Notes

// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © MarkNarathip

//@version=5
///
indicator(title="MKN SETUP 2023 CBC OLD", overlay=true)


/// EMA

in1 = 50
in2 = 200
in3 = 5

TP = 0.1
RR = 1
bartrade = input.float(4, minval=0.00001, title="Bar trade")
//Trade = input.float(10.00, minval=0.01, title="Size Trade : ")
//spread = input.float(1.2, minval=0.00001, title="Spread")
//unit = input.float(100000, minval=0.00001, title="Unit")

//bool swich = input.bool(true, "TP&SL Display", inline = "01")
//bool flagcheck = input.bool(true, "Flag Display", inline = "01")
//bool winlosecheck = input.bool(true, "Win Lose Display", inline = "01")
//bool eight = input.bool(false, "Percents", inline = "01")
//bool show = input.bool(false, "Show Line Fail Counts", inline = "01")
//bool draw = input.bool(true, "Draw", inline = "01")

//bool longP = input.bool(true, "Long P", inline = "01")
//bool shortP = input.bool(true, "Short P", inline = "01")
//bool hitthree = input.bool(true, "Hit three", inline = "01")

l1 = ta.ema(close, in1)
l2 = ta.ema(close, in2)
l3 = (((low[4]+low[3]+low[2]+low[1]+low)/5)+(((high[4]+high[3]+high[2]+high[1]+high)/5))+(((close[4]+close[3]+close[2]+close[1]+close)/5))+(((open[4]+open[3]+open[2]+open[1]+open)/5)))/4
l4 = ta.ema(close, 5)
l5 = ta.ema(close, 15)


/// EMA END


plot(l1, color=#ffffff)
plot(l2, color=#fc4902)
plot(l4, color=#00ffff)
plot(l5, color=#15ff00)
///STO533

pbar = 1
periodK = 5
smoothK = 3
periodD = 3
lengthsma = 60
k = ta.sma(ta.stoch(close, high, low, periodK), smoothK)
d = ta.sma(k, periodD)


s1 = k[1]
e1 = k

s2 = d[1]
e2 = d

check = s2 > 80 ? 1 : s2 < 20 ? 2 : na
//Substitute
se1down = -1
se2down = -1
se1up = s1 - e1
se2up = s2 - e2

se1right = s1
se2right = s2

//calculate for X
crossup = se1up - se2up
crossright = se1right - se2right

//IF OVB = -1 & OVS = 1

//Swich together X
crossupswich = crossup * -1
//Swich swcich come back to calculate X
vx = crossright / crossupswich * -1

//Get X next Get Y
vy = se1up * vx / se1down + se1right
// VY = X Value
value = vy

//plot(vy)

///STO533 END





longtp = (TP*(0.01*RR))+1
longsl = 1-(TP*0.01)

shortsl = (TP*0.01)+1
shorttp = 1-(TP*(0.01*RR))

/// Process


crossovs = ta.crossover(k, d)
crossovb = ta.crossunder(k, d)

//buys = crossovs[pbar] ? na : crossovs and vy <= 20 ? 1 : na
//sells = crossovb[pbar] ? na : crossovb and vy >= 80 ? 1 : na

//gold = crossovs and vy <= 20 ? 1 : 0
//death = crossovb and vy >= 80 ? 1 : 0
//gold = crossovs and vy <= 20 ? l1 > l2 ? 1 : 0 : 0
//death = crossovb and vy >= 80 ? l1 < l2 ? 1 : 0 : 0

crossovsema = ta.crossover(l4, l5)
crossovbema = ta.crossunder(l4, l5)

gold = 0.00
death = 0.00
tradecall = 0.00
tradeput = 0.00

//gold := close > open ? l1 > l2 ? l4 > l5 ? l5 > l1 ? l4 > l4[1] ? gold[1] == 1 ? na : 1 : 0 : 0 : 0 : 0 : 0
//death := close < open ? l1 < l2 ? l4 < l5 ? l5 < l1 ? l4 < l4[1] ? death[1] == 1 ? na : 1 : 0 : 0 : 0 : 0 : 0

gold := close > open ? tradecall[1] > 0 ? na : tradeput[1] > 0 ? na :1 : 0
death := close < open ? tradeput[1] > 0 ? na : tradecall[1] > 0 ? na : 1 : 0

//gold = close < low[1] ? l1 > l2 ? l5 > l1 ? l4 > l5 ? 1 : 0 : 0 : 0 : close < low[1] and vy <= 20 ? l1 > l2 ? l4 > l5 ? l5 > l1 ? 1 : 0 : 0 : 0 : 0
//death = close > high[1] ? l1 < l2 ? l5 < l1 ? l4 < l5 ? 1 : 0 : 0 : 0 : close > high[1] and vy >= 80 ? l1 < l2 ? l4 < l5 ? l5 < l1 ? 1 : 0 : 0 : 0 : 0

//gold = close < open ? l1 > l2 ? l4 > l5 ? l5 > l1 ? 1 : 0 : 0 : 0 : 0
//death = close > open ? l1 < l2 ? l4 < l5 ? l5 < l1 ? 1 : 0 : 0 : 0 : 0



dataset = 0.00
datasetwins = 0.00
datasetloses = 0.00
odercount = 0.00

odercount := odercount[1] > 0 ? odercount[1] == (bartrade+1) ? na : close > 0 ? odercount[1]+1 : odercount[1] : gold == 1 ? 1 : death == 1 ? 1 : na

tradecall := tradecall[1] > 0 ? odercount[1] == (bartrade+1) ? na : tradecall[1] : gold == 1 ? close : na
tradecallb = tradecall*0.99995

tradecallline = plot(tradecall,color=color.new(#CCFF00, 100))
tradecalllineb = plot(tradecallb,color=color.new(#CCFF00, 100))

fill(tradecallline,tradecalllineb,#00ff4c)


tradeput := tradeput[1] > 0 ? odercount[1] == (bartrade+1) ? na : tradeput[1] : death == 1 ? close : na
tradeputb = tradeput*1.00005

tradeputline = plot(tradeput,color=color.new(#CCFF00, 100))
tradeputlineb = plot(tradeputb,color=color.new(#CCFF00, 100))

fill(tradeputline,tradeputlineb,#ff0000)


win = tradecall[1] > 0 ? tradecall > 0 ? na : close[1] > close[2] ? 1 : na : tradeput[1] > 0 ? tradeput > 0 ? na : close[1] < close[2] ? 1 : na : na
lose = tradecall[1] > 0 ? tradecall > 0 ? na : close[1] < close[2] ? 1 : na : tradeput[1] > 0 ? tradeput > 0 ? na : close[1] > close[2] ? 1 : na : na








numlose = 0.00
numlose := numlose[1] > 0 ? lose == 1 ? numlose[1]+1 : win == 1 ? 0 : numlose[1] : lose == 1 ? 1 : 0

avgnum = 0.00
avgnum := avgnum[1] > 0 ? numlose == numlose[1] ? avgnum[1] : avgnum[1]+numlose : numlose > 0 ? numlose : 0

avgnums = 0.00
avgnums := avgnums[1] > 0 ? lose == 1 ? avgnums[1]+1 : avgnums[1] : numlose > 0 ? 1 : 0

maxset = 0.00
maxsetall = 0.00
set = 0.00

set := set[1] > 0 ? set[1] <= 2 ? win == 1 ? set[1]+1 : lose == 1 ? 0 : set[1] : 0 : win == 1 ? 1 : 0
maxset := maxset[1] > 0 ? set[1] <= 2 ? lose == 1 ? maxset[1]+1 : lose == 1 ? maxset[1]+1 : maxset[1] : 0 : set[1] <= 2 ? lose == 1 ? 1 : 0 : 0
maxsetall := maxsetall[1] > 0 ? maxset > maxsetall[1] ? maxset : maxsetall[1] : maxset > 0 ? maxset : 0

/////////////

//wins = tradecall[1] > 0 ? tradecall > 0 ? na : close[1] > tradecall[1] ? 1 : na : na
//loses = tradecall[1] > 0 ? tradecall > 0 ? na : close[1] < tradecall[1] ? 1 : na : na


cc = 0.00
cc := cc[1] > 0 ? win == 1 ? cc[1]+1 : lose == 1 ? cc[1]+1 : cc[1] : win == 1 ? 1 : lose == 1 ? 1 : 0

wins = win == 1 ? 1 : na
loses = lose == 1 ? 1 : na

stack = 0.00
stack := stack[1] > 0 ? lose == 1 ? stack[1]+1 : win == 1 ? 0 : stack[1] : lose == 1 ? 1 : 0

topstack = 0.00
topstack := topstack[1] > 0 ? stack > topstack[1] ? stack : topstack[1] : stack > 0 ? 1 : 0

//wins = close > open ? 1 : na
//loses = close < open ? 1 : na


var a = array.new_float(100)
sizes = array.size(a)

if wins == 1
if sizes == 100
array.remove(a, 0)
array.push(a, 1)
else
array.push(a, 1)
else if loses == 1
if sizes == 100
array.remove(a, 0)
array.push(a, 0)
else
array.push(a, 0)
else
0

red = 0.00
green = 0.00

red := red[1] > 0 ? close < open ? red[1]+1 : red[1] : close < open ? 1 : 0
green := green[1] > 0 ? close > open ? green[1]+1 : green[1] : close > open ? 1 : 0

max = 0.00
maxs = 0.00
pwin = array.sum(a)
plose = sizes - array.sum(a)
pall = bar_index > 100 ? 50 - pwin : 0
palls = bar_index > 100 ? plose - 50 : 0


allwinrate = 0.00
allwinrate := allwinrate[1] > 0 ? wins == 1 ? allwinrate[1]+1 : allwinrate[1] : wins == 1 ? 1 : 0

allloserate = 0.00
allloserate := allloserate[1] > 0 ? loses == 1 ? allloserate[1]+1 : allloserate[1] : loses == 1 ? 1 : 0

winrate = allwinrate/(allwinrate+allloserate)

//------//plot(pwin, color=color.new(#f3ff52, 0))
//plot(plose, color=color.new(#ff3e3e, 0))
//plot(pall, color=color.new(#fdfffd, 0))



wnl1 = array.get(a,0) == 1 ? '🔥' : '🧊'
wnl2 = array.get(a,1) == 1 ? '🔥' : '🧊'
wnl3 = array.get(a,2) == 1 ? '🔥' : '🧊'
wnl4 = array.get(a,3) == 1 ? '🔥' : '🧊'
wnl5 = array.get(a,4) == 1 ? '🔥' : '🧊'
wnl6 = array.get(a,5) == 1 ? '🔥' : '🧊'
wnl7 = array.get(a,6) == 1 ? '🔥' : '🧊'
wnl8 = array.get(a,7) == 1 ? '🔥' : '🧊'
wnl9 = array.get(a,8) == 1 ? '🔥' : '🧊'
wnl10 = array.get(a,9) == 1 ? '🔥' : '🧊'
sumwnl = array.get(a,0)+array.get(a,1)+array.get(a,2)+array.get(a,3)+array.get(a,4)+array.get(a,5)+array.get(a,6)+array.get(a,7)+array.get(a,8)+array.get(a,9)

cow = (((stack+1)/((stack+1)+1))*100)+((50-array.sum(a))/100)
tradesim = pwin < 40 ? sumwnl > 0 ? cow > 0 ? 1 : na : na : na

sumtrade = 0.00
sumtrade := sumtrade[1] > 0 ? lose == 1 ? sumtrade[1]+1 : win == 1 ? 0 : sumtrade[1] : tradesim == 1 ? 1 : 0

maxsumtrade = 0.00
maxsumtrade := maxsumtrade[1] > 0 ? sumtrade > maxsumtrade[1] ? sumtrade : maxsumtrade[1] : sumtrade> 0 ? sumtrade : 0

//plot(sumtrade)
//plot(maxsumtrade, color=color.new(color.green, 0))
//plot(sumwnl, color=color.new(#ff44f6, 0))



max := max[1] > 0 ? pall > max[1] ? pall : max[1] : pall > 0 ? 1 : 0

maxs := maxs[1] < 0 ? palls < maxs[1] ? palls : maxs[1] : palls < 0 ? -1 : 0




lastreset = 0.00
lastresetwin = 0.00
lastresetwin := lastresetwin[1] > 0 ? (lastreset[1]/2) == lastresetwin[1] ? 0 : win == 1 ? lastresetwin[1]+1 : lastresetwin[1] : lastreset[1] > 0 ? win == 1 ? 1 : 0 : 0

lastreset := lastreset[1] > 0 ? (lastreset[1]/2) == lastresetwin[1] ? 0 : win == 1 ? lastreset[1]+1 : lose == 1 ? lastreset[1]+1 : lastreset[1] : win == 1 ? 1 : lose == 1 ? 1 : 0

//------//plot((lastreset/2)-lastresetwin, color=color.new(#ffc1c1, 0))
//------//plot(lastresetwin, color=color.new(color.green, 0))
//------//plot(lastreset/2, color=color.new(color.red, 0))
//------//plot((lastreset/2)*0.95, color=color.new(#ffdf52, 0))
//------//plot((lastreset/2)*0.9, color=color.new(#97ff52, 0))
//------//plot((lastreset/2)*0.8, color=color.new(#52fff6, 0))
//------//plot((lastreset/2)*0.7, color=color.new(#526cff, 0))
//------//plot((lastreset/2)*0.6, color=color.new(#ee2eff, 0))
//------//plot((lastreset/2)*0.5, color=color.new(#ffffff, 0))
//------//plot((lastresetwin/lastreset)*100)

//if barstate.islast
//label.new(bar_index, 0, "Array size: " + str.tostring(array.size(a)) + "nbar_index: " + str.tostring(array.sum(a)), size = size.large)



var tb = table.new(position.top_right,2,4,bgcolor=color.gray)

var float upper_prz = na
var float lower_prz = na
var float d_y = na

aaas = 1

if aaas == 1
table.cell(tb,0,0,'♟️ MKN SETUP 2023 CBC OLD',text_color=color.white,text_halign=text.align_left)
// table.cell(tb,0,1,'⏫ Long signal : '+'('+str.tostring(dataset)+') '+ str.tostring(((dataset+1)/((dataset+1)+1))*100) +'%'+'n📊 '+str.tostring(100*(datasetwins/(datasetwins+datasetloses)))+'%'+ ' n----n'+'⏬ Short signal : ' +'('+str.tostring(datasetput)+') '+ str.tostring(((datasetput+1)/((datasetput+1)+1))*100)+'%'+'n📊 '+str.tostring(100*(datasetputwins/(datasetputwins+datasetputloses)))+'%'+'n----n'+'💰TP : '+str.tostring(tpmain)+'n🔥SL : '+str.tostring(slmain)+'n💛Entry 1 : '+str.tostring(entrymain)+'n🧡Entry 2 : '+str.tostring(secondentry)+'n❤️Entry 3 : '+str.tostring(thirdentry)+'n----n'+'❤️ Range : ' +str.tostring(TP)+'%n⚔️ MAX : ' +str.tostring(maxmg) +'n'+str.tostring(miss)+' / '+str.tostring(misstwo)+' / '+str.tostring(missthree)+' / '+str.tostring(missfour)+' / '+str.tostring(missfive)+' / '+str.tostring(misssix)+' / '+str.tostring(missseven)+' / '+str.tostring(misseight)+'n'+str.tostring(winratethree)+' / '+str.tostring(numgoget+losetrades+losetradeshorts)+' / '+str.tostring(100*(winratethree/(numgoget+losetrades+losetradeshorts)))+'% / '+str.tostring(miss+misstwo+missthree+missfour+missfive+misssix+missseven+misseight),text_color=color.white,text_halign=text.align_left)
// table.cell(tb,0,1,'📊 Winrate LT : '+str.tostring((1/(1+1))*100)+'%'+'n💛Win : '+str.tostring(array.sum(a))+'n🧡Lose : '+str.tostring(sizes - array.sum(a))+'n'+str.tostring((green/(green+red))*100) ,text_color=color.white,text_halign=text.align_left)
// table.cell(tb,0,1,'📊 Winrate LT : '+str.tostring((1/(1+1))*100)+'%'+'n📊 Winrate : '+str.tostring(winrate*100)+'%'+'n💛 Win : '+str.tostring(array.sum(a))+'('+str.tostring(max)+')'+'n🧡 Lose : '+str.tostring(sizes - array.sum(a))+'('+str.tostring(maxs)+')'+'n📈 COW : '+str.tostring((((stack+1)/((stack+1)+1))*100)+(50-array.sum(a)))+'%'+'('+str.tostring(topstack)+')' ,text_color=color.white,text_halign=text.align_left)
// table.cell(tb,0,1,'📊 Winrate LT : '+str.tostring((1/(1+1))*100)+'%'+'n📊 Winrate : '+str.tostring(winrate*100)+'%'+'n💛 Win : '+str.tostring(array.sum(a))+'n🧡 Lose : '+str.tostring(sizes - array.sum(a))+'n📈 COW : '+str.tostring((((stack+1)/((stack+1)+1))*100)+((50-array.sum(a))/100))+'%'+'('+str.tostring(topstack)+')'+' SF : ('+str.tostring(stack)+')'+'n📈 Time to trade : '+str.tostring(bartrade)+"n📈 All time BT : "+str.tostring(cc)+'n📈 Last 10 : ('+str.tostring(sumwnl)+')'+' MAX : ('+str.tostring(maxsumtrade)+')'+'('+str.tostring(sumtrade)+')' ,text_color=color.white,text_halign=text.align_left)
table.cell(tb,0,1,'📈 COW : '+str.tostring((((stack+1)/((stack+1)+1))*100)+((50-array.sum(a))/100))+'%'+'('+str.tostring(topstack)+')'+' SF : ('+str.tostring(stack)+')' ,text_color=color.white,text_halign=text.align_left)


table.cell(tb,0,3,'❤️ Youtube : Mark Narathip',text_color=color.white,text_halign=text.align_left)

/////////////

win90 = win == 1 ? cow[1] > 89 ? 1 : na : na
lose90 = lose == 1 ? cow[1] > 89 ? 1 : na : na

plotshape(win, title='Win', text='Win', textcolor=color.new(#ffffff, 0), style=shape.labeldown, location=location.abovebar, color=#0077ff, size=size.small, offset = -1)
plotshape(lose, title='Lose', text='Lose', textcolor=color.new(#000000, 0), style=shape.labeldown, location=location.abovebar, color=#9c9c9c, size=size.small, offset = -1)

call = tradecall[1] > 0 ? na : tradecall > 0 ? 1 : na
put = tradeput[1] > 0 ? na : tradeput > 0 ? 1 : na

call90 = tradecall[1] > 0 ? na : tradecall > 0 ? cow > 89 ? 1 : na : na
put90 = tradeput[1] > 0 ? na : tradeput > 0 ? cow > 89 ? 1 : na : na

plotshape(call, title='Call', text='Call', textcolor=color.new(#000000, 0), style=shape.labelup, location=location.belowbar, color=#00ff55, size=size.small)
plotshape(put, title='Put', text='Put', textcolor=color.new(#ffffff, 0), style=shape.labelup, location=location.belowbar, color=#ff0000, size=size.small)

//plot(pwin)

//------//plot(60, color=color.new(color.red, 0))
//------//plot(50, color=color.new(color.white, 0))
//------//plot(40, color=color.new(color.green, 0))
//------//plot(30, color=color.new(color.yellow, 0))