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Ä¿¹Â´ÏƼ | ¼ö½ÄÀÛ¼º Q&A
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ÀÛ¼ºÀÏ : 2025-06-11 ¿ÀÈÄ 4:29:49 Á¶È¸¼ö : 41
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input : source(close);
input : output_smoothing(100);
input : use_double(true);
input : smoothing(4);
input : atr_length(200);
input : multiplier(6);
input : range_switch(0); #0:Body 1:Wick"
input : bullish_color(Lime);
input : bearish_color(Red);
input : neutral_color(Gray);
var : candle_top(0),candle_bottom(0),smooth_top(0),smooth_bottom(0),TR(0),ATR(0);
var : sr_ma(Nan),current_range(Nan),top_range(Nan),bottom_range(Nan);
var : flag(False);
var : out(0),smooth_top_range(0),smooth_bottom_range(0);
var : ma_delta_neutral(False),ma_delta_bullish(False),ma_delta_bearish(False);
var : ma_color(Nan),alpha(0);
candle_top = iff(range_switch != 0 , high , max(open, close));
candle_bottom = iff(range_switch != 0 , low , min(open, close));
smooth_top = ma(candle_top, smoothing+1);
smooth_bottom = ma(candle_bottom, smoothing+1);
tr = candle_top - candle_bottom;
atr = ma(TR, atr_length);
flag = smooth_top > top_range or smooth_bottom < bottom_range or IsNan(current_range) == true;
if flag == true Then
{
sr_ma = source;
current_range = atr * multiplier;
top_range = sr_ma + current_range;
bottom_range = sr_ma - current_range;
}
if use_double == False Then
{
out = WMA(sr_ma, output_smoothing+1);
smooth_top_range = WMA(top_range, output_smoothing+1);
smooth_bottom_range = WMA(bottom_range, output_smoothing+1);
}
Else
{
out = WMA(MA(sr_ma, output_smoothing+1), output_smoothing+1);
smooth_top_range = WMA(MA(top_range, output_smoothing+1), output_smoothing+1);
smooth_bottom_range = WMA(MA(bottom_range, output_smoothing+1), output_smoothing+1);
}
ma_delta_neutral = out - iff(isnan(out[1]),0,out[1]) == 0;
ma_delta_bullish = out - iff(isnan(out[1]),0,out[1]) > 0;
ma_delta_bearish = out - iff(isnan(out[1]),0,out[1]) < 0;
ma_color = iff(ma_delta_neutral , neutral_color , iff(ma_delta_bullish , bullish_color , bearish_color));
plot1(out, "SR MA", ma_color,Def, 4);
plot2(smooth_top_range, "Top Range", ma_color,Def, 2);
plot3(smooth_bottom_range, "Bottom Range", ma_color,Def, 2);
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//@version=5
indicator("SR MA", overlay = true, timeframe = "", timeframe_gaps = false)
// Simple filter function
simple_filter(float source, int length, bool duel_filter) =>
switch duel_filter
false => ta.wma(source, length)
true => ta.wma(ta.sma(source, length), length)
// Main SR MA function
sr_ma(float source = close, int output_smoothing = 3, int trigger_smoothing = 1, int atr_length = 50, float multiplier = 1, string range_switch = "Body", bool duel_filter = false) =>
candle_top = range_switch != "Body" ? high : math.max(open, close)
candle_bottom = range_switch != "Body" ? low : math.min(open, close)
smooth_top = ta.sma(candle_top, trigger_smoothing)
smooth_bottom = ta.sma(candle_bottom, trigger_smoothing)
tr = candle_top - candle_bottom
atr = ta.sma(tr, atr_length)
var float sr_ma = na
var float current_range = na
var float top_range = na
var float bottom_range = na
flag = smooth_top > top_range or smooth_bottom < bottom_range or na(current_range)
if flag
sr_ma := source
current_range := atr * multiplier
top_range := sr_ma + current_range
bottom_range := sr_ma - current_range
out = simple_filter(sr_ma, output_smoothing, duel_filter)
smooth_top_range = simple_filter(top_range, output_smoothing, duel_filter)
smooth_bottom_range = simple_filter(bottom_range, output_smoothing, duel_filter)
[out, smooth_top_range, smooth_bottom_range]
// === Inputs ===
source = input.source(close, "Source", group = "Settings")
output_smoothing = input.int(100, "Length", minval = 0, group = "Settings") + 1
use_double = input.bool(true, "Double Filter", group = "Settings")
smoothing = input.int(4, "Trigger Smoothing", minval = 0, group = "Settings") + 1
atr_length = input.int(200, "ATR Length", minval = 1, group = "Settings")
multiplier = input.float(6, "Range Multiplier", minval = 0, step = 0.125, group = "Settings")
range_switch = input.string("Body", "Range Style", ["Body", "Wick"], group = "Settings")
// === Color Inputs ===
bullish_color = input.color(color.rgb(33, 255, 120), "Bullish Color", group = "Color")
bearish_color = input.color(color.rgb(255, 33, 33), "Bearish Color", group = "Color")
neutral_color = input.color(color.rgb(137, 137, 137), "Neutral Color", tooltip = "This doubles as the solid color.", group = "Color")
// === Calculate SR MA & Ranges ===
[sr_ma, top_range, bottom_range] = sr_ma(source, output_smoothing, smoothing, atr_length, multiplier, range_switch, use_double)
// === MA Color Logic ===
ma_delta_neutral = sr_ma - nz(sr_ma[1]) == 0
ma_delta_bullish = sr_ma - nz(sr_ma[1]) > 0
ma_delta_bearish = sr_ma - nz(sr_ma[1]) < 0
ma_color = ma_delta_neutral ? neutral_color : ma_delta_bullish ? bullish_color : bearish_color
// === Plot SR MA and Ranges ===
alpha = color.new(color.red, 100)
ma = plot(sr_ma, "SR MA", ma_color, 4)
top = plot(top_range, "Top Range", ma_color, 2)
bottom = plot(bottom_range, "Bottom Range", ma_color, 2)
fill(ma, top, top_value = top_range, bottom_value = sr_ma, bottom_color = color.new(ma_color, 80), top_color = alpha)
fill(ma, bottom, top_value = sr_ma, bottom_value = bottom_range, top_color = color.new(ma_color, 80), bottom_color = alpha)
// === Detect Color Change ===
var color prev_color = na
color_change = ma_color != prev_color and not na(prev_color)
prev_color := ma_color
color_change_to_bullish = color_change and ma_color == bullish_color
color_change_to_bearish = color_change and ma_color == bearish_color
// === Visual Markers ===
plotshape(color_change_to_bullish, title="MA Color Change to Bullish", location=location.belowbar, color=color.green, style=shape.triangleup, size=size.small, text="Bullish")
plotshape(color_change_to_bearish, title="MA Color Change to Bearish", location=location.abovebar, color=color.red, style=shape.triangledown, size=size.small, text="Bearish")
// === Alerts for Color Changes ===
alertcondition(color_change_to_bullish, title="SR MA Color Changed to Bullish", message="SR MA color changed to Bullish (Uptrend)")
alertcondition(color_change_to_bearish, title="SR MA Color Changed to Bearish", message="SR MA color changed to Bearish (Downtrend)")
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