XXX- "30"

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}

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 weekly RSI(2)
add column RSI(7)
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) crossed above 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}
z1 > 0

add column exhaust

add column separator


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

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)}
/* if v-ratio is almost constant then a runner is in play */
add column separator
add column volatility_ratio
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 volcnt
add column separator
and add column gappedup100{gapped up}
and add column gapup100f{got filled}
add column separator
and add column gapfilled
add column separator
and add column gappeddn100{gapped down}
and add column gapdn100f{got filled}
add column separator
offset is 0