help with horizontal lines at previous day last 45 min of market close range

jonshank62

New member
hoping to find help with horizontal lines at previous day last 45 min of market close high range and low range on 5 min chart
 
Solution
@jonshank62
AnGOGMS.png

Code:
#plots high and low of defined timeframe.
#Inputs for periodstart and periodend have to be start times for bars of the aggregation period used on chart.

input periodstart = 1515;
input periodend = 1600;
def activeperiod = If secondsFromTime(periodstart)>=0 and secondsTillTime(periodend)>0 then yes else Double.NaN;
def acriveperiodstartbar = if secondsFromTime(periodstart)==0 then barnumber() else acriveperiodstartbar[1];
def activeperiodendbar = fold i=0 to AbsValue(BarNumber()) while !IsNaN(GetValue(activeperiod,-i)) do GetValue(BarNumber(),-i);
def activeperiodlength = 1+(activeperiodendbar-acriveperiodstartbar);

def activeperiodhigh;
if secondsFromTime(periodstart)==0 {...

Svanoy

Active member
@jonshank62
AnGOGMS.png

Code:
#plots high and low of defined timeframe.
#Inputs for periodstart and periodend have to be start times for bars of the aggregation period used on chart.

input periodstart = 1515;
input periodend = 1600;
def activeperiod = If secondsFromTime(periodstart)>=0 and secondsTillTime(periodend)>0 then yes else Double.NaN;
def acriveperiodstartbar = if secondsFromTime(periodstart)==0 then barnumber() else acriveperiodstartbar[1];
def activeperiodendbar = fold i=0 to AbsValue(BarNumber()) while !IsNaN(GetValue(activeperiod,-i)) do GetValue(BarNumber(),-i);
def activeperiodlength = 1+(activeperiodendbar-acriveperiodstartbar);

def activeperiodhigh;
if secondsFromTime(periodstart)==0 {
activeperiodhigh = high;
}else if !IsNaN(activeperiod) and high>=activeperiodhigh[1]{
activeperiodhigh = high;
}else{
activeperiodhigh = activeperiodhigh[1];}

def activeperiodlow;
if secondsFromTime(periodstart)==0 {
activeperiodlow = low;
}else if !IsNaN(activeperiod) and low<=activeperiodlow[1]{
activeperiodlow = low;
}else{
activeperiodlow = activeperiodlow[1];}

def activephigh = fold iah=0 to AbsValue(activeperiodlength) while !IsNaN(activeperiod) do GetValue(activeperiodhigh,-iah);
def activeplow = fold ial=0 to AbsValue(activeperiodlength) while !IsNaN(activeperiod) do GetValue(activeperiodlow,-ial);
def aph = fold iaph = 0 to 1 while !IsNaN(close[10]) do activeperiodhigh;
def apl = fold iapl = 0 to 1 while !IsNaN(close[10]) do activeperiodlow;

plot ActiveHigh = if !IsNaN(activeperiod) and activephigh>0 then activephigh else Double.NaN;
ActiveHigh.SetPaintingStrategy(PaintingStrategy.LINE);
ActiveHigh.SetDefaultColor(Color.LIME);

plot ActiveLow = if !IsNaN(activeperiod) and activeplow>0 then activeplow else Double.NaN;
ActiveLow.SetPaintingStrategy(PaintingStrategy.LINE);
ActiveLow.SetDefaultColor(Color.PINK);

plot APHigh = if IsNaN(activeperiod) and aph>0 then aph else Double.NaN;
APHigh.SetPaintingStrategy(PaintingStrategy.DASHES);
APHigh.SetDefaultColor(Color.LIME);

plot APLow = if IsNaN(activeperiod) and apl>0 then apl else Double.NaN;
APLow.SetPaintingStrategy(PaintingStrategy.DASHES);
APLow.SetDefaultColor(Color.PINK);

AddCloud(ActiveHigh,ActiveLow,color.LIGHT_GRAY,color.LIGHT_GRAY);
 
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