Trend Pivot Points Indicator by Mobius For ThinkOrSwim

@David45 I updated the above post.

@Yo Adrian Are you using the original code in post #1? If so, replace the current alerts with the below code.

Code:
Alert(c crosses below STO_RO, "", Alert.Bar, Sound.Bell);
Alert(c crosses above BTO_RO, "", Alert.Bar, Sound.Chimes);

@Pensar Thank you so much for taking the time to tweak the code for what I am trying to achieve. It is so much appreciated. The most recent code is SO CLOSE to doing what I was hoping for. The only remaining issue is that there are still instances when I will get consecutive long entry or short entry bubbles. I think the fix for this is what I have bolded:

No other Short Entry bubbles can appear until after price has a close above the upper red line (most recent high).

No other Long Entry bubbles can appear until after price has a close below the lower green line (most recent low).

This would indicate I was stopped out and would have to wait for a new entry signal. (This should also significantly reduce the amount of bubbles and false signals).

So after a long entry or short entry bubble appears, the code would not allow another long entry or short entry bubble to appear in the same direction until after I was stopped out. I would only be acting upon the first bubble that appears and remain in the trade unless I was stopped out or the opposite direction bubble appears.

Note to admin: Please do not delete this post. It is not the same as the previous post and contains additional clarification.
 
@David45 - In the code you currently have, find the bubbles segment and replace it with this below code.

Code:
#~~~~~~~~~~~~~~~~~~~~~~~~ begin bubble signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
input show_bubbles = yes;
input Buy_Sell_Bubble_Data = {default current, historical};

def short;
def long;

switch (Buy_Sell_Bubble_Data)
        {
        case historical:
             short = hh;
             long = ll;
        case current:
             short = hh_;
             long = ll_;
        }

def SOCB1 = Round((Max(PrevL, short - (hR * R_Mult))) / ts, 0) * ts;
def LOCA1 = Round((Min(PrevH, long + (lR * R_Mult))) / ts, 0) * ts;
def SE = close[1] > SOCB1 and close <= SOCB1;
def LE = close[1] < LOCA1 and close >= LOCA1;

def exitbuy = l < long[1];
def exitsell = h > short[1];

def holdLE = if LE and !LE[1] then 1 else if !exitbuy then holdLE[1] else 0;
def holdSE = if SE and !SE[1] then 1 else if !exitsell then holdSE[1] else 0;

def enter_long = !holdLE[1] and holdLE;
def enter_short = !holdSE[1] and holdSE;
def exit_long = holdLE[1] and !holdLE;
def exit_short = holdSE[1] and !holdSE;

AddChartBubble(if show_bubbles then enter_long else nan, low, "Enter Long", Color.GREEN, 0);
AddChartBubble(if show_bubbles then enter_short else nan, high, "Enter Short", Color.RED, 1);
AddChartBubble(if show_bubbles then exit_long else nan, high, "Exit Long", Color.GREEN, 1);
AddChartBubble(if show_bubbles then exit_short else nan, low, "Exit Short", Color.RED, 0);

#~~~~~~~~~~~~~~~~~~~~~~~~~~ end bubble signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
@Pensar You nailed it! Thanks so much again my friend for your time and efforts with this. I truly appreciate it and hope this good deed comes back to you in the form of much trading $uccess!
 
can someone post the finalized link to the script? mine does not look like the last one. if just has clouds along top and bottom with arrows
thank you @Pensar
 
I have mixed feelings about this indicator. when a stock is bullish the red bar comes and repaints as the stock is going up...
 
Hello there,

I’m new to ThinkScript and I believe is fabulous..I thank you all of you in advance for making it such a fun and interesting forum to be a member off..

I’ve been learning and experimenting with TrendPivot and ProjectionPivot indicators and I wonder if there is a Mobile edition for them??
Kind regards
 
Trying my best to understand the chart. Where is is (shaded red) At the bottom it says (entry line) at the top it says (pivot line) Then shaded in green we have (pivot line) at the bottom and (entry line) at the top of the shaded area and RISK OFF DOTTED LINES WHITE. Which area is best to work off of? or to make best entry? TY
 
xIxTEVe.png

@sean1970ss
After price crosses above the confirmation line, look for entry based on your other indicators
More to read: The Basics for Developing a Good Strategy
 
Last edited:
To Scan For Trend Pivots
Screenshot (124).png
Part One --
1. Load Shared Study Link: http://tos.mx/3c4qg1u
2. Save the study under the name: Trend_Pivots_scan. (if you skip this part the scanner in part two will not work)​

Part Two --
1. Load Shared Scanner Link: http://tos.mx/FDUYgeo
2. The Scanner defaults to scan for price rising above support. Choices are Scan up from Support or Scan down from Resistance​
bitmap.png
Ruby:
# Trend Pivots Scanner Only
# Mobius
# V01.01.29.2019
# Uses trend of higher highs with higher lows and trend of lower lows with lower highs to locate pivots. Distance for trend is set by the user. Confirmation of a reversal from pivots is set with a multiple of the pivot bars range. That multiple is also a user input.
# Trading Rules
# 1) Trade when price crosses and closes outside the pivot Confirmation line. At that point looking for best entry. Min trade is 2 contracts
# 2) Know your risk point before entering trade. Typical risk point is the pivot line itself. If your risk is crossed look for an exit. Never use hard stops - you'll often get out for little or no loss
# 3) Know your Risk off point before entering. Typical Risk Off is an ATR multiple. Offer Risk Off as soon as possible for a Risk Free trade
# 4) set mental stop one tick above entry when Risk Off is achieved
# 5) if trade continues your way move mental stop for your runner to last support / resistance each time a new support / resistance is hit.

input n = 5;
input R_Mult = .7;

def h = high;
def l = low;
def c = close;
def x = BarNumber();
def nan = Double.NaN;
def ts = TickSize();
def tr = TrueRange(h, c, l);
def hh = if Sum(h > h[1], n) >= n and
            Sum(l > l[1], n) >= n - 1
         then h
         else if h > hh[1]
              then h
              else hh[1];
def xh = if h == hh
         then x
         else nan;
def hh_ = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
                           then hh
                           else nan)
           else nan;

def hR = if h == hh
         then Round(Average(tr, n) / TickSize(), 0) * TickSize()
         else hR[1];
def PrevL = if h == hh
            then l[1]
            else PrevL[1];
def STO = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
           then Round((Max(PrevL, hh_ - (hR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;
def ll = if Sum(l < l[1], n) >= n and
            Sum(h < h[1], n) >= n - 1
         then l
         else if l < ll[1]
              then l
              else ll[1];
def xl = if l == ll
         then x
         else nan;
def ll_ = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
                           then ll
                           else nan)
           else nan;

def lR = if l == ll
         then Round(Average(tr, n) / TickSize(), 0) * TickSize()
         else lR[1];
def PrevH = if l == ll
            then h[1]
            else PrevH[1];
def BTO = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
           then Round((Min(PrevH, ll_ + (lR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;

# End Code Trend Pivots
#~~~~~~~~~~~~~~~~~~~~~~~~ Plot Scan ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def SOCB = Round((Max(PrevL, hh - (hR * R_Mult))) / ts, 0) * ts;
def LOCA = Round((Min(PrevH, ll + (lR * R_Mult))) / ts, 0) * ts;
def datadn = close[1] > SOCB and close < SOCB;
def dataup = close[1] < LOCA and close > LOCA;

plot scan_dn = !datadn[1] and datadn ;
plot scan_up = !dataup[1] and dataup ;
#~~~~~~~~~~~~~~~~~~~~~~~~~ end scan signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
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@rlove1221 the study you named trend_pivots_scan is not the trend_pivots_scan.
You have to delete everything and start again with step1

Sorry for all your frustrations. This scan is worth it.
MerryDay is correct. If you follow his/her instructions exactly, the scan works exactly as it is supposed to. Follow the instructions in post #70 to the letter and it works. Thanks MerryDay!
 
@David45 Test this code below, it has been updated - I realized that I was using "high" and "low" instead of "close". Does it do what you want?
The RiskOff lines have also been removed per your request.

Code:
# Trend Pivots
# Mobius
# V01.01.29.2019
# Uses trend of higher highs with higher lows and trend of lower lows with lower highs to locate pivots. Distance for trend is set by the user. Confirmation of a reversal from pivots is set with a multiple of the pivot bars range. That multiple is also a user input.
# Trading Rules
# 1) Trade when price crosses and closes outside the pivot Confirmation line. At that point looking for best entry. Min trade is 2 contracts
# 2) Know your risk point before entering trade. Typical risk point is the pivot line itself. If your risk is crossed look for an exit. Never use hard stops - you'll often get out for little or no loss
# 3) Know your Risk off point before entering. Typical Risk Off is an ATR multiple. Offer Risk Off as soon as possible for a Risk Free trade
# 4) set mental stop one tick above entry when Risk Off is achieved
# 5) if trade continues your way move mental stop for your runner to last support / resistance each time a new support / resistance is hit.

#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# Code has added historical pivot plots as well as visual trade signals.
# No guarantees as to accuracy or reliability.
# Removed Risk Off portions from code
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

input n = 5;
input R_Mult = .7;

def h = high;
def l = low;
def c = close;
def x = BarNumber();
def nan = Double.NaN;
def ts = TickSize();
def tr = TrueRange(h, c, l);
def hh = if Sum(h > h[1], n) >= n and
            Sum(l > l[1], n) >= n - 1
         then h
         else if h > hh[1]
              then h
              else hh[1];
def xh = if h == hh
         then x
         else nan;
plot hh_ = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
                           then hh
                           else nan)
           else nan;
hh_.SetDefaultColor(Color.RED);
hh_.HideTitle();
hh_.HideBubble();
def hR = if h == hh
         then Round(Average(tr, n) / TickSize(), 0) * TickSize()
         else hR[1];
def PrevL = if h == hh
            then l[1]
            else PrevL[1];
plot STO = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
           then Round((Max(PrevL, hh_ - (hR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;
STO.SetDefaultColor(Color.RED);
STO.HideTitle();
STO.HideBubble();

def ll = if Sum(l < l[1], n) >= n and
            Sum(h < h[1], n) >= n - 1
         then l
         else if l < ll[1]
              then l
              else ll[1];
def xl = if l == ll
         then x
         else nan;
plot ll_ = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
                           then ll
                           else nan)
           else nan;
ll_.SetDefaultColor(Color.GREEN);
ll_.HideTitle();
ll_.HideBubble();
def lR = if l == ll
         then Round(Average(tr, n) / TickSize(), 0) * TickSize()
         else lR[1];
def PrevH = if l == ll
            then h[1]
            else PrevH[1];
plot BTO = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
           then Round((Min(PrevH, ll_ + (lR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;
BTO.SetDefaultColor(Color.GREEN);
BTO.HideTitle();
BTO.HideBubble();

AddCloud(STO, hh_, Color.LIGHT_RED, Color.LIGHT_RED);
AddCloud(ll_, BTO, Color.LIGHT_GREEN, Color.LIGHT_GREEN);

# End Code Trend Pivots

#~~~~~~~~~~~~~~~~~~~~~~~~~ begin historical pivots ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
input show_historical_pivots = no;

plot lowestpivot = if show_historical_pivots then ll else nan;
lowestpivot.SetDefaultColor(Color.GREEN);

plot highestpivot = if show_historical_pivots then hh else nan;
highestpivot.SetDefaultColor(Color.RED);

plot shortoncrossbelow = if show_historical_pivots
                         then Round((Max(PrevL, highestpivot - (hR * R_Mult))) / ts, 0) * ts
                         else nan;
     shortoncrossbelow.SetDefaultColor(Color.RED);

plot longoncrossabove = if show_historical_pivots
                        then Round((Min(PrevH, lowestpivot + (lR * R_Mult))) / ts, 0) * ts
                        else nan;
     longoncrossabove.SetDefaultColor(Color.GREEN);

AddCloud(highestpivot,shortoncrossbelow,Color.RED,Color.RED);
AddCloud(lowestpivot,longoncrossabove,Color.GREEN,Color.GREEN);
#~~~~~~~~~~~~~~~~~~~~~~ end historical pivots ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

#~~~~~~~~~~~~~~~~~~~~~~~~ begin arrow signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
input show_arrows = yes;

def SOCB = Round((Max(PrevL, hh - (hR * R_Mult))) / ts, 0) * ts;
def LOCA = Round((Min(PrevH, ll + (lR * R_Mult))) / ts, 0) * ts;
def datadn = close[1] > SOCB and close < SOCB;
def dataup = close[1] < LOCA and close > LOCA;

plot arrowdn = if show_arrows then !datadn[1] and datadn else nan;
     arrowdn.setpaintingstrategy(paintingstrategy.boolean_arrow_down);
     arrowdn.setdefaultcolor(color.magenta);
     arrowdn.setlineweight(3);
plot arrowup = if show_arrows then !dataup[1] and dataup else nan;
     arrowup.setpaintingstrategy(paintingstrategy.boolean_arrow_up);
     arrowup.setdefaultcolor(color.cyan);
     arrowup.setlineweight(3);
#~~~~~~~~~~~~~~~~~~~~~~~~~ end arrow signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

#~~~~~~~~~~~~~~~~~~~~~~~~ begin bubble signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
input show_bubbles = yes;
input Buy_Sell_Bubble_Data = {default current, historical};

def short;
def long;

switch (Buy_Sell_Bubble_Data)
        {
        case historical:
             short = hh;
             long = ll;
        case current:
             short = hh_;
             long = ll_;
        }

def SOCB1 = Round((Max(PrevL, short - (hR * R_Mult))) / ts, 0) * ts;
def LOCA1 = Round((Min(PrevH, long + (lR * R_Mult))) / ts, 0) * ts;
def SE = close[1] > SOCB1 and close <= SOCB1;
def LE = close[1] < LOCA1 and close >= LOCA1;

def exitbuy = l < long[1];
def exitsell = h > short[1];

def holdLE = if LE and !LE[1] then 1 else if !exitbuy then holdLE[1] else 0;
def holdSE = if SE and !SE[1] then 1 else if !exitsell then holdSE[1] else 0;

def enter_long = !holdLE[1] and holdLE;
def enter_short = !holdSE[1] and holdSE;
def exit_long = holdLE[1] and !holdLE;
def exit_short = holdSE[1] and !holdSE;

AddChartBubble(if show_bubbles then enter_long else nan, low, "Enter Long", Color.GREEN, 0);
AddChartBubble(if show_bubbles then enter_short else nan, high, "Enter Short", Color.RED, 1);
AddChartBubble(if show_bubbles then exit_long else nan, high, "Exit Long", Color.GREEN, 1);
AddChartBubble(if show_bubbles then exit_short else nan, low, "Exit Short", Color.RED, 0);

#~~~~~~~~~~~~~~~~~~~~~~~~~~ end bubble signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

#~~~~~~~~~~~~~~~~~~~~~~~ begin explanation bubbles ~~~~~~~~~~~~~~~~~~~~~~~~~
input explanation_bubbles = yes;
AddChartBubble(explanation_bubbles and x == HighestAll(x), STO, "Entry Line", STO.TakeValueColor(), 0);
AddChartBubble(explanation_bubbles and x == HighestAll(x), BTO, "Entry Line", BTO.TakeValueColor(), 1);
AddChartBubble(explanation_bubbles and x == HighestAll(x), hh_, "Pivot Line", hh_.TakeValueColor(), 1);
AddChartBubble(explanation_bubbles and x == HighestAll(x), ll_, "Pivot Line", ll_.TakeValueColor(), 0);
#~~~~~~~~~~~~~~~~~~~~~~~~ end explanation bubbles ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
hi @Pensar, is there a post that includes this exact final version but that still has the RiskOff lines?
 
@imonlysleeping Not to my knowledge. There might have been one in this thread previously, but if so it was removed.
I know you didn't ask, but - I personally wouldn't recommend using the code I cobbled together for @David45 except for visuals as to how the Trend Pivot study works. That had been my original intention of coding in the historical pivots before David asked for mods.

Of course, if it works for you, than use it however you like. Just make sure that your trading method is based on market structure instead of the structure of any indicator.
 
Last edited:
@imonlysleeping Not to my knowledge. There might have been one in this thread previously, but if so it was removed.
I know you didn't ask, but - I personally wouldn't recommend using the code I cobbled together for @David45 except for visuals as to how the Trend Pivot study works. That had been my original intention of coding in the historical pivots before David asked for mods.

Of course, if it works for you, than use it however you like. Just make sure that your trading method is based on market structure instead of the structure of any indicator.
Thank you for your reply. I would not take any live trades using this indicator alone, by any means. Just to be clear and make sure i understand you fully: By saying you wouldn't recommend using it with the mods, are you implying that its best to use the original from the first post of this thread? Or are you just sharing a word of warning about using all versions of the indicator itself, due to it being a repainting indicator?
 
This is an awesome indicator! I was wondering if anyone knows if there is a TradingView version?
Mobius does not write script for Tradingview but there are probably dozens of comparable trend pivots on there. It is a very common indicator.
 
I made a watch list for this indicator. The numbers show up fine, but the background color does not. It is the same code I use for my other WL indicators. Maybe the code is too complex. I have tried a number of iterations of splitting up the labels and background colors, nothing seems to work. Any thoughts? Thanks!

Code:
#SAI Add 12-14-21
# Mobius
# V01.01.29.2019
# Uses trend of higher highs with higher lows and trend of lower lows with lower highs to locate pivots. Distance for trend is set by the user. Confirmation of a reversal from pivots is set with a multiple of the pivot bars range. That multiple is also a user input.
# Trading Rules
# 1) Trade when price crosses and closes outside the pivot Confirmation line. At that point looking for best entry. Min trade is 2 contracts
# 2) Know your risk point before entering trade. Typical risk point is the pivot line itself. If your risk is crossed look for an exit. Never use hard stops - you'll often get out for little or no loss
# 3) Know your Risk off point before entering. Typical Risk Off is an ATR multiple. Offer Risk Off as soon as possible for a Risk Free trade
# 4) set mental stop one tick above entry when Risk Off is achieved
# 5) if trade continues your way move mental stop for your runner to last support / resistance each time a new support / resistance is hit.
#BTO = buy to open
#LL = lower lows (bottom-most line of green plot)
#STO = sell to open
#HH = higher highs (top-most line of red plot)
#STO_RO = Sell to Open Risk On
#BTO_RO = Buy to Open Risk On
def n = 5;
def R_Mult = 1.5;
def o = open;
def h = high;
def l = low;
def c = close;
def x = BarNumber();
def nan = Double.NaN;
def ts = tickSize();
def tr = TrueRange(h, c, l);
def hh = if Sum(h > h[1], n) >= n and
            Sum(l > l[1], n) >= n-1
         then h
         else if h > hh[1]
              then h
              else hh[1];
def xh = if h == hh
         then x
         else nan;
def hh_ = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
                           then hh
                           else nan)
           else nan;
def hR = if h == hh
         then Round(Average(tr, n)/TickSize(), 0)*TickSize()
         else hR[1];
def PrevL = if h == hh
            then l[1]
            else PrevL[1];
def STO = if x >= HighestAll(xh)
           then HighestAll(if IsNaN(c[-1])
           then Round((Max(PrevL, hh_ - (hR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;
def STO_RO = if x >= HighestAll(xh)
              then HighestAll(if isNaN(c[-1])
                              then STO - Min(hR, TickSize() * 16)
                              else nan)
              else nan;
def ll = if Sum(l < l[1], n) >= n and
            Sum(h < h[1], n) >= n-1
         then l
         else if l < ll[1]
              then l
              else ll[1];
def xl = if l == ll
         then x
         else nan;
def ll_ = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
                           then ll
                           else nan)
           else nan;
def lR = if l == ll
         then Round(Average(tr, n)/TickSize(), 0)*TickSize()
         else lR[1];
def PrevH = if l == ll
            then h[1]
            else PrevH[1];
def BTO = if x >= HighestAll(xl)
           then HighestAll(if IsNaN(c[-1])
           then Round((Min(PrevH, ll_ + (lR * R_Mult))) / ts, 0) * ts
                           else nan)
           else nan;
;
def BTO_RO = if x >= HighestAll(xl)
              then HighestAll(if isNaN(c[-1])
                              then BTO + Min(lR, TickSize() * 16)
                              else nan)
              else nan;
# End Code Trend Pivots
#~~~~~~~~~~~~~~~~~~~~~~~~ begin signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def datadn = close[1] > STO and close < STO;
def dataup = close[1] < BTO and close > BTO;
def datadn_RO = close[1] > STO_RO and close < STO_RO;
def dataup_RO = close[1] < BTO_RO and close > BTO_RO;
     AddLabel(yes, if datadn then "STO $" + STO else if dataup then "BTO $" + BTO else if datadn_RO then "STO_RO $" + STO_RO 
        else if dataup_RO then "BTO_RO $" + BTO_RO else " ", color.white);
     AssignBackgroundColor(if datadn then color.red else if dataup then color.dark_green else if datadn_RO then 
        color.dark_orange else if dataup_RO then color.green else color.black);


#~~~~~~~~~~~~~~~~~~~~~~~~~ end signals ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

 
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