Hello

this is Topic to ask more informations about the 3D CANDLE indicator

This simple indicator, allows to interpret the values of the oscillator selected through the colors on the candlesticks and directly on the price chart.
I have proposed the classical oscillators with canonical colors.

You can also translate the 3d candle under the original to maintain both.

You can choose the following oscillators:

• COMMODITY CHANNEL INDEX
• RSI
• STOCHASTIC
• CYCLE
• DIRECTIONAL INDEX

Settings are modified at the top of the code or directly into the indicator’s settings window if you choose to download and importe the file below.

//05.07.2018
//ALE@PROREALCODE
//https://www.automatictrading.it/
////////////////////////////////////////////////////////////
TranslateCandle            =1       //  To maintain both the candles on the graph without overlap
TransRange                 =0.01    //  To choose distance of the 3D caNdle
Transparency               =4
////////////////////////////////////////////////////////////
ONCE CandleCci             =1       // CANDLE + COMMODITY CHANNEL INDEX COLOUR
ONCE CandleRsi             =0       // CANDLE + RSI COLOUR
ONCE CandleStochastic      =0       // CANDLE + STOCASTIC COLOUR
ONCE CandleCycle           =0       // CANDLE + CYCLE COLOUR
ONCE CandleDI              =0       // CANDLE + DIRECTIONAL INDEX COLOUR
 
//////////////////////////////V//////////////////////////////
ONCE CciPeriod             =20
ONCE RsiPeriod             =14
ONCE N                     =14
ONCE K                     =3
ONCE DiPeriod              =14
 
//////////////////////////////V//////////////////////////////
 
If CandleCci then                                 // CANDLE + COMMODITY CHANNEL INDEX COLOUR
 MyCci  = Cci[max(1,CciPeriod)](customclose)
 R = (200-MyCci)
 G =(200+MyCci)
 if TranslateCandle then
  DRAWCANDLE(open-(open*TransRange*pointsize), high-(high*TransRange*pointsize), low-(low*TransRange*pointsize), close-(close*TransRange*pointsize)) Coloured (R,G,0,transparency*50)
 else
  DRAWCANDLE(open, high, low, close) Coloured (R,G,0,transparency*50)
 endif
Elsif CandleRsi then                           // CANDLE + RSI COLOUR
 MyRsi    = RSI[max(1,RsiPeriod)](customclose)
 R =50+(200-(MyRsi-50)*12)
 G =50+(200+(MyRsi-50)*12)
 if TranslateCandle then
  DRAWCANDLE(open-(open*TransRange*pointsize), high-(high*TransRange*pointsize), low-(low*TransRange*pointsize), close-(close*TransRange*pointsize)) Coloured (R,G,0,transparency*50)
 else
  DRAWCANDLE(open, high, low, close) Coloured (R,G,0,transparency*50)
 endif
Elsif CandleStochastic then                           // CANDLE + STOCHASTIC COLOUR
 MyStoch    = Stochastic[max(1,N),max(1,K)](customclose)
 R =50+(200-(MyStoch-50)*6)
 G =50+(200+(MyStoch-50)*6)
 if TranslateCandle then
  DRAWCANDLE(open-(open*TransRange*pointsize), high-(high*TransRange*pointsize), low-(low*TransRange*pointsize), close-(close*TransRange*pointsize)) Coloured (R,G,0,transparency*50)
 else
 DRAWCANDLE(open, high, low, close) Coloured (R,G,0,transparency*50)
 endif
Elsif CandleCycle then                           // CANDLE + CYCLE COLOUR
 MyCycle    = Cycle(customclose) 
 R = (200-MyCycle*10)
 G =(200+MyCycle*10)
 if TranslateCandle then
  DRAWCANDLE(open-(open*TransRange*pointsize), high-(high*TransRange*pointsize), low-(low*TransRange*pointsize), close-(close*TransRange*pointsize)) Coloured (R,G,0,transparency*50)
 else
  DRAWCANDLE(open, high, low, close) Coloured (R,G,0,transparency*50)
 endif
Elsif CandleDI then                              // CANDLE + DIRECTIONAL INDEX
 MyDi = DI[max(1,DiPeriod)](customclose)
 R = 50+(200-MyDi*10)
 G =50+(200+MyDi*10)
 if TranslateCandle then
  DRAWCANDLE(open-(open*TransRange*pointsize), high-(high*TransRange*pointsize), low-(low*TransRange*pointsize), close-(close*TransRange*pointsize)) Coloured (R,G,0,(transparency)*50)
 else
  DRAWCANDLE(open, high, low, close)Coloured (R,G,0,transparency*50)
 endif
 
endif
 
Return

3D_CANDLE.jpeg 3D_CANDLE-1.itf