Service freelance chez MQL5.com: Convert Pine Script Indicator

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Temps d'exécution 45 minutes

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Developer was responsive and compliant to my requests

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Thank you

Description

Spécifications

I need to convert a pine script indicator to MQL4. The name of the pine script indicator is BBWP (Bollinger Band Width Percentage)

The pine script is between the comments below

/////Start of Pine Script////////////

// @version=5

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

// @author = The_Caretaker

// © The_Caretaker

// Much respect to John A Bollinger the creator of Bollinger Bands® and Bollinger Band Width indicators.

// Feel free to reuse or develop this script further, please drop me a note below if you find it useful.

indicator ( 'Bollinger Band Width Percentile', 'BBWP', overlay = false, format = format.percent, precision = 2, max_bars_back = 1000 )

///////////////////////////////////////////////////////////////////////////////

// Variable declarations

var string s_HMMML = 'High - Mid Hi - Mid - Mid Low - Low'

var string s_HML = 'High - Mid - Low'

var string s_HL = 'High - Low'

///////////////////////////////////////////////////////////////////////////////

// inputs

i_priceSrc = input.source ( close, 'Price Source', group = 'BBWP Properties')

i_basisType = input.string ( 'SMA', 'Basis Type', options=[ 'SMA', 'EMA', 'WMA', 'RMA', 'HMA', 'VWMA' ], group = 'BBWP Properties')

i_bbwpLen = input.int ( 13, 'Length', minval=1, group = 'BBWP Properties')

i_bbwpLkbk = input.int ( 252, 'Lookback', minval=1, group = 'BBWP Properties')

i_c_typ_line = input.string ( 'Spectrum', 'Color Type', options=[ 'Spectrum', 'Solid' ], inline = '1', group = 'Line Plot Settings')

i_c_so_line = input.color ( #FFFF00, 'Solid Color', inline = '1', group = 'Line Plot Settings')

i_c_typ_sp_line = input.string ( s_HMMML, 'Spectrum', options=[ s_HL, s_HML, s_HMMML ], inline = '2', group = 'Line Plot Settings')

i_c_sp_hi_line = input.color ( #FF0000, 'High', inline = '3', group = 'Line Plot Settings')

i_c_sp_mhi_line = input.color ( #ffff00, 'Mid Hi', inline = '3', group = 'Line Plot Settings')

i_c_sp_mid_line = input.color ( #00FF00, 'Mid', inline = '3', group = 'Line Plot Settings')

i_c_sp_mlo_line = input.color ( #00ffff, 'Mid Lo', inline = '3', group = 'Line Plot Settings')

i_c_sp_lo_line = input.color ( #0000FF, 'Low', inline = '3', group = 'Line Plot Settings')

i_p_width_line = input.int ( 2, 'Line Width', minval=1, maxval=4, inline = '4', group = 'Line Plot Settings')

i_ma1On = input.bool ( true, '', inline = '1', group = 'Moving Average Settings')

i_ma1Type = input.string ( 'SMA', 'MA 1 Type', options=[ 'SMA', 'EMA', 'WMA', 'RMA', 'HMA' ], inline = '1', group = 'Moving Average Settings')

i_c_ma1 = input.color ( #FFFFFF, '', inline = '1', group = 'Moving Average Settings')

i_ma1Len = input.int ( 5, 'Length', minval=1, inline = '1', group = 'Moving Average Settings')

i_ma2On = input.bool ( false, '', inline = '2', group = 'Moving Average Settings')

i_ma2Type = input.string ( 'SMA', 'MA 2 Type', options=[ 'SMA', 'EMA', 'WMA', 'RMA', 'HMA' ], inline = '2', group = 'Moving Average Settings')

i_c_ma2 = input.color ( #00FFFF, '', inline = '2', group = 'Moving Average Settings')

i_ma2Len = input.int ( 8, 'Length', minval=1, inline = '2', group = 'Moving Average Settings')

i_alrtsOn = input.bool ( true, 'Alerts On', group = 'Visual Alerts')

i_upperLevel = input.int ( 98, 'Extreme High', minval=1, inline='1', group = 'Visual Alerts')

i_lowerLevel = input.int ( 2, 'Extreme Low', minval=1, inline='1', group = 'Visual Alerts')

///////////////////////////////////////////////////////////////////////////////

// function declarations

f_maType ( _price, _len, _type ) =>

switch _type

"SMA" => ta.sma ( _price, _len )

"EMA" => ta.ema ( _price, _len )

"WMA" => ta.wma ( _price, _len )

"RMA" => ta.rma ( _price, _len )

"HMA" => ta.hma ( _price, _len )

=> ta.vwma ( _price, _len )

// Returns moving average determined by _type

f_bbwp ( _price, _bbwLen, _bbwpLen, _type ) =>

float _basis = f_maType ( _price, _bbwLen, _type )

float _dev = ta.stdev ( _price, _bbwLen )

_bbw = ( _basis + _dev - ( _basis - _dev )) / _basis

_bbwSum = 0.0

_len = bar_index < _bbwpLen ? bar_index : _bbwpLen

for _i = 1 to _len by 1

_bbwSum += ( _bbw[_i] > _bbw ? 0 : 1 )

_bbwSum

_return = bar_index >= _bbwLen ? ( _bbwSum / _len) * 100 : na

_return

// Returns Bollinger Band Width Percentile

f_5Col ( _val, _lowV, _lmV, _midV, _hmV, _hiV, _lowC, _lmC, _midC, _mhC, _hiC ) =>

_val <= _lmV ? color.from_gradient ( _val, _lowV, _lmV, _lowC, _lmC ) : _val <= _midV ? color.from_gradient ( _val, _lmV, _midV, _lmC, _midC ) : _val <= _hmV ? color.from_gradient ( _val, _midV, _hmV, _midC, _mhC ) : color.from_gradient ( _val, _hmV, _hiV, _mhC, _hiC )

// Returns a quatruple spectrum color determined by _val from high to mid high to mid to mid low to low

f_3Col ( _val, _lowV, _midV, _hiV, _lowC, _midC, _hiC ) =>

_val <= _midV ? color.from_gradient ( _val, _lowV, _midV, _lowC, _midC) : color.from_gradient ( _val, _midV, _hiV, _midC, _hiC)

// Returns a double spectrum color determined by _val from high to mid to low

f_clrSlct ( _val, _type, _solid, _grad, _lowV, _lmV, _midV, _hmV, _hiV, _lowC, _lmC, _midC, _mhC, _hiC ) =>

_type == 'Solid' ? _solid : _grad == s_HL ? color.from_gradient ( _val, _lowV, _hiV, _lowC, _hiC) : _grad == s_HML ? f_3Col ( _val, _lowV, _midV, _hiV, _lowC, _midC, _hiC ) : f_5Col ( _val, _lowV, _lmV, _midV, _hmV, _hiV, _lowC, _lmC, _midC, _mhC, _hiC )

// Returns a color determined by _val from user settings of solid, or spectrum from high to low, or double spectrum from high to mid to low, or quatruple spectrum from high to mid high to mid to mid low to low

///////////////////////////////////////////////////////////////////////////////

// calculations

bbwp = f_bbwp ( i_priceSrc, i_bbwpLen, i_bbwpLkbk, i_basisType )

c_bbwp = f_clrSlct ( bbwp, i_c_typ_line, i_c_so_line, i_c_typ_sp_line, 0, 25, 50, 75, 100, i_c_sp_lo_line, i_c_sp_mlo_line, i_c_sp_mid_line, i_c_sp_mhi_line, i_c_sp_hi_line )

bbwpMA1 = i_ma1On ? f_maType ( bbwp, i_ma1Len, i_ma1Type ) : na

bbwpMA2 = i_ma2On ? f_maType ( bbwp, i_ma2Len, i_ma2Type ) : na

hiAlrtBar = i_alrtsOn and bbwp >= i_upperLevel ? bbwp : na

loAlrtBar = i_alrtsOn and bbwp <= i_lowerLevel ? bbwp : na

///////////////////////////////////////////////////////////////////////////////

// plots

p_scaleHi = hline ( 100, 'Scale High',#ff0000, hline.style_solid )

p_midLine = hline ( 50, 'Mid-Line', #a6a6a6, hline.style_dashed )

p_scaleLo = hline ( 0, 'Scale Low', #0000ff, hline.style_solid )

p_bbwp = plot ( bbwp, 'BBWP', c_bbwp, i_p_width_line, plot.style_line, editable=false )

p_hiAlrt = plot ( hiAlrtBar, 'Extreme Hi', c_bbwp, 1, plot.style_columns, histbase=0, editable=false )

p_loAlrt = plot ( loAlrtBar, 'Extreme Lo', c_bbwp, 1, plot.style_columns, histbase=100, editable=false )

p_ma1 = plot ( bbwpMA1, 'MA 1', i_c_ma1, 1, plot.style_line, 0 )

p_ma2 = plot ( bbwpMA2, 'MA 2', i_c_ma2, 1, plot.style_line, 0 )

/////////////////////////////

// end

//////End of Pine Script///////////

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Informations sur le projet

Budget

30 - 100 USD

Délais

à 2 jour(s)

Conformité avec les spécifications		5.0
Efficacité dans la résolution des problèmes		5.0
Disponibilité et communication		5.0

Qualité des spécifications		5.0
Qualité du contrôle des résultats		5.0
Disponibilité et communication		5.0