Count number of close Crosses below adaptive while RSI > 55

[lovetoloughlouder]

Hello Usethink team,
I am trying for a script that can count number crosses below adaptive MA while RSI > 55 and plot accordingly if count is some number , egxample if count is 2 then arrorw yellow and count is >= 3 arrow Red,
I have tried the below but it created the arrow for every cross and it messes the chartOne

if u see the yellow arrow on every close below adaptive , thats what I want to get rid off , instead am looking to count those crosses and create a condtion if they sum up to some number

def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);
plot DnXCount2 = if DnXCount < 2 then DnXCount else double.nan;
DnXCount2.setPaintingStrategy(PaintingStrategy.BooLEAN_ARROW_DOWN);
DnXCount2.setDefaultColor(Color.Yellow);

plot DnXCount3 = if DnXCount >3 then DnXCount else double.nan;
DnXCount3.setPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
DnXCount3.setDefaultColor(Color.RED);

 

[halcyonguy]

Hello Usethink team,
I am trying for a script that can count number crosses below adaptive MA while RSI > 55 and plot accordingly if count is some number , egxample if count is 2 then arrorw yellow and count is >= 3 arrow Red,
I have tried the below but it created the arrow for every cross and it messes the chartOne

if u see the yellow arrow on every close below adaptive , thats what I want to get rid off , instead am looking to count those crosses and create a condtion if they sum up to some number

def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);
plot DnXCount2 = if DnXCount < 2 then DnXCount else double.nan;
DnXCount2.setPaintingStrategy(PaintingStrategy.BooLEAN_ARROW_DOWN);
DnXCount2.setDefaultColor(Color.Yellow);

plot DnXCount3 = if DnXCount >3 then DnXCount else double.nan;
DnXCount3.setPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
DnXCount3.setDefaultColor(Color.RED);

don't post partial code.
we have to guess and add code to make it work, and it won't match what you are seeing.

over what period of bars do you want to count crosses?
all the crosses on the chart?
all crosses in a day?
??


there will never be 2 cross belows in a row , so , DnXCount will always be 0 or 1
def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);

you need to change your counting formula

could use .AssignValueColor( ) after a plot, and put several if-thens inside it, to pick different colors.

 

[lovetoloughlouder]

don't post partial code.
we have to guess and add code to make it work, and it won't match what you are seeing.

over what period of bars do you want to count crosses?
all the crosses on the chart?
all crosses in a day?
??


there will never be 2 cross belows in a row , so , DnXCount will always be 0 or 1
def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);

you need to change your counting formula

could use .AssignValueColor( ) after a plot, and put several if-thens inside it, to pick different colors.

Thank you @halcyonguy for the quick reply

the code does not mis much info, all I have used is the rsi and adaptive reference

def AdaptiveMARef = reference MovAvgAdaptive(OHLC4, 3, 34, 10);
def RSIRef = reference RSI(34, 70, 30, OHLC4);

def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);
plot DnXCount2 = if DnXCount < 2 then DnXCount else double.nan;
DnXCount2.setPaintingStrategy(PaintingStrategy.BooLEAN_ARROW_DOWN);
DnXCount2.setDefaultColor(Color.Yellow);

#plot DnXCount3 = if DnXCount >2 then DnXCount else double.nan;
#DnXCount3.setPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
#DnXCount3.setDefaultColor(Color.RED);

Like that

As you can see above when I do > 2 those arrows disappear and when < 2 every cross plotted

 

[whoDAT]

Thank you @halcyonguy for the quick reply

the code does not mis much info, all I have used is the rsi and adaptive reference

def AdaptiveMARef = reference MovAvgAdaptive(OHLC4, 3, 34, 10);
def RSIRef = reference RSI(34, 70, 30, OHLC4);

def AdapDnX = if RSIRef > 55 within 13 bars and close crosses below AdaptiveMARef then 1 else 0;
def DnXCount = CompoundValue(1, if AdapDnX then DnXCount[1] + 1 else 0, 0);
plot DnXCount2 = if DnXCount < 2 then DnXCount else double.nan;
DnXCount2.setPaintingStrategy(PaintingStrategy.BooLEAN_ARROW_DOWN);
DnXCount2.setDefaultColor(Color.Yellow);

#plot DnXCount3 = if DnXCount >2 then DnXCount else double.nan;
#DnXCount3.setPaintingStrategy(PaintingStrategy.BOOLEAN_ARROW_DOWN);
#DnXCount3.setDefaultColor(Color.RED);

Like that

As you can see above when I do > 2 those arrows disappear and when < 2 every cross plotted

This study both plots and counts the RSI's.

The image shows the study added to both the upper and lower charts. The upper is only showing the signal, and the lower only the signal_count.

input length = 14;
input crossingType = {default below, above};
input threshold = 55;
input averageType = AverageType.WILDERS;

def sig = crosses(RSI(length=length, averageType=averageType).RSI, threshold, crossingType == CrossingType.below);

plot signal = sig;

def sig_count = if barnumber() == 1 then 0 else if sig then sig_count[1] +1 else sig_count[1];

plot signal_count = sig_count;

 

[lovetoloughlouder]

I am trying to count those number of crosses above /below adaptive Moving average while RSI is > 55 and create a condition based on those numbers like if the crosse happens twice then warning and if 3 the plot arrow, I hope I made it clear what am looking for, Thank you for all the support,