XXXII

market is not OTCBB
market is not ETF
close > 0.2
close < 10
set{liquidity, volume * price}

volume > 1000000
liquidity > 1000000
shares outstanding is below 1000

set{v_1, volume}
set{v_2, volume 1 day ago}
set{v_3, v_1-v_2}
set{v_4, v_3/v_2}
set{vdif, v_4*100}

set{Xgapped, open - close 1 day ago}
set{Xgapup, count(Xgapped > 0, 1)}
set{Xgapdn, count(Xgapped < 0, 1)}
set{gappedup100, count(Xgapup > 0, 100)}
set{gappeddn100, count(Xgapdn > 0, 100)}
set{cl1lo, close 1 day ago - low}
set{hicl1, high - close 1 day ago }
set{fillup, count(cl1lo > 0, 1)}
set{filldn, count(hicl1 > 0, 1)}
set{gapupfilled, Xgapup * fillup }
set{gapdnfilled, Xgapdn * filldn }
set{gapup100f, count(gapupfilled > 0, 100)}
set{gapdn100f, count(gapdnfilled > 0, 100)}
set{gapfilled, gapup100f + gapdn100f}
set{calc1, gapup100f*100}
set{calcdn, calc1/gappedup100}
set{calc3, gapdn100f*100}
set{calcup, calc3/gappeddn100}

set{true_range, average true range(1)}
set{ema_true_range, CEMA(average true range(1), 14)}
set{volatility_ratio, true_range / ema_true_range}
set{volatility_ratio_count, count(volatility_ratio is above 2.0, 100)}

set{t1, count(rsi(2) 1 day ago was below 30,1)}
set{t2, count(rsi(2) 1 day ago was above 10,1)}
set{t3, count(rsi(2) is above 95,1)}
set{t4, t1*t2}
set{t5, t4*t3}
set{thrust, count(t5 > 0,1)}

add column liquidity
add column separator
add column volume 1 day ago
add column Average Volume(7) 1 day ago
add column vdif
add column separator
add column shares outstanding
add column market cap
add column separator
add column RSI(2)
add column volatility_ratio
add column separator
add column thrust
add column exhaust
add column separator

set{kc1, count(close crossed above Upper Keltner Band(4,3),1)}
set{kc2, count(open is below Lower Keltner Band(161,2.0),1)}
set{a1, kc1 * kc2}
set{a, count(a1 > 0,1)}

set{kc3, count(close crossed above Upper SMA Envelope(280,11.0),1)}
set{kc4, count(open is below Lower SMA Envelope(280,11.0),1)}
set{b1, kc3 * kc4}
set{b, count(b1 > 0,1)}

set{kc5, count(open is below Lower EMA Envelope(50,10.0),1)}
set{kc6, count(close is above Upper EMA Envelope(50,10.0),1)}
set{c1, kc5 * kc6}
set{c, count(c1 > 0,1)}

set{kc7, count(open is below Lower SMA Envelope(55,13.0),1)}
set{kc8, count(close crossed above Upper SMA Envelope(55,13.0),1)}
set{d1, kc7 * kc8}
set{d, count(d1 > 0,1)}


set{kc9, count(open is below Lower Bollinger Band(102,0.5),1)}
set{kc10, count(close crossed above Upper Bollinger Band(53,4.5),1)}
set{e1, kc9 * kc10}
set{e, count(e1 > 0,1)}

set{kc11, count(open is below Lower Bollinger Band(170,1),1)}
set{kc12, count(close crossed above Upper Bollinger Band(57,5),1)}
set{f1, kc11 * kc12}
set{f, count(f1 > 0,1)}

set{_r1, count(rsi(2) > 98,1)}
set{_r2, count(close is 10% below high,1)}
set{exhaust, _r1 * _r2}
/*        */
set{x1, a + b}
set{v1, c + x1}
set{w1, d + v1}
set{y1, e + w1}
set{u1, f+y1}
set{z1, u1+exhaust}
set{finale, z1+thrust}
finale > 0




add column a
add column b
add column c
add column separator
add column d
add column e
add column f /* f has never lost */

add column separator
add column industry
add column sector
add column separator

do not draw liquidity
draw volatility_ratio line at 0.5
draw volatility_ratio line at 2
draw rsi(2)
draw Top Linear Regression Line(100,1.0)
set{volcnt, count(volume above 1000000, 100) }

add column calcdn{fades if gap down %}
add column gapfilled
add column calcup{fades if gap up %}
add column separator
add column s2 /* take profit */
add column s1 /* cover part of position */
add column pp
add column r1 /* decrease part of position */
add column r2 /* stop loss */
add column separator

offset is 0