Excellent ADX For ThinkOrSwim

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DWA42

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The author states: The Excellent ADX indicator helps you catch pivot/pullback signals based on green, red, and blue lines. Each such signal is highlighted as a green (buy) or red (sell) dot on the plot. The size of the dot represents the strength of the signal. You can also check the position of green and red lines from each other to determine the trend direction and the place where it has been changed. The Excellent ADX indicator helps you there too. It highlights the trend direction by the background-color, so you'll never miss it! The Excellent ADX good compliance with the Price Channel indicator built for the same length. You can use them together to be on a trend wave always!
The author says much more:
https://www.tradingview.com/script/VocSxIq4-excellent-adx/
seHT73q.png


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DWA42 said:
https://www.tradingview.com/script/VocSxIq4-excellent-adx/

//@author=newmen
//@version=4
//
// This is the classic Average Directional Movement Index (ADX) indicator/oscilator that highlights the trend, pivot points and the close moment
//
study("Excellent ADX", shorttitle="ADX")
fast_adxlen = input(5, title="Fast ADX Smoothing")
slow_adxlen = input(19, title="Slow ADX Smoothing")
fast_dilen = input(13, title="Fast DI Length")
slow_dilen = input(21, title="Slow DI Length")
fast_atrlen = input(14, title="Fast ATR Length")
slow_atrlen = input(21, title="Slow ATR Length")
upper_treshold = input(41, title="Upper Treshold")
lower_treshold = input(19, title="Lower Treshold")
pullback_out_sencivity = input(2.55, title="Pullback Sencivity")
trend_sencivity = input(0.13, title="Trend Sencivity")

dirmov(len, atrlen) =>
up = change(high)
down = -change(low)
plus_dm = na(up) ? na : (up > down and up > 0 ? up : 0)
minus_dm = na(down) ? na : (down > up and down > 0 ? down : 0)
truerange = rma(tr, atrlen)
plus = fixnan(100 * rma(plus_dm, len) / truerange)
minus = fixnan(100 * rma(minus_dm, len) / truerange)
[plus, minus]

adx(dilen, adxlen, atrlen) =>
[plus, minus] = dirmov(dilen, atrlen)
sum = plus + minus
rate = abs(plus - minus) / (sum == 0 ? 1 : sum)
adx_v = 100 * rma(rate, adxlen)
[plus, minus, adx_v]

[plus_di, minus_di, adx_s_sig] = adx(slow_dilen, slow_adxlen, slow_atrlen)
[_f_plus_di, _f_minus_di, adx_f_sig] = adx(fast_dilen, fast_adxlen, fast_atrlen)

trend = plus_di < minus_di
? color.new(color.red, 90)
: plus_di > minus_di
? color.new(color.green, 90)
: na
bgcolor(trend)

plot(plus_di, color=color.green, title="+DI", linewidth=1)
plot(minus_di, color=color.red, title="-DI", linewidth=1)
plot(adx_s_sig, color=color.blue, title="Slow ADX", linewidth=2)
plot(adx_f_sig, color=color.new(color.orange, 75), title="Fast ADX", linewidth=2)
plot(upper_treshold, color=color.new(color.gray, 10), title="Upper Treshold", linewidth=1, style=plot.style_circles)
plot(lower_treshold, color=color.new(color.gray, 10), title="Lower Treshold", linewidth=1, style=plot.style_circles)

distance = plus_di - minus_di
sg_distance = sign(distance)
abs_distance = abs(distance)
pullback_rate = (abs_distance + abs_distance[2]) / abs_distance[1]
pullback_out = abs_distance[1] < abs_distance and
((abs_distance[1] < abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] == sg_distance) or
(abs_distance[1] > abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] != sg_distance)) and
adx_s_sig > (adx_s_sig[1] - trend_sencivity) and
pullback_rate > pullback_out_sencivity and
((plus_di > minus_di and plus_di[1] < plus_di and minus_di[1] > minus_di) or
(plus_di < minus_di and plus_di[1] > plus_di and minus_di[1] < minus_di))
? color.new((plus_di < minus_di ? color.red : color.green), 60)
: na
plot(minus_di, color=pullback_out, title="Pullback Out", linewidth=5, style=plot.style_circles)

pullback_on = abs_distance[1] > abs_distance and abs_distance[1] > abs_distance[2] and
sg_distance[2] == sg_distance[1] and sg_distance[1] == sg_distance and
((adx_s_sig < (adx_s_sig[1] + trend_sencivity) and not (plus_di > adx_s_sig and minus_di > adx_s_sig)) or
(plus_di < adx_s_sig and minus_di < adx_s_sig)) and
((plus_di > minus_di and
plus_di[2] < plus_di[1] and plus_di[1] > plus_di and
minus_di[2] > minus_di[1] and minus_di[1] < minus_di) or
(plus_di < minus_di and
plus_di[2] > plus_di[1] and plus_di[1] < plus_di and
minus_di[2] < minus_di[1] and minus_di[1] > minus_di))
? color.new((plus_di > minus_di ? color.red : color.green), 80)
: na
plot(plus_di, color=pullback_on, title="Pullback On", linewidth=3, style=plot.style_circles)

pivots(adx_sig, transp) =>
adx_sig[2] < adx_sig[1] and adx_sig[1] > adx_sig and
plus_di[1] < adx_sig[1] and minus_di[1] < adx_sig[1]
? color.new((plus_di < minus_di ? color.green : color.red), transp)
: na

piv_dots(adx_sig, transp) =>
pivot = pivots(adx_sig, transp)
sig_over = adx_sig[1] >= upper_treshold ? adx_sig : na
sig_side = adx_sig[1] >= lower_treshold and adx_sig[1] < upper_treshold ? adx_sig : na
[pivot, sig_over, sig_side]

[s_pivot, sig_s_over, sig_s_side] = piv_dots(adx_s_sig, 30)
plot(sig_s_over, color=s_pivot, title="Slow Strong Pivot", linewidth=11, style=plot.style_circles)
plot(sig_s_side, color=s_pivot, title="Slow Weak Pivot", linewidth=7, style=plot.style_circles)

[f_pivot, sig_f_over, sig_f_side] = piv_dots(adx_f_sig, 65)
plot(sig_f_over, color=f_pivot, title="Fast Strong Pivot", linewidth=6, style=plot.style_circles)
plot(sig_f_side, color=f_pivot, title="Fast Weak Pivot", linewidth=4, style=plot.style_circles)
Click to expand...
find below.
CSS: 
#https://www.tradingview.com/script/VocSxIq4-excellent-adx/
#//@author=newmen
#/ This is the classic Average Directional Movement Index (ADX) indicator/oscilator that highlights the trend, pivot points and the close moment
#study("Excellent ADX", shorttitle="ADX")
# converted by Sam4Cok@Samer800        - 04/2023
declare lower;
input fast_adxlen = 5;#, title="Fast ADX Smoothing")
input slow_adxlen = 19;#, title="Slow ADX Smoothing")
input fast_dilen = 13;#, title="Fast DI Length")
input slow_dilen = 21;#, title="Slow DI Length")
input fast_atrlen = 14;#, title="Fast ATR Length")
input slow_atrlen = 21;#, title="Slow ATR Length")
input upper_treshold = 41;#, title="Upper Treshold")
input lower_treshold = 19;#, title="Lower Treshold")
input pullback_out_sencivity = 2.55;#, title="Pullback Sencivity")
input trend_sencivity = 0.13;#, title="Trend Sencivity")

def na = Double.NaN;
def last = isNaN(close);
def pos = Double.POSITIVE_INFINITY;
def neg = Double.NEGATIVE_INFINITY;

#piv_dots(adx_sig, transp) =>
Script piv_dots {
input adx_sig = close;
input plus_di = close;
input minus_di = close;
input upper_treshold = 0;
input lower_treshold = 0;
    def na = Double.NaN;
    def pivot = if adx_sig[2] < adx_sig[1] and adx_sig[1] > adx_sig and
     plus_di[1] < adx_sig[1] and minus_di[1] < adx_sig[1] then (if plus_di < minus_di then 1 else -1) else 0;
    def sig_over = if adx_sig[1] >= upper_treshold then adx_sig else na;
    def sig_side = if adx_sig[1] >= lower_treshold and adx_sig[1] < upper_treshold then adx_sig else na;
    plot pvt = pivot;
    plot SigOvr = sig_over;
    plot SigSide = sig_side;
}
#adx(dilen, adxlen, atrlen) =>
script adx {
    input dilen = 10;
    input adxlen = 14;
    input atrlen = 14;
    def up = high - high[1];
    def down = -(low - low[1]);
    def plus_dm = if IsNaN(up) then Double.NaN else (if up > down and up > 0 then up else 0);
    def minus_dm = if IsNaN(down) then Double.NaN else (if down > up and down > 0 then down else 0);
    def truerange = ATR(Length = atrlen);
    def pValue = 100 * WildersAverage(plus_dm, dilen) / truerange;
    def mValue = 100 * WildersAverage(minus_dm, dilen) / truerange;
    def plus =  if IsNaN(pValue) then plus[1] else pValue;
    def minus = if IsNaN(mValue) then minus[1] else mValue;
    def sum = plus + minus;
    def rate = AbsValue(plus - minus) / (if sum == 0 then 1 else sum);
    def adx_v = 100 * WildersAverage(rate, adxlen);
    plot p = plus;
    plot m = minus;
    plot adx_ = adx_v;
}
def plus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).p;
def minus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).m;
def adx_s_sig = ADX(slow_dilen, slow_adxlen, slow_atrlen).adx_;
def adx_f_sig = adx(fast_dilen, fast_adxlen, fast_atrlen).adx_;

def trend = if plus_di < minus_di then -1 else if plus_di > minus_di then 1 else 0;

AddCloud(if last then na else
         if trend>0 then pos else if trend<0 then neg else na, if trend>0 then neg else pos, Color.DARK_GREEN, Color.DARK_RED);


plot "+DI" = if last then na else plus_di;#, color=color.green, title="+DI", linewidth=1)
plot "-DI" = if last then na else minus_di;#, color=color.red, title="-DI", linewidth=1)
plot SlowADX = if last then na else adx_s_sig;#, color=color.blue, title="Slow ADX", linewidth=2)
plot FastADX = if last then na else adx_f_sig;#, color=color.new(color.orange, 75), title="Fast ADX", linewidth=2)
plot UpperTreshold  = if last then na else upper_treshold;#, color=color.new(color.gray, 10), title="Upper Treshold", linewidth=1, style=plot.style_circles)
plot LowerTreshold = if last then na else lower_treshold;#, color=color.new(color.gray, 10), title="Lower Treshold", linewidth=1, style=plot.style_circles)
"+DI".SetDefaultColor(Color.DARK_GREEN);
"-DI".SetDefaultColor(Color.DARK_RED);
SlowADX.SetDefaultColor(CreateColor(33,150,243));
FastADX.SetDefaultColor(Color.DARK_ORANGE);
UpperTreshold.SetDefaultColor(Color.GRAY);
LowerTreshold.SetDefaultColor(Color.GRAY);
UpperTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
LowerTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
SlowADX.SEtLineWeight(2);
FastADX.SetLineWeight(2);

def distance = plus_di - minus_di;
def sg_distance = sign(distance);
def abs_distance = AbsValue(distance);
def pullback_rate = (abs_distance + abs_distance[2]) / abs_distance[1];
def pullback_out = if abs_distance[1] < abs_distance and
             ((abs_distance[1] < abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] == sg_distance) or
             (abs_distance[1] > abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] != sg_distance)) and
             adx_s_sig > (adx_s_sig[1] - trend_sencivity) and pullback_rate > pullback_out_sencivity and
             ((plus_di > minus_di and plus_di[1] < plus_di and minus_di[1] > minus_di) or
             (plus_di < minus_di and plus_di[1] > plus_di and minus_di[1] < minus_di)) then
             (if plus_di < minus_di then -1 else 1) else 0;
plot PullbackOut = if pullback_out!=0 then minus_di else na; # "Pullback Out"
PullbackOut.SetPaintingStrategy(PaintingStrategy.POINTS);
PullbackOut.AssignValueColor(if pullback_out > 0 then Color.GREEN else Color.RED);
#PullbackOut.SetLineWeight(2);

def s_pivot = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_s_over = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_s_side = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

def f_pivot = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_f_over = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_f_side = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

plot SlowStrongPivot = if s_pivot==0 then na else sig_s_over;#, color=s_pivot, title="Slow Strong Pivot"
plot SlowWeakPivot = if s_pivot==0 then na else sig_s_side;#, color=s_pivot, title="Slow Weak Pivot"
SlowStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowStrongPivot.SetLineWeight(5);
SlowWeakPivot.SetLineWeight(4);
SlowStrongPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);
SlowWeakPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);

plot FastStrongPivot = if f_pivot==0 then na else sig_f_over;#, color=f_pivot, title="Fast Strong Pivot"
plot FastWeakPivot = if f_pivot==0 then na else sig_f_side;#, color=f_pivot, title="Fast Weak Pivot"
FastStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastStrongPivot.SetLineWeight(3);
FastWeakPivot.SetLineWeight(2);
FastStrongPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);
FastWeakPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);




#-- End OF CODe
 
samer800 said:
find below.
CSS: 
#https://www.tradingview.com/script/VocSxIq4-excellent-adx/
#//@author=newmen
#/ This is the classic Average Directional Movement Index (ADX) indicator/oscilator that highlights the trend, pivot points and the close moment
#study("Excellent ADX", shorttitle="ADX")
# converted by Sam4Cok@Samer800        - 04/2023
declare lower;
input fast_adxlen = 5;#, title="Fast ADX Smoothing")
input slow_adxlen = 19;#, title="Slow ADX Smoothing")
input fast_dilen = 13;#, title="Fast DI Length")
input slow_dilen = 21;#, title="Slow DI Length")
input fast_atrlen = 14;#, title="Fast ATR Length")
input slow_atrlen = 21;#, title="Slow ATR Length")
input upper_treshold = 41;#, title="Upper Treshold")
input lower_treshold = 19;#, title="Lower Treshold")
input pullback_out_sencivity = 2.55;#, title="Pullback Sencivity")
input trend_sencivity = 0.13;#, title="Trend Sencivity")

def na = Double.NaN;
def last = isNaN(close);
def pos = Double.POSITIVE_INFINITY;
def neg = Double.NEGATIVE_INFINITY;

#piv_dots(adx_sig, transp) =>
Script piv_dots {
input adx_sig = close;
input plus_di = close;
input minus_di = close;
input upper_treshold = 0;
input lower_treshold = 0;
    def na = Double.NaN;
    def pivot = if adx_sig[2] < adx_sig[1] and adx_sig[1] > adx_sig and
     plus_di[1] < adx_sig[1] and minus_di[1] < adx_sig[1] then (if plus_di < minus_di then 1 else -1) else 0;
    def sig_over = if adx_sig[1] >= upper_treshold then adx_sig else na;
    def sig_side = if adx_sig[1] >= lower_treshold and adx_sig[1] < upper_treshold then adx_sig else na;
    plot pvt = pivot;
    plot SigOvr = sig_over;
    plot SigSide = sig_side;
}
#adx(dilen, adxlen, atrlen) =>
script adx {
    input dilen = 10;
    input adxlen = 14;
    input atrlen = 14;
    def up = high - high[1];
    def down = -(low - low[1]);
    def plus_dm = if IsNaN(up) then Double.NaN else (if up > down and up > 0 then up else 0);
    def minus_dm = if IsNaN(down) then Double.NaN else (if down > up and down > 0 then down else 0);
    def truerange = ATR(Length = atrlen);
    def pValue = 100 * WildersAverage(plus_dm, dilen) / truerange;
    def mValue = 100 * WildersAverage(minus_dm, dilen) / truerange;
    def plus =  if IsNaN(pValue) then plus[1] else pValue;
    def minus = if IsNaN(mValue) then minus[1] else mValue;
    def sum = plus + minus;
    def rate = AbsValue(plus - minus) / (if sum == 0 then 1 else sum);
    def adx_v = 100 * WildersAverage(rate, adxlen);
    plot p = plus;
    plot m = minus;
    plot adx_ = adx_v;
}
def plus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).p;
def minus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).m;
def adx_s_sig = ADX(slow_dilen, slow_adxlen, slow_atrlen).adx_;
def adx_f_sig = adx(fast_dilen, fast_adxlen, fast_atrlen).adx_;

def trend = if plus_di < minus_di then -1 else if plus_di > minus_di then 1 else 0;

AddCloud(if last then na else
         if trend>0 then pos else if trend<0 then neg else na, if trend>0 then neg else pos, Color.DARK_GREEN, Color.DARK_RED);


plot "+DI" = if last then na else plus_di;#, color=color.green, title="+DI", linewidth=1)
plot "-DI" = if last then na else minus_di;#, color=color.red, title="-DI", linewidth=1)
plot SlowADX = if last then na else adx_s_sig;#, color=color.blue, title="Slow ADX", linewidth=2)
plot FastADX = if last then na else adx_f_sig;#, color=color.new(color.orange, 75), title="Fast ADX", linewidth=2)
plot UpperTreshold  = if last then na else upper_treshold;#, color=color.new(color.gray, 10), title="Upper Treshold", linewidth=1, style=plot.style_circles)
plot LowerTreshold = if last then na else lower_treshold;#, color=color.new(color.gray, 10), title="Lower Treshold", linewidth=1, style=plot.style_circles)
"+DI".SetDefaultColor(Color.DARK_GREEN);
"-DI".SetDefaultColor(Color.DARK_RED);
SlowADX.SetDefaultColor(CreateColor(33,150,243));
FastADX.SetDefaultColor(Color.DARK_ORANGE);
UpperTreshold.SetDefaultColor(Color.GRAY);
LowerTreshold.SetDefaultColor(Color.GRAY);
UpperTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
LowerTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
SlowADX.SEtLineWeight(2);
FastADX.SetLineWeight(2);

def distance = plus_di - minus_di;
def sg_distance = sign(distance);
def abs_distance = AbsValue(distance);
def pullback_rate = (abs_distance + abs_distance[2]) / abs_distance[1];
def pullback_out = if abs_distance[1] < abs_distance and
             ((abs_distance[1] < abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] == sg_distance) or
             (abs_distance[1] > abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] != sg_distance)) and
             adx_s_sig > (adx_s_sig[1] - trend_sencivity) and pullback_rate > pullback_out_sencivity and
             ((plus_di > minus_di and plus_di[1] < plus_di and minus_di[1] > minus_di) or
             (plus_di < minus_di and plus_di[1] > plus_di and minus_di[1] < minus_di)) then
             (if plus_di < minus_di then -1 else 1) else 0;
plot PullbackOut = if pullback_out!=0 then minus_di else na; # "Pullback Out"
PullbackOut.SetPaintingStrategy(PaintingStrategy.POINTS);
PullbackOut.AssignValueColor(if pullback_out > 0 then Color.GREEN else Color.RED);
#PullbackOut.SetLineWeight(2);

def s_pivot = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_s_over = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_s_side = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

def f_pivot = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_f_over = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_f_side = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

plot SlowStrongPivot = if s_pivot==0 then na else sig_s_over;#, color=s_pivot, title="Slow Strong Pivot"
plot SlowWeakPivot = if s_pivot==0 then na else sig_s_side;#, color=s_pivot, title="Slow Weak Pivot"
SlowStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowStrongPivot.SetLineWeight(5);
SlowWeakPivot.SetLineWeight(4);
SlowStrongPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);
SlowWeakPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);

plot FastStrongPivot = if f_pivot==0 then na else sig_f_over;#, color=f_pivot, title="Fast Strong Pivot"
plot FastWeakPivot = if f_pivot==0 then na else sig_f_side;#, color=f_pivot, title="Fast Weak Pivot"
FastStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastStrongPivot.SetLineWeight(3);
FastWeakPivot.SetLineWeight(2);
FastStrongPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);
FastWeakPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);




#-- End OF CODe
Click to expand...
wow Great ty samer
 
samer800 said:
find below.
CSS: 
#https://www.tradingview.com/script/VocSxIq4-excellent-adx/
#//@author=newmen
#/ This is the classic Average Directional Movement Index (ADX) indicator/oscilator that highlights the trend, pivot points and the close moment
#study("Excellent ADX", shorttitle="ADX")
# converted by Sam4Cok@Samer800        - 04/2023
declare lower;
input fast_adxlen = 5;#, title="Fast ADX Smoothing")
input slow_adxlen = 19;#, title="Slow ADX Smoothing")
input fast_dilen = 13;#, title="Fast DI Length")
input slow_dilen = 21;#, title="Slow DI Length")
input fast_atrlen = 14;#, title="Fast ATR Length")
input slow_atrlen = 21;#, title="Slow ATR Length")
input upper_treshold = 41;#, title="Upper Treshold")
input lower_treshold = 19;#, title="Lower Treshold")
input pullback_out_sencivity = 2.55;#, title="Pullback Sencivity")
input trend_sencivity = 0.13;#, title="Trend Sencivity")

def na = Double.NaN;
def last = isNaN(close);
def pos = Double.POSITIVE_INFINITY;
def neg = Double.NEGATIVE_INFINITY;

#piv_dots(adx_sig, transp) =>
Script piv_dots {
input adx_sig = close;
input plus_di = close;
input minus_di = close;
input upper_treshold = 0;
input lower_treshold = 0;
    def na = Double.NaN;
    def pivot = if adx_sig[2] < adx_sig[1] and adx_sig[1] > adx_sig and
     plus_di[1] < adx_sig[1] and minus_di[1] < adx_sig[1] then (if plus_di < minus_di then 1 else -1) else 0;
    def sig_over = if adx_sig[1] >= upper_treshold then adx_sig else na;
    def sig_side = if adx_sig[1] >= lower_treshold and adx_sig[1] < upper_treshold then adx_sig else na;
    plot pvt = pivot;
    plot SigOvr = sig_over;
    plot SigSide = sig_side;
}
#adx(dilen, adxlen, atrlen) =>
script adx {
    input dilen = 10;
    input adxlen = 14;
    input atrlen = 14;
    def up = high - high[1];
    def down = -(low - low[1]);
    def plus_dm = if IsNaN(up) then Double.NaN else (if up > down and up > 0 then up else 0);
    def minus_dm = if IsNaN(down) then Double.NaN else (if down > up and down > 0 then down else 0);
    def truerange = ATR(Length = atrlen);
    def pValue = 100 * WildersAverage(plus_dm, dilen) / truerange;
    def mValue = 100 * WildersAverage(minus_dm, dilen) / truerange;
    def plus =  if IsNaN(pValue) then plus[1] else pValue;
    def minus = if IsNaN(mValue) then minus[1] else mValue;
    def sum = plus + minus;
    def rate = AbsValue(plus - minus) / (if sum == 0 then 1 else sum);
    def adx_v = 100 * WildersAverage(rate, adxlen);
    plot p = plus;
    plot m = minus;
    plot adx_ = adx_v;
}
def plus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).p;
def minus_di = ADX(slow_dilen, slow_adxlen, slow_atrlen).m;
def adx_s_sig = ADX(slow_dilen, slow_adxlen, slow_atrlen).adx_;
def adx_f_sig = adx(fast_dilen, fast_adxlen, fast_atrlen).adx_;

def trend = if plus_di < minus_di then -1 else if plus_di > minus_di then 1 else 0;

AddCloud(if last then na else
         if trend>0 then pos else if trend<0 then neg else na, if trend>0 then neg else pos, Color.DARK_GREEN, Color.DARK_RED);


plot "+DI" = if last then na else plus_di;#, color=color.green, title="+DI", linewidth=1)
plot "-DI" = if last then na else minus_di;#, color=color.red, title="-DI", linewidth=1)
plot SlowADX = if last then na else adx_s_sig;#, color=color.blue, title="Slow ADX", linewidth=2)
plot FastADX = if last then na else adx_f_sig;#, color=color.new(color.orange, 75), title="Fast ADX", linewidth=2)
plot UpperTreshold  = if last then na else upper_treshold;#, color=color.new(color.gray, 10), title="Upper Treshold", linewidth=1, style=plot.style_circles)
plot LowerTreshold = if last then na else lower_treshold;#, color=color.new(color.gray, 10), title="Lower Treshold", linewidth=1, style=plot.style_circles)
"+DI".SetDefaultColor(Color.DARK_GREEN);
"-DI".SetDefaultColor(Color.DARK_RED);
SlowADX.SetDefaultColor(CreateColor(33,150,243));
FastADX.SetDefaultColor(Color.DARK_ORANGE);
UpperTreshold.SetDefaultColor(Color.GRAY);
LowerTreshold.SetDefaultColor(Color.GRAY);
UpperTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
LowerTreshold.SetPaintingStrategy(PaintingStrategy.DASHES);
SlowADX.SEtLineWeight(2);
FastADX.SetLineWeight(2);

def distance = plus_di - minus_di;
def sg_distance = sign(distance);
def abs_distance = AbsValue(distance);
def pullback_rate = (abs_distance + abs_distance[2]) / abs_distance[1];
def pullback_out = if abs_distance[1] < abs_distance and
             ((abs_distance[1] < abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] == sg_distance) or
             (abs_distance[1] > abs_distance[2] and sg_distance[2] == sg_distance[1] and sg_distance[1] != sg_distance)) and
             adx_s_sig > (adx_s_sig[1] - trend_sencivity) and pullback_rate > pullback_out_sencivity and
             ((plus_di > minus_di and plus_di[1] < plus_di and minus_di[1] > minus_di) or
             (plus_di < minus_di and plus_di[1] > plus_di and minus_di[1] < minus_di)) then
             (if plus_di < minus_di then -1 else 1) else 0;
plot PullbackOut = if pullback_out!=0 then minus_di else na; # "Pullback Out"
PullbackOut.SetPaintingStrategy(PaintingStrategy.POINTS);
PullbackOut.AssignValueColor(if pullback_out > 0 then Color.GREEN else Color.RED);
#PullbackOut.SetLineWeight(2);

def s_pivot = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_s_over = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_s_side = piv_dots(adx_s_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

def f_pivot = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).pvt;
def sig_f_over = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigOvr;
def sig_f_side = piv_dots(adx_f_sig, plus_di, minus_di, upper_treshold, lower_treshold).SigSide;

plot SlowStrongPivot = if s_pivot==0 then na else sig_s_over;#, color=s_pivot, title="Slow Strong Pivot"
plot SlowWeakPivot = if s_pivot==0 then na else sig_s_side;#, color=s_pivot, title="Slow Weak Pivot"
SlowStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
SlowStrongPivot.SetLineWeight(5);
SlowWeakPivot.SetLineWeight(4);
SlowStrongPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);
SlowWeakPivot.AssignValueColor(if s_pivot>0 then Color.GREEN else Color.RED);

plot FastStrongPivot = if f_pivot==0 then na else sig_f_over;#, color=f_pivot, title="Fast Strong Pivot"
plot FastWeakPivot = if f_pivot==0 then na else sig_f_side;#, color=f_pivot, title="Fast Weak Pivot"
FastStrongPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastWeakPivot.SetPaintingStrategy(PaintingStrategy.POINTS);
FastStrongPivot.SetLineWeight(3);
FastWeakPivot.SetLineWeight(2);
FastStrongPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);
FastWeakPivot.AssignValueColor(if f_pivot>0 then Color.GREEN else Color.RED);




#-- End OF CODe
Click to expand...
@samer800 Can you help with a scanner ...where DI+ crosses above DI-
 
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