigBot ? TEAL : color.new(#288074, 10),
	style = plot.style_circles,
	linewidth = 2)