dual macd candles

[jhogue78]

Currently finding value using a hull macd and exp Macd both on the 5 min timeframe. Would love to have my candles turn green when both (MACD's) are green and red when both are red concurrently. Neutral candles sound be any color or a user defined single color. Im using the standard MACD study provided in thinkorswim for both. Is this possible? Im admittedly not proficient with think script or pine script but would appreciate any help.
Thanks in advance

 

[halcyonguy]

Currently finding value using a hull macd and exp Macd both on the 5 min timeframe. Would love to have my candles turn green when both (MACD's) are green and red when both are red concurrently. Neutral candles sound be any color or a user defined single color. Im using the standard MACD study provided in thinkorswim for both. Is this possible? Im admittedly not proficient with think script or pine script but would appreciate any help.
Thanks in advance

# macd_double_0

#https://usethinkscript.com/threads/dual-macd-candles.15288/
#dual macd candles

def na = Double.NaN;
def bn = BarNumber();

#----------------------------
# macd - hull
input m1_averageType = AverageType.HULL;
input m1_fast_Len = 12;
input m1_slow_Len = 26;
input MACD1_Length = 9;

def m1_Value = MovingAverage(m1_averageType, close, m1_fast_Len) - MovingAverage(m1_averageType, close, m1_slow_Len);
def m1_Avg = MovingAverage(m1_averageType, m1_Value, MACD1_Length);
def m1_Diff = m1_Value - m1_Avg;

def m1_up = (m1_Diff >= 0 and m1_Diff > m1_Diff[1]);
def m1_dwn = (m1_Diff <= 0 and m1_Diff < m1_Diff[1]); 


#----------------------------
# macd - exp
input m2_averageType = AverageType.EXPONENTIAL;
input m2_fast_Len = 12;
input m2_slow_Len = 26;
input MACD2_Length = 9;

def m2_Value = MovingAverage(m2_averageType, close, m2_fast_Len) - MovingAverage(m2_averageType, close, m2_slow_Len);
def m2_Avg = MovingAverage(m2_averageType, m2_Value, MACD2_Length);
def m2_Diff = m2_Value - m2_Avg;

def m2_up = (m2_Diff >= 0 and m2_Diff > m2_Diff[1]);
def m2_dwn = (m2_Diff <= 0 and m2_Diff < m2_Diff[1]); 


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

def grn = m1_up and m2_up;
def red = m1_dwn and m2_dwn;

input change_bar_color = yes;

AssignPriceColor(if change_bar_color and grn then color.green
 else if change_bar_color and red then color.red
 else if change_bar_color then color.gray
 else color.current);

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

input test_updwndots = no;

plot z1up = if test_updwndots and m1_up then high*1.002 else na;
z1up.SetPaintingStrategy(PaintingStrategy.points);
z1up.SetDefaultColor(Color.green);
z1up.setlineweight(2);
z1up.hidebubble();

plot z2up = if test_updwndots and m2_up then high*1.004 else na;
z2up.SetPaintingStrategy(PaintingStrategy.points);
z2up.SetDefaultColor(Color.cyan);
z2up.setlineweight(2);
z2up.hidebubble();


plot z1dwn = if test_updwndots and m1_dwn then low*0.998 else na;
z1dwn.SetPaintingStrategy(PaintingStrategy.points);
z1dwn.SetDefaultColor(Color.red);
z1dwn.setlineweight(2);
z1dwn.hidebubble();

plot z2dwn = if test_updwndots and m2_dwn then low*0.996 else na;
z2dwn.SetPaintingStrategy(PaintingStrategy.points);
z2dwn.SetDefaultColor(Color.yellow);
z2dwn.setlineweight(2);
z2dwn.hidebubble();

#

 

[jhogue78]

# macd_double_0

#https://usethinkscript.com/threads/dual-macd-candles.15288/
#dual macd candles

def na = Double.NaN;
def bn = BarNumber();

#----------------------------
# macd - hull
input m1_averageType = AverageType.HULL;
input m1_fast_Len = 12;
input m1_slow_Len = 26;
input MACD1_Length = 9;

def m1_Value = MovingAverage(m1_averageType, close, m1_fast_Len) - MovingAverage(m1_averageType, close, m1_slow_Len);
def m1_Avg = MovingAverage(m1_averageType, m1_Value, MACD1_Length);
def m1_Diff = m1_Value - m1_Avg;

def m1_up = (m1_Diff >= 0 and m1_Diff > m1_Diff[1]);
def m1_dwn = (m1_Diff <= 0 and m1_Diff < m1_Diff[1]);


#----------------------------
# macd - exp
input m2_averageType = AverageType.EXPONENTIAL;
input m2_fast_Len = 12;
input m2_slow_Len = 26;
input MACD2_Length = 9;

def m2_Value = MovingAverage(m2_averageType, close, m2_fast_Len) - MovingAverage(m2_averageType, close, m2_slow_Len);
def m2_Avg = MovingAverage(m2_averageType, m2_Value, MACD2_Length);
def m2_Diff = m2_Value - m2_Avg;

def m2_up = (m2_Diff >= 0 and m2_Diff > m2_Diff[1]);
def m2_dwn = (m2_Diff <= 0 and m2_Diff < m2_Diff[1]);


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

def grn = m1_up and m2_up;
def red = m1_dwn and m2_dwn;

input change_bar_color = yes;

AssignPriceColor(if change_bar_color and grn then color.green
 else if change_bar_color and red then color.red
 else if change_bar_color then color.gray
 else color.current);

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

input test_updwndots = no;

plot z1up = if test_updwndots and m1_up then high*1.002 else na;
z1up.SetPaintingStrategy(PaintingStrategy.points);
z1up.SetDefaultColor(Color.green);
z1up.setlineweight(2);
z1up.hidebubble();

plot z2up = if test_updwndots and m2_up then high*1.004 else na;
z2up.SetPaintingStrategy(PaintingStrategy.points);
z2up.SetDefaultColor(Color.cyan);
z2up.setlineweight(2);
z2up.hidebubble();


plot z1dwn = if test_updwndots and m1_dwn then low*0.998 else na;
z1dwn.SetPaintingStrategy(PaintingStrategy.points);
z1dwn.SetDefaultColor(Color.red);
z1dwn.setlineweight(2);
z1dwn.hidebubble();

plot z2dwn = if test_updwndots and m2_dwn then low*0.996 else na;
z2dwn.SetPaintingStrategy(PaintingStrategy.points);
z2dwn.SetDefaultColor(Color.yellow);
z2dwn.setlineweight(2);
z2dwn.hidebubble();

#

Very much appreciated