If you find any errors in the code below, please let me know.
Ed Carter
esc952@gmail.com




2 Long Wicks at Bottom


TC2000 Version:

MINC5.2 >= C1 AND 
H <> L AND
H1 <> L1 AND

( ( O < C AND (O - L) >= ((H - O) * 2) ) OR
  ( C < O AND (C - L) >= ((H - C) * 2) ) OR
  ( O = C AND (C - L) >= ((H - C) * 2) ) ) AND

( ( O1 < C1 AND (O1 - L1) >= ((H1 - O1) * 2) ) OR
  ( C1 < O1 AND (C1 - L1) >= ((H1 - C1) * 2) ) OR
  ( O1 = C1 AND (C1 - L1) >= ((H1 - C1) * 2) ) ) 


TOS Version:
  
# Two Long Wicks at Short-Term Bottom
# A potential Bullish Reversal Setup
# Written by Ed Carter
#
def O = open; def C = close; def H = high; def L = low;
def O1 = open[1]; def C1 = close[1]; def H1 = high[1]; def L1 = low[1];
def MINC5 = Lowest(close, 5);
#
plot LgWkBot = (
( ( O1 < C1 AND (O1 - L1) >= ((H1 - O1) * 2) ) OR
  ( C1 < O1 AND (C1 - L1) >= ((H1 - C1) * 2) ) or
  ( O1 == C1 AND (C1 - L1) >= ((H1 - C1) * 2) ) ) AND
MINC5[2] >= C1 AND 
H <> L AND
H1 <> L1 AND
( ( O < C AND (O - L) >= ((H - O) * 2)) OR
  ( C < O AND (C - L) >= ((H - C) * 2)) OR
  ( O == C AND (C - L) >= ((H - C) * 2)))
);  


 
================================================================================

2 Long Wicks at Top


TC2000 Version:

MAXC5.2 <= C1 AND 
H <> L AND
H1 <> L1 AND

( ( O > C AND (H - O) >= ((O - L) * 2) ) OR
   ( C > O AND (H - C) >= ((C - L) * 2) ) OR
   ( O = C AND (H - C) >= ((C - L) * 2) ) ) AND

( ( O1 > C1 AND (H1 - O1) >= ((O1 - L1) * 2) ) OR
   ( C1 > O1 AND (H1 - C1) >= ((C1 - L1) * 2) ) OR
   ( O1 = C1 AND (H1 - C1) >= ((C1 - L1) * 2) ) )
   
   
TOS Version:
   
# Two Long Wicks at Short-Term Top
# A potential Bearish Reversal Setup
# Written by Ed Carter
#
def O = open; def C = close; def H = high; def L = low;
def O1 = open[1]; def C1 = close[1]; def H1 = high[1]; def L1 = low[1];
def MAXC5 = Highest(close, 5);
#
plot LgWkTop = (
  MAXC5[2] <= C1 AND 
  H <> L AND
  H1 <> L1 AND
  ( ( O > C AND (H - O) >= ((O - L) * 2) ) OR
    ( C > O AND (H - C) >= ((C - L) * 2) ) OR
    ( O == C AND (H - C) >= ((C - L) * 2) ) ) AND
  ( ( O1 > C1 AND (H1 - O1) >= ((O1 - L1) * 2) ) OR
    ( C1 > O1 AND (H1 - C1) >= ((C1 - L1) * 2) ) OR
    ( O1 == C1 AND (H1 - C1) >= ((C1 - L1) * 2) ) )
);