Draw a triangle on chart with 3 sets of x,y coordinates.
Syntax:
1 |
DRAWTRIANGLE(x1,y1,x2,y2,x3,y3) COLOURED(R,V,B,a) |
Coloured is optional.
Draw a triangle on chart with 3 sets of x,y coordinates.
Syntax:
1 |
DRAWTRIANGLE(x1,y1,x2,y2,x3,y3) COLOURED(R,V,B,a) |
Coloured is optional.
Draw a vertical line on chart with barindex coordinate.
Syntax:
1 |
DRAWVLINE(x1) COLOURED(R,V,B,a) |
Coloured is optional.
Returns the lower line of the Dynamic Zone RSI indicator.
The Dynamic Zone RSI oscillator is similar to a classic RSI with Bollinger Bands of 0.8 standard deviation applied on it.
Syntax:
1 |
dynamiczonersidown[RSIperiod,BBperiod](price) |
Where:
Returns the upper line of the Dynamic Zone RSI indicator.
The Dynamic Zone RSI oscillator is similar to a classic RSI with Bollinger Bands of 0.8 standard deviation applied on it.
Syntax:
1 |
dynamiczonersiup[RSIperiod,BBperiod](price) |
Where:
Returns the lower line of the Dynamic Zone Stochastic indicator.
The Dynamic Zone Stochastic oscillator is similar to a classic stochastic with Bollinger Bands of 0.8 standard deviation applied on it.
Syntax:
1 |
dynamiczonestochasticdown[BBperiod](price) |
Where:
The stochastic period is standard, set to default [14,3] and cannot be changed.
(more…)
Returns the upper line of the Dynamic Zone Stochastic indicator.
The Dynamic Zone Stochastic oscillator is similar to a classic stochastic with Bollinger Bands of 0.8 standard deviation applied on it.
Syntax:
1 |
dynamiczonestochasticup[BBperiod](price) |
Where:
The stochastic period is standard, set to default [14,3] and cannot be changed.
(more…)
Return Ease of Movement technical indicator value over last N periods.
Syntax :
1 |
EaseOfMovement[N] |
EMV = 1000000 * (high – low) / 2*(high + low – (high[1] + low[1])) / volume
EaseOfMovement = ExponentialAverage(EMV)
Returns the ElderRayBearPower indicator value.
Syntax:
1 |
ElderRayBearPower[period,MAtype](price) |
Where:
Returns the ElderRayBullPower indicator value.
Syntax:
1 |
ElderRayBullPower[period,MAtype](price) |
Where:
Instruction used to call the second conditions of “IF” conditionnal statements.
Syntax:
1 |
ELSE |
Example:
1 2 3 4 5 6 |
if(High > High[1]) THEN result = 1 ELSE // if High is not superior of last High result = -1 ENDIF |