Jeffrey Kennedy Trend Analyzer

This topic has 32 replies, 9 voices, and was last updated 3 years ago by Meta Signals Pro.

Viewing 15 posts - 1 through 15 (of 33 total)

1 2 3 →

04/30/2017 at 6:38 PM #34055

Ciccio

Help needed to translate to PRT

In brief it is built using Williams%R, 5 period or 10 period or 15 period, calculated on (ExponentialMovingAverage[5]-ExponentialMovingAverage[20])

I cannot do it…. it gives me error or, anyway, not what is shown below

from: http://indexswingtrader.blogspot.it/2012/05/so-you-think-you-can-count-but-can-you.html

Followers of R.N. Elliott do count waves. This week Pretzel Logic’s Market Charts and Analysis (see blogroll) published a two part Introduction on understanding Elliott Wave Theory. After reading that 101 on counting waves, a handy tool for counting waves and thus analyzing the wave structure would come in handy, right?

It happens some years ago Elliott Wave International’s chief commodity analyst and “Futures Junctures Service” editor Jeffrey Kennedy” presented his Trend Analyzing Tool in a webinar. On Tuesday, 22 December 2009, EWI disclosed the formula to the public on their website.

JK Fast Line measures the most immediate, near-term progression of a market’s trend and smallest degree of the Elliott wave structure.

JK Base Line measures the intermediate progression of a market’s trend.
JK Slow Line (not show on screen shot) measures the long-term progression of a market’s trend.

In the original JK_TA each panel of the indicator consists of three lines: a 5-period %R, a 10-period %R and a 15-period %R of the line concerned.
A reading of 100 indicates an uptrend. A reading of 0 indicates a downtrend.

The JK TA as such is as a proxy for clarifying the underlying Elliott wave structure:

When all three lines in any version are flatlining (blended into one), it signals an impulsive, or motive, structure. See the blue lines in screen shot.
On the other hand, anytime you see the three lines separate, it’s a strong signal that the market is yielding a countertrend, or corrective pattern.

The JK_TA can be used on any instrument and on any time frame:
The first, second and third chart depict the basic indicator for different time frames. The fourth chart shows a custom variant of JK_TA: the Fast, Base and Slow lines packed together in one panel, selectable by the 5%R, 10%R or 15%R version of the three indicators.

Anyone needing help in counting waves can download the thinkscript studies from the comment section. While the default settings are 5 and 20, these may be adjusted to ones preferences.
Ready? Start counting!
The indicator is based on Williams%R, which is provided in the TOS studies set.

The default settings are three different Williams%R lines, each calculated for a
Fast: (20-period exponential moving average) substracted from (5-period exponential moving average)
Base: (5-period exponential moving average)
Slow: (20-period exponential moving average)

# Jeffrey Kennedy's Trend Analyzer Tool - JK_TA
# Original by Jeffrey Kennedy/Elliott Wave Internatial Inc.
# as presented on Tue, 22 December 2009 on www.elliottwave.com
#
# thinkscript by TrendXplorer
# website: www.trendxplorer.info
# e-mail: trendxplorer@gmail.com
# Revised: May 29, 2012

#hint:Jeffrey Kennedy's Trend Analyzer ToolnWhen all three lines in any version are flatlining as one, it signals an impulsive, or motive, structure.nAnytime the three lines separate, it's a strong signal that the market is yielding a countertrend, or corrective, pattern.

#hint setting: select Fast, Base or Slow version of the 5-period %R, 10-period %R and 15-period %R settings for the JFTA_5, JFTA_10 and JFTA_15 lines.

#
# --- script begin ---- 
#

declare lower;

input setting = {FAST, default BASE, SLOW};
input price = close;
input fastLength = 5;
input slowLength = 20;

def value;
def color;
switch (setting) {
case FAST:
 value = ExpAverage(close, fastLength) - ExpAverage(close, slowLength);
 color = 1;
case BASE:
 value = ExpAverage(close, fastLength);
 color = 2;
case SLOW:
 value = ExpAverage(close, slowLength);
 color = 3;
}

# Original Williams%R calculation by TD Ameritrade IP Company, Inc. (c) 2007-2012
def hv5 = Highest(value, 5);
def lv5 = Lowest(value, 5);
plot JKTA_5 = if hv5 == lv5 then 0 else ((hv5 - value) / (hv5 - lv5) * (-100) + 100);

def hv10 = Highest(value, 10);
def lv10 = Lowest(value, 10);
plot JKTA_10 = if hv10 == lv10 then 0 else ((hv10 - value) / (hv10 - lv10) * (-100) + 100);

def hv15 = Highest(value, 15);
def lv15 = Lowest(value, 15);
plot JKTA_15 = if hv15 == lv15 then 0 else ((hv15 - value) / (hv15 - lv15) * (-100) + 100);

JKTA_15.SetDefaultColor(GetColor(9));
JKTA_15.SetLineWeight(3);
JKTA_15.SetStyle(curve.firm);
JKTA_15.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

JKTA_10.SetDefaultColor(GetColor(9));
JKTA_10.SetLineWeight(1);
JKTA_10.SetStyle(curve.firm);
JKTA_10.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

JKTA_5.SetDefaultColor(GetColor(9));
JKTA_5.SetLineWeight(1);
JKTA_5.SetStyle(curve.short_dash);
JKTA_5.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

plot line50 = 50;
plot line0 = 0;
plot line100 = 100;
line50.SetDefaultColor(GetColor(7));
line50.SetLineWeight(1);
line50.SetStyle(curve.firm);
line0.SetDefaultColor(GetColor(7));
line0.SetLineWeight(1);
line0.SetStyle(curve.short_dash);
line100.SetDefaultColor(GetColor(7));
line100.SetLineWeight(1);
line100.SetStyle(curve.short_dash);

#
# --- script end ---- 
#


**********************************************************

# Jeffrey Kennedy's Trend Analyzer Tool - JK_TA_Combo
# Original by Jeffrey Kennedy/Elliott Wave Internatial Inc.
# as presented on Tue, 22 December 2009 on www.elliottwave.com
#
# thinkscript by TrendXplorer
# website: www.trendxplorer.info
# e-mail: trendxplorer@gmail.com
# Revised: May 29, 2012

#hint:Jeffrey Kennedy's Trend Analyzer Tool Combined versionnWhen all three lines in any version are flatlining as one, it signals an impulsive, or motive, structure.nAnytime the three lines separate, it's a strong signal that the market is yielding a countertrend, or corrective, pattern.

#hint setting %R: select 5-period %R, 10-period %R or 15-period %R as settings for the JFTA_Slow, JFTA_Base and JFTA_Base lines.

#
# --- script begin ---- 
#

declare lower;

input price = close;
input setting_R = {"5", "10", default "15"};
input fastLength = 5;
input slowLength = 20;

def period;
switch (setting_R) {
case "5":
 period = 5;
case "10":
 period = 10;
case "15":
 period = 15;
}

def fast = ExpAverage(close, fastLength) - ExpAverage(close, slowLength);
def base = ExpAverage(close, fastLength);
def slow = ExpAverage(close, slowLength);

# Original Williams%R calculation by TD Ameritrade IP Company, Inc. (c) 2007-2012
def hs = Highest(slow, period);
def ls = Lowest(slow, period);
plot JKTA_Slow = if hs == ls then 0 else ((hs - slow) / (hs - ls) * (-100) + 100);
JKTA_Slow.SetDefaultColor(GetColor(6));
JKTA_Slow.SetLineWeight(2);
JKTA_Slow.SetStyle(curve.firm);

def hb = Highest(base, period);
def lb = Lowest(base, period);
plot JKTA_Base = if hb == lb then 0 else ((hb - base) / (hb - lb) * (-100) + 100);
JKTA_Base.SetDefaultColor(GetColor(1));
JKTA_Base.SetLineWeight(2);
JKTA_Base.SetStyle(curve.firm);

def hf = Highest(fast, period);
def lf = Lowest(fast, period);
plot JKTA_Fast = if hf == lf then 0 else ((hf - fast) / (hf - lf) * (-100) + 100);
JKTA_Fast.SetDefaultColor(GetColor(0));
JKTA_Fast.SetLineWeight(2);
JKTA_Fast.SetStyle(curve.firm);

plot line50 = 50;
plot line0 = 0;
plot line100 = 100;
line50.SetDefaultColor(GetColor(7));
line50.SetLineWeight(1);
line50.SetStyle(curve.firm);
line0.SetDefaultColor(GetColor(5));
line0.SetLineWeight(1);
line0.SetStyle(curve.short_dash);
line100.SetDefaultColor(GetColor(6));
line100.SetLineWeight(1);
line100.SetStyle(curve.short_dash);

#
# --- script end ---- 
#

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

# Jeffrey Kennedy's Trend Analyzer Tool - JK_TA

# Original by Jeffrey Kennedy/Elliott Wave Internatial Inc.

# as presented on Tue, 22 December 2009 on www.elliottwave.com

# thinkscript by TrendXplorer

# website: www.trendxplorer.info

# e-mail: trendxplorer@gmail.com

# Revised: May 29, 2012

#hint:Jeffrey Kennedy's Trend Analyzer ToolnWhen all three lines in any version are flatlining as one, it signals an impulsive, or motive, structure.nAnytime the three lines separate, it's a strong signal that the market is yielding a countertrend, or corrective, pattern.

#hint setting: select Fast, Base or Slow version of the 5-period %R, 10-period %R and 15-period %R settings for the JFTA_5, JFTA_10 and JFTA_15 lines.

# --- script begin ----

declare lower;

input setting = {FAST, default BASE, SLOW};

input price = close;

input fastLength = 5;

input slowLength = 20;

def value;

def color;

switch (setting) {

case FAST:

value = ExpAverage(close, fastLength) - ExpAverage(close, slowLength);

color = 1;

case BASE:

value = ExpAverage(close, fastLength);

color = 2;

case SLOW:

value = ExpAverage(close, slowLength);

color = 3;

}

def hv5 = Highest(value, 5);

def lv5 = Lowest(value, 5);

plot JKTA_5 = if hv5 == lv5 then 0 else ((hv5 - value) / (hv5 - lv5) * (-100) + 100);

def hv10 = Highest(value, 10);

def lv10 = Lowest(value, 10);

plot JKTA_10 = if hv10 == lv10 then 0 else ((hv10 - value) / (hv10 - lv10) * (-100) + 100);

def hv15 = Highest(value, 15);

def lv15 = Lowest(value, 15);

plot JKTA_15 = if hv15 == lv15 then 0 else ((hv15 - value) / (hv15 - lv15) * (-100) + 100);

JKTA_15.SetDefaultColor(GetColor(9));

JKTA_15.SetLineWeight(3);

JKTA_15.SetStyle(curve.firm);

JKTA_15.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

JKTA_10.SetDefaultColor(GetColor(9));

JKTA_10.SetLineWeight(1);

JKTA_10.SetStyle(curve.firm);

JKTA_10.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

JKTA_5.SetDefaultColor(GetColor(9));

JKTA_5.SetLineWeight(1);

JKTA_5.SetStyle(curve.short_dash);

JKTA_5.AssignValueColor(if color==1 then color.magenta else if color==2 then color.cyan else color.green);

plot line50 = 50;

plot line0 = 0;

plot line100 = 100;

line50.SetDefaultColor(GetColor(7));

line50.SetLineWeight(1);

line50.SetStyle(curve.firm);

line0.SetDefaultColor(GetColor(7));

line0.SetLineWeight(1);

line0.SetStyle(curve.short_dash);

line100.SetDefaultColor(GetColor(7));

line100.SetLineWeight(1);

line100.SetStyle(curve.short_dash);

# --- script end ----

**********************************************************

# Jeffrey Kennedy's Trend Analyzer Tool - JK_TA_Combo

# Original by Jeffrey Kennedy/Elliott Wave Internatial Inc.

# as presented on Tue, 22 December 2009 on www.elliottwave.com

# thinkscript by TrendXplorer

# website: www.trendxplorer.info

# e-mail: trendxplorer@gmail.com

# Revised: May 29, 2012

#hint:Jeffrey Kennedy's Trend Analyzer Tool Combined versionnWhen all three lines in any version are flatlining as one, it signals an impulsive, or motive, structure.nAnytime the three lines separate, it's a strong signal that the market is yielding a countertrend, or corrective, pattern.

#hint setting %R: select 5-period %R, 10-period %R or 15-period %R as settings for the JFTA_Slow, JFTA_Base and JFTA_Base lines.

# --- script begin ----

declare lower;

input price = close;

input setting_R = {"5", "10", default "15"};

input fastLength = 5;

input slowLength = 20;

def period;

switch (setting_R) {

case "5":

period = 5;

case "10":

period = 10;

case "15":

period = 15;

}

def fast = ExpAverage(close, fastLength) - ExpAverage(close, slowLength);

def base = ExpAverage(close, fastLength);

def slow = ExpAverage(close, slowLength);

def hs = Highest(slow, period);

def ls = Lowest(slow, period);

plot JKTA_Slow = if hs == ls then 0 else ((hs - slow) / (hs - ls) * (-100) + 100);

JKTA_Slow.SetDefaultColor(GetColor(6));

JKTA_Slow.SetLineWeight(2);

JKTA_Slow.SetStyle(curve.firm);

def hb = Highest(base, period);

def lb = Lowest(base, period);

plot JKTA_Base = if hb == lb then 0 else ((hb - base) / (hb - lb) * (-100) + 100);

JKTA_Base.SetDefaultColor(GetColor(1));

JKTA_Base.SetLineWeight(2);

JKTA_Base.SetStyle(curve.firm);

def hf = Highest(fast, period);

def lf = Lowest(fast, period);

plot JKTA_Fast = if hf == lf then 0 else ((hf - fast) / (hf - lf) * (-100) + 100);

JKTA_Fast.SetDefaultColor(GetColor(0));

JKTA_Fast.SetLineWeight(2);

JKTA_Fast.SetStyle(curve.firm);

plot line50 = 50;

plot line0 = 0;

plot line100 = 100;

line50.SetDefaultColor(GetColor(7));

line50.SetLineWeight(1);

line50.SetStyle(curve.firm);

line0.SetDefaultColor(GetColor(5));

line0.SetLineWeight(1);

line0.SetStyle(curve.short_dash);

line100.SetDefaultColor(GetColor(6));

line100.SetLineWeight(1);

line100.SetStyle(curve.short_dash);

# --- script end ----

1 user thanked author for this post.

GraHal

Ciccio

Participant

Topics: 14

Replies: 28

Been thanked: 13 times

05/01/2017 at 10:50 AM #34128

Ciccio

Done 🙂

//JKFast

fastLength=5
slowLength=20

valuefast=ExponentialAverage[fastlength](close)-ExponentialAverage[slowlength](close)

hv5 = Highest[5](valuefast)
lv5 = Lowest[5](valuefast)

if hv5 = lv5 then
JKFast5=0
else
JKFast5=((hv5 - valuefast) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valuefast)
lv10 = Lowest[10](valuefast)

if hv10 = lv10 then
JKFast10=0
else
JKFast10=((hv10 - valuefast) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valuefast)
lv15 = Lowest[15](valuefast)

if hv15 = lv15 then
JKFast15=0
else
JKFast15=((hv15 - valuefast) / (hv15 - lv15) * (-100) + 100)
endif

Return JKFast5 coloured (255,150,255) as "JKFast5", JKFast10 coloured (255,100,255) as "JKFast10", JKFast15 coloured (255,50,255) as "JKFast15"

//JKFast

fastLength=5

slowLength=20

valuefast=ExponentialAverage[fastlength](close)-ExponentialAverage[slowlength](close)

hv5 = Highest[5](valuefast)

lv5 = Lowest[5](valuefast)

if hv5 = lv5 then

JKFast5=0

else

JKFast5=((hv5 - valuefast) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valuefast)

lv10 = Lowest[10](valuefast)

if hv10 = lv10 then

JKFast10=0

else

JKFast10=((hv10 - valuefast) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valuefast)

lv15 = Lowest[15](valuefast)

if hv15 = lv15 then

JKFast15=0

else

JKFast15=((hv15 - valuefast) / (hv15 - lv15) * (-100) + 100)

endif

Return JKFast5 coloured (255,150,255) as "JKFast5", JKFast10 coloured (255,100,255) as "JKFast10", JKFast15 coloured (255,50,255) as "JKFast15"

//JK TA

fastLength=5

valuebase=ExponentialAverage[fastlength](close)

hv5 = Highest[5](valuebase)
lv5 = Lowest[5](valuebase)

if hv5 = lv5 then
JKTA5=0
else
JKTA5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valuebase)
lv10 = Lowest[10](valuebase)

if hv10 = lv10 then
JKTA10=0
else
JKTA10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valuebase)
lv15 = Lowest[15](valuebase)

if hv15 = lv15 then
JKTA15=0
else
JKTA15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)
endif

Return JKTA5 coloured (150,150,255) as "JKTA5", JKTA10 coloured (100,100,255) as "JKTA10", JKTA15 coloured (50,50,255) as "JKTA15"

//JK TA

fastLength=5

valuebase=ExponentialAverage[fastlength](close)

hv5 = Highest[5](valuebase)

lv5 = Lowest[5](valuebase)

if hv5 = lv5 then

JKTA5=0

else

JKTA5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valuebase)

lv10 = Lowest[10](valuebase)

if hv10 = lv10 then

JKTA10=0

else

JKTA10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valuebase)

lv15 = Lowest[15](valuebase)

if hv15 = lv15 then

JKTA15=0

else

JKTA15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)

endif

Return JKTA5 coloured (150,150,255) as "JKTA5", JKTA10 coloured (100,100,255) as "JKTA10", JKTA15 coloured (50,50,255) as "JKTA15"

//JK Slow

slowLength=20

valuebase=ExponentialAverage[slowLength](close)

hv5 = Highest[5](valuebase)
lv5 = Lowest[5](valuebase)

if hv5 = lv5 then
JKSlow5=0
else
JKSlow5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valuebase)
lv10 = Lowest[10](valuebase)

if hv10 = lv10 then
JKSlow10=0
else
JKSlow10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valuebase)
lv15 = Lowest[15](valuebase)

if hv15 = lv15 then
JKSlow15=0
else
JKSlow15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)
endif

Return JKSlow5 coloured (150,200,0) as "JKSlow5", JKSlow10 coloured (100,200,0) as "JKSlow10", JKSlow15 coloured (50,200,0) as "JKSlow15"

//JK Slow

slowLength=20

valuebase=ExponentialAverage[slowLength](close)

hv5 = Highest[5](valuebase)

lv5 = Lowest[5](valuebase)

if hv5 = lv5 then

JKSlow5=0

else

JKSlow5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valuebase)

lv10 = Lowest[10](valuebase)

if hv10 = lv10 then

JKSlow10=0

else

JKSlow10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valuebase)

lv15 = Lowest[15](valuebase)

if hv15 = lv15 then

JKSlow15=0

else

JKSlow15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)

endif

Return JKSlow5 coloured (150,200,0) as "JKSlow5", JKSlow10 coloured (100,200,0) as "JKSlow10", JKSlow15 coloured (50,200,0) as "JKSlow15"

2 users thanked author for this post.

Zigo,

Nicolas

Ciccio

Participant

Topics: 14

Replies: 28

Been thanked: 13 times

05/01/2017 at 11:36 AM #34140

GraHal

Hey well done Ciccio! Bet you’re well chuffed with yourself?

I’m interested in any ‘tools’ re Elliott Waves … I’ll read the blog you mention in 1st post.

Are you thinking of making an Auto-Trading Strategy with this or are you using for manual trading?

Thank You for Sharing
GraHal

1 user thanked author for this post.

Ciccio

GraHal

Participant

Topics: 203

Replies: 8374

Been thanked: 2024 times

05/01/2017 at 1:48 PM #34157

Ciccio

And here you are the Combo (in case anyone is interested)

//JKFast

fastLength=5
slowLength=20

valuefast=ExponentialAverage[fastlength](close)-ExponentialAverage[slowlength](close)

hv5 = Highest[5](valuefast)
lv5 = Lowest[5](valuefast)

if hv5 = lv5 then
JKFast5=0
else
JKFast5=((hv5 - valuefast) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valuefast)
lv10 = Lowest[10](valuefast)

if hv10 = lv10 then
JKFast10=0
else
JKFast10=((hv10 - valuefast) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valuefast)
lv15 = Lowest[15](valuefast)

if hv15 = lv15 then
JKFast15=0
else
JKFast15=((hv15 - valuefast) / (hv15 - lv15) * (-100) + 100)
endif

//JK TA

valuebase=ExponentialAverage[fastlength](close)

hv5 = Highest[5](valuebase)
lv5 = Lowest[5](valuebase)

if hv5 = lv5 then
JKTA5=0
else
JKTA5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valuebase)
lv10 = Lowest[10](valuebase)

if hv10 = lv10 then
JKTA10=0
else
JKTA10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valuebase)
lv15 = Lowest[15](valuebase)

if hv15 = lv15 then
JKTA15=0
else
JKTA15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)
endif

//JK Slow

valueslow=ExponentialAverage[slowLength](close)

hv5 = Highest[5](valueslow)
lv5 = Lowest[5](valueslow)

if hv5 = lv5 then
JKSlow5=0
else
JKSlow5=((hv5 - valueslow) / (hv5 - lv5) * (-100) + 100)
endif

hv10 = Highest[10](valueslow)
lv10 = Lowest[10](valueslow)

if hv10 = lv10 then
JKSlow10=0
else
JKSlow10=((hv10 - valueslow) / (hv10 - lv10) * (-100) + 100)
endif

hv15 = Highest[15](valueslow)
lv15 = Lowest[15](valueslow)

if hv15 = lv15 then
JKSlow15=0
else
JKSlow15=((hv15 - valueslow) / (hv15 - lv15) * (-100) + 100)
endif

Return JKFast5 coloured (255,150,255) as "JKFast5", JKFast10 coloured (255,100,255) as "JKFast10", JKFast15 coloured (255,50,255) as "JKFast15", JKSlow5 coloured (150,200,0) as "JKSlow5", JKSlow10 coloured (100,200,0) as "JKSlow10", JKSlow15 coloured (50,200,0) as "JKSlow15", JKTA5 coloured (150,150,255) as "JKTA5", JKTA10 coloured (100,100,255) as "JKTA10", JKTA15 coloured (50,50,255) as "JKTA15"

//JKFast

fastLength=5

slowLength=20

valuefast=ExponentialAverage[fastlength](close)-ExponentialAverage[slowlength](close)

hv5 = Highest[5](valuefast)

lv5 = Lowest[5](valuefast)

if hv5 = lv5 then

JKFast5=0

else

JKFast5=((hv5 - valuefast) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valuefast)

lv10 = Lowest[10](valuefast)

if hv10 = lv10 then

JKFast10=0

else

JKFast10=((hv10 - valuefast) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valuefast)

lv15 = Lowest[15](valuefast)

if hv15 = lv15 then

JKFast15=0

else

JKFast15=((hv15 - valuefast) / (hv15 - lv15) * (-100) + 100)

endif

//JK TA

valuebase=ExponentialAverage[fastlength](close)

hv5 = Highest[5](valuebase)

lv5 = Lowest[5](valuebase)

if hv5 = lv5 then

JKTA5=0

else

JKTA5=((hv5 - valuebase) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valuebase)

lv10 = Lowest[10](valuebase)

if hv10 = lv10 then

JKTA10=0

else

JKTA10=((hv10 - valuebase) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valuebase)

lv15 = Lowest[15](valuebase)

if hv15 = lv15 then

JKTA15=0

else

JKTA15=((hv15 - valuebase) / (hv15 - lv15) * (-100) + 100)

endif

//JK Slow

valueslow=ExponentialAverage[slowLength](close)

hv5 = Highest[5](valueslow)

lv5 = Lowest[5](valueslow)

if hv5 = lv5 then

JKSlow5=0

else

JKSlow5=((hv5 - valueslow) / (hv5 - lv5) * (-100) + 100)

endif

hv10 = Highest[10](valueslow)

lv10 = Lowest[10](valueslow)

if hv10 = lv10 then

JKSlow10=0

else

JKSlow10=((hv10 - valueslow) / (hv10 - lv10) * (-100) + 100)

endif

hv15 = Highest[15](valueslow)

lv15 = Lowest[15](valueslow)

if hv15 = lv15 then

JKSlow15=0

else

JKSlow15=((hv15 - valueslow) / (hv15 - lv15) * (-100) + 100)

endif

Return JKFast5 coloured (255,150,255) as "JKFast5", JKFast10 coloured (255,100,255) as "JKFast10", JKFast15 coloured (255,50,255) as "JKFast15", JKSlow5 coloured (150,200,0) as "JKSlow5", JKSlow10 coloured (100,200,0) as "JKSlow10", JKSlow15 coloured (50,200,0) as "JKSlow15", JKTA5 coloured (150,150,255) as "JKTA5", JKTA10 coloured (100,100,255) as "JKTA10", JKTA15 coloured (50,50,255) as "JKTA15"

I also corrected some syntax of the JK Slow indicator posted before

1 user thanked author for this post.

Razz

Ciccio

Participant

Topics: 14

Replies: 28

Been thanked: 13 times

05/04/2017 at 3:27 PM #34531

Nicolas

Thanks a lot Ciccio! You are saving me 🙂 These ones could be posted into the library! Do you want me to push them there?

1 user thanked author for this post.

Ciccio

Nicolas

Keymaster

Topics: 81

Replies: 20828

Been thanked: 4738 times

05/04/2017 at 5:29 PM #34565

Ciccio

OK 😉

If you think they are useful do as you wish.

Ciccio

Participant

Topics: 14

Replies: 28

Been thanked: 13 times

06/11/2020 at 7:54 PM #135629

vangarde

Hello guys,

I would like to have this indicator on Tradingview. Can anyone help me please?

Thanks

vangarde

Participant

Topics: 0

Replies: 1

Been thanked: 0 times

06/11/2020 at 8:24 PM #135633

Vonasi

vangarde – read the forum rules before posting again. Only use the language of the forum that you are posting in. This is an English language forum. Also do not double post. I have deleted your double post in French in this English language topic.

These forums are dedicated to ProRealCode. If you want a translation to another language then try a forum dedicated to that language. Alternatively click on help and use the paid for programming service that Nicolas offers.

1 user thanked author for this post.

vangarde

Vonasi

Moderator

Topics: 192

Replies: 5088

Been thanked: 1810 times

06/11/2020 at 10:06 PM #135636

Zigo

Exellent stuff. Thanks!

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

06/12/2020 at 2:55 PM #135750

Zigo

I studied the indicator and have some good news, even at very short term graphs.

In the middle the indicator as jou published and direkly and other vision.

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

06/12/2020 at 2:58 PM #135752

Nicolas

Thanks, but could you explain how we should interpret this new version? Sorry but that’s not very clear to me at first glance 😆

Nicolas

Keymaster

Topics: 81

Replies: 20828

Been thanked: 4738 times

06/12/2020 at 3:02 PM #135755

Zigo

It must be “and at the bottom of the graph ” an other vision.

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

06/12/2020 at 3:20 PM #135757

Zigo

@Nicolas

I added the sin(atan) version.

Not change the indicator , but added the following:

// from line 99 till end 118. I added my famous sin(atan) principle  
// Zigo's vieuw:
if (JKFast5 +jkslow5 +JKTa5) >20 then
JK1 = 1
else
JK1=-1
endif

if (JKFast10 +jkslow10 +JKTa10) >20 then
JK2=1
else
JK2=-1
endif

if (JKFast15 +jkslow15 +JKTa15) >20 then
JK3=1
else
JK3=-1
endif
JK = sin(atan(JK1 +JK2 +JK3))
JKTotal= JK-JK[1]
Return jkTotal

// from line 99 till end 118. I added my famous sin(atan) principle

// Zigo's vieuw:

if (JKFast5 +jkslow5 +JKTa5) >20 then

JK1 = 1

else

JK1=-1

endif

if (JKFast10 +jkslow10 +JKTa10) >20 then

JK2=1

else

JK2=-1

endif

if (JKFast15 +jkslow15 +JKTa15) >20 then

JK3=1

else

JK3=-1

endif

JK = sin(atan(JK1 +JK2 +JK3))

JKTotal= JK-JK[1]

Return jkTotal

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

06/12/2020 at 3:43 PM #135761

Zigo

The indicator works on every instrument and on every timeframe.

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

06/12/2020 at 3:54 PM #135763

Zigo

Sorry, the open and close were wrong.

Hopely they are correct now.

1 user thanked author for this post.

Nicolas

Zigo

Participant

Topics: 23

Replies: 335

Been thanked: 60 times

Author

Posts

Viewing 15 posts - 1 through 15 (of 33 total)

1 2 3 →

Find exclusive trading pro-tools on