0 00000001 (1)
1 00000010 (2)
2 00000100 (4)
3 00001000 (8)
4 00010000 (16)
5 00100000 (32)
6 01000000 (64)
7 10000000 (128)

EOR: 
     0 & 0 = 0
     1 & 1 = 0
     0 & 1 = 1
     1 & 0 = 1

AND:
     0 & 0 = 0
     1 & 0 = 0
     0 & 0 = 0
     1 & 1 = 1

	  lda BIT_TABLE, x

Sprite 0: eor #$ff : BIT_TABLE value = 1
		00000001
		11111111
		========
		11111110

Sprite 1: eor #$ff: BIT_TABLE value = 2
		00000010
		11111111
		--------
		11111101

Sprite 2: eor #$ff: BIT_TABLE value = 4
		00000100
		11111111
		--------
		11111011

Sprite 3: eor #$ff: BIT_TABLE value = 8
		00001000
		11111111
		--------
		11110111

Sprite 4: eor #$ff: BIT_TABLE value = 16
		00010000
		11111111
		--------
		11101111

Sprite 5: eor #$ff: BIT_TABLE value = 32
		00100000
		11111111
		--------
		11011111

Sprite 6: eor #$ff: BIT_TABLE value = 64
		01000000
		11111111
		========
		10111111

Sprite 7: eor #$ff: BIT_TABLE value = 128
		10000000
		11111111
		========
		01111111

==================================================================
AND SPRITE_POS_X_EXTEND (53264). When a "1" is stored in 53264
we get the following results below

AND results


Sprite 0
		11111111
		00000001
		========
		00000001
Sprite 1
		11111101
		00000001
		========
		00000001
Sprite 2	
		11111011
		00000001
		========
		00000001
Sprite 3
		11110111
		00000001
		========
		00000001
Sprite 4
		11101111
		00000001
		00000001
Sprite 5
		11011111
		00000001
		========	
		00000001
Sprite 6
		10111111	
		00000001
		========
		00000001
Sprite 7
		01111111
		00000001
		========
		00000001