conversion of indicator DTFX Algo Zones TIA

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12/20/2025 at 3:57 PM #254694 quote

Ziggy
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// This work is licensed under a Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) https://creativecommons.org/licenses/by-nc-sa/4.0/
// © LuxAlgo
//@version=5
indicator(“DTFX Algo Zones [LuxAlgo]”, shorttitle = “LuxAlgo – DTFX Algo Zones”, overlay = true, max_boxes_count = 500, max_lines_count = 500)
///———————————————————————————————————————}
//Inputs
//———————————————————————————————————————{
structureTog = input.bool(true, title = “Show Swing Points”, group = “Structure”)
structureLen = input.int(10, title = “Structure Length”, group = “Structure”)
zoneDispNum = input.int(1, title = “Show Last”, group = “Zones”, minval = 0)
dispAll = input.bool(true, title = “Display All Zones”, tooltip = “Ignores Zone Display # and Displays all Possible Zones.”, group = “Zones”)
zoneFilter = input.string(“Both”, title = “Zone Display”, options = [“Bullish Only”, “Bearish Only”, “Both”], group = “Zones”)
noOverlap = input.bool(true, title = “Clean-Up Level Overlap”, group = “Zones”)
fib_group = ” Fib Levels Line Style Bull | Bear”
f1Tog = input.bool(false, title = “”, group = fib_group, inline = “1”)
f2Tog = input.bool(true, title = “”, group = fib_group, inline = “2”)
f3Tog = input.bool(true, title = “”, group = fib_group, inline = “3”)
f4Tog = input.bool(true, title = “”, group = fib_group, inline = “4”)
f5Tog = input.bool(false, title = “”, group = fib_group, inline = “5”)
f1Lvl = f1Tog?input.float(0, title = “”, group = fib_group, inline = “1”):na
f2Lvl = f2Tog?input.float(0.3, title = “”, group = fib_group, inline = “2”):na
f3Lvl = f3Tog?input.float(0.5, title = “”, group = fib_group, inline = “3”):na
f4Lvl = f4Tog?input.float(0.7, title = “”, group = fib_group, inline = “4”):na
f5Lvl = f5Tog?input.float(1, title = “”, group = fib_group, inline = “5”):na
f1Style = input.string(“. . .”, title = “”, options = [“___”,”- – -“,”. . .”], group = fib_group, inline = “1”)
f2Style = input.string(“- – -“, title = “”, options = [“___”,”- – -“,”. . .”], group = fib_group, inline = “2”)
f3Style = input.string(“___”, title = “”, options = [“___”,”- – -“,”. . .”], group = fib_group, inline = “3”)
f4Style = input.string(“- – -“, title = “”, options = [“___”,”- – -“,”. . .”], group = fib_group, inline = “4”)
f5Style = input.string(“. . .”, title = “”, options = [“___”,”- – -“,”. . .”], group = fib_group, inline = “5”)
f1BullColor = input.color(#089981, title = “”, group = fib_group, inline = “1”)
f2BullColor = input.color(#089981, title = “”, group = fib_group, inline = “2”)
f3BullColor = input.color(#089981, title = “”, group = fib_group, inline = “3”)
f4BullColor = input.color(#089981, title = “”, group = fib_group, inline = “4”)
f5BullColor = input.color(#089981, title = “”, group = fib_group, inline = “5”)
f1BearColor = input.color(#f23645, title = “”, group = fib_group, inline = “1”)
f2BearColor = input.color(#f23645, title = “”, group = fib_group, inline = “2”)
f3BearColor = input.color(#f23645, title = “”, group = fib_group, inline = “3”)
f4BearColor = input.color(#f23645, title = “”, group = fib_group, inline = “4”)
f5BearColor = input.color(#f23645, title = “”, group = fib_group, inline = “5”)
structureColor = input.color(color.gray, title = “Structure Color”, group = “Style”)
bullZoneColor = input.color(color.new(#089981,80), title = “Bullish Zone Color”, group = “Style”)
bearZoneColor = input.color(color.new(#f23645,80), title = “Bearish Zone Color”, group = “Style”)
//———————————————————————————————————————}
//UDTs
//———————————————————————————————————————{
type pb
float price
int bar
type fs
line f1
line f2
line f3
line f4
line f5
//———————————————————————————————————————}
//Functions
//———————————————————————————————————————{
linestyle(_input) =>
_input == “___”?line.style_solid:
_input == “- – -“?line.style_dashed:
_input == “. . .”?line.style_dotted:
na
get_fibs(_top,_bot,_dir,_fl1,_fl2,_fl3,_fl4,_fl5) =>
rng = _dir == 1 ? _top – _bot : _bot – _top
anchor = _dir == 1 ? _bot : _top
fib1 = anchor + (rng*_fl1)
fib2 = anchor + (rng*_fl2)
fib3 = anchor + (rng*_fl3)
fib4 = anchor + (rng*_fl4)
fib5 = anchor + (rng*_fl5)
[fib1,fib2,fib3,fib4,fib5]
//———————————————————————————————————————}
//Calcs
//———————————————————————————————————————{
var int dir = 0
float top = na
float btm = na
var pb t = pb.new(na,na)
var pb b = pb.new(na,na)
var bool bos_up_check = false
var bool bos_down_check = false

var string last_bot = “NA”
var string last_top = “NA”
var zones = array.new_box()
var lvls = array.new()
var box live_zone = na
var fs live_lvls = fs.new(na,na,na,na,na)
upper = ta.highest(structureLen)
lower = ta.lowest(structureLen)
if dir >= 0 and high[structureLen] > upper
dir := -1
top := high[structureLen]
if dir <= 0 and low[structureLen] < lower
dir := 1
btm := low[structureLen]
top_conf = not na(top)
bot_conf = not na(btm)
int structure_confirmed = 0
if top_conf
t := pb.new(top,bar_index-structureLen)
bos_up_check := true
if structureTog
structure_confirmed := 1
if bot_conf
b := pb.new(btm,bar_index-structureLen)
bos_down_check := true
if structureTog
structure_confirmed := -1

plotshape(structure_confirmed>0?true:false, style = shape.circle, title = “Swing High”, location = location.abovebar, offset = -structureLen, color = structureColor)
plotshape(structure_confirmed<0?true:false, style = shape.circle, title = “Swing Low”, location = location.belowbar, offset = -structureLen, color = structureColor)
HH = top_conf and t.price > t.price[1]
HL = bot_conf and b.price > b.price[1]
LH = top_conf and t.price < t.price[1]
LL = bot_conf and b.price < b.price[1]
last_top := HH?”HH”:LH?”LH”:last_top
last_bot := LL?”LL”:HL?”HL”:last_bot
var int t_dir = 0
choch_up = ta.crossover(close,t.price) and (high == upper) and t_dir <= 0
choch_down = ta.crossunder(close,b.price) and (low == lower) and t_dir >= 0

if choch_up
t_dir := 1
if choch_down
t_dir := -1

bos_up = ta.crossover(close,t.price) and bos_up_check and t_dir >= 0
bos_down = ta.crossunder(close,b.price) and bos_down_check and t_dir <= 0
mss_up = bos_up or choch_up
mss_down = bos_down or choch_down
if mss_up
bos_up_check := false
if zoneFilter != “Bearish Only”
_top = t.price
_bot = dir == -1 ? lower : dir == 1 ? b.price : 0
[fib1,fib2,fib3,fib4,fib5] = get_fibs(_top,_bot,1,f1Lvl,f2Lvl,f3Lvl,f4Lvl,f5Lvl)
live_zone := box.new(t.bar,_top,bar_index,_bot,bgcolor = bullZoneColor,border_color = na)
live_lvls := fs.new(
line.new(t.bar,(f1Tog?fib1:na),bar_index,fib1, color = f1BullColor, style = linestyle(f1Style)),
line.new(t.bar,(f2Tog?fib2:na),bar_index,fib2, color = f2BullColor, style = linestyle(f2Style)),
line.new(t.bar,(f3Tog?fib3:na),bar_index,fib3, color = f3BullColor, style = linestyle(f3Style)),
line.new(t.bar,(f4Tog?fib4:na),bar_index,fib4, color = f4BullColor, style = linestyle(f4Style)),
line.new(t.bar,(f5Tog?fib5:na),bar_index,fib5, color = f5BullColor, style = linestyle(f5Style))
)
zones.push(live_zone)
lvls.push(live_lvls)
if mss_down
bos_down_check := false
if zoneFilter != “Bullish Only”
_top = dir == 1 ? upper : dir == -1 ? t.price : 0
_bot = b.price
[fib1,fib2,fib3,fib4,fib5] = get_fibs(_top,_bot,-1,f1Lvl,f2Lvl,f3Lvl,f4Lvl,f5Lvl)
live_zone := box.new(b.bar,_top,bar_index,_bot,bgcolor = bearZoneColor,border_color = na)
live_lvls := fs.new(
line.new(b.bar,(f1Tog?fib1:na),bar_index,fib1, color = f1BearColor, style = linestyle(f1Style)),
line.new(b.bar,(f2Tog?fib2:na),bar_index,fib2, color = f2BearColor, style = linestyle(f2Style)),
line.new(b.bar,(f3Tog?fib3:na),bar_index,fib3, color = f3BearColor, style = linestyle(f3Style)),
line.new(b.bar,(f4Tog?fib4:na),bar_index,fib4, color = f4BearColor, style = linestyle(f4Style)),
line.new(b.bar,(f5Tog?fib5:na),bar_index,fib5, color = f5BearColor, style = linestyle(f5Style))
)
zones.push(live_zone)
lvls.push(live_lvls)
if zones.size() > zoneDispNum and not dispAll
zones.shift().delete()
ln = lvls.shift()
ln.f1.delete()
ln.f2.delete()
ln.f3.delete()
ln.f4.delete()
ln.f5.delete()
if lvls.size() > 1 and noOverlap
last_zone = zones.get(zones.size()-2)
last_lvl = lvls.get(lvls.size()-2)
if last_lvl.f1.get_x2() > live_lvls.f1.get_x1()
last_lvl.f1.set_x2(math.max(live_zone.get_left(),last_zone.get_right()))
last_lvl.f2.set_x2(math.max(live_zone.get_left(),last_zone.get_right()))
last_lvl.f3.set_x2(math.max(live_zone.get_left(),last_zone.get_right()))
last_lvl.f4.set_x2(math.max(live_zone.get_left(),last_zone.get_right()))
last_lvl.f5.set_x2(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f1.set_x1(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f2.set_x1(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f3.set_x1(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f4.set_x1(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f5.set_x1(math.max(live_zone.get_left(),last_zone.get_right()))
live_lvls.f1.set_x2(bar_index)
live_lvls.f2.set_x2(bar_index)
live_lvls.f3.set_x2(bar_index)
live_lvls.f4.set_x2(bar_index)
live_lvls.f5.set_x2(bar_index)

//———————————————————————————————————————}

12/22/2025 at 11:48 AM #254714 quote
Iván González
Moderator

Legend
Hi, here you have:
```
//--------------------------------------
//PRC_DTFX Algo Zones [LuxAlgo]
//version = 0
//22.12.2025
//Iván González @ www.prorealcode.com
//Sharing ProRealTime knowledge
//--------------------------------------
// --- Parameters ---
//--------------------------------------
prd = 10
fibLevel1 = 0.3
fibLevel2 = 0.5
fibLevel3 = 0.7
//--------------------------------------
// --- Pivot Detection ---
//--------------------------------------
// Pivot high
IF high[prd] = HIGHEST[2 * prd + 1](high) THEN
   ph = high[prd]
   phx = BARINDEX[prd]
   boxBreak = 0
   drawpoint(phx,ph,1)coloured("grey")
ENDIF
// Pivot Low
IF low[prd] = LOWEST[2 * prd + 1](low) THEN
   pl = low[prd]
   plx = BARINDEX[prd]
   boxBreak = 0
   drawpoint(plx,pl,1)coloured("grey")
ENDIF
//--------------------------------------
// --- Breakout Logic ---
//--------------------------------------
conditionUp = close CROSSES OVER ph
conditionDown = close CROSSES UNDER pl

IF (conditionUp OR conditionDown) AND boxBreak = 0 THEN
   // A new zone is born
   boxBreak = 1
   zoneActive = 1
   
   // Determine the box origin
   IF phx < plx THEN
      startX = phx
   ELSE
      startX = plx
   ENDIF
   
   // Store levels for the continuous lines
   rangeSize = ph - pl
   // Calculate Fibonacci levels for this specific zone
   activeFib1 = pl + (rangeSize * fibLevel1)
   activeFib2 = pl + (rangeSize * fibLevel2)
   activeFib3 = pl + (rangeSize * fibLevel3)
   
   // Set colors based on breakout direction
   IF conditionUp THEN
      // Bullish colors (Greenish)
      r = 8
      g = 153
      b = 129
   ELSE
      // Bearish colors (Reddish)
      r = 242
      g = 54
      b = 69
   ENDIF
   // Draw the static rectangle (from origin to breakout bar)
   DRAWRECTANGLE(startX, ph, BARINDEX, pl) COLOURED(r, g, b, 50) BORDERCOLOR(0, 0, 0, 0)
   // Update the start bar for the moving lines
   lastBreakoutBar = BARINDEX
ENDIF
//--------------------------------------
// --- Continuous Fibo Line Projection ---
//--------------------------------------
IF zoneActive = 1 AND BARINDEX > lastBreakoutBar THEN  // Draw segments from the previous bar to the current one to create a continuous line
   DRAWSEGMENT(BARINDEX[1], activeFib1, BARINDEX, activeFib1) STYLE(DOTTEDLINE, 1) COLOURED(r, g, b)
   DRAWSEGMENT(BARINDEX[1], activeFib2, BARINDEX, activeFib2) STYLE(LINE, 1) COLOURED(r, g, b)
   DRAWSEGMENT(BARINDEX[1], activeFib3, BARINDEX, activeFib3) STYLE(DOTTEDLINE, 1) COLOURED(r, g, b)
ENDIF
//--------------------------------------
// --- Internal box lines ---
//--------------------------------------
IF (conditionUp OR conditionDown) AND boxBreak = 1 THEN
   DRAWSEGMENT(startX, activeFib1, BARINDEX, activeFib1) STYLE(DOTTEDLINE, 1) COLOURED(r, g, b)
   DRAWSEGMENT(startX, activeFib2, BARINDEX, activeFib2) STYLE(LINE, 1) COLOURED(r, g, b)
   DRAWSEGMENT(startX, activeFib3, BARINDEX, activeFib3) STYLE(DOTTEDLINE, 1) COLOURED(r, g, b)
ENDIF
//--------------------------------------
RETURN
```
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