Trend Strength Gauge For ThinkOrSwim

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Lukhy11 said:
https://www.tradingview.com/script/aJDdjBh6-Trend-Strength-Gauge/

Hi can anyone help convert this TradingView to thinkorswim indicator code below:

// @VanHe1sing

//@version=5
indicator("Trend Strength Gauge", 'HSMA',overlay = true)

length = input(20, "HSMA Length")

// Hma
wma = ta.wma(close, length)
wma1 = ta.wma(close, length)
a = 3 * wma - 2 * wma1

// Sma
a1 = ta.sma(close, length)

// Extract the difference (HMA - SMA)
diff = a - a1

// Table Function
printTable(txt, col, row, color, txt1, col1, row1, color1) => var table t = table.new(position.bottom_center, 60, 3),
table.cell(t, col, row, txt, bgcolor = color),
table.cell(t, col1, row1, txt1, bgcolor = color1, text_color = color.white)

// Normalize
x = diff
len = 100
xMax = ta.highest(x, len)
xMin = ta.lowest(x, len)
range_ = xMax - xMin
y = x / range_

// Convertation searies float to searies int with round()
g = math.round(y*40)

// Plot
color1 = color.from_gradient(g, -2, 2, color.white, color.teal)
p1 = plot(a, 'HEMA', color1, 2)
p2 = plot(a1, 'SMA', color1, 2)
fill(p1, p2, color = color1)

// Convertation negative values to positive
g := g < 0 ? g *- 1 : g

// Plot trend strength gauge
if barstate.islast
for i = 1 to 40
color_ = math.round(y*40) < 0 ? color.white : color.teal
color = color.from_gradient(i, 1, 50, color.rgb(0, 137, 123, 100), color_)
printTable("", i, 1, color, "V", g, 1, color.rgb(255, 255, 255, 100))
Click to expand...
check the below - pls test it in live session.

CSS: 
#// https://www.tradingview.com/v/aJDdjBh6/
#// @VanHe1sing
#indicator("Trend Strength Gauge", 'HSMA',overlay =  true)
# Converted and mod by Sam4Cok@Samer800    - 01/2024 - Not Typical
input movAvgType1 = AverageType.WEIGHTED;
input movAvgType2 = AverageType.SIMPLE;
input src = close;
input length = 20;    # "HSMA Length"
input GaugeLength = 40;
input trendGaugeDisplay = {Default "Top", "Bottom", "Top & Bottom", "Don't show"};

def na = Double.NaN;
def bar = CompoundValue(1, BarNumber(), 0);
def last = isNaN(close);
def lastBar = if !isNaN(close) then bar else lastBar[1];

DefineGlobalColor("teal", CreateColor(0, 137, 123));
#// Hma
def mov1  = MovingAverage(movAvgType1, src, length);
#// Sma
def mov2 = MovingAverage(movAvgType2, src, length);
#// Extract the difference (HMA - SMA)
def diff = mov1 - mov2;

#// Normalize
def x = diff;
def len = 100;
def xMax = highest(x, len);
def xMin = lowest(x, len);
def range_ = xMax - xMin;
def y = x / range_;

#// Convertation searies float to searies int with round()
def g = round(y * GaugeLength, 0);
def absG = AbsValue(g);
#/ Convertation negative values to positive
def g1 = if g < 0 then -g else absG;
def GCol = if g >= GaugeLength/2 then 255 else
           if g >=  GaugeLength/4 then 194 else 133;
def WCol = if g <= -GaugeLength/2 then 255 else
           if g <= - GaugeLength/4 then 194 else 133;

plot p1 = mov1;     # 'HEMA'
plot p2 = mov2;    # 'SMA'
p1.SetLineWeight(2);
p2.SetLineWeight(2);
p1.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
p2.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
AddCloud(p1, p2, GlobalColor("teal"), Color.WHITE);

#-- Trend Strength Gauge;
def p1Last = highestAll(inertiaAll(p1,2));
def p2Last = highestAll(inertiaAll(p2,2));
def cloudCond = p1Last > p2Last;
def nATR = atr(Length = 100) / 4;
def vCond = lastBar == highestAll(lastBar + g1) - GaugeLength;
def lineCod = !last and lastBar >= highestAll(lastBar) - GaugeLength;
def hh = highest(high, GaugeLength);
def ll = lowest(low, GaugeLength);

def gaugeT1; def gaugeT2; def gaugeB1; def gaugeB2;
Switch (trendGaugeDisplay) {
Case "Bottom" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Top & Bottom" :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Don't show" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = na;
    gaugeB2 = na;
Default :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = na;
    gaugeB2 = na;
}
def hhTop = highestAll(inertiaAll(gaugeT1, 2));
def hhBot = highestAll(inertiaAll(gaugeT2, 2));
def llTop = highestAll(inertiaAll(gaugeB1, 2));
def llBot = highestAll(inertiaAll(gaugeB2, 2));
def hiTopL =  if lineCod then hhTop else na;
def hiBotL =  if lineCod then hhBot else na;
def LoTopL =  if lineCod then llTop else na;
def LoBotL =  if lineCod then llBot else na;
def gaugeUp = (hiTopL + hiBotL) / 2;
def gaugeLo = (LoTopL + LoBotL) / 2;

plot gaugeTop = if vCond then gaugeUp else na;
plot gaugeBot = if vCond then gaugeLo else na;
gaugeTop.SetLineWeight(2);
gaugeTop.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeTop.SetDefaultColor(Color.YELLOW);
gaugeBot.SetLineWeight(2);
gaugeBot.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeBot.SetDefaultColor(Color.YELLOW);


AddCloud(if vCond then hiTopL else na, hiBotL, Color.BLACK);
AddCloud(if vCond then loTopL else na, loBotL, Color.BLACK);

AddCloud(if cloudCond and !vCond then hiTopL else na, hiBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else hiTopL, hiBotL, Color.WHITE);

AddCloud(if cloudCond and !vCond then loTopL else na, loBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else loTopL, loBotL, Color.WHITE);

#-- END of CODE
 
samer800 said:
check the below - pls test it in live session.

CSS: 
#// https://www.tradingview.com/v/aJDdjBh6/
#// @VanHe1sing
#indicator("Trend Strength Gauge", 'HSMA',overlay =  true)
# Converted and mod by Sam4Cok@Samer800    - 01/2024 - Not Typical
input movAvgType1 = AverageType.WEIGHTED;
input movAvgType2 = AverageType.SIMPLE;
input src = close;
input length = 20;    # "HSMA Length"
input GaugeLength = 40;
input trendGaugeDisplay = {Default "Top", "Bottom", "Top & Bottom", "Don't show"};

def na = Double.NaN;
def bar = CompoundValue(1, BarNumber(), 0);
def last = isNaN(close);
def lastBar = if !isNaN(close) then bar else lastBar[1];

DefineGlobalColor("teal", CreateColor(0, 137, 123));
#// Hma
def mov1  = MovingAverage(movAvgType1, src, length);
#// Sma
def mov2 = MovingAverage(movAvgType2, src, length);
#// Extract the difference (HMA - SMA)
def diff = mov1 - mov2;

#// Normalize
def x = diff;
def len = 100;
def xMax = highest(x, len);
def xMin = lowest(x, len);
def range_ = xMax - xMin;
def y = x / range_;

#// Convertation searies float to searies int with round()
def g = round(y * GaugeLength, 0);
def absG = AbsValue(g);
#/ Convertation negative values to positive
def g1 = if g < 0 then -g else absG;
def GCol = if g >= GaugeLength/2 then 255 else
           if g >=  GaugeLength/4 then 194 else 133;
def WCol = if g <= -GaugeLength/2 then 255 else
           if g <= - GaugeLength/4 then 194 else 133;

plot p1 = mov1;     # 'HEMA'
plot p2 = mov2;    # 'SMA'
p1.SetLineWeight(2);
p2.SetLineWeight(2);
p1.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
p2.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
AddCloud(p1, p2, GlobalColor("teal"), Color.WHITE);

#-- Trend Strength Gauge;
def p1Last = highestAll(inertiaAll(p1,2));
def p2Last = highestAll(inertiaAll(p2,2));
def cloudCond = p1Last > p2Last;
def nATR = atr(Length = 100) / 4;
def vCond = lastBar == highestAll(lastBar + g1) - GaugeLength;
def lineCod = !last and lastBar >= highestAll(lastBar) - GaugeLength;
def hh = highest(high, GaugeLength);
def ll = lowest(low, GaugeLength);

def gaugeT1; def gaugeT2; def gaugeB1; def gaugeB2;
Switch (trendGaugeDisplay) {
Case "Bottom" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Top & Bottom" :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Don't show" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = na;
    gaugeB2 = na;
Default :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = na;
    gaugeB2 = na;
}
def hhTop = highestAll(inertiaAll(gaugeT1, 2));
def hhBot = highestAll(inertiaAll(gaugeT2, 2));
def llTop = highestAll(inertiaAll(gaugeB1, 2));
def llBot = highestAll(inertiaAll(gaugeB2, 2));
def hiTopL =  if lineCod then hhTop else na;
def hiBotL =  if lineCod then hhBot else na;
def LoTopL =  if lineCod then llTop else na;
def LoBotL =  if lineCod then llBot else na;
def gaugeUp = (hiTopL + hiBotL) / 2;
def gaugeLo = (LoTopL + LoBotL) / 2;

plot gaugeTop = if vCond then gaugeUp else na;
plot gaugeBot = if vCond then gaugeLo else na;
gaugeTop.SetLineWeight(2);
gaugeTop.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeTop.SetDefaultColor(Color.YELLOW);
gaugeBot.SetLineWeight(2);
gaugeBot.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeBot.SetDefaultColor(Color.YELLOW);


AddCloud(if vCond then hiTopL else na, hiBotL, Color.BLACK);
AddCloud(if vCond then loTopL else na, loBotL, Color.BLACK);

AddCloud(if cloudCond and !vCond then hiTopL else na, hiBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else hiTopL, hiBotL, Color.WHITE);

AddCloud(if cloudCond and !vCond then loTopL else na, loBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else loTopL, loBotL, Color.WHITE);

#-- END of CODE
Click to expand...
@samer800 ,,,,
Hi I have been using this and compared to the tradingview version I'd say yours is a lot better ,thank you
Just curious if is possible to make the cloud optional on settings , leave only the lines bottom and top I noticed those works pretty good as support and resistance , I have other studies up and do not want to clutter the chart to much ,thanks in advance.
 
cando13579 said:
@samer800 ,,,,
Hi I have been using this and compared to the tradingview version I'd say yours is a lot better ,thank you
Just curious if is possible to make the cloud optional on settings , leave only the lines bottom and top I noticed those works pretty good as support and resistance , I have other studies up and do not want to clutter the chart to much ,thanks in advance.
Click to expand...
check the below:

CSS: 
#// https://www.tradingview.com/v/aJDdjBh6/
#// @VanHe1sing
#indicator("Trend Strength Gauge", 'HSMA',overlay =  true)
# Converted and mod by Sam4Cok@Samer800    - 01/2024 - Not Typical

input higlightTrend = yes;
input movAvgType1 = AverageType.WEIGHTED;
input movAvgType2 = AverageType.SIMPLE;
input src = close;
input length = 20;    # "HSMA Length"
input GaugeLength = 40;
input trendGaugeDisplay = {Default "Top", "Bottom", "Top & Bottom", "Don't show"};

def na = Double.NaN;
def bar = CompoundValue(1, BarNumber(), 0);
def last = isNaN(close);
def lastBar = if !isNaN(close) then bar else lastBar[1];

DefineGlobalColor("teal", CreateColor(0, 137, 123));
#// Hma
def mov1  = MovingAverage(movAvgType1, src, length);
#// Sma
def mov2 = MovingAverage(movAvgType2, src, length);
#// Extract the difference (HMA - SMA)
def diff = mov1 - mov2;

#// Normalize
def x = diff;
def len = 100;
def xMax = highest(x, len);
def xMin = lowest(x, len);
def range_ = xMax - xMin;
def y = x / range_;

#// Convertation searies float to searies int with round()
def g = round(y * GaugeLength, 0);
def absG = AbsValue(g);
#/ Convertation negative values to positive
def g1 = if g < 0 then -g else absG;
def GCol = if g >= GaugeLength/2 then 255 else
           if g >=  GaugeLength/4 then 194 else 133;
def WCol = if g <= -GaugeLength/2 then 255 else
           if g <= - GaugeLength/4 then 194 else 133;

plot HEMA = mov1;   # 'HEMA'
plot SMA = mov2;    # 'SMA'
HEMA.SetLineWeight(2);
SMA.SetLineWeight(2);
HEMA.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
SMA.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
AddCloud(if higlightTrend then HEMA else na, SMA, GlobalColor("teal"), Color.WHITE);

#-- Trend Strength Gauge;
def p1Last = highestAll(inertiaAll(HEMA,2));
def p2Last = highestAll(inertiaAll(SMA,2));
def cloudCond = p1Last > p2Last;
def nATR = atr(Length = 100) / 4;
def vCond = lastBar == highestAll(lastBar + g1) - GaugeLength;
def lineCod = !last and lastBar >= highestAll(lastBar) - GaugeLength;
def hh = highest(high, GaugeLength);
def ll = lowest(low, GaugeLength);

def gaugeT1; def gaugeT2; def gaugeB1; def gaugeB2;
Switch (trendGaugeDisplay) {
Case "Bottom" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Top & Bottom" :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Don't show" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = na;
    gaugeB2 = na;
Default :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = na;
    gaugeB2 = na;
}
def hhTop = highestAll(inertiaAll(gaugeT1, 2));
def hhBot = highestAll(inertiaAll(gaugeT2, 2));
def llTop = highestAll(inertiaAll(gaugeB1, 2));
def llBot = highestAll(inertiaAll(gaugeB2, 2));
def hiTopL =  if lineCod then hhTop else na;
def hiBotL =  if lineCod then hhBot else na;
def LoTopL =  if lineCod then llTop else na;
def LoBotL =  if lineCod then llBot else na;
def gaugeUp = (hiTopL + hiBotL) / 2;
def gaugeLo = (LoTopL + LoBotL) / 2;

plot gaugeTop = if vCond then gaugeUp else na;
plot gaugeBot = if vCond then gaugeLo else na;
gaugeTop.SetLineWeight(2);
gaugeTop.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeTop.SetDefaultColor(Color.YELLOW);
gaugeBot.SetLineWeight(2);
gaugeBot.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeBot.SetDefaultColor(Color.YELLOW);


AddCloud(if vCond then hiTopL else na, hiBotL, Color.BLACK);
AddCloud(if vCond then loTopL else na, loBotL, Color.BLACK);

AddCloud(if cloudCond and !vCond then hiTopL else na, hiBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else hiTopL, hiBotL, Color.WHITE);

AddCloud(if cloudCond and !vCond then loTopL else na, loBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else loTopL, loBotL, Color.WHITE);

#-- END of CODE
 
samer800 said:
check the below:

CSS: 
#// https://www.tradingview.com/v/aJDdjBh6/
#// @VanHe1sing
#indicator("Trend Strength Gauge", 'HSMA',overlay =  true)
# Converted and mod by Sam4Cok@Samer800    - 01/2024 - Not Typical

input higlightTrend = yes;
input movAvgType1 = AverageType.WEIGHTED;
input movAvgType2 = AverageType.SIMPLE;
input src = close;
input length = 20;    # "HSMA Length"
input GaugeLength = 40;
input trendGaugeDisplay = {Default "Top", "Bottom", "Top & Bottom", "Don't show"};

def na = Double.NaN;
def bar = CompoundValue(1, BarNumber(), 0);
def last = isNaN(close);
def lastBar = if !isNaN(close) then bar else lastBar[1];

DefineGlobalColor("teal", CreateColor(0, 137, 123));
#// Hma
def mov1  = MovingAverage(movAvgType1, src, length);
#// Sma
def mov2 = MovingAverage(movAvgType2, src, length);
#// Extract the difference (HMA - SMA)
def diff = mov1 - mov2;

#// Normalize
def x = diff;
def len = 100;
def xMax = highest(x, len);
def xMin = lowest(x, len);
def range_ = xMax - xMin;
def y = x / range_;

#// Convertation searies float to searies int with round()
def g = round(y * GaugeLength, 0);
def absG = AbsValue(g);
#/ Convertation negative values to positive
def g1 = if g < 0 then -g else absG;
def GCol = if g >= GaugeLength/2 then 255 else
           if g >=  GaugeLength/4 then 194 else 133;
def WCol = if g <= -GaugeLength/2 then 255 else
           if g <= - GaugeLength/4 then 194 else 133;

plot HEMA = mov1;   # 'HEMA'
plot SMA = mov2;    # 'SMA'
HEMA.SetLineWeight(2);
SMA.SetLineWeight(2);
HEMA.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
SMA.AssignValueColor(if g >0 then CreateColor(0, GCol, GCol) else
                    if g <0 then CreateColor(WCol, WCol,WCol) else Color.GRAY);
AddCloud(if higlightTrend then HEMA else na, SMA, GlobalColor("teal"), Color.WHITE);

#-- Trend Strength Gauge;
def p1Last = highestAll(inertiaAll(HEMA,2));
def p2Last = highestAll(inertiaAll(SMA,2));
def cloudCond = p1Last > p2Last;
def nATR = atr(Length = 100) / 4;
def vCond = lastBar == highestAll(lastBar + g1) - GaugeLength;
def lineCod = !last and lastBar >= highestAll(lastBar) - GaugeLength;
def hh = highest(high, GaugeLength);
def ll = lowest(low, GaugeLength);

def gaugeT1; def gaugeT2; def gaugeB1; def gaugeB2;
Switch (trendGaugeDisplay) {
Case "Bottom" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Top & Bottom" :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = ll;
    gaugeB2 = ll - nATR;
Case "Don't show" :
    gaugeT1 = na;
    gaugeT2 = na;
    gaugeB1 = na;
    gaugeB2 = na;
Default :
    gaugeT1 = hh + nATR;
    gaugeT2 = hh;
    gaugeB1 = na;
    gaugeB2 = na;
}
def hhTop = highestAll(inertiaAll(gaugeT1, 2));
def hhBot = highestAll(inertiaAll(gaugeT2, 2));
def llTop = highestAll(inertiaAll(gaugeB1, 2));
def llBot = highestAll(inertiaAll(gaugeB2, 2));
def hiTopL =  if lineCod then hhTop else na;
def hiBotL =  if lineCod then hhBot else na;
def LoTopL =  if lineCod then llTop else na;
def LoBotL =  if lineCod then llBot else na;
def gaugeUp = (hiTopL + hiBotL) / 2;
def gaugeLo = (LoTopL + LoBotL) / 2;

plot gaugeTop = if vCond then gaugeUp else na;
plot gaugeBot = if vCond then gaugeLo else na;
gaugeTop.SetLineWeight(2);
gaugeTop.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeTop.SetDefaultColor(Color.YELLOW);
gaugeBot.SetLineWeight(2);
gaugeBot.SetPaintingStrategy(PaintingStrategy.TRIANGLES);
gaugeBot.SetDefaultColor(Color.YELLOW);


AddCloud(if vCond then hiTopL else na, hiBotL, Color.BLACK);
AddCloud(if vCond then loTopL else na, loBotL, Color.BLACK);

AddCloud(if cloudCond and !vCond then hiTopL else na, hiBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else hiTopL, hiBotL, Color.WHITE);

AddCloud(if cloudCond and !vCond then loTopL else na, loBotL, GlobalColor("teal"));
AddCloud(if cloudCond or vCond then na else loTopL, loBotL, Color.WHITE);

#-- END of CODE
Click to expand...
wow thank you that is exactly what i wanted ,you are the best..
 
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