Tradingview veri terminalinde Ýndikatör/Strateji/Sistem

[obblomovv]

Bu arada belki "scalping" için iþimize yaramaz ama...

Fibo, trend çizgileri vb. yanýnda;
Trend oluþturmuþ enstrümanlarýn geçmiþ dirençlerini göz önünde bulundurarak,
"olasý hedeflerini de tahmin etmeye çalýþabiliriz" diye düþünüyorum.

Grafikte USDTRY' nin 3 Aylýk Pivotu ve kýrmýzý oklarla iþaretlenmiþ R2(2 numaralý direnci mevcut).

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Veya aþaðý trendde olasý desteklerini...

Grafikte XBANK 3 Aylýk Pivot S2 mavi oklarla iþaretli:

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Þuradan baþlayarak:

Yeni baþlayanlar için Teknik Analiz. - Page 27 (hisse.net)

Pro versiyonu kullanmayanlar için 3 indikatörle sýnýrlý ekranda, atýyorum:

1-Hisse ekranýnda(atýyorum SISE), vadelinin(SISE1!),
2-Vadeli ekranýnda(SISE1!), endeksin(XU030),
3-XU030 a bakarken XU100' ün,
4-Coin bakarken(atýyorum ADAUSDT), coin vadelinin(ADAUSDTPERP),
5-Coin vadeli(ADAUSDTPERP) bakarken, BTC(BTCUSDT)' nin

ayný anda grafik ve Camarilla veya Traditional(Geleneksel) Pivotlarýný görebileceðimiz bir gösterge paylaþmýþtým.

Önce onu buraya da taþýyalým:

//@version=4
study(title="base", overlay=false)








symbolToGet = input(title="Hisse/Coin/Vb.", type=input.string, defval="XVGUSD")
res = input(title="P.Periyod", type=input.resolution, defval="W")
choice = input(title="P.Türü(Geleneksel/Camarilla)", defval="C", options=["T", "C"])
c = choice




InstrData(data) =>
    tick = tickerid(syminfo.prefix, symbolToGet)
    security(tick, timeframe.period, data)








plotcandle(open=InstrData(open), high=InstrData(high), low=InstrData(low), close=InstrData(close), color=InstrData(close) < InstrData(open) ? color.red : color.green)
























PP = security(tickerid(syminfo.prefix, symbolToGet), res, hlc3[1], lookahead=true)
phigh = security(tickerid(syminfo.prefix, symbolToGet), res, high[1], lookahead=true)
plow = security(tickerid(syminfo.prefix, symbolToGet), res, low[1], lookahead=true)
pclose = security(tickerid(syminfo.prefix, symbolToGet), res, close[1], lookahead=true)




tr1 = PP * 2 - plow
ts1 = PP * 2 - phigh
tr2 = PP + (phigh - plow)
ts2 = PP - (phigh - plow)
tr3 = PP * 2 + (phigh - 2 * plow)
ts3 = PP * 2 - (2 * phigh - plow)
tr4 = PP * 3 + (phigh - 3 * plow)
ts4 = PP * 3 - (3 * phigh - plow)
tr5 = PP * 4 + (phigh - 4 * plow)
ts5 = PP * 4 - (4 * phigh - plow)




cr4 = (0.55*(phigh-plow)) + pclose
cr3 = (0.275*(phigh-plow)) + pclose
cr2 = (0.183*(phigh-plow)) + pclose
cr1 = (0.0916*(phigh-plow)) + pclose
cs1 = pclose -(0.0916*(phigh-plow))
cs2 = pclose -(0.183*(phigh-plow))
cs3 = pclose -(0.275*(phigh-plow))
cs4 = pclose -(0.55*(phigh-plow))








r1 = if c == "T"
    tr1
else if c == "C"
    cr1
r2 = if c == "T"
    tr2
else if c == "C"
    cr2
r3 = if c == "T"
    tr3
else if c == "C"
    cr3
r4 = if c == "T"
    tr4
else if c == "C"
    cr4
r5 = if c == "T"
    tr5
s1 = if c == "T"
    ts1
else if c == "C"
    cs1
s2 = if c == "T"
    ts2
else if c == "C"
    cs2
s3 = if c == "T"
    ts3
else if c == "C"
    cs3
s4 = if c == "T"
    ts4
else if c == "C"
    cs4
s5 = if c == "T"
    ts5
    
    
plot(r5, color=#7fff00, title= "R5" , linewidth=1 )    
plot(r4, color=#458b00, title= "R4" , linewidth=1 )
plot(r3, color=#caff70, title= "R3" , linewidth=1 )    
plot(r2, color=#8b8b00 , title= "R2" , linewidth=1 )
plot(r1, color=#008080, title= "R1" , linewidth=1 )
p1= plot(PP, color=color.yellow, title= "PP" , linewidth=2 )
p2= plot(phigh, color=color.white, title= "High" , linewidth=2)
p3= plot(pclose, color=#ee7ae9, title= "Close" , linewidth=2)
p4= plot(plow, color=#97ffff, title= "Low" , linewidth=2)
plot(s1, color=#dda0dd, title= "S1" , linewidth=1 )
plot(s2, color=#ff6a6a, title= "S2" , linewidth=1 )
plot(s3, color=#ff3030, title= "S3" , linewidth=1 )    
plot(s4, color=#c71585, title= "S4" , linewidth=1 )
plot(s5, color=#8b0000, title= "S5" , linewidth=1 )

[obblomovv]

Þimdi sözünü edeceðim "Puan" adýmý verdiðim göstergenin de mantýðý ayný:

1-Hisse ekranýnda(atýyorum SISE), vadelinin(SISE1!),
2-Vadeli ekranýnda(SISE1!), endeksin(XU030),
3-XU030 a bakarken XU100' ün,
4-Coin bakarken(atýyorum ADAUSDT), coin vadelinin(ADAUSDTPERP),
5-Coin vadeli(ADAUSDTPERP) bakarken, BTC(BTCUSDT)' nin gibi...

Her iki enstrümanýn Gün-Yýl arasý(deðiþtirilebilir) puanýný hesaplýyor.
Nasýl hesaplýyor?
3 kritere göre. Vadeye ait "Önceki düþük, önceki yüksek ve Pivot" deðerlerinin her biri ile ile fiyat arasýndaki iliþkiyi deðerlendirerek.
Örneðin Yýlýk vadeye ait en alt barda:
Fiyat önceki yükseðin(Yýllýk) altýndaysa -1 puan, fiyat önceki düþüðün(Yýllýk) altýndaysa -1 puan , fiyat Yýllýk Pivot altýndaysa -1 puan.
Ayný þey tersi için de geçerli. Yani üstündeyse +1 puan...

Bu þekilde ekrandaki geçerli grafik için(Burada ADAUST):
-15/-10 Yýllýk görünüm. Deðer -15 ise renk koyu kýrmýzý, puan arttýkça koyu yeþile doðru ilerliyor.
-9/-4 6 Aylýk görünüm.
...

*Ýkinci enstrüman için ayný temelde dizilim yukarýdan aþaðý baþlýyor.
46-41 satýrlarý arasý 2. grafiðin(Burada BTCUSDT) Yýllýk görünümü ve kriterler ayný.

*Tüm periyod ve grafikler için:
1-Önceki yükseðin yukarý kýrýlýmý(Haftalýk hariç. Koddan kapattým. Ýsteyen açabilir)
2-Önceki düþüðün aþaðý kýrýlýmý etiketleniyor.

*Her iki grafik için -15/15 deðerleri arasýnda hareket eden scala deðeri(sarý çizgi) grafikten kapatýlabilir.

*Grafiðin orijinalinde aþaðýdaki gibi -/+DI ve ADX çizdiriliyor. Ýsteyen onlarý da kapatabilir:

[obblomovv]

Kod aþaðýda.
Baþtan söyleyeyim.
Pine script te henüz yeni olduðumdan henüz döngüler, deðiþken tanýmlamalarý, liste ve dizin komutlarý olmasý gerektiði kadar efektif deðil.
Bu nedenle gereksiz tekrarlar mevcut ve haliyle kod gereksiz uzun.
Önemli olan iþ görmesi diyerek paylaþalým.
Önerisi, katkýsý, sorusu olan olur ne âla...:

//@version=4
study(title="Puantaj", shorttitle="puan", overlay=false)
trns = input(title="trns%", type=input.integer, defval=80)






//W
resW = input(title="HLPeriodW", type=input.resolution, defval="W")
phW = security(syminfo.tickerid, resW, high[1], lookahead=true)
plW = security(syminfo.tickerid, resW, low[1], lookahead=true)




//colW = crossover(close,phW) ? color.lime : crossover(close,plW) ? color.green : crossunder(close,phW) ? color.red : crossunder(close,plW) ? color.red  :  na
//labelWH = crossover(close,phW) ? label.new(bar_index, 15, color=#ff1493, text="WH", textcolor=color.white, size=size.tiny) : na
labelWL = crossunder(close,plW) ? label.new(bar_index, 9, color=#8b0a50, text="WL", textcolor=color.white, size=size.tiny) : na
//pWh= plot(phW, color=#ff1493, title= "WH" , linewidth=0)
//pWl= plot(plW, color=#ff1493, title= "WL" , linewidth=0)
//fill(pWh, pWl, colW, trns)




//M
resM = input(title="HLPeriodM", type=input.resolution, defval="M")
phM = security(syminfo.tickerid, resM, high[1], lookahead=true)
plM = security(syminfo.tickerid, resM, low[1], lookahead=true)
//colM = crossover(close,phM) ? color.lime : crossover(close,plM) ? color.green : crossunder(close,phM) ? color.red : crossunder(close,plM) ? color.red  :  na
labelMH = crossover(close,phM) ? label.new(bar_index, 8, color=#ffa500, text="MH", textcolor=color.white, size=size.small) : na
labelML = crossunder(close,plM) ? label.new(bar_index, 3, color=#ee4000, text="ML", textcolor=color.white, size=size.small) : na
//pMh= plot(phM, color=#ffa500, title= "MH" , linewidth=0)
//pMl= plot(plM, color=#ffa500, title= "ML" , linewidth=0)
//fill(pMh, pMl, colM, trns)




//3M
res3M = input(title="HLPeriod3m", type=input.resolution, defval="3M")
ph3m = security(syminfo.tickerid, res3M, high[1], lookahead=true)
pl3m = security(syminfo.tickerid, res3M, low[1], lookahead=true)
//col3m = crossover(close,ph3m) ? color.lime : crossover(close,pl3m) ? color.green : crossunder(close,ph3m) ? color.red : crossunder(close,pl3m) ? color.red  :  na
label3mH = crossover(close,ph3m) ? label.new(bar_index, 2, color=#00868b, text="3MH", textcolor=color.white, size=size.normal) : na
label3mL = crossunder(close,pl3m) ? label.new(bar_index, -3, color=#1c6071, text="3ML", textcolor=color.white, size=size.normal) : na
//p3mh= plot(ph3m, color=#1c6071, title= "3mH" , linewidth=0)
//p3ml= plot(pl3m, color=#1c6071, title= "3mL" , linewidth=0)
//fill(p3mh, p3ml, col3m, trns)
//#ff1493


//6M
res6M = input(title="HLPeriod6m", type=input.resolution, defval="6M")
ph6m = security(syminfo.tickerid, res6M, high[1], lookahead=true)
pl6m = security(syminfo.tickerid, res6M, low[1], lookahead=true)
//col6m = crossover(close,ph6m) ? color.lime : crossover(close,pl6m) ? color.green : crossunder(close,ph6m) ? color.red : crossunder(close,pl6m) ? color.red  :  na
label6mH = crossover(close,ph6m) ? label.new(bar_index, -4, color=#551a8b, text="6H", textcolor=color.white, size=size.normal) : na
label6mL = crossunder(close,pl6m) ? label.new(bar_index, -9, color=#912cee, text="6L", textcolor=color.white, size=size.normal) : na
//p6mh= plot(ph6m, color=#551a8b, title= "6mH" , linewidth=0)
//p6ml= plot(pl6m, color=#551a8b, title= "6mL" , linewidth=0)
//fill(p6mh, p6ml, col6m, trns)




//12M
res12M = input(title="HLPeriod12m", type=input.resolution, defval="12M")
ph12m = security(syminfo.tickerid, res12M, high[1], lookahead=true)
pl12m = security(syminfo.tickerid, res12M, low[1], lookahead=true)
//col12m = crossover(close,ph12m) ? color.lime : crossover(close,pl12m) ? color.green : crossunder(close,ph12m) ? color.red : crossunder(close,pl12m) ? color.red  :  na
label12mH = crossover(close,ph12m) ? label.new(bar_index, -10, color=#97ffff, text="YH", size=size.normal) : na
label12mL = crossunder(close,pl12m) ? label.new(bar_index, -15, color=#79cdcd, text="YL", size=size.normal) : na
//p12mh= plot(ph12m, color=#97ffff, title= "12mH" , linewidth=0)
//p12ml= plot(pl12m, color=#97ffff, title= "12mL" , linewidth=0)
//fill(p12mh, p12ml, col12m, trns)




PPW = security(syminfo.tickerid, resW, hlc3[1], lookahead=true)
PPM = security(syminfo.tickerid, resM, hlc3[1], lookahead=true)
PP3m = security(syminfo.tickerid, res3M, hlc3[1], lookahead=true)
PP6m = security(syminfo.tickerid, res6M, hlc3[1], lookahead=true)
PP12m = security(syminfo.tickerid, res12M, hlc3[1], lookahead=true)


WP1 =close>PPW or PPW<0 ? 1 : -1 
WP2 =close>plW or plW<0 ? 1 : -1 
WP3 =close>phW or phW<0 ? 1 : -1 
WT=WP1+WP2+WP3


MP1 =close>PPM or PPM<0 ? 1 : -1
MP2 =close>plM or plM<0 ? 1 : -1
MP3 =close>phM or phM<0 ? 1 : -1
MT=MP1+MP2+MP3


m3P1 =close>PP3m or PP3m<0 ? 1 : -1
m3P2 =close>pl3m or pl3m<0 ? 1 : -1
m3P3 =close>ph3m or ph3m<0 ? 1 : -1
M3T=m3P1+m3P2+m3P3


m6P1 =close>PP6m or PP6m<0 ? 1 : -1
m6P2 =close>pl6m or pl6m<0 ? 1 : -1
m6P3 =close>ph6m or ph6m<0 ? 1 : -1
M6T =m6P1+m6P2+m6P3


m12P1 =close>PP12m or PP12m<0 ? 1 : -1
m12P2 =close>pl12m or pl12m<0 ? 1 : -1
m12P3 =close>ph12m or ph12m<0 ? 1 : -1
M12T =m12P1+m12P2+m12P3




col3 = WT==(-3) ? color(#8b0000) : WT==(-2) ? color(#cd0000) : WT==(-1) ? color(#ff0000) :  WT==(0) ? color(#ffffff) : WT==(1) ? color(#7fffd4) : WT==(2) ? color(#8fbc8f) : WT==(3) ? color(#2e8b57) : na
WU =plot(15, "WU", color=color.black, transp=50, linewidth=2)
WA =plot(9, "WD", color=color.black, transp=100, linewidth=2)
fill (WU, WA, col3, trns)


colM = MT==(-3) ? color(#8b0000) : MT==(-2) ? color(#cd0000) : MT==(-1) ? color(#ff0000) :  MT==(0) ? color(#ffffff) : MT==(1) ? color(#7fffd4) : MT==(2) ? color(#8fbc8f) : MT==(3) ? color(#2e8b57) : na
MU =plot(8, "MU", color=color.black, transp=50, linewidth=2)
MA =plot(3, "MD", color=#68228b, transp=0, linewidth=2)
fill (MU, MA, colM, trns)






colM3 = M3T==(-3) ? color(#8b0000) : M3T==(-2) ? color(#cd0000) : M3T==(-1) ? color(#ff0000) :  M3T==(0) ? color(#ffffff) : M3T==(1) ? color(#7fffd4) : M3T==(2) ? color(#8fbc8f) : M3T==(3) ? color(#2e8b57) : na
Y3U =plot(2, "3U", color=color.black, transp=50, linewidth=2)
Y3A =plot(-3, "3D", color=color.black, transp=100, linewidth=2)
fill (Y3U, Y3A, colM3, trns)






col6 = M6T==(-3) ? color(#8b0000) : M6T==(-2) ? color(#cd0000) : M6T==(-1) ? color(#ff0000) :  M6T==(0) ? color(#ffffff) : M6T==(1) ? color(#7fffd4) : M6T==(2) ? color(#8fbc8f) : M6T==(3) ? color(#2e8b57) : na
Y6U =plot(-4, "6U", color=color.black, transp=50, linewidth=2)
Y6A =plot(-9, "6D", color=color.black, transp=100, linewidth=2)
fill (Y6U, Y6A, col6, trns)




col12 = M12T==(-3) ? color(#8b0000) : M12T==(-2) ? color(#cd0000) : M12T==(-1) ? color(#ff0000) :  M12T==(0) ? color(#ffffff) : M12T==(1) ? color(#7fffd4) : M12T==(2) ? color(#8fbc8f) : M12T==(3) ? color(#2e8b57) : na
Y12U =plot(-10, "YU", color=color.black, transp=0, linewidth=2)
Y12A =plot(-15, "YD", color=color.black, transp=100, linewidth=2)
fill (Y12U, Y12A, col12, trns)
TT=(WT+MT+M3T+M6T+M12T)


colCoin = close > PPW ? color.yellow : color.red


plot(TT, color=colCoin, title="Coin_P")


//II


symbolToGet = input(title="Hisse/Coin/Vb.", type=input.string, defval="BINANCE:BTCUSDT")


//W


phW_II = security(symbolToGet, resW, high[1], lookahead=true)
plW_II = security(symbolToGet, resW, low[1], lookahead=true)
PPW_II = security(symbolToGet, resW, hlc3[1], lookahead=true)
pcW_II = security(symbolToGet, timeframe.period, close, lookahead=true)




W_IIP1 =pcW_II>PPW_II or PPW_II<0 ? 1 : -1 
W_IIP2 =pcW_II>plW_II or plW_II<0 ? 1 : -1 
W_IIP3 =pcW_II>phW_II or phW_II<0 ? 1 : -1 
W_IIT=W_IIP1+W_IIP2+W_IIP3


colW_II = W_IIT==(-3) ? color(#8b0000) : W_IIT==(-2) ? color(#cd0000) : W_IIT==(-1) ? color(#ff0000) :  W_IIT==(0) ? color(#ffffff) : W_IIT==(1) ? color(#7fffd4) : W_IIT==(2) ? color(#8fbc8f) : W_IIT==(3) ? color(#2e8b57) : na
W_IIU =plot(22, "W_IIU", color=color.black, transp=50, linewidth=2)
W_IIA =plot(17, "W_IID", color=color.black, transp=100, linewidth=2)
fill (W_IIU, W_IIA, colW_II, trns)
//labelW_IIH = crossover(pcW_II,phW_II) ? label.new(bar_index, 15, color=#ff1493, text=symbolToGet + "WH", textcolor=color.white, size=size.tiny) : na
labelW_IIL = crossunder(pcW_II,plW_II) ? label.new(bar_index, 17, color=#8b0a50, text= symbolToGet + "WL"   , textcolor=color.white, size=size.tiny) : na


//M




phM_II = security(symbolToGet, resM, high[1], lookahead=true)
plM_II = security(symbolToGet, resM, low[1], lookahead=true)
PPM_II = security(symbolToGet, resM, hlc3[1], lookahead=true)
pcM_II = security(symbolToGet, timeframe.period, close, lookahead=true)




M_IIP1 =pcM_II>PPM_II or PPM_II<0 ? 1 : -1 
M_IIP2 =pcM_II>plM_II or plM_II<0 ? 1 : -1 
M_IIP3 =pcM_II>phM_II or phM_II<0 ? 1 : -1 
M_IIT=M_IIP1+M_IIP2+M_IIP3


colM_II = M_IIT==(-3) ? color(#8b0000) : M_IIT==(-2) ? color(#cd0000) : M_IIT==(-1) ? color(#ff0000) :  M_IIT==(0) ? color(#ffffff) : M_IIT==(1) ? color(#7fffd4) : M_IIT==(2) ? color(#8fbc8f) : M_IIT==(3) ? color(#2e8b57) : na
M_IIU =plot(28, "M_IIU", color=color.black, transp=50, linewidth=2)
M_IIA =plot(23, "M_IID", color=color.black, transp=100, linewidth=2)
fill (M_IIU, M_IIA, colM_II, trns)
labelM_IIH = crossover(pcM_II,phM_II) ? label.new(bar_index, 28, color=#ffa500, text= symbolToGet+ "MH", textcolor=color.white, size=size.small) : na
labelM_IIL = crossunder(pcM_II,plM_II) ? label.new(bar_index, 23, color=#ffa500, text=symbolToGet+ "ML", textcolor=color.white, size=size.small) : na


//3M




ph3M_II = security(symbolToGet, res3M, high[1], lookahead=true)
pl3M_II = security(symbolToGet, res3M, low[1], lookahead=true)
PP3M_II = security(symbolToGet, res3M, hlc3[1], lookahead=true)
pc3M_II = security(symbolToGet, timeframe.period, close, lookahead=true)




_3M_IIP1 =pc3M_II>PP3M_II or PP3M_II<0 ? 1 : -1 
_3M_IIP2 =pc3M_II>pl3M_II or pl3M_II<0 ? 1 : -1 
_3M_IIP3 =pc3M_II>ph3M_II or ph3M_II<0 ? 1 : -1 
_3M_IIT=_3M_IIP1+_3M_IIP2+_3M_IIP3


col3M_II = _3M_IIT==(-3) ? color(#8b0000) : _3M_IIT==(-2) ? color(#cd0000) : _3M_IIT==(-1) ? color(#ff0000) :  _3M_IIT==(0) ? color(#ffffff) : _3M_IIT==(1) ? color(#7fffd4) : _3M_IIT==(2) ? color(#8fbc8f) : _3M_IIT==(3) ? color(#2e8b57) : na
_3M_IIU =plot(34, "3M_IIU", color=color.black, transp=50, linewidth=2)
_3M_IIA =plot(29, "3M_IID", color=color.black, transp=100, linewidth=2)
fill (_3M_IIU, _3M_IIA, col3M_II, trns)
label3M_IIH = crossover(pc3M_II,ph3M_II) ? label.new(bar_index, 34, color=#00868b, text=symbolToGet+ "3MH", textcolor=color.white, size=size.normal) : na
label3M_IIL = crossunder(pc3M_II,pl3M_II) ? label.new(bar_index, 29, color=#1c6071, text=symbolToGet+"3ML", textcolor=color.white, size=size.normal) : na


//6M




ph6M_II = security(symbolToGet, res6M, high[1], lookahead=true)
pl6M_II = security(symbolToGet, res6M, low[1], lookahead=true)
PP6M_II = security(symbolToGet, res6M, hlc3[1], lookahead=true)
pc6M_II = security(symbolToGet, timeframe.period, close, lookahead=true)




_6M_IIP1 =pc6M_II>PP6M_II or PP6M_II<0 ? 1 : -1 
_6M_IIP2 =pc6M_II>pl6M_II or pl6M_II<0 ? 1 : -1 
_6M_IIP3 =pc6M_II>ph6M_II or ph6M_II<0 ? 1 : -1 
_6M_IIT=_6M_IIP1+_6M_IIP2+_6M_IIP3


col6M_II = _6M_IIT==(-3) ? color(#8b0000) : _6M_IIT==(-2) ? color(#cd0000) : _6M_IIT==(-1) ? color(#ff0000) :  _6M_IIT==(0) ? color(#ffffff) : _6M_IIT==(1) ? color(#7fffd4) : _6M_IIT==(2) ? color(#8fbc8f) : _6M_IIT==(3) ? color(#2e8b57) : na
_6M_IIU =plot(40, "6M_IIU", color=color.black, transp=50, linewidth=2)
_6M_IIA =plot(35, "6M_IID", color=color.black, transp=100, linewidth=2)
fill (_6M_IIU, _6M_IIA, col6M_II, trns)
label6M_IIH = crossover(pc6M_II,ph6M_II) ? label.new(bar_index, 40, color=#551a8b, text=symbolToGet+ "6MH", textcolor=color.white, size=size.normal) : na
label6M_IIL = crossunder(pc6M_II,pl6M_II) ? label.new(bar_index, 30, color=#912cee, text=symbolToGet+ "6ML", textcolor=color.white, size=size.normal) : na




//12M




ph12M_II = security(symbolToGet, res12M, high[1], lookahead=true)
pl12M_II = security(symbolToGet, res12M, low[1], lookahead=true)
PP12M_II = security(symbolToGet, res12M, hlc3[1], lookahead=true)
pc12M_II = security(symbolToGet, timeframe.period, close, lookahead=true)




_12M_IIP1 =pc12M_II>PP12M_II or PP12M_II<0 ? 1 : -1 
_12M_IIP2 =pc12M_II>pl12M_II or pl12M_II<0 ? 1 : -1 
_12M_IIP3 =pc12M_II>ph12M_II or ph12M_II<0 ? 1 : -1 
_12M_IIT=_12M_IIP1+_12M_IIP2+_12M_IIP3


col12M_II = _12M_IIT==(-3) ? color(#8b0000) : _12M_IIT==(-2) ? color(#cd0000) : _12M_IIT==(-1) ? color(#ff0000) :  _12M_IIT==(0) ? color(#ffffff) : _12M_IIT==(1) ? color(#7fffd4) : _12M_IIT==(2) ? color(#8fbc8f) : _12M_IIT==(3) ? color(#2e8b57) : na
_12M_IIU =plot(46, "12M_IIU", color=color.black, transp=50, linewidth=2)
_12M_IIA =plot(41, "12M_IID", color=color.black, transp=100, linewidth=2)
fill (_12M_IIU, _12M_IIA, col12M_II, trns)
label12M_IIH = crossover(pc12M_II,ph12M_II) ? label.new(bar_index, 46, color=#97ffff, text=symbolToGet+ "12MH", textcolor=color.white, size=size.normal) : na
label12M_IIL = crossunder(pc12M_II,pl12M_II) ? label.new(bar_index, 41, color=#79cdcd, text=symbolToGet+ "12ML", textcolor=color.white, size=size.normal) : na


TT_II=(W_IIT+M_IIT+_3M_IIT+_6M_IIT+_12M_IIT + 31)


colBTC = pcW_II > PPW_II ? color.yellow : color.red


plot(TT_II, color=colBTC, title="BTC_P")








lensig = input(14, title="ADX Smoothing", minval=1, maxval=50)
len = input(14, minval=1, title="DI Length")
up = change(high)
down = -change(low)
plusDM = na(up) ? na : (up > down and up > 0 ? up : 0)
minusDM = na(down) ? na : (down > up and down > 0 ? down : 0)
trur = rma(tr, len)
plus = fixnan(100 * rma(plusDM, len) / trur)
minus = fixnan(100 * rma(minusDM, len) / trur)
sum = plus + minus
adx = 100 * rma(abs(plus - minus) / (sum == 0 ? 1 : sum), lensig)
plot(adx, color=#FF006E, title="ADX", linewidth=2)
plot(plus, color=#0094FF, title="+DI",linewidth=2)
plot(minus, color=#b0e0e6, title="-DI",linewidth=2)

[obblomovv]

Örnekler:














Son olarak...

-"Ne iþe yarar bu? Nasýl kullanýrýz?" sorusu aklýna gelen varsa...
ETHUSDT ve BTCUSDT grafikleri üzerinde anlatayým(aþaðýda):

Ýþaretli bölgede ETHUSDT tarafýnda herþey güllük gülistanlýkken...
BTCUSDT tarafýnda grafik yönü deðiþmeye baþladý,
Kendi momentumu ile bir süre daha direnen ETH,
Artýk BTC öncülüðünde bozulan piyasaya dayanamadý ve o da yönünü çevirdi.

Benzer veya tersi durumlarý ikililerde tespit edebilmek için faydalý olabilir diye düþünüyorum.
Elinizdeki hisse bir süre endeksin tersine hareket edebilir ama üst periyotta(örneðin Aylýk)
endeks görünümü tersine dönerse...
Diðer ikilileri de sizin hayalinize býrakýyorum.
Ýyi hafta sonlarý....

[Kandirildim]

Baþlýðý yeni farkettim. Hayýrlý olsun.
Tradingview çok büyüðünü hak ediyor.

Emeklerinize saðlýk sn yörük ve sn obblomovv.

[Kandirildim]

SN obblomovv

Altta bahsettiðiniz strateji için bir iki örnek açýklama yapabilir misiniz.
1dk lýk için.

Bence sistem kurgularken tek bir göstergeden ziyade,

1-Trend indikatörü(MTF),
2-Ortalamalarý göz önüne alan bir alt sistem(MTF),
3-Pivotlarý kontrol eden baþka bir alt sistem(MTF),
4-Ichimolu sinyallerini deðerlendiren bir alt sistem(MTF)

bileþkesini almak iyi olabilir.

Özetle:
A-Ana yön bilgisi(Aylýk, Haftalýk, Günlük)
B-Alt periyotlardan gelen veriler,
C-Açýlacak pozisyonun(yönüne göre) toslayabileceði destek-dirençleri gözleyen baþka bir araç gerekli.