Pinball Scans - TC2000 and TOS


Hit and Run Website - Pinball Scan #1

TC2000:

ABS(C-XAVGC34) / C>=.13 AND
C<XAVGC34 AND
C>=XAVGC8


TOS:

# Pinball Scan 1 from Hit and Run Candlesticks Website
def C = close; 
def XAVGC8 = ExpAverage(C, 8);
def XAVGC34 = ExpAverage(C, 34);
#
plot Pinball = (
	(AbsValue(C-XAVGC34) / C) >= 0.13 AND
	C < XAVGC34 AND
	C > XAVGC8
);


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Hit and Run Website - Pinball Scan #2

TC2000

ABS(XAVGC8.1-XAVGC34) / C > .10 AND
C < XAVGC34 AND
(C >= XAVGC8 or
 C >= XAVGC8.1)


TOS:

# Pinball Scan 2 from Hit and Run Candlesticks Website
def C = close; 
def XAVGC8 = ExpAverage(C, 8);
def XAVGC34 = ExpAverage(C, 34);
#
plot Pinball = (
	(AbsValue(XAVGC8[1]-XAVGC34) / C) > .10 AND
	C < XAVGC34 AND
	(C >= XAVGC8 or
	 C >= XAVGC8[1])
);


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Hit and Run Website - Pinball Scan #3

TC2000

XAVGC8 < AVGC20 AND
AVGC20 < XAVGC34 AND
XAVGC34 < AVGC50 AND
XAVGC34 >= (C * 1.1) AND
C1 < XAVGC8 AND
C >= XAVGC8


TOS

# Pinball Scan 3 from Hit and Run Candlesticks Website
def C = close; 
def XAVGC8 = ExpAverage(C, 8);
def AVGC20 = Average(C, 20);
def XAVGC34 = ExpAverage(C, 34);
def AVGC50 = Average(C, 50);
#
plot Pinball = (
	XAVGC8 < AVGC20 AND
	AVGC20 < XAVGC34 AND
	XAVGC34 < AVGC50 AND
	XAVGC34 >= (C * 1.1) AND
	C[1] < XAVGC8 AND
	C >= XAVGC8
);


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Hit and Run Website - Pinball Scan #4 (The one Rick uses most)

TC2000

ABS(C - XAVGC34) / C > .13 AND
C < XAVGC34 AND
(C >= XAVGC8 or
 C >= XAVGC8.1)

 
 TOS:

# Pinball Scan 4 from Hit and Run Candlesticks Website
# This is the one Rick Saddler uses most often
#
def C = close; 
def XAVGC8 = ExpAverage(C, 8);
def XAVGC34 = ExpAverage(C, 34);
#
plot Pinball = (
	(AbsValue(C - XAVGC34) / C) > .13 AND
	C < XAVGC34 AND
	(C >= XAVGC8 or
	 C >= XAVGC8[1])
);


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Ed Carter's Favorite Pinball Scan

TC2000

AVGC20 < XAVGC34 AND
XAVGC34 < AVGC50 AND
XAVGC34 >= (C * 1.1) AND
C1 < XAVGC8 AND
C >= XAVGC8 
 
 
TOS:

# Ed Carter's favorite Pinball Scan
def C = close; def C1 = close[1]; 
def XAVGC8 = ExpAverage(C, 8);
def AVGC20 = Average(C, 20);
def XAVGC34 = ExpAverage(C, 34);
def AVGC50 = Average(C, 50);
#
plot Pinball = (
	XAVGC8 < AVGC20 AND
	AVGC20 < XAVGC34 AND
	XAVGC34 < AVGC50 AND
	XAVGC34 >= (C * 1.1) AND
	C1 < XAVGC8 AND
	C >= XAVGC8
);


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