mrtools wrote: Sat Oct 12, 2024 4:55 am Researching but not sure if it is possible to do it that way sing lines, if I find more information will do it.

Hello mrtools, wanted to ask if the changes are feasible.
Greetings

Cengiz wrote: Tue Dec 17, 2024 2:31 am Hello mrtools, wanted to ask if the changes are feasible.
Greetings

Hello, not sure how to.

Add mtf pls

Intrest 1 wrote: Sat Dec 28, 2024 1:21 am Add mtf pls

Test it....

Dear coders, could you please add MTF

mrtools wrote: Tue Jan 14, 2020 12:02 pm Added mtf to the stoch cycle, had a mtf jurik vortex.

The mtf-function of the jurik vortex seems not to be working.
Could you please look into it mrtools?

Kayleb wrote: Tue Jan 07, 2025 9:20 am The mtf-function of the jurik vortex seems not to be working.
Could you please look into it mrtools?

Hello, didn't have the code anymore and couldn't remember exactly how I did that one and have too many indicators in my folders to check if this is the same, so can you please check? In this version the mtf is working.

Intrest 1 wrote: Tue Jan 07, 2025 4:56 am Dear coders, could you please add MTF

Try...

mrtools wrote: Tue Jan 07, 2025 2:36 pm Hello, didn't have the code anymore and couldn't remember exactly how I did that one and have too many indicators in my folders to check if this is the same, so can you please check? In this version the mtf is working.

Hello mrtools,
the two indicators, unfortunately, are not completely identical.
I also noticed that the MTF function of the Jurik Smoothed Vortex works for all time frames greater than 15 minutes.

Since think the !!vortex smoothed (mtf) uses pretty much the same logic than the juri smoothed vortex.
And I have a few suggestions for improving the !!vortex smoothed (mtf).
Would it be possible to add alerts and an option to draw arrows on the chart and/or indicator?
It would also be great if the All Averages could be integrated, which would only affect the final result. Even better would be if both options were possible: influencing the final result and/or replacing the Jurik with another average.

Additionally, I noticed that the custom timeframe option in the MTF function does not seem to be working.

Bom dia a todos da comunidade, vi recentemente um indicador no Tradinview e achei bastante interessante, gostaria de saber se é possível convertê-lo para o MT4, algum programador pode ajudar? segue código do mesmo:



//@version=5
indicator("FRAMA Channel [BigBeluga]", overlay=true, max_labels_count = 500)

// ＩＮＰＵＴＳ --------------------------------------------------------------------------------------------------------{
// User Inputs for FRAMA Channel
int N = input.int (26, title="Length", minval=2, step = 2, group = "Channel") // Length for FRAMA calculation
float distance = input.float (1.5, "Bands Distance", step = 0.01, minval = 0.3, group = "Channel") // Distance for channel bands
string price_vol = input.string("Price", "Signals Data", ["Price", "Average Volume"]) // Source data for signals
string labl_size = input.string("Small", "Lables Size", ["Small", "Normal", "Large"])

// Colors
group = "Colors"
color color1 = input.color(#27e27b, "Momentum Up", group = group, inline = "1") // Color for upward momentum
color color2 = input.color(color.rgb(39, 114, 226), "Down", group = group, inline = "1") // Color for downward momentum
color color3 = input.color(#a2b5ca, "Neutral", group = group) // Color for neutral state
var color color = color(na) // Variable to hold the current color

bool candles = input.bool (true, "Color Candles") // Toggle for coloring candles based on momentum

// Source for FRAMA calculation
series float price = hl2 // Use hl2 as the default source

// Variables for FRAMA calculation
var float Filt = na
var float Filt1 = na
var float Filt2 = na
var int count1 = na
var int count2 = na
// }

// UDTs----------------------------------------------------------------------------------------------------------------{
// Define a user-defined type (UDT) to store variables used in FRAMA calculation
type vars
float N1
float N2
float N3
float HH
float LL
float Dimen
float alpha

// Initialize UDT instance
v = vars.new(0., 0., 0., 0., 0., 0., 0.)
// }


// ＣＡＬＣＵＬＡＴＩＯＮＳ----------------------------------------------------------------------------------------------{
// Perform calculations for the FRAMA Channel
series float volatility = ta.sma(high - low, 200) // Calculate volatility using the average true range
series float p_vol = switch price_vol // Select the data source for signals (Price or Average Volume)
"Price" => close
"Average Volume" => math.round(math.sum(volume, 10) / 10, 2)

// Calculate N3 for the fractal dimension
v.N3 := (ta.highest(high, N) - ta.lowest(low, N)) / N

// Loop to calculate N1
v.HH := high
v.LL := low

for count = 0 to N / 2 - 1
if high[count] > v.HH
v.HH := high[count]
if low[count] < v.LL
v.LL := low[count]

v.N1 := (v.HH - v.LL) / (N / 2)

// Loop to calculate N2
v.HH := high[N / 2]
v.LL := low[N / 2]

for count = N / 2 to N - 1
if high[count] > v.HH
v.HH := high[count]
if low[count] < v.LL
v.LL := low[count]

v.N2 := (v.HH - v.LL) / (N / 2)

// Calculate the fractal dimension
if (v.N1 > 0 and v.N2 > 0 and v.N3 > 0)
v.Dimen := (math.log(v.N1 + v.N2) - math.log(v.N3)) / math.log(2)

// Calculate alpha for FRAMA
v.alpha := math.exp(-4.6 * (v.Dimen - 1))
v.alpha := math.max(math.min(v.alpha, 1), 0.01) // Clamp alpha between 0.01 and 1

// Calculate the FRAMA filtered value
Filt := na(Filt)
? price
: v.alpha * price + (1 - v.alpha) * Filt[1]

Filt := ta.sma((bar_index < N + 1) ? price : Filt, 5) // Apply SMA for smoothing

// Calculate the channel bands
Filt1 := Filt + volatility * distance
Filt2 := Filt - volatility * distance
// }


// ＰＬＯＴ-------------------------------------------------------------------------------------------------------------{
// Define conditions for plotting and coloring
break_up = ta.crossover(hlc3, Filt1) and barstate.isconfirmed
break_dn = ta.crossunder(hlc3, Filt2) and barstate.isconfirmed

if ta.cross(close, Filt)
color := color3 // Neutral color

// Determine the color based on breakout conditions
switch
break_up => color := color1 // Upward breakout
break_dn => color := color2 // Downward breakout

// Set candle color if enabled
color color_c = candles ? color : na

// Plot the FRAMA and bands
p0 = plot(Filt, color = color.new(color,color == color3 ? 100 : 50), editable = false)
p1 = plot(Filt1, color = color.new(color,20), linewidth = 1, editable = false)
p2 = plot(Filt2, color = color.new(color,20), linewidth = 1, editable = false)

// Fill the area between the bands and FRAMA
fill(p1, p0, Filt1, Filt, color.new(color, candles ? 95 : 85), na, editable = false)
fill(p0, p2, Filt, Filt2, na, color.new(color, candles ? 95 : 85), editable = false)

size = switch labl_size
"Small" => size.small
"Normal" => size.normal
"Large" => size.large

// Add labels on breakout events
if break_up
count2 := 0
count1 += 1
if count1 == 1
label.new(
x = bar_index,
y = Filt2,
text = "🢁\n" + str.tostring(p_vol),
style = label.style_label_up,
textcolor = color1,
color = color(na),
size = size
)

if break_dn
count1 := 0
count2 += 1
if count2 == 1
label.new(
x = bar_index,
y = Filt1,
text = str.tostring(p_vol) + "\n🢃",
style = label.style_label_down,
textcolor = color2,
color = color(na),
size = size
)

// Plot candles with the calculated colors
plotcandle(
open, high, low, close,
"Candles",
color_c,
color_c,
bordercolor = color_c,
editable = false
)
// }
// This work is licensed under Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International
// https://creativecommons.org/licenses/by-nc-sa/4.0/
// © BigBeluga


//@version=5
indicator("FRAMA Channel [BigBeluga]", overlay=true, max_labels_count = 500)

// ＩＮＰＵＴＳ --------------------------------------------------------------------------------------------------------{
// User Inputs for FRAMA Channel
int N = input.int (26, title="Length", minval=2, step = 2, group = "Channel") // Length for FRAMA calculation
float distance = input.float (1.5, "Bands Distance", step = 0.01, minval = 0.3, group = "Channel") // Distance for channel bands
string price_vol = input.string("Price", "Signals Data", ["Price", "Average Volume"]) // Source data for signals
string labl_size = input.string("Small", "Lables Size", ["Small", "Normal", "Large"])

// Colors
group = "Colors"
color color1 = input.color(#27e27b, "Momentum Up", group = group, inline = "1") // Color for upward momentum
color color2 = input.color(color.rgb(39, 114, 226), "Down", group = group, inline = "1") // Color for downward momentum
color color3 = input.color(#a2b5ca, "Neutral", group = group) // Color for neutral state
var color color = color(na) // Variable to hold the current color

bool candles = input.bool (true, "Color Candles") // Toggle for coloring candles based on momentum

// Source for FRAMA calculation
series float price = hl2 // Use hl2 as the default source

// Variables for FRAMA calculation
var float Filt = na
var float Filt1 = na
var float Filt2 = na
var int count1 = na
var int count2 = na
// }

// UDTs----------------------------------------------------------------------------------------------------------------{
// Define a user-defined type (UDT) to store variables used in FRAMA calculation
type vars
float N1
float N2
float N3
float HH
float LL
float Dimen
float alpha

// Initialize UDT instance
v = vars.new(0., 0., 0., 0., 0., 0., 0.)
// }


// ＣＡＬＣＵＬＡＴＩＯＮＳ----------------------------------------------------------------------------------------------{
// Perform calculations for the FRAMA Channel
series float volatility = ta.sma(high - low, 200) // Calculate volatility using the average true range
series float p_vol = switch price_vol // Select the data source for signals (Price or Average Volume)
"Price" => close
"Average Volume" => math.round(math.sum(volume, 10) / 10, 2)

// Calculate N3 for the fractal dimension
v.N3 := (ta.highest(high, N) - ta.lowest(low, N)) / N

// Loop to calculate N1
v.HH := high
v.LL := low

for count = 0 to N / 2 - 1
if high[count] > v.HH
v.HH := high[count]
if low[count] < v.LL
v.LL := low[count]

v.N1 := (v.HH - v.LL) / (N / 2)

// Loop to calculate N2
v.HH := high[N / 2]
v.LL := low[N / 2]

for count = N / 2 to N - 1
if high[count] > v.HH
v.HH := high[count]
if low[count] < v.LL
v.LL := low[count]

v.N2 := (v.HH - v.LL) / (N / 2)

// Calculate the fractal dimension
if (v.N1 > 0 and v.N2 > 0 and v.N3 > 0)
v.Dimen := (math.log(v.N1 + v.N2) - math.log(v.N3)) / math.log(2)

// Calculate alpha for FRAMA
v.alpha := math.exp(-4.6 * (v.Dimen - 1))
v.alpha := math.max(math.min(v.alpha, 1), 0.01) // Clamp alpha between 0.01 and 1

// Calculate the FRAMA filtered value
Filt := na(Filt)
? price
: v.alpha * price + (1 - v.alpha) * Filt[1]

Filt := ta.sma((bar_index < N + 1) ? price : Filt, 5) // Apply SMA for smoothing

// Calculate the channel bands
Filt1 := Filt + volatility * distance
Filt2 := Filt - volatility * distance
// }


// ＰＬＯＴ-------------------------------------------------------------------------------------------------------------{
// Define conditions for plotting and coloring
break_up = ta.crossover(hlc3, Filt1) and barstate.isconfirmed
break_dn = ta.crossunder(hlc3, Filt2) and barstate.isconfirmed

if ta.cross(close, Filt)
color := color3 // Neutral color

// Determine the color based on breakout conditions
switch
break_up => color := color1 // Upward breakout
break_dn => color := color2 // Downward breakout

// Set candle color if enabled
color color_c = candles ? color : na

// Plot the FRAMA and bands
p0 = plot(Filt, color = color.new(color,color == color3 ? 100 : 50), editable = false)
p1 = plot(Filt1, color = color.new(color,20), linewidth = 1, editable = false)
p2 = plot(Filt2, color = color.new(color,20), linewidth = 1, editable = false)

// Fill the area between the bands and FRAMA
fill(p1, p0, Filt1, Filt, color.new(color, candles ? 95 : 85), na, editable = false)
fill(p0, p2, Filt, Filt2, na, color.new(color, candles ? 95 : 85), editable = false)

size = switch labl_size
"Small" => size.small
"Normal" => size.normal
"Large" => size.large

// Add labels on breakout events
if break_up
count2 := 0
count1 += 1
if count1 == 1
label.new(
x = bar_index,
y = Filt2,
text = "🢁\n" + str.tostring(p_vol),
style = label.style_label_up,
textcolor = color1,
color = color(na),
size = size
)

if break_dn
count1 := 0
count2 += 1
if count2 == 1
label.new(
x = bar_index,
y = Filt1,
text = str.tostring(p_vol) + "\n🢃",
style = label.style_label_down,
textcolor = color2,
color = color(na),
size = size
)

// Plot candles with the calculated colors
plotcandle(
open, high, low, close,
"Candles",
color_c,
color_c,
bordercolor = color_c,
editable = false
)
// }