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RSI
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//@version=4
// This source code is subject to the terms of the Creative Commons Zero v1.0 Universal license
// https://github.com/fikira12/Divergences
// https://github.com/fikira12/Divergences/blob/master/RSI
// Copyright (c) 2019 @fikira
study(title="[fikira] RSI + Divergences 2", shorttitle="RSI + DIV 2")
// RSI
col_black = color.new(color.black, 100)
src = close, len = input(14, minval=1, title="Length")
up = rma(max(change(src), 0), len)
down = rma(-min(change(src), 0), len)
rsi = down == 0 ? 100 : up == 0 ? 0 : 100 - (100 / (1 + up / down))
plot(rsi, color=color.yellow, linewidth=1, transp=0, title="RSI Line")
h2 = hline(20, color=col_black, linestyle=hline.style_dotted, title="Extreme Oversold Rsi")
h3 = hline(30, color=col_black, linestyle=hline.style_dotted, title="Oversold Rsi")
hline(50, color=color.yellow, linestyle=hline.style_dotted, title="Middle line")
h7 = hline(70, color=col_black, linestyle=hline.style_dotted, title="Overbought Rsi")
h8 = hline(80, color=col_black, linestyle=hline.style_dotted, title="Extreme Overbought Rsi")
fill(h7, h8, color=color.red,transp=80, title="BG Color overbought to extreme overbought zone")
fill(h2, h3, color=color.green, transp=80, title="BG Color oversold to extreme oversold zone")
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
DIV = input(false, title="-<><><><><><>[Divergences]<><><><><><>-")
nwh = close > open ? close : na
nwl = close < open ? close : na
nwh_ = close > open ? high : close < open ? high : na
nwl_ = close > open ? low : close < open ? low : na
show_div = input(true, title="Show Regular Divergences")
show_hiddiv = input(true, title="Show Hidden Divergences")
arrows = input(true, title="Just Show Arrows (No Lines)")
dot = input(title="[Divergences] Line Type", defval="solid", options=["solid", "dashed", "dotted"])
lw = input(1, minval=0, maxval=10, title="[Divergences] linewidth")
_dot = line.style_solid
if dot == "solid"
_dot := line.style_solid
else
if dot == "dashed"
_dot := line.style_dashed
else
if dot == "dotted"
_dot := line.style_dotted
//solid = input(title="Line Type [Connections]", defval="solid", options=["solid", "dashed", "dotted"])
//_solid = line.style_solid
//if solid == "solid"
// _solid := line.style_solid
//else
// if solid == "dashed"
// _solid := line.style_dashed
// else
// if solid == "dotted"
// _solid := line.style_dotted
symbl = input(title="[Divergences] Bullish Labels", defval="Label Up",
options=["Label Up", "Arrow Up", "Triangle Up", "Circle", "Square", "Xcross", "Cross", "Flag", "Diamond"])
_symbl = label.style_labelup
if symbl == "Label Up"
_symbl := label.style_labelup
else
if symbl == "Arrow Up"
_symbl := label.style_arrowup
else
if symbl == "Triangle Up"
_symbl := label.style_triangleup
else
if symbl == "Circle"
_symbl := label.style_circle
else
if symbl == "Square"
_symbl := label.style_square
else
if symbl == "Xcross"
_symbl := label.style_xcross
else
if symbl == "Cross"
_symbl := label.style_cross
else
if symbl == "Flag"
_symbl := label.style_flag
else
if symbl == "Diamond"
_symbl := label.style_diamond
symbr = input(title="[Divergences] Bearish Labels", defval="Label Down",
options=["Label Down", "Arrow Down", "Triangle Down", "Circle", "Square", "Xcross", "Cross", "Flag", "Diamond"])
_symbr = label.style_labeldown
if symbr == "Label Down"
_symbr := label.style_labeldown
else
if symbr == "Arrow Down"
_symbr := label.style_arrowdown
else
if symbr == "Triangle Down"
_symbr := label.style_triangledown
else
if symbr == "Circle"
_symbr := label.style_circle
else
if symbr == "Square"
_symbr := label.style_square
else
if symbr == "Xcross"
_symbr := label.style_xcross
else
if symbr == "Cross"
_symbr := label.style_cross
else
if symbr == "Flag"
_symbr := label.style_flag
else
if symbr == "Diamond"
_symbr := label.style_diamond
size = input(title="[Divergences] Label Size", defval="Auto",
options=["Tiny", "Small", "Normal", "Auto"])
_size = size.auto
if size == "Tiny"
_size := size.tiny
else
if size == "Small"
_size := size.small
else
if size == "Normal"
_size := size.normal
else
if size == "Auto"
_size := size.auto
Bars = input(false, title="-<><><><><><>[LeftBars RightBars]<><><><><><>-")
LB = input(10, title = "LeftBars")
RB = input(1, title = "RightBars")
ph = pivothigh(nwh, LB, RB)
pl = pivotlow(nwl, LB, RB)
ph_ = pivothigh(nwh_, LB, RB)
pl_ = pivotlow(nwl_, LB, RB)
rh = pivothigh(rsi, LB, RB)
rl = pivotlow(rsi, LB, RB)
hh0 = valuewhen(ph, nwh[1], 0)
ll0 = valuewhen(pl, nwl[1], 0)
rsih0 = hh0 ? valuewhen(ph, rsi[1], 0) : na
rsil0 = ll0 ? valuewhen(pl, rsi[1], 0) : na
//plotshape(ll0 and pl ? ll0 : na, color=color.olive)
//plotshape(rsil0 and pl ? rsil0 : na, color=color.red, location=location.belowbar)
hh1 = hh0 ? valuewhen(ph, nwh[1], 1) : na
hh1_ = hh0 ? valuewhen(ph, nwh_[1], 1) : na
ll1 = ll0 ? valuewhen(pl, nwl[1], 1) : na
ll1_ = ll0 ? valuewhen(pl, nwl_[1], 1) : na
rsih1 = hh0 ? valuewhen(ph, rsi[1], 1) : na
rsil1 = ll0 ? valuewhen(pl, rsi[1], 1) : na
//plotshape(ll1 and pl ? ll1 : na)
hh2 = hh0 ? valuewhen(ph, nwh[1], 2) : na
hh2_ = hh0 ? valuewhen(ph, nwh_[1], 2) : na
ll2 = ll0 ? valuewhen(pl, nwl[1], 2) : na
ll2_ = ll0 ? valuewhen(pl, nwl_[1], 2) : na
rsih2 = hh0 ? valuewhen(ph, rsi[1], 2) : na
rsil2 = ll0 ? valuewhen(pl, rsi[1], 2) : na
hh3 = hh0 ? valuewhen(ph, nwh[1], 3) : na
hh3_ = hh0 ? valuewhen(ph, nwh_[1], 3) : na
ll3 = ll0 ? valuewhen(pl, nwl[1], 3) : na
ll3_ = ll0 ? valuewhen(pl, nwl_[1], 3) : na
rsih3 = hh0 ? valuewhen(ph, rsi[1], 3) : na
rsil3 = ll0 ? valuewhen(pl, rsi[1], 3) : na
hh4 = hh0 ? valuewhen(ph, nwh[1], 4) : na
hh4_ = hh0 ? valuewhen(ph, nwh_[1], 4) : na
ll4 = ll0 ? valuewhen(pl, nwl[1], 4) : na
ll4_ = ll0 ? valuewhen(pl, nwl_[1], 4) : na
rsih4 = hh0 ? valuewhen(ph, rsi[1], 4) : na
rsil4 = ll0 ? valuewhen(pl, rsi[1], 4) : na
hh5 = hh0 ? valuewhen(ph, nwh[1], 5) : na
hh5_ = hh0 ? valuewhen(ph, nwh_[1], 5) : na
ll5 = ll0 ? valuewhen(pl, nwl[1], 5) : na
ll5_ = ll0 ? valuewhen(pl, nwl_[1], 5) : na
rsih5 = hh0 ? valuewhen(ph, rsi[1], 5) : na
rsil5 = ll0 ? valuewhen(pl, rsi[1], 5) : na
hh6 = hh0 ? valuewhen(ph, nwh[1], 6) : na
hh6_ = hh0 ? valuewhen(ph, nwh_[1], 6) : na
ll6 = ll0 ? valuewhen(pl, nwl[1], 6) : na
ll6_ = ll0 ? valuewhen(pl, nwl_[1], 6) : na
rsih6 = hh0 ? valuewhen(ph, rsi[1], 6) : na
rsil6 = ll0 ? valuewhen(pl, rsi[1], 6) : na
hh7 = hh0 ? valuewhen(ph, nwh[1], 7) : na
hh7_ = hh0 ? valuewhen(ph, nwh_[1], 7) : na
ll7 = ll0 ? valuewhen(pl, nwl[1], 7) : na
ll7_ = ll0 ? valuewhen(pl, nwl_[1], 7) : na
rsih7 = hh0 ? valuewhen(ph, rsi[1], 7) : na
rsil7 = ll0 ? valuewhen(pl, rsi[1], 7) : na
hh8 = hh0 ? valuewhen(ph, nwh[1], 8) : na
hh8_ = hh0 ? valuewhen(ph, nwh_[1], 8) : na
ll8 = ll0 ? valuewhen(pl, nwl[1], 8) : na
ll8_ = ll0 ? valuewhen(pl, nwl_[1], 8) : na
rsih8 = hh0 ? valuewhen(ph, rsi[1], 8) : na
rsil8 = ll0 ? valuewhen(pl, rsi[1], 8) : na
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
_m = input(title="Margin", defval="0", options=["0", "0.236", "0.382", "0.5", "0.618", "0.786", "1", "1.272", "1.618", "1.786", "2"])
m = 0.5
if _m == "0"
m := 0
else
if _m == "0.236"
m := 0.236
else
if _m == "0.382"
m := 0.382
else
if _m == "0.5"
m := 0.5
else
if _m == "0.618"
m := 0.618
else
if _m == "0.786"
m := 0.786
else
if _m == "1"
m := 1
else
if _m == "1.272"
m := 1.272
else
if _m == "1.618"
m := 1.618
else
if _m == "1.786"
m := 1.786
else
if _m == "2"
m := 2
// Bullish Divergences = close LL - RSI HL
close_LL1 = ll0 < ll1
rsi_HL1 = rsil0 > rsil1
close_LL2 = ll0 < ll2
and ll1 > ll0 and ll1 > (ll2_ - ((ll2_ - ll0) * m))
rsi_HL2 = rsil0 > rsil2
and rsil1 > rsil2
and rsil1 > (rsil2 + ((rsil0 - rsil2) / 2))
close_LL3 = ll0 < ll3
and ll1 > ll0 and ll1 > (ll3_ - ((ll3_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll3_ - ((ll3_ - ll0) * m))
rsi_HL3 = rsil0 > rsil3
and rsil1 > (rsil3 + ((rsil0 - rsil3) / 2))
and rsil2 > (rsil3 + ((rsil0 - rsil3) / 2))
close_LL4 = ll0 < ll4
and ll1 > ll0 and ll1 > (ll4_ - ((ll4_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll4_ - ((ll4_ - ll0) * m))
and ll3 > ll0 and ll3 > (ll4_ - ((ll4_ - ll0) * m))
rsi_HL4 = rsil0 > rsil4
and rsil1 > (rsil4 + ((rsil0 - rsil4) / 2))
and rsil2 > (rsil4 + ((rsil0 - rsil4) / 2))
and rsil3 > (rsil4 + ((rsil0 - rsil4) / 2))
close_LL5 = ll0 < ll5
and ll1 > ll0 and ll1 > (ll5_ - ((ll5_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll5_ - ((ll5_ - ll0) * m))
and ll3 > ll0 and ll3 > (ll5_ - ((ll5_ - ll0) * m))
and ll4 > ll0 and ll4 > (ll5_ - ((ll5_ - ll0) * m))
rsi_HL5 = rsil0 > rsil5
and rsil1 > (rsil5 + ((rsil0 - rsil5) / 2))
and rsil2 > (rsil5 + ((rsil0 - rsil5) / 2))
and rsil3 > (rsil5 + ((rsil0 - rsil5) / 2))
and rsil4 > (rsil5 + ((rsil0 - rsil5) / 2))
close_LL6 = ll0 < ll6
and ll1 > ll0 and ll1 > (ll6_ - ((ll6_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll6_ - ((ll6_ - ll0) * m))
and ll3 > ll0 and ll3 > (ll6_ - ((ll6_ - ll0) * m))
and ll4 > ll0 and ll4 > (ll6_ - ((ll6_ - ll0) * m))
and ll5 > ll0 and ll5 > (ll6_ - ((ll6_ - ll0) * m))
rsi_HL6 = rsil0 > rsil6
and rsil1 > (rsil6 + ((rsil0 - rsil6) / 2))
and rsil2 > (rsil6 + ((rsil0 - rsil6) / 2))
and rsil3 > (rsil6 + ((rsil0 - rsil6) / 2))
and rsil4 > (rsil6 + ((rsil0 - rsil6) / 2))
and rsil5 > (rsil6 + ((rsil0 - rsil6) / 2))
close_LL7 = ll0 < ll7
and ll1 > ll0 and ll1 > (ll7_ - ((ll7_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll7_ - ((ll7_ - ll0) * m))
and ll3 > ll0 and ll3 > (ll7_ - ((ll7_ - ll0) * m))
and ll4 > ll0 and ll4 > (ll7_ - ((ll7_ - ll0) * m))
and ll5 > ll0 and ll5 > (ll7_ - ((ll7_ - ll0) * m))
and ll6 > ll0 and ll6 > (ll7_ - ((ll7_ - ll0) * m))
rsi_HL7 = rsil0 > rsil7
and rsil1 > (rsil7 + ((rsil0 - rsil7) / 2))
and rsil2 > (rsil7 + ((rsil0 - rsil7) / 2))
and rsil3 > (rsil7 + ((rsil0 - rsil7) / 2))
and rsil4 > (rsil7 + ((rsil0 - rsil7) / 2))
and rsil5 > (rsil7 + ((rsil0 - rsil7) / 2))
and rsil6 > (rsil7 + ((rsil0 - rsil7) / 2))
close_LL8 = ll0 < ll8
and ll1 > ll0 and ll1 > (ll8_ - ((ll8_ - ll0) * m))
and ll2 > ll0 and ll2 > (ll8_ - ((ll8_ - ll0) * m))
and ll3 > ll0 and ll3 > (ll8_ - ((ll8_ - ll0) * m))
and ll4 > ll0 and ll4 > (ll8_ - ((ll8_ - ll0) * m))
and ll5 > ll0 and ll5 > (ll8_ - ((ll8_ - ll0) * m))
and ll6 > ll0 and ll6 > (ll8_ - ((ll8_ - ll0) * m))
and ll7 > ll0 and ll7 > (ll8_ - ((ll8_ - ll0) * m))
rsi_HL8 = rsil0 > rsil8
and rsil1 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil2 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil3 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil4 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil5 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil6 > (rsil8 + ((rsil0 - rsil8) / 2))
and rsil7 > (rsil8 + ((rsil0 - rsil8) / 2))
div_bull_1 = close_LL1 and rsi_HL1
div_bull_2 = close_LL2 and rsi_HL2
div_bull_3 = close_LL3 and rsi_HL3
div_bull_4 = close_LL4 and rsi_HL4
div_bull_5 = close_LL5 and rsi_HL5
div_bull_6 = close_LL6 and rsi_HL6
div_bull_7 = close_LL7 and rsi_HL7
div_bull_8 = close_LL8 and rsi_HL8
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Bearish Divergences = close HH - RSI LH
close_HH1 = hh0 > hh1
rsi_LH1 = rsih0 < rsih1
close_HH2 = hh0 > hh2
and hh1 < hh0 and hh1 < (hh2_ + ((hh0 - hh2_) * m))
rsi_LH2 = rsih0 < rsih2
and rsih1 < (rsih2 - ((rsih2 - rsih0) / 2))
close_HH3 = hh0 > hh3
and hh1 < hh0 and hh1 < (hh3_ + ((hh0 - hh3_) * m))
and hh2 < hh0 and hh2 < (hh3_ + ((hh0 - hh3_) * m))
rsi_LH3 = rsih0 < rsih3
and rsih1 < (rsih3 - ((rsih3 - rsih0) / 2))
and rsih2 < (rsih3 - ((rsih3 - rsih0) / 2))
close_HH4 = hh0 > hh4
and hh1 < hh0 and hh1 < (hh4_ + ((hh0 - hh4_) * m))
and hh2 < hh0 and hh2 < (hh4_ + ((hh0 - hh4_) * m))
and hh3 < hh0 and hh3 < (hh4_ + ((hh0 - hh4_) * m))
rsi_LH4 = rsih0 < rsih4
and rsih1 < (rsih4 - ((rsih4 - rsih0) / 2))
and rsih2 < (rsih4 - ((rsih4 - rsih0) / 2))
and rsih3 < (rsih4 - ((rsih4 - rsih0) / 2))
close_HH5 = hh0 > hh5
and hh1 < hh0 and hh1 < (hh5_ + ((hh0 - hh5_) * m))
and hh2 < hh0 and hh2 < (hh5_ + ((hh0 - hh5_) * m))
and hh3 < hh0 and hh3 < (hh5_ + ((hh0 - hh5_) * m))
and hh4 < hh0 and hh4 < (hh5_ + ((hh0 - hh5_) * m))
rsi_LH5 = rsih0 < rsih5
and rsih1 < (rsih5 - ((rsih5 - rsih0) / 2))
and rsih2 < (rsih5 - ((rsih5 - rsih0) / 2))
and rsih3 < (rsih5 - ((rsih5 - rsih0) / 2))
and rsih4 < (rsih5 - ((rsih5 - rsih0) / 2))
close_HH6 = hh0 > hh6
and hh1 < hh0 and hh1 < (hh6_ + ((hh0 - hh6_) * m))
and hh2 < hh0 and hh2 < (hh6_ + ((hh0 - hh6_) * m))
and hh3 < hh0 and hh3 < (hh6_ + ((hh0 - hh6_) * m))
and hh4 < hh0 and hh4 < (hh6_ + ((hh0 - hh6_) * m))
and hh5 < hh0 and hh5 < (hh6_ + ((hh0 - hh6_) * m))
rsi_LH6 = rsih0 < rsih6
and rsih1 < (rsih6 - ((rsih6 - rsih0) / 2))
and rsih2 < (rsih6 - ((rsih6 - rsih0) / 2))
and rsih3 < (rsih6 - ((rsih6 - rsih0) / 2))
and rsih4 < (rsih6 - ((rsih6 - rsih0) / 2))
and rsih5 < (rsih6 - ((rsih6 - rsih0) / 2))
close_HH7 = hh0 > hh7
and hh1 < hh0 and hh1 < (hh7_ + ((hh0 - hh7_) * m))
and hh2 < hh0 and hh2 < (hh7_ + ((hh0 - hh7_) * m))
and hh3 < hh0 and hh3 < (hh7_ + ((hh0 - hh7_) * m))
and hh4 < hh0 and hh4 < (hh7_ + ((hh0 - hh7_) * m))
and hh5 < hh0 and hh5 < (hh7_ + ((hh0 - hh7_) * m))
and hh6 < hh0 and hh6 < (hh7_ + ((hh0 - hh7_) * m))
rsi_LH7 = rsih0 < rsih7
and rsih1 < (rsih7 - ((rsih7 - rsih0) / 2))
and rsih2 < (rsih7 - ((rsih7 - rsih0) / 2))
and rsih3 < (rsih7 - ((rsih7 - rsih0) / 2))
and rsih4 < (rsih7 - ((rsih7 - rsih0) / 2))
and rsih5 < (rsih7 - ((rsih7 - rsih0) / 2))
and rsih6 < (rsih7 - ((rsih7 - rsih0) / 2))
close_HH8 = hh0 > hh8
and hh1 < hh0 and hh1 < (hh8_ + ((hh0 - hh8_) * m))
and hh2 < hh0 and hh2 < (hh8_ + ((hh0 - hh8_) * m))
and hh3 < hh0 and hh3 < (hh8_ + ((hh0 - hh8_) * m))
and hh4 < hh0 and hh4 < (hh8_ + ((hh0 - hh8_) * m))
and hh5 < hh0 and hh5 < (hh8_ + ((hh0 - hh8_) * m))
and hh6 < hh0 and hh6 < (hh8_ + ((hh0 - hh8_) * m))
and hh7 < hh0 and hh7 < (hh8_ + ((hh0 - hh8_) * m))
rsi_LH8 = rsih0 < rsih8
and rsih1 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih2 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih3 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih4 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih5 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih6 < (rsih8 - ((rsih8 - rsih0) / 2))
and rsih7 < (rsih8 - ((rsih8 - rsih0) / 2))
div_bear_1 = close_HH1 and rsi_LH1
div_bear_2 = close_HH2 and rsi_LH2
div_bear_3 = close_HH3 and rsi_LH3
div_bear_4 = close_HH4 and rsi_LH4
div_bear_5 = close_HH5 and rsi_LH5
div_bear_6 = close_HH6 and rsi_LH6
div_bear_7 = close_HH7 and rsi_LH7
div_bear_8 = close_HH8 and rsi_LH8
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Hidden Bullish Divergences = close HL - RSI LL
close_HL1 = ll0 > ll1
rsi_LL1 = rsil0 < rsil1
close_HL2 = ll0 > ll2
and ll1 > ll0 and ll1 > (ll2_ - ((ll0 - ll2_) * m))
rsi_LL2 = rsil0 < rsil2
and rsil1 > (rsil2 - ((rsil2 - rsil0) / 2))
close_HL3 = ll0 > ll3
and ll1 > ll0 and ll1 > (ll3_ - ((ll0 - ll3_) * m))
and ll2 > ll0 and ll2 > (ll3_ - ((ll0 - ll3_) * m))
rsi_LL3 = rsil0 < rsil3
and rsil1 > (rsil3 - ((rsil3 - rsil0) / 2))
and rsil2 > (rsil3 - ((rsil3 - rsil0) / 2))
close_HL4 = ll0 > ll4
and ll1 > ll0 and ll1 > (ll4_ - ((ll0 - ll4_) * m))
and ll2 > ll0 and ll2 > (ll4_ - ((ll0 - ll4_) * m))
and ll3 > ll0 and ll3 > (ll4_ - ((ll0 - ll4_) * m))
rsi_LL4 = rsil0 < rsil4
and rsil1 > (rsil4 - ((rsil4 - rsil0) / 2))
and rsil2 > (rsil4 - ((rsil4 - rsil0) / 2))
and rsil3 > (rsil4 - ((rsil4 - rsil0) / 2))
close_HL5 = ll0 > ll5
and ll1 > ll0 and ll1 > (ll5_ - ((ll0 - ll5_) * m))
and ll2 > ll0 and ll2 > (ll5_ - ((ll0 - ll5_) * m))
and ll3 > ll0 and ll3 > (ll5_ - ((ll0 - ll5_) * m))
and ll4 > ll0 and ll4 > (ll5_ - ((ll0 - ll5_) * m))
rsi_LL5 = rsil0 < rsil5
and rsil1 > (rsil5 - ((rsil5 - rsil0) / 2))
and rsil2 > (rsil5 - ((rsil5 - rsil0) / 2))
and rsil3 > (rsil5 - ((rsil5 - rsil0) / 2))
and rsil4 > (rsil5 - ((rsil5 - rsil0) / 2))
close_HL6 = ll0 > ll6
and ll1 > ll0 and ll1 > (ll6_ - ((ll0 - ll6_) * m))
and ll2 > ll0 and ll2 > (ll6_ - ((ll0 - ll6_) * m))
and ll3 > ll0 and ll3 > (ll6_ - ((ll0 - ll6_) * m))
and ll4 > ll0 and ll4 > (ll6_ - ((ll0 - ll6_) * m))
and ll5 > ll0 and ll5 > (ll6_ - ((ll0 - ll6_) * m))
rsi_LL6 = rsil0 < rsil6
and rsil1 > (rsil6 - ((rsil6 - rsil0) / 2))
and rsil2 > (rsil6 - ((rsil6 - rsil0) / 2))
and rsil3 > (rsil6 - ((rsil6 - rsil0) / 2))
and rsil4 > (rsil6 - ((rsil6 - rsil0) / 2))
and rsil5 > (rsil6 - ((rsil6 - rsil0) / 2))
close_HL7 = ll0 > ll7
and ll1 > ll0 and ll1 > (ll7_ - ((ll0 - ll7_) * m))
and ll2 > ll0 and ll2 > (ll7_ - ((ll0 - ll7_) * m))
and ll3 > ll0 and ll3 > (ll7_ - ((ll0 - ll7_) * m))
and ll4 > ll0 and ll4 > (ll7_ - ((ll0 - ll7_) * m))
and ll5 > ll0 and ll5 > (ll7_ - ((ll0 - ll7_) * m))
and ll6 > ll0 and ll6 > (ll7_ - ((ll0 - ll7_) * m))
rsi_LL7 = rsil0 < rsil7
and rsil1 > (rsil7 - ((rsil7 - rsil0) / 2))
and rsil2 > (rsil7 - ((rsil7 - rsil0) / 2))
and rsil3 > (rsil7 - ((rsil7 - rsil0) / 2))
and rsil4 > (rsil7 - ((rsil7 - rsil0) / 2))
and rsil5 > (rsil7 - ((rsil7 - rsil0) / 2))
and rsil6 > (rsil7 - ((rsil7 - rsil0) / 2))
close_HL8 = ll0 > ll8
and ll1 > ll0 and ll1 > (ll8_ - ((ll0 - ll8_) * m))
and ll2 > ll0 and ll2 > (ll8_ - ((ll0 - ll8_) * m))
and ll3 > ll0 and ll3 > (ll8_ - ((ll0 - ll8_) * m))
and ll4 > ll0 and ll4 > (ll8_ - ((ll0 - ll8_) * m))
and ll5 > ll0 and ll5 > (ll8_ - ((ll0 - ll8_) * m))
and ll6 > ll0 and ll6 > (ll8_ - ((ll0 - ll8_) * m))
and ll7 > ll0 and ll7 > (ll8_ - ((ll0 - ll8_) * m))
rsi_LL8 = rsil0 < rsil8
and rsil1 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil2 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil3 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil4 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil5 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil6 > (rsil8 - ((rsil8 - rsil0) / 2))
and rsil7 > (rsil8 - ((rsil8 - rsil0) / 2))
hid_div_bull_1 = close_HL1 and rsi_LL1
hid_div_bull_2 = close_HL2 and rsi_LL2
hid_div_bull_3 = close_HL3 and rsi_LL3
hid_div_bull_4 = close_HL4 and rsi_LL4
hid_div_bull_5 = close_HL5 and rsi_LL5
hid_div_bull_6 = close_HL6 and rsi_LL6
hid_div_bull_7 = close_HL7 and rsi_LL7
hid_div_bull_8 = close_HL8 and rsi_LL8
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Hidden Bearish Divergences = close LH - RSI HH
close_LH1 = hh0 < hh1
rsi_HH1 = rsih0 > rsih1
close_LH2 = hh0 < hh2
and hh1 < hh0 and hh1 < (hh2_ + ((hh2_ - hh0) * m))
rsi_HH2 = rsih0 > rsih2
and rsih1 < (rsih2 + ((rsih0 - rsih2) / 2))
close_LH3 = hh0 < hh3
and hh1 < hh0 and hh1 < (hh3_ + ((hh3_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh3_ + ((hh3_ - hh0) * m))
rsi_HH3 = rsih0 > rsih3
and rsih1 < (rsih3 + ((rsih0 - rsih3) / 2))
and rsih2 < (rsih3 + ((rsih0 - rsih3) / 2))
close_LH4 = hh0 < hh4
and hh1 < hh0 and hh1 < (hh4_ + ((hh4_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh4_ + ((hh4_ - hh0) * m))
and hh3 < hh0 and hh3 < (hh4_ + ((hh4_ - hh0) * m))
rsi_HH4 = rsih0 > rsih4
and rsih1 < (rsih4 + ((rsih0 - rsih4) / 2))
and rsih2 < (rsih4 + ((rsih0 - rsih4) / 2))
and rsih3 < (rsih4 + ((rsih0 - rsih4) / 2))
close_LH5 = hh0 < hh5
and hh1 < hh0 and hh1 < (hh5_ + ((hh5_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh5_ + ((hh5_ - hh0) * m))
and hh3 < hh0 and hh3 < (hh5_ + ((hh5_ - hh0) * m))
and hh4 < hh0 and hh4 < (hh5_ + ((hh5_ - hh0) * m))
rsi_HH5 = rsih0 > rsih5
and rsih1 < (rsih5 + ((rsih0 - rsih5) / 2))
and rsih2 < (rsih5 + ((rsih0 - rsih5) / 2))
and rsih3 < (rsih5 + ((rsih0 - rsih5) / 2))
and rsih4 < (rsih5 + ((rsih0 - rsih5) / 2))
close_LH6 = hh0 < hh6
and hh1 < hh0 and hh1 < (hh6_ + ((hh6_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh6_ + ((hh6_ - hh0) * m))
and hh3 < hh0 and hh3 < (hh6_ + ((hh6_ - hh0) * m))
and hh4 < hh0 and hh4 < (hh6_ + ((hh6_ - hh0) * m))
and hh5 < hh0 and hh5 < (hh6_ + ((hh6_ - hh0) * m))
rsi_HH6 = rsih0 > rsih6
and rsih1 < (rsih6 + ((rsih0 - rsih6) / 2))
and rsih2 < (rsih6 + ((rsih0 - rsih6) / 2))
and rsih3 < (rsih6 + ((rsih0 - rsih6) / 2))
and rsih4 < (rsih6 + ((rsih0 - rsih6) / 2))
and rsih5 < (rsih6 + ((rsih0 - rsih6) / 2))
close_LH7 = hh0 < hh7
and hh1 < hh0 and hh1 < (hh7_ + ((hh7_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh7_ + ((hh7_ - hh0) * m))
and hh3 < hh0 and hh3 < (hh7_ + ((hh7_ - hh0) * m))
and hh4 < hh0 and hh4 < (hh7_ + ((hh7_ - hh0) * m))
and hh5 < hh0 and hh5 < (hh7_ + ((hh7_ - hh0) * m))
and hh6 < hh0 and hh6 < (hh7_ + ((hh7_ - hh0) * m))
rsi_HH7 = rsih0 > rsih7
and rsih1 < (rsih7 + ((rsih0 - rsih7) / 2))
and rsih2 < (rsih7 + ((rsih0 - rsih7) / 2))
and rsih3 < (rsih7 + ((rsih0 - rsih7) / 2))
and rsih4 < (rsih7 + ((rsih0 - rsih7) / 2))
and rsih5 < (rsih7 + ((rsih0 - rsih7) / 2))
and rsih6 < (rsih7 + ((rsih0 - rsih7) / 2))
close_LH8 = hh0 < hh8
and hh1 < hh0 and hh1 < (hh8_ + ((hh8_ - hh0) * m))
and hh2 < hh0 and hh2 < (hh8_ + ((hh8_ - hh0) * m))
and hh3 < hh0 and hh3 < (hh8_ + ((hh8_ - hh0) * m))
and hh4 < hh0 and hh4 < (hh8_ + ((hh8_ - hh0) * m))
and hh5 < hh0 and hh5 < (hh8_ + ((hh8_ - hh0) * m))
and hh6 < hh0 and hh6 < (hh8_ + ((hh8_ - hh0) * m))
and hh7 < hh0 and hh7 < (hh8_ + ((hh8_ - hh0) * m))
rsi_HH8 = rsih0 > rsih8
and rsih1 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih2 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih3 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih4 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih5 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih6 < (rsih8 + ((rsih0 - rsih8) / 2))
and rsih7 < (rsih8 + ((rsih0 - rsih8) / 2))
hid_div_bear_1 = close_LH1 and rsi_HH1
hid_div_bear_2 = close_LH2 and rsi_HH2
hid_div_bear_3 = close_LH3 and rsi_HH3
hid_div_bear_4 = close_LH4 and rsi_HH4
hid_div_bear_5 = close_LH5 and rsi_HH5
hid_div_bear_6 = close_LH6 and rsi_HH6
hid_div_bear_7 = close_LH7 and rsi_HH7
hid_div_bear_8 = close_LH8 and rsi_HH8
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
plotchar(arrows and div_bull_1 and not div_bull_1[1] and show_div, char="↑︎︎", title="Bull Div 1",
location=location.bottom, color= color.green, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_2 and not div_bull_2[1] and show_div, char="↑︎︎", title="Bull Div 2",
location=location.bottom, color= color.green, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_3 and not div_bull_3[1] and show_div, char="↑︎︎", title="Bull Div 3",
location=location.bottom, color= color.green, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_4 and not div_bull_4[1] and show_div, char="↑︎︎", title="Bull Div 4",
location=location.bottom, color= color.lime, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_5 and not div_bull_5[1] and show_div, char="↑︎︎", title="Bull Div 5",
location=location.bottom, color= color.lime, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_6 and not div_bull_6[1] and show_div, char="↑︎︎", title="Bull Div 6",
location=location.bottom, color= color.lime, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_7 and not div_bull_7[1] and show_div, char="↑︎︎", title="Bull Div 7",
location=location.bottom, color= color.aqua, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bull_8 and not div_bull_8[1] and show_div, char="↑︎︎", title="Bull Div 8",
location=location.bottom, color= color.aqua, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_1 and not div_bear_1[1] and show_div, char="↓︎︎", title="Bear Div 1",
location=location.top, color= color.orange, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_2 and not div_bear_2[1] and show_div, char="↓︎︎", title="Bear Div 2",
location=location.top, color= color.orange, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_3 and not div_bear_3[1] and show_div, char="↓︎︎", title="Bear Div 3",
location=location.top, color= color.orange, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_4 and not div_bear_4[1] and show_div, char="↓︎︎", title="Bear Div 4",
location=location.top, color= color.red, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_5 and not div_bear_5[1] and show_div, char="↓︎︎", title="Bear Div 5",
location=location.top, color= color.red, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_6 and not div_bear_6[1] and show_div, char="↓︎︎", title="Bear Div 6",
location=location.top, color= color.red, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_7 and not div_bear_7[1] and show_div, char="↓︎︎", title="Bear Div 7",
location=location.top, color= color.purple, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and div_bear_8 and not div_bear_8[1] and show_div, char="↓︎︎", title="Bear Div 8",
location=location.top, color= color.purple, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_1 and not hid_div_bull_1[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 1",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_2 and not hid_div_bull_2[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 2",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_3 and not hid_div_bull_3[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 3",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_4 and not hid_div_bull_4[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 4",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_5 and not hid_div_bull_5[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 5",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_6 and not hid_div_bull_6[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 6",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_7 and not hid_div_bull_7[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 7",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bull_8 and not hid_div_bull_8[1] and show_hiddiv, char="↑︎︎", title="Hidden Bull Div 8",
location=location.bottom, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_1 and not hid_div_bear_1[1] and show_hiddiv, char="↓︎", title="Hidden Bear Div 1",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_2 and not hid_div_bear_2[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 2",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_3 and not hid_div_bear_3[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 3",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_4 and not hid_div_bear_4[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 4",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_5 and not hid_div_bear_5[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 5",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_6 and not hid_div_bear_6[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 6",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_7 and not hid_div_bear_7[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 7",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
plotchar(arrows and hid_div_bear_8 and not hid_div_bear_8[1] and show_hiddiv, char="↓︎︎", title="Hidden Bear Div 8",
location=location.top, color= color.white, size=size.tiny, transp=0, offset=-1)
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
lime = color.new(color.lime, 20)
green = color.new(color.green, 20)
aqua = color.new(color.aqua, 20)
orange = color.new(color.orange, 20)
red = color.new(color.red, 20)
purple = color.new(color.purple, 20)
white = color.new(color.white, 20)
yellow = color.new(color.yellow, 20)
// Bullish Divergences = close LL - RSI HL
bl1 = 0
bl_1 = 0
bl2 = 0
bl_2 = 0
bl3 = 0
bl_3 = 0
bl4 = 0
bl_4 = 0
bl5 = 0
bl_5 = 0
bl6 = 0
bl_6 = 0
bl7 = 0
bl_7 = 0
bl8 = 0
bl_8 = 0
// Bearish Divergences = close HH - RSI LH
br1 = 0
br_1 = 0
br2 = 0
br_2 = 0
br3 = 0
br_3 = 0
br4 = 0
br_4 = 0
br5 = 0
br_5 = 0
br6 = 0
br_6 = 0
br7 = 0
br_7 = 0
br8 = 0
br_8 = 0
// Hidden Bullish Divergences = close HL - RSI LL
hbl1 = 0
hbl_1 = 0
hbl2 = 0
hbl_2 = 0
hbl3 = 0
hbl_3 = 0
hbl4 = 0
hbl_4 = 0
hbl5 = 0
hbl_5 = 0
hbl6 = 0
hbl_6 = 0
hbl7 = 0
hbl_7 = 0
hbl8 = 0
hbl_8 = 0
// Hidden Bearish Divergences = close LH - RSI HH
hbr1 = 0
hbr_1 = 0
hbr2 = 0
hbr_2 = 0
hbr3 = 0
hbr_3 = 0
hbr4 = 0
hbr_4 = 0
hbr5 = 0
hbr_5 = 0
hbr6 = 0
hbr_6 = 0
hbr7 = 0
hbr_7 = 0
hbr8 = 0
hbr_8 = 0
for i = 0 to 1
if not arrows and div_bull_1 and rsi[i] == rsil0
break
bl_1 := bl_1 + 1
if not arrows and div_bull_2 and rsi[i] == rsil0
break
bl_2 := bl_2 + 1
if not arrows and div_bull_3 and rsi[i] == rsil0
break
bl_3 := bl_3 + 1
if not arrows and div_bull_4 and rsi[i] == rsil0
break
bl_4 := bl_4 + 1
if not arrows and div_bull_5 and rsi[i] == rsil0
break
bl_5 := bl_5 + 1
if not arrows and div_bull_6 and rsi[i] == rsil0
break
bl_6 := bl_6 + 1
if not arrows and div_bull_7 and rsi[i] == rsil0
break
bl_7 := bl_7 + 1
if not arrows and div_bull_8 and rsi[i] == rsil0
break
bl_8 := bl_8 + 1
if not arrows and hid_div_bull_1 and rsi[i] == rsil0
break
hbl_1 := hbl_1 + 1
if not arrows and hid_div_bull_2 and rsi[i] == rsil0
break
hbl_2 := hbl_2 + 1
if not arrows and hid_div_bull_3 and rsi[i] == rsil0
break
hbl_3 := hbl_3 + 1
if not arrows and hid_div_bull_4 and rsi[i] == rsil0
break
hbl_4 := hbl_4 + 1
if not arrows and hid_div_bull_5 and rsi[i] == rsil0
break
hbl_5 := hbl_5 + 1
if not arrows and hid_div_bull_6 and rsi[i] == rsil0
break
hbl_6 := hbl_6 + 1
if not arrows and hid_div_bull_7 and rsi[i] == rsil0
break
hbl_7 := hbl_7 + 1
if not arrows and hid_div_bull_8 and rsi[i] == rsil0
break
hbl_8 := hbl_8 + 1
for i = 0 to 1
if not arrows and div_bear_1 and rsi[i] == rsih0
break
br_1 := br_1 + 1
if not arrows and div_bear_2 and rsi[i] == rsih0
break
br_2 := br_2 + 1
if not arrows and div_bear_3 and rsi[i] == rsih0
break
br_3 := br_3 + 1
if not arrows and div_bear_4 and rsi[i] == rsih0
break
br_4 := br_4 + 1
if not arrows and div_bear_5 and rsi[i] == rsih0
break
br_5 := br_5 + 1
if not arrows and div_bear_6 and rsi[i] == rsih0
break
br_6 := br_6 + 1
if not arrows and div_bear_7 and rsi[i] == rsih0
break
br_7 := br_7 + 1
if not arrows and div_bear_8 and rsi[i] == rsih0
break
br_8 := br_8 + 1
if not arrows and hid_div_bear_1 and rsi[i] == rsih0
break
hbr_1 := hbr_1 + 1
if not arrows and hid_div_bear_2 and rsi[i] == rsih0
break
hbr_2 := hbr_2 + 1
if not arrows and hid_div_bear_3 and rsi[i] == rsih0
break
hbr_3 := hbr_3 + 1
if not arrows and hid_div_bear_4 and rsi[i] == rsih0
break
hbr_4 := hbr_4 + 1
if not arrows and hid_div_bear_5 and rsi[i] == rsih0
break
hbr_5 := hbr_5 + 1
if not arrows and hid_div_bear_6 and rsi[i] == rsih0
break
hbr_6 := hbr_6 + 1
if not arrows and hid_div_bear_7 and rsi[i] == rsih0
break
hbr_7 := hbr_7 + 1
if not arrows and hid_div_bear_8 and rsi[i] == rsih0
break
hbr_8 := hbr_8 + 1
for i = 0 to 100
if not arrows and div_bull_1 and rsi[i] == rsil1
break
bl1 := bl1 + 1
if not arrows and hid_div_bull_1 and rsi[i] == rsil1
break
hbl1 := hbl1 + 1
for i = 0 to 150
if not arrows and div_bull_2 and rsi[i] == rsil2
break
bl2 := bl2 + 1
if not arrows and hid_div_bull_2 and rsi[i] == rsil2
break
hbl2 := hbl2 + 1
for i = 0 to 200
if not arrows and div_bull_3 and rsi[i] == rsil3
break
bl3 := bl3 + 1
if not arrows and hid_div_bull_3 and rsi[i] == rsil3
break
hbl3 := hbl3 + 1
for i = 0 to 200
if not arrows and div_bull_4 and rsi[i] == rsil4
break
bl4 := bl4 + 1
if not arrows and hid_div_bull_4 and rsi[i] == rsil4
break
hbl4 := hbl4 + 1
for i = 0 to 300
if not arrows and div_bull_5 and rsi[i] == rsil5
break
bl5 := bl5 + 1
if not arrows and hid_div_bull_5 and rsi[i] == rsil5
break
hbl5 := hbl5 + 1
for i = 0 to 400
if not arrows and div_bull_6 and rsi[i] == rsil6
break
bl6 := bl6 + 1
if not arrows and hid_div_bull_6 and rsi[i] == rsil6
break
hbl6 := hbl6 + 1
for i = 0 to 500
if not arrows and div_bull_7 and rsi[i] == rsil7
break
bl7 := bl7 + 1
if not arrows and hid_div_bull_7 and rsi[i] == rsil7
break
hbl7 := hbl7 + 1
for i = 0 to 500
if not arrows and div_bull_8 and rsi[i] == rsil8
break
bl8 := bl8 + 1
if not arrows and hid_div_bull_8 and rsi[i] == rsil8
break
hbl8 := hbl8 + 1
for i = 0 to 100
if not arrows and div_bear_1 and rsi[i] == rsih1
break
br1 := br1 + 1
if not arrows and hid_div_bear_1 and rsi[i] == rsih1
break
hbr1 := hbr1 + 1
for i = 0 to 150
if not arrows and div_bear_2 and rsi[i] == rsih2
break
br2 := br2 + 1
if not arrows and hid_div_bear_2 and rsi[i] == rsih2
break
hbr2 := hbr2 + 1
for i = 0 to 200
if not arrows and div_bear_3 and rsi[i] == rsih3
break
br3 := br3 + 1
if not arrows and hid_div_bear_3 and rsi[i] == rsih3
break
hbr3 := hbr3 + 1
for i = 0 to 200
if not arrows and div_bear_4 and rsi[i] == rsih4
break
br4 := br4 + 1
if not arrows and hid_div_bear_4 and rsi[i] == rsih4
break
hbr4 := hbr4 + 1
for i = 0 to 300
if not arrows and div_bear_5 and rsi[i] == rsih5
break
br5 := br5 + 1
if not arrows and hid_div_bear_5 and rsi[i] == rsih5
break
hbr5 := hbr5 + 1
for i = 0 to 400
if not arrows and div_bear_6 and rsi[i] == rsih6
break
br6 := br6 + 1
if not arrows and hid_div_bear_6 and rsi[i] == rsih6
break
hbr6 := hbr6 + 1
for i = 0 to 500
if not arrows and div_bear_7 and rsi[i] == rsih7
break
br7 := br7 + 1
if not arrows and hid_div_bear_7 and rsi[i] == rsih7
break
hbr7 := hbr7 + 1