#=============entire code==================

input expLength17 = 17;

input expType17 = AverageType.EXPONENTIAL;

input expPrice17 = close;




def exp17 = MovingAverage(exptype17, expprice17, explength17);




def average = exp17;




plot MA = average;

MA.SetPaintingStrategy(PaintingStrategy.LINE_VS_POINTS);

MA.SetLineWeight(2);




MA.DefineColor("Up", createColor(0,82,3));

MA.DefineColor("Down",createColor(110,15,10));

MA.DefineColor("FlatChart", createColor(121,121,121));

MA.DefineColor("FlatWL", createColor(21,21,21));

MA.defineColor("LTUP", createColor(14,59,11));

MA.defineColor("LTDN", createColor(61,8,6));

#-------------------------------------




input expLength3 = 3;

input expType3 = AverageType.EXPONENTIAL;

input expPrice3 = close;




input expLength5 = 5;

input expType5 = AverageType.EXPONENTIAL;

input expPrice5 = close;




input expLength8 = 8;

input expType8 = AverageType.EXPONENTIAL;

input expPrice8 = close;




input expLength10 = 10;

input expType10 = AverageType.EXPONENTIAL;

input expPrice10 = close;




input expLength15 = 15;

input expType15 = AverageType.EXPONENTIAL;

input expPrice15 = close;




input expLength34 = 34;

input expType34 = AverageType.EXPONENTIAL;

input expPrice34 = close;







def exp3 = MovingAverage(exptype3, expprice3, explength3);

def exp5 = MovingAverage(exptype5, expprice5, explength5);

def exp8 = MovingAverage(exptype8, expprice8, explength8);

def exp10 = MovingAverage(exptype10, expprice10, explength10);

def exp15 = MovingAverage(exptype15, expprice15, explength15);

def exp34 = MovingAverage(exptype34, expprice34, explength34);




def LongP = close > exp34;

def ShortP = close < exp34;

def LongX = exp3 crosses above exp8;




MA.assignValueColor(if longP then MA.Color("Up") else if longp and longx then color.BLUE

else if ShortP then MA.Color("Down") else MA.Color("FlatChart"));

#==========END CODE==============================================