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// This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © StratifyTrade
//@version=5
indicator("Oscillator Matrix [StratifyTrade]", shorttitle = "StratifyTrade - Oscillator Matrix [1.0.0]", max_lines_count = 500)
dwTL = "Length of the hyper wave"
smTL = "[SMA] Smooth signal with a simple moving average\n[EMA] Smooth signal with an exponential moving average\n[Input] Length of the smooth"
dvTL = "Sensibility of the real time divergence : less sensibility = more short term divs; more sensibility = more long term divs"
cmTL = "Show confluence meter at the side of the oscillator"
caTL = "Show confluence area at the bottom/top of the oscillator"
rfTL = "More factor will return in less signals but in a stronger way, less factor will return more signal with less strength"
simple bool dW = input.bool (true , "Main Length ", inline = "1 ", group = "HYPER WAVE" , tooltip = dwTL)
simple int mL = input.int (7 , " ", inline = "1 ", group = "HYPER WAVE", minval = 5, maxval = 21)
simple string sT = input.string("SMA" , "Signal ", inline = "s ", group = "HYPER WAVE", options = ["SMA", "EMA"], tooltip = smTL)
simple int sL = input.int (3 , " ", inline = "s ", group = "HYPER WAVE", minval = 2, maxval = 10)
simple color fCSS = input.color (#51B155 , "Colors ", inline = "css ", group = "HYPER WAVE")
simple color sCSS = input.color (#80828D , " ", inline = "css ", group = "HYPER WAVE")
simple int tCSS = input.int (80 , " ", inline = "css ", group = "HYPER WAVE", minval = 0, maxval = 100)
simple int dvT = input.int (20 , "Divergence Sensibility ", inline = "x ", group = "HYPER WAVE", minval = 20, maxval = 40 , tooltip = dvTL)
simple bool sDiv = input.bool (true , "Show Divergences ", inline = "div ", group = "HYPER WAVE")
simple color blDv = input.color (color.new(#2962ff, 20), " ", inline = "div ", group = "HYPER WAVE")
simple color brDv = input.color (color.new(#f23645, 20), " ", inline = "div ", group = "HYPER WAVE")
simple bool Smf = input.bool (true , "Money Flow Length ", inline = "mfi ", group = "SMART MONEY FLOW")
simple int mfL = input.int (35 , " ", inline = "mfi ", group = "SMART MONEY FLOW", minval = 10, maxval = 55)
simple int mfS = input.int (6 , "Smooth ", inline = "mfx ", group = "SMART MONEY FLOW", minval = 2 , maxval = 10)
simple color mfBL = input.color (#089981 , "Money Flow Colors ", inline = "mfiC", group = "SMART MONEY FLOW")
simple color mfBR = input.color (#f23645 , " ", inline = "mfiC", group = "SMART MONEY FLOW")
simple color cnBL = input.color (#089981 , "Confluence Colors ", inline = "cf ", group = "CONFLUENCE")
simple color cnBR = input.color (#f23645 , " ", inline = "cf ", group = "CONFLUENCE")
simple bool sCNF = input.bool (true , "Show Confluence Meter ", inline = "zf ", group = "CONFLUENCE", tooltip = cmTL)
simple bool sCNB = input.bool (true , "Show Confluence Areas ", inline = "zx ", group = "CONFLUENCE", tooltip = caTL)
simple bool rsS = input.bool (true , "Reversal Factor ", inline = "rv ", group = "REVERSAL")
simple int rsF = input.int (4 , " ", inline = "rv ", group = "REVERSAL", options = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], tooltip = rfTL)
simple color rsBL = input.color (#089981 , "Reversal Colors ", inline = "rc ", group = "REVERSAL")
simple color rsBR = input.color (#f23645 , " ", inline = "rc ", group = "REVERSAL")
type oL
float sig
float sgD
color cO
type dP
int n
float src
float p
type smf
float mfi
color mfc
float blMFI
float brMFI
type cnf
color up
color dn
float[] blT
float[] brT
var oL osc = oL.new (na, na, na )
var dP div = dP.new (na, na, na )
var smf mf = smf.new(na, na, na, na)
var cnf cf = cnf.new(
color.rgb(54, 58, 69, 60)
, color.rgb(54, 58, 69, 60)
, array.new<float>(1, na)
, array.new<float>(1, na)
)
mfT() =>
switch
mf.mfi > 0 =>
if cf.brT.size() > 1
cf.brT.pop()
if cf.blT.size() > mfL
cf.blT.pop()
if mf.mfi > cf.blT.avg()
cf.blT.unshift(mf.mfi)
else
cf.blT.unshift(mf.mfi[mfL] > 0
? mf.mfi[mfL]
: mf.mfi
)
mf.mfi < 0 =>
if cf.blT.size() > 1
cf.blT.pop()
if cf.brT.size() > mfL
cf.brT.pop()
if mf.mfi < cf.blT.avg()
cf.brT.unshift(mf.mfi)
else
cf.brT.unshift(mf.mfi[mfL] < 0
? mf.mfi[mfL]
: mf.mfi
)
method st(simple string src, float osc, simple int len) =>
float o = switch src
"SMA" => ta.sma(osc, len)
"EMA" => ta.ema(osc, len)
method css(color x, int inv) =>
color out = inv == 1
? color.new(x, tCSS)
: color.new(x, 0 )
method transp(color x, int t) =>
color.new(x, t)
rv() =>
vMA = ta.sma(volume, 7)
rsi = ta.rsi(vMA, 7) - 50
tMj = volume > vMA * ( rsF != 10 ? 1 + (rsF / 10) : 2) ? true : false
tMn = volume > vMA * ( rsF != 10 ? 0 + (rsF / 10) : 2) and not tMj ? true : false
mjBR = tMj and osc.sig > rsF and mf.mfi > cf.blT.avg() ? true : false
mjBL = tMj and osc.sig < -rsF and mf.mfi < cf.brT.avg() ? true : false
mnBR = tMn and osc.sig > 20 and osc.sig > osc.sgD and rsi > 20 ? true : false
mnBL = tMn and osc.sig < -20 and osc.sig < osc.sgD and rsi < -20 ? true : false
[mjBL, mjBR, mnBR, mnBL]
osc(simple int len, simple int smt) =>
float hi = ta.highest( len)
float lo = ta.lowest ( len)
float av = ta.sma (hl2, len)
osc.sig := ta.ema(ta.linreg((close - math.avg(hi, lo, av)) / (hi - lo) * 100, len, 0), sL)
osc.sgD := sT.st(osc.sig, 2)
osc.cO := osc.sig > osc.sgD ? fCSS.css(1) : sCSS.css(1)
mfi() =>
mf.mfi := ta.sma(ta.mfi(hl2, mfL) - 50, mfS)
mf.mfc := mf.mfi > 0
? mfBL
: mfBR
bL = mf.mfi - 10
bR = mf.mfi + 10
mf.blMFI := mf.mfi > 0 and mf.mfi > cf.blT.avg()
? bL
: 0
mf.brMFI := mf.mfi < 0 and mf.mfi < cf.brT.avg()
? bR
: 0
cDiv() =>
mx = math.max(osc.sig, osc.sgD, osc.sig[1], osc.sgD[1])
mn = math.min(osc.sig, osc.sgD, osc.sig[1], osc.sgD[1])
mxid = mx == osc.sig[1] or mx == osc.sgD[1] ? 1 : 0
mnid = mn == osc.sig[1] or mn == osc.sgD[1] ? 1 : 0
switch
osc.sig > dvT =>
if ta.crossunder(osc.sig, osc.sgD)
switch
na(div.src) =>
div.n := bar_index - mxid
div.src := math.max(open[mxid], close[mxid])
div.p := mx
not na(div.src) =>
if math.max(open[mxid], close[mxid]) > div.src and not(osc.sig[mxid] > div.p)
line.new(x1 = div.n, x2 = bar_index - mxid, y1 = div.p, y2 = mx, color = brDv)
div.n := na
div.src := na
div.p := na
else
div.n := bar_index - mxid
div.src := math.max(open[mxid], close[mxid])
div.p := mx
osc.sig < -dvT =>
if ta.crossover (osc.sig, osc.sgD)
switch
na(div.src) =>
div.n := bar_index - mnid
div.src := math.min(open[mnid], close[mnid])
div.p := mn
not na(div.src) =>
if math.min(open[mnid], close[mnid]) < div.src and not(osc.sig[mnid] < div.p)
line.new(x1 = div.n, x2 = bar_index - mnid, y1 = div.p, y2 = mn, color = blDv)
div.n := na
div.src := na
div.p := na
else
div.n := bar_index - mnid
div.src := math.min(open[mnid], close[mnid])
div.p := mn
osc(mL, sL)
mfi()
mfT()
if sDiv
cDiv()
[mjBL, mjBR, mnBR, mnBL] = rv()
// REVERSAL SIGNAL
plotshape(mjBL and rsS ? -65 : na, location = location.absolute, color = rsBL, size = size.tiny, style = shape.triangleup)
plotshape(mjBR and rsS ? 65 : na, location = location.absolute, color = rsBR, size = size.tiny, style = shape.triangledown)
plot(mnBL and rsS ? -65 : na, color = rsBL, linewidth = 1, style = plot.style_circles)
plot(mnBR and rsS ? 65 : na, color = rsBR, linewidth = 1, style = plot.style_circles)
// HYPER WAVE
plot(ta.crossover (osc.sig, osc.sgD) and dW ? math.min(osc.sig, osc.sgD) : na, style = plot.style_circles, linewidth = 2, color = osc.cO.css(0), offset = 0)
plot(ta.crossunder(osc.sig, osc.sgD) and dW ? math.max(osc.sig, osc.sgD) : na, style = plot.style_circles, linewidth = 2, color = osc.cO.css(0), offset = 0)
pO = plot(dW ? osc.sig : na, color = osc.cO.css(0) )
iO = plot(dW ? osc.sgD : na, color = osc.cO.css(1), display = display.none)
bL = plot(0 , color = color.black )
fill(pO, iO, color = dW ? osc.cO : na)
//SMART MONEY FLOW
pmf = plot(Smf ? mf.mfi : na, color = mf.mfc )
blT = plot(mf.blMFI > 0 and mf.mfi > 0 ? mf.blMFI : 0 , color = na, display = display.none)
brT = plot(mf.brMFI < 0 and mf.mfi < 0 ? mf.brMFI : 0 , color = na, display = display.none)
fill(bL, pmf, mf.mfc.transp(Smf ? 50 : 100))
fill(bL, blT, mf.mfc.transp(Smf ? 0 : 100))
fill(bL, brT, mf.mfc.transp(Smf ? 0 : 100))
cf.up := color.rgb(54, 58, 69, 60)
cf.dn := color.rgb(54, 58, 69, 60)
switch
osc.sig > 0 and mf.mfi > 0 => cf.up := cnBL
osc.sig < 0 and mf.mfi < 0 => cf.dn := cnBR
=>
cf.dn := cnBR.transp(60)
cf.up := cnBL.transp(60)
tLv = plot( 55, color = sCNB ? cf.up : na)
bLv = plot(-55, color = sCNB ? cf.dn : na)
tfL = plot( 50, display = display.none)
dfL = plot(-50, display = display.none)
fill(tLv, tfL, color = sCNB ? cf.up : na)
fill(bLv, dfL, color = sCNB ? cf.dn : na)
plot(mf.mfi > 0 and Smf ? cf.blT.avg() : na, color = mfBL, style = plot.style_linebr)
plot(mf.mfi < 0 and Smf ? cf.brT.avg() : na, color = mfBR, style = plot.style_linebr)
//CONFLUENCE METER
if barstate.islast
line.new(x1 = last_bar_index, x2 = bar_index - 1, y1 = 20, y2 = 20, color = chart.fg_color.transp(50), style = line.style_dashed, extend = extend.right)
line.new(x1 = last_bar_index, x2 = bar_index - 1, y1 = -20, y2 = -20, color = chart.fg_color.transp(50), style = line.style_dashed, extend = extend.right)
if sCNF
var line[] ln = array.new<line>()
for j in ln
j.delete()
ln.clear()
var label lb = na
lb.delete()
lb := na
for i = 0 to 21
int id = switch i
0 => 55
1 => 50
2 => 45
3 => 40
4 => 35
5 => 30
6 => 25
7 => 20
8 => 15
9 => 10
10 => 5
11 => 0
12 => -5
13 => -10
14 => -15
15 => -20
16 => -25
17 => -30
18 => -35
19 => -40
20 => -45
21 => -50
ln.unshift(
line.new(
x1 = bar_index + 2
, x2 = bar_index + 2
, y1 = id
, y2 = id - 5
, color = color.from_gradient(id, -50, 55, cnBR, cnBL)
, width = 4
)
)
cnfP = switch
osc.sig > 0 and mf.mfi > 0 and mf.mfi > cf.blT.avg() => 40
osc.sig < 0 and mf.mfi < 0 and mf.mfi < cf.brT.avg() => -40
osc.sig > 0 and mf.mfi > 0 => 20
osc.sig < 0 and mf.mfi < 0 => -20
osc.sig > 0 and mf.mfi < 0 => 0
osc.sig < 0 and mf.mfi > 0 => 0
lb := label.new(
x = bar_index + 3
, y = cnfP
, text = "◀"
, color = na
, textcolor = chart.fg_color
, size = size.small
, style = label.style_label_left
)
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