Cheat Code's Redemption
// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © CheatCode1

//@version=5
// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © CheatCode1

//@version=5
indicator("Cheat Code's Redemption", 'CCR', false)
//WELCOME TO THE REDEMTION OSCILLATOR, HERE YOU WILL FIND THE 

////////Important Variable Declaration
o = ta.obv
lR = 1
lL = 5
Upper = 150
Lower = 1
r1 = ta.tsi(o, 1, 9)*100
r2 = ta.rsi(close, 14)
dalma = ta.alma(close, 130, .025, 4.5)
e21 = ta.ema(close, 21)
e55 = ta.ema(close, 55)

//////////////////////////Histogram Executions

fast_ma = e21
slow_ma = e55
CCR = fast_ma - slow_ma
histlen = input.int(title="Histogram Smoothing",  minval = 1, maxval = 50, defval = 6, group = 'Histogram Settings')
signal = ta.ema(CCR, histlen)
hist = ta.tsi(CCR - signal, 1, 9)*10
plot(hist, 'CCR histogram', hist>=0 ? (hist[1] < hist ? color.rgb(72, 218, 223) : color.rgb(72, 218, 223, 67)) : (hist[1] < hist ? color.rgb(250, 225, 2, 55) : color.rgb(250, 225, 2)), 2, plot.style_columns)

//////////////////////////OBV Calulations

raycol = e21 < dalma and dalma > close ? color.red: e21 > dalma and dalma < close ? color.green:color.white
fitobv = ((o/(o*.5))/o)*3.14
rate = o+30

//////////////////////////CCR Oscillator Variables and Executions

p1 = math.avg(r1, r2)
e21p = ta.ema(p1, 21)
e9p = ta.ema(p1, 9)
e = e9p > e21p ? e9p : e21p
ecol = e9p > e21p ? color.aqua : color.yellow
plot(e, 'CCR Moving Average', ecol)
plot(p1, 'CCR Oscillator', raycol, 3 )

//////////////////////////Indicator overbought/Oversold levels

hl1 = hline(-25, 'Bottom Hline', color.white, hline.style_dashed)
hl22 = hline(85, 'Top Hline', color.rgb(255, 255, 255, 29), hline.style_dashed)
hl3 = hline(75, 'fibs', color.rgb(0, 187, 212, 54), hline.style_dotted )
hl4 = hline(-15, 'fibs2', color.rgb(255, 235, 59, 47), hline.style_dotted)
fill(hl1, hl4, color = color.rgb(219, 77, 77, 80))
fill(hl22, hl3, color = color.rgb(105, 194, 93, 84))

//////////////////////////Regular & Hidden Divergence Calculations and Executions 

pivotlow = na(ta.pivotlow(p1, lL, lR)) ? false : true
Pivothigh = na(ta.pivothigh(p1, lL, lR)) ? false : true

iR(rate) =>
    bars = ta.barssince(rate)
    Lower <= bars and bars <= Upper


M12 = p1[lR] > ta.valuewhen(pivotlow, p1[lR], 1) and iR(pivotlow[1])


LL = low[lR] < ta.valuewhen(pivotlow, low[lR], 1)

bulld = LL and M12 and pivotlow
plot( pivotlow ? p1[lR] : na, "Regular Bullish", bulld ? color.green : na,  3, plot.style_line, offset = -lR )

LH = p1[lR] < ta.valuewhen(Pivothigh, p1[lR], 1) and iR(Pivothigh[1])


HH = high[lR] > ta.valuewhen(Pivothigh, high[lR], 1)


beard = HH and LH and Pivothigh
plot( Pivothigh ? p1[lR] : na, "Regular Bearish", beard ?  color.red : na, 3,  offset= -lR)
    
    
Ll = p1[lR] < ta.valuewhen(pivotlow, p1[lR], 1) and iR(pivotlow[1])


Hl = low[lR] > ta.valuewhen(pivotlow, low[lR], 1)

priceLH = high[lR] < ta.valuewhen(Pivothigh, high[lR], 1)
hiddenB= Hl and Ll and pivotlow
plot(pivotlow ? p1[lR] : na, 'Hidden bull', hiddenB ?  color.rgb(150, 221, 153) : na, 3, plot.style_line, offset = -lR)
    
Hh = p1[lR] > ta.valuewhen(Pivothigh, p1[lR], 1) and iR(Pivothigh[1])

 
Lh = high[lR] < ta.valuewhen(Pivothigh, high[lR], 1)
hiddenBe = Lh and Hh and Pivothigh
plot(Pivothigh ? p1[lR] : na, 'Hidden Bear',  hiddenBe ? color.rgb(202, 107, 107) : na, 3, plot.style_line, offset = -lR)