Opciones binariasScriptTrading

Script Bullex Pro

Este script colorea las velas, dibuja flechas de señales y muestra líneas de máximo/mínimo para ayudarte a decidir CALL o PUT.

Estrategia básica para operar (timeframe 1 minuto recomendado):

  • Mira las flechas / formas principales:
    • Flecha verde abajo o bandera «Bull UP» / «Bull Engulfing» → entra CALL (espera que suba el precio).
    • Flecha amarilla/arriba o bandera «Bear DOWN» / «Bear Engulfing» → entra PUT (espera que baje el precio).
  • Confirma con el color de la vela actual:
    • Vela verde brillante → favorece CALL (tendencia alcista fuerte).
    • Vela roja → favorece PUT (tendencia bajista fuerte).
    • Vela negra → neutra, mejor esperar otra señal clara.

Opera solo cuando coincidan flecha + color de vela + toque de línea. Usa demo primero y arriesga máximo 1-2% por operación. Ningún indicador gana siempre.

instrument { 
    name = "Script Bullex Pro", 
    icon = "jpg", 
    overlay = true 
}

input_group {
    "Compra",
    comprar_color = input {default = "#b811f0", type = input.color}
}

input_group {
    "Contagem de FIBOS",
    emaa_per = input {default = "15", type = input.string}
}

input_group {
    "Precisao do Time: (1/10)",
    doch_time = input {default = "10", type = input.string}
}

input_group {
    "Mercado OTC",
    time_otc = input {default = "nao", type = input.string}
}

input_group {
    "Velas Volatil TimeFrame",
    frame_otc = input {default = "m1", type = input.string}
}

input_group {
    "Nivel de Precisao",
    emab_per = input {default = "100", type = input.string}
}

input_group {
    "MR",
    emac_per = input {default = "5", type = input.string}
}

input_group {
    "ML",
    emad_per = input {default = "15", type = input.string}
}

input_group {
    "Venda",
    vender_color = input {default = "#fcf805", type = input.color}
}

input_group {
    "Velas",
    positivo = input { default = "#00ff55", type = input.color },
    neutro = input { default = "#000000", type = input.color },
    negativo = input { default = "#f70202", type = input.color },
}

--PARAMETROS
EMAA = ema(open, emaa_per)
EMAB = ema(open, emab_per)
EMAC = ema(ohlc4, emac_per)
EMAD = ema(ohlc4, emad_per)
timestamp = (sec)

--CALCULOS
TA = ((close > close[1]) and (close > EMAA) and (EMAA > EMAA[1]))
TB = ((close < close[1]) and (close < EMAA) and (EMAA < EMAA[1]))
TI = ((open < close[1]) and (open < EMAA) and (EMAD < EMAA[1]))
ENC = ((EMAC[1] < EMAD[1]) and (EMAC > EMAD))
ENV = ((EMAC[1] > EMAD[1]) and (EMAC < EMAD))

sec = security (current_ticker_id, "1m")

if sec then
    local bar_color
    if (TA == true) then
        bar_color = positivo
    elseif (TB == true) then
        bar_color = negativo
    elseif (TI == true) then
        bar_color = neutro
        plot_shape(1,
            'X',
            shape_style.xcross,
            shape_size.huge,
            can_color,
            shape_location.top,
            0,
            print ("Resp"),
            "A"
        )
    else
        bar_color = neutro
    end
    plot_candle (open, high, low, close, "ES", bar_color)
end

input_group { 
    "Compra - Cima", 
    call_color = input { default="#fcfc03", type = input.color } 
}

input_group { 
    "Cancelado", 
    can_color = input { default="#f50000", type = input.color } 
}

input_group { 
    "Venda - Baixo", 
    put_color = input { default="#fcfc03", type = input.color } 
}

if ((close[1] < open[1]) and (close > open) and (close > high[1]) and close[2] >= open) then
    plot_shape(1,
        'Bull_Engulfing',
        shape_style.flag,
        shape_size.huge,
        call_color,
        shape_location.belowbar,
        0,
        "Analise",
        print ("Analise"),
        "A"
    )
else
    if ((close[1] > open[1]) and (close < open) and (close < low[1]) and close[2] <= open) then
        plot_shape(1,
            'Bear_Engulfing',
            shape_style.flag,
            shape_size.huge,
            put_color,
            shape_location.abovebar,
            0,
            "Analise",
            print ("Analise"),
            "A"
        )
    end
end

input_group { 
    "Cima", 
    call_color = input { default="#fcfc03", type = input.color } 
}

input_group { 
    "Baixo", 
    put_color = input { default="#fcfc03", type = input.color } 
}

if ((close > close[1]) and (close[1] > open[2]) and (close[3] > close[2])) then
    plot_shape(1,
        'Bull_UP',
        shape_style.arrowup,
        shape_size.huge,
        call_color,
        shape_location.belowbar,
        0,
        "Call - Pro",
        "#ffffff"
    )
else
    if ((close < close[1]) and (close[1] < open[2]) and (close[3] < close[2])) then
        plot_shape(1,
            'Bear_DOWN',
            shape_style.arrowdown,
            shape_size.huge,
            put_color,
            shape_location.abovebar,
            0,
            "Put - Pro",
            "#fcfc03"
        )
    end
end

input_group {
    "Maxima",
    level_1_color = input { default = "red", type = input.color },
    level_1_width = input { default = 2, type = input.line_width }
}

input_group {
    "Minima",
    level_2_color = input { default = "green", type = input.color },
    level_2_width = input { default = 2, type = input.line_width }
}

method_id = input (2, "Tipo", input.string_selection, { "M5" })
local resolution = "15m"
sec = security (current_ticker_id, resolution)

if sec then
    local method = methods [method_id]
    method (sec)
    plot (c1, "C1", level_1_color, level_1_width, 0, style.levels, na_mode.continue)
    plot (c2, "C2", level_2_color, level_2_width, 0, style.levels, na_mode.continue)
end

percentage = input (3, "Porcentagem", input.double, 0.01, 100, 1.0) / 100
period = 2

local reference = make_series ()
reference:set(nz(reference[1], high))

local is_direction_up = make_series ()
is_direction_up:set(nz(is_direction_up[1], true))

local htrack = make_series ()
local ltrack = make_series ()
local pivot = make_series ()

reverse_range = reference * percentage / 100

if get_value (is_direction_up) then
    htrack:set (max(high, nz(htrack[1], high)))
    if close < htrack[1] - reverse_range then
        pivot:set (htrack)
        is_direction_up:set (false)
        reference:set(htrack)
    end
else
    ltrack:set (min(low, nz(ltrack[1], low)))
    if close > ltrack[1] + reverse_range then
        pivot:set (ltrack)
        is_direction_up:set(true)
        reference:set (ltrack)
    end
end

color = is_direction_up() and up_color or down_color
plot(pivot, 'ZZ', color, width, -1, style.solid_line, na_mode.continue)

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